CN212817619U

CN212817619U - Finger stall

Info

Publication number: CN212817619U
Application number: CN202020706977.6U
Authority: CN
Inventors: 卓晓兵
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-04-30
Filing date: 2020-04-30
Publication date: 2021-03-30
Anticipated expiration: 2030-04-30

Abstract

The utility model provides a fingerstall, includes medicine support, overburden and has the fingerstall body of through-hole I, has seted up through-hole II on the medicine support, and the medicine support sets up at fingerstall body or overburden, and through-hole I is corresponding with II positions of through-hole, and the overburden is corresponding with the medicine support. In the utility model, the retention time of ointment, liquid medicine or essential oil on the treatment of onychomycosis, clavus and the like can be prolonged; the use is simple, the appearance is strong, and a patient can be wet during the medication period; in addition, the liquid medicine can be prevented from corroding the skin around the diseased nail.

Description

Finger stall

Technical Field

The utility model relates to an auxiliary device field, concretely relates to dactylotheca.

Background

The fingers or feet of the human body usually produce calluses, corns, onychomycosis and the like due to work, friction, injury, fungal and bacterial infection and the like.

Corns are a localized, conical, cuticular thickening skin lesion of foot skin formed by long-term rubbing or squeezing. The main treatment means of the corn is laser removal treatment or direct external application of corn ointment and the like, but the ointment is easy to volatilize when the corn ointment is directly applied externally, the effective action time of the medicine is short, the medicine effect is difficult to exert, and the corn is difficult to be cured radically.

Onychomycosis is a disease caused by invasion of trichophyton rubrum, trichophyton mentagrophytes, epidermophyton floccosum and other dermatophytes on the nail plate, and has strong infectivity. The main treatment means of the onychomycosis comprise surgical nail removal, internal medicine taking and external therapy, wherein the external therapy is easy to accept by patients due to no bleeding to form a wound surface and low side effect, and is the most extensive way for treating the onychomycosis. The agents for external use include sprays, liquids, creams, etc., which have a good effect of killing ringworm, but the dense structure of the nail itself makes it difficult for external use to permeate. The liquid medicament has strong diffusion capacity and is beneficial to the penetration of the medicament, but the liquid medicament is easily volatilized on the affected nails, and the effective action time of the medicament is short and the medicament effect is difficult to exert only by coating the medicament, so that the repeated attack of the onychomycosis is easily caused. Therefore, it is necessary to prolong the residence time of the liquid medicine on the nail to obtain a better therapeutic effect.

Existing methods for extending the residence time of medical fluids on the nail typically include the steps of: 1. firstly, fixing a circle of rubber adhesive tape around the nail; 2. rubbing the ring-shaped medicine holder with an adhesive tape; 3. fixing the medicine support around the diseased nail; 4. loading the ointment into the medicine support; 5. sealing the medicine support with adhesive tape from left to right; 6. covering the medicine holder to the finger abdomen position from top to bottom by using an adhesive tape; 7. and then the adhesive tape is used for fixing a circle around the fingertip to prevent the medicine holder from falling off. 9. Finally, the whole diseased nail is wrapped. The above method has the following disadvantages: 1. the steps are complex, tedious, time-consuming and labor-consuming; 2. the finger stall body wrapped by the adhesive tape is too thick, so that the appearance is influenced, and if the diseased nails are toenails, the foot is extruded by the shoes to be painful when the shoes are worn due to the fact that the diseased nails are wrapped by the adhesive tape; 3. the patients can not be wetted during the medication period; 4. the medicine support twisted by the adhesive tape has poor fixation, and once the medicine support is displaced, the medicine liquid can corrode the skin around the diseased nail.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a finger stall which can not only prolong the retention time of ointment, medicine cream, liquid medicine or essential oil for treating onychomycosis, helosis and the like; the use is simple, the appearance is strong, and a patient can be wet during the medication period; in addition, the liquid medicine can be prevented from corroding the skin around the diseased nail or corn.

The utility model aims at realizing like this, a dactylotheca, including medicine support, overburden and the dactylotheca body that has through-hole I, seted up through-hole II on the medicine support, the medicine support sets up at dactylotheca body internal surface or surface, and through-hole I is corresponding with II positions of through-hole, and the overburden is corresponding with the medicine support.

When the finger stall is used, the finger stall body is worn on fingers or toes, the positions of the through hole I and the through hole II correspond to the positions of a diseased nail or a corn, and the like, then ointment, medicinal cream, medicinal liquid or essential oil for treating onychomycosis, corn and the like is placed in the medicinal support, and finally the covering layer covers the ointment, the medicinal cream, the medicinal liquid or the essential oil in the medicinal support.

The covering layer covers the medicine support, so that the ointment, the medicine cream, the liquid medicine or the essential oil in the medicine support can be sealed, the retention time of the ointment, the medicine cream, the liquid medicine or the essential oil on treatment of onychomycosis, helosis and the like is prolonged, and a patient can be wet during the use of the medicine, for example, the patient can wash hands, feet, bathe and the like during the use of the medicine; the covering layer and the finger stall body are made of thin and soft latex and silica gel, so that the appearance is strong; in addition, because the medicine support sets up at dactylotheca body internal surface or surface, consequently can avoid producing the displacement between medicine support and dactylotheca body or the finger during the use of medicine to avoid the liquid medicine to corrode the skin around the disease first. The covering layer and the finger sleeve body can be made of air-permeable materials or non-air-permeable materials, such as air-permeable or air-impermeable latex, silica gel or rubber and the like.

By adopting the technical scheme, the retention time of the ointment, the medicinal cream, the liquid medicine or the essential oil on the treatment of onychomycosis, helosis and the like can be prolonged; the use is simple, the appearance is strong, and a patient can be wet during the medication period; in addition, the aims of preventing the liquid medicine from corroding the skin around the diseased nail and recycling the covering layer and the finger sleeve body can be fulfilled.

Drawings

The drawings of the utility model are as follows:

FIG. 1 is a schematic view of the finger cot of the present invention worn on a finger for treating onychomycosis;

FIG. 2 is a schematic view showing a state of the finger cot during the treatment of onychomycosis;

FIG. 3 is a schematic view of the finger cot of the present invention worn on a finger for treating clavus;

FIG. 4 is a schematic view of the fingerstall of the present invention in the process of treating corns;

fig. 5 is a schematic view of the medicine holder of the finger cot of the present invention.

In the figure: 1. a medicine support; 2. a cover layer; 3. a through hole I; 4. a finger stall body; 5. a through hole II; 6. and a protective layer.

Detailed Description

The invention will be further explained with reference to the following figures and examples:

as shown in figures 1 and 5, the finger stall comprises a medicine support 1, a covering layer 2 and a finger stall body 4 with a through hole I3, wherein the medicine support 1 is provided with a through hole II 5, the medicine support 1 is arranged on the inner surface or the outer surface of the finger stall body 4, the through hole I3 corresponds to the through hole II 5, and the covering layer 2 corresponds to the medicine support 1.

When the finger stall is used, the finger stall body 4 is worn on fingers or toes, the positions of the through holes I3 and the through holes II 5 correspond to the positions of diseased nails or corns, ointment, medicine cream, medicine liquid or essential oil for treating onychomycosis, corns and the like are placed in the medicine support 1, and finally the cover layer 2 covers the ointment, the medicine cream, the medicine liquid or the essential oil in the medicine support 1.

Because the covering layer 2 covers the medicine support 1, the ointment, the medicine cream, the liquid medicine or the essential oil in the medicine support 1 can be sealed, so that the retention time of the ointment, the medicine cream, the liquid medicine or the essential oil on the treatment of onychomycosis, helosis and the like is prolonged, and a patient can be wet during the use of the medicine, for example, the patient can wash hands, feet, bathe and the like during the use of the medicine; the covering layer 2 and the finger stall body 4 are both made of thin and soft latex silica gel materials, and therefore the beauty is strong; in addition, because the medicine support 1 is arranged on the inner surface or the outer surface of the finger sleeve body 4, the medicine support 1 and the finger sleeve body 4 or fingers can be prevented from displacement during medication, and thus, the medicine liquid is prevented from corroding the skin around the diseased nail. The covering layer and the finger sleeve body can be made of air-permeable materials or non-air-permeable materials, such as air-permeable or air-impermeable latex, silica gel or rubber and the like.

The covering layer 2 corresponds to the medicine support 1, and means that before the medicine is taken, the covering layer 2 can not cover the through hole II 5 of the medicine support 1, and after the medicine is taken, the covering layer 2 can cover the ointment, the medicine cream, the liquid medicine or the essential oil and the like in the through hole II 5 of the medicine support 1.

Furthermore, one side or two sides of the medicine support 1 are provided with viscosity, and the medicine support 1 is adhered on the finger sleeve body 4 or/and the covering layer 2. The two sides of the medicine support 1 are provided with viscosity, and the medicine support 1 is better prevented from relative displacement with the fingernails, the finger sleeve bodies 4 or/and the covering layer 2 compared with the medicine support 1, so that the diseases of the onychomycosis, the corns and the like can be better treated accurately by ensuring the ointment, the medicine cream, the medicine liquid or the essential oil in the medicine support 1. The advantage that the medicine support 1 is bonded on the finger stall body 4 or/and the covering layer 2 is that the medicine support 1 can be replaced, thereby achieving the purpose of reusing the finger stall body 4 and the covering layer 2. In this embodiment, as shown in fig. 1, the two sides of the drug support 1 are both sticky, the drug support 1 is adhered on the inner surface of the finger cot body 4, before the drug is taken, the through hole i 3 of the finger cot body 4 is not covered by the covering layer 2, after the drug is taken, the through hole i 3 of the finger cot body 4 is covered by the covering layer 2, so that the ointment, the drug cream, the drug liquid or the essential oil and the like in the drug support are covered. In another embodiment, both surfaces of the medicine support 1 are sticky, the medicine support 1 is adhered to the outer surface of the finger sleeve body 4, the covering layer 2 does not cover the through hole II 5 of the medicine support 1 before administration, and the covering layer 2 covers the through hole II 5 of the medicine support 1 after administration so as to cover ointment, medicinal cream, medicinal liquid or essential oil and the like in the medicine support. In another embodiment, the drug holder 1 has adhesive on both sides, the drug holder 1 is adhered to the cover layer 2, and the through hole I3 corresponds to the through hole II 5. Before using medicine, the patient wears the fingerstall body 4 with the through hole I3, the through hole I3 corresponds to the diseased part such as the diseased nail or the corn, then the medicine support 1 is filled with ointment, medicine cream, medicine liquid or essential oil, finally the covering layer 2 bonded with the medicine support 1 is covered on the fingerstall body 4, the through hole I3 corresponds to the through hole II 5, therefore, the medicine support 1 is filled with the ointment, the medicine cream, the medicine liquid or the essential oil and can be used for treating the diseased part such as the diseased nail or the corn. In addition, one side or two sides of the medicine support 1 can be sticky among the medicine support 1, the finger stall body 4 and the covering layer 2, and the medicine support 1 is adhered to the finger stall body 4 or/and the covering layer 2 in other combination modes. In other embodiments, the medicine holder 1 can also be fixed on the inner surface, the outer surface or/and the covering layer 2 of the finger sleeve body 4 by means of inlaying fixation, integral arrangement and the like.

Furthermore, a protective layer 6 is adhered to the inner surface of the covering layer 2 at the position corresponding to the through hole I3. The protective layer 6 has the effects that the ointment, the medicinal cream, the liquid medicine or the essential oil in the medicinal support 1 is sealed in a shading mode, so that the volatilization time of the ointment, the medicinal cream, the liquid medicine or the essential oil is further prolonged while the effect of the ointment, the medicinal cream, the liquid medicine or the essential oil is prevented from being influenced by light; secondly, the phenomenon that the ointment, the medicinal cream, the liquid medicine or the essential oil and the like are adhered to the covering layer 2 to influence the service life of the covering layer 2 is avoided; and the protective layer is made of soft material, and can play a role in buffering and protecting the periphery of the diseased nail and the corn when the diseased nail and the corn are collided. The protective layer 6 is adhered to the inner surface of the covering layer 2, so that the protective layer 6 can be replaced, and the purpose of reusing the finger sleeve body 4 and the covering layer 2 is achieved. The drug support 1 can be directly adhered to the covering layer 2 when being arranged on the covering layer 2, or the drug support 1 can be adhered to the protective layer 6, and the protective layer 6 is adhered to the covering layer 2, so that the drug support 1 is arranged on the covering layer 2.

Further, as shown in fig. 1 and 2, the covering layer 2 is a finger cap wrapping the finger stall body 4. In the present embodiment, the covering layer 2 is a finger cap that wraps the finger cuff body 4 and is fixed to the open end portion of the finger cuff body 4. When the diseased nail appears, during the use, overburden 2 does not wrap up earlier and live fingerstall body 4, wears fingerstall body 4 on the finger, and the position of through-hole I3 and through-hole II 5 is corresponding with the diseased nail position, then will be used for the medical ointment, medicine cream, liquid medicine or the essential oil of treatment diseased nail to arrange in medicine support 1, thereby it covers the ointment, medicine cream, liquid medicine or the essential oil in the medicine support 1 to overturn overburden 2 around the fingertip at last and make overburden 2 wrap up and live fingerstall body 4. The finger cover wrapping finger cover body 4 can be completely wrapped or partially wrapped to cover the through hole I3.

Further, as shown in fig. 3 and 4, the finger stall body 4 and the covering layer 2 are both sleeve-shaped, the covering layer 2 is sleeved on the outer surface of the finger stall body 4, and the inner surface of the covering layer 2 is fixedly connected with the outer surface of the finger stall body 4. 2 internal surfaces of overburden and 4 surface part fixed connection of dactylotheca body mean 2 internal surfaces of overburden and 4 surfaces of dactylotheca body through cohering or fixed mode parts such as integration are together fixed, 2 internal surfaces of overburden and 4 surfaces of dactylotheca body are not together fixed completely, overburden 2 can move from II 5 positions of through-hole, can cover at through-hole II 5 again, in this embodiment, because overburden 2 and dactylotheca body 4 all are thin soft elastic latex silica gel material, the cover is established and is overturn on the dactylotheca body 4 can be followed to overburden 2 of 4 surfaces of dactylotheca body. If the belly position of the finger is long with a clavus, in order to avoid the finger tip position to be covered by the finger sleeve body 4 or the covering layer 2, the finger sleeve body 4 and the covering layer 2 which are both sleeve-shaped can be selected. When the medical finger stall is used, the covering layer 2 is turned over to be not sleeved on the outer surface of the finger stall body 4, the sleeve-shaped finger stall body 4 is worn on a finger, the positions of the through hole I3 and the through hole II 5 correspond to the positions of corns, ointment, medicinal cream, medicinal liquid or essential oil for treating the corns is placed in the medicinal support 1, and finally the covering layer 2 is turned around the fingertips to enable the covering layer 2 to be sleeved on the outer surface of the finger stall body 4 to cover the ointment, the medicinal cream, the medicinal liquid or the essential oil in the medicinal support 1.

Further, the inner diameter of the drug holder 1 is 0.8cm-2.2 cm. In this example, the inner diameter of the receptacle 1 is 1.5 cm; in another embodiment, the inner diameter of the receptacle 1 is other sizes from 0.8cm to 2.2 cm. As the sizes of the diseased nails are various, the inner diameter of the medicine holder 1 can be selected according to the sizes of the diseased nails, so that the diseased nails with different sizes are provided with the proper medicine holder 1.

Further, the outer diameter of the drug holder 1 is 1.4cm-3.0 cm. In this example, the outer diameter of the receptacle 1 is 2.2 cm; in another embodiment, the outer diameter of the receptacle 1 is other sizes from 1.4cm to 3.0 cm. The outer diameter undersize of the medicine support 1 can cause the inner diameter undersize of the medicine support 1 under the condition that the medicine support 1 can be bonded on the inner surface or the outer surface of the finger sleeve body 4, and the activity of fingers or toes wearing the finger sleeve is easily influenced by the oversize medicine support 1.

Further, the thickness of the drug holder 1 is 0.1cm-0.4 cm. In this example, the thickness of the receptacle 1 is 0.25 cm; in another embodiment, the thickness of the receptacle 1 is other dimensions from 0.1cm to 0.4 cm. The thickness of the medicine support 1 is too thin, so that the medicine support 1 can contain less medicine, and the medicine feeding frequency of a patient is increased. The too thick thickness of the medicine support 1 can cause the thickness of the finger stall to increase and destroy the aesthetic degree of the finger stall.

Further, the inner diameter of the finger sleeve body 4 or/and the covering layer 2 is 1cm-2.5 cm. In the embodiment, the inner diameter of the finger sleeve body 4 or/and the covering layer 2 is 1.25 cm; the inner diameter of the finger cuff body 4 or/and the cover layer 2 is other sizes in the range of 1cm-2.5 cm. The inner diameter of the finger sleeve body 4 or/and the covering layer 2 is 1cm-2.5cm, so that the finger sleeve can be worn on fingers or toes with different sizes conveniently.

Further, the thickness of the finger sleeve body 4 or/and the covering layer 2 is 0.05cm-0.25 cm. In the embodiment, the thickness of the finger sleeve body 4 or/and the covering layer 2 is 0.15 cm; the thickness of the finger cuff body 4 or/and the cover layer 2 is other dimensions in the range of 0.05cm to 0.25 cm. The advantage that the thickness of the finger sleeve body 4 or/and the covering layer 2 is 0.05cm-0.25cm is that the finger sleeve body 4 or/and the covering layer 2 is prevented from being too thin and easily broken and damaged; secondly, the influence of the over-thickness of the finger sleeve body 4 or/and the covering layer 2 on the movement of the finger or the toe of the user wearing the finger sleeve and the beauty of the finger sleeve is avoided.

Further, the length of the finger sleeve body 4 or/and the covering layer 2 is 2.5cm-4.5 cm. In the embodiment, the length of the finger sleeve body 4 or/and the covering layer 2 is 3 cm; the length of the finger cuff body 4 or/and the cover layer 2 is other sizes from 2.5cm to 4.5 cm. The advantage of having a length of the finger cuff body 4 or/and the cover layer 2 of 2.5cm to 4.5cm is that the finger cuff can be selected for fingers or toes of different lengths.

Claims

1. A finger stall is characterized in that: including medicine support (1), overburden (2) and dactylotheca body (4) that have through-hole I (3), seted up through-hole II (5) on medicine support (1), medicine support (1) sets up on dactylotheca body (4) or/and overburden (2), and through-hole I (3) and through-hole II (5) position are corresponding, and overburden (2) are corresponding with medicine support (1).

2. The finger cuff of claim 1, wherein: one side or two sides of the medicine support (1) are provided with viscosity, and the medicine support (1) is adhered on the finger sleeve body (4) or/and the covering layer (2).

3. The finger cot according to claim 1 or 2, wherein: the inner surface of the covering layer (2) is adhered with a protective layer (6) at the position corresponding to the through hole I (3).

4. The finger cot according to claim 1 or 2, wherein: the covering layer (2) is a finger cap wrapping the finger sleeve body (4).

5. The finger cuff of claim 3, wherein: the covering layer (2) is a finger cap wrapping the finger sleeve body (4).

6. The finger cot according to claim 1 or 2, wherein: the fingerstall body (4) and the covering layer (2) are both sleeve-shaped, the covering layer (2) is sleeved on the outer surface of the fingerstall body (4), and the inner surface of the covering layer (2) is fixedly connected with the outer surface of the fingerstall body (4).

7. The finger cuff of claim 3, wherein: the fingerstall body (4) and the covering layer (2) are both sleeve-shaped, the covering layer (2) is sleeved on the outer surface of the fingerstall body (4), and the inner surface of the covering layer (2) is fixedly connected with the outer surface of the fingerstall body (4).

8. The finger cuff of claim 1, 2, 5 or 7, wherein: the inner diameter of the medicine support is 0.8cm-2.2 cm.

9. The finger cuff of claim 1, 2, 5 or 7, wherein: the outer diameter of the medicine support is 1.4cm-3.0 cm.

10. The finger cuff of claim 1, 2, 5 or 7, wherein: the thickness of the medicine support is 0.1cm-0.4 cm.