JPH0749924Y2 - Allergen skin test device - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an allergen skin test device, and more particularly to an allergen skin test device capable of performing a skin test safely, accurately and simply.

[0002]

2. Description of the Related Art The allergen search is extremely useful in the diagnosis and treatment of allergic diseases such as atopic dermatitis and cosmetic rash. As an antigen contained in the allergen that is the causative agent of the disease, for example, as a dietary antigen,
There are egg white, milk, soybean, wheat, rice and the like, and environmental antigens include mites, cedar, Dactylis and ragweed.
A skin test such as a scratch test, a prick test, or an intradermal test is generally used as such an allergen search method. This skin test is, in essence, an examination of the local biological reaction to allergens, for example, a slight scratch is made on the test site on the skin surface, so that various allergens are infiltrated into the skin. It is carried out by the method of. Then, when performing allergen search by the method, the following device has been developed as a device which is free from variations in results by the builder, and is safe, simple, accurate and economical.

As shown in FIG. 10, this device is mainly composed of a flat plate a and a handle b which is detachably attached to the flat plate a. The plate a has a surface opposite to the handle b. Eight cylinders c are integrally formed. Further, three needle-like protrusions d are projected at the tip of each of these cylinders c. Then, the allergen substance is attached to the needle-like protrusions d projected from the tips of the respective cylinders c, then the plate a is attached to the handle b, and in this state, the needle-like protrusions d are directly applied to the test site on the skin surface. It will be pressed. As a result, the needle-like protrusions d of each cylinder c are buried in the skin, and the relatively raised skin is pushed to the extent that it touches the flat plate a,
Allows allergens to soak into the skin. By doing this, it is possible to perform eight types of allergen searches at one time. When the allergen search is further advanced, the flat plate a is replaced. The used flat plate a will be discarded each time.
According to such an apparatus, it is possible to perform the allergen search which is safe, convenient, accurate, and excellent in economical efficiency, without variations in the results by the operator.

[0004]

By the way, in the above-mentioned conventional apparatus, an operation of individually adhering a large number of different allergen substances of different types to the needle-like protrusions d at the tips of a large number of cylinders c each time inspection is performed. Is required and the work is considered to be relatively complicated.

The present invention was devised in view of the above-mentioned problems of the prior art, and the purpose thereof is to ensure the performance comparable to that of the conventional apparatus, while accommodating various needle-shaped needles of allergen substances. It is an object of the present invention to provide an allergen skin test device that can eliminate the work of attaching to the protrusions and improve the efficiency of the inspection work.

[0006]

In order to achieve the above object, an allergen skin test apparatus of the present invention comprises a test sheet which is provided with a container containing an allergen substance and which is attached to a test part. And a needle-shaped projection that is disposed above the test sheet and that extends toward the container and reaches at least the test portion.
However, in order to block the through hole formed in this from the outside,
Has a hollow tubular portion, and the above-mentioned housing is housed in the hollow tubular portion.
It is characterized by being done.

[0007]

Further, the present invention is characterized in that the needle-like projections are carried by a support, and the support is placed on the hollow cylindrical portion with the needle-like projections facing the accommodating body. .

Further, the present invention is characterized in that the support has a stopper which is interposed in the advancing path of the needle-like projections and regulates the advancing amount thereof.

Further, the present invention is characterized in that the support has a cushioning member for cushioning the advancing movement of the needle-like protrusions.

Further, the present invention is characterized in that the test sheet and the support are integrally joined by being joined in series through a foldable flexible sheet body.

Further, the present invention is characterized in that the test sheet and the support member are integrally joined by a series of detachable sheet members.

Further, the present invention is characterized by comprising a pressing member which is detachably arranged above the needle-like projections so as to collectively advance and move the needle-like projections.

Further, the present invention is characterized by comprising a holder which is detachably attached to the pressing member and which holds the pressing member continuously on the test portion.

[0015]

The operation of the present invention will be described. After attaching the test sheet to the test area on the skin surface and placing the container containing the allergen substance in the test area, the test sheet is placed above the test sheet. The arranged needle-like projection is advanced toward the container. As a result, the needle-shaped projections reach the inspected part after breaking the container. Then, the needle-shaped projections that reach the test area form scratches on the skin surface of the test area, and the allergen substance that flows out and diffuses due to the breakage of the container permeates the scratches. In this way, since the needle-shaped protrusions are operated on the test sheet in which the container in which the allergen substance is enclosed is arranged, a large number of different types are inspected each time while ensuring performance comparable to that of the conventional device. It is not necessary to attach the allergen substance to the needle-shaped protrusions, and the efficiency of inspection work can be improved.

Further, if a hollow cylinder portion surrounding the through hole formed in the test sheet so as to be shielded from the outside is provided in the test sheet, and the accommodation body is accommodated in the hollow cylinder portion, the needle is formed. The allergen substance that flows out and diffuses when the container is broken by the protrusions can be held in the range of the hollow cylindrical portion, and the allergen substance can be prevented from flowing out and spreading over a wider range than necessary. Further, the hollow cylindrical portion can press the test tube against the test section to raise the skin of the test section, facilitate the creation of a scratch due to the needle-like protrusion, and reduce the pain at that time.

Further, by supporting the needle-like projections on the support and placing the support on the hollow cylindrical portion so that the needle-like projections face the accommodating body, the stability during the operation of the needle-like projections is improved. Can be improved.

Further, by providing the support body with a stopper that intervenes in the advancing path of the needle-like protrusions and restricts the amount of advancing thereof, it is possible to regulate the amount of arrival of the needle-like protrusions to the inspected part. Can be prevented from being damaged more than necessary.

Further, by providing the support member with a cushioning member for cushioning the advancing movement of the needle-like projections, the needle-like projections are inadvertently and suddenly advanced, which gives a shock to the subject. It is possible to appropriately prevent the risk of.

Further, the test sheet and the support are joined together in series through a foldable flexible sheet body to be integrated, so that the flexible property is provided between the test sheet and the support. By simply folding the flexible sheet body, it is possible to dispose the support body having the needle-like protrusions above the test sheet. By thus integrating the test sheet and the support through the flexible sheet body, it is convenient for handling and carrying as a product and excellent in operability. Further, since the inspection preparation can be completed simply by folding the flexible sheet, the operability at the time of inspection is excellent.

Further, the test sheet and the support are joined together in series through a detachable cut sheet body to be integrated, so that the test sheet and the support are provided with the cut sheet. By simply separating the body, the support body having the needle-shaped protrusions can be arranged above the test sheet. In this way, by integrating the test sheet and the support through the breakable sheet, it is convenient to handle and convey as a product and excellent in operability as described above.

Further, if a pressing member is detachably arranged above the needle-like protrusions and the needle-like protrusions are collectively advanced and moved by this pressing member, the pressing operation of each needle-like protrusion can be made easier. Can be completed in times.

Further, if the holder is detachably attached to the pressing member and the pressing member is continuously held by the holder, the pressing member is complicated to hold by hand. Therefore, the inspection can be performed easily and efficiently.

[0024]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A preferred embodiment of the present invention will be described in detail below with reference to the accompanying drawings. 1 to 5 show a basic embodiment of the present invention. As shown in the figure, reference numeral 1 denotes a test sheet that is attached to the test portion 2 of the skin and is formed into a film shape with a synthetic resin material or the like. An adhesive coating layer (not shown) is formed with an adhesive or the like so that it can be attached to the test portion 2. Then, a release paper 3 is attached to the skin-side attachment surface 1a to cover the adhesive coating layer.
On the surface 1b of the test sheet 1 on the side opposite to the sticking surface 1a, a plurality of, for example, liquid-like capsules 4 as containers for enclosing the allergen substance are vertically and horizontally arranged at appropriate intervals. It In this example, eight capsules 4 are arranged on the test sheet 1 so that eight types of allergen substances can be tested at one time. These capsules 4 are made of a soft organic polymer material, a synthetic resin material, or the like, and are configured to be broken by being pressed by a needle-shaped projection 5 described later.

On the other hand, above the test sheet 1,
A plurality of needle-like projections 5 that are provided so as to be able to advance toward each capsule 4 and reach at least the inspected portion 2 by advancing are arranged vertically and horizontally corresponding to the position of each capsule 4. In this embodiment, eight needle-shaped protrusions 5 are arranged corresponding to the eight capsules 4. These needle-like protrusions 5 are formed in the shape of a shaft, and one end in the axial direction is a pointed portion 5 that faces the capsule 4 from above.
A is formed, and the other end is provided with a pressing end portion 5b whose diameter is stepwise expanded and formed like a flange. The pointed end 5a is configured to advance toward the capsule 4 by pressing the pressing end 5b.

Explaining further in detail with reference to the drawings, the test sheet 1 is provided for guiding the outflow of the allergen substance from the broken capsule 4 to the test portion 2 in correspondence with the disposition position of the capsule 4. A large number of through holes 6 are formed. The formation of such through-holes 6 is such that the needle-like protrusions 5 advance toward the capsule 4 and further reach the portion to be inspected 2. As a result, the needle-like protrusions 5 are formed on the test sheet 1.
Since it is penetrated and the allergen substance flows out from the penetrating portion to the test part 2, it is not always necessary, but it is ensured that the allergen substance that flows out and diffuses when the capsule 4 is broken diffuses into the test part 2 smoothly. For that, it is preferable. Further, the test sheet 1 is provided with a large number of hollow cylindrical portions 7 having a considerable height surrounding each of the through holes 6 so as to be shielded from the outside. Upper and lower seat portions 7a and 7b are formed at both ends in the axial direction of these hollow cylindrical portions 7, and the diameters of the hollow cylindrical portions 7 are increased stepwise to form flanges. The capsules 4 are housed inside the hollow cylindrical portions 7 one by one. These hollow cylindrical portions 7 hold therein allergen substances that flow out and diffuse when each capsule 4 is broken by each needle-shaped projection 5. In addition, these hollow cylindrical portions 7 raise the skin of the subject 2 by being pressed against the subject 2 (see FIG. 5), facilitating the creation of scratches by the needle-shaped projections 5, and It relieves the pain. In the illustrated example, a seal sheet 8 is attached to the upper seat portion 7a of the hollow tubular portion 7 in order to prevent the capsule 4 from falling off the hollow tubular portion 7.

On the other hand, as shown in the drawing, each of the needle-shaped projections 5 has a hollow cylindrical support 9 having an opening 9a at one end facing the hollow cylindrical portion 7 and the other end closed by a lid 9b. Are carried individually. In addition, the plurality of support bodies 9 is a cover body 10 in the shape of a shallow box that is arranged above the test sheet 1.
Are arranged corresponding to the hollow cylindrical portions 7 accommodating the capsules 4 and are integrally attached. An insertion hole 11 is formed in the lid portion 9b of the support body 9, and the needle-like protrusions 5 are slidably inserted into the insertion hole 11. A ring-shaped cushioning member 12 whose one end is joined to the lid portion 9b is provided in each of the supports 9 and the cushioning member 12 extends in the support 9 in the advancing direction of the needle-like protrusions 5. It is elastic and can be expanded and contracted freely. Further, a ring-shaped support plate 13 that is slidable in the support body 9 in the advancing direction of the needle-shaped projections 5 is joined to the other end of the buffer member 12. Then, the needle-shaped protrusions 5 are provided so as to penetrate the cushioning member 12 and the support plate 13, and the pointed portion 5a side of the needle-shaped protrusions 5 is integrally joined to the support plate 13. Therefore, the needle-shaped protrusions 5 are carried on the support 9 via the support plate 13 and the cushioning member 12. In particular, in the carrying state of the needle-shaped protrusions 5 before the execution of the allergen search shown in FIG. 4, the needle-shaped protrusions 5 are set in the support body 9 so as not to protrude further than this. With such a setting, it is possible to prevent the needle-like protrusions 5 from being exposed from the support body 9, and the tip portions 5a of the needle-like protrusions 5 are soiled or the tip portions 5a are exposed. The subject can be prevented from feeling afraid. Here, the cushioning member 12 buffers the advancing movement of the needle-like protrusions 5 and restricts the sudden advancing of the needle-like protrusions 5. In this embodiment, the cushioning member 12 is made of a sponge-like synthetic resin material. However, as the buffer member 12, a spring or the like that resists a tensile force may be adopted. In addition, a ring-shaped stopper 14 is integrally formed on the inner peripheral edge of the opening 9a of the support 9 so as to intervene in the advancing path of the needle-like projection 5 and regulate the amount of advancing thereof. Specifically, the stopper 14 is provided on the sliding path of the support plate 13 so as to lock the support plate 13 that slides in the support body 9 together with the advance of the needle-like protrusion 5. It is formed so as to slightly project from the surface and prevents the movement of the support plate 13 to regulate the amount of the needle-shaped projections 5 reaching the test portion 2, that is, the amount of the needle-shaped projections 5 entering the test portion 2. It is supposed to do.

The test sheet 1 and the needle-shaped projections 5 carried by the support 9 are constructed as described above. The support 9 forms the needle-shaped projections 5 on the hollow cylindrical portion of the test sheet 1 side. It is set by being placed on the upper seat portion 7a of the hollow cylindrical portion 7 while facing the capsule 4 in the inside 7. In the figure,
L-shaped display 15 formed on the four corners of the test sheet 1
Is a mark for positioning the cover body 10 to which the support body 9 is attached with respect to the test sheet 1, and when the cover body 10 is set on the test sheet 1, the hollow cylindrical portion 7 is used as a mark. It is possible to easily perform the alignment between the support 9 and the support.

Next, the operation of this embodiment will be described. First, the release paper 3 of the test sheet 1 is peeled off, and the test sheet 1 is attached to the test portion 2. Then, the seal sheet 8 attached to the upper seat portion 7a of the hollow cylindrical portion 7 of the test sheet 1 is peeled off to expose the capsule 4 encapsulating various allergen substances. After that, the cover body 10 to which the support body 9 carrying the needle-shaped projections 5 is attached is put on the test sheet 1, and the support body 9 is placed on the hollow cylindrical portion 7. As a result, the tip 5a of each needle-shaped projection 5 is exposed to each capsule 4, and the preparation for the inspection is completed. Next, the pressing end 5b of each needle-like protrusion 5 is pressed to press the needle-like protrusion 5
When the needles 5 are advanced, the needle-like protrusions 5 advance from the support 9 toward the capsule 4 and break the capsule 4, and further reach the test portion 2 after passing through the through hole 6 of the test sheet 1. Then, the part to be inspected 2 is damaged. At this time, the allergen substance flows out from the capsule 4 that is broken by the needle-shaped projections 5, and the through-hole 6 of the test sheet 1
It leaks out to the part to be inspected 2 and permeates into the scratch in the part to be inspected 2, so that the allergen search can be performed.

By doing so, it is possible to search for eight types of allergens at one time. To proceed with the allergen search further, the test sheet 1 and the needle-shaped projections 5
It suffices to replace the cover body 10 provided with. The used test sheet 1 and cover body 10 are discarded each time. According to such a device, it is possible to carry out an allergen search that is comparable to the conventional device, does not cause variations in the results by the operator, and is safe, convenient, accurate, and economical.

By the way, in the present embodiment configured as described above, the needle-like projections 5 are operated on the test sheet 1 in which the capsule 4 encapsulating the allergen substance is arranged, so that the conventional apparatus is used. While ensuring comparable performance, it is not necessary to attach a large number of allergen substances to each needle-shaped protrusion each time inspection is performed, and the efficiency of inspection work can be improved.

Further, the test sheet 1 is provided with a hollow cylindrical portion 7 surrounding the through hole 6 formed in the test sheet 1 so as to be shielded from the outside, and the capsule 4 is housed in the hollow cylindrical portion 7. Therefore, the allergen substance that flows out and diffuses when the capsule 4 is broken by the needle-shaped projections 5 can be held within the range of the hollow cylindrical portion 7, and the allergen substance flows out and diffuses in a wider area than necessary. Can be prevented. Further, the hollow cylindrical portion 7 is pressed against the test portion 2 to raise the skin of the test portion 2 to facilitate the creation of a scratch by the needle-like protrusions 5 and to relieve the pain at that time. be able to.

Further, since the needle-shaped projections 5 are carried on the support 9 and the support 9 is placed on the hollow cylindrical portion 7 so that the needle-shaped projections 5 face the capsules 4, It is possible to improve stability when operating the protrusion 5.

Further, since the support body 9 is provided with the stopper 14 which is interposed in the advancing path of the needle-like protrusions 5 and regulates the amount of advancement thereof, the amount of arrival of the needle-like protrusions 5 to the inspected portion 2 is regulated. It is possible to prevent the skin from being damaged more than necessary.

Further, since the support member 9 is provided with the cushioning member 12 for cushioning the advancing movement of the needle-like protrusions 5, the needle-like protrusions 5 are inadvertently and suddenly advanced, and the subject is shocked. It is possible to appropriately prevent the possibility of giving it.

Reference numeral 16 is an operation handle as a pressing member for pressing all the needle-like projections 5 at once. The operation handle 16 has a pressing plate 16a having a width that covers the pressing ends 5b of all the needle-like protrusions 5,
The pressing handle 16b is integrally provided in the center of the pressing plate 16a, and the pressing plate 16a is placed on the pressing ends 5b of all the needle-like projections 5 and the pressing handle 1b is placed.
By pressing with 6b, it is possible to press all the needle-like projections 5 at once. Thereby, the pressing operation of each needle-shaped projection 5 can be completed once. Although not shown, the name of the allergen substance in the capsule 4 housed in each hollow cylinder 7 may be written at a position near the hollow cylinder 7 of the test sheet 1.

Next, a modification of the basic embodiment will be described. The modification shown in FIGS. 6 and 7 includes the test sheet 1 of the above-described embodiment and the cover body 10 including the support body 9,
The flexible sheet body 17 is foldable and is joined in series to be integrated. Specifically, the test sheet 1 and the cover body 10 are arranged on both sides of one flexible sheet body 17 on the front and back sides of the flexible sheet body 17, respectively. The body 17 is folded so that both are in a regular upper and lower arrangement. According to this structure, only by folding the flexible sheet body 17 between the test sheet 1 and the cover body 10, the support body 9 having the needle-like protrusions 5 is provided above the test sheet 1. Can be provided. In this way, by integrating the test sheet 1, the cover body 10, and by extension, the support body 9 via the flexible sheet body 17, it is convenient to handle and convey as a product and is excellent in operability. . Further, since the inspection preparation can be completed simply by folding the flexible sheet body 17, the operability at the time of inspection is excellent.

In the modification shown in FIG. 8, the test sheet 1 of the above embodiment and the cover body 10 provided with the support body 9 are joined in series through a severable sheet body 18. It is an integrated one. With this configuration,
The support 9 having the needle-like projections 5 can be disposed above the test sheet 1 only by cutting the severable sheet body 18 between the test sheet 1 and the cover body 10. By thus integrating the test sheet 1, the cover body 10, and thus the support body 9 via the severable sheet body 18, it is convenient for handling and carrying as a product and operating as in the above. Excellent in performance.

Further, in the embodiment shown in FIG. 9, when the operation handle 16 is used, it can be continuously pressed and held on the test portion 2. That is, when it is desired not only to move the needle-like protrusion 5 forward with the operation handle 16 but also to hold the needle-like protrusion 5 on the test portion 2 for a certain period of time, the operation handle 16 is continuously operated by hand. Continued pressing is considered inefficient and cumbersome. Therefore, in the present embodiment, a holder 19 is shown which is detachably attached to the operation handle 16 so as to hold the operation handle 16 on the inspected portion 2 continuously. This holder 19 includes a pair of arm bodies 19a, 19a connected by a spring 19c forming a hinge part having elasticity.
The arm 19a is formed with a concave portion that fits into the operation handle 16. Then, for example, when performing an inspection on the arm, it is possible to perform the inspection very conveniently by sandwiching the holder 19 in the arm, whereby the operation handle 16 is continuously held by hand. The complexity can be avoided and the inspection can be carried out easily and efficiently.

[0040]

In summary, according to the allergen skin test apparatus of the present invention, the container for enclosing the allergen substance is disposed and the test sheet to be attached to the test part, and the upper part of the test sheet. The needle-shaped projections are operated on the test sheet in which the container containing the allergen substance is arranged. It is possible to improve the efficiency of inspection work while ensuring the performance comparable to that of the conventional device, and eliminating the need to attach a large number of allergen substances to each needle-shaped protrusion each time inspection is performed. Can be planned. Further, since the test sheet has a hollow cylindrical portion that surrounds the through hole formed in the test sheet from the outside and the accommodating body is accommodated in the hollow cylindrical portion, it is accommodated by the needle-shaped protrusions. The allergen substance that flows out and diffuses when the body is broken can be held within the range of the hollow cylindrical portion, and it is possible to prevent the allergen substance from flowing out and spreading in an unnecessarily wide area. Further, the hollow cylindrical portion can press the test tube against the test section to raise the skin of the test section, facilitate the creation of a scratch due to the needle-like protrusion, and reduce the pain at that time.

Further, since the needle-shaped projections are carried by the support, and the support is constructed such that the needle-shaped projections face the accommodating body and are placed on the hollow cylindrical portion, it is stable when operating the needle-shaped projections. It is possible to improve the sex.

Further, since the support body has the stopper which is interposed in the advancing path of the needle-like protrusions and regulates the amount of the needle-like protrusions, it is possible to regulate the amount of the needle-like protrusions reaching the test portion. It can prevent the skin from being damaged more than necessary.

Further, since the support has a cushioning member for cushioning the advancing movement of the needle-shaped projection, the needle-shaped projection is inadvertently and suddenly advanced, and shock is given to the subject. It is possible to appropriately prevent the risk of being lost.

Further, since the test sheet and the support are constructed so as to be integrally joined by being joined in series via the foldable flexible sheet body, this test sheet and the support are connected to each other. By simply folding the flexible sheet body, the support body having the needle-shaped protrusions can be arranged above the test sheet. In this way, by integrating the test sheet and the support through the flexible sheet,
It is easy to handle and transport as a product and has excellent operability. Further, since the inspection preparation can be completed simply by folding the flexible sheet, the operability at the time of inspection is excellent.

Further, since the test sheet and the support are constructed so as to be integrated by being joined in series through the detachable sheet body which can be detached, the test sheet and the support are connected to each other with this flexible sheet. The support having the needle-shaped protrusions can be arranged above the test sheet simply by separating the sheet body. In this way, by integrating these test sheets and the support through the severable sheet body, it is convenient for handling and carrying as a product as described above, and
Excellent operability.

Further, in order to collectively move the needle-like protrusions forward, a pressing member detachably arranged above the needle-like protrusions is provided, so that the pressing operation of each needle-like protrusion is completed once. can do.

Further, if the holder is detachably attached to the pressing member and the pressing member is held by the holder continuously, it is complicated to hold the pressing member by hand. Therefore, the inspection can be performed easily and efficiently.

[Brief description of drawings]

FIG. 1 is an overall perspective view showing a preferred embodiment of an allergen skin test device according to the present invention.

FIG. 2 is a side view and a plan view showing a test sheet of the allergen skin test apparatus according to the present invention.

FIG. 3 is a side view and a plan view showing a support of the allergen skin test device according to the present invention.

FIG. 4 is an enlarged cross-sectional view of an essential part of the allergen skin test apparatus according to the present invention when preparing for an allergen search.

FIG. 5 is an enlarged cross-sectional view of an essential part of the allergen skin test device according to the present invention when performing an allergen search.

FIG. 6 is a side view showing a developed state of a modified example of the allergen skin test device according to the present invention.

FIG. 7 is a side view showing a folded state of a modified example of the allergen skin test device according to the present invention.

FIG. 8 is a plan view showing a developed state of another modified example of the allergen skin test device according to the present invention.

FIG. 9 is an explanatory diagram showing an inspection state in which a holder is attached to the operation handle.

FIG. 10 is a perspective view for explaining a conventional technique.

[Explanation of symbols]

 1 Test Sheet 2 Test Part 4 Capsule 5 Needle-like Protrusion 6 Through Hole 7 Hollow Cylindrical Part 9 Support 12 Buffer Member 14 Stopper 16 Operation Handle 17 Flexible Sheet 18 Breakable Sheet 19 Holder

Claims (8)

[Scope of utility model registration request] 1. A test sheet having a container containing an allergen substance, the test sheet being attached to a test part, the test sheet being disposed above the test sheet, and being advanced toward the container. And a needle-shaped projection reaching at least the portion to be inspected, and the test sheet has a through hole formed in the test sheet.
Has a hollow cylindrical portion that is surrounded to shut off from the inside
An allergen skin test device, characterized in that the container is housed in the container . 2. The needle-shaped projection is carried by a support,
The holding body is such that the needle-like protrusion faces the containing body and the hollow cylinder
The allergen skin test device according to claim 1, wherein the allergen skin test device is placed on a part . 3. The advancing path of the needle-shaped projections, wherein the support is a support path.
Must have a stopper that intervenes in the
The allergen skin test device according to claim 2 . 4. The advancing movement of the needle-shaped projections by the support.
3. A cushioning member for cushioning
Alternatively , the allergen skin test device according to item 3 . 5. The test sheet and the support are folded.
A series of flexible sheets that can be folded
It was made one and any one of Claims 2-4 characterized by the above-mentioned.
The allergen skin test device according to the paragraph . 6. The test sheet and the support are separated from each other.
The sheets are joined together in series via a detachable sheet that can be separated.
The body according to any one of claims 2 to 4, wherein the body is a body.
The allergen skin test device according to 1. 7. The needle-like projections are collectively moved forward.
For this reason, a pressing force that is detachably arranged above the needle-shaped protrusions
7. A member is provided, according to any one of claims 1 to 6.
The allergen skin test device according to the paragraph . 8. A detachably attached to the pressing member.
In order to hold the pressing member continuously on the tested part.
The allergen skin test device according to claim 7 , further comprising: