TWM471262U - Air bed with turning over and twisting functions - Google Patents

Description

Air bed with turning and twisting function

This creation refers to an air bed with turning and twisting functions, especially the technique of setting the turning tube assembly and the twisting tube assembly directly under the plurality of inflatable tube strips, so as to have the air bed with turning and twisting functions at the same time. field.

Long-term bedridden patients suffer from poor circulatory system caused by partial compression of the body, and acne conditions caused by sputum reproduction. In order to make the humidity of the place constantly adjusted, the air bed is produced. However, for patients with long-term bed rest, because of their poor autonomy, such as the need to help others to achieve when turning over, the industry has developed an air bed with the effect of turning over (China Announcement No. M303675) In the pre-patent case, and due to the lack of elastic adjustment of the fixed spacing between the two airbag strips of the air cushion bed, the creator of the case developed an adjustable swivel air cushion bed (China Announcement No. M355628). The air bed body can adjust the distance between the two air bag tubes according to the difference of the user's body, and the structure can maintain the substantial effect that the old air bed can easily turn over.

In order to make the patient's body twist, to promote the relaxation and extension of the body's muscles and bones, and to accelerate blood circulation, the creator of this case has developed an air bed with a turning effect (China Bulletin No. M375500). However, at present, there is no design that has both turning and twisting functions, so there is still a need for further improvement.

In view of the above, the creator of this case has developed and innovated and thought about it. Should be able to increase the twirling function under the premise of the turning function, the effect of turning the body and turning the body can be achieved; based on this creative background and creative concept, the creator of the case has worked hard to develop and improve the innovation, finally Create a creation with a breakthrough.

The specific structure means that the air bed comprises at least one air bed body, a control box and an air intake pipe unit, wherein the air bed body comprises at least one bottom pad and a plurality of air-filled pipe strips, and the plurality of air-filled pipe strips are disposed laterally. The inside of the control box has at least one gas direction adjusting device and a pumping assembly, and the intake pipe unit has at least a plurality of first intake pipes, and the gas direction adjusting device is connected to the first first intake pipe via the plurality of first intake pipes The plurality of inflatable tubes are arranged to be separated from each other by the air intake and the air-exhausting interaction; and the main improvement is that a turning tube assembly and a turning tube assembly are further disposed above the bottom pad, and the turning tube assembly The twisting tube assembly is disposed in a straight direction and is located below the plurality of inflatable tubes, and the intake tube unit is provided with two second intake tubes and two third intake tubes, and the turning tube assembly has a a left pipe and a right pipe, wherein the left pipe and the right pipe are respectively connected to a second intake pipe, and the two second intake pipes are connected to the gas direction adjusting device, and the twisting The body tube assembly has a left upper tube and a a lower tube, and a left lower tube and a right upper tube, wherein the left upper tube and the lower right tube, the left lower tube and the upper right tube are respectively connected to a third intake pipe, and the second third intake pipe is connected To the gas direction adjusting device. According to this, by the selection operation of the gas direction adjusting device, the left tube and the right tube can be expanded or contracted to achieve the function of turning over, or the left upper tube and the lower left tube, the lower left tube and the upper right tube are selected to be swollen. The contraction can be used to twist the body.

Secondly, the gas direction adjusting device has a first adjusting device, a second adjusting device and a third adjusting device, and the pumping component has a a first pump, a second pump and a third pump, the first adjusting device is connected to the plurality of first intake pipes, and the first adjusting device and the first pump controlling the plurality of inflatable tubes Expanding and contracting, the second adjusting device is connected to the two second intake pipes, and the second adjusting device and the second pump controlling the expansion and contraction of the left pipe and the right pipe, and the The third adjusting device is connected to the two third intake pipes, and the third adjusting device and the third pump control the expansion and contraction of the left upper pipe and the lower right pipe, the lower left pipe and the upper right pipe.

Furthermore, the left upper tube and the lower left tube of the twist tube assembly are located above the left tube of the turn tube assembly, and the right upper tube and the lower right tube of the twist tube assembly are located on the right tube of the turn tube assembly. Above.

Alternatively, the left pipe consists of a plurality of left pipe segments, and the right pipe bar is composed of a plurality of right pipe segments, and the left upper pipe is composed of a plurality of upper left pipe segments, the left lower pipe is composed of a plurality of lower left pipe segments, and the upper right pipe is composed of a plurality of upper right pipe segments. And the lower right pipe is composed of a plurality of right lower pipe segments, and the plurality of left pipe segments are vertically staggered with the left upper pipe segment and the lower left pipe segment, and the plurality of right pipe segments are vertically staggered with the right upper pipe segment and the lower right pipe segment.

Furthermore, the plurality of inflatable tube strips are placed in a bag body, and the lower side of the bag body is a lower pad, and the lower pad is located between the plurality of inflatable tube strips and the turn-over tube assembly and the twist tube assembly .

In addition, the bottom surface of the lower pad is fixed with two limit strips, one of which provides the left strip and the left upper tube and the left lower tube for positioning, and the other limit strip provides The right tube is positioned with the right upper tube and the lower right tube.

Therefore, the main purpose of this creation is to provide an improved structure of an air bed, which is mainly provided with a turn-over tube directly under the plurality of inflatable tubes in the lateral direction. The component and the twisting tube assembly, and the plurality of inflatable tube strips, the turning tube assembly and the twisting tube assembly are respectively connected to the gas direction adjusting device in the control box, and the gas direction adjusting device is selected and operated, and at the same time A progressive goal of turning over and turning over.

A‧‧‧ air bed body

B‧‧‧Control box

C‧‧‧Intake pipe unit

C1‧‧‧First intake pipe

C2‧‧‧Second intake pipe

C3‧‧‧ third intake pipe

1‧‧‧ bottom pad

2‧‧‧Inflatable strips

3‧‧‧ Under pad

3a‧‧‧ bag body

31‧‧‧Limited pipe

4‧‧‧ Turning tube assembly

41‧‧‧Left pipe

411‧‧‧left pipe

42‧‧‧Right pipe

421‧‧‧Right pipe section

5‧‧‧Twisted tube assembly

51‧‧‧Left upper tube

511‧‧‧Upper upper section

52‧‧‧ lower right tube

521‧‧‧ lower right section

53‧‧‧Left down tube

531‧‧‧Lower left segment

54‧‧‧Upper tube

541‧‧‧Upper pipe section

6‧‧‧Gas direction adjustment device

61‧‧‧First adjustment device

62‧‧‧Second adjustment device

63‧‧‧ Third adjustment device

7‧‧‧ pump components

71‧‧‧First pump

72‧‧‧second pump

73‧‧‧ third pump

The first figure is a reference diagram of a three-dimensional combined structure embodiment of the present invention.

The second picture is a schematic plan view of the top view of the creation.

The third picture is a schematic diagram of the plane structure before the creation.

The fourth figure is a top plan view of another structural embodiment of the present invention.

The fifth picture is a plane reference picture of the creation of the turning function.

The sixth picture is a top-down reference picture of the creation of the twisting function.

Referring to the first figure, the air bed of the present invention comprises an air bed body A, a control box B and an air intake pipe unit C, wherein: the air bed body A includes a bottom pad 1 and a plurality of air tube strips 2 a lower pad 3, a turn-over tube assembly 4 and a twisted tube assembly 5, a turn-over tube assembly 4 and a twist tube assembly 5 are disposed above the bottom pad 1, and the turn-over tube assembly 4 and the twist tube assembly 5 are disposed in a straight direction (See also the second and third figures), and both are located below the plurality of inflatable tubes 2 disposed laterally, and the lower pad 3 is used to carry a plurality of inflatable tubes 2, as shown in the third figure, the lower pad 3 may be a The bag body 3a is disposed below the bottom bag portion (the bottom bag portion), and the bag body 3a is adapted to accommodate the plurality of inflatable tube strips 2, so that the lower pad 3 is disposed between the plurality of inflatable tube strips 2 and the turn-over tube assembly 4 and the twisted tube assembly 5; Turn over tube assembly 4 The utility model has a left tube 41 and a right tube 42 (such as the first and second figures), which can be fixed on the bottom pad 1 or can be provided with a joint structure (not shown) between the bottom pad 1 and the bottom pad 1 The joint structure may be a devil felt, or a button for a plurality of button holes, or an engageable and adjustable joint structure, the joint structure is such that the left strip 41 and the right strip 42 can be changed. In addition, the twisted tube assembly 5 has a left upper tube 51 and a lower right tube 52, a left lower tube 53 and a right upper tube 54 (such as first and second figures), and the upper left tube 51 and the lower left The tube 53 is located above the left tube 41, and the upper right tube 54 and the right lower tube 52 are located above the right tube 42; and the bottom surface of the lower pad 3 is fixed with two limiting strips 31, one of which limits the strip The 31 series provides the left tube 41 and the left upper tube 51 and the left lower tube 53 for positioning, and the other limiting tube 31 provides the right tube 42 and the right upper tube 54 and the right lower tube 52 for positioning.

The control box B has at least one gas direction adjusting device 6 and a pumping assembly 7 (as shown in the first figure), which is actuated by a motor (not shown) to actuate the gas into the gas direction adjustment In the device 6, the gas direction adjusting device 6 can control the circulation direction of the gas (air), and has a first adjusting device 61, a second adjusting device 62 and a third adjusting device 63 (such as the second and third figures). The pump assembly 7 has a first pump 71, a second pump 72, and a third pump 73.

The intake pipe unit C includes a plurality of first intake pipes C1, two second intake pipes C2 and two third intake pipes C3 (such as the first and second figures), and the first intake pipe C1 is connected to the first Between the adjusting device 61 and the plurality of inflatable tubes 2, if the plurality of inflatable tubes 2 are in a two-tube type of alternating expansion and degassing mode, the first intake tube C1 is two (in the figure, for example), if Three-tube type of alternating expansion, degassing In the mode, the first intake pipe C1 is three, and the first adjusting device 61 and the first pump 71 control the expansion and contraction of the plurality of inflatable tubes 2 via the first intake pipe C1; and the second intake pipe The C2 is connected between the second adjusting device 62 and the turning tube assembly 4, a second intake pipe C2 is connected to the left pipe 41 (as shown in the second figure), and the other second intake pipe C2 is connected to the The right pipe 42 and the second adjusting device 62 and the second pump 72 control the expansion and contraction of the left pipe 41 and the right pipe 42 via the second intake pipe C2. In addition, the third intake pipe C3 is connected. The third intake pipe C3 is connected between the third adjusting device 63 and the twist pipe assembly 5, and the third intake pipe C3 is connected to the upper left pipe 51 and the lower right pipe 52 (guided by the branch manifold), and the other third intake pipe C3 is connected to the lower left tube 53 and the upper right tube 54 (conducted by the branch manifold), and the third adjusting device 63 and the third pump 73 control the upper left tube 51 and the lower right tube 52 and the lower left tube via the third intake pipe C3. 53 and the upper right tube 54 expand and contract.

In addition, as shown in the fourth figure, the left strip 41 may be composed of a plurality of left tube segments 411, and the right tube strip 42 may be composed of a plurality of right tube segments 421. Further, the left upper tube 51 may be composed of a plurality of upper left tube segments 511, and the left lower tube 53 may be composed of a plurality of left lower tube segments. 531, the upper right tube 54 can be composed of a plurality of right upper tube segments 541, and the right lower tube 52 can be composed of a plurality of right lower tube segments 521, and the plurality of left tube segments 411 are vertically staggered with the upper left tube segment 511 and the lower left tube segment 531, and the plural right The pipe section 421 is arranged in a straight line with the upper right pipe section 541 and the lower right pipe section 521. This structural mode is also possible, except that the second intake pipe C2 and the third intake pipe C3 must be guided to the respective pipe sections by the branch manifold.

In the implementation, the gas is passed through the first intake pipe C1 by the control of the first adjusting device 61 and the first pump 71 of the control box B. Enter or export to the inflatable tube 2, in order to reach the inflation tube 2 interlaced to expand and contract, and to achieve the effect of the massage, so that the back of the patient can have a more relaxed and tight pressure after a certain time difference Keep it dry.

In order to have the turning function, when the turning tube assembly 5 is in the degassing state, the control of the second adjusting device 62 and the second pump 72 of the control box B allows the gas to pass through the second intake pipe. C2 enters or is exported to the left tube 41 (the plural left tube segment 411) and the right tube strip 42 (the plural right tube segment 421), so that one of the left tube strip 41 and the right tube strip 42 is degassed, and the other is flatulent, The function of turning over (as shown in the fifth picture). When the body is to be twisted, the turning tube assembly 4 is in a degassed state, and then controlled by the third adjusting device 63 and the third pump 73 of the control box B, the gas is introduced or exported via the third intake pipe C3. The left upper tube 51 (plurality upper left tube section 511) and the right lower tube 52 (plural right lower tube section 521), the left lower tube 53 (plural lower left tube section 531) and the upper right tube 54 (plural upper right tube section 541), so that a pair of angles are degassed ( As shown in the left lower tube 53 and the upper right tube 54) of the sixth figure, the other diagonal is flatulent (such as the left upper tube 51 and the lower right tube 52 of the sixth figure), so that the patient's body naturally moves down to the air-deficient area, that is, Can be shaped like a twist, and the function of twisting.

According to the above description and implementation instructions, it can be seen that the design of the creation is mainly designed to achieve the effect of turning over and turning, and the function of the air bed is further enhanced, thereby improving its practicability and progress. The practicality and progress of this creation are unquestionable, and the technical means and structural features disclosed in the foregoing embodiments have never been disclosed first, so its novelty is also not lost. Therefore, the creation should have a new type. The requirements of the patent, please ask your review board member Ming Jian, Hui Zhun patent in this case, I think the sense of charge.

A‧‧‧ air bed body

B‧‧‧Control box

C‧‧‧Intake pipe unit

C1‧‧‧First intake pipe

C2‧‧‧Second intake pipe

C3‧‧‧ third intake pipe

1‧‧‧ bottom pad

2‧‧‧Inflatable strips

3‧‧‧ Under pad

3a‧‧‧ bag body

31‧‧‧Limited pipe

4‧‧‧ Turning tube assembly

41‧‧‧Left pipe

42‧‧‧Right pipe

5‧‧‧Twisted tube assembly

51‧‧‧Left upper tube

52‧‧‧ lower right tube

53‧‧‧Left down tube

54‧‧‧Upper tube

6‧‧‧Gas direction adjustment device

7‧‧‧ pump components

Claims (6)

An air bed with a turning and twisting function, comprising an air bed body, a control box and an air intake pipe unit, the air bed body comprising at least one bottom pad and laterally setting a plurality of inflatable pipe strips, and the control box Having at least one gas direction adjusting device and a pumping component, the intake pipe unit has at least a plurality of first intake pipes, and the gas direction adjusting device is connected to the plurality of inflatable tubes via the plurality of first intake pipes The gas-filled strip is separated from each other by an intake and aeration interaction; and the feature is that a turn-over tube assembly and a twist tube assembly are disposed directly above the bottom pad, and the turn-over tube assembly and the The turning tube assembly is located below the plurality of inflatable tubes, and the intake tube unit is provided with two second intake tubes and two third intake tubes, and the turning tube assembly has a left tube and a right tube And the left pipe and the right pipe are respectively connected to a second intake pipe, and the two second intake pipes are connected to the gas direction adjusting device, and the twist pipe assembly has a left upper pipe and a lower right tube, and a left lower tube and a right upper , The upper left and lower right tube and the tube, the lower left to the upper right connecting pipe to a pipe, respectively the third intake pipe, and the two third intake pipe connected to the gas disposed direction regulating means. The air-cushioning device with the turned-over and twist-turn function as described in claim 1, wherein the gas direction adjusting device has a first adjusting device, a second adjusting device and a third adjusting device, and the pumping device The assembly has a first pump, a second pump and a third pump, the first adjusting device is connected to the plurality of first intake pipes, and the first adjusting device and the first pump control the plurality of inflating The expansion and contraction of the tube, the second adjustment device is connected to the second a second intake pipe, wherein the second adjusting device and the second pump control expansion and contraction of the left pipe and the right pipe, and the third adjusting device connects the second intake pipe, and The third adjusting device and the third pump control the expansion and contraction of the left upper tube and the lower right tube, the left lower tube and the upper right tube. An air-cushion bed having a turning-over and a twisting function according to the second aspect of the invention, wherein the left upper tube and the lower left tube of the turning tube assembly are located above the left tube of the turning tube assembly, the turning tube The right upper tube and lower right tube of the assembly are located above the right strip of the turn tube assembly. The air-cushion bed having the function of turning over and twisting according to the second aspect of the patent application, wherein the left pipe is composed of a plurality of left pipe segments, the right pipe is composed of a plurality of right pipe segments, and the left upper pipe is composed of a plurality of upper left pipe segments. The left lower tube is composed of a plurality of lower left tube segments, and the upper right tube is composed of a plurality of right upper tube segments, and the right lower tube is composed of a plurality of right lower tube segments, and the plurality of left tube segments are vertically interlaced with the upper left tube segment and the lower left tube segment. Arranged, and the plurality of right pipe segments are arranged in a straight line with the right upper pipe segment and the lower right pipe segment. An air-cushion bed having a turning-over and a twisting function according to the third or fourth aspect of the invention, wherein the plurality of inflatable tube strips are placed in a bag body, and the lower side of the bag body is a lower pad, and the lower pad is Located between the plurality of inflatable tubes and the turn tube assembly, the twist tube assembly. The air-cushion bed with the function of turning over and twisting according to claim 5, wherein the bottom surface of the lower pad is fixed with two limiting strips, and the limiting strip provides the left strip and the upper left The tube and the lower left tube are positioned for positioning, and the other of the limiting tubes provides the right tube and the right upper tube and the lower right tube for positioning.