WO2015103944A1

WO2015103944A1 - Male underpants

Info

Publication number: WO2015103944A1
Application number: PCT/CN2015/000018
Authority: WO
Inventors: 齐茹
Original assignee: 齐茹
Priority date: 2014-01-08
Filing date: 2015-01-08
Publication date: 2015-07-16
Also published as: CN103689813A

Abstract

A pair of male underpants comprises an underpants waist (1), a back lining (2), a front lining (3), a carrying band (4), and a front lining bag-type portion (5). The underpants are provided with a heat discharging apparatus (6) consisting of a ventilation opening portion (6-1, 6-2). The ventilation opening portion (6-1, 6-2) comprises a lower ventilation opening (6-1) disposed in the body of the front lining bag-type portion (5) and/or and an upper ventilation opening (6-2) disposed in the part of the underpants waist (1). The heat discharging apparatus (6) enables air inside and outside the front lining bag-type portion (5) to be subjected to cold-heat exchange by using thermal power of the air, and forces the air inside and outside the front lining bag-type portion (5) to be subjected to breathing type cold-heat exchange by means of the kinetic energy of the body according to body movement, so that the heat discharging apparatus (6) can obviously improve the wet and hot environment in the front lining bag-type portion (5) and reduce the wet and hot degree on the surface of a scrotum, so that the wearing of the underpants provides a more comfortable feeling and is healthier.

Description

Men's underwear

Technical field

The present invention relates to a male underwear, and more particularly to a male underwear.

Background technique

At present, the commercially available men's underwear is generally provided with a front pocket portion which is cut and sewn in the front portion for accommodating and supporting the scrotum portion, and Chinese Patent No. 9980387.1, US Patent No. 6,308,342, B1 Also disclosed is a front pocket portion formed by the support belt on the outer surface of the front panel for receiving and supporting the scrotum portion, but neither in the patent nor in the existing commercially available men's underwear The heat in the front pocket is discharged to the outside of the front pocket by gas convection. Therefore, the heat in the front pocket is especially used to support the circumference of the patent and the waistband of the waistband. The heat in the front pocket portion formed in the closed state is discharged to the outside of the front pocket portion by gas convection, and the moist heat environment in the front pocket portion is improved, and the moist heat degree of the scrotum portion is lowered, which is in the prior art. Problems to be solved.

Summary of the invention

The object of the present invention is to provide a man's underwear provided with a gas convection type heat-dissipating device according to the problems existing in the prior art. When wearing, the heat-dissipating device can form a gas heat by natural rising flow of hot gas. The power is naturally convectively exhausted, and the body kinetic energy can be used to force the gas flow to form a kinetic energy forced heat discharge. The heat in the front pocket of the underwear is discharged to the outside of the front pocket, and the heat can be discharged in two different ways. The method adapts to different postures such as movement or static of the wearer's daily body, improves the moist heat environment in the front pocket, reduces the damp heat of the scrotum, and makes the underwear more comfortable and healthy.

In order to achieve the object of the present invention, the present invention provides a men's underwear comprising a waistband, a rear panel, a front panel, a support belt, a front pocket and a gas convection heat removal device, the gas convection heat removal device The lower vent portion and the upper vent portion are formed together, wherein the lower vent portion is formed by an opening portion formed in the front pocket portion body, and the opening provided in the opening portion is prevented from being clogged by the body skin, Therefore, the inner space formed by the forward support of the front pocket portion is formed by the scrotum penis portion, and the opening in the opening portion is selectively disposed correspondingly at a suitable position on both sides of the penis in the space, and the opening faces forward. The opening constitutes an air flow passage for directly communicating the inside and the outside of the front pocket portion, and the air can flow through one side opening and flow out from the other side to form a free flow, which constitutes a horizontal direction on the front pocket body. Unobstructed gas circulation channel. The upper vent portion of the gas convection heat exhaust device is constituted by an opening portion provided on the waistband above the upper end of the front pocket of the panty, and is configured by a band of a set length similar to the waistband material. The body segment is parallel to a length of the waist portion of the waistband on the waistband above the upper end of the front pocket of the waistband, and the two ends of the belt section are overlapped with the two ends of the waistband portion respectively. The waistband of the waistband is formed by a parallel two-segment structure with loose ends at the ends. At this time, the strip-shaped body section which is located on the inner side of the structural part and has a short set length replaces the waist section of the pants and becomes a new component of the waistband of the underwear. The waist portion of the waist portion which is connected to the upper end of the front portion of the front portion of the structural portion and has a long set length is limited by the short length of the strip-shaped body portion having a short length in the structural portion, and is in the waist portion of the waist portion. Under the action of the elastic force and flexibility of the material, a free arc-shaped protrusion is formed outside the structural portion. At this time, the waist portion of the freely curved convex portion becomes a new component of the front pocket portion and In the front pocket The upper end portion supports the portion of the front pocket that is connected thereto and also forms a corresponding free arcuate projection, and the free waist-shaped projection of the waist portion of the waistband makes the parallel two sections on the waistband Between the body structure portions, that is, a free-form curved convex opening is formed between the loose portions, and therefore, the parallel two-segment structural portion composed of the strip-shaped body portion and the waist portion and the free-form arc formed thereby The convex opening constitutes an opening portion on the waist of the upper portion of the upper end of the front pocket, that is, an upper vent portion, and the height of the free arcuate convex opening protrusion in the upper vent portion is The degree of opening is determined by the difference in length between the strip section and the waist section. When the length difference is large, the opening degree is large, the length difference is small, the opening degree is small, and the free vent shape in the upper vent portion is convex. The opening is in direct communication with the inside of the front pocket portion, and the upper end of the front pocket portion constitutes a gas flow passage in which the opening of the front pocket portion is vertically communicated with the interior of the front pocket portion.

The lower vent portion and the upper vent portion formed by the above structure together constitute a convection heat discharging device capable of forming a flow of gas in the present invention, and the heat discharging device has a flow passage specific surface area The direction of the airflow passage between the large and the two vents is different by 90 degrees, and the height difference between the two positions is high. Therefore, the heat removal efficiency is high, and the heat dissipation effect of the upper vent portion is higher than that of the lower vent portion. The surface area is obviously large, so that the hot air flow naturally flows upward, and the gas convection heat exhaust device having the structure is such that when the wearer wears the body in a static state, that is, in a sitting posture static state, that is, the legs do not substantially swing. At the same time, the gas convection heat removal device can use the natural rising principle of the gas to cause the natural gas in the front pocket to form a natural convection discharge, because the gas in the front pocket will naturally rise after being heated, and the rising hot gas can be passed through. The upper vent portion of the heat exhaust device is naturally outwardly discharged, and at the same time, the gas having a lower temperature outside the front pocket portion is driven by the suction force and gas convection formed by the rise of the hot gas flow in the front pocket portion. The effect of the flow will naturally be automatically replenished into the front pocket through the lower venting portion of the heat-dissipating device, so that the front pocket The gas inside the part forms natural heat from the upper and lower convection flow by the downward flow. Therefore, the vent portion of the present invention is arranged such that the gas convection heat removal device can utilize the gas thermal power to form a hot and cold gas to flow naturally convection. The cold and heat exchange of the gas is performed to discharge the heat in the front pocket to the outside of the front pocket. When the wearer's body is in a dynamic state, especially in a sitting dynamic state, that is, the horizontal swing of the legs is inwardly folded or separated outward, the heat exhausting device of the present invention can utilize the body limb motion to force the gas to flow with the body kinetic energy. In such a way that the gas inside and outside the front pocket forms a respiratory hot and cold replacement, because when the wearer's body is in a dynamic state, especially in a sitting dynamic state, that is, the legs are horizontally swayed inwardly, Squeeze at the bottom of the scrotum at the bottom of the anterior sulcus and the anterior sulcus, ie at the base of the leg, which will cause the inward contraction volume of the anterior sulcus to become smaller and cause the scrotum to be pushed by the root of the leg. Lifting up, this forces the gas in the front pocket to exhale outward through the upper and lower vents in the heat-dissipating device, and when the gathered legs swing outwards horizontally, the front pocket is removed. When the shape is squeezed, as the volume of the front pocket is restored and the scrotum is reset, the gas outside the front pocket is formed, and the upper and lower vents are passed through. Pocket shape The outer gas is sucked into the pocket portion of the front frame so as to be reciprocated. Therefore, the gas flow type heat exhaust device of the present invention can utilize the body limb motion to force the gas convection by the body kinetic energy, so that the hot air inside and outside the front pocket portion is hot and cold. A breathing displacement is formed to discharge heat from the front pocket to the outside of the front pocket.

BRIEF DESCRIPTION OF THE DRAWINGS

1 is a schematic view showing the front structure of a male underwear according to the present invention.

2 is a schematic cross-sectional view showing the structure of a male underwear according to the present invention.

Figure 3 is a top plan view of a male pant in accordance with the present invention when worn.

Figure 4 is a schematic illustration of the front side structure of the present invention for use in existing commercially available men's underwear.

Figure 5 is a schematic view showing the front structure of a second embodiment of the present invention.

Figure 6 is a side cross-sectional structural view showing a second embodiment of the present invention.

Fig. 7 is a front view and a partial cross-sectional structural view showing a third embodiment of the present invention.

Figure 8 is a side cross-sectional structural view showing a third embodiment of the present invention.

Figure 9 is a front elevational view showing a fourth embodiment of the present invention.

Figure 10 is an enlarged schematic view showing a partial side cross-sectional structure of a fourth embodiment of the present invention.

Figure 11 is a side cross-sectional structural view showing a fourth embodiment of the present invention.

Figure 12 is a front elevational view and a partial cross-sectional structural view of a fifth embodiment of the present invention.

Figure 13 is a side cross-sectional structural view showing a fifth embodiment of the present invention.

Figure 14 is a front view showing the structure of a sixth embodiment of the present invention.

Figure 15 is a side cross-sectional structural view showing a sixth embodiment of the present invention.

Figure 16 is a front view showing the structure of a seventh embodiment of the present invention.

Figure 17 is a side cross-sectional structural view showing a seventh embodiment of the present invention.

detailed description

The invention will be described by way of embodiments with reference to the accompanying drawings

Example 1

As shown in Figures 1, 2 and 3, the present invention includes a waistband 1, a rear panel 2, a front panel 3, a support belt 4, a front pocket portion 5, and a gas convection heat removal device 6, gas convection The heat-dissipating device 6 is composed of a lower vent 6-1 portion and an upper vent 6-2. In the present embodiment, the lower vent 6-1 is formed by a double ring disposed on the body of the front pocket 5 The opening portion is configured to be first placed on the main body of the front pocket portion 5 at a position above the two sides of the penis, and the two pairs respectively have four independent annular openings having a certain diameter, and a known one is known. Diameter matches the opening The annular metal pore is disposed at the annular opening to form a double annular corresponding opening portion, that is, the lower vent 6-1 portion in the embodiment, and the opening in the 6-1 portion faces the front not only constitutes the front pocket The airflow passage of the body 5 directly communicates with the inside and the outside, and the airflow can flow through one side opening into the free flow flowing out from the other side opening, forming a horizontal airflow passage of the front pocket portion 5, In a specific implementation, the opening in the lower vent 6-1 portion may also be formed by a single annular, three annular or four annular corresponding or non-corresponding opening, and the metal or non-metallic air hole is disposed at the opening, and is in front It is also possible to use a plurality of openings such as a ring shape or a non-annular shape on the body of the pocket portion 5 without using a modification. It is also possible to embroider the openings of the front pocket portion 5 by means of embroidery. In this embodiment, the lower vent 6-1 is characterized by the position of the opening so that the opening is not blocked by the skin, and the number of openings is small, the diameter is large, the ventilation effect is good, and the number of openings can significantly reduce the processing cost. .

The upper vent 6-2 of the gas convection heat removal device of the present invention may be constructed in different manners. In the present embodiment, the upper vent 6-2 is constructed in such a manner that a length of the material is set. The strip-shaped body section 6-2A, which is similar in material to the waistband of the underwear, is set at the center of the inner side of the waistband 1 which is connected to the upper end of the front pocket portion 5, and is set at the upper section of the waistband 1 The length of the waist section 6-2B is parallel, and the ends of the strip section 6-2A are overlapped with the two ends of the waist section 6-2B, respectively, at the upper end of the upper end of the front pocket. The upper part of the waistband constitutes a parallel two-segment structure with loose ends at both ends. At this time, the strip-shaped body section 6-2A located on the inner side of the structural part and having a short set length replaces the waist section of the waistband. The 6-2B portion is a new component of the waistband, and the waist portion of the waistband portion 6-2B which is connected to the center of the upper end of the front pocket portion 5 of the panty portion outside the structural portion and has a long length is received by the structural portion. Set the short length limit of the strip length 6-2A of the shorter length, and the material of the material of the 6-2B part of the waist section Under the action of sexual force and flexibility, a free-form curved protrusion outside the structure is formed. At this time, the outer structure of the free arc-shaped convex portion in the structural portion, that is, the 6-2B portion of the waistband section, becomes the front A new component of the pocket portion 5 and at the upper end portion of the pocket portion 5, the central portion of the front pocket portion 5 which is connected thereto is also formed with a corresponding free arc-shaped projection. The outer side structure, that is, the free curved protrusion of the waist portion 6-2B, causes the parallel two-piece structural portion on the waistband 1 to be between the loose portions. A free-form curved convex opening 6-2C is formed, and thus the freedom formed by the parallel two-segment structural portion and the structural portion formed by the strip-shaped body segment 6-2A segment and the waistband portion 6-2B portion The arcuate convex opening 6-2C constitutes an opening portion on the waistband 1 above the central portion of the upper end of the front pocket portion 5, that is, the upper venting port 6-2 in the heat discharging device 6 of the present invention, and is ventilated The free arcuate convex opening 6-2C in the mouth portion 6-2 is in direct communication with the inside of the front pocket portion 5, and the central portion of the upper end of the front pocket portion 5 constitutes the front pocket portion 5. The air flow passage having the opening facing upward and communicating vertically with the inside and the outside, although the gas convection heat exhaust device 6 is disposed on the so-called flat-bottomed underwear, is shown in the embodiment, but in the specific implementation, the gas convection in the embodiment The heat-dissipating device 6 is also suitable for use on a so-called triangular pant. It is of course also possible to use it on existing commercially available panties without a support strap 4 as shown in Fig. 4. The panties include a waistband 1 and a back. Width 2, front panel 3, front pocket portion 5 and gas convection heat removal device 6, convection heat removal Together constitute the set of vent portions 6-1 and 6-2 on the vent portion, which is the same as Example embodiments of the present embodiment, substantially the same effect embodiment, will not be repeated herein. Although in the present embodiment, the upper vent 6-2 is partially disposed on the waist portion 1 above the central portion of the upper end of the front pocket portion 5, in the specific facility, the upper vent 6-2 It is possible to provide any suitable position within the entire length of the waistband 1 corresponding to the upper end of the front pocket portion 5, and the free curved protrusion of the outer structure 6-2B portion of the structural portion is not only significant The space inside the pocket 5 is increased to improve the environment of the scrotum, so that the scrotum can be loosened with the body of the raised front pocket 5, thereby effectively preventing the skin of the ankle from sticking to heat, making the underwear More comfortable.

Example 2

As shown in FIG. 5 and FIG. 6, the embodiment is basically the same as the first embodiment. The gas convection heat exhaust device is composed of an upper vent 6-2 and a lower vent 6-1, and the difference is in this embodiment. In the embodiment, the inner structure of the upper vent 6-2 in the gas convection heat exhaust device 6, that is, the strip body segment 6-2A is replaced by the double rope segment 6-2D, and the waist portion of the waistband The 6-2B portion constitutes a rope and a strip-shaped parallel two-segment structure portion, and a free-form curved convex opening 6-2C is also formed between the structural portions, and is formed on the waist portion 1 above the upper end of the front web pocket portion 5. The upper vent portion 6-2 in the present embodiment is constructed such that the length of the waist portion 6-2B is first set on the waist portion 1 At the position, a double-opening hole 7 is arranged in parallel, and the two ends of the rope-shaped body of a set length are respectively folded into a double-rope body section 6-2D of a set length, and the double rope-like body section is The two ends of the 6-2D segment are aligned from the outside to the inside, and are inserted in parallel from the double opening 7 arranged side by side at one end of the waist portion 6-2B, and are juxtaposed from the double opening 7 juxtaposed at the other end, and then The double rope-like body 6-2D can be stabilized on the waistband 1 by the rope buckle 8. In the embodiment, the double rope body 6-2D section is made of an elastomer material, and it is also possible to use a non-elastomeric material in the specific implementation. In the present embodiment, the double rope body section 6- In the 2D section, it is also possible to adopt a single rope-like body segment or a number of rope-like body segments in a specific implementation to accommodate different widths of the waistband 1.

The structure of the upper vent 6-2 in the gas convection heat exhaust device 6 in this embodiment is characterized in that, when the underpants are worn, the double rope-like body section 6 can be conveniently and quickly adjusted by the rope buckle 8 within a set range. - The length of the 2D segment, thereby regulating the height of the protrusion of the waist portion 6-2B, and realizing the rapid adjustment of the opening degree of the free curved convex opening 6-2C to meet the needs of the user In addition, since the double-rope body 6-2D section replaces the strip-shaped body section 6-2A and constitutes the component of the waistband 1, the length of the double-rope body 6-2D can also be adjusted by the rope buckle 8 The length of the waistband 1 is the waist circumference of the underwear, which makes the waist of the pants more suitable and comfortable.

Example 3

As shown in FIG. 7 and FIG. 8 , this embodiment is basically the same as the first embodiment except that in the gas flow type heat exhaust device 6 , the inner structure strip portion of the upper vent port 6-2 in the present embodiment is different. The length of the 6-2A section can be adjusted, and a length adjusting device 9 is disposed at a suitable position of the loose portion of the inner structural strip section 6-2A. In the embodiment, the length adjusting device 9 is a nylon strap, which is appropriate. At the position, the 6-2A section is divided into two sections and joined together by a set of nylon laps. When the underpants are worn, the length of the strip-shaped body section 6-2A is adjusted by the length adjusting device 9 to change the outer structure 6- The difference in length between the 2B portions, thereby adjusting the height of the arcuate protrusion of the free portion of the outer structure 6-2B within the set range, thereby realizing the free curved arc-shaped opening 6-2C between the structures The adjustment of the opening degree is to meet the different needs of the user. In the specific implementation, various conventional length adjusting devices can be used in the present invention.

Example 4

As shown in FIG. 9, FIG. 10 and FIG. 11, this embodiment is basically the same as that of Embodiment 1, except that the outer structure 6 of the upper vent 6-2 in the gas convection heat exhaust device 6 of this embodiment is different. The length of the -2B portion is adjustable. In the present embodiment, the button 10 is disposed at different positions on the inner side of the inner waist portion 6-2B of the outer structure, and is disposed at both ends of the inner structure strip portion 6-2A. The in-line opening 11 is used to fasten the button 10 at different positions and the opening 11 to adjust the length difference between the inner structure 6-2A and the outer structure 6-2B in the structural portion, thereby realizing freedom between the structural portions. The adjustment of the opening degree of the arcuate convex opening 6-2C, in the specific implementation, various existing joining devices such as nylon shackles, snaps, hooks and the like can be used in the present invention.

Example 5

As shown in FIG. 12 and FIG. 13, this embodiment is basically the same as that of Embodiment 1, except that the outer structure 6-2B of the upper vent 6-2 in the gas convection heat exhaust device 6 of the present embodiment is different. On the inner side of the inner portion, a sheet-shaped reinforcing support body 12 having a suitable length and width is provided for reinforcing the 6-2B portion of the free-form curved protrusion to enhance the anti-external force against deformation resistance. In this embodiment, The support body 12 is made of a flexible sheet-like material, and the two ends of the reinforcing support 12 are abutted on the inner side of the 6-2B portion by the nylon tab 13 . In specific implementation, the two supports 12 will be reinforced. It is also possible to have a fixed end or full length connection on the inner side of 6-2B.

Example 6

As shown in FIG. 14 and FIG. 15, in the present embodiment, the heat-dissipating device 6 is independently constituted by the lower vent 6-1, because the gas convection heat-dissipating device 6 of the present invention can utilize the body movement of the wearer of the underpants to The body kinetic energy causes the gas inside and outside the front pocket portion 5 to form a breathing forced flow displacement, and the heat in the front pocket portion 5 is discharged to the outside of the front pocket portion. Therefore, the gas flow type heat exhausting device 6 of the present invention The lower vent 6-1 of the middle can also be used independently. This embodiment is especially suitable for the underwear of the underwear waist 1 with narrow width and small flexibility, and it is not suitable to use the upper vent 6-2. In the specific implementation, the gas flow type heat exhaust device 6 of the present embodiment is also disposed on the existing commercially available men's underwear without the support belt 4, and also has a remarkable kinetic energy heat removal effect.

Example 7

As shown in FIG. 16 and FIG. 17, the gas convection heat removal device 6 in this embodiment is in the present invention. The upper vent 6-2 is configured independently, because the gas convection heat exhaust device 6 of the present invention can utilize the body movements of the wearer's body to cause the breathing of the gas in the front pocket 5 to form a forced breathing flow. The replacement heats the heat to the outside of the front pocket. Therefore, the upper vent 6-2 of the gas convection heat exhaust device 6 of the present invention can also be used independently. This embodiment is particularly suitable for the front pocket of the underwear. 5 The body has a narrow front façade and is not suitable for use in the low waist type underwear of the lower vent 6-1. In the specific implementation, the gas convection heat exhaust device 6 in this embodiment is disposed in the absence of the support belt 4. It is also possible to use on commercially available men's underwear, and also has a significant kinetic energy heat removal effect.

In summary, in the present invention, since the gas convection heat exhaust device composed of the upper vent portion and the lower vent portion is provided on the underwear, the gas thermal power can be utilized in the wearing of the underpants. The gas convection heat exhaust device 6 forms a cold and heat exchange of the gas in a natural convection manner of the hot and cold gas, and can also form a breathing type cold heat exchange by utilizing the body limb motion to force the gas flow by the body kinetic energy, and can A different way to discharge the heat in the front pocket of the panty to the outside of the front pocket, so that the gas convection in the present invention, regardless of the posture of the wearer's body in motion or static, especially in the sitting static state The heat removal device can strengthen the gas flow in the front pocket portion, and the heat in the front pocket portion is discharged to the front pocket portion through the heat exhaust device, thereby significantly improving the moist heat environment in the front pocket portion and reducing The damp heat of the scrotum makes the wearing of the underpants more comfortable and healthy, and achieves the object of the present invention.

Claims

A pair of men's underwear comprising a waistband (1), a rear panel (2), a front panel (3), a support belt (4), and a front pocket portion (5), characterized in that it is provided with a vent portion a gas convection heat removal device (6), wherein the vent portion is provided by a lower vent (6-1) portion provided on the body of the front pocket portion (5) and an upper vent port provided at the waist portion (1) (6-2) The department is composed in common.
A male underwear comprising a waistband (1), a rear panel (2), a front panel (3), and a front pocket portion (5), characterized in that a gas convection heat discharging device composed of a vent portion is provided (6) wherein the vent portion is formed by a lower vent (6-1) portion provided on the body of the front pocket portion (5) and an upper vent (6-2) portion provided at the waist portion (1) Composition.
A male underwear according to claim 1 or 2, wherein the gas convection heat discharging means (6) is independently constituted by a lower vent (6-1) provided on the body of the front pocket portion (5). .
A men's underpants according to claim 1 or 2, wherein the gas convection heat extracting means (6) is independently constituted by an upper vent (6-2) portion provided at the waist portion (1).
A male underwear according to claim 1 or 2 or 3, wherein the lower vent (6-1) portion of the gas convection heat removal device (6) is provided in the front pocket portion (5) The opening portion of the body is configured, and the opening in the opening portion is correspondingly disposed at a position above the two sides of the penis.
A pair of men's underwear according to claim 1 or 2 or 4, characterized in that the upper vent (6-2) portion of the gas convection heat removal device (6) is provided at the upper end of the pocket portion (5) The upper waistband (1) portion is composed of a parallel two-segment opening structure portion having an inner short outer length.
A men's pant according to claim 1 or 2 or 4, characterized in that the height of the opening projection of the upper vent (6-2) portion of the gas convection heat removal device (6) is adjustable.
A male underwear according to claim 1 or 2 or 4, characterized in that the inner side of the outer vent (6-2) portion of the upper vent (6-2) portion of the gas convection heat removal device (6) A reinforcing support (12) is provided on the upper side.