CN103826582A

CN103826582A - Pre-cut strips of kinesiology tape

Info

Publication number: CN103826582A
Application number: CN201280044120.0A
Authority: CN
Inventors: R·奎因
Original assignee: KT Health LLC
Current assignee: KT Health LLC
Priority date: 2011-07-21
Filing date: 2012-05-16
Publication date: 2014-05-28
Also published as: WO2013011384A1; KR101631392B1; AU2015205936A1; AU2017202038A1; CA2845061A1; EP2734164A4; WO2013011386A2; WO2013011386A3; WO2013011385A2; KR20140043144A; WO2013011385A3; AU2012285492A1; EP2734164A2

Abstract

One example embodiment includes a pre-cut strip of kinesiology tape. The pre-cut strip of kinesiology tape includes a fabric. The fabric includes a weave of fibers, where the fibers include an elastic fiber covered by a covering material. The fabric also includes a first end and a second end, where the second end is opposite the first end. The fabric further includes one or more rounded corners. The pre-cut strip of kinesiology tape also includes a longitudinal cut in the fabric. The longitudinal cut passes through at least a portion of the fabric and extends from the first end to a pre-determined distance from the second end. The pre-cut strip of kinesiology tape also includes adhesive on a first surface of the fabric, where the adhesive is configured to adhere the fabric to a human body.

Description

The pre-cutting band of intramuscular effect patch

The cross reference of related application

It is rights and interests and the priority of the non-temporary patent application of the U.S. of 13/188, No. 327 that the application requires the serial number of submitting on July 21st, 2011, and this application is incorporated to herein with its entirety by reference.

Rights and interests and the priority of the non-temporary patent application of the U.S. that it is 13/188,333 that the application requires in the serial number of submission on July 21st, 2011, this application is incorporated to herein with its entirety by reference.

Rights and interests and the priority of the non-temporary patent application of the U.S. that it is 13/188,319 that the application requires in the serial number of submission on July 21st, 2011, this application is incorporated to herein with its entirety by reference.

Background technology

Intramuscular effect patch (kinesiology tape) is made up of the fabric that comprises elasticity and non-elastic fiber being conventionally coated in cotton, intramuscular is imitated to patch and be placed on human body skin.The patch of intramuscular effect can be for alleviating due to the pain excessively using and athletic injury muscle causes in treatment, and in rehabilitation for accelerating muscle recovery.Patch can provide castering action for skin, and it can alleviate swelling and inflammation and ease the pain by the pressure of the receptor that eases the pain by improving blood circulation.

But also there is shortcomings in the relevant intramuscular effect patch of prior art.Especially, for the muscle group to different or body part provide suitable support, must attach in a particular manner sticky body formula patch, this requires to use patch of many special sizes and shape conventionally.But in the form of a roll, and user must take off from patch reel the patch of suitable quantity to the patch of common intramuscular effect, sometimes further cuts out the patch of taking off, to make patch provide suitable support to joint or muscle again.

Imitate for patch with sticky body formula intramuscular for motion, require its be strong, can recover elastic and tear resistance, thereby provide enough supports to user.This patch is difficult for being torn into less fragment, must obtain required size and dimension by accurately cutting out.This just need to utilize shears that patch is cut into required size and dimension.But, because patch is not easy to cut out, therefore require the shears must be enough sharp.Because user may must be carried these shears sports ground or other use occasion, this can bring danger to user.

In addition, cutting intramuscular effect patch meeting leaves the edge with sharp corner in the patch of intramuscular effect.Due to the patch of intramuscular effect conventionally on joint or near it position use, constantly Piercing Pain or otherwise stimulate user of these sharp corner.And the cutting edge of patch can start wearing and tearing because of cutting.This can cause the patch of intramuscular effect to fluff in the time that user carries out some physical exertion.Alternatively, user need to again be adjacent to the patch of intramuscular effect at some intercourse of activity and fluffs or landing to prevent it.

In addition, different joints and muscle group may need the different application of intramuscular effect patch.In fact, same joint or same group of muscle group, for dissimilar damage, also may need heteroid patch.Therefore, user is necessary to know type and the length of suitable application process and intramuscular effect patch to be administered.

Therefore, those of access professional (such as personal coach or physiatrist) can utilize the benefit of intramuscular effect patch.But, do not access those of this professional, such as being only to remove occasionally sports ground or due to other time, occasion or Access Reason, can not enjoy these benefits.

This can stop those Interim uses person to have benefited from the support benefit of this class intramuscular effect patch.Interim use person may lack the instrument of cutting out patch, and neither be easy to apparent for supporting the required difformity of particular body portion with the knowledge of the specific patch band of size.

Therefore, can in multiple useful structure, apply and be that the one of prior art is improved without the design of the sticky body formula intramuscular effect patch of custom cut and accessory.

Summary of the invention

Content part of the present invention is provided so as with simplified way introduction at conceptual choice that below specific embodiment part further describes.This summary of the invention part not intention is determined key feature or the essential feature of claimed subject, also not intention for helping to determine the scope of claimed subject.

An exemplary embodiment comprises the pre-cutting band of intramuscular effect patch.The pre-cutting band of intramuscular effect patch comprises fabric.This fabric comprises fibrous braid, and wherein fiber comprises the elastic fiber being covered by cladding material.This fabric also comprises first end and the second end, and wherein said the second end is relative with first end.This fabric also comprises one or more fillets.The pre-cutting band of intramuscular effect patch is also included in the longitudinal cut on fabric.Longitudinal cut runs through at least a portion of fabric, and extends to the preset distance of the described the second end of distance from described first end.The pre-cutting band of intramuscular effect patch is also included in the binding agent on fabric first surface, and wherein said binding agent is configured to Fabric Adhesion to human body.

Another exemplary embodiment comprises the pre-cutting band of intramuscular effect patch.The pre-cutting band of intramuscular effect patch comprises fabric.This fabric comprises fibrous braid, and wherein fiber comprises the elastic fiber being covered by cladding material.This fabric is being approximately rectangle in shape, and is included in the radiused corners in all outer corner.The pre-cutting band of intramuscular effect patch is also included in the longitudinal cut on fabric.Longitudinal cut runs through at least a portion of fabric, and extends to the preset distance at distance described fabric the second edge from the first edge of fabric, and wherein the first edge is relative with the second edge.The pre-cutting band of intramuscular effect patch is also included in the binding agent on fabric first surface, and wherein said binding agent applies with step frequency wave mode.Step frequency wave mode comprises having the sinusoidal waveform of revising crest.Described binding agent is configured to Fabric Adhesion to human body.The pre-cutting band of intramuscular effect patch is also included in the back lining materials on fabric first surface, and wherein said back lining materials is configured to cover described binding agent and protects binding agent in case became dry before user prepares that described fabric is applied on human body.

Another exemplary embodiment comprises one group of pre-cutting band of intramuscular effect patch.The pre-cutting band of this group intramuscular effect patch comprises two or more intramuscular effect patch bands.Each in described two or more intramuscular effect patch bands comprises fabric.This fabric comprises fibrous braid.Fibrous braid comprise in a first direction directed first group of fiber and in second direction directed second group of fiber, wherein, every fiber in second group of fiber comprises the elastic fiber being coated in cladding material.Described fabric is being approximately rectangle in shape, and be included in the radiused corners in each outer corner, binding agent on the first surface of each in two or more intramusculars effect patch bands described in described fabric is included in, wherein said binding agent applies with step frequency wave mode.Step frequency wave mode comprises having the sinusoidal waveform of revising crest.Described binding agent is configured to each in described two or more intramusculars effect patch bands to be adhered on human body.The pre-cutting band of intramuscular effect patch of described group also comprises back lining materials.Described back lining materials comprises line of perforation, and wherein said line of perforation is configured to allow user that the Part I of back lining materials is separated from the Part II of back lining materials.Back lining materials also comprise be adhered to described in back lining materials in two or more intramusculars effect patch bands on Part I one of at least.Back lining materials also comprise be adhered to described in back lining materials in two or more intramusculars effect patch bands on Part II one of at least.

These and other objects of the present invention and feature will become apparent more fully from description and appended claim below, maybe can be by putting into practice to know as hereinafter mentioned the present invention.

Accompanying drawing explanation

For the various aspects of further clear and definite some exemplary embodiment of the present invention, provide and describe more specifically of the present invention by its specific embodiment shown in reference in the accompanying drawings.Be understandable that, these accompanying drawings only illustrate exemplary embodiment of the present invention, therefore should not be considered to limit its scope.The present invention is described and explained to supplementary features by with in accompanying drawing and details, wherein:

Fig. 1 illustrates the example of intramuscular effect patch;

Fig. 2 illustrates the reel that comprises the independent band of intramuscular effect patch;

Fig. 3 A illustrates the pattern of adhesive that is applied to the patch of sticky body formula intramuscular effect;

Fig. 3 B illustrates that the intramuscular effect patch shown in Fig. 3 A is cut into the pattern of adhesive after independent band; And

Fig. 4 illustrates the method flow diagram for the preparation of the patch of intramuscular effect.

The specific embodiment

Referring now to accompanying drawing, wherein identical structure will be provided with identical Reference numeral.Should be understood that, accompanying drawing is the diagram of some embodiments of the invention and schematically represents, rather than restriction the present invention, and they are also not necessarily to scale.

Except providing support, the patch of sticky body formula intramuscular effect also can be used to strengthen exercise performance by athlete, and can be used to alleviate myalgia by athlete and non athlete, to help wound healing and to prevent damage.In the time attaching to the body part of taught skin, after skin returns back to non-stretching position, the elastic performance of sticky body formula intramuscular effect patch provides an outside tensile force or " lifting " power to skin, and the micro cautery of expanding in lymphsystem and hypodermic layer by help provides the fluid at the patch position of enhancing to flow.In addition, this tensile force can provide equilibrant for muscle sprain.

Fig. 1 shows the example of intramuscular effect patch 100.In at least one embodiment, the patch 100 of intramuscular effect is made up of elasticity and non-elastic fiber bar, and each ribbon is coated in the material that can comprise cotton, and cotton is placed on human body skin.Individual fibers knits together and forms the cloth shape patch that can stretch to any direction.Particularly, the patch 100 of intramuscular effect in treatment for alleviating due to the pain that excessively use and muscle injury cause, in rehabilitation for adding quick-recovery and preventing further damage.The patch 100 of intramuscular effect can provide castering action to skin, and it can alleviate swelling and inflammation and ease the pain by the pressure that removes pain receptor by improving blood circulation.

Fig. 1 illustrates that the patch 100 of intramuscular effect can comprise fabric 102.In at least one embodiment, fabric 102 can comprise any netted of natural or staple fibre, and this fiber comprises textile and cloth.In at least one embodiment, fiber can comprise line or yarn.For example, yarn can produce growth line and produces yarn by spin raw wool fiber, Caulis et Folium Lini, cotton or other material on spinning wheel.Fabric 102 can by by fibrage, knitting, crochet, tie a knot or be pressed into and come together to form, such as the form with felt.What those skilled in the art will appreciate that is that fabric 102 can comprise single fiber or an above fiber.

Fig. 1 illustrates that fabric 102 can be approximate rectangular.Particularly, the patch 100 of intramuscular effect extends to the second end 104b(from first end 104a in a longitudinal direction and is referred to as " end 104 ").Length and the width of the patch 100 of intramuscular effect can change according to the needs of concrete application.For example, width can be in the scope from approximately 1 inch to approximately 3 inches, and the width of approximately 2 inches is as illustrative examples as herein described.Similarly, the typical length of each independent band can be in the scope from approximately 8 inches to approximately 12 inches, and the length of approximately 10 inches is as illustrative examples as herein described.

Fig. 1 also illustrates that the turning of intramuscular effect patch 100 can be included in the radiused corners 106 in outer corner.As used herein, term " outer corner " should comprise any turning on the external margin of intramuscular effect patch 100, unless separately there is regulation in description or claim.In at least one embodiment, radiused corners 106 can prevent that the patch of intramuscular effect is in use worn.Additionally or alternatively, radiused corners 106 can reduce the risk of its accidental in intramuscular is imitated the use procedure of patch 100.For example, compared with square turning, radiused corners 106 is more not easy to hook and is entangled on other material, and such as the clothes of user, other material can cause in use opening the patch 100 of intramuscular effect.Additionally or alternatively, can Piercing Pain user or otherwise cause uncomfortable sharp corner due to radiused corners 106, therefore radiused corners 106 can provide larger comfort level to user.

Fig. 1 also illustrates that the patch 100 of intramuscular effect can comprise a longitudinal cut 108.In at least one embodiment, as described below, when on the body part of intramuscular being imitated to patch 100 and be attached at user, longitudinal cut 108 can allow user to tear a part for intramuscular effect patch 100.Longitudinal cut 108 can extend longitudinally in the main body of the patch section advancing towards first end 104a from the second end 104b.Particularly, longitudinal cut 108 may extend to the destination county before first end 104a, so that the not cut out portion of patch to be set at first end 104a place.For example, longitudinal cut 108 can extend to the point apart from approximately 2 inches of first end 104a from the second end 104b.

In at least one embodiment, described longitudinal cut 108 can be imitated patch 100 by intramuscular completely maybe can imitate the only a part of of patch 100 by intramuscular.It is the only part that longitudinal cut 108 can be imitated by intramuscular the width of patch 100.By intramuscular imitate patch 100 only a part longitudinal cut 108 can prevent the separation of otch 108 along the longitudinal, unless user is wished like this.Particularly, longitudinal cut 108 be configured to allow user along the longitudinal otch 108 tear the patch 100 of intramuscular effect, and can be susceptible in this article any mechanism that allows user to do like this.For example, longitudinal cut 108 can comprise recess otch, allows user easily to separate longitudinal cut 108 by applying a separating force.In at least one embodiment, recess otch can comprise the alternately section cutting off completely, and these replace section and intert with the section not cutting at all., otch can be similar to line of perforation.Cutting section can long enough, make to use appropriate power intramuscular can be imitated patch 100 longitudinally otch 108 separate.The length of cutting section can be between 0.06 millimeter to 0.1 millimeter.For example, reducible 0.08 millimeters long of cutting section.

Additionally or alternatively, can prepare described longitudinal cut 108 by ceramic tip or cut, a part for its cut staple, allows user by applying a separating force, longitudinal cut 108 to be separated.Additionally or alternatively, can prepare the longitudinal cut 108 of imitating patch 100 entirety by intramuscular, then use binding agent to carry out " sealing again ".About the additional information of preparing longitudinal cut 108 mentioned above on July 21st, 2011 submit to, be entitled as "

the preparation of intramuscular effect patch (

mANUFACTURE OF KINESIOLOGY TAPE) ", serial number is _ _/_ _ _, _ _ _ common unsettled U.S. Patent application in provide.

What those skilled in the art will appreciate that is that the patch 100 of intramuscular effect can comprise more than one longitudinal cut 108.Particularly, the patch 100 of intramuscular effect can comprise the required longitudinal cut as much as possible 108 of execution required function.For example, if treat contusion with the patch 100 of intramuscular effect, the patch 100 of intramuscular effect can comprise 3,4,5 or more longitudinal cut 108.Multiple longitudinal cuts 108 can allow the more afterbody of big figure (tails), and it can be used for treatment and dampens.

Fig. 1 also illustrates that the patch 100 of intramuscular effect can be included as circular interior corners 110.In at least one embodiment, circular interior corners 110 can removal meeting Piercing Pain user or the sharp corner that otherwise causes user to do not feel like oneself.For example, in application, user along the longitudinal otch 108 is torn the patch 100 of intramuscular effect.Like this may exposed inner turning 110.In making interior corners 110 become circle can to guarantee that user moves in application and after using, the patch 100 of intramuscular effect does not have sharp-pointed turning.

Fig. 1 also illustrates that the patch 100 of intramuscular effect can comprise a mark 112.In at least one embodiment, mark 112 can be used for identifying described first end 104a.Particularly, the patch 100 of intramuscular effect does not exist mark 112 can allow user to identify fast first end 104a on cutting part.This can contribute to user to place the patch 100 of intramuscular effect.Particularly, user can be identified described first end 104a and the second end 104b rapidly and intuitively, and as mentioned below, this can contribute to place.Additionally or alternatively, mark 112 can comprise reflective dye.In at least one embodiment, described reflective dye can reflected illumination to the light in mark 112.Reflecting marking 112 increases the safety of user while can be at light moving under dark or dark condition.

Fig. 1 also illustrates that the patch 100 of intramuscular effect can comprise the back lining materials 114 being arranged under the patch 100 of intramuscular effect.As mentioned below, at least one embodiment, back lining materials 114 attaches to the patch 100 of intramuscular effect releasedly by adhesive phase.Particularly, back lining materials 114 can comprise paper or be suitable for any other material that prevents that the binding agent in the patch 100 of intramuscular effect from becoming dry before use.For example, back lining materials 114 can comprise the paraffin paper that can prevent that described binding agent from coming off or becoming dry.

In at least one embodiment, back lining materials 114 can be formed as crossing over the continuous blocks of its width, not the longitudinal cut corresponding with the longitudinal cut 108 of intramuscular effect patch 100.Particularly, owing to lacking corresponding longitudinal cut on back lining materials 114, therefore can allow that intramuscular is imitated to patch 100 and separate from back lining materials 114 as monoblock, and otch 108 is torn the patch of intramuscular effect along the longitudinal.Depend on expection placement, this can allow user to separate two bands that formed by longitudinal cut 108, or it is adjacent one another are to retain two bands that formed by longitudinal cut 108.In at least one embodiment, can, before intramuscular is imitated and formed longitudinal cut 108 in patch 100, back lining materials 114 be positioned in the patch 100 of intramuscular effect.For example, can by intramuscular effect patch 100 carry out die-cut (die cutting) to the aspect of back lining materials 114 to form longitudinal cut 108, thereby form described structure.

Fig. 1 illustrates that back lining materials 114 can comprise that the first line of perforation 116a and the second line of perforation 116b(are referred to as " line of perforation 116 ").For example, line of perforation 116 can be positioned at respectively the some place apart from approximately 2 inches of first end 104a and the second end 104b.In at least one embodiment, line of perforation 116 can be impelled along line of perforation 116 back lining materials 114 of tearing expediently.Particularly, line of perforation 116 can allow from intramuscular effect patch 100 part for back lining materials 114 of tearing, and the remainder of back lining materials 114 is retained in the patch 100 of intramuscular effect.By allowing user only to process the required section of intramuscular effect patch 100, this can promote the placement of intramuscular effect patch 100.

In at least one embodiment, can first back lining materials 114 be positioned in the patch 100 of intramuscular effect, then on back lining materials 114, form line of perforation 116.For example, can form line of perforation 116 by back lining materials 114 being die-cut to intramuscular effect patch 100 aspects or near position, thereby form described structure.Additionally or alternatively, can also, intramuscular being imitated before patch 100 is positioned over the step on back lining materials 114, on back lining materials, form line of perforation.

Fig. 2 illustrates the reel 200 that comprises intramuscular effect patch 100 independent bands.In at least one embodiment, reel 200 can be used for the independent band of a large amount of intramuscular effect patch 100 to pack easily, makes user without cutting off the patch 100 of intramuscular effect.Particularly, reel 200 can comprise the pre-cutting band of intramuscular effect patch 100, and therefore user is without cutting in use the patch 100 of intramuscular effect.Additionally or alternatively, to should be understood that, the patch 100 of intramuscular effect also can be used as the lamellar body of independent cutting or to make user just can take intramuscular and imitate other form of patch 100 independent bands and pack individually without cut the patch 100 of intramuscular effect from reel 200.

Fig. 2 illustrates that reel 200 can comprise multiple bands of intramuscular effect patch 100.For example, reel 200 can comprise the multiple independent band of the intramuscular effect patch 100 being arranged on wall scroll back lining materials 114.In at least one embodiment, can tear back lining materials 114 and take off the single band of intramuscular effect patch 100 by user.Additionally or alternatively, between the each independent band of intramuscular effect patch 100, back lining materials 114 can comprise the line of perforation cut channel of crossing over its width, can contribute to the back lining materials 114 that intramuscular is imitated between the each independent band (or strip monomer) of patch 100 to tear by this line of perforation cut channel.

In at least one embodiment, can be by utilizing suitable mould back lining materials 114 is cut or to be bored a hole between the band in the patch 100 of intramuscular effect.For example, intramuscular can imitated before patch 100 is positioned on back lining materials 114, first die-cut back lining materials 114 to be to form described line of perforation thereon, and then carries out placement and the aligning of the patch 100 of intramuscular effect.Additionally or alternatively, the intramuscular effect patch 100 of opening greatly can be positioned on the back lining materials 114 of large, wherein back lining materials 114 cuts after placing the patch of intramuscular effect.For example, by placing suitable various component material layers, can on back lining materials 114, form the patch 100 of intramuscular effect.Additionally or alternatively, can first form the patch 100 of intramuscular effect, then be sticked on back lining materials 114, as mentioned below.Intramuscular effect patch 100 sheet materials that paste on back lining materials 114 are carried out to a series of pruning to form final finished.For example, intramuscular can be imitated to patch 100 and be trimmed to required width and length, then cut into independent reel 200, as mentioned below.

Fig. 3 A and 3B illustrate the pattern of adhesive 300 that can be applied to the patch of intramuscular effect.Fig. 3 A illustrates the pattern of adhesive 300 that is applied to effect patch in a tensor muscle.Fig. 3 B illustrates that the patch of described intramuscular effect is cut into the pattern of adhesive 300 after independent band.Be arranged in the patch of intramuscular effect although be described as herein, it should be appreciated by those skilled in the art, binding agent can be applied on back lining materials, and wherein the patch of intramuscular effect can be attached on back lining materials after a while or with other method.

In at least one embodiment, binding agent can comprise that any permission imitates by intramuscular that patch is bonded on user skin and the binding agent of Diazolidinyl Urea not.In at least one embodiment, binding agent can allow the patch of intramuscular effect to be bonded on skin and skin do not produced and stimulated.Particularly, the main component of binding agent can comprise the mixture of a kind of compound or multiple compounds.For example, main component can comprise polyacrylate.Additionally or alternatively, binding agent can comprise following solvents, described solvent configuration becomes volatilization or decomposition applying binding agent after, thereby only retains all the other main components.For example, binding agent can comprise about 50% main component, and the remainder of binding agent comprises solvent.In at least one embodiment, solvent can comprise ethyl acetate.

Additionally or alternatively, binding agent can comprise Pressuresensitive Adhesive.Pressuresensitive Adhesive is the binding agent that forms combination when exerting pressure., without activating, solvent, water, catalyst article, heat or other catalyst produce viscosity.In at least one embodiment, in conjunction with degree be subject to the impact of the pressure size for binding agent being applied to back lining materials surface.,, after applying binding agent, the pressure being applied in back lining materials and the patch of intramuscular effect in combination can be used for activated adhesive.

Fig. 3 A and Fig. 3 B illustrate that pattern of adhesive 300 can comprise step frequency pattern.In at least one embodiment, step frequency pattern can comprise the binding agent applying in the mode of modified sine wave pattern.For example, pattern of adhesive 300 comprises having the upper crest waveform of (as shown in Figure 3), comprises thereby wherein revise upper crest the higher amplitudes having compared with sharp wave peak.In addition, pattern of adhesive 300 comprises lower crest (as shown in Figure 3), comprises higher absolute amplitude, i.e. the higher amplitude of relatively sinusoidal wave baseline thereby wherein revise lower crest.In at least one embodiment, this pattern of adhesive 300 can be imitated patch to intramuscular stronger viscosity is provided.For example, even imitate the skin generation lateral movement of patch with respect to user at intramuscular, pattern of adhesive 300 still can provide viscosity.Particularly, pattern of adhesive 300 can be imitated the lateral movement that patch occurs in any direction with respect to the skin of user to intramuscular and can be produced resistant function.As described above, at least one embodiment, this resistant function can make the patch of intramuscular effect provide benefit to user better in the use procedure of intramuscular effect patch.

In at least one embodiment, pattern of adhesive 300 can adopt irregular cam to produce.About use irregular cam produce can be above mentioned that submit on July 21st, 2011, that be entitled as " preparation (MANUFACTURE OF KINESIOLOGY TAPE) of intramuscular effect patch ", the serial number of the additional information of pattern of adhesive for _ _/_ _ _, _ _ _ common unsettled U.S. Patent application in provide.

Fig. 3 A and Fig. 3 B illustrate that pattern of adhesive comprises a series of adhesive line 305 by 304 intervals of gap band.In at least one embodiment, gap band 304 can allow intramuscular effect patch " breathing ".That is to say, gap band 304 can allow air can contact the skin of user.Additionally or alternatively, gap band 304 can allow to imitate patch from the perspiration of user skin by intramuscular and siphon away from skin.Perspiration is removed and then can prevent that from skin surface perspiration from adversely affecting the viscosity of intramuscular effect patch to skin.

Fig. 4 is the flow chart illustrating for the preparation of the method 400 of intramuscular effect patch.In at least one embodiment, the patch of intramuscular effect can be the independent band of intramuscular effect patch, all intramuscular effect patches 100 as Figure 1-3.Therefore, with reference to the exemplarily describing method 400 of intramuscular effect patch 100 shown in Fig. 1-3.But what it should be appreciated by those skilled in the art is that method 400 can be used for the intramuscular effect patch of preparation except the patch 100 of the effect of intramuscular shown in Fig. 1-3.

Fig. 4 illustrates that method 400 comprises the following steps: step 405 applies binding agent on back lining materials 114.For example, binding agent can apply such as the mode of step frequency ripple pattern 300 by step frequency pattern.In at least one embodiment, binding agent can be applied on the large back lining materials 114 of opening.Back lining materials 114 can be protected binding agent and prevented solvent-based inks dry before user prepares to use the patch 100 of intramuscular effect.

Fig. 4 also illustrates that method 400 comprises step 410, and back lining materials 114 is attached in the patch 100 of intramuscular effect.For example, back lining materials 114 being attached to step 410 in the patch 100 of intramuscular effect can be included in and intramuscular is imitated to patch 100 bands after binding agent is applied on back lining materials 114 and be pressed on back lining materials 114.In at least one embodiment, back lining materials 114 is attached to step 410 in the patch 100 of intramuscular effect and can comprise intramuscular effect patch 100 and back lining materials 114 are exerted pressure to activate Pressuresensitive Adhesive as above.

Fig. 4 also illustrates that method 400 comprises step 415, cuts out the patch 100 of intramuscular effect.In at least one embodiment, the step 415 of cutting out the patch 100 of intramuscular effect can comprise that use is die-cut, such as roller die.In at least one embodiment, the die-cut back lining materials 114 that intramuscular can be imitated to patch 100 bands and be attached in the patch 100 of intramuscular effect is shaped and is formed as any required shape.Particularly, die-cutly can will in a tensor muscle, imitate patch 100 and be trimmed to the larger band shape of intramuscular effect patch 100, and then the larger band shape that intramuscular is imitated patch 100 is trimmed to the independent band of intramuscular effect patch 100.Additionally or alternatively, as mentioned above, can utilize and die-cut back lining materials 114 is cut or bored a hole, to allow the independent band that user is imitated intramuscular patch 100 to be as required separated from each other, or only remove a part for back lining materials 114.

Fig. 4 also illustrates that method 400 comprises step 420, and intramuscular is imitated to patch 100 volumes to reel.In at least one embodiment, the independent roll of strip of whole back lining materials 114 and the patch 100 of intramuscular effect to the step 420 on reel until comprising the intramuscular of requirement, this reel is imitated to the independent band of patch 100, and cut off subsequently back lining materials 114, so that reel comprises wall scroll backing and has the independent band of the multiple intramusculars effect patch of sticking number.For example, this reel can comprise the independent band of the intramuscular effect patch of any amount, such as 10,12,15 or 20.

In at least one embodiment, reel can comprise enough solid any material, does not damage reel to allow to be wound around intramuscular effect patch 100.For example, reel can comprise hardboard, cardboard, corrugated fiber board.In at least one embodiment, use reel can be easy to user and remove the single band of intramuscular effect patch 100, and the residue band of being convenient to preserve the patch 100 of intramuscular effect for future use.

Fig. 4 also illustrates that method 400 further comprises step 425, cutting reel.In at least one embodiment, reel can comprise the independent band of multiple row intramuscular effect patch 100 side by side.Then the narrow reel of step 425 that, reel is cut into narrow reel comprises the wall scroll back lining materials 114 with single-row attaching intramuscular effect patch for packing.

What it should be appreciated by those skilled in the art is that the order that the function of carrying out in these techniques and method can be different is carried out for this technique disclosed herein and method and other technique and method.And, step and operational approach that the present invention is cited only provide as an example, wherein some step and operational approach can be optional, the operational approach that can merge into as required step still less and more simplify under the prerequisite of not damaging disclosed embodiment essence, or can expand to more step and more complicated operational approach.

The application example of sticky body formula intramuscular effect patch

To provide about the example that can how to apply the patch of sticky body formula intramuscular effect and treat the various pains of injury below, these examples are only illustrative rather than restrictive.These examples can use the intramuscular effect patch 100 shown in Fig. 1.Therefore, all can be with reference to the intramuscular effect patch 100 shown in figure 1 about the explanation of these examples.

In use, do not need the patch 100 to intramuscular effect to carry out cutting, the independent band of intramuscular effect patch 100 can directly apply to each position of health.This independent band can be used as single sheet applications, or can, using the part of not cutting off as " anchoring " part, separate and cut off part (, the part of separating by longitudinal cut 108) subsequently, to form various Y shape Structural applications.Anchorage part can be readily identified owing to comprising mark 112.The various line of perforation of back lining materials 114 can be by allowing only to remove part back lining materials 114 and promote this placement with expose portion binding agent only applying in process.In the packing of intramuscular effect patch 100, has explanation, in order to instruct user that it is correctly applied to joint and other body part.

Additionally or alternatively, the independent packing of intramuscular effect patch 100 can be provided as the target external member that is intended to intramuscular to imitate patch 100 and be applied in particular body portion.This external member can comprise that instructing user, by correct way, intramuscular is imitated to patch is applied to the particular joint of this external member orientation or the explanation of body part.For example, the external member that is exclusively used in tennis elbow can comprise how two bands of intramuscular effect patch 100 and a set of guidance correctly place the explanation of patch.

For blockiness pain or the lower spinal pain of vertebra, user can directly jackknife and make its head towards toe.User along the longitudinal otch 108 is torn the patch of intramuscular effect, so that this intramuscular effect patch 100 forms " Y " shape.In keeping curved position, the anchoring section that user can be imitated intramuscular this Y shape band of patch 100 is placed in the bottom of lower back portion, and makes two afterbodys of Y shape point to the shoulder of user.Then user can utilize and be low to moderate stretched along the each edge of spinal column of its both sides, center, back each end of intramuscular effect patch 100 of moderate tension.

For center line cervicodynia, user along the longitudinal otch 108 tears the long intramuscular effect patch 100 of next 5-6 inch.User is placed the Y shape fragment of intramuscular effect patch, makes the anchoring section of intramuscular effect patch 100 be placed in the center, back between user both shoulders shoulder blade, then vertical two afterbodys that upwards stretch along back and bottom the cervical region at each edge of spinal column.Then, user can be got long intramuscular effect patch 100 bands of 3-4 inch again, is labelled to opposite side from the bottom of cervical region lower right side, makes full tension force in the middle of patch and two ends do not have tension force.

For the lumbar vertebra pain of lower back portion, user can slight curving health, and good image curvature is on desk.User can be crossed intramuscular effect patch 100 band levels long 3-4 inch the pain position of user lower back portion and place, and makes the stage casing of intramuscular effect patch 100 just be positioned at the center of pain point.First intramuscular effect patch band can use moderate tension to place.So-called moderate tension, can and be positioned over securely target site by it by 2 inches, the stage casing of stretching intramuscular effect patch and obtain.Then, almost there is no tension force and places the marginal portion of intramuscular effect patch 100.Tension force only concentrates on intramuscular effect patch 100 center.Then, user can vertically be crossed second long intramuscular effect patch 100 band of 3-4 inch the pain position of user lower back portion and place, and utilizes moderate tension to make the stage casing of this intramuscular effect patch 100 just be positioned at the center of pain point.The placement relation of first intramuscular effect patch band and second intramuscular effect patch band can form "+" shape.Then, user can be imitated the placement of one of diagonal of patch band along first and second intramuscular by the 3rd intramuscular that 3-4 inch is long effect patch 100 bands, and uses moderate tension to make the stage casing of the 3rd intramuscular effect patch 100 just be positioned at the center of pain point.User can continue to place the 4th intramuscular that 3-4 inch is long effect patch band along another diagonal, similarly utilizes moderate tension to make the stage casing of this intramuscular effect patch 100 again just be positioned at the center of pain point.

For wrist protractor pain, the longitudinally otch 108 long intramuscular effect patch 100 of 16-20 inch of tearing of user.The anchoring section that intramuscular is imitated patch 100 by user is placed on the ancon of user and is slightly positioned on the back side of its arm.Then two ends of user stretching intramuscular effect patch 100 be wound around its afterbody along the forearm top of user, until the afterbody of intramuscular effect patch 100 is slightly lower than the wrist of user.

For tennis elbow, the user otch 108 long intramuscular effect patch 100 of 10-12 inch of tearing along the longitudinal.The anchoring section that user can be imitated intramuscular patch 100 is placed in the top at the forearm middle part of user, then upwards pulls the first afterbody of intramuscular effect patch 100 along user arm.User can be pulled to the second afterbody the ancon back side of user again around its ancon.Then, user can be placed second intramuscular effect patch 100 band that 6-7 inch is long, and the anchoring section of intramuscular effect patch 100 is placed under the ancon of user forearm just, is then wound around two ends around its arm muscle.

For fracture of tibia (being also known as interior tibia stress resultant disease or MTSS), user can be placed long intramuscular effect patch 100 bands of 5-6 inch, makes the anchoring section of this intramuscular effect patch be placed in the arch of foot place of user.Then user is imitated patch 100 by intramuscular and is pulled upwardly to its shank place.Place the patch 100 of intramuscular effect, make an one edge along user tibial medial.

For front knee pain, user can be raised its knee a little, and pads a medicated pillow below its knee.User can be by long 7-8 inch first intramuscular effect patch 100 bands, with moderate tension be flatly positioned over patellar under.The first band stage casing of intramuscular effect patch be just positioned at user patellar under.Then, user otch 108 long intramuscular effect patch 100 bands of second 10-11 inch of tearing along the longitudinal.User can be placed in the anchoring section of second intramuscular effect patch 100 band in one side of knee of user.Then, user is the first afterbody along second intramuscular effect patch band of its Patella bottom stretching with full tension force respectively, and the second afterbody of second intramuscular effect patch band that stretch along its Patella top.Two afterbodys can cross one another in user Patella one side relative with the anchoring section of the second intramuscular effect patch band.

For common shoulder pain, user is otch 108 long intramuscular effect patch 100 bands of one section of 10-11 inch of tearing along the longitudinal.The anchoring section that user can be imitated intramuscular patch 100 is placed under the triangular muscle of user just.User can be placed along the front portion of the chest of user the first afterbody of intramuscular effect patch 100.User can be imitated intramuscular the second afterbody of patch 100 around the shoulder back side placement of user.Then, user can, by second long 5-6 inch intramuscular effect patch 100 band, be placed on shoulder with full tension force.The second intramuscular effect patch band can contact two afterbodys of first intramuscular effect patch 100 bands.

Alternatively, for common shoulder pain, user is otch 108 long intramuscular effect patch 100 bands of one section of 16-18 inch of tearing along the longitudinal.The anchoring section that user can be imitated intramuscular patch is positioned on the shoulder of user along the bone edges of user shoulder.The anchoring section of intramuscular effect patch 100 can be positioned over before shoulder approximately 2 inches a little, and makes it stride across shoulder with the patch of remarkable tension force stretching intramuscular effect.First afterbody of this intramuscular effect patch 100 is stretched until it arrives user spinal column along the scapula top edge of user.User can be positioned over the second afterbody under first afterbody just.

Separate (AC separation) for shoulder top pain or acromion clavicle, flexible its ancon of user becomes an angle of 90 degrees, and is held on table.User can, by first long 3-4 inch intramuscular effect patch 100 bands, flatly be crossed its shoulder to its back from user chest with moderate tension and place.Then, user can, by intramuscular effect patch 100 bands long second segment 3-4 inch, be placed perpendicular to first intramuscular effect patch band with moderate tension.The placement relation of the first intramuscular effect patch band and the second intramuscular effect patch band forms "+" shape.Then, user can, by the 3rd section of intramuscular that 3-4 inch is long effect patch 100 bands, be imitated one of diagonal of patch bands and place along the first and second intramusculars, uses moderate tension to make the center of the 3rd section of intramuscular effect patch 100 bands on shoulder.User can continue to place the 4th section of intramuscular that 3-4 inch is long effect patch band along another diagonal, reuses moderate tension and makes this intramuscular effect patch 100 center on shoulder.

For shoulder or neck neck pain, user can stretch bending its neck neck of head by the direction contrary with sore place.User is otch 108 long intramuscular effect patch 100 bands of one section of 5-6 inch of tearing along the longitudinal.The anchoring section that intramuscular is imitated patch 100 by user is positioned over the top interior corner of user scapula, and it is pointed to downwards.Then two afterbodys that, user is imitated patch 100 bands with full tension force by intramuscular upwards stretch towards neck neck direction.Then, user can be by intramuscular effect patch 100 bands long second segment 3-4 inch, be placed in full tension on the mid portion of first paragraph intramuscular effect patch 100 bands, and place second segment intramuscular effect patch band and vertically crossed first paragraph intramuscular effect patch 100 bands, and the center of second segment intramuscular effect patch 100 bands is positioned on pain point just.

In the situation that not deviating from spirit of the present invention or substitutive characteristics, it can embody by other concrete form.Described embodiment should be to think it is only illustrative and nonrestrictive in all respects.Therefore scope of the present invention represents by appended claim rather than by description above.Fall into all changes in implication and the scope of claim equivalent all within scope of the present invention.

Claims

1. the pre-cutting band of intramuscular effect patch, the pre-cutting band of described intramuscular effect patch comprises: fabric, wherein said fabric comprises:

Fibrous braid, wherein fiber comprises the elastic fiber being covered by cladding material;

First end;

The second end, wherein said the second end is relative with first end; And

One or more radiused corners;

Longitudinal cut on fabric, wherein said longitudinal cut:

By at least a portion of fabric; And

Extend to the preset distance of the described the second end of distance from described first end;

Binding agent on the first surface of fabric, wherein said binding agent is configured to Fabric Adhesion to human body; And

Back lining materials on the first surface of fabric, wherein said back lining materials is configured to cover described binding agent and protects binding agent to prevent exsiccation before user prepares that described fabric is applied on human body.

2. the pre-cutting band of intramuscular effect patch according to claim 1, wherein said fabric is approximate rectangular.

3. the pre-cutting band of intramuscular effect patch according to claim 1, wherein said one or more radiused corners comprise the outer corner of intramuscular effect patch.

4. the pre-cutting band of intramuscular effect patch according to claim 1, wherein said one or more radiused corners comprise the interior corners being formed by longitudinal cut.

5. the pre-cutting band of intramuscular effect patch according to claim 1, wherein said longitudinal cut comprises recess otch.

6. the pre-cutting band of intramuscular effect patch according to claim 5, wherein said recess otch comprises:

The first section, wherein all fibres in described the first section is cut off; And

The second section, wherein said the second section:

Contiguous described the first section; And

Comprise one or more fiber not cutting off staying.

7. the pre-cutting band of intramuscular effect patch according to claim 6, wherein said recess otch comprises the 3rd section, wherein said the 3rd section:

Contiguous described the first section; And

Comprise one or more fiber not cutting off staying.

8. the pre-cutting band of intramuscular effect patch according to claim 7, wherein said the 3rd section is relative with described the second section with respect to described the first section.

9. the pre-cutting band of intramuscular effect patch according to claim 6, the length of wherein said the first section is between 0.06 millimeter to 0.1 millimeter.

10. the pre-cutting band of intramuscular effect patch according to claim 9, wherein said the first section approximately 0.08 millimeters long.

The pre-cutting band of 11. intramuscular effect patch according to claim 1, wherein said longitudinal cut comprises the otch of imitating patch completely by intramuscular.

The pre-cutting band of 12. intramuscular effect patch according to claim 11, also comprises:

The second binding agent, wherein said the second binding agent is applied to described longitudinal cut.

13. 1 kinds of pre-cutting bands of intramuscular effect patch, the pre-cutting band of described intramuscular effect patch comprises:

Fabric, wherein said fabric comprises fibrous braid, wherein fiber comprises the elastic fiber being covered by cladding material;

Wherein said fabric:

Be approximately in shape rectangle; And

Be included in the radiused corners in all outer corner;

Longitudinal cut on intramuscular effect patch band, wherein said longitudinal cut:

By at least a portion of fabric; And

The preset distance that extends to distance described fabric the second edge from the first edge of fabric, wherein the first edge is relative with the second edge;

Binding agent on the first surface of fabric, wherein said binding agent applies with step frequency ripple pattern;

Wherein said step frequency ripple pattern comprises having the sine wave pattern of revising crest; And

Wherein said binding agent is configured to Fabric Adhesion to human body; And

Back lining materials on the first surface of fabric, wherein said back lining materials is configured to protect described binding agent to prevent exsiccation before user prepares that the patch of described intramuscular effect is applied on human body.

14. according to the pre-cutting band of intramuscular effect patch described in claim 0, and wherein said fabric is included near the printing mark described the second edge.

The pre-cutting band of 15. intramuscular effect patch according to claim 14, wherein said mark comprises reflective dye.

The pre-cutting band of 16. intramuscular effect patch according to claim 14, wherein said mark location is between described the second edge and the end of described longitudinal cut.

17. according to the pre-cutting band of intramuscular effect patch described in claim 0, also comprises the second longitudinal opening, wherein said the second longitudinal cut:

By at least a portion of fabric;

Be parallel to described the first longitudinal cut;

Extend to the preset distance at described the second edge of distance from the first edge; And

Be included in the radiused corners of the transition position between described longitudinal cut and described the first edge.

18. 1 groups of pre-cutting bands of intramuscular effect patch, the pre-cutting band of described one group of intramuscular effect patch comprises:

Two or more intramuscular effect patch bands, each in wherein said two or more intramuscular effect patch bands comprises:

Fabric, wherein said fabric comprises fibrous braid;

Wherein said fibrous braid comprises:

First group of directed fiber in a first direction; And

Second group of fiber of orientation in second direction;

Wherein every described fiber in second group of fiber comprises the elastic fiber being coated in cladding material;

Wherein said fabric is being approximately rectangle in shape; And

Be included in the radiused corners in each outer corner;

Be included in described two or more intramuscular and imitate the binding agent on the first surface of each band in patch band, wherein said binding agent applies with step frequency ripple pattern;

Wherein said step frequency ripple pattern comprises having the sine wave pattern of revising crest;

And

Wherein said binding agent is configured to each in described two or more intramusculars effect patch bands to be adhered on human body; And

Back lining materials, wherein said back lining materials comprises:

Line of perforation, wherein said line of perforation be configured to allow user by the Part I of back lining materials from

The Part II of back lining materials separates;

Be adhered at least one in the described two or more intramusculars effect patch bands on the Part I of back lining materials; And

Be adhered at least one in the described two or more intramusculars effect patch bands on the described Part II of back lining materials.

19. according to one group of pre-cutting band of intramuscular effect patch described in claim 0, also comprises:

Longitudinal cut in each in described two or more intramuscular effect patch bands, wherein each longitudinal cut:

By at least a portion of fabric;

Extend to the preset distance apart from intramuscular effect patch the second edge from the first edge of intramuscular effect patch band, wherein the first edge is relative with the second edge; And

20. according to one group of pre-cutting band of intramuscular effect patch described in claim 0, and wherein said longitudinal cut is included in two radiused corners of the transition position between longitudinal cut and described the first edge.