TWM620121U - Inflatable structure for pillow - Google Patents

Abstract

This creation is to provide an inflatable structure for pillow cushions. It is a main body. There is a large space in the main body. The large space is divided into a plurality of spaces. The plurality of spaces are divided into a first group of spaces and a second group. The spaces of the first group communicate with each other and reach a first group of inflatable pipes, and the spaces of the second group communicate with each other and reach a second group of inflatable pipes. The two sets of staggered time inflating, repeated operation, avoid The skin of the patient's body touches the same place for a long time, reducing the chance of the patient's bedsores.

Description

Inflatable structure of pillow

This creation is about the inflatable structure of a pillow, more specifically, it refers to the unitization of the pillow, there are multiple unit spaces adjacent to each other, and the adjacent unit spaces are inflated and deflated to avoid the patient's body skin An inflatable pillow cushion that reduces the chance of bedsores for patients by touching one place for a long time.

According to the prior knowledge, the traditional inflatable mattress is mainly a body, which is made of plastic or rubber material to form an airbag, has an inflatable hole and a plug. The plug is used to block the inflatable hole and can be inflated. The hole is inflated to saturate the main body, and the inflated main body has the compressive elasticity of restoring force, which can be used as a mattress for the human body to lie down. This is a traditional inflatable mattress for the human body to lie down comfortably, and a medical anti-decubitus mattress. Airbags are also used to saturate the mattress. However, this structure has little effect on avoiding bedsores. The industry then uses multiple elongated airbags to distribute in the mattress to avoid long-term contact with the human body and reduce the incidence of patients. The chance of bedsores, because the long airbags are strip-shaped, they are not even for supporting the weight of the human body, and the chances of reducing bedsores for patients are limited.

The conventional inflatable mattresses can only be swelled in a predetermined form, and cannot really prevent bedsores. In addition, the elongated airbags are distributed in the mattress, which is not even enough to support the weight of the human body, and the efficiency of reducing bedsores is not high, and its function is limited.

In view of this, the creator of this case is based on the above-mentioned shortcomings, still actively working hard to develop, research and improve, and continue to experiment and assemble, accumulate experience, and finally have a creation that can solve the above-mentioned shortcomings. For generation.

The reason is an inflatable structure for pillows, which is a main body, and there is a large space in the main body, and the large space divides a plurality of spaces; it is characterized in that the plurality of spaces are divided into a first group of spaces and a second group The spaces of the first group and the spaces of the second group are adjacent to each other at intervals, the spaces of the first group are connected to each other and reach a first group of inflatable tubes, and the spaces of the second group are connected to each other and reach one The second set of inflation tubes.

This creation of a pillow cushion inflatable structure, its main purpose is to form a pillow cushion unitized airbag, forming a plurality of spaces, the spaces are adjacent to each other, and the adjacent spaces are inflated and deflated to prevent the patient's skin from touching one place for a long time. , To reduce the chance of patients with bedsores.

This creation is an inflatable structure for pillow cushions. Another purpose is to intensively prop up the human body and support the average weight distribution of the human body, which is in line with ergonomics.

This invention creates an inflatable structure for pillows, and its purpose is to provide users with the required adjustment of air pressure, to adapt to the softness and hardness of each person's different requirements, and to adjust the softness and hardness of the pillow and the height of the pillow.

This creation of an inflatable structure for pillow cushions. Another purpose is to provide that when a pump or fan is used to inflate, it can first pass through a uniform cooling chip (not shown), and the cooling chip can heat or cool the air, and use it as hot air or Cold wind enters the space of the first group or the second group of space, providing hot air to warm the human body, or cold air to cool the human body temperature, which is adjusted according to the temperature required by the user.

[This creation]

10: main body

11: Space

111: The Space of the First Group

112: The second group of space

12: Internal snorkel

120: The first set of inflation tubes

121: Outer snorkel

13: Internal snorkel

130: The second set of inflation tubes

131: Outer Vent Pipe

The first picture is a cross-sectional schematic diagram of this creation.

The second figure is a horizontal cross-sectional schematic diagram of the spatial distribution of the second group of this creation.

The third figure is a schematic diagram of the horizontal cross-section of the spatial distribution of the first group of this creation.

The fourth figure is a schematic longitudinal section of the space inflation of the first group of this creation.

The fifth figure is the longitudinal section schematic diagram of the space inflation of the second group of this creation.

This creation is an inflatable structure for pillows. The first embodiment of this creation, as shown in the first, second, and third figures, is a main body 10, which is a large bag, and a large space is formed in the main body 10 The inner compartment is divided into a plurality of spaces 11, and the plurality of spaces 11 are mainly shaped as a unit with high frequency. The plurality of spaces 11 are divided into a first group of spaces 111 and a second group of spaces 112, and the first group of spaces 111 and The spaces 112 of the second group are adjacent to each other at intervals, and their distribution is shown in the second figure, such as the second and fourth spaces 111 in the first row horizontally, and the first, third, and third spaces in the second row horizontally. Five first group spaces 111, horizontal third row second, four first group spaces 111, horizontal fourth row first, third, five first group spaces 111, and horizontal fifth row The spaces 111 of the second and four first groups are all the spaces 111 of the first group, as shown in the third figure, such as the first, third, and fifth spaces 112 of the second group in the first row horizontally, and the second group in the horizontal direction. The second and fourth rows of spaces 112 in the second group, the first, third, and five second groups of spaces 112 in the third horizontal row, the second and four second groups of spaces 112 in the fourth row horizontally, and The first, third, and fifth spaces 112 of the second group in the fifth row horizontally are all the spaces 112 of the second group. The spaces 111 of the first group communicate with each other and are connected to an inner vent pipe 12, and there is a first group The inflatable tubes 120 are located on the outer periphery of the two adjacent sides of the main body 10. The outer space 111 of the first group is connected to the first group of inflatable tubes 120 by an outer vent tube 121, and the spaces 112 of the second group are connected to each other, and are connected to one inside. The vent pipe 13 has a second set of inflatable tubes 130 located on the outer periphery of two adjacent sides of the main body 10, and the outer second set of spaces 112 are connected to the second set of inflatable tubes 130 by an outer vent tube 131. The first set of inflatable tubes 120 and The second set of inflation tubes 130 are each inflated with a pump or fan (not shown). After inflating, the space 111 of the first set or the space 112 of the second set will form an inflated airbag. The human body shrinks under pressure, and the two pumps operate at different times.

With the above structural improvements, this invention creates an inflatable pillow cushion that can be used in mattresses, cushions, pillow cushions and other products. One of the pumps is activated during operation for charging. The air is in the first set of inflatable tubes 120, and the first set of inflatable tubes 120 transports the gas into the first set of spaces 111, which is quickly inflated to the first set of spaces 111 through the outer vent tube 121 and the inner vent tube 12, The space 111 of the first group is formed into an inflated and raised airbag (as shown in the fourth figure). At this time, the space 112 of the second group is not inflated temporarily, but is in a contracted state. After a period of time (the preset time can be set), stop the airbag. Pump operation, start another pump to inflate the second set of inflatable tubes 130, and then the second set of inflatable tubes 130 will deliver the gas to the second set of spaces 112 through the outer vent tube 131 and the inner vent tube 13 Quickly inflate into the space 112 of the second group to make the space 112 of the second group form an inflated and raised airbag (as shown in the fifth figure). At this time, the space 111 of the first group is compressed by the human body. In the next inflation, the above actions are repeated continuously.

Since the spaces 111 of the first group and the spaces 112 of the second group are adjacent to each other at intervals, when the patient’s body lies on the main body 10, the patient’s body can be supported by the first group of spaces 111 first, and then the second group can be used for a period of time. The space 112 of the group supports the patient’s body, intensively and evenly distributes the strength to support the human body, prevents the patient’s skin from touching one place for a long time, and reduces the chance of patients with bedsores. Moreover, the volume of the space 111 of the first group or the space 112 of the second group is smaller than that of the patient’s body. The size can be made according to various needs to facilitate personal needs, and the air pressure of the pump can be adjusted according to the user's needs to adapt to the softness and hardness of each person's different requirements and the height of the pillow.

In this creation, a pump or fan is used to inflate. You can first pass through a uniform cooling chip (not shown). The cooling chip heats or cools the air, and the hot or cold air enters the space 111 of the first group or the space of the second group. 112. Provide hot air to warm the human body, or cold air to cool the human body temperature, and adjust the temperature according to the user's needs.

In summary, the novelty, practicability and advancement of the inflatable structure of the pillow cushion created by this creation are undoubtedly in full compliance with the requirements of the patent, and it is submitted in accordance with the law.

10: main body

11: Space

111: The Space of the First Group

112: The second group of space

12: Internal snorkel

120: The first set of inflation tubes

121: Outer snorkel

13: Internal snorkel

130: The second set of inflation tubes

131: Outer Vent Pipe

Claims (5)

A pillow cushion inflatable structure, which is a main body. There is a large space in the main body, and the large space divides a plurality of spaces; it is characterized in that the plurality of spaces are divided into a first group of spaces and a second group of spaces, The spaces of the first group and the spaces of the second group are adjacent to each other at intervals. The spaces of the first group communicate with each other and reach a first group of inflatable tubes, and the spaces of the second group communicate with each other and reach a second group Inflatable tube. The inflatable structure of the pillow according to claim 1, wherein the spaces of the first group communicate with each other by an inner vent pipe, the first group of inflatable pipes are located on the outer periphery of two adjacent sides of the main body, and the outer space of the first group is close to An outer vent pipe communicates with the first group of inflation pipes. The inflatable structure of the pillow according to claim 1, wherein the spaces of the second group communicate with each other by an inner vent pipe, the second group of inflatable pipes are located on the outer periphery of two adjacent sides of the main body, and the spaces of the second group on the periphery are adjacent to each other. An outer vent pipe communicates with the second set of inflation pipes. The inflatable structure for pillow cushion according to claim 1, wherein the first set of inflatable tubes and the second set of inflatable tubes are inflated by a pump. The inflatable structure for pillow cushions according to claim 1, wherein when the first group of inflatable tubes or the second group of inflatable tubes are inflated, hot air or cold air enters the space of the first group or the space of the second group.

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