JP2010142577A - Heating device and heating method for sperm collecting device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To securely prevent leak of lotion in a core member of a sperm collecting device using a heating device when the core member is heated, and to prevent a main part of the heating device which cannot be washed from being contaminated with lotion. <P>SOLUTION: The heating device includes a heating device body 55 having a projected heating member 56 projected on one surface of a base seat 51, and a recessed sperm collecting device supporting surface 57 provided on a base seat surface, an electric heating unit 60 to heat the projected heating member, an inner cover 70 having a rod-shaped projection part 71 to receive heat transmission as the projected heating member is engaged in it from one end opening, and a recessed flange part 73 extended like a flange from the one end opening side of the rod-shaped projection part to cover the sperm collecting device supporting surface, and an outer cover 80 to cover the sperm collecting device as one end surface of the core member is engaged in the recessed part of the flange part, with the rod-shaped projection part engaged with the projected heating member inside inserted from an insertion opening of the core member into an insertion cavity. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention is an addition of a sperm collector that has been used in the past based on requests for medical research, treatment, and social demands such as prevention of sex crime, prevention of prostitution, and the spread of sexually transmitted diseases. With regard to warming equipment, particularly in winter, in an environment where the outside air temperature is significantly lower than the body temperature, such as in a cold region, a heating tool that can increase the internal temperature of the sperm collector to a temperature close to the body temperature and enhance the feeling of use, and It relates to a heating method.

Various sperm collectors for collecting male sperm have been proposed for medical research and therapeutic needs. For example, medical needs such as examining husband's sexual function from sperm collected to investigate the cause of infertility between couples, treating sexual dysfunction, securing sperm for artificial insemination, etc. A sperm collector is used for this purpose. Furthermore, in order to satisfy various social needs such as prevention of sex crimes by eliminating personal sexual desires, prevention of prostitution, and reduction in the number of persons infected with sexually transmitted diseases, they must be obtained at low cost. In addition, since it is a disposable type, there is known a simple sperm collector that does not cause any health and health problems.
Recently, attention has been focused on the need for sexual desire processing not only for healthy people but also for elderly and disabled people in various nursing and nursing facilities. Development is required.
For example, in Utility Model Registration No. 3076627, a cylindrical container body is provided with an interior material made of a gel-like synthetic resin (styrene-based thermoplastic elastomer) having a deep recessed space inside, and the inner surface of the interior material Has proposed a sperm extractor provided with a plurality of small protrusions projecting into the recess space and a bowl-shaped portion and provided with an exterior material made of urethane resin so as to cover the periphery of the interior material. This sperm collector has a container body in a state where a penis is inserted into a recessed space of a gel-like synthetic resin interior material housed in a container body made of a plastic cylindrical body having a required hardness and thickness. It is configured to perform a reciprocating operation for gripping and rubbing a penis.
Further, the applicant of the present invention disclosed in WO 2006/132125, JP 2006-334176 A, JP 2006-340870 A, and JP 2006-340871 A sperm collector in which a core member made of a gel-like resin is accommodated in a container body. Proposed.

However, since the core member made of gel resin has an internal temperature equivalent to the outside air temperature, when the outside air temperature is low, the internal temperature of the core member is particularly 15 to 20 ° C. with respect to the body temperature of the user. If it is lower than the above, the sense of incongruity and discomfort caused by the body temperature being deprived when the penis is inserted becomes strong, resulting in a problem that the feeling of use deteriorates and the penis shrinks.
In order to solve such a problem, a sperm collector, particularly a core member, may be heated from the outside to be close to the body temperature using a heater, but no optimum dedicated heater has been developed so far. Heating by immersing in hot water before use or heating with an infrared heater or microwave oven is also carried out, but it keeps warming because it overheats and becomes hot, or heat decreases during use There was a problem above.
As described above, the sperm collector has a configuration in which the core member is fixed in the resin container body having low thermal conductivity, and thus the inside of the core member is heated to an appropriate temperature by heating from the outside of the container body. It was not easy. In addition, in such a heating method, it takes a long time for heating, or there is a situation that may cause a safety problem due to overheating.
Utility model registration No. 3076627 WO2006 / 132125 JP 2006-334176 A JP 2006-340870 A JP 2006-340871 A

As described above, in a sperm collector of a type in which a core member made of a gel-like resin is accommodated in a plastic container and sealed with a cap, the core member internal temperature decreases as the outside air temperature decreases. As a result, a significant temperature difference is caused between the body temperature of the person and the user's sense of incongruity due to deprivation of the body temperature when the penis is inserted, and the feeling of use deteriorates and the penis atrophy. Although it is possible to heat from the outside, there are problems such as overheating and poor heat retention.
The present invention has been made in view of the above, and in a sperm collector of the type in which a gel-like resin core member is accommodated in a plastic container and sealed with a cap, the core member is concentrated from the inside and proper. Provided is a sperm collector warming tool and a warming method capable of maintaining a good feeling of use by warming to a temperature in a short time and safely raising the temperature to a temperature close to body temperature. The purpose is that.
Further, it is possible to reliably prevent the lotion inside the core member from leaking out during the heating of the core member using the heating tool, and to prevent the main part of the heating tool that cannot be cleaned from being soiled by the lotion. It has other purposes.

In order to achieve the above object, a warming device for a sperm collector according to the first aspect of the present invention adds an inside of an insertion port of a sperm collector having at least a hollow core member having an insertion port on one axial end surface. A heating device for heating, comprising a base pedestal, a convex heating member projecting from one surface of the base pedestal, and a sperm collector support surface provided on the base pedestal surface; An electric heating unit that is disposed in the heating device main body and generates heat from the convex heating member; a rod-shaped convex portion that receives the heat conduction by fitting the convex heating member inside from one end opening; And an inner cover having a concave flange portion that extends in a bowl shape from one end opening side of the convex portion and covers the sperm collector support surface.
A method for heating a sperm collector according to the invention of claim 2 includes a base pedestal, a convex heating member projecting from one surface of the base pedestal, and a sperm collector support surface provided on the base pedestal surface. A heating device main body, an electric heating unit that is disposed on the heating device body and generates heat from the convex heating member, and the convex heating member is fitted into the opening from one end to receive heat conduction. Using a heating tool provided with a rod-shaped convex portion and a middle cover having a concave flange portion extending in a bowl shape from one end opening side of the rod-shaped convex portion and covering the sperm collector support surface, the axial direction A method of heating the inside of the insertion port of the sperm collector equipped with a hollow gel-like resin core member having an insertion port on one end surface, the insertion of the core member supporting the insertion port upward Inserting the rod-like convex part of the middle cover from the mouth, the concave part of the flange part is inserted into the core member. An intermediate cover connecting step for press-contacting to the peripheral edge of the inlet; and an upper end of the sperm collector connected to the intermediate cover is inverted to insert one end opening of the intermediate cover into the convex heating member of the base pedestal. A seating step of seating the flange portion on the support surface of the sperm collector and a heat generation step of supplying electric power to the electric heating unit to heat the convex heating member are provided.

ADVANTAGE OF THE INVENTION According to this invention, the usability | use_condition can be improved by heating the inside of the core member which comprises a sperm extractor safely and effectively. When heating from the outside of the sperm collector using hot water or a heater as in the past, it is not easy to raise the temperature of the internal core member to an appropriate temperature. That is, if an attempt is made to raise the temperature of the core member to an appropriate temperature in a short time at a high temperature, the entire outer container of the sperm collector becomes hot, causing burns. Moreover, there is a problem that it takes a long time to raise the temperature of the core member to an appropriate temperature at a relatively low temperature. The heating device of the present invention raises the temperature to the optimum temperature inside the core in a short time by the heating means inserted into the core member, and further keeps the optimum temperature and prevents overheating by the thermostat. The outer side of the sperm collector is not overheated and is excellent in safety.
Moreover, since the inside cover is put on the heating member that cannot be cleaned, the lotion in the sperm collector is not attached to the heating member, and a clean state can be maintained. Failure caused by washing the heating member can also be prevented.
Further, since the insertion opening of the core member is closed by the middle cover and then set to the heating member, the lotion leakage can be reliably prevented.

Although the sperm extractor to be heated by the heating device according to the present invention is certainly used for other than medical purposes, it is used as a means for eliminating personal sexual desire. It is a prejudice and prejudice to conclude that a product that disturbs public order and morals just because it is a sperm collector that can be used for some purpose. Please judge whether it is worth granting patent rights from a broad perspective of how this type of product will help prevent sexual crimes and spread of sexually transmitted diseases.
Incidentally, the following three cases are based on facts, and there is no doubt that a sperm collector is useful as a means to satisfy these social demands. As a matter of course, the sperm collector itself according to the present invention is in an undisclosed and unknown state.
First, at the request of the applicant, the Thai Red Cross AIDS Research Center (http://www.redcross.or.th/english/aboutus/aids.php4)
And PDA (Population and Community Development Association http://www.pda.or.th/eng/) are preparing to conduct male sexual behavior surveys using various sperm collectors developed by the applicant. is there. The contents of this survey are the effects of using male sperm collectors to mitigate the increased libido of men (including HIV-infected, non-infected, gay, bisexual, and normal) and to suppress sexual risk behavior. To investigate whether or not The center is currently preparing for the survey.

In addition, the present applicant has provided a sperm collector developed by himself to a special nursing home for the elderly in Sagamihara City, Kanagawa Prefecture, and is trying to eliminate the sexual desire of the elderly. In other words, the importance of the “sex” part for QOL (quality of life) of the elderly is as pointed out recently, and 80% of the troubles that occur in these facilities are gender problems, in other words, color love. It is said that they are closely related. The sperm collector that the applicant has manufactured and sold in the past has been helping elderly men enjoy “sex”, providing “life” and “joy and pleasure” to improve QOL. It is clear that they are contributing.
In Japan, the “sex” of persons with disabilities has not been spoken for a long time. “Libido”, which should be one of human's fundamental desires, has not been handicapped and has been covered. The applicant has continued to approach the sexuality of persons with disabilities as part of realizing the philosophy of creating a society where everyone can enjoy sexuality. Offering products to parents with children with disabilities and consulting about masturbation guidance for children with autism from secondary school teachers. At present, the use of various sperm collectors and heating devices developed by the present applicant is being promoted in order to assist in masturbation at a facility for persons with intellectual disabilities in Hokkaido.

Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings.
1 (a) and 1 (b) are external perspective views of a sperm collector according to an embodiment of the present invention, FIGS. 2 (a) and 2 (b) are a front view and a bottom view of the sperm collector, FIG. Is an exploded perspective view of the sperm collector, and FIG. 5 is a longitudinal sectional view showing the configuration of the sperm collector.
A sperm collector 1 as an object to be heated by a heating tool according to the present invention includes a cylindrical container body 3 which is made of a resin material having an appropriate thickness and hardness and whose one end surface in the longitudinal direction is open, and a container. A gel 2 having a container 2 composed of a cap 5 that is attached to and detached from the opening 4 of the main body 3 and opens and closes it, and an insertion space 12 that is accommodated in the main body 3 and extends from the insertion port 11 on one end surface in the longitudinal direction. And a sponge layer 20 interposed between the core member 10 and the inner wall of the container main body. The core member 10 is assembled so that one end surface where the insertion port 11 is formed is positioned on the opening 4 side.
A small hole 3b for evacuation is formed in the other end 3a of the container body as needed, and when not in use, it is sealed with a seal (not shown).

The core member 10 is a bag-like body made of a gel-like resin having viscosity such as an elastomer, or a gel-like rubber, and a large-diameter, thick-walled flange portion 13 is provided on the end surface on the insertion side. In addition, an insertion space 12 having a diameter larger than that of the insertion port is formed in the inside of the insertion port 11 having a small diameter. In the insertion space 12, protrusions, ridges and the like are formed in an arbitrary arrangement.
One end portion in the longitudinal direction of the core member 10 has a hollow flange portion 13 having an insertion port 11 on its end surface, and an insertion space 12 is provided inside the insertion port 11.
The outer periphery of the insertion port 11, that is, the outer surface of the flange portion 13 swells in a curved shape, and is configured to be in close contact with a concave support surface of a heating tool described later.
The insertion space 12 is filled with a lotion stored in a lotion container (not shown) in advance or immediately before use to enhance the lubricity between the human body side and the inner wall of the insertion space during use.
Regarding the use of this sperm collector, the penis is inserted through the insertion opening 11 of the core member. In this state, the user grips the container main body with his hand, and ejaculation is promoted by repeating the rubbing operation between the inner wall of the core member and the penis.

Next, FIGS. 5A, 5B, 5C, and 5D are a front view, a side view, a vertical cross-sectional view, and a bottom view showing the external configuration of the heating device according to the embodiment of the present invention. 6 is an exploded perspective view of the heating device, FIG. 7 is an exploded perspective view of the base pedestal and the electric heating unit, FIG. 8 is a front view of the inner cover and the outer cover, and FIG. 9 is an electric heating unit. FIG. 10 and FIG. 11 are explanatory diagrams showing an operation procedure of the heating tool, and FIG. 12 is a cross-sectional view of the heating tool.
The heating device 50, which is a feature of the present invention, covers a part of the heated heating device (convex heating member) as an inner cover in order to heat the inside of the core member prior to use of the sperm collector. This is a means for raising the temperature of the inside of the insertion space 12 to a temperature close to the body temperature by inserting the core member into the core member through the insertion port 11 in a state where the body is mounted.
The heating tool 50 is a means for heating the insertion space 12 of the sperm collector equipped with the hollow gel-like resin core member 10 provided with the insertion port 11 on one end surface in the axial direction. A substantially rod-shaped convex heating member (heating member) 56 protruding from the upper surface (one surface) of the base pedestal 51, and a concave shape provided on the upper surface of the base pedestal having the convex heating member 56 in the center. The heating tool main body 55 having the sperm collector support surface 57, the electric heating unit 60 disposed inside and outside the heating tool main body 55, and the convex heating member 56 are fitted into the inside from the one end opening 72 and heated. An intermediate cover (cartridge) 70 having a rod-like convex portion 71 that receives conduction, and a concave flange portion 73 that extends in a bowl shape from the end portion 72 side end portion of the rod-like convex portion and covers the sperm collector support surface 57; And an outer cover 80 for covering the outer surface of the cover to prevent contamination.
The outer cover 80 has a flange-like end surface of the core member by inserting a rod-like convex portion 71 into which the convex heating member 56 is fitted into the insertion space 12 from the insertion opening 11 of the core member. It is good also as a heat retention means which covers a sperm extractor in the state fitted to the concave part 74 of the part.
The base pedestal 51 made of a resin material such as polypropylene and the convex heating member 56 are integrally formed, and the opening on the bottom surface of the base pedestal 51 is closed by a lid plate 52 and a screw 53.

As shown in the circuit diagrams of FIGS. 7 and 9, the electric heating unit 60 includes a heater wire 61 that generates heat when energized, an internal member 61A that supports the heater wire, etc., a switch component 62a, and an LED 62b. 62, a switch cover (switch) 63 for turning on the switch component when it is pressed by the user by exposing the outer surface in the opening 51a provided on the side surface of the base pedestal 51 and being in a position corresponding to the switch component 62a, A heater wire presser 64, an aluminum plate 65, a PC sheet 66, a thermostat 67, a power cord 68, a temperature fuse 69 for cutting off the power supply to the heater wire when the thermostat is short-circuited, and the like are provided.
The internal member 61A has a convex portion inserted into the inside from the lower opening of the convex heating member 56, and four long grooves 61b are formed along the axial direction on the outer surface of the convex portion 61a. Each portion of the single heater wire 61 folded into each long groove 61b is fitted and fixed to the outer surface of the convex portion 61a with a tape (not shown). The end of the heater wire 61 is connected to the power cord 68, and when the switch component 62a is turned on, it is energized to generate heat.
As will be described later, in order to reduce the heat conduction from the heater wire 61 to the thermostat 67, the heating temperature of the heater wire is controlled by interposing an aluminum plate 65, a PC sheet 66, and the like. Thereby, the sensitivity of the thermostat is lowered, and the time required to reach a predetermined optimum temperature (36 ° C. or higher, preferably 40 ° C. or higher) can be shortened. Ideally, it is set to reach 40 ° C. in 5 minutes.

The middle cover (cartridge) 70 is configured so as to be in close contact with the outer surface of the convex heating member 56 by the inner wall of the rod-shaped convex portion 71, and the rod-shaped convex portion 71 receives heat from the heater wire 61. Fever. The flange portion 73 has an annular concave portion 74 on the upper surface, and can be stably seated by engaging with a stepped portion 51b for seating provided along the outer peripheral edge of the base pedestal 51 by the lower end edge of the cylindrical outer peripheral wall. It is configured as follows. The middle cover 70 is also a means for preventing the lotion that adheres when the rod-like convex portion 71 is inserted into the sperm collector from adhering to the convex heating member 56. Since the base pedestal 51 containing the electrical components cannot be washed with water or the like, it is necessary to avoid adhesion of lotion as much as possible, while the middle cover 70 is easily cleaned in a state separated from the base pedestal.
The outer cover 80 is a cylindrical member that is open at the bottom, and the lower end opening outer peripheral edge is seated on a seating portion 75 provided on the outer peripheral edge of the intermediate cover 70 so as to seal the intermediate cover 70 and the space above it. It is configured. This is mainly because the outer cover 80 has an outer shape suitable for storage when the inner cover 70 is prevented from being soiled or the entire heating device is packed in a box. However, by covering the outer cover 80 with the sperm collector 1 set on the flange portion 73, the heating and heat retention of the core member by the rod-shaped convex portion 71 heated by the heater wire 61 can be made efficient. . A cylindrical pressing member 81 projects from the ceiling surface of the outer cover 80 and is configured to be pressed and locked to the upper outer surface of the rod-like convex portion 71 of the inner cover 70.

Next, a procedure for using the heating tool of the present invention will be described with reference to FIGS. 10, 11, and 12. FIG.
First, as shown in FIG. 10 (a), a plug provided on the power cord 68 is inserted into an outlet, and the middle cover 70 is removed from the base pedestal 51. Then, as shown in FIG. 71 is inserted into the insertion port 11 of the core member of the sperm collector 1.
Next, as shown in FIG. 10 (c), the opening on the bottom surface side of the middle cover 70 attached to the sperm collector 1 is inserted into the convex heating member 56 of the base pedestal, and further FIG. 10 (d) and FIG. In this manner, the end surface of the core member is brought into close contact with the concave portion 74 of the flange portion 73. Thus, by setting the front end surface of the core member in close contact with the concave portion 74 of the flange portion 73, the core member can be heated while preventing leakage of the lotion from the insertion port 11. In order to start heating, the switch 63 may be turned on.
The concave portion 74 of the flange portion 73 has an R shape (curved cross-sectional shape) so that the distal end surface of the core member made of an elastic material (the outer periphery of the insertion port 11 and protrudes in an R shape) adheres in a sucker shape. It is possible to prevent the lotion from leaking by fitting.

When a predetermined time has elapsed after the start of heating, the sperm collector 1 is removed from the inner cover 70 as shown in FIG. 11 (e), and the insertion port 11 of the sperm collector is turned upward as shown in FIG. 11 (d). While removing the cover 70. This can prevent the lotion from leaking out. In other words, the sperm sampling is performed in such a manner that the middle cover 70 is inserted into the convex heating member 56 of the base pedestal set in advance upward, and the insertion port 11 is directed downward with respect to the rod-shaped convex portion 71 of the middle cover. If the device 1 is to be mounted, the internal lotion leaks out from the insertion port, but in the heating device of the present invention, the insertion port 11 is closed by the inner cover, and then the sperm extractor is set downward on the base pedestal. As a result, there is no room for the lotion to leak.
Further, after inserting a finger into the insertion slot 11 and confirming the internal temperature, it is possible to use after confirming that the temperature is appropriate.
As described above, the method for warming a sperm collector using the heating tool of the present invention is to insert a sperm collector equipped with a hollow gel-like resin core member 10 having an insertion port 11 on one end surface in the axial direction. Middle cover connection that inserts the rod-shaped convex part of the middle cover from the insertion port of the core member that supports the insertion port upward when the inside of the mouth is heated and presses the concave part of the flange part against the periphery of the core member insertion port And a seating step in which one end opening of the middle cover is inserted into the convex heating member of the base pedestal and the flange portion is seated on the support surface of the sperm collector by turning the sperm collector connected to the middle cover upside down. And a heat generating step for supplying electric power to the electric heating unit to generate heat in the convex heating member.
For this reason, the leakage of the lotion can be reliably prevented. Moreover, the lotion located in the vicinity of the insertion part of the core member can be heated, and the feeling of use can be further enhanced.

Next, FIGS. 13A and 13B show the results of testing the temperature rise and heat retention performance of the electric heating unit under a predetermined temperature environment, and FIG. 13A shows the temperature rise within an elapsed time of 3 hours. , (B) shows the temperature rise in 30 minutes.
As described above, in the electric heating unit 60 of the present invention, the aluminum plate 65, the polycarbonate sheet 66, and the like are used to reduce the heat conduction from the heater wire 61 that generates heat by energization to the thermostat 67 (the temperature to be turned off is about 55 ° C.). Is interposed. In other words, by disposing the members 65 and 66 that inhibit heat conduction in the heat transfer path from the heater wire to the thermostat, the apparent sensitivity of the thermostat is lowered, and the energization by the thermostat is turned on and off, and the heater wire The exothermic temperature control is performed (FIGS. 13A and 13B). The time required for the temperature of the heater wire (convex heating member 56) to reach a predetermined optimum temperature (for example, 37 to 42 ° C.) can be shortened due to a decrease in the apparent sensitivity of the thermostat. Ideally, the optimum temperature is set to reach 40 ° C. in 5 minutes.
If the aluminum plate 65 and the PC sheet 66 are not interposed, the thermostat frequently repeats on / off until the temperature is raised to the optimum temperature, and it takes a long time of 20 minutes or more to reach the optimum temperature. Become.
Thus, while reaching the optimum temperature in a short time, the optimum temperature can be maintained.
According to the experiment by the present applicant, the sensitivity to the temperature of the penis is dull compared to the sensitivity of other body parts, so even if the core member is heated and kept at 40 ° C. or higher, there is no problem in actual use. .

As described above, according to the present invention, the inside of the core member constituting the sperm collector can be heated safely and effectively to enhance the feeling of use. When heating from the outside of the sperm collector using hot water or a heater as in the past, it is not easy to raise the temperature of the internal core member to an appropriate temperature. That is, if an attempt is made to raise the temperature of the core member to an appropriate temperature in a short time at a high temperature, the entire outer container of the sperm collector becomes hot, causing burns. Moreover, there is a problem that it takes a long time to raise the temperature of the core member to an appropriate temperature at a relatively low temperature. The heating device of the present invention raises the temperature to the optimum temperature inside the core in a short time by the heating means inserted into the core member, and further keeps the optimum temperature and prevents overheating by the thermostat. The outer side of the sperm collector is not overheated and is excellent in safety.
Moreover, since the inside cover is put on the heating member that cannot be cleaned, the lotion in the sperm collector is not attached to the heating member, and a clean state can be maintained. Failure caused by washing the heating member can also be prevented.
Further, since the insertion opening of the core member is closed by the inner cover and then set to the heating member, the lotion leakage can be reliably prevented.

(A) And (b) is an external appearance perspective view of the sperm extractor which concerns on one Embodiment of this invention. (A) And (b) is the front view and bottom view of a sperm extractor. It is a disassembled perspective view of a sperm collector. It is a longitudinal cross-sectional view which shows the structure of a sperm collector. (A) thru | or (d) is the front view which shows the external appearance structure of the heating tool which concerns on one Embodiment of this invention, a side view, a longitudinal cross-sectional view, and a bottom view. It is a disassembled perspective view of a heating tool. It is a detailed exploded perspective view of a heating tool. It is a front view which shows the structure of a middle cover and a bottom cover. It is circuit configuration explanatory drawing of an electric heating unit. (A) thru | or (d) is explanatory drawing of the use procedure of a heating tool. (E) (f) is explanatory drawing of the use procedure of a heating tool. (A) And (b) is sectional drawing of a spermatozoon collector, and sectional drawing at the time of heating. (A) And (b) is the figure which showed the result of having tested the temperature rise and heat retention performance of the electric heating unit in a predetermined temperature environment, (a) is the temperature rise within the elapsed time of 3 hours, (b ) Indicates a temperature rise in 30 minutes.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Sperm collector, 2 ... Container, 3 ... Container main body, 3a ... Other end part, 3b ... Small hole, 4 ... Opening part,
DESCRIPTION OF SYMBOLS 5 ... Cap, 10 ... Core member, 11 ... Insertion port, 12 ... Insertion space, 13 ... Flange part, 20 ... Sponge layer, 50 ... Heating tool, 51 ... Base base, 51a ... Opening, 51b ... Step for seating Reference numeral 52: lid plate, 53: screw, 55 ... heating tool body, 56 ... convex heating member, 57 ... sperm collector support surface, 60 ... electric heating unit, 61 ... heater wire, 61A ... internal member, 61a ... Projection, 61b ... long groove, 62 ... printed circuit board, 62a ... switch part, 62b ... LED, 63 ... switch, 65 ... aluminum plate, 66 ... PC sheet, 67 ... thermostat, 68 ... power cord, 69 ... thermal fuse, 70 ... inner cover (cartridge), 71 ... bar-like convex part, 72 ... one end opening, 73 ... flange part, 74 ... concave part, 75 ... sitting part, 80 ... outer cover

Claims (2)

A heating tool for heating the inside of an insertion port of a sperm sampling device provided with at least a hollow core member provided with an insertion port on one end surface in the axial direction,
A base pedestal, a convex heating member projecting from one surface of the base pedestal, and a heating tool body having a sperm collector support surface provided on the base pedestal surface;
An electric heating unit that is arranged in the heating device body and generates heat from the convex heating member;
A rod-like convex portion that receives heat conduction by fitting the convex heating member into the inside from one end opening, and a concave flange that extends in a bowl shape from one end opening side of the rod-like convex portion and covers the support surface of the sperm collector A heating device for a sperm collector, comprising: an inner cover having a portion. A base pedestal, a convex heating member projecting from one surface of the base pedestal, a heating device main body having a sperm collector support surface provided on the base pedestal surface, and the heating tool main body. An electric heating unit that generates heat from the convex heating member, a rod-shaped convex portion that receives the heat conduction by fitting the convex heating member inside from one end opening, and a bowl shape from one end opening side of the rod-shaped convex portion A hollow gel-like resin core provided with an insertion port on one end surface in the axial direction using a heating tool provided with an inner cover having a concave flange portion that covers the support surface of the sperm collector A method of heating the inside of the insertion port of the sperm collector provided with a member,
An intermediate cover coupling step of inserting the rod-like convex portion of the intermediate cover from the insertion port of the core member that supports the insertion port upward and press-contacting the concave portion of the flange portion to the periphery of the core member insertion port;
The sperm collector connected to the middle cover is turned upside down, and the one end opening of the middle cover is inserted into the convex heating member of the base pedestal so that the flange is seated on the support surface of the sperm collector And a seating process
A heating step of supplying heat to the electric heating unit to generate heat in the convex heating member.

Images