JPS59139259A - Vibration massage machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to a vibrating pine surgery machine, and more particularly to a vibrating pine surgery machine having a vibrating pine surgery section equipped with a heat treatment element.

[Background technology]

It is said that adding a heating function to a vibrating masosurge machine will enable more effective pine surges. By the way, a heating device is generally composed of a heat treatment element and a heating plate as a good thermal conductor, and is formed by attaching a heat treatment device to the heating plate. In the case of the pine surge machine, the vibrating part has a built-in vibration source, and -9 is fixed to it, and the heating plate is attached to the vibrating part so that it is thermally connected to -9.
The heat supply from the heating plate to the heating plate varies greatly depending on the connection between the heating plate and the heating plate. This could only be done after everything had been assembled, and if a defect occurred, it would have to be disassembled each time.

[Purpose of the invention]

The present invention has been made in view of these points, and it is an object of the present invention to provide a vibrating pine massage machine that allows easy checking of the temperature characteristics of a heat treatment element and subsequent processing thereof.

[Disclosure of the invention]

In the first row of misfires, the thermal treatment element is installed on the outer surface of the vibration-driven head, and the thermal treatment element is made of a heating plate made of a good thermal conductor and configured as a unit with -9 attached, and is attached to the head. This feature makes it possible to check the temperature characteristics of the thermal treatment before attaching it to the head.

The present invention will be described in detail based on the illustrated embodiment.
is the head, (2) is the main body, and the main body (2) is formed as a holding part and is provided with a switch (8), and a power cord (9) is led out from the rear end. As shown in the figure, it has a built-in heptad (3). The head (1) is formed into a cylindrical shape by an upper cover (11) and a lower cover (12) joined to it.A cushion cover (I4) made of a soft material such as soft polyethylene resin is provided on the outer surface of the tip. It can be seen that several parts of the heating plate (13) made of a hard and good thermal conductor such as aluminum in the heating element (7) are separated, and the main body (2
) and head [1) are made by Mutuzu Co., Ltd. whose outer peripheral surface is vibration-proof.
They are connected by a coil-shaped connection spring (5) coated with. This connection spring [5] il''j: Connect one end of it to the main body (2
) is fixed to the front end cover (2, ++) with a connecting fitting (21), and the top cover (11) and bottom cover (
12), the other end of which is fixed to the part of the pedestal (15) that protrudes into the lower cover (12); A connecting spring cover (19) is installed between the cover (2) and '' of the lower cover and the main body (2). ) rotatably supports the head shaft (l
An eccentric weight (4), which is a vibration source, is fixed to the shaft, and one end is connected to the connecting spring (3) by a connecting shaft spring (6) passing through the center of the connecting spring (5). There is.

An eccentric weight (4) that is rotationally driven by a C-type rotor (3) via a joint spring (6) causes the head (1) to vibrate. +261 in the figure indicates a washer.

Cushion cover (14) attached to the head (])
is a hollow toroidal shape that surrounds the outer periphery of the upper cover (++), and a part of it is tapered like a chime in Figure 3, and the inner periphery excluding this part is It is held by the flange of the upper cover (river) and the lower cover (+J).

Several heaters (lO) are turned inward and the heating device is heated (7)
The above-mentioned rust and heat plate (13) constituting the is shaped like a letter in its cross section, and the front end surface of the bottom edge (1) and the thinned part of the cushion cover (14) are made to overlap. The printer (10) is installed on the head (1) as shown in FIG.
1) A positive characteristic 1j-mister (hereinafter referred to as FPTC) whose VC is housed in the recess on the front side of the terminal B along with the terminal B (+30)
is used as a heating element, and a P.Saw J (341) is attached to the surface of the P T Cm) via a terminal f33) and an insulating sheet 35). The surface of the heating plate (I3) has the same curvature as the heating plate (I3) and is made of the same material as the tray heating plate (13), i.e. Made of a good thermal conductor such as aluminum.
To attach the heater (10) to the inner surface of the heating plate (13), this peripheral edge is fixed to the base (31) by caulking, etc. This is done by bonding with a conductive adhesive.An example of a high-temperature adhesive here is an epoxy resin-based high external conductivity compound such as Lambtite (trade name) manufactured by Denki Kagaku Kogyo Immu. Yes, this is because the thermal conductivity of the general grade Evo + Shi adhesive is 0.4 x 10-" calloQ-c
m-stc vs. 3.13 x 10-3c
al/2C knee-cm-set: which thermal conductivity is 10 times as large as l 45Kf/6r, 't! It has a contact strength that can withstand 1iIJVc. If such a highly thermally conductive adhesive is used to bond the lO to the heating plate (13), there will be little heat transfer loss even if the adhesive layer is a little thick, and the thickness of the adhesive layer will be 0.2
Even if it becomes mm, there is almost no change due to heat transfer loss. Still as described above, heat the surface of Ichiyushi (34I surface and heating plate (1)
Since each curvature is the same as that of 3), the adhesive layer does not become considerably thick, and the heating plate (13) and P knob (34) are made of the same material.
Since the temperature is ≤1, the expansion and contraction caused by heat will not cause a decrease in the cutting degree of the BH material.

In this way, the data (lO) becomes mud: hot plate (1a)
The IC is attached to form the heating element (7), but the attachment of the heating plate (I (6) to the head (1) is as follows: the heater 110) is attached to the heating plate (13). After the heat treatment element (7) has been removed, the heat treatment element (7) is tested for its temperature characteristics, and then a non-defective element is attached to the head (1). The detection with Nao is Shita (lO)
This is done by measuring the temperature of each part of the heating plate (1 (6)).This prevents a defective heating plate (7) from being assembled into the head +1). In case of sudden fever 11 due to a defect in the heat therapy device (7), it is not necessary to remove the therapy device (7) from the heat treatment device (1) and adjust or replace it.

Next, when removing the mounting structure of the heat treatment element (7) configured as a unit to the head seal 1), this is
M, heat 1 piece (1 piece) on the periphery of the cushion cover (14) to fit into the groove cut into the cushion cover (14), and form several pieces (3 pieces in the illustrated example) on this circumferential piece η. ), and several hooks 2 □□□ are provided protruding from the flange of the upper cover (ll) of the head (1).
This is done by locking this hook 129) in the locking hole (C) as shown in ), and by securing the lower end of the heating plate 0 with a support (support). The circumferential piece ρ of the plate (+3) is fitted into the groove (26) of the cushion cover (14), and the hook (29) is engaged with the locking hole (2 ladles), followed by a hissing (c). Heater (lO
) is detachable so that it can be easily replaced in the event that the heat treatment element (7) breaks down.

The center of the heating plate (13), which has weak strength because it is close to a flat surface, has a cylindrical support rod (
39) are brought into contact and reinforced.

By the way, the lead wire part is connected to the head (2) from inside the head (1), and since there is a rotating eccentric weight (4) inside the head (1), this lead wire is connected as follows. are being processed. In other words, the eccentric weight (4) is placed in a groove (
The 161951 example with the lead wire passed through the groove (37) with a diameter of 3η is fixed by inserting the IM into this groove (37), and then the lower cup s -
02) part, connect the lead wire (40) to the lower cover 02)
The lead wire portion is led between the connecting spring cover 09) and the connecting spring (5) and wired into the main body (1).

Upper cover (11) and lower cover (1) consisting of 7 pieces for r-shot tree
2) is joined by ultrasonic welding so that the lead wire (40) will not be twisted during this joining. Lead wire [4L) 75 due to vibration
; It does not move around or come loose, and also prevents the lead wire I40) from being exposed to the outside, so that there is no breakage and the appearance is good.

〔Effect of the invention〕

The thermal treatment F that is applied to the unexploded IJ1 from the heating plate binding 9 as described above is treated as one unit.1jX2.
1) Check the temperature characteristics of the thermal treatment (heat transfer characteristics from 1 to 1) Since it is possible to attach the product to the head using supplies, it is difficult to check, and defective products can be identified before assembly, so if a defective product has been assembled, it must be disassembled again. This eliminates the problem of failure, and eliminates the hassle of assembly.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of an embodiment of the present invention, Fig. 2 is a cutaway front view of the same, Fig. 3 is a cutaway plan view of the same, and Fig. 4(a) (
b) is a partial sectional view and side view of the same as above, FIG. 5 is an exploded sectional view of the same as above, and FIG. 6 is a sectional view of -9 of same as above,
1) is the head, (4) is the eccentric weight as a vibration source, (7
) is heat treatment child, (■0) hashita, (+3) il-1
: Extremely hot plate, (C) is a locking hole, (4 is a hook, H;;o)
0 indicates a positive temperature coefficient thermistor (PTC)

Claims (3)

[Claims] (1) This is a vibrating Matsu→Y-ji machine that has a heat treatment element on the outer surface of a vibration-driven head that has a built-in vibration source, and the heat treatment element is a heating plate made of a good thermal conductor and a -9. An IF11-type mating machine characterized in that it is constructed as a fixed unit and is attached to a head. (2) A patent characterized in that the heat treatment element can be attached to and removed from the head by engaging a hook provided in the head with a locking hole provided in the heat treatment element. A vibrating machine according to claim 1. (3) A patent characterized in that the shi-9 in the heating element is a shi-9 in which a positive temperature coefficient thermistor is used as a heating element, and is attached to a heating plate by adhesive with a highly thermally conductive adhesive. A vibrating pine surge machine according to claim 1.