CN113925616A - Medical finger cot for anorectal department - Google Patents

Abstract

The invention belongs to the technical field of medical instruments, and particularly relates to an anorectal medical finger cot which comprises a medicine holding part, a plugging part and finger sheathing parts; according to the invention, the medical finger sleeve is torn from one end of the sleeve finger part and then pulled outwards, so that the sleeve finger part is exposed out of the packaging bag, then the plug part is gripped by a hand, so that gas is gathered to one side of the free end of the sleeve finger part, so that the free end of the sleeve finger part is spread, then the free end of the sleeve finger part is jacked by the finger and poked into the medical finger sleeve, the medical finger sleeve is completely pulled out of the packaging bag, then the sleeve finger part is stroked to sleeve the medical finger sleeve on the finger, then the medicine is put into the dent part, then the sleeve finger part is stroked again, the gas in the medical finger sleeve is extruded, so that the gas is gathered to the medicine holding part, the medicine is clasped by the dent part under the action of the gas, then the sleeve finger part of the medical finger sleeve is pinched by the hand, then the medicine holding part and the plug part are plugged into the anus of a patient, and then the finger and the medical finger sleeve are pulled out.

Description

Medical finger cot for anorectal department

Technical Field

The invention belongs to the technical field of medical appliances, and particularly relates to an anorectal medical finger cot.

Background

The medical finger cot is used for protecting medical staff, can avoid infection, and can be used for examination in the aspects of rectum and the like, internal medicine filling of the anus and the like.

When current medical finger stall on market is used for anus internal medicine filling, the tight parcel of medical finger stall is on the finger, the head and the finger head of medical finger stall laminate completely, and then when having medical finger stall to carry out anus internal medicine filling at the finger head with the cover, disclose the medicine in the anus through the finger fingertip, but the medicine takes place the incline easily in the anus and breaks away from the fingertip of finger head, and then make the medicine can't continue to fill in inside, need to draw back and make behind the fingertip conflict medicine continue to fill in inside, its shape of different medicine is also different simultaneously, and then increased the degree of difficulty of different medicines of going up, because in patient's anus wound, the condition such as inflammation, and then make the patient painful intolerable when anus internal medicine filling.

Disclosure of Invention

In order to make up the defects of the prior art, the invention provides an anorectal medical finger cot. The invention mainly aims to solve the problems that in the process of plugging the medicine in the anus by the medical finger sleeve in the prior art, the medicine is easy to separate from the finger tip, so that the medicine can be plugged only after the finger tip collides with the medicine, and the medicine is plugged in the anus of a patient difficultly suffers from pain due to the fact that the finger is repeatedly pulled and poked.

The technical scheme adopted by the invention for solving the technical problems is as follows: the invention provides an anorectal medical finger cot, which comprises a medicine holding part, a plugging part and a finger sheathing part; one end of the plugging part is connected with the medicine holding part; the other end of the plugging part is connected with the finger sleeving part; a columnar structure with an internal cavity is formed among the medicine holding part, the plugging part and the finger sleeving part; the columnar structure is filled with gas; the end surface of the free end of the medicine holding part is provided with a sunken part sunken towards one side of the plugging part; the free ends of the finger sleeving parts can be folded in half to enter the cavities of the columnar structures and form a double-layer structure.

When the medical finger sleeve works, firstly, the independently packaged medical finger sleeve is torn from one end of the sleeve finger part, then the free end of the sleeve finger part is pinched by a hand to be pulled outwards, so that the sleeve finger part is exposed out of the packaging bag, then the stuffing part in the independent packaging bag is gripped by the hand, so that the gas in the medical finger sleeve is gathered to one side of the free end of the sleeve finger part, further the free end of the sleeve finger part is propped by the finger and poked into the medical finger sleeve, meanwhile, the force applied by the hand tightly grasping the stuffing part is gradually reduced, when the free end of the sleeve finger part just leads in, a double-layer structure is formed between the sleeve finger part and the sleeve finger part, along with continuous poking, the sleeve finger part enters the stuffing part and forms a double-layer structure with the stuffing part, because the sleeve finger part is gradually folded and wrapped on the finger in the process of nesting the finger, no friction resistance exists between the sleeve part and the finger, and only the mutual friction exists between the double-layer structures, further reducing the frictional resistance when the medical finger cot is sleeved with a finger, further facilitating the medical finger cot to be sleeved with the finger, then pinching the finger portion with the finger to completely pull the medical finger cot out of the packaging bag (the process avoids causing pollution of the inserting portion, and further avoids the affected part of the patient from being infected), then stroking the finger portion to sleeve the medical finger cot on the finger, then putting a medicine into the recessed portion, then stroking the finger portion again, further squeezing the gas in the medical finger cot to enable the gas to gather towards the medicine holding portion, further tightly holding the medicine under the action of the gas, then pinching the finger portion of the medical finger cot with the hand, then inserting the medicine holding portion and the inserting portion into the affected part of the anus of the patient, because the medicine is tightly held by the recessed portion, further avoiding that the medicine does not reach the affected part and then slips from the fingertip after being inserted from the anus of the patient, further avoiding the need of pulling back the finger and the finger cot together to enable the finger to find the medicine to continue to be inserted, the medicine is prevented from being repeatedly plugged until the medicine is delivered to the affected part due to the fact that the medicine is separated from the finger tips, the medicine can be loaded by plugging in the medicine at one time, the medicine plugging time is shortened, pain of a patient in the medicine plugging process is relieved, and then the fingers are pulled out and the medical finger sleeves are pulled out to be thrown into a garbage can; the medical finger sleeve can be made of polyethylene, polyurethane and other materials.

Preferably, the outer surface of the joint of the plugging part and the finger sleeving part is provided with a silica gel layer.

When the medical finger sleeve is in work, the silica gel layer is arranged on the outer surface of the joint of the plugging part and the sleeve finger part, when the sleeve finger part is sleeved with a finger, one part of the silica gel layer is contacted with the finger (a position in the figure), the other part of the silica gel layer is hooped outside the part of the silica gel layer contacted with the finger (b position in the figure), so that in the process that a medicine is plugged into an anus of a patient from the anus of the patient to hurt the position of the patient when the hand is pinched at the position of the silica gel layer, the friction force between the finger and the medical finger sleeve is increased by the silica gel layer, the finger sleeved in the sleeve finger part is prevented from continuously moving towards the plugging part before the medicine is plugged into the hurt, the medicine is prevented from being pushed out by the air extrusion sunken part before the medicine is plugged into the hurt, and the medicine can be further guaranteed to be plugged into the hurt at one time; simultaneously, fingers hold between the fingers on the silica gel layer, and then be convenient for smooth out the silica gel layer to the finger root and draw the portion of inserting and drag outwards after the medicine reaches the wounded position, and then make the space between portion of inserting and the cover finger portion reduce, and then make the gas pressure increase of holding medicine portion department, and then turn over the depressed part in gaseous effect, and then realize pushing out the medicine in the depressed part completely.

Preferably, the medicine holding portion, the inserting portion and the finger covering portion are formed integrally.

During operation, hold medicine portion, fill in portion and cover finger portion and make through integrated into one piece, and then the manufacturing of the medical finger stall of being convenient for, and then reduced the manufacturing cost of medical finger stall, guaranteed simultaneously that medical finger stall has good leakproofness to and tensile strength.

Preferably, the thickness of the medicine holding part is larger than that of the insertion part.

The during operation is greater than the thickness of portion of inserting into through the thickness setting of portion of holding with medicine, and then has increased the intensity of holding with medicine portion, and then embolias the finger at cover finger portion and hold medicine portion and insert into the in-process gas in patient's anus together with portion of inserting into can not turn over the depressed part ejecting, and then make hold medicine portion can be fine send the medicine to the wound and suffer from the disease department.

Preferably, the concave part is selected from different shapes according to the state of the medicine.

When the medicine injection device works, due to different reasons for causing the affected part of a patient to be injured, medicines prescribed by a doctor are different, the shapes of the medicines are different, the concave part can be set to be columnar, spherical, hemispherical and the like so as to adapt to the medicines in different states, the medicines are better plugged to the affected part, and pain of the patient in medicine injection due to the fact that the medicines are sequentially injected for multiple times is avoided; the columnar concave part (as shown in c in fig. 5) is suitable for the strip-shaped medicine, so that most of the medicine is ensured to be positioned in the concave part, the medicine is prevented from deflecting to be separated from finger tips when the medicine is plugged, the spherical concave part (as shown in d in fig. 5) is suitable for the powdered medicine and the thick medicine (ointment is smeared), the medicine is wrapped, the medicine is prevented from staying at a place which is not injured when the medicine is plugged, and the hemispherical concave part (as shown in e in fig. 5) is suitable for the pill-shaped medicine, so that the medicine is pushed out and cannot be wrapped in the concave part under the action of air.

Preferably, the diameter of the medicine holding part close to one side of the plugging part is larger than that of the free end of the medicine holding part.

The during operation, set to the diameter that is greater than holding medicine portion free end through the diameter that will hold medicine portion near filling in portion one side, and then at the in-process of anus stopper medicine, the free end diameter because of holding medicine portion is less, and then be propped open gradually at the in-process patient anus of filling in, and then be convenient for fill in of medical finger stall and finger, and then avoid patient's anus to be propped open directly and tear the inside and outside wound department of patient's anus, and then pain when reducing patient's anus stopper medicine, and then guarantee to send the smooth and easy of medicine process, it can be circular-arc structure (as shown in f in fig. 6) to hold medicine portion, also can be the taper structure (as shown in g in fig. 6).

Preferably, a protective layer is arranged on one side of the finger sleeving part, which is contacted with the finger head.

When the medical finger cot is in use, the fingernail is hard and easily stabs a patient in the process of medicine filling to the anus, so that the patient suffers from abnormal pain in the medicine filling process, the protective layer is arranged on one side, in which the finger-sleeving part is in contact with the head of a finger, of the medical finger cot, the fingernail firstly contacts the protective layer in the process of medicine filling to the anus, the head of the finger is soft, the fingernail is in soft contact with the anus of the patient in the process of contacting with the anus of the patient, the hard fingernail is prevented from being stabbed by the patient when the patient fills medicine to the anus, and pain of the patient in the medicine filling process is relieved; meanwhile, the protective layer prevents the finger of the finger from being punctured by the fingernail, so that gas leakage inside the medical finger sleeve is avoided, and the situation that the sunken part is turned outwards to push out the medicine due to the gas leakage is avoided.

Preferably, the use method of the medical finger cot comprises the following steps:

s1: removing the medical finger glove from the individual package;

s2: a finger props against the free end of the finger sleeving part and turns over the free end of the finger sleeving part to be plugged into the cavity of the medical finger sleeve;

s3: stroking the finger sleeving part to sleeve the medical finger sleeve on the finger;

s4: placing a medicament in the recess at the medicament holding portion;

s5: continuing to strok the finger sleeving part to enable the space between the finger sleeving part and the plugging part to be reduced, and then enabling the medicine to be tightly packed by the concave part under the action of air;

s6: then pinching the silica gel layer, and then inserting the medicine holding part into the anus of the patient;

s7: after the medicine holding part is plugged in place, the silica gel layer is stroked towards the root of a finger, so that the space between the finger sleeving part and the plugging part is further reduced, and the medicine is pushed out of the concave part under the action of gas;

s8: and after the medicine is pushed out, the fingers and the medical finger sleeves are pulled out.

When the medical finger sleeve is in operation, the independently packaged medical finger sleeve is torn from the package at one end of the sleeve finger part, the free end of the sleeve finger part is pinched by a hand to be pulled outwards, the medical finger sleeve is stopped to be pulled after the silica gel layer at the joint of the tucked part and the sleeve finger part is exposed, the tucked part in the independently packaged medical finger sleeve is gripped by the hand, so that the gas in the medical finger sleeve is gathered to the free end of the sleeve finger part, the free end of the sleeve finger part is propped open, the free end of the sleeve finger part is propped against the finger and is led into the medical finger sleeve, meanwhile, the force applied by the hand tightly holding the tucked part is gradually reduced, a double-layer structure is formed between the sleeve finger part and the free end of the sleeve finger part when the free end of the sleeve finger part is just led in, the sleeve finger part enters the tucked part along with the continuous poking-in, the sleeve finger part is gradually wrapped on the finger, and no friction resistance exists between the sleeve finger when the sleeve part and the finger, only be the looks friction between the bilayer structure, and then reduced the frictional resistance when medical finger stall embolias the finger, and then be convenient for medical finger stall embolias the finger, pinch set finger portion with the finger and pull out the wrapping bag completely with the medical finger stall, this process avoids causing the pollution of portion of stuffing, and then avoid the patient to hinder the affected part and be infected, it is on the finger to smooth out set finger portion with fingers immediately, make at this moment hold medicine portion and strut and do not extrude the depressed part, put into the medicine in the depressed part afterwards, smooth out set finger portion with the hand immediately, make the silica gel layer part of portion of stuffing and set finger portion junction surface contact with the finger, another part hoops outside the part silica gel layer that contacts with the finger, and then extrude the gas in the medical finger stall, make gas to hold medicine portion and assemble, and then hold the medicine tightly under the effect of depressed part, the finger stall finger portion of medical finger stall is pinched to the hand that moves immediately (the silicon of portion of stuffing and set finger portion junction surface is followed up with fingers portion Glue film), the affected part is wounded in will holding medicine portion and filling in patient's the anus afterwards, the medicine fills in to the back to the root of the finger and moves the silica gel layer after the fifty percent discount (fill in the silica gel layer of portion and cover finger portion junction surface), and then the cover finger portion further reduces with the space of filling in between the portion, and then push out the depressed part with the medicine under gaseous effect and accomplish and go up the medicine, then pull out the finger, pull out cover finger portion and pull out medical finger cover, and then overcome current medical finger cover and break away from finger tip department easily in sending the medicine process medicine.

The invention has the following beneficial effects:

1. in the invention, the independently packaged medical finger sleeve is torn from one end of the finger sleeve part, then the free end of the finger sleeve part is pinched by hands and pulled outwards, so that the finger sleeve part is exposed out of the packaging bag, then the plugging part in the independent packaging bag is gripped by hands, so that the gas in the medical finger sleeve is gathered to one side of the free end of the finger sleeve part, further the free end of the finger sleeve part is propped, then the free end of the finger sleeve part is propped by the fingers and inserted into the medical finger sleeve, meanwhile, the force applied by the hands tightly gripping the plugging part is gradually reduced, when the free end of the finger sleeve part is just inserted, a double-layer structure is formed between the finger sleeve parts, the finger sleeve part enters the plugging part along with continuous insertion, and forms a double-layer structure with the plugging part, because the finger sleeve part is gradually folded and wrapped on the fingers in the process of plugging, no friction resistance exists between the finger sleeve part and the fingers, and only the mutual friction exists between the double-layer structures, further reducing the frictional resistance when the medical finger cot is sleeved with a finger, further facilitating the medical finger cot to be sleeved with the finger, then pinching the finger portion with the finger to completely pull the medical finger cot out of the packaging bag (the process avoids causing pollution of the inserting portion, and further avoids the affected part of the patient from being infected), then stroking the finger portion to sleeve the medical finger cot on the finger, then putting a medicine into the recessed portion, then stroking the finger portion again, further squeezing the gas in the medical finger cot to enable the gas to gather towards the medicine holding portion, further tightly holding the medicine under the action of the gas, then pinching the finger portion of the medical finger cot with the hand, then inserting the medicine holding portion and the inserting portion into the affected part of the anus of the patient, because the medicine is tightly held by the recessed portion, further avoiding that the medicine does not reach the affected part and then slips from the fingertip after being inserted from the anus of the patient, further avoiding the need of pulling back the finger and the finger cot together to enable the finger to find the medicine to continue to be inserted, the medicine is prevented from being repeatedly plugged until the medicine is delivered to the affected part due to the fact that the medicine is separated from the finger tips, the medicine can be loaded by plugging in the medicine at one time, the medicine plugging time is shortened, pain of a patient in the medicine plugging process is relieved, and then the fingers are pulled out and the medical finger sleeves are pulled out to be thrown into a garbage can; the medical finger sleeve can be made of polyethylene, polyurethane and other materials.

2. According to the invention, the silica gel layer is arranged on the outer surface of the joint of the plugging part and the finger sleeving part, and when the finger sleeving part is sleeved with the finger, one part of the silica gel layer is contacted with the finger (a part in the figure), and the other part of the silica gel layer is hooped outside the part of the silica gel layer contacted with the finger (b part in the figure), so that in the process that the medicine is plugged into the affected part in the anus of the patient from the anus of the patient at the position where the hand is pinched on the silica gel layer, the friction force between the finger and the medical finger sleeve is increased by the silica gel layer, the finger sleeved in the finger sleeving part is prevented from continuously moving towards the plugging part before the medicine is plugged into the affected part, the medicine is prevented from being pushed out by the air extrusion depressed part before the medicine is plugged into the affected part, and the medicine can be further ensured to be plugged into the affected part at one time; simultaneously, fingers hold between the fingers on the silica gel layer, and then be convenient for smooth out the silica gel layer to the finger root and draw the portion of inserting and drag outwards after the medicine reaches the wounded position, and then make the space between portion of inserting and the cover finger portion reduce, and then make the gas pressure increase of holding medicine portion department, and then turn over the depressed part in gaseous effect, and then realize pushing out the medicine in the depressed part completely.

3. According to the invention, the thickness of the medicine holding part is set to be larger than that of the plugging part, so that the strength of the medicine holding part is increased, and further, in the process that the finger sleeving part sleeves the finger, the medicine holding part and the plugging part are plugged into the anus of a patient together, the sunken part cannot be outwards turned and ejected out by air, so that the medicine holding part can well deliver the medicine to the affected part.

4. According to the invention, because the affected part of the patient is injured by different reasons, the medicines prescribed by doctors are different, and the shapes of the medicines are different, the concave parts can be set into a column shape, a spherical shape, a hemispherical shape and the like so as to adapt to the medicines in different states, so that the medicines can be better packed into the affected part, and the pain of the patient in medicine application due to the fact that the medicines are sequentially loaded for multiple times can be avoided; the columnar concave part (as shown in c in fig. 5) is suitable for the strip-shaped medicine, so that most of the medicine is ensured to be positioned in the concave part, the medicine is prevented from deflecting to be separated from finger tips when the medicine is plugged, the spherical concave part (as shown in d in fig. 5) is suitable for the powdered medicine and the thick medicine (ointment is smeared), the medicine is wrapped, the medicine is prevented from staying at a place which is not injured when the medicine is plugged, and the hemispherical concave part (as shown in e in fig. 5) is suitable for the pill-shaped medicine, so that the medicine is pushed out and cannot be wrapped in the concave part under the action of air.

5. According to the invention, because the finger nail is hard, a patient is easily stabbed and painful in the process of medicine plugging to the anus, the patient is suffering from abnormal pain in the process of medicine plugging to the anus, the protective layer is arranged on one side of the finger sleeving part, which is in contact with the head of a finger, and then after the finger is sleeved in the medical finger sleeve, the finger nail is firstly contacted with the protective layer in the process of medicine plugging to the anus, so that the head of the finger is soft, and further in the process of contacting with the anus of the patient, the finger nail is in softer contact with the anus of the patient, so that the hard finger nail is prevented from being stabbed and painful when the patient plugs the medicine to the anus; meanwhile, the protective layer prevents the finger of the finger from being punctured by the fingernail, so that gas leakage inside the medical finger sleeve is avoided, and the situation that the sunken part is turned outwards to push out the medicine due to the gas leakage is avoided.

Drawings

The invention will be further explained with reference to the drawings.

FIG. 1 is a schematic illustration of a medical finger glove of the present invention fitted over a finger;

FIG. 2 is an enlarged view of a portion of FIG. 1 at A;

FIG. 3 is an enlarged view of a portion of FIG. 1 at B;

FIG. 4 is a schematic view of the overall construction of the medical finger glove of the present invention;

FIG. 5 is a schematic view of the structure of the recess in the present invention;

FIG. 6 is a schematic view of the structure of the drug holding portion of the present invention;

in the figure: medicine holding portion 1, depressed part 11, tucking in portion 2, cover finger portion 3, silica gel layer 4, inoxidizing coating 5.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

As shown in fig. 1 to 4, the anorectal medical finger sleeve comprises a medicine holding part 1, an inserting part 2 and a sleeve finger part 3; one end of the plugging part 2 is connected with the medicine holding part 1; the other end of the plugging part 2 is connected with the finger sleeving part 3; a columnar structure with an internal cavity is formed among the medicine holding part 1, the inserting part 2 and the finger sleeving part 3; the columnar structure is filled with gas; a concave part 11 which is concave towards one side of the plugging part 2 is arranged on the free end surface of the medicine holding part 1; the free end of the finger sleeving part 3 can be folded in half to enter the cavity of the columnar structure and form a double-layer structure.

When the medical finger sleeve is in work, firstly, the independently packaged medical finger sleeve is torn from one end of the sleeve finger part 3, then the free end of the sleeve finger part 3 is pinched by a hand to be pulled outwards, so that the sleeve finger part 3 is exposed out of a packaging bag, then the stuffing part 2 in the independent packaging bag is tightly held by the hand, so that the gas in the medical finger sleeve is gathered to one side of the free end of the sleeve finger part 3, further the free end of the sleeve finger part 3 is propped open, then the free end of the sleeve finger part 3 is propped against the free end of the sleeve finger part 3 and poked into the medical finger sleeve, meanwhile, the force applied by the hand tightly holding the stuffing part 2 is gradually reduced, the free end of the sleeve finger part 3 just leads to the sleeve finger part, a double-layer structure is formed between the sleeve finger parts 3, along with continuous poking, the sleeve finger part 3 enters the stuffing part 2 and forms a double-layer structure with the stuffing part 2, because the sleeve finger part 3 is gradually wrapped on the finger when the sleeve finger is turned over, no friction resistance exists between the sleeve and the finger when the sleeve and the finger are turned over, only the mutual friction between the double-layer structures exists, so that the frictional resistance when the medical finger sleeve is sleeved with a finger is reduced, the finger is conveniently sleeved with the medical finger sleeve, the sleeve finger part 3 is pinched by the finger to completely pull out the medical finger sleeve from a packaging bag (the pollution of the stuffing part 2 is avoided in the process, and the infection of the wounded part of the patient is avoided), then the sleeve finger part 3 is stroked to sleeve the medical finger sleeve on the finger, then the medicine is put into the concave part 11, then the sleeve finger part 3 is stroked again, and then the gas in the medical finger sleeve is squeezed to converge towards the medicine holding part 1, so that the medicine is tightly held by the concave part 11 under the action of the gas, then the sleeve finger part 3 of the medical finger sleeve is pinched by the hand, then the medicine holding part 1 and the stuffing part 2 are stuffed into the anus of the patient, because the medicine is tightly held by the concave part 11, the medicine is prevented from falling from the fingertip without reaching the wounded part after being stuffed in the anus of the patient, further, the situation that the finger tip and the finger sleeve are required to be drawn back together to enable the finger tip to find the medicine to be plugged continuously is avoided, further, the situation that the medicine is required to be plugged repeatedly until the medicine is delivered to an affected part due to the fact that the medicine is separated from the finger tip is avoided, further, the medicine can be loaded by plugging in once, further, the medicine plugging time is shortened, further, pain of a patient in the medicine plugging process is relieved, then the finger is drawn out, and the medical finger sleeve is pulled out and thrown into a garbage can; the medical finger sleeve can be made of polyethylene, polyurethane and other materials.

As shown in fig. 1, 3 and 4, a layer of silicone rubber 4 is disposed on the outer surface of the joint of the plug-in part 2 and the finger-covering part 3.

When the medical finger sleeve is in work, the silica gel layer 4 is arranged on the outer surface of the joint of the plugging part 2 and the sleeve finger part 3, when the sleeve finger part 3 sleeves a finger, one part of the silica gel layer 4 is in contact with the finger (a position in figure 3), the other part of the silica gel layer is hooped outside the part of the silica gel layer 4 in contact with the finger (b position in figure 3), and then in the process that medicine is plugged into an affected part in the anus of a patient from the anus of the patient at the position where the hand is pinched on the silica gel layer 4, the friction force between the finger and the medical finger sleeve is increased due to the silica gel layer 4, so that the medicine is prevented from continuously moving towards the plugging part 2 before the medicine is plugged into the affected part, and further the medicine is prevented from being pushed out by the air pressing the sunken part 11 before the medicine is plugged into the affected part, and further the medicine can be guaranteed to be plugged into the affected part at one time; simultaneously, fingers hold between the fingers on the silica gel layer 4, and then be convenient for strok out the silica gel layer 4 and draw the portion of inserting 2 outwards to drawing with inserting to the finger root after the medicine reaches the wounded position, and then make the space between portion of inserting 2 and the cover finger portion 3 reduce, and then make the gas pressure increase of holding medicine portion 1 department, and then the effect of gas is turning up depressed part 11, and then realize pushing out the medicine in the depressed part completely.

As shown in fig. 1 and 4, the medicine holding portion 1, the insertion portion 2, and the finger sheathing portion 3 are formed by integral molding.

During operation, hold medicine portion 1, fill in portion 2 and cover finger portion 3 and make through integrated into one piece, and then the manufacturing of the medical finger stall of being convenient for, and then reduced the manufacturing cost of medical finger stall, guaranteed simultaneously that medical finger stall has good leakproofness to and tensile strength.

As shown in fig. 1, 2, 4, 5 and 6, the thickness of the medicine holding portion 1 is larger than that of the insertion portion 2.

The during operation is greater than the thickness of portion of inserting 2 through the thickness setting that will hold medicine portion 1, and then has increased the intensity of holding medicine portion 1, and then embolias the finger at set finger portion 3 and hold medicine portion 1 and insert the in-process gas in the patient anus together with portion of inserting 2 and can not turn over sunken portion 11 ejecting, and then make hold medicine portion 1 can be fine send the medicine to the wound and suffer from the department.

As shown in fig. 5, the recess 11 is selected to have a different shape according to the state of the medicine.

When the device works, due to different reasons for causing the affected part of a patient to be injured, the medicines prescribed by a doctor are different, the shapes of the medicines are different, the concave part 11 can be arranged into a column shape, a spherical shape, a hemispherical shape and the like to adapt to the medicines in different states, so that the medicines can be better plugged into the affected part, and pain of the patient in medicine application due to the fact that the medicines are sequentially applied for multiple times is avoided; the columnar concave part 11 (shown as c in fig. 5) is suitable for strip-shaped medicines, so that most of the medicines are located in the concave part 11, the medicines are prevented from deflecting to be separated from finger tips when the medicines are plugged, the spherical concave part 11 (shown as d in fig. 5) is suitable for powdered medicines and thick medicines (ointment is applied), the medicines are wrapped, the medicines are prevented from staying at a place which is not injured when the medicines are plugged, and the hemispherical concave part 11 (shown as e in fig. 5) is suitable for pill-shaped medicines, so that the medicines are pushed out and cannot be wrapped in the concave part under the action of air.

As shown in fig. 1, fig. 2, fig. 4, fig. 5 and fig. 6, the diameter of the medicine holding part 1 near the plugging part 2 is larger than the diameter of the free end of the medicine holding part 1.

The during operation, set to be greater than the diameter of holding 1 free end of medicine portion through the diameter that will hold medicine portion 1 and be close to fill in portion 2 one side, and then at the in-process of anus stopper medicine, because of holding the free end diameter of medicine portion 1 less, and then be propped open gradually at the in-process patient anus of filling in, and then be convenient for fill in of medical finger stall and finger, and then avoid patient's anus to be propped open directly and tear the inside and outside wound part of patient's anus, and then reduce the pain when patient's anus stopper medicine, and then guarantee to send the smooth and easy of medicine process, hold medicine portion 1 and can be circular-arc structure (as shown in f in figure 6), also can be the taper structure (as shown in g in figure 6).

As shown in fig. 1, 2 and 4, a protective layer 5 is arranged on the side of the finger sleeving part 3 contacting with the finger head.

When the medical finger cot is in use, the fingernail is hard, a patient is easily stabbed and painful in the process of medicine filling to the anus, the patient is suffering from abnormal pain in the medicine filling process, the protective layer 5 is arranged on one side, in contact with the finger head, of the cot part 3, after the finger is sleeved into the medical finger cot, the fingernail firstly contacts the protective layer 5 in the medicine filling process to enable the finger head to be soft, in the contact process with the anus of the patient, the fingernail is in soft contact with the anus of the patient, the hard fingernail is prevented from being stabbed and painful when the patient fills the medicine to the anus, and pain of the patient in the medicine filling process is relieved; meanwhile, the protective layer 5 prevents the finger of the finger from being punctured by the fingernail, so that gas leakage inside the medical finger sleeve is avoided, and the situation that the sunken part 11 is outwards turned to push out the medicine due to the gas leakage is avoided.

As shown in fig. 1 to 4, the method for using the medical finger cot comprises the following steps:

s1: removing the medical finger glove from the individual package;

s2: a finger props against the free end of the finger sleeving part 3, and the free end of the finger sleeving part 3 is folded and plugged into the cavity of the medical finger sleeve;

s3: the finger sleeving part 3 is stroked to sleeve the medical finger sleeve on a finger;

s4: a medicine is put in the concave part 11 at the medicine holding part 1;

s5: continuing to strok the finger-covering parts 3 to reduce the space between the finger-covering parts 3 and the plugging part 2, and then inflating the medicine under the action of air to enable the medicine to be tightly packed by the concave parts 11;

s6: then the silica gel layer 4 is pinched, and then the medicine holding part 1 is plugged into the anus of the patient;

s7: after the medicine holding part 1 is plugged in place, the silica gel layer 4 is stroked towards the root of a finger, so that the space between the finger sleeving part 3 and the plugging part 2 is further reduced, and the medicine is pushed out of the concave part 11 under the action of gas;

s8: and after the medicine is pushed out, the fingers and the medical finger sleeves are pulled out.

When the medical finger stall works, the independently packaged medical finger stall is torn from the package at one end of the finger-stall portion 3, the free end of the finger-stall portion 3 is pinched by a hand to be pulled outwards, the medical finger stall stops being pulled after the silica gel layer 4 at the joint of the plug-in portion 2 and the finger-stall portion 3 is exposed, the plug-in portion 2 in the independent package is held tightly by the hand to enable gas inside the medical finger stall to gather to the free end of the finger-stall portion 3, the free end of the finger-stall portion 3 is propped open, the free end of the finger-stall portion 3 is propped against the free end of the finger-stall portion 3 and is led into the medical finger stall, meanwhile, the force applied by the hand tightly holding the plug-in portion 2 is gradually reduced, when the free end of the finger-stall portion 3 is just led into, a double-layer structure is formed by the finger-stall portion 3 entering the plug-in portion 2 and the plug-in portion 2, because the finger-stall portion 3 is gradually wrapped on the finger-stall portion in the process of the finger-stall portion, therefore, when the medical finger sleeve is sleeved, no frictional resistance exists between the medical finger sleeve and the finger, the medical finger sleeve only has a double-layer structure, so that the frictional resistance when the finger is sleeved by the medical finger sleeve is reduced, the finger is conveniently sleeved by the medical finger sleeve, the finger part 3 is pinched by the finger to completely pull the medical finger sleeve out of the packaging bag, the pollution of the plugging part 2 is avoided in the process, the infected part of the wounded part of a patient is avoided, then the finger sleeve part 3 is stroked to sleeve the medical finger on the finger, the medicine holding part 1 is propped open and does not extrude the depressed part 11, then the medicine is put into the depressed part 11, then the finger part 3 is stroked by the hand, a part of the silica gel layer 4 on the outer surface of the joint of the plugging part 2 and the finger part 3 is contacted with the finger, the other part is hooped outside the silica gel layer 4 contacted with the finger, and then the gas in the medical finger sleeve is extruded, so that the gas is gathered to the medicine holding part 1, and then the medicine is held tightly to depressed part 11 under gaseous effect, the finger stall is held between the fingers to the hand of moving the dactylotheca immediately and the cover finger portion 3 of medical finger stall is held (fill in the silica gel layer 4 of portion 2 and the 3 junction surface of cover finger portion), hurt the affected part in the anus of patient with holding medicine portion 1 afterwards, the silica gel layer 4 after the fifty percent discount is stroked to the finger root after the medicine is filled in the position (fill in the silica gel layer 4 of portion 2 and the 3 junction surface of cover finger portion, and then the space between cover finger portion 3 and the portion of filling in 2 further reduces, and then push out depressed part 11 with the medicine under gaseous effect and accomplish the medicine, then pull out the finger, pull out the medical finger stall 3 and pull out medical finger stall, and then overcome current medical finger stall and send the medicine to break away from finger tip department easily in the medicine process.

When the medical finger sleeve is in work, firstly, the independently packaged medical finger sleeve is torn from one end of the sleeve finger part 3, then the free end of the sleeve finger part 3 is pinched by a hand to be pulled outwards, so that the sleeve finger part 3 is exposed out of a packaging bag, then the stuffing part 2 in the independent packaging bag is tightly held by the hand, so that the gas in the medical finger sleeve is gathered to one side of the free end of the sleeve finger part 3, further the free end of the sleeve finger part 3 is propped open, then the free end of the sleeve finger part 3 is propped against the free end of the sleeve finger part 3 and poked into the medical finger sleeve, meanwhile, the force applied by the hand tightly holding the stuffing part 2 is gradually reduced, the free end of the sleeve finger part 3 just leads to the sleeve finger part, a double-layer structure is formed between the sleeve finger parts 3, along with continuous poking, the sleeve finger part 3 enters the stuffing part 2 and forms a double-layer structure with the stuffing part 2, because the sleeve finger part 3 is gradually wrapped on the finger when the sleeve finger is turned over, no friction resistance exists between the sleeve and the finger when the sleeve and the finger are turned over, only the mutual friction between the double-layer structures exists, so that the frictional resistance when the medical finger sleeve is sleeved with a finger is reduced, the finger is conveniently sleeved with the medical finger sleeve, the sleeve finger part 3 is pinched by the finger to completely pull out the medical finger sleeve from a packaging bag (the pollution of the stuffing part 2 is avoided in the process, and the infection of the wounded part of the patient is avoided), then the sleeve finger part 3 is stroked to sleeve the medical finger sleeve on the finger, then the medicine is put into the concave part 11, then the sleeve finger part 3 is stroked again, and then the gas in the medical finger sleeve is squeezed to converge towards the medicine holding part 1, so that the medicine is tightly held by the concave part 11 under the action of the gas, then the sleeve finger part 3 of the medical finger sleeve is pinched by the hand, then the medicine holding part 1 and the stuffing part 2 are stuffed into the anus of the patient, because the medicine is tightly held by the concave part 11, the medicine is prevented from falling from the fingertip without reaching the wounded part after being stuffed in the anus of the patient, further, the situation that the finger tip and the finger sleeve are required to be drawn back together to enable the finger tip to find the medicine to be plugged continuously is avoided, further, the situation that the medicine is required to be plugged repeatedly until the medicine is delivered to an affected part due to the fact that the medicine is separated from the finger tip is avoided, further, the medicine can be loaded by plugging in once, further, the medicine plugging time is shortened, further, pain of a patient in the medicine plugging process is relieved, then the finger is drawn out, and the medical finger sleeve is pulled out and thrown into a garbage can; the medical finger sleeve can be made of polyethylene, polyurethane and other materials.

While the present invention has been described with reference to the embodiments shown in the drawings, the present invention is not limited to the embodiments, which are illustrative and not restrictive, and it will be apparent to those skilled in the art that various changes and modifications can be made therein without departing from the spirit and scope of the invention as defined in the appended claims.

Claims (8)

1. The utility model provides an anorectal department medical finger stall which characterized in that: comprises a medicine holding part (1), a plugging part (2) and a finger sleeving part (3); one end of the plugging part (2) is connected with the medicine holding part (1); the other end of the plugging part (2) is connected with the finger sleeving part (3); a columnar structure with an internal cavity is formed among the medicine holding part (1), the plugging part (2) and the finger sleeving part (3); the columnar structure is filled with gas; a sunken part (11) which is sunken towards one side of the plugging part (2) is arranged on the free end surface of the medicine holding part (1); the free end of the finger sleeving part (3) can be folded in half to enter the cavity of the columnar structure and form a double-layer structure.

2. The anorectal medical finger stall of claim 1, wherein the finger stall comprises: the outer surface of the joint of the plug-in part (2) and the finger-covering part (3) is provided with a silica gel layer (4).

3. The anorectal medical finger stall of claim 2, wherein: the medicine holding part (1), the plugging part (2) and the finger sleeving part (3) are manufactured through integral forming.

4. The anorectal medical finger stall of claim 3, wherein the finger stall comprises: the thickness of the medicine holding part (1) is larger than that of the plugging part (2).

5. The anorectal medical finger stall of claim 4, wherein the finger stall comprises: the concave parts (11) with different shapes are selected according to the state of the used medicine.

6. The anorectal medical finger stall of claim 5, wherein the finger stall comprises: the diameter of the medicine holding part (1) close to one side of the plugging part (2) is larger than that of the free end of the medicine holding part (1).

7. The anorectal medical finger stall of claim 6, wherein the finger stall comprises: one side of the finger sleeving part (3) contacted with the finger head is provided with a protective layer (5).

8. The anorectal medical finger stall of any one of claims 1 to 7, wherein: the use method of the medical finger cot comprises the following steps:

s1: removing the medical finger glove from the individual package;

s2: a finger props against the free end of the finger sleeving part (3) and turns over the free end of the finger sleeving part (3) and plugs the free end into the cavity of the medical finger sleeve;

s3: the finger sleeving part (3) is stroked to sleeve the medical finger sleeve on a finger;

s4: placing a medicament in the recess (11) at the medicament holding portion (1);

s5: continuing to strok the finger sleeving part (3) to enable the space between the finger sleeving part (3) and the plugging part (2) to be reduced, and then inflating under the action of air to enable the medicine to be tightly packed by the concave part (11);

s6: then the silica gel layer (4) is pinched, and then the medicine holding part (1) is plugged into the anus of the patient;

s7: after the medicine holding part (1) is plugged in place, the silica gel layer (4) is stroked towards the root of a finger, so that the space between the finger sleeving part (3) and the plugging part (2) is further reduced, and the medicine is pushed out of the concave part (11) under the action of gas;

s8: and after the medicine is pushed out, the fingers and the medical finger sleeves are pulled out.

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