TWI869037B - Automatic awakening ball and automatic pressing device - Google Patents

Abstract

An automatic resuscitation ball includes a resuscitation ball body and an automatic pressing device. The resuscitation ball body has an air storage space and an air outlet connected to the air storage space. The automatic pressing device includes a frame, two pressing modules, and a control module. The frame is used to hold the resuscitation ball body. The two pressing modules are arranged at two sides of the frame, each of the pressing modules has a fixed part arranged on the frame, and a pressing part connected to the fixed part so as to be movable inwardly relative to the fixed part, and the pressing parts of the two pressing modules are used to press the resuscitation ball body together. The control module is arranged on the frame and electrically connected to the two pressing modules. The control module is used to control the pressing parts of the two pressing modules to press the resuscitation ball body so that the gas in the gas storage space is discharged from the gas outlet.

Description

Automatic awakening ball and automatic pressing device

The present invention relates to an automatic resuscitation ball, in particular to an automatic resuscitation ball and an automatic pressing device.

In general first aid operations, resuscitation balls are often used to provide patients with high-concentration oxygen. This high-concentration oxygen supply method usually achieves good results in first aid. However, resuscitation balls that need to be pressed manually often face the problem of insufficient manpower in emergency situations during the first aid process. On the other hand, neither the frequency of oxygen supply nor the oxygen flow rate can be accurately mastered and controlled through manual pressing.

Therefore, an object of the present invention is to provide an automatic awakening ball and an automatic pressing device that can improve at least one problem in the prior art.

Therefore, in some embodiments of the automatic resuscitation ball of the present invention, it includes a resuscitation ball body and an automatic pressing device. The resuscitation ball body has an air storage space and an air outlet connected to the air storage space. The automatic pressing device includes a frame, two pressing modules, and a control module. The frame is used to hold the resuscitation ball body. The two pressing modules are arranged at two sides of the frame, each of the pressing modules has a fixed part arranged on the frame, and a pressing part connected to the fixed part so as to be movable inwardly relative to the fixed part, and the pressing parts of the two pressing modules are used to press the resuscitation ball body together. The control module is arranged on the frame and electrically connected to the two pressing modules. The control module is used to control the pressing parts of the two pressing modules to press the resuscitation ball body so that the gas in the gas storage space is discharged from the gas outlet.

In some implementations, the control module has a housing and a display panel disposed on the housing.

In some embodiments, the frame includes two half frame parts that are connected to each other and can be opened, and an operating part that is arranged on the two half frame parts and is used to control the opening and closing of the two half frame parts.

In some embodiments, the automatic pressing device further includes at least one fixing belt disposed on the frame.

In some embodiments, the automatic pressing device further includes a flow meter disposed on the awakening ball body adjacent to the air outlet and electrically connected to the control module.

Therefore, in some embodiments, the automatic pressing device of the present invention is suitable for holding and pressing a resuscitation ball body, which has an air storage space and an air outlet connected to the air storage space. The automatic pressing device includes a frame, two pressing modules, and a control module. The frame is used to hold the resuscitation ball body. The two pressing modules are arranged at two sides of the frame, each of the pressing modules has a fixed part arranged on the frame, and a pressing part connected to the fixed part so as to be movable inwardly relative to the fixed part, and the pressing parts of the two pressing modules are used to press the resuscitation ball body together. The control module is arranged on the frame and electrically connected to the two pressing modules. The control module is used to control the pressing parts of the two pressing modules to press the resuscitation ball body so that the gas in the gas storage space is discharged from the gas outlet.

In some implementations, the control module has a housing and a display panel disposed on the housing.

In some embodiments, the frame includes two half frame parts that are connected to each other and can be opened, and an operating part disposed on the two half frame parts and used to control the opening and closing of the two half frame parts.

In some embodiments, the automatic pressing device further includes at least one fixing belt disposed on the frame.

In some embodiments, the automatic pressing device further includes a flow meter disposed on the awakening ball body adjacent to the air outlet and electrically connected to the control module.

The present invention can achieve the function of automatically pressing the resuscitation ball body through the automatic pressing device, avoiding the problem of insufficient manpower during first aid. In addition, by controlling the pressing parts of the two pressing modules through the control module, the oxygen supply frequency and oxygen supply flow rate can be accurately controlled to ensure the effectiveness of high-concentration oxygen supply.

1 to 4 , an embodiment of the automatic resuscitation ball 100 of the present invention comprises a resuscitation ball body 1 , an automatic pressing device 2 , an oxygen supply mask 3 , and a connecting hose 4 .

The resuscitation ball body 1 is, for example, substantially ellipsoidal in shape, and has an air inlet end 11 and an air outlet end 12 opposite to each other, an air storage space 13 located inside, and an air outlet 14 located at the air outlet end 12 and connected to the air storage space 13. The air inlet end 11 of the resuscitation ball body 1 can be connected to an oxygen supply device (not shown) capable of providing high-concentration oxygen, and the air inlet end 11 is also provided with an air storage bag 5 capable of temporarily storing high-concentration oxygen.

The automatic pressing device 2 includes a frame 21, two pressing modules 22, a control module 23, a flow meter 24, and two fixing belts 25.

The frame 21 is used to hold the awakening ball body 1. The frame 21 includes two half frame parts 211 connected to each other and can be opened, and an operating part 212 provided on the two half frame parts 211 and used to control the opening and closing of the two half frame parts 211. In this embodiment, the frame 21 also includes at least one elastic member (not shown) connected between the two half frame parts 211, and the elastic member drives the two half frame parts 211 to close to hold the awakening ball body 1. In addition, the operating part 212 includes two operating pieces 212a respectively provided on the two half frame parts 211. The user can open the two half frame parts 211 by pressing the two operating pieces 212a inward to release the awakening ball body 1.

Referring to Figures 2, 4 and 5, the two pressing modules 22 are arranged at both sides of the frame 21. Each pressing module 22 has a fixed portion 221 arranged on the frame 21, and a pressing portion 222 connected to the fixed portion 221 so as to be movable inwardly relative to the fixed portion 221. The pressing portions 222 of the two pressing modules 22 are used to jointly press the resuscitation ball body 1 (as shown in Figure 5). For example, the pressing portion 222 can be driven by components such as a motor, a gear and a rack (all not shown) in the fixed portion 221. Specifically, the pressing portion 222 has a pressing surface 222a that can fit the surface of the resuscitation ball body 1.

Referring to FIGS. 1 to 4 , the control module 23 is disposed on the frame 21 and is electrically connected to the two pressing modules 22, for example, through wires (not shown). The control module 23 is used to control the pressing parts 222 of the two pressing modules 22 to press the resuscitation ball body 1, so that the gas in the gas storage space 13 is discharged from the gas outlet 14. The control module 23 has two outer shells 231 respectively disposed on the two half frame parts 211 of the frame 21, a control circuit board (not shown) disposed in one of the outer shells 231, two display panels 232 disposed on the two outer shells 231 and electrically connected to the control circuit board, and a plurality of buttons 233 disposed on the two outer shells 231 and electrically connected to the control circuit board. It should be noted that in other embodiments, the number of the housing 231 and the display panel 232 can be one each, and the housing 231 is disposed on one of the half-frames 211. The two display panels 232 can respectively display the currently predetermined oxygen flow rate and the oxygen supply frequency by pressing, and the predetermined oxygen flow rate and the oxygen supply frequency by pressing can be adjusted by operating the buttons 233. The control circuit board of the control module 23 controls the pressing parts 222 of the two pressing modules 22 according to the predetermined oxygen flow rate and the oxygen supply frequency by pressing. For example, the control module 23 can also have a buzzer or a speaker (not shown) for generating a prompt sound according to demand.

The flow meter 24 is disposed on the resuscitation ball body 1 adjacent to the air outlet 14 and is electrically connected to the control module 23. The flow meter 24 is used to detect the oxygen flow at the air outlet 14 and transmit a flow detection signal to the control module 23 according to the detected oxygen flow, so that the control module 23 can calibrate and control the oxygen flow provided by the pressing parts 222 of the two pressing modules 22 according to the flow detection signal.

The two fixing belts 25 are disposed on the frame 21. Each of the fixing belts 25 includes a belt body 251 disposed on the frame 21, and a fixing clip 252 disposed at the end of the belt body 251. The two fixing clips 252 of the two fixing belts 25 are used to clamp on a fixed object (not shown), and the fixed object can be, for example, a hospital bed or a bed frame. The fixing belts 25 enable the entire automatic awakening ball 100 to be stably fixed on the fixed object.

In addition, the oxygen supply mask 3 is suitable for being fitted on the patient's face, and the connecting hose 4 is connected between the oxygen supply mask 3 and the air outlet 14 of the resuscitation ball body 1. The connecting hose 4 can prevent the movement of the resuscitation ball body 1 from affecting the fit between the oxygen supply mask 3 and the patient's face, thereby ensuring smooth high-concentration oxygen supply.

In summary, the present invention can achieve the function of automatically pressing the resuscitation ball body 1 through the automatic pressing device 2, thereby avoiding the problem of insufficient manpower during emergency treatment. In addition, by controlling the pressing parts 222 of the two pressing modules 22 through the control module 23, the oxygen supply frequency and oxygen supply flow rate can be accurately controlled to ensure the effectiveness of high-concentration oxygen supply.

However, the above is only an example of the implementation of the present invention, and it should not be used to limit the scope of the implementation of the present invention. All simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the patent specification are still within the scope of the patent of the present invention.

100: Automatic resuscitation ball 1: Resuscitation ball body 11: Air inlet 12: Air outlet 13: Air storage space 14: Air outlet 2: Automatic pressing device 21: Frame 211: Half frame 212: Operation part 212a: Operation sheet 22: Pressing module 221: Fixing part 222: Pressing part 222a: Pressing surface 23: Control module 231: Housing 232: Display panel 233: Button 24: Flow meter 25: Fixing belt 251: Belt body 252: Fixing clip 3: Oxygen mask 4: Connecting hose 5: Air storage bag

Other features and effects of the present invention will be clearly presented in the implementation method with reference to the drawings, in which: Figure 1 is a side view schematic diagram of an embodiment of the automatic resuscitation ball of the present invention, in which two fixing straps of an automatic pressing device of the embodiment are omitted; Figure 2 is a three-dimensional schematic diagram of the embodiment, in which an oxygen supply mask and a connecting hose of the embodiment are omitted; Figure 3 is a three-dimensional exploded schematic diagram of the embodiment, in which the two half frames of a frame of an automatic pressing device of the embodiment are in an open state, and the two fixing straps of the automatic pressing device of the embodiment, as well as the oxygen supply mask and the connecting hose of the embodiment are omitted; FIG4 is a top view schematic diagram of the embodiment, in which the two pressing parts of the automatic pressing device have not yet pressed a resuscitation ball body, and the two fixing straps of the automatic pressing device of the embodiment, as well as the oxygen supply mask and the connecting hose of the embodiment are omitted in the figure; FIG5 is a top view schematic diagram of the embodiment, in which the two pressing parts of the automatic pressing device jointly press the resuscitation ball body, and the two fixing straps of the automatic pressing device of the embodiment, as well as the oxygen supply mask and the connecting hose of the embodiment are omitted in the figure.

100: Automatic wake-up ball

1: The body of the awakening ball

11: Intake end

12: Air outlet

13: Gas storage space

14: Air outlet

2: Automatic pressing device

21: Frame

211: Half-frame

212: Operation Department

212a: Operation sheet

22: Press module

221:Fixed part

222: Pressing part

222a: Press the surface

23: Control module

231: Shell

232: Display panel

233:Button

24: Flow meter

25:Fixed strap

251: Body

252:Fixed clip

5: Air bag

Claims (8)

An automatic resuscitation ball comprises: a resuscitation ball body having an air storage space and an air outlet connected to the air storage space; and an automatic pressing device comprising a frame for holding the resuscitation ball body, two pressing modules arranged at two sides of the frame, each of the pressing modules having a fixed portion arranged on the frame, and a pressing portion connected to the fixed portion so as to be movable inwardly relative to the fixed portion, the two pressing modules The pressing parts of the two pressing modules are used to press the resuscitation ball body together, and a control module is arranged on the frame and electrically connected to the two pressing modules. The control module is used to control the pressing parts of the two pressing modules to press the resuscitation ball body so that the gas in the gas storage space is discharged from the gas outlet. The frame includes two half frame parts that are connected to each other and can be opened, and an operating part arranged on the two half frame parts and used to control the opening of the two half frame parts. The automatic awakening ball as described in claim 1, wherein the control module has an outer shell and a display panel disposed on the outer shell. The automatic awakening ball as described in claim 1, wherein the automatic pressing device further includes at least one fixing belt arranged on the frame. The automatic awakening ball as described in claim 1, wherein the automatic pressing device further includes a flow meter disposed on the awakening ball body adjacent to the air outlet and electrically connected to the control module. An automatic pressing device is used for holding and pressing a resuscitation ball body, wherein the resuscitation ball body has an air storage space and an air outlet connected to the air storage space. The automatic pressing device comprises: a frame for holding the resuscitation ball body; two pressing modules arranged at two sides of the frame, each of the pressing modules having a fixed portion arranged on the frame, and a pressing portion connected to the fixed portion so as to be movable inwardly relative to the fixed portion. The pressing parts of the two pressing modules are used to press the resuscitation ball body together; and a control module is arranged on the frame and electrically connected to the two pressing modules, and the control module is used to control the pressing parts of the two pressing modules to press the resuscitation ball body so that the gas in the gas storage space is discharged from the gas outlet, wherein the frame includes two half frame parts connected to each other and can be opened, and an operating part arranged on the two half frame parts and used to control the opening of the two half frame parts. An automatic pressing device as described in claim 5, wherein the control module has a housing and a display panel disposed on the housing. The automatic pressing device as described in claim 5, wherein the automatic pressing device further comprises at least one fixing belt arranged on the frame. The automatic pressing device as described in claim 5, wherein the automatic pressing device further includes a flow meter disposed on the awakening ball body adjacent to the air outlet and electrically connected to the control module.

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