JPH02139178A - Polishing glove and manufacture thereof - Google Patents

Abstract

PURPOSE:To increase the flexibility as a glove and the polishing power as a grindstone by forming a resinoid grindstone layer on the surface of a glove blank stock and forming numerous fine cracks on this grindstone layer forcibly. CONSTITUTION:After dipping a blank stock glove 2 in a resinoid grindstone forming stock liquid, it is taken out and a resinoid grindstone layer 4 is formed by its hardening on the surface of the blank stock glove 2. Numerous fine cracks 5 are then formed on this grindstone layer 4 by executing cracking process work. Thus, flexibility is restored on the blank stock glove 2 and the desired polishing power is held.

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention relates to abrasive gloves, and in particular, abrasive gloves in which a resinoid abrasive layer is formed on the surface of the glove, and numerous cracks are formed in the resinoid abrasive stone layer for use in washing dishes and woodworking products. Regarding abrasive gloves for use.

[Conventional technology]

Conventionally, when washing dishes, a bundle, a sponge, a non-woven fabric, etc. are used. Sandpaper, puffs, etc. are also used to polish woodwork.

5. Problems to be solved by the invention] It is well known that the amount of dishes washed in a typical household is
BACKGROUND ART Dining rooms, hotels, etc. have a large amount of tableware, and it takes a lot of effort to wash them with a bundle. In other words, because one hand holds the tableware and the other hand holds the bundle, the tableware must be changed in order to wash the part that is being held, and the action of holding the bundle is added. Moreover, since it is difficult to put a large bundle into a long and narrow tableware such as a kotsupu, it is complicated to prepare a small bundle separately. Furthermore, when polishing woodwork while holding the sand vapor in the hand, there are problems such as the backing paper bending and making it difficult to polish.

This invention solves these problems, based on the fact that it is easiest to wash dishes with bare hands, or that it is easier to polish woodwork by stroking it with your hands.
This was developed for the purpose of providing polishing gloves that can be used to wash dishes with both bare hands, as well as to polish wooden items by stroking them.

[Means to solve the problem]

This invention has taken the following measures to solve the above problems.

(1) An abrasive glove in which a resinoid grindstone layer is formed on the surface of a glove material constituting the glove, and countless cracks are forcibly formed in the resinoid grindstone layer.

(2) Gloves are immersed in a resinoid whetstone forming material solution, taken out, and dried to form a resinoid whetstone layer on the surface of the glove.After that, a cracking treatment is performed to form countless cracks in the resinoid whetstone layer. A method of manufacturing an abrasive glove characterized by softening the abrasive glove.

Take technical measures such as this.

[Effect]

According to this invention configured as described above, since the resinoid grinding wheel forming material is a mixture of abrasive particles with resin bond for making a general resinoid grinding wheel, gloves may be added to the resinoid grinding wheel forming material liquid. When the glove is dipped and taken out, a layer of resinoid grindstone forming material adheres to the surface of the glove. When this is cured by hot air treatment, the resinoid grindstone forming material is hardened to a high degree of hardness, and a resinoid grindstone layer is formed on the surface of the glove. This resinoid grinding wheel layer is of the same quality as what is generally called a resinoid grinding wheel, so it is highly hard and can cut metals and stones, making the gloves hard and scratchy.

Next, when this hardened glove is subjected to a clubking process using a rolling roller or a press machine, countless fine cracks are generated in the hard resinoid grindstone layer.

As a result of this cracking, the glove regains its flexibility and can be worn on the hand like a normal glove.

Therefore, if you wash dishes while wearing abrasive gloves with a resinoid grindstone layer with countless cracks on the surface, you can wash dishes by simply stroking them with your hands without using a bundler, and you can also wash the bottom of a pot, etc. It also makes it easier to wash and polish areas where dirt is difficult to remove. In addition, by stroking a woodwork or the like while wearing these gloves, the amount of force applied can be adjusted as desired, and good polishing can be achieved.

〔Example〕

Embodiments of the invention will be described based on the drawings.

FIG. 1 is a plan view of an abrasive glove showing a first embodiment, and FIG. 2 is a sectional view taken along line A--A in FIG. 1.

The material glove 2 of the abrasive glove 1 is a normal latex molded glove. A reinforcing layer 3 made of an epoxy synthetic resin material is formed on the surface of the material glove 2 by dipping treatment to reinforce elasticity.

- Figure 3 shows a treatment layer 7 filled with a grinding wheel forming material liquid (resinoid) 4A, in which the grinding wheel forming material liquid 4A contains abrasive particles 5...
・It is mixed with. The type, particle size, and mixing ratio of the abrasive particles 5 are selected depending on the purpose, and include diamond fine particles, carbon, boron steel powder, SC, abrasive powder,
Calcium silicate and other abrasive particles are used. In this case, since it is for tableware, a tonoko was used. As shown in FIG. 3, the material gloves 2 are suspended in the treated layer 7, taken out, placed in a drying room, and dried with hot air at around 200°C, thereby reinforcing the material gloves 2. A hard resinoid grindstone layer 4 (about 1 inch thick) like a resinoid grindstone is formed on the surface of the layer 3. Therefore, as it is, it is as hard as a glass glove and cannot be used. Therefore, when it is passed between the rollers of the rubbing treatment device 8 and subjected to cracking treatment as shown in FIG. After the cracks 6 are formed, the material glove 2 recovers its original flexibility, and the polished glove 1 is formed.

According to this embodiment having the above configuration, since the material glove 2 is a latex glove, the fingers can be moved freely even when washing dishes while wearing the material glove 2 on both hands, and the resinoid grindstone layer 4 is formed on the surface. Dishes can be scrubbed using the palm, back of the hand, fingers, etc., which are formed with cracks 6, etc., and stains that are difficult to remove, such as moss on the bottom of the pot, can also be polished. Also, if you wear this polishing glove 1 when repainting iron handrails, fences, gates, etc.
By rubbing the red rust part with your hands, you can easily remove the rust and make painting more efficient.

Furthermore, even if you wear regular gloves to work, which can be slippery and dangerous due to rain, wearing these abrasive gloves will prevent slipping and will be safe because the surface of the gloves is coated with a resinoid abrasive stone layer. .

FIG. 5 is a plan view of an abrasive glove showing a second embodiment. The material glove 2 in this second embodiment is made of a material and sheet 2^ made of nylon non-woven fabric as shown in FIG.
The material glove 2 is formed by cutting the material glove 2 into two layers, leaving the opening 2B and sewing the outline 2D, and then applying the resinoid grindstone forming material liquid 4 to the material glove 2 by the method shown in FIG.
It was immersed in A, taken out, and dried with hot air. As a result, the resinoid grindstone layer 4 is formed on the surface of the material fibers 2C constituting the material glove 2 made of the material sheet 28.

Therefore, the material glove 2 itself is formed of a material sheet 2^ made of a nonwoven fabric which is an aggregate of material fibers 2C having a resinoid grindstone layer 4, and is hard. Therefore, as mentioned above, a cracking treatment device 8 such as a rolling roller or a press device as shown in FIG.
When subjected to cracking treatment, the material sheet 2At
! -Resinoid grindstone layer 4 on the surface of the constituent material fibers 2C
As shown in FIG. 7, fine cracks 6, 6, . . . are formed, and a flexible abrasive glove 1 is formed.

According to the second embodiment having the above-described configuration, the abrasive glove 1 has a material glove 2 made of a material sheet 2^ using nylon material fibers 2C, and a resinoid grindstone layer 4 on the surface of the material fibers 2C. Since it is formed with minute cracks 6..., it is easy to wear in the hand, has elasticity, and has excellent device properties. Note that the reference number 3 in FIG. 7 is a strength reinforcing layer made of epoxy resin or the like. In this embodiment, the material sheet 2^ may be made of synthetic fibers other than nylon, cotton, or chemical fibers for the nonwoven fabric, and the material sheet 2^ may be made of woven fabric or silk as an alternative to the nonwoven fabric. Good too.

FIG. 8 is a plan view of an abrasive glove showing a third embodiment. In this third embodiment, silk gloves called ordinary work gloves were used as the material gloves 2. A reinforcement N3 made of a synthetic resin material (for example, epoxy resin) is formed on the surface of the material hand @2 by dipping or spraying. Further, a resinoid grindstone layer 4 is formed on the surface of the reinforcing layer 3, and countless fine cracks 6, 6, . . . are formed in the resinoid grindstone layer 4. According to the third embodiment having the above configuration, ready-made work gloves can be used, so it can be provided at low cost. In this embodiment, the resinoid grindstone layer 4 may be formed only on the palm surface of the material glove 2, and the resinoid grindstone layer 4 on the back of the hand may be thinner than the thickness of the palm.

FIG. 10 is a plan view of an abrasive glove showing the fourth embodiment.
FIG. 1 is a sectional view taken along the line CC in FIG. 10. In this embodiment, resinoid grindstone layers 4, 4, . . . are formed in a scattered manner on the surface of the material glove 2. In addition, in the scattered resinoid grindstone N434..., the particle size of the abrasive grains 5... is made small in the finger portion, and the grain size of the grindstone layer 4... is also formed small, and the resinoid grindstone layer in the palm part is formed. 44... are relatively larger than the grain size of the abrasive grains 5..., and the grain size of the grindstone layer 4 is also formed large.

This embodiment having the above-mentioned configuration has the characteristic that the flexibility of the glove can be maintained without creating cracks 6 in the resinoid grinding wheel layer 4 because the resinoid grinding wheel layer 4 is scattered in the form of particles. It will be better if cracks 6 are formed.

Furthermore, by partially changing the particle size of the abrasive grains 5 or by changing the size of the grinding wheel layer 4, it can be used as a rough abrasive or a finishing abrasive when polishing woodwork, for example. There is.

FIG. 12 is a plan view of an abrasive glove showing a fifth embodiment.

In this embodiment, an abrasive binding material (for example, phenol resin) layer 4B is formed on the surface of the glove material 2, and numerous abrasive grains 5 are sprinkled and fixed on the abrasive binding material layer 4B. It is something that

In this case, the material glove 2 on which the abrasive grain binding material layer 4B is formed is pressed onto the abrasive grain group and adhered to the abrasive grain binding material layer 4B.
A method of curing by heating may also be used. Further, the particle size of the abrasive grains can be varied in size between the fingers and the palm, or they can be adhered to each other in sections. In addition, in the case of the hard abrasive bonding material layer 4B, countless cracks can be formed over the entire surface.

According to this embodiment with the above configuration, when using abrasive grains with a large particle size in abrasive gloves used for polishing woodwork, etc., the abrasive grain binder and the abrasive grains are mixed and layered on the material glove. It has the advantage that it can be produced by simply dipping the material glove into the binding material and sprinkling it with abrasive grains.

As described above, in this invention, a hard resinoid grinding stone layer such as a resinoid grinding wheel is formed on the surface of the material glove, and this resinoid grinding stone layer is forcibly formed with microscopic cracks, so that the abrasive glove can be worn by hand. It has the characteristics of being flexible enough to be easily fitted and capable of powerful polishing.

Note that the present invention is not limited to the above-mentioned embodiments, and the design can be changed as appropriate. For example, the shape of the glove may be any shape as long as it is in the form of a bag that can be worn on the hand. The resin type, abrasive grain type, and particle size of the resinoid grindstone layer are appropriately selected from known ones depending on the purpose.

〔Effect of the invention〕

Since the present invention has the above-described configuration, it has the following excellent effects.

(a) A resinoid grinding stone layer of the same quality as the resinoid grinding wheel is formed on the surface of the material glove, and the resinoid grinding stone layer has cracks forcibly formed, so it has flexibility as a glove and abrasive power as a grindstone. Excellent.

(b) Since it is worn in the hand, there is no need to hold the abrasive material in the hand, and dishes can be washed efficiently by stroking the surface of the hand, the back of the hand, or the tip of the finger directly with the hand.

(C) It can be used not only for tableware, but also for polishing crafts and workpieces, and is different from polishing by holding a ready-made abrasive material by hand. be able to.

[Brief explanation of the drawing]

The drawings relate to embodiments of the present invention; FIG. 1 is a plan view of an abrasive glove showing the first embodiment, and FIG. 2 is taken along line A-A in FIG. 1.
3 is a side view of a processing tank showing the process of adhering a grindstone forming material to the surface of a raw glove; FIG. 4 is a side view of a cracking treatment device that forcibly forms cracks in the grindstone tank; FIG. The figure is a plan view of the abrasive glove showing the second embodiment, FIG. 6 is a perspective view of the material sheet for the abrasive glove shown in FIG. 5, and FIG. cross section,
FIG. 8 is a plan view of an abrasive glove showing the third embodiment, FIG. 9 is a sectional view taken along line B-B in FIG. 8, FIG. 10 is a plan view of an abrasive glove showing a fourth embodiment, and FIG. 11 10 is a sectional view taken along the line CC in FIG. 10, FIG. 12 is a plan view of the abrasive glove showing the fifth embodiment, and FIG. 13 is a partial sectional view of the abrasive glove shown in FIG. 12. DESCRIPTION OF SYMBOLS 1... Grinding gloves, 28... Material sheet, 2C... Material fiber, 3... Reinforcement layer, 4A... Grindstone forming material liquid, 5... Abrasive grains, 7... Processing tank, 2... Material glove, 2B... Mouth part, 2D... Sewing part, 4... Grindstone layer, 4B... Abrasive grain binding material layer, 6... Crack, 8...・Crab King processing equipment.

Claims (8)

[Claims] (1) An abrasive glove characterized in that a resinoid grindstone layer is formed on the surface of the material glove, and the resinoid grindstone layer is forcibly formed with countless fine cracks. (2) The abrasive glove according to item 1, wherein the resinoid abrasive layer is formed in the form of a plurality of grains scattered on the surface of the material glove. (3) The abrasive glove according to item 1, wherein the abrasive grains contained in the resinoid abrasive layer have different grain sizes depending on their formation position in the glove material. (4) A resinoid grinding wheel layer is formed on the surface of countless material fibers constituting the material sheet of a material glove formed from a material sheet selected from non-woven fabric, woven fabric, and knitted fabric, and the resinoid grinding wheel layer is forcibly formed into an infinite number of material fibers. Abrasive gloves characterized by the formation of microscopic cracks. (5) Form a hard abrasive bonding material layer on the surface of the material glove, adhere and fix countless abrasive grains to the hard abrasive bonding material layer, and create countless cracks in the hard abrasive bonding material layer. Abrasive gloves characterized by forming. (6) An abrasive glove characterized in that abrasive grain binding material layers are formed in a scattered manner on the surface of the material glove, and numerous abrasive grains are adhesively fixed to each of the abrasive grain binding material layers. (7) The raw glove is immersed in a resinoid whetstone forming material liquid mixed with abrasive grains, taken out, and the resinoid whetstone forming material is hardened to form a resinoid whetstone layer on the surface of the raw glove. A method for producing abrasive gloves characterized by subjecting a resinoid grindstone layer to a cracking process to form countless fine cracks, thereby restoring flexibility to the material glove and retaining abrasive power. (8) A material glove made of a material sheet made of material fibers is immersed in a resinoid grinding wheel forming material solution mixed with abrasive grains and taken out, and the material glove is formed by hardening the resinoid grinding stone forming material. A method for producing polished gloves, which comprises forming a resinoid grindstone layer on the surface of the material fibers, and forcibly subjecting the glove to a cracking treatment to form countless fine cracks in the resinoid grindstone layer on the surface of the material fibers.