CN209032856U - A kind of novel gypsum liner - Google Patents
A kind of novel gypsum liner Download PDFInfo
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- CN209032856U CN209032856U CN201820509048.9U CN201820509048U CN209032856U CN 209032856 U CN209032856 U CN 209032856U CN 201820509048 U CN201820509048 U CN 201820509048U CN 209032856 U CN209032856 U CN 209032856U
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- air bag
- communicating pipe
- valve barrel
- valve
- air
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Abstract
The utility model discloses a kind of novel gypsum liners, including air bag component and the protective layer that air bag component outer surface is arranged in;The air bag component includes air bag communicating pipe and several air bags, air bag communicating pipe is laterally arranged, vertical uniform intervals are arranged and are located at below air bag communicating pipe several air bags from left to right, the top of each air bag passes through connecting conduit and is connected to air bag communicating pipe, is provided with rotating valve on the air bag communicating pipe for the connecting conduit two sides being arranged positioned at the top of each air bag;Air bag communicating pipe, left end was provided with the gas tube for protruding from protective layer, and the upper end of gas tube is provided with charging valve, and the lower end of gas tube is connected to air bag communicating pipe.The utility model had not only had good permeability and waterproof performance, but also can effectively prevent plasterboard loose phenomenon caused by after patient injury position is reduced swelling.
Description
Technical field
The utility model relates to a kind of medical instruments more particularly to a kind of novel gypsum to pad.
Background technique
Currently, doctor when handling fracture patient, is often fixed using gypsum, with prevent patient because
The fortuitous events such as motional collision cause patient to restore bad, meanwhile, gypsum liner, which can also prevent to oppress because of gypsum, may cause
Pressure sore, ischemic contracture, the symptoms such as fester and infect.Existing gypsum liner mostly uses the materials such as cotton, cotton paper to be made greatly, thoroughly
Gas performance is poor, poor waterproof properties.On the other hand, possible in the plasterboard of injured areas setting as patient injury position is reduced swelling
Loosening is generated, gypsum fixed effect is reduced.
Utility model content
The purpose of the utility model is to provide a kind of novel gypsum liners, both have good permeability and waterproofness
Can, and can effectively prevent plasterboard loose phenomenon caused by after patient injury position is reduced swelling.
The utility model adopts the following technical solutions:
A kind of novel gypsum liner, including air bag component and the protective layer that air bag component outer surface is arranged in;The gas
Capsule component includes air bag communicating pipe and several air bags, is laterally arranged air bag communicating pipe, several inflating airs
Vertical uniform intervals are arranged and are located at below air bag communicating pipe capsule from left to right, and the top of each air bag passes through company
It connects conduit to be connected to air bag communicating pipe, the air bag for the connecting conduit two sides being arranged positioned at the top of each air bag
Rotating valve is provided on communicating pipe, rotating valve includes the cylindrical left valve barrel and right valve barrel being slidably connected, left valve barrel
Left side be provided with air bag communicating pipe sliding slot, the air bag communicating pipe on the left of left valve barrel pass through air bag communicating pipe
Sliding slot is connect with left valve barrel, and the right side of left valve barrel is provided with the right valve barrel sliding slot of annular, and the left side of right valve barrel is provided with ring
The left valve barrel sliding block of shape, the right side of right valve barrel are provided with air bag communicating pipe sliding slot, and left valve barrel and right valve barrel are along axial direction
Eccentric setting has gas via-hole, and the air bag communicating pipe on the right side of right valve barrel is connected by air bag communicating pipe sliding slot and right valve barrel
It connects, the gas via-hole on left valve barrel and right valve barrel is respectively positioned in the end face location of corresponding air bag communicating pipe;Inflation
Air bag communicating pipe, left end was provided with the gas tube for protruding from protective layer, and the upper end of gas tube is provided with charging valve, gas tube
Lower end be connected to air bag communicating pipe.
The charging valve of the gas tube upper end setting connects the delivery outlet of gas source by gas source connecting conduit, and gas source connects
It connects and is provided with check valve on conduit.
Several air holes are evenly arranged on the protective layer, air hole is located at outside air bag component.
The gas source uses micro air pump or push type air bag.
Cut line is provided on protective layer between the adjacent air bag of any two, and cut line is located at the two
Rotating valve set by the right side of left side air bag and right side air bag in the two air bags in air bag
Between rotating valve set by left side.
The protective layer outer surface is provided with waterproof layer.
It is cut out when the utility model is used, medical staff can actually use demand according to patient, then rotation is quasi-
Each rotating valve in the standby protective layer used, makes at the left valve barrel of each rotating valve and the gas via-hole of right valve barrel
In coaxial state, even if each rotating valve is on state, the conducting of each air bag is realized at this time.Then
The utility model is placed on the limbs of patient affected part on the inside of gypsum, and without inflating into air bag, and makes gas tube
Upper end be arranged charging valve is located on the outside of gypsum.After patient's check, if it exists because affected part detumescence causes plasterboard to loosen, cure
Shield personnel can gas source the air bag inside gypsum is inflated, in gas replenishment process, according to limbs of patient peripheral blood transport
Market condition and patient's body-sensing stop inflation at any time.The utility model provides a kind of inflatable gypsum lining that can arbitrarily cut out
Pad not only has good permeability and waterproof performance, but also can effectively prevent plasterboard caused by after patient injury position is reduced swelling
Loose phenomenon.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model;
Fig. 2 is the structural schematic diagram of left valve barrel in the utility model;
Fig. 3 is the structural schematic diagram of right valve barrel in the utility model;
Structural schematic diagram when Fig. 4 is rotating valve closing in the utility model;
Structural schematic diagram when Fig. 5 is rotating valve conducting in the utility model.
Specific embodiment
The utility model is made with detailed description below in conjunction with drawings and examples:
As shown in Fig. 1 to 5, novel gypsum liner described in the utility model, including air bag component and setting are in air bag group
The protective layer 1 of part outer surface;The air bag component includes air bag communicating pipe 2 and several air bags 3, air bag
The laterally setting of communicating pipe 2, vertical uniform intervals are arranged and are located at air bag communicating pipe 2 several air bags 3 from left to right
Lower section, the top of each air bag 3 pass through connecting conduit 4 and are connected to air bag communicating pipe 2, are located at each air bag
It is provided with rotating valve 5 on the air bag communicating pipe 2 of 4 two sides of connecting conduit of 3 top setting, rotating valve 5 includes
The cylindrical left valve barrel 6 and right valve barrel 7 being slidably connected, the left side of left valve barrel 6 is provided with air bag communicating pipe sliding slot 15-
1,6 left side of left valve barrel is connect by air bag communicating pipe sliding slot 15-1 with left valve barrel 6 air bag communicating pipe 2, left valve barrel 6
Right side be provided with annular right valve barrel sliding slot 8, the left side of right valve barrel 7 be provided with annular left valve barrel sliding block 9, left valve barrel
6 and right valve barrel 7 using right valve barrel sliding slot 8 and left valve barrel sliding block 9 realize rotation connection, the right side of right valve barrel 7 is provided with inflation
Air bag communicating pipe sliding slot 15-2,7 right side of right valve barrel pass through air bag communicating pipe sliding slot 15-2 and the right side air bag communicating pipe 2
Valve body 7 connects, and left valve barrel 6 and right valve barrel 7 are provided with gas via-hole 10 along axially eccentric, the gas on left valve barrel 6 and right valve barrel 7
Body through-hole 10 is respectively positioned in the end face location of corresponding air bag communicating pipe 2;The setting of 2 left end of air bag communicating pipe
There is the gas tube 11 for protruding from protective layer 1, the upper end of gas tube 11 is provided with charging valve 12, the lower end of gas tube 11 and inflation
Air bag communicating pipe 2 is connected to.
In the utility model, the charging valve 12 of 11 upper end of gas tube setting connects gas source by gas source connecting conduit 4
Delivery outlet is provided with check valve in gas source connecting conduit 4.Gas source uses micro air pump or push type air bag, and medical staff can be with
Each air bag 3 is inflated using micro air pump or push type air bag.In order to improve the permeability of the utility model,
Several air holes 13 are evenly arranged on protective layer 1, air hole 13 is located at outside air bag component, i.e., air hole 13 not with inflation
Air bag 3 and air bag communicating pipe 2 are connected, and will not destroy the opposite airtightness of air bag component.1 outer surface of protective layer can also be set
It is equipped with waterproof layer, to improve the waterproof effect of the utility model.
Different sizes, in the utility model, any two phase are used according to patient's actual demand for the ease of medical staff
It is provided with cut line 14 on protective layer 1 between adjacent air bag 3, and cut line 14 is located in the two air bags 3
The left side of right side air bag 3 in rotating valve 5-1 set by the right side of left side air bag 3, with the two air bags 3
Between set rotating valve 5-2.Since each rotating valve 5 can realize respective sealing or conducting, doctor
Shield personnel can be cut out according to actual use demand.
It is cut out when the utility model is used, medical staff can actually use demand according to patient, then rotation is quasi-
Each rotating valve 5 in the standby protective layer 1 used, makes the left valve barrel 6 of each rotating valve 5 and the gas of right valve barrel 7
Through-hole 10 is in coaxial state, even if each rotating valve 5 is on state, realizes each air bag 3 at this time
Conducting.Then by the utility model place on the limbs of patient affected part on the inside of gypsum, and without being filled into air bag 3
Gas, and make 11 upper end of gas tube be arranged charging valve 12 is located on the outside of gypsum.After patient's check, if it exists because affected part is reduced swelling
Cause plasterboard to loosen, medical staff can gas source the air bag 3 inside gypsum is inflated, in gas replenishment process, according to
Limbs of patient peripheral blood operating condition and patient's body-sensing stop inflation at any time.The utility model provides one kind can be random
The inflatable gypsum liner cut out, not only has good permeability and waterproof performance, but also can effectively prevent patient injury position
Plasterboard loose phenomenon caused by after detumescence.
Claims (6)
1. a kind of novel gypsum liner, it is characterised in that: including air bag component and the protective layer that air bag component outer surface is arranged in;
The air bag component includes air bag communicating pipe and several air bags, and air bag communicating pipe is laterally arranged, several
Vertical uniform intervals are arranged and are located at below air bag communicating pipe, the top of each air bag a air bag from left to right
It is connected to by connecting conduit with air bag communicating pipe, the connecting conduit two sides being arranged positioned at the top of each air bag
Rotating valve is provided on air bag communicating pipe, rotating valve includes the cylindrical left valve barrel and right valve being slidably connected
Body, the left side of left valve barrel are provided with air bag communicating pipe sliding slot, and the air bag communicating pipe on the left of left valve barrel passes through inflation
Air bag communicating pipe, sliding slot was connect with left valve barrel, and the right side of left valve barrel is provided with the right valve barrel sliding slot of annular, the left end of right valve barrel
Face is provided with the left valve barrel sliding block of annular, and the right side of right valve barrel is provided with air bag communicating pipe sliding slot, left valve barrel and right valve
Body is provided with gas via-hole along axially eccentric, and the air bag communicating pipe on the right side of right valve barrel passes through air bag communicating pipe sliding slot
It is connect with right valve barrel, the gas via-hole on left valve barrel and right valve barrel is respectively positioned on model where the end face of corresponding air bag communicating pipe
In enclosing;Air bag communicating pipe, left end was provided with the gas tube for protruding from protective layer, and the upper end of gas tube is provided with charge valve
Door, the lower end of gas tube is connected to air bag communicating pipe.
2. novel gypsum liner according to claim 1, it is characterised in that: the charge valve of the gas tube upper end setting
Door connects the delivery outlet of gas source by gas source connecting conduit, is provided with check valve in gas source connecting conduit.
3. novel gypsum liner according to claim 1, it is characterised in that: be evenly arranged on the protective layer several
A air hole, air hole are located at outside air bag component.
4. novel gypsum liner according to claim 2, it is characterised in that: the gas source uses micro air pump or pressing
Formula air bag.
5. novel gypsum liner according to claim 1, it is characterised in that: between the adjacent air bag of any two
Cut line is provided on protective layer, and cut line is located in the two air bags set by the right side of left side air bag
In rotating valve and the two air bags between rotating valve set by the left side of right side air bag.
6. novel gypsum liner according to claim 1, it is characterised in that: the protective layer outer surface is provided with waterproof
Layer.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201820509048.9U CN209032856U (en) | 2018-04-11 | 2018-04-11 | A kind of novel gypsum liner |
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CN201820509048.9U CN209032856U (en) | 2018-04-11 | 2018-04-11 | A kind of novel gypsum liner |
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CN209032856U true CN209032856U (en) | 2019-06-28 |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111330233A (en) * | 2020-04-14 | 2020-06-26 | 苏州市立医院 | Abdominal respiration training device and method |
-
2018
- 2018-04-11 CN CN201820509048.9U patent/CN209032856U/en active Active
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111330233A (en) * | 2020-04-14 | 2020-06-26 | 苏州市立医院 | Abdominal respiration training device and method |
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