JP2006081631A - Moxa cautery lighting device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a moxa cautery lighting device which can safely and surely light moxa and can perform even a moxa cautery on the back by a user himself alone. <P>SOLUTION: A switch is provided on a handle which is gripped by hand, and also, the distal end of a barrel tube on the extension of the handle is bent at a right angle, and a filament is provided on its external end. Then, a piece of moxa is lit by the heating of the filament. Also, the barrel tube is made bendable, and a small mirror is attached. Thus, while the positions of a heating element and the piece of moxa are checked by reflecting the images on another fixed mirror, lighting is performed, and danger for burn and so forth around the skin on which the piece of moxa is placed is eliminated. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention is applied to a device for igniting mogus for mochi so that it can be ignited safely and easily, and the mochi can be placed on the back and other parts without bothering other people's hands. It is related with the soot ignition device which can do.

  Conventionally, when igniting the heel for glazing, the top of the heel placed in a local area such as an acupoint of a human body is lit by a match or a lighter.

  In addition, there has been an igniter in which one end is formed as a concave portion, and a scissors are inserted into a scissor-inserting cut portion formed in a part of the concave portion to ignite the scissors with a lighter (see, for example, Patent Document 1).

In order to increase the pot effect, it is said that the acupuncture point should be unraveled with a vibrator before the pot, and there was a vibrator igniter with a portable lighter with a vibrator on one end and an igniter on the other end (for example, Patent Document 2).
JP-A-9-38172 JP 2001-104427 A

  Conventionally, when igniting the firewood, the firewood was lit with a match or a lighter. It was difficult and sometimes caused irritation around the skin with the folds.

  When applying glazing to the head, back neck, calf, etc., it was extremely difficult and dangerous to ignite a match or lighter with the flame direction accurately aligned with the top of the heel.

  There are large vertebrae, porcelain tracts, body pillars, etc. as acupuncture points on the spine upper spine, which is the longitudinal center of the back, and it has been found that glazing is effective for neck, shoulder stiffness, and eye fatigue. However, there was no choice but to help a third party to ignite these areas.

  In the present invention, in order to eliminate the above-mentioned drawbacks, the filament is heated by using a battery so as to hold the bowl, and the basket can be ignited only by lightly pressing the filament against the top of the bowl. By using the apparatus of the present invention, it is possible to eliminate various dangers of ignition by matches and lighters, and to facilitate ignition work to difficult parts such as the head, rear neck and calf.

  In addition, by providing a small mirror on the flexible shaft tube of the present invention, it is possible to easily ignite a part such as the spine and spine, which cannot be ignited by the person alone, without bothering another person's hand.

  The bowl ignition device 1 according to the present invention includes a handle 2 to be gripped by a hand, a fixed shaft tube 3 provided on an extension of the handle 2, a distal end of the fixed shaft tube 3 bent at a right angle, and a heat generation provided at an outer end thereof. A body mounting portion 4, a heating element such as a filament 5 attached to the heating body mounting portion 4, a battery storage portion 9 provided in a hollow portion in the handle 2, and a battery storage cover 10 for inserting and fixing the battery 8. The switch 6 is mounted in the vicinity of the handle 2 and the shaft tube, and the coated conductor wire is connected to the heating element mounting portion 4 through the hollow portion of the fixed shaft tube 3.

  A battery 8 is inserted into the battery housing portion 9 in the hollow portion of the handle 2 and a switch 6 is provided in front of the handle 2. The switch 6 is normally in an off state, but is turned on when pressed with a finger. The filament 5 is energized from the coated lead wire passing through the hollow portion 3 to generate heat. When the finger is released from the switch 6, the switch 6 is turned off, the power from the battery 8 is cut off, and heat generation stops (FIGS. 1 and 2).

  The handle 5 is moved to position the filament 5 as a heating element at the outer end of the shaft tube, the switch 6 is turned on to energize the filament 5 to generate heat, and the filament 5 is lightly brought into contact with the top of the flange 7. Ignite. Since the heating element is only the coil portion of the filament 5, no flame is generated unlike a match or a lighter, and there is no influence on the skin surrounding portion where the heel 7 is placed.

  When the ignition operation is difficult due to the head, the rear neck, the calf 13 and the like, the flexible shaft tube 11 is used instead of the fixed shaft tube 3. Since the flexible shaft tube 11 can be bent in all directions, up and down, left and right, the flexible shaft tube 11 can be bent and adjusted so that the filament 5 can be in horizontal contact with the top of the rod 7 placed at the site. And ignite.

  A ball joint mounting bracket 15 is provided in the vicinity of the heating element mounting portion 4 on the fixed shaft tube 3 or the flexible shaft tube 11, and the ball joint mounting bracket 15 is small through a mirror mounting base 14 fixed to the ball joint 16. A mirror 12 is attached. In the case of igniting the heel 7 placed on the spine 18 or the like, the small mirror 12 can be moved freely around the ball joint 16, so the flexible shaft tube 11 is bent to align and fix the small mirror 12. By confirming the position of the kite 7 with the mirror 17, the filament 5 can be brought into contact with the kite 7 alone to ignite.

  When igniting the heel for glazing, the top of the heel has been lit by a match or lighter, but the match or lighter has a risk of causing inflammation around the skin where the heel is placed. there were. However, since the present invention uses a battery and a filament as a heating element, it can ignite only at the contact portion with the filament of the cocoon, and a safe and reliable ignition operation can be performed.

  By making the shaft tube to which the filament is attached flexible, the shaft tube can be freely bent and adjusted to ignite, so it can be easily applied to heels placed on the head, rear neck, calves, etc. Can be maintained.

  In the spine spine where the position to support the bowl is the longitudinal center of the back, it was extremely difficult for the person himself to light the bowl and he had to rely on a third party. However, by attaching a small mirror to the flexible shaft tube of the present invention, it is possible to determine the position of the eyelid while observing the filament part through the small mirror, so that the ignition can be performed by yourself without bothering other people's hands. Can do.

  Conventionally, as a method of igniting the kite 7 for glazing, a match or a lighter has been used. However, since flames are generated, it is possible to accurately shoot the kite 7 with slight tremors of the hands and body or slight winds. It was difficult to ignite with a flame at the top, and there was a risk of causing inflammation around the skin where the heel 7 was placed.

  When applying to the head, rear neck, calf 13, etc., it is difficult to match the flame direction to the ignition position of the heel 7 with a match or lighter. It was very difficult to do, and there was no other way but to get help from others.

  In order to solve these problems and inconveniences, the bowl ignition device 1 of the present invention includes a handle 2 that is gripped by hand, a fixed shaft tube 3 provided on an extension of the handle 2, and a tip of the fixed shaft tube 3. A heating element mounting portion 4 bent at a right angle and provided at the outer end thereof, and a filament 5 mounted on the heating element mounting portion 4 are mainly used (FIG. 1).

  The handle 2 is hollow and is provided with a battery housing portion 9 therein. A battery housing cover 10 is attached to the battery 8 insertion port of the battery housing portion 9 to house and fix the battery 8. Two coated conductors are provided on the inner side of the battery housing 9 and are connected to the switch 6, the battery 8, and the heating element provided in the vicinity of the handle 2 and the fixed shaft tube 3 (FIGS. 1 and 2). ).

  The switch 6 is normally in an off state and protrudes outward by a spring or the like. When the switch 6 is pressed with a finger, the switch 6 is in an on state and energizes the filament 5 by the coated conductor provided in the hollow portion of the fixed shaft tube 3 to generate heat. When the finger is released from the switch 6, the power from the battery 8 is cut off and heat generation stops. The switch 6 may be provided on the upper surface or the lower surface of the handle 2 (FIGS. 1 and 2).

  The flexible shaft tube 11 is used in place of the fixed shaft tube 3 for a portion where ignition operation is difficult, such as a porridge to the head, the rear neck muscle, the calf 13 and the like. Since the flexible shaft tube 11 can be bent in all directions, the flexible shaft tube 11 is bent and adjusted so that the filament 5 is in horizontal contact with the top of the rod 7 placed on the calf 13 or the like. Let The flexible shaft tube 11 is hollow like the fixed shaft tube 3 and is electrically connected to the battery 8 and the filament 5 through the switch 6 by the coated conductors wired in the tube (FIG. 3, FIG. 3). FIG. 4).

A ball joint mounting bracket 15 is mounted near the heating element mounting portion 4 of the flexible shaft tube 11, a ball joint 16 is mounted on the ball joint mounting bracket 15, and a small mirror 12 is fitted to the ball portion of the ball joint 16. A mirror mount 14 is provided for this purpose. Since the small mirror 12 can be freely rotated by the ball joint 16, the position of the eyelid 7 can be easily confirmed by projecting the eyelid 7 on the small mirror 12 (FIGS. 5 and 6).

  A fixed mirror 17 is placed on the outside, and a small mirror 12 is projected there to confirm the position of the kite 7, and the top of the kite 7 can be accurately ignited to raise the kite (FIG. 7). Conventionally, it has been difficult to ignite the heel 7 placed on the spine back 18 or the like unless the other person's hand is bothered, but by using two mirrors, the heel 7 can be ridden by himself.

  When the heel 7 is ignited by being placed on the spine 18 or the like in this way, the position of the heel 7 and the position of the filament 5 are projected on the small mirror 12 in the X direction, and the image is projected on the fixed mirror 17 in the Y direction. The position and direction of the flexible shaft tube 11 and the small mirror 12 are finely adjusted while visually confirming the position from the direction, the alignment is confirmed, and the switch 6 is pressed to ignite (FIG. 7).

  In addition, a connection plug male 19 may be provided on the handle 2 side and a connection plug female 20 may be provided on the other fixed shaft tube 3 or flexible shaft tube 11 side at the connection portion between the handle 2 and the shaft tube. By providing a connection plug at the connection between the handle 2 and the shaft tube, the fixed shaft tube 3 and the flexible shaft tube 11 can be arbitrarily selected and attached to the handle 2 (FIG. 8).

  An ignition test was conducted using a fixed shaft tube having a total length of 150 mm, a fixed shaft tube length of 90 mm, and a soot igniter equipped with a battery AA (1.5 V) × 2 and a filament diameter of 0.2 mm × 8 turns. The scissors were placed in 15 places on the chest, abdomen, and front of the shoulders, and the top of the scissors was ignited by this device, but the scissors could be safely and reliably ignited without touching the skin.

  The ignition test was conducted using a soot igniter equipped with a flexible shaft tube having a total length of 200 mm, a flexible shaft tube length of 140 mm, a battery AA (1.5 V) × 2, and a filament diameter of 0.2 mm × 8 windings. When the rods placed on the rear neck and eight calves were ignited by bending the shaft tube horizontally against the top of the rod, it was possible to apply the rod relatively easily.

  A flexible shaft tube with a total length of 300 mm and a flexible shaft tube length of 240 mm is provided with a ball joint at a location 30 mm from the heating element mounting portion, and a small mirror with a width of 100 mm and a height of 80 mm is attached to the small mirror mounting base. An ignition test was conducted using the soot ignition device. Place the heel on the dorsum of the spine, place the fixed mirror, flex the flexible tube, adjust it, move the small mirror while looking at the fixed mirror, check the position of the heel reflected on the filament, and gently light the filament Press to ignite. I was able to confirm that ignition work was sufficient by myself.

A soot igniter using a fixed shaft tube AA sectional view of FIG. Soot igniter using flexible shaft tube Fig. 2 is a state of burning of the calf portion using a flexible shaft tube type porridge ignition device. A soot igniter using a flexible shaft tube with a small mirror Part B enlarged view of FIG. Spine back porridge ignition state diagram using flexible shaft tube type porridge ignition device with small mirror Exchange state diagram of fixed shaft tube, flexible shaft tube, flexible shaft tube with small mirror

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Soot ignition device 2 Grasping handle 3 Fixed shaft tube 4 Heating element mounting part 5 Filament 6 Switch 7 ８ 8 Battery 9 Battery storage part 10 Battery storage cover 11 Flexible shaft tube 12 Small mirror 13 Scalpel 14 Mirror mounting base 15 Ball joint mounting Metal fitting 16 Ball joint 17 Fixed mirror 18 Back spine 19 Connection plug male 20 Connection plug female

Claims (5)

  An ignition device for igniting a bowl of a bowl, a handle gripped by a hand, a fixed shaft tube provided on an extension of the handle, and a heat generated by bending the tip of the fixed shaft tube at a right angle A body mounting portion, a heating element such as a filament attached to the heating body mounting portion, a battery storage portion provided in a hollow portion in the handle, a battery storage cover for storing and fixing a battery inserted in the battery storage portion, and the grip A soot igniter comprising a switch provided in the vicinity of a handle and a coated conductor for energizing a heating element through a hollow portion of the fixed shaft tube.   2. The bowl ignition device according to claim 1, wherein the fixed shaft tube is replaceable with a flexible flexible shaft tube.   A ball joint mounting bracket having a ball joint is provided on the fixed shaft tube or the flexible shaft tube, a mirror mounting base is fixed to the ball joint, and a small mirror is mounted on the mirror mounting base. Item 3. The rice cake igniter according to claim 1 or 2.   The soot ignition device according to any one of claims 1 to 3, wherein the heating element is attached to the heating element mounting portion in a freely replaceable manner.   A soot ignition method using the soot ignition device according to any one of claims 1 to 4 to contact and ignite a heating element of the device in contact with the top of the soot.