JP3180835U - Fever treatment device - Google Patents

Abstract

The present invention provides a fever-type therapeutic instrument that warms an affected part such as a knee of the affected part by using heat generated by a concentrating bulb.
A screw button 10 at the tip of an umbrella shaft 13 is tightened and loosened by turning left and right. The end of the umbrella shaft 13 serves as a rotating shaft, a scale is provided at the center of the umbrella shaft 13, and a nut storage tool is directly bonded to the polypropylene 22 at the tip on the opposite side of the screw button 10. The rotating shaft is centered on the directly bonded nut and the bolt 29 of the screw button 10, and a scale is provided on the outer circumference circle of the storage tool, and the scale and the center of the shaft are aligned on the outer circumference circle to form a constant angle. Loosen the screw button 10 so that A is 70 degrees, B is 90 degrees, C is 135 degrees, D is 180 degrees, E is 225 degrees, F is 270 degrees, G is 290 degrees, and the center of the shaft is the scale and outer circumference When combined with the scale of the circle, A to G can be used to create seven levels of angles.
[Selection] Figure 1

Description

  The present invention relates to a treatment for warming the knee, waist, shoulders, neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot using the heat generated by the concentrating bulb.

  A phototherapy device comprising: a lamp body having an electrode combustion section for causing arc discharge; and an AC power supply device for applying a predetermined AC voltage to the electrode combustion section, the AC voltage apparatus being a converter A phototherapy device characterized in that it is configured to convert alternating current to direct current and then convert the direct current to high frequency alternating current. The device is too complex and has drawbacks.

  In addition, in an infrared thermotherapy device provided with a ceramic heater member in which a heat generating coil is arranged as desired, a preheating circuit is incorporated in parallel with the power supply circuit of the heat generating coil, Infrared thermotherapy devices are characterized in that they are set to be energized at a current value smaller than the normal current of the power supply circuit, both of which are complicated, inconvenient and inconvenient.

  However, according to this device, since it is hand-held, it can reach the affected area sufficiently in one place, at most 15 minutes, and can be carried lightly and conveniently. The heat generated from the light bulb is used to warm the knees, hips, shoulders, neck, arms, back, hips, flank, thighs, calves, ankles, heels and soles of the feet.

Provided is a far-infrared treatment device that can be stably formed by a simple structure, can be manufactured at an affordable price, is easy to wash, and works well on the body.
The main body of the treatment device applied to the affected area is mainly a hollow body covered with a surface cloth, and ceramic powder is kneaded with a curable adhesive and bonded to at least one of the inner and outer peripheral surfaces of the hollow body. A ceramic layer that generates far-infrared rays is formed, and an electrical heating element that promotes the generation of far-infrared rays is built in the center of the hollow body, and the internal temperature of the hollow body is sensed and held at the set temperature. A control device is provided.

Practical reference 1

Utility Model Registration No. 3153412

In general, there are many types of simple infrared treatment devices that are installed on a flat surface. For this reason, there are inconveniences such that the arm cannot be taken long and the treatment position of the treatment subject is limited.
By providing and fixing a clamp on the leg, stability can be increased and the arm can be lengthened. Moreover, since it can be installed on the edge of a desk, the installation surface can be narrow. Therefore, the place restriction of the treatment subject is reduced.
JP-A-2005-342451

Artificial zeolite is pulverized into powder, mixed in water and kneaded to make a small dish, dried, baked at high temperature to make a bakeware, and asked for a commercially available infrared therapy device, an electric shop or an opportunity shop Ask and warm up the screws that assemble the treatment device protective frame. After removing the assembled protective frame wire mesh, insert a small plate between the irradiation port and the protective wire mesh frame.
If you do not choose a heat-resistant dish, the small dish will be damaged by infrared heat, so be careful not to use an ordinary dish, choose a zeolite dish.

Practical reference 2

Utility Model Registration No. 3070950

  The problem to be solved is that it can be held in any affected area by hand, so that it can be done in 5 to 15 minutes at one place. Therefore, if the hand is tired, the affected area becomes too thick after 15 minutes or more.

  By turning the screw button at the tip of the umbrella shaft toward you, the screw button is tightened, and when it is tightened, the scale of the rotary shaft and the scale of the outer periphery around the nut holder are provided, and the nut is stored on the opposite side of the polypropylene screw button Glue the tool directly, if it doesn't move, leave it as it is. At first, A · 70 °, B · 90 °, C · 135 °, D · 180 °, E · 225 °, F · 270 ° G · 290 °, 7 levels The scale can be adjusted infinitely as long as the scale is not adjusted, and it can be moved up and down to the desired location. Once the treatment position is determined, the switch is needed and it is carried to the affected area by hand. The fever-type therapeutic device is characterized by the heat generated by the fever-type therapeutic device, which provides relief and relief and provides treatment.

  The present invention relates to a treatment for heating the knee, waist, shoulders and neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot, using the heat generated by the concentrating bulb. The heat source of the light bulb warms the affected area, and this heat relieves pain and dull pain, so that there is an advantage that the pain and numbness are relieved and the treatment is helpful.

FIG. 1 is a perspective view of the whole exothermic treatment device and is an explanatory diagram. FIG. 2 is a perspective view of a part of a main part of the exothermic treatment instrument “where a exothermic condensing light bulb is attached.” FIG. FIG. 3 is a cross-sectional view of a part of the exothermic therapeutic device cut open, and is a side view of “the exothermic concentrating bulb is attached.” FIG. FIG. FIG. 4A is a rear view in which the upper part of the umbrella is cut, and FIG. FIG. 5 is a left side view of the upper part of the umbrella shaft, with a scale on the outer periphery of the nut holder, and a scale at the center of the tip of the umbrella shaft. When the treatment position is determined, it is an explanatory diagram that bends in seven stages of A70 degrees, B90 degrees, C135 degrees, D180 degrees, E225 degrees, F270 degrees, and G290 degrees. (B) A side view of the screw button, (b) a front view of the screw button, and (d) an outer circumference of the nut storage tool extended to a plane. (A) It is explanatory drawing which shows one part by sectional drawing of the relationship of the state which tightened the screw button of the state of a polypropylene, and the state of a plastic. (B) A perspective view of a screw button. FIG. 8 is an explanatory diagram for treating the knee. FIG. 9 is an explanatory diagram for treating the lower back. FIG. 10 is an explanatory diagram treating the vicinity of the shoulder and neck muscles. FIG. 11 is an explanatory view for treating the toe of the foot and the neck of the foot.

  A fever-type treatment device uses the heat generated by a concentrating bulb to warm up the knee, waist, shoulders, neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot. Therefore, the heat source of the light bulb warmed the affected area, relieved pain and numbness, and realized the benefits of being useful for treatment.

  FIG. 1 shows an exothermic treatment device 1 in which a lid 3 of an umbrella 2 is opened, a light bulb 4 is attached, a lid 3 is closed and a stopper 5 is tightened to confirm safety, and a cord 6 plug is plugged into a room outlet. 7 is inserted, and the rotating shaft 14 following the umbrella shaft 13 of the exothermic treatment device 1 is a plastic 30 and the outer tip thereof is a polypropylene shaft 22, tightening the screw button 10 to the right and tightening to the left. And work of looseness. The shaft 8 is round and has an intermediate cross shape that is slippery. The remainder after that is a round shape of the shaft 8 and is slippery and is provided with a non-slip 9.

  FIG. 2 shows a state in which the lid 3 of the umbrella 2 of the exothermic treatment device 1 is opened, and the outer side of the umbrella 2 is plastic and the inner sponge 20 is made of plastic and is resistant to heat. It won't get hot. The net 12 of the lid 3 is fastened with a stopper 5, and the net 12 of the lid 3 is made of polyester and is resistant to heat. When the screw button 10 is turned to the left, it is loosened, and the screw shaft 10 is tightened to the right. The rotating shaft 14 following the umbrella shaft 13 of the exothermic treatment device 1 is made of plastic, and the outer tip thereof is a polypropylene shaft 22. Turn 10 to the right and tighten it to the left to work loose. The shaft 8 is slippery and is provided with a non-slip 23 from the middle.

  The upper part of the exothermic treatment device 1 in FIG. 3 is a cord 6, and represents a cross-sectional view in which one part is cut open. The socket 17 of the concentrating bulb is made of ebonite, covered with plastic, and is the outer shell 18 of the socket 17. The rubber material 19 below it uses the socket 17 of the concentrating bulb as a stop.

  FIG. 4 is a cross-sectional view of a state in which the lid 3 of the umbrella 2 in FIG. The front side of the umbrella 2 is plastic that is resistant to heat, the middle side is the same sponge 20 material, and the inner thin film 21 is the same material plastic. The condenser bulb 4 of the heat source has 40 watts, a beam angle of 30 degrees, and is adjusted by the polyester net 12 of the lid 3, but the distance becomes a problem of adjustment depending on the place of treatment.

  In FIG. 4A, the screw button 10 at the tip of the umbrella shaft 13 is turned clockwise from the diseased part, so that the groove 16 is pinched and the screw button 10 is tightened, and the rotating shaft 14 is plastic 30 relative to the surrounding polypropylene 22. Since it is hard, when the rotary scale 14 and the scale 26 on the outer peripheral edge are aligned with each other, the desired position is reached. Once the treatment position has been decided, a switch is needed, and it is carried by hand to the affected area. The heat of the fever-type treatment device is generated. This heat relieves and dulls the pain and starts treatment. . The exothermic therapeutic instrument 1 characterized by this is a bending apparatus.

  FIG. 4B is a cross-sectional view taken along the line AA. The cross shape 23 is easily gripped by hand, and is easily slipped by the round shape of the shaft 8, and the subsequent small protruding cross is also a non-slip 9. When grasping here at the end of the shaft 8, the grip is stable, the cross-section of the core of the cross-shaped 23 is the central elliptical cord 6, and the round hole 24 is a circle through which the cord passes Shaped hole 24.

  In FIG. 5, the rotating shaft 14 is provided at the end of the umbrella shaft 13. When the screw button 10 is turned to the right, the screw is tightened, and when the screw button 10 is turned to the left, the screw is loosened. When the screw button 10 is turned to the right, the desired position comes when the rotary shaft is turned while the screw button 10 is still tightened.

The angle of the umbrella 2 is provided with a scale on the outer peripheral edge of the nut holder 27, and when this is combined with the scale 25 of the line at the center of the umbrella shaft and the scale 26 of the outer peripheral edge, first, A · 70 degrees. Then, 20 degrees is added and B · 90 degrees turns to 45 degrees one after another, C is 135 degrees, D is 180 degrees, E is 225 degrees, F is 270 degrees, and the maximum is G 290 degrees. To return, turn the screw button 10 to the left to loosen it, turn it to the right, and turn it back as before. It depends on the place of treatment. Then switch 11 is turned on.
It is better to bend the knee 90 degrees (see FIG. 8). The waist should be bent at 225 degrees E (see Fig. 9). The shoulder muscle should be bent at 225 degrees E (see Fig. 10). The tip of the foot is better bent 180 degrees of D (see FIG. 11).

  Normal is 90 degrees. When the screw button 10 is turned to the right, it is tightened, and when the umbrella shaft is turned, it slides. When the scale 25 of the line at the center of the umbrella shaft and the scale 26 of the outer periphery are aligned, first, A · 70 °, B · 90 °, C · 135 °, D · 180 °, E · 225 °, F · 270 °, and finally add 20 ° to select G · 290 °. You can choose an unlimited number of places.

  The solid line in Fig. 5 is normal B · 90 degrees, the dotted line shows the state of movement, and the dotted lines are A · 70 degrees, D · 180 degrees, F · 270 degrees G · 290 degrees There are no C / 135 degrees and E225 degrees, so if you write something without it, it will become so persistent that I stopped writing.

FIG. 6 (a) is a rear view of the bent state at a normal angle of B. 90 degrees. When the screw button 10 is turned to the right, the screw is tightened, the groove is 16 squeezed and the plastic 30 is hard, so the surrounding polypropylene 22 is soft. Therefore, the nut storage tool 27 is directly attached to the polypropylene 22 with an adhesive on the side opposite to the polypropylene 22 screw button 10 to prevent the nut storage tool 27 from moving.
When the scale 26 on the outer peripheral edge of the nut housing 27 and the scale 25 of the line at the center of the umbrella shaft are combined, a combination of A to G can be made.

FIG. 6 (b) shows a method of tightening when the screw button 10 is turned to the right and loosening when the screw button 10 is turned to the left. Hold it with the right hand of the fever type treatment device 1 and sit at an angle of 90 degrees to treat the knee.
FIG. 6 (c) shows that a circle, a circle, an outer periphery, a line, a numeral, and a letter are displayed on a plane.

FIG. 7 (a) is a rear view of the figure in the refraction state. A part of the figure is shown in a sectional view. When the screw button 10 is turned to the right, it is tightened, the groove is 16 squeezed, and the plastic 30 is hard. Since the polypropylene is soft, the rotating shaft slides.
The nut holder 27 is directly attached to the polypropylene 22 with an adhesive so that the nut holder 27 does not move.
When the scale 26 on the outer peripheral edge of the nut housing 27 is combined with the scale 25 on the line at the center of the umbrella shaft and the scale on the outer peripheral edge, a combination of A to G can be made.

FIG. 7B is a perspective view of the screw button 10 in which a bolt 29 is written.
When this screw button 10 is turned to the right, it is tightened, and when it is turned to the left, it is repeatedly loosened, and a desired location can be selected freely.

  Fig. 8 is the place where the fever-type treatment device 1 is held with the right hand and the knee is treated by sitting at an angle of B 90 degrees.

  Fig. 9 shows the treatment of the lower back by holding it with the right hand of the fever type treatment device 1 and sitting at an angle of 135 degrees.

  Fig. 10 shows the shoulder and neck being treated with the right hand of the fever type treatment device 1 and sitting at an angle of 135 degrees.

  Fig. 11 shows the treatment of toes and ankles by holding it with the right hand of the exothermic treatment device 1 and sitting at an angle of D and 180 degrees. Sitting on the ankle, heel and toes.

  The fever-type treatment device uses the heat generated by a concentrating bulb to warm up the knees, waist, shoulders and neck, arms, back, buttocks, flank, thighs, calves, ankles, heels and soles of the feet. However, it can also be applied as a lighting fixture for a desk by attaching a fixture on the desk.

DESCRIPTION OF SYMBOLS 1 Exothermic treatment instrument 2 Umbrella 3 Lid 4 Condensing light bulb 5 Stopper 6 Cord 7 Plug 8 Shaft 9 Non-slip 10 Screw button 11 Switch 12 Polyester net 13 Umbrella shaft 14 Rotating shaft 15 Nut 16 Groove 17 Condensing light bulb Socket 18 Socket outer shell 19 Rubber 20 Sponge 21 Thin film 22 inside the umbrella Polypropylene 23 Cross shape 24 Round hole 25 Scale of shaft 26 Scale of outer circle 27 Nut holder 28 Nut 29 Bolt 30 Plastic

  The present invention relates to a treatment for warming the knee, waist, shoulders, neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot using the heat generated by the concentrating bulb.

  A phototherapy device comprising: a lamp body having an electrode combustion section for causing arc discharge; and an AC power supply device for applying a predetermined AC voltage to the electrode combustion section, the AC voltage apparatus being a converter A phototherapy device characterized in that it is configured to convert alternating current to direct current and then convert the direct current to high frequency alternating current. The device is too complex and has drawbacks.

  In addition, in an infrared thermotherapy device provided with a ceramic heater member in which a heat generating coil is arranged as desired, a preheating circuit is incorporated in parallel with the power supply circuit of the heat generating coil, Infrared thermotherapy devices are characterized in that they are set to be energized at a current value smaller than the normal current of the power supply circuit, both of which are complicated, inconvenient and inconvenient.

  However, according to this device, since it is hand-held, it can reach the affected area sufficiently in one place, at most 15 minutes, and can be carried lightly and conveniently. The heat generated from the light bulb is used to warm the knees, hips, shoulders, neck, arms, back, hips, flank, thighs, calves, ankles, heels and soles of the feet.

Utility model registration documents

Provided is a far-infrared treatment device that can be stably formed by a simple structure, can be manufactured at an affordable price, is easy to wash, and works well on the body.
The main body of the treatment device applied to the affected area is mainly a hollow body covered with a surface cloth, and ceramic powder is kneaded with a curable adhesive and bonded to at least one of the inner and outer peripheral surfaces of the hollow body. A ceramic layer that generates far-infrared rays is formed, and an electrical heating element that promotes the generation of far-infrared rays is built in the center of the hollow body, and the internal temperature of the hollow body is sensed and held at the set temperature. A control device is provided.

Practical reference 1

Utility Model Registration No. 3153412

Patent Literature

In general, there are many types of simple infrared treatment devices that are installed on a flat surface. For this reason, there are inconveniences such that the arm cannot be taken long and the treatment position of the treatment subject is limited.
By providing and fixing a clamp on the leg, stability can be increased and the arm can be lengthened. Moreover, since it can be installed on the edge of a desk, the installation surface can be narrow. Therefore, the place restriction of the treatment subject is reduced.
JP-A-2005-342451

Utility model registration documents

Artificial zeolite is pulverized into powder, mixed in water and kneaded to make a small dish, dried, baked at high temperature to make a bakeware, and asked for a commercially available infrared therapy device, an electric shop or an opportunity shop Ask and warm up the screws that assemble the treatment device protective frame. After removing the assembled protective frame wire mesh, insert a small plate between the irradiation port and the protective wire mesh frame.
If you do not choose a heat-resistant dish, the small dish will be damaged by infrared heat, so be careful not to use an ordinary dish, choose a zeolite dish.

Practical reference 2

Utility Model Registration No. 3070950

  The problem to be solved is that it can be held in any affected area by hand, so that it can be done in 5 to 15 minutes at one place. Therefore, if the hand is tired, the affected area becomes too thick after 15 minutes or more.

  By turning the screw button at the tip of the umbrella shaft to the left and right, the screw button is tightened and loosened, but by turning the screw button counterclockwise, the screw button is loosened, and the end of the umbrella shaft becomes the rotation shaft. At the center of the end of the umbrella shaft close to, the scale of the shaft is provided. On the other hand, the holder of the nut itself is directly bonded to polypropylene, the scale of the directly bonded outer circle and the scale of the shaft are aligned, and the screw button is turned clockwise. Tighten to make a certain angle, and also loosen the screw button, first A · 70 degrees, B · 90 degrees, C · 135 degrees, D · 180 degrees, E · 225 degrees, F · 270 degrees , G · 290 degrees, the axis scale and the circumference circle scale can be combined to create a 7-level angle. Turn the screw button to the right until the desired affected area is located, and tighten it. It takes a switch to a heat-generating light, and treatment This providing a heating type treatment instrument, wherein this.

  The present invention relates to a treatment for heating the knee, waist, shoulders and neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot, using the heat generated by the concentrating bulb. The heat source of the light bulb warms the affected area, and this heat relieves pain and dull pain, so that there is an advantage that the pain and numbness are relieved and play an active role in treatment.

  For tall people, short people, high sitting people, low sitting people, non-standard people, and people whose scales are useless, if you do not match the axis scale with the outer circle scale, you can do it infinitely Once the treatment position has been determined, carry it with your hand. Turn the screw button to the right until you reach the desired affected area, lock it, and turn on the light that generates heat from the fever-type treatment device. This fever that provides treatment, relieves pain and soothes and provides treatment.

FIG. 1 is a perspective view of the whole exothermic treatment device and is an explanatory diagram. FIG. 2 is a perspective view of a part of a main part of the exothermic treatment instrument “where a exothermic condensing light bulb is attached.” FIG. FIG. 3 is a cross-sectional view of a state in which a part of the exothermic treatment device is cut open, and is a side view of “a heating type concentrating light bulb is attached.” FIG. FIG. FIG. 4A is a rear view in which the upper part of the umbrella is cut, and FIG. FIG. 5 is a left side view of the upper part of the umbrella shaft, with a scale on the outer circumference of the nut holder, with a center scale between the rear end portion of the umbrella shaft and the vicinity of the rotating shaft, Once the axis scale and the circumference circle scale are combined to determine the position to be treated, A70 degrees, B90 degrees, C135 degrees, D180 degrees, E225 degrees, F270 degrees, and G290 degrees are bent in seven stages. It is explanatory drawing. (B) A side view of the screw button, (b) a front view of the screw button, and (c) an outer circumference circle of the nut storage tool extended to a plane. (A) It is explanatory drawing which shows in one part sectional drawing the relationship of the state which tightened the screw button of the state of a polypropylene, and the state of a plastic. (B) A perspective view of a screw button. FIG. 8 is an explanatory diagram for treating the knee. FIG. 9 is an explanatory diagram for treating the lower back. FIG. 10 is an explanatory diagram treating the vicinity of the shoulder and neck muscles. FIG. 11 is an explanatory view for treating the toe of the foot and the neck of the foot.

  A fever-type treatment device uses the heat generated by a concentrating bulb to warm up the knee, waist, shoulders, neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot. So, the heat source of the bulb warmed the affected area, relieved pain and numbness, and realized the advantage of playing an active part in treatment.

  FIG. 1 shows an exothermic treatment device 1 in which an lid 2 of an umbrella 2 is opened, a light bulb 4 is attached, the lid 3 is closed, and the angle is 90 ° by fastening with a stopper 5, and the screw button 10 is moved left and right. Turn it counterclockwise to loosen it and turn it clockwise to tighten it. The tip of the cord 6 is connected to the umbrella 2 bulb, the other side passes through the shaft, the switch, the remainder is folded, and finally the plug 7. When using, the plug 7 is inserted into the outlet of the room and used as the fever type treatment device 1.

  The rotating shaft 14 followed by the umbrella shaft 13 is a plastic 30 and the outer end thereof is a polypropylene shaft 22, which tightens when the screw button 10 is turned to the right and loosens when turned to the left. The shaft 8 is round and has an intermediate cross 23 that is slippery. The remainder after that is a round shape of the shaft 8 and is easy to slide, and a non-slip 9 is inserted in a cross shape.

  FIG. 2 shows a state in which the lid 3 of the umbrella 2 of the exothermic treatment device 1 is opened. The outer side of the umbrella 2 is plastic and the inner sponge 20 is made of plastic and is resistant to heat. It won't get hot. The net 12 of the lid 3 is fastened with a stopper 5, and the net 12 of the lid 3 is made of polyester and is resistant to heat.

When the screw button 10 is turned to the left, it is loosened and tightened to the right. The rotating shaft 14 that follows the umbrella shaft 13 of the exothermic treatment device 1 is made of plastic, and the outer tip thereof is a polypropylene shaft 22. It is harder and softer than polypropylene, so if the screw button 10 is turned to the right, it will remain tightened (it will be tightened to some extent, not until it moves), and if the force is applied to the umbrella shaft 13, the rotating shaft 14 By turning around (sliding), the desired angle is obtained. Again, the tightening angle is determined until the screw button 10 is moved to the right, and the patient is in a position to treat.
The shaft 8 is slippery and is provided with a non-slip 23 from the middle.

  The upper part of the exothermic treatment device 1 in FIG. 3 is a cord 6, and represents a cross-sectional view in which one part is cut open. The socket 17 of the concentrating bulb is made of ebonite, covered with plastic, and is the outer shell 18 of the socket 17. The rubber material 19 below it uses the socket 17 of the concentrating bulb as a stop.

The lid 3 of the umbrella 2 shown in FIG. 3 is closed with a stopper 5, and the front side of the umbrella 2 is made of plastic that is resistant to heat, and the inner side is made of a sponge 20 made of the same material. 21 is a plastic made of the same material. The condensing bulb 4 of the heat source has 40 watts, a beam angle of 30 degrees, and the thickness is adjusted by the polyester net 12 of the lid 3, but the distance becomes a problem of adjustment depending on the place of treatment.

  In FIG. 4 (a), from the diseased part, the screw button 10 at the tip of the umbrella shaft 13 is turned clockwise so that the groove 16 is pinched and the screw button 10 is tightened, and the surrounding polypropylene 22 is not sticky and soft. Since the shaft 14 is hard with the plastic 30, the rotating shaft 14 is slid, while the scale 25 on the shaft and the surface scale 26 on the outer circumference circle are combined to form a desired angle. Once the treatment position has been decided, a switch is needed, and it is carried by hand to the affected area. The heat of the fever-type treatment device is generated. This heat relieves and dulls the pain and starts treatment. . This is a device with a fever type treatment instrument 1 characterized by this.

4B is a round shape of the shaft 8 and is slippery, so the middle is a cross-sectional view taken along the line AA. The cross shape 23 is easy to grip with a hand, and the subsequent small protruding cross is also a non-slip 9 is there. When gripping here at the end of the axis 8, the grip is stable.
The cross-sectional view of the core of the cross-shaped 23 is the central elliptical cord 6, and the round hole 24 is a round hole 24 through which the cord passes.

  In FIG. 5, the rotating shaft 14 is provided at the end of the umbrella shaft 13. When the screw button 10 is turned to the right, the screw is tightened, and when the screw button 10 is turned to the left, the screw is loosened. If the screw button 10 is turned to the right, it is kept in a tightened state (not to be tightened until it is moved, but is tightened to some extent), and further, if it is turned to the right, it is tightened until it is moved. The desired angle is obtained.

The angle of the umbrella 2 is provided with a scale 26 of the outer peripheral circle of the nut housing 27, and the axis scale 25 of the line at the center of the end of the umbrella shaft close to the rotation axis of the umbrella shaft 13 and the circumference of the outer peripheral circle. When combined with the scale 26, the first is A · 70 °, then 20 ° is added and B · 90 ° is bent to 45 ° one after another, C is 135 °, D is 180 °, E is 225 °, F is 270 Degree, the maximum is G 290 degrees bend. When returning, the screw button 10 is loosened when turned counterclockwise, tightened when turned clockwise, and tightened when the screw button 10 is turned clockwise. When the screw button 10 stops moving, the place of treatment is determined, the switch 11 is inserted, and the treatment starts.
It is better to bend the knee 90 degrees (see FIG. 8). The waist should be bent at 225 degrees E (see Fig. 9). The shoulder muscle should be bent at 225 degrees E (see Fig. 10). The tip of the foot is bent by 180 degrees of D (see FIG. 11).

  Normal is 90 degrees. When the screw button 10 is turned to the right, it is tightened. Further, when the umbrella shaft 3 is turned, it slides. When the axis scale 25 and the outer circumference circle scale 26 are aligned at the center of the umbrella shaft 13, the first is A · 70 °. , B · 90 degrees, C · 135 degrees, D · 180 degrees, E · 225 degrees, F · 270 degrees, and finally add 20 degrees to select G · 290 degrees. Is infinitely selectable and free.

  The solid line in FIG. 5 is a normal B.90 degrees, the dotted line shows the state of movement, and the dotted lines are not written as A.70 degrees, D.180 degrees, F.270 degrees G.290 degrees. No. is C ・ 135 degrees and E225 degrees, so if you write something without it, it will become very persistent, so I stopped writing. When the axis scale 25 and the outer circumference scale 26 are combined, angles of A to G7 can be made.

FIG. 6A is a rear view of the umbrella shaft 13 extended at 180 degrees, and the scale 25 of the shaft having a line in the center of the umbrella shaft 13 is made of plastic 30. FIG.
A nut holder 27 is directly bonded to the polypropylene 22 with an adhesive on the side opposite to the polypropylene 22 screw button 10 to prevent the nut holder 27 from moving.
When the screw button 10 is turned to the right (front in the drawing), it is tightened, and the groove is squeezed, the plastic 30 is hard, so that the surrounding polypropylene 22 is soft and slips.

  FIG. 6 (b) shows a method of tightening when the screw button 10 is turned to the right and loosening when the screw button 10 is turned to the left. FIG. 6 (c) shows that a circle 25, a circle 25, an outer circle scale 25, an outer circumference 15, a line, a number, and a letter are displayed on a plane.

FIG. 7 (a) shows a situation in which the umbrella shaft 13 is extended by 180 degrees and is a rear view of the figure. A part of the figure is shown in a cross-sectional view. Since the plastic 30 is hard, the rotation axis slides because the surrounding polypropylene is soft.
A treatment angle can be obtained by aligning the scale 26 of the outer circumference of the nut housing 27 with the scale 25 of the line at the center of the umbrella shaft 13 and the scale 26 of the outer circumference.

FIG. 7B is a perspective view of the screw button 10 in which a bolt 29 is written.
When this screw button 10 is turned to the right, it is tightened, and when it is turned to the left, it is repeatedly loosened, and a desired angle can be selected freely.

  Fig. 8 is the place where the fever-type treatment device 1 is held with the right hand and the knee is treated by sitting at an angle of B 90 degrees.

  Fig. 9 shows the treatment with the right hand of the fever type treatment device 1 and sitting at an angle of 135 degrees.

  Fig. 10 shows the treatment of the sitting shoulder and neck by holding the right hand of the fever-type treatment device 1 at an angle of C · 135 degrees.

  Fig. 11 shows the treatment of toes and ankles by holding it with the right hand of the exothermic treatment device 1 and sitting at an angle of D and 180 degrees. Sitting on the ankle, heel and toes.

  The fever-type treatment device uses the heat generated by a concentrating bulb to warm up the knees, waist, shoulders and neck, arms, back, buttocks, flank, thighs, calves, ankles, heels and soles of the feet. However, it can also be applied as a lighting fixture for a desk by attaching a fixture on the desk.

DESCRIPTION OF SYMBOLS 1 Exothermic treatment instrument 2 Umbrella 3 Lid 4 Condensing light bulb 5 Stopper 6 Cord 7 Plug 8 Shaft 9 Non-slip 10 Screw button 11 Switch 12 Polyester net 13 Umbrella shaft 14 Rotating shaft 15 Outer peripheral edge 16 Groove 17 Condensing type Light bulb socket 18 Socket skin 19 Rubber 20 Sponge 21 Thin film 22 inside the umbrella Polypropylene 23 Cross shape 24 Round hole 25 Shaft scale 26 Cross section scale 27 Outer frame cross section 27 Nut holder 28 Nut 29 Bolt 30 Plastic

  The present invention relates to a treatment for warming the knee, waist, shoulders, neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot using the heat generated by the concentrating bulb.

  A phototherapy device comprising: a lamp body having an electrode combustion section for causing arc discharge; and an AC power supply device for applying a predetermined AC voltage to the electrode combustion section, the AC voltage apparatus being a converter A phototherapy device characterized in that it is configured to convert alternating current to direct current and then convert the direct current to high frequency alternating current. The device is too complex and has drawbacks.

  In addition, in an infrared thermotherapy device provided with a ceramic heater member in which a heat generating coil is arranged as desired, a preheating circuit is incorporated in parallel with the power supply circuit of the heat generating coil, Infrared thermotherapy devices are characterized in that they are set to be energized at a current value smaller than the normal current of the power supply circuit, both of which are complicated, inconvenient and inconvenient.

  However, according to this device, since it is hand-held, it can reach the affected area sufficiently in one place, at most 15 minutes, and can be carried lightly and conveniently. The heat generated from the light bulb is used to warm the knees, hips, shoulders, neck, arms, back, hips, flank, thighs, calves, ankles, heels and soles of the feet.

Utility model registration documents

Provided is a far-infrared treatment device that can be stably formed by a simple structure, can be manufactured at an affordable price, is easy to wash, and works well on the body.
The main body of the treatment device applied to the affected area is mainly a hollow body covered with a surface cloth, and ceramic powder is kneaded with a curable adhesive and bonded to at least one of the inner and outer peripheral surfaces of the hollow body. A ceramic layer that generates far-infrared rays is formed, and an electrical heating element that promotes the generation of far-infrared rays is built in the center of the hollow body, and the internal temperature of the hollow body is sensed and held at the set temperature. A control device is provided.

Practical reference 1

Utility Model Registration No. 3153412

In general, there are many types of simple infrared treatment devices that are installed on a flat surface. For this reason, there are inconveniences such that the arm cannot be taken long and the treatment position of the treatment subject is limited.
By providing and fixing a clamp on the leg, stability can be increased and the arm can be lengthened. Moreover, since it can be installed on the edge of a desk, the installation surface can be narrow. Therefore, the place restriction of the treatment subject is reduced.
JP-A-2005-342451

Utility model registration documents

Artificial zeolite is pulverized into powder, mixed in water and kneaded to make a small dish, dried, baked at high temperature to make a bakeware, and asked for a commercially available infrared therapy device, an electric shop or an opportunity shop Ask and warm up the screws that assemble the treatment device protective frame. After removing the assembled protective frame wire mesh, insert a small plate between the irradiation port and the protective wire mesh frame.
If you do not choose a heat-resistant dish, the small dish will be damaged by infrared heat, so be careful not to use an ordinary dish, choose a zeolite dish.

Practical reference 2

Utility Model Registration No. 3070950

  The problem to be solved is that it can be held in any affected area by hand, so that it can be done in 5 to 15 minutes at one place. If the hand is tired, the affected area will become too hot after 15 minutes.

  By turning the screw button at the tip of the umbrella shaft to the left and right, the screw button is tightened and loosened, but the end of the umbrella shaft becomes the rotating shaft, a scale is provided at the center of the umbrella shaft, and the nut is stored in the polypropylene at the tip The tool is directly bonded to the opposite side of the screw button, and the rotary shaft is centered on the directly bonded nut and bolt of the screw button. A scale is provided on the outer circumference of the storage tool, and the scale and the center of the axis are the scale 25. To make a certain angle, loosen the screw button, A is 70 degrees, B is 90 degrees, C is 135 degrees, D is 180 degrees, E is 225 degrees, F is 270 degrees, G is 290 degrees As the center of the axis is aligned with the scale of the outer circumference circle, A to G can be made in 7 stages, providing treatment, and this is a fever type treatment instrument characterized by this .

  The present invention relates to a treatment for heating the knee, waist, shoulders and neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot, using the heat generated by the concentrating bulb. The heat source of the light bulb warms the affected area, and this heat relieves pain and dull pain, so that there is an advantage that the pain and numbness are relieved and play an active role in treatment.

  For tall people, short people, high sitting people, low sitting people, non-standard people, and people whose scales are useless, if you do not match the axis scale with the outer circle scale, you can do it infinitely Once the treatment position has been determined, carry it with your hand. Turn the screw button to the right until you reach the desired affected area, lock it, and turn on the light that generates heat from the fever-type treatment device. This fever that provides treatment, relieves pain and soothes and provides treatment.

FIG. 1 is a perspective view of the whole exothermic treatment device and is an explanatory diagram. FIG. 2 is a perspective view of a part of a main part of the exothermic treatment instrument “where a exothermic condensing light bulb is attached.” FIG. FIG. 3 is a cross-sectional view of a state in which a part of the exothermic treatment device is cut open, and is a side view of “a heating type concentrating light bulb is attached.” FIG. FIG. FIG. 4A is a rear view in which the upper part of the umbrella is cut, and FIG. 4B is an explanatory view of a cross-sectional view taken along the line AA. FIG. 5 is a left side view of the upper part of the umbrella shaft, with a scale on the outer circumference of the nut holder, with a center scale between the rear end portion of the umbrella shaft and the vicinity of the rotating shaft, Once the axis scale and the outer circle scale are combined to determine the position for treatment, A is 70 degrees, B is 90 degrees, C is 135 degrees, D is 180 degrees, E is 225 degrees, and F is 270 degrees and G are explanatory diagrams that bend in seven stages of 290 degrees. (B) A side view of the screw button, (b) a front view of the screw button, and (c) an outer circumference circle of the nut storage tool extended to a plane. (A) It is explanatory drawing which shows in one part sectional drawing the relationship of the state which tightened the screw button of the state of a polypropylene, and the state of a plastic. (B) A perspective view of a screw button. FIG. 8 is an explanatory diagram for treating the knee. FIG. 9 is an explanatory diagram for treating the lower back. FIG. 10 is an explanatory diagram treating the vicinity of the shoulder and neck muscles. FIG. 11 is an explanatory view for treating the toe of the foot and the neck of the foot.

  A fever-type treatment device uses the heat generated by a concentrating bulb to warm up the knee, waist, shoulders, neck, arms, back, buttocks, flank, thigh, calf, ankle, heel, and sole of the foot. So, the heat source of the bulb warmed the affected area, relieved pain and numbness, and realized the advantage of playing an active part in treatment.

FIG. 1 shows an exothermic treatment instrument 1, which has a lid 3 of an umbrella 2, a light bulb 4 is attached, and the lid 3 is closed.
The screw 5 is tightened with the stopper 5 and the angle is 90 °. The screw button 10 can be moved to the left and right, loosen when turned to the left, and tighten when turned to the right. The tip of the cord 6 is connected to the umbrella 2 bulb, the other side passes through the shaft, the switch, the remainder is folded, and finally the plug 7. When using, the plug 7 is inserted into the outlet of the room and used as the fever type treatment device 1.

  The rotating shaft 14 followed by the umbrella shaft 13 is a plastic 30 and the outer end thereof is a polypropylene shaft 22, which tightens when the screw button 10 is turned to the right and loosens when turned to the left. The shaft 8 is round and has an intermediate cross 23 that is slippery. The remainder after that is a round shape of the shaft 8 and is easy to slide, and a non-slip 9 is inserted in a cross shape.

  FIG. 2 shows a state in which the lid 3 of the umbrella 2 of the exothermic treatment device 1 is opened. The outer side of the umbrella 2 is plastic and the inner sponge 20 is made of plastic and is resistant to heat. It won't get hot. The net 12 of the lid 3 is fastened with a stopper 5, and the net 12 of the lid 3 is made of polyester and is resistant to heat.

When the screw button 10 is turned to the left, it is loosened and tightened to the right. The rotating shaft 14 that follows the umbrella shaft 13 of the exothermic treatment device 1 is made of plastic, and the outer tip thereof is a polypropylene shaft 22. Since it is hard and softer than polypropylene, it turns tight when the screw button 10 is turned to the right (it is tightened to some extent rather than tightening until it moves). The desired angle can be obtained by turning around. Again, the tightening angle is determined until the screw button 10 is moved to the right, and the patient is in a position to treat.
The shaft 8 is slippery and is provided with a non-slip 23 from the middle.

  The upper part of the exothermic treatment device 1 in FIG. The socket 17 of the concentrating bulb is made of ebonite, covered with plastic, and is the outer shell 18 of the socket 17. The rubber material 19 below it uses the socket 17 of the concentrating bulb as a stop.

  The lid 3 of the umbrella 2 shown in FIG. 3 is closed with a stopper 5, and the front side of the umbrella 2 is made of plastic that is resistant to heat, and the inner side is made of a sponge 20 made of the same material. 21 is a plastic made of the same material. The condensing bulb 4 of the heat source has 40 watts, a beam angle of 30 degrees, and the thickness is adjusted by the polyester net 12 of the lid 3, but the distance becomes a problem of adjustment depending on the place of treatment.

  In FIG. 4 (a), from the diseased part, the screw button 10 at the tip of the umbrella shaft 13 is turned to the right so that the groove 16 is pinched and the screw button 10 is tightened, and the surrounding polypropylene 22 is not sticky and soft. Since the shaft 14 is hard with the plastic 30, the rotating shaft 14 is slid, while the scale 25 on the shaft and the surface scale 26 on the outer circumference circle are combined to form a desired angle. Once the treatment position has been decided, a switch is needed, and it is carried by hand to the affected area. The heat of the fever-type treatment device is generated. This heat relieves and dulls the pain and starts treatment. . This is a device with a fever type treatment instrument 1 characterized by this.

4B is a round shape of the shaft 8 and is slippery, so the middle is a cross-sectional view taken along the line AA. The cross shape 23 is easy to grip with a hand, and the subsequent small protruding cross is also a non-slip 9 is there. When gripping here at the end of the axis 8, the grip is stable.
The cross-sectional view of the core of the cross-shaped 23 is the central elliptical cord 6, and the round hole 24 is a round hole 24 through which the cord passes.

  In FIG. 5, the rotating shaft 14 is provided at the end of the umbrella shaft 13. When the screw button 10 is turned to the right, the screw is tightened, and when the screw button 10 is turned to the left, the screw is loosened. If the screw button 10 is turned to the right, it is kept in a tightened state (not to be tightened until it is moved, but is tightened to some extent), and further, if it is turned to the right, it is tightened until it is moved. The desired angle is obtained.

The angle of the umbrella 2 is provided with a scale 26 of the outer peripheral circle of the nut housing 27, and the axis scale 25 of the line at the center of the end of the umbrella shaft close to the rotation axis of the umbrella shaft 13 and the circumference of the outer peripheral circle. When combined with scale 26, A is 70 degrees, 20 degrees is added, B is bent 90 degrees and 45 degrees one after another, C is 135 degrees, D is 180 degrees, E is 225 degrees, F is 270 degrees, the highest Is a 290 degree turn of G. When returning, the screw button 10 is loosened when turned counterclockwise, tightened when turned clockwise, and tightened when the screw button 10 is turned clockwise. When the screw button 10 stops moving, the place of treatment is determined, the switch 11 is turned on, and the treatment starts.
It is better to bend the knee 90 degrees (see FIG. 8). The waist should be bent at 225 degrees E (see Fig. 9). The shoulder muscle should be bent at 225 degrees E (see Fig. 10). The tip of the foot is bent by 180 degrees of D (see FIG. 11).

  Normal is 90 degrees. When the screw button 10 is turned to the right, it is tightened. Further, when the umbrella shaft 3 is turned, it slides. When the shaft scale 25 and the outer circle scale 26 are aligned with the center of the umbrella shaft 13, A is 70 degrees and B is 90 degrees, C is 135 degrees, D is 180 degrees, E is 225 degrees, F is 270 degrees, the last is 20 degrees, and G is selected to be 290 degrees. You can choose freely.

  The solid line in Fig. 5 shows that the normal B is 90 degrees and the dotted line shows the state of movement, and the dotted line shows that A is 70 degrees, D is 180 degrees, F is 270 degrees, G is 290 degrees The reason for not writing is 135 degrees for C and 225 degrees for E, and if you write something that is not there, it will become very persistent, so I stopped writing. When the axis scale 25 and the outer circumference circle scale 26 are combined, there are seven A to G, and therefore seven degrees of angles can be made.

FIG. 6 (a) is a rear view of the umbrella shaft 13 extended at 180 degrees, and the shaft 25 having a line at the center of the umbrella shaft 13 is made of plastic 30.
A nut holder 27 is directly bonded to the polypropylene 22 with an adhesive on the side opposite to the polypropylene 22 screw button 10 to prevent the nut holder 27 from moving.
When the screw button 10 is turned to the right (before in the drawing), it is tightened, the groove is 16 squeezed, and the plastic 30 is hard and slips because the surrounding polypropylene 22 is soft.

  FIG. 6 (b) shows a method of tightening when the screw button 10 is turned to the right and loosening when the screw button 10 is turned to the left. FIG. 6 (c) shows that a circle 25, a circle 25, an outer circle scale 25, an outer circumference 15, a line, a number, and a letter are displayed on a plane.

FIG. 7 (a) shows a situation in which the umbrella shaft 13 is extended at 180 degrees, and is a rear view of the figure. A part of the figure is shown in a sectional view. Since the plastic 30 is hard, the rotation axis slides because the surrounding polypropylene is soft.
A treatment angle can be obtained by aligning the scale 26 of the outer circumference of the nut housing 27 with the scale 25 of the line at the center of the umbrella shaft 13 and the scale 26 of the outer circumference.

FIG. 7B is a perspective view of the screw button 10 in which a bolt 29 is written.
When this screw button 10 is turned to the right, it is tightened, and when it is turned to the left, it is repeatedly loosened, and a desired angle can be selected freely.

  Fig. 8 is the place where the fever-type treatment device 1 is held with the right hand and the knee is treated by sitting at an angle of B 90 degrees.

  Fig. 9 shows the treatment with the right hand of the fever type treatment device 1 and sitting at an angle of 135 degrees.

  Fig. 10 shows the treatment of the sitting shoulder and neck by holding the right hand of the fever-type treatment device 1 at an angle of C · 135 degrees.

  Fig. 11 shows the treatment of toes and ankles by holding it with the right hand of the exothermic treatment device 1 and sitting at an angle of D and 180 degrees. Sitting on the ankle, heel and toes.

  The fever-type treatment device uses the heat generated by a concentrating bulb to warm up the knees, waist, shoulders and neck, arms, back, buttocks, flank, thighs, calves, ankles, heels and soles of the feet. However, it can also be applied as a lighting fixture for a desk by attaching a fixture on the desk.

DESCRIPTION OF SYMBOLS 1 Exothermic treatment instrument 2 Umbrella 3 Lid 4 Condensing light bulb 5 Stopper 6 Cord 7 Plug 8 Shaft 9 Non-slip 10 Screw button 11 Switch 12 Polyester net 13 Umbrella shaft 14 Rotating shaft 15 Outer peripheral edge 16 Groove 17 Condensing type Light bulb socket 18 Socket skin 19 Rubber 20 Sponge 21 Thin film 22 inside the umbrella Polypropylene 23 Cross shape 24 Round hole 25 Shaft scale 26 Cross section scale 27 Outer frame cross section 27 Nut holder 28 Nut 29 Bolt 30 Plastic

Claims (1)

  By rotating the screw button 10 at the tip of the umbrella shaft 13 toward the front, the screw button 10 is tightened. When the screw button 10 is tightened, the scale 25 of the rotary shaft 14 and the scale 26 of the outer periphery around the nut housing 27 are provided. Glue the nut holder 27 directly to the opposite side of the screw button 10 and leave it alone if it does not move. At first, A · 70 °, B · 90 °, C · 135 °, D · 180 °, E · 225 °, F -270 degrees G, 290 degrees, 7 scales can be adjusted, and it can be done infinitely as long as the scales are not matched. When the position to be treated is determined by moving up and down to the desired location, switch 11 is required. A fever-type treatment that is carried by hand to the location of the affected area, emits the heat of a fever-type treatment instrument, and this heat relieves and dulls pain and provides treatment Ingredients 1.

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