TWI629428B - Adjustable pressure capsule device - Google Patents

Abstract

The utility model relates to an adjustable pressure capsule device, which is composed of an airbag elastic body and a wearing protective cover with a wearing space. The airbag elastic body comprises a first airbag body and a first control valve coupled with the first airbag body. a second airbag body, a second control valve connected in series with the second airbag body and the first airbag body, the first airbag body and the second airbag body are connected to each other, and two of the first and second control valves are respectively disposed a one-way intake valve and a one-way exhaust valve, each of which is a one-way intake or exhaust, such that the second control valve is connected in series between the first airbag body and the second airbag body, and the first control valve is coupled to the first The airbag body controls the one-way intake valve or the one-way exhaust valve for the gas intake or exhaust decompression by the dual control valve of the first and second control valves, so that the first and the first of the airbag elastic body The double airbag double airbag has adjustable pressure and high elastic covering support, so that it can be combined with the inner edge of the human body wearing protector, and the optimal elastic tightness and cushioning effect can be adjusted according to the ergonomic curve. .

Description

Adjustable pressure capsule device

The invention relates to an adjustable pressure capsule device, in particular to an optimal elastic coating tightness and cushioning effect which can be combined with the human body wear curve according to an ergonomic curve, and can be adjusted appropriately. Inflatable support coating and elastic coating of the exhaust pressure release.

Press, generally wearable on the human body (such as hats or shoes, etc.), most of them are fixed in size and shape, not every one can wear Ergonomics, so that the wearer is often a passive fit when choosing the size of the wearer. Even for the unsuitable wear, it is still a negative compromise, which makes the wearer feel poorly coated and unsuitable. sense.

In view of this, the present inventors have developed the present invention by virtue of long-term research and integration of relevant industries, and have been designed with many years of experience, and have been explored and tested for sample testing.

The main object of the present invention is to provide an adjustable pressure capsule device, in particular, a first one and a second control valve of the airbag elastic body are respectively provided with a one-way intake valve and a single-way intake or exhaust valve. To the exhaust valve, the first control valve is coupled to the first airbag body, and the second control valve is connected in series with the first and second airbag bodies to form a communication, so as to have a one-way intake and a one-way exhaust dual control The double circuit of the valve enables the airbag elastic body to be used as a gas intake or exhaust decompression by a one-way intake valve or a one-way exhaust valve controlled by the first and second control valves, and can be combined with the human body. In all kinds of wearing protective parts, the high elastic comfort coating and the appropriate amount of inflatable support coating and exhaust pressure release The effect of buffering.

1‧‧‧Adjustable pressure capsule device

10‧‧‧Airbag elastomer

11‧‧‧ Wearables

11a‧‧‧Shoe body

11b‧‧‧Cap

111, 111a, 111b‧‧‧ first chamber connection slot

112, 112a, 112b‧‧‧Second chamber connection slot

113, 113a‧‧‧ capsule elastic covering space

12‧‧‧First airbag body

13‧‧‧ Pressure gauge

14‧‧‧First control valve

141‧‧‧One-way intake valve

142‧‧‧One-way exhaust valve

15‧‧‧Second balloon body

16‧‧‧Second control valve

161‧‧‧One-way intake valve

162‧‧‧One-way exhaust valve

A‧‧‧foot

B‧‧‧ head

Fig. 1 is a block diagram showing the composition of the elastic coated capsule of the present invention.

Fig. 2 is a schematic view showing the state of use of an embodiment of the present invention.

Figure 3 is a schematic diagram 2 showing the state of use of an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT The present invention will be described in detail with reference to the accompanying drawings in which: FIG. 1 is a block diagram of the elastic coated capsule of the present invention, which is an adjustable pressure capsule device (1) The airbag elastic body (10) is composed of a wear-protecting member (11) with a wearing space, and the first protective member (11) can be preset with a first capsule connecting groove ( 111) and a second capsule seating groove (112) for the airbag elastic body assembly, and the wearing protection member (11) can be set as a shoe body, a cap body, a protective gear, etc., and the like. The airbag elastic body (10) includes a first airbag body (12), a first control valve (14) coupled to the first airbag body (12), a second airbag body (15), and a second airbag. a second control valve (16) in series with the body (15) and the first airbag body (12), the first airbag having the first and second control valves (14, 16) connected to the intake and exhaust control ends The body (12) is disposed in the first capsule chamber (111), and the second balloon body (15) is provided with a ring-shaped hollow capsule similar to the inner edge surface of the wearing cover (11). And can be arranged in the second capsule chamber connecting groove (112) a covering ring body for the body to wear corresponding parts or limbs, and a second control valve (16) having a first airbag body (12) and a second airbag body (15) connected thereto The first connection and the second control valve have a pair of mutual control valves (14, 16) respectively. The one-way intake valves (141, 161) and the one-way exhaust valves (142, 162) which are unidirectionally connected to the exhaust or exhaust, and the first and second control valves (14, 16) are respectively configurable a switch for quick switching, and connecting the second control valve (16) in series with the first airbag body (12) and the second airbag body (15) and the first control valve (14) to the first airbag body ( 12) Make it form a communication loop, so that the visual use needs to be set to synchronously control the first and second control valves (14, 16) to control the switch to make the one-way intake valve (141, 161) or one-way exhaust valve (142, 162) for one-way gas intake or exhaust decompression or interrupt stop circuit, while repeatedly pressing the first airbag body with the intake and exhaust control ends (12) causing it to siphon so that it can be unidirectionally drawn from the one-way intake valve (141) to the first bladder (12) and then discharged to the second control valve (16) The two airbag body (15) performs a one-way insufflation circuit, or may perform a one-way exhaust circuit to cause the gas in the second airbag body (15) to be drawn to the first airbag body (12) and then to the first control. The valve (14) is discharged from the wear protection member (11), or the suspension circuit can be closed to keep the first and second airbag bodies (12, 15) from entering, thereby utilizing the elastic covering capsule (10). The first and second airbag bodies (12, 15) have a highly elastic support under the double airbag, and the elastic body of the elastic covering capsule (10) itself is elastically pulled during the exhaust to form a self-exhaust air.俾 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 有助于 。 。 。 。 。 。 。 。

The second airbag body (15) described above may be provided with a pressure gauge (13) coupled to each other for reflecting the air pressure value of the intake or exhaust air volume in the airbag.

As shown in Fig. 2, the adjustable pressure capsule device described above, which is provided with the airbag elastic body (10), is provided as a shoe body (11a) so that it is only A first capsule seating groove (111a) is provided on the sole of the sole corresponding to the heel, and a second capsule seating groove (112a) is provided on the inner periphery of the shoe body wearing space to make the balloon elastic body (10) The first airbag body (12) is received in the first capsule chamber receiving groove (111a), and the second airbag body (15) is connected to the second capsule chamber receiving groove (112a) on the inner edge surface of the shoe body (11a). So that the first and second airbag bodies (12, 15) can cushion the covering foot (A) to form a capsule elastic covering space (113), which can be provided by the first and second control valves (14, 16) The dual-loop control switch of the dual control valve synchronously controls the first and second airbag bodies (12, 15) to be filled or exhausted by one-way air intake, so that the elastic covering capsule (10) is stretched and covered. On the foot (A), it can reach the comfort of the proper amount of inflatable support and exhaust pressure release and achieve the high elasticity and cushioning effect of the coating.

As shown in FIG. 3, the adjustable pressure capsule device described above is configured as a helmet cap body (11b), which is provided with the airbag elastic body (10). A first chamber connecting groove (111b) is preset on the inner side of the cap body (11b), and a second chamber chamber is arranged on the inner peripheral side of the cap edge. The groove (112a) is arranged such that the first bag body (12) accommodates the first bag chamber receiving groove (111b), and the second bag body (15) is similar to the inner edge of the cap body (11b) and The inner edge surface of the cap body (11b) is formed with an inner liner corresponding to the wearer's head (A), so that the first and second airbag bodies (12, 15) can integrally form a cushion around the cushion covering head (A). The bladder-type elastic covering space (113a) controls the first and second airbag elastic bodies (12, 15) to be unidirectionally controlled by the dual circuits of the first and second control valves (14, 16) Gas filling or exhaust pressure release, which can make appropriate adjustment of the elastic tightness and cushioning effect according to the ergonomic curve, and the comfort and reach of the adjustable amount of inflatable support coating and exhaust pressure release Covers high elasticity and cushioning effect. The above is only the preferred embodiment of the present invention, and the equivalent variations and modifications made by the present invention are still within the scope of the present invention.

In summary, it is known that the present invention can be widely utilized by related industries, and is extremely progressive and novel, and the present invention has not been disclosed before the application, has complied with the provisions of the Patent Law, and has filed an invention patent application according to law. I would like to ask the bureau to observe and benefit from patents.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent changes and modifications made by the scope of the present invention should still belong to the present invention. Within the scope of the patent.

Claims (4)

The utility model relates to an adjustable pressure capsule device, which is composed of an airbag elastic body and a wear-protecting member with a wearing space. The inner side of the wearing protective member is preset with a first and second capsule connecting groove, and the airbag elastic system is defined. The first airbag body, a first control valve coupled to the first airbag body, a second airbag body, and a second control valve connected in series with the first and second airbag bodies are configured to The second airbag bodies are respectively disposed in the first and second capsule chamber connecting slots, and the first and second control valves are respectively provided with a pair of mutually unidirectional air inlets or exhaust gases. The first control valve is coupled to the first airbag body to the intake valve and the one-way exhaust valve, and the second control valve is connected in series with the first and second airbag bodies to form a one-way advance a dual circuit of a dual control valve for gas and one-way exhaust, using the first and second control valves to control the one-way intake valve or the one-way exhaust valve for gas intake or exhaust decompression, and borrowing The siphon effect is generated by repeatedly pressing the first airbag body with the intake and exhaust control ends by the one-way advance The valve draws external air to the first airbag body and then discharges the second control valve to the one-way air circulation loop of the second airbag body, and can discharge the gas in the second airbag body to the first airbag The body is discharged from the first control valve to perform a one-way exhaust circuit or can close the suspension circuit, so that the first and second airbag body double airbags of the airbag elastic body have high elastic support, and an appropriate amount of inflatable support can be adjusted. Coating and exhaust pressure relief. The adjustable pressure capsule device according to claim 1, wherein the first and second airbag systems are configured to be coupled to a pressure gauge for reacting the amount of intake or exhaust gas in the first and second airbags The display of the air pressure value, and the one-way intake valve of the first and second control valves and the one-way exhaust valve are configurable to control the switch. The adjustable pressure capsule device according to claim 1, wherein the wear protection member is configured as a shoe body, and the sole is provided with a first capsule chamber receiving groove and the airbag elastic body corresponding to the heel. An airbag body is disposed, and a second capsule seating groove is connected to the second airbag body at the inner edge of the shoe, so that the first and second airbag bodies can integrally form a capsule elastic bag around the cushioning and covering the foot. Covering the space, the first and second airbag bodies respectively control the one-way air intake or exhaust pressure release by the double circuit of the first and second control valve dual control valves. The adjustable pressure capsule device according to claim 1, wherein the wear protection member is configured as a cap body, and the first capsule chamber seating groove and the airbag elastic body are disposed on the inner side of the cap body. An airbag body is disposed, and a second capsule seating groove is formed on the inner peripheral edge of the brim and the second airbag body is assembled to form an inner liner, so that the first and second airbag bodies can integrally surround the buffer covering head. The portion forms a capsule-type elastic covering space, and the first and second airbag bodies respectively control the one-way air intake or exhaust pressure release by the double circuit of the first and second control valve dual control valves.