109 results about "Oxygen breathing" patented technology

The Reduced Oxygen Breathing Device (ROBD2) is an apparatus that dilutes the oxygen present in air to concentrations below 21% by mixing the air with nitrogen. The purpose of this dilution is to simulate the reduced oxygen concentration available as one ascends in altitude. The ROBD2 is unique and different from previous devices that reduce the concentration of oxygen in room air via dilution with nitrogen gas in that it uses sophisticated gas regulating devices known as mass flow controllers. The ROBD also employs a gas extraction device as an independent component of the system that can separate nitrogen gas from air for use in the device.

Oxygen breathing masks with a sound pickup device. A microphone capsule of the sound pick-up device is positioned at the base of a mouth-piece whose aperture is placed just before the mask user's mouth. Such a mask may find particular application for aircraft pilots.

A breathing circuit is described for the supplying of low pressure oxygen to a patient that is at risk of hypoxia. The breathing circuit includes a patent airway maintaining device, a first tube that includes a substantially rigid elbow and connectors and a flexible tubular extension. An inflatable bag is coupled to the first tube and has a pressure relief valve that exhausts into the atmosphere. A second tube has a first end that terminates in proximity to the patent airway maintaining device and a second opposed end that terminates external to the first tube. A third tube connects an external source of oxygen to the second tube. A method for an oxygen breathing circuit is also described that further includes the use of a carbon dioxide monitor and the inflatable bag for assisted breathing. The breathing circuit uses only non-metallic polymer or composite type materials.

The invention relates to an arrangement of a plurality of oxygen breathing devices, in particular for providing oxygen to passenger or crew of an aircraft, each oxygen breathing device comprising an oxygen source, wherein oxygen is stored, in particular in chemically bound form or compressed form, an oxygen guiding device for guiding oxygen from the oxygen source to a person. According to the invention, an arrangement of a plurality of oxygen breathing devices is provided, wherein a first one of said plurality of oxygen breathing devices further comprises an integrated transmitter comprising a sender adapted for wireless communication with a receiver of a second one of said oxygen breathing devices and a receiver adapted for wireless communication with a sender of said second oxygen breathing device, wherein said second oxygen breathing device is arranged in a distance from the first oxygen breathing device, wherein the sender and receiver of said integrated transmitter are adapted to receive and send at least a decompression signal signalising the need to activate oxygen supply from said oxygen source via said oxygen guiding device, and wherein preferably said transmitter is connected to said oxygen source to activate oxygen supply via said oxygen guiding device upon receipt of such decompression signal.

The invention relates to an oxygen breathing device, in particular for cockpit crew member of an aircraft, comprising a pressurized oxygen source for storing pressurized oxygen, an oxygen mask, adapted to fit to nose and mouth of a person to be supplied with oxygen from the pressurized oxygen source, an oxygen supply line connecting the pressurized oxygen source with the oxygen mask, a pressure regulator/safety valve coupled in the oxygen supply line to selectively open or shut off oxygen flow from the pressurized oxygen source to the oxygen mask and/or to control pressure of said oxygen supplied to the oxygen mask. According to the invention, such oxygen breathing device is improved by having a pneumatic seal adapted to pneumatically seal the pressurized oxygen source in a non-use condition, an opening device adapted to open the pneumatic seal in case of an emergency situation requiring oxygen supply to the person, a change over valve adapted to selectively supply oxygen from the pressurized oxygen source or pressurized air from a pressurized air source to the oxygen mask.

An oxygen breathing apparatus with a spectacle kit comprising a plurality of frame members of eyeglasses, such as a tubular temple member an tubular endpiece member, and a hinged joint through which the tubular members are rotatably and hermetically connected with each other to establish a common joint portion of these tubular members By providing a thick-walled connection portion in each of the tubular members, the apparatus is free from any deformation of the common joint portion of the tubular members even when folding/unfolding operation of the temple member is repetitively performed.

The invention relates to a calibrating device of an oxygen breathing apparatus for emergency and disaster releasing in coal industry and the like, in particular to a universal calibrator of the oxygen breathing apparatus. The calibrator of the oxygen breathing apparatus comprises a box body, wherein a box cover is hinged on the side part of the box body; a panel is arranged in the box body; and a groove is formed in the right side of the panel in the box body. The calibrator is characterized in that: a manual air pump and an oxygen pressure meter which is provided with a connector of an oxygen cylinder are arranged in the groove; a digital pressure meter displayer, an electronic gas flow meter displayer, an electronic timer, a power supply switch, a charging indicating lamp, a zero potentiometer, a closing valve pull rod and a switching valve pull rod are arranged on the surface of the panel; an air outlet two-way pipe and an air inlet two-way pipe pass through the surface of the panel; the air outlet two-way pipe is sequentially connected with a switching valve and a tee pipe which are arranged on the lower part of the panel; the air inlet two-way pipe is connected with the tee pipe on the lower part of the panel; and the other end of the tee pipe is connected with a digital pressure sensor through a pipe. The calibrator is simple in structure and is convenient to operate.

The invention relates to a respirator, and in particular relates to an isolated-type oxygen respirator. The isolated-type oxygen respirator comprises a lower shell 17, an upper shell 21, an oxygen generation tank 14 and an air storage pocket 13, wherein a return switch press plate 15 is arranged on the upper cover plate of the oxygen generation tank 14, a breathing mask 1 is connected above the return switch press plate 15, and the air storage pocket 13 is connected below the return switch press plate 15, the breathing mask 1 is communicated with the oxygen generation tank 14 and the air storage pocket 13 by an exhalation valve 19 and an inhalation valve 3, and a exhalation hose 18 is additionally arranged between the breathing mask and the oxygen generation tank; the breathing mask 1 is communicated with a cooling module 7 and the air storage pocket 13 by the exhalation valve 19 and the inhalation valve 3, and an inspiration hose 4 is additionally arranged between the breathing mask 1 is communicated with the cooling module 7; a lithium ion battery pack 11 is used for providing a power supply for the running of the cooling module 7, and a continuous cooling effect can be realized by carrying a backup power supply. The isolated-type oxygen respirator has the main characteristics of being convenient to maintain and preserve, capable of realizing continuous cooling, good in cooling effect, small in size, and safe and reliable.

The invention relates to lifesaving appliances, in particular to a disaster area drinking device for positive-pressure oxygen breathing apparatus, which solves the problem that the drinking device for allowing rescue workers to drink water safely on operating sites does not occur at present. The disaster area drinking device for the positive-pressure oxygen breathing apparatus comprises a sealing water tank, an external connection water pipe, a switch cavity, a switch rod body and a suction pipe, wherein the sealing water tank and the switch cavity are respectively communicated with both ends of the external connection water pipe; both ends of the switch rod body pass through both end faces of the switch cavity; an axial pipe hole is formed on the upper part of the switch rod body; and both ends of the axial pipe hole are respectively communicated with the switch cavity and the suction pipe. The disaster area drinking device solves the problem that the drinking device for allowing the rescue workers to drink the water safely on the rescue operating sites is not available at present, and is suitable to be used by the rescue workers on the rescue operating sites.

The invention relates to a float type bidirectional bacterium-blockage and low-noise oxygen breathing apparatus, which is characterized in that an air inlet connecting apparatus formed by connecting an air inlet pipe (16) with a connecting nut (3) and a pipe joint (2) is connected with a flowmeter (1), the upper end of an interval bacterium-blockage filter (8) arranged at the inner side of a humidifying bottle cap (7) is communicated with the air inlet pipe (16), and the lower end is connected with a guide pipe (10) and a humidifier (12); an inclined air outlet pipe (15) is arranged on the humidifying bottle cap (7) and connected with an external bacterium-blockage filter (4); and the ends of the humidifying bottle cap (7) are uniformly provided with baffle plates (14), the neck of a humidifying bottle body (11) is provided with a boss (9) which can be interlocked when screwed and can be only used once. The invention has the advantages of integral structure with the functions of bidirectional bacterium-blockage and reduction of oxygen breathing noise, reasonable design and complete function and is suitable for clinical oxygen-supply therapies and health-care oxygen therapies of medical establishments.

The invention relates to an oxygen breathing device, in particular for providing oxygen to passengers or crew of an aircraft, the device comprising an oxygen source, wherein oxygen is stored, in particular in chemically bound form or compressed form, an oxygen guiding device for guiding oxygen from the oxygen source to a person, and a control unit for controlling pressure and/or flow rate of the oxygen flowing through the guiding device. According to the invention, an improved oxygen breathing device is provided having an energy conversion and supply device which is adapted to convert energy stored or produced within the oxygen breathing device into an energy required by the control unit, and to provide said energy required by the control unit to the control unit.

The novel water culture plant has root system comprising nutrient absorbing roots, oxygen breathing roots and water absorbing roots from the top to the bottom. Its culture process includes the following steps: washing and pruning the root system of nursery stock, sterilizing, soaking in inducing liquid, coating the nutrient absorbing roots with absorbing sponge possessing slow released nutrient for inducing, inducing the water absorbing roots in back flowing clear water pond, setting inside the clear water holding container and sealing the mouth of the container with absorbing sponge possessing slow released nutrient after inducing. The present invention has the features of environment friendship, short domesticating period, etc.

The invention relates to a novel oxygen breathing apparatus, and relates to a breathing device. The novel oxygen breathing apparatus comprises a shell, an oxygen bottle, an air bag, a purifying tank,a cooling tank and a breathing three-way part. A pressure reducer communicates between the oxygen bottle and the air bag. An inspiration hose communicates between the breathing three-way part and thecooling tank, and an expiration hose communicates between the breathing three-way part and the purifying tank. The air bag further communicates with the purifying tank and the cooling tank. The noveloxygen breathing apparatus further comprises a plurality of one-way valves. The one-way valves include the first valve, and a movement switch which is controlled by the first valve is arranged on thefirst valve. An installation cover is arranged in the shell, one side of the air bag is fixedly arranged in the installation cover, and a press plate is fixedly arranged on the other side of the air bag. A driving mechanism is arranged in the shell, and is controlled by the movement switch to drive the press plate to move. The air bag of the novel oxygen breathing apparatus can contract or expandin a self-adaptive mode along with inspiration and expiration, and therefore the inspiration and expiration resistance of a user is reduced. In addition, the quantity of exhaust air which leaves the cycle in the expiration process can be adjusted so that different requirements for increasing the oxygen concentration, saving absorbing agents and the like can be met.

The invention relates to the technical field of assistant breathing equipment and provides thorax and abdomen combined assistant breathing equipment comprises a thoracic breathing assistant device, wherein a hinged part is fixedly connected with the bottom of the thoracic breathing assistant device, the thoracic breathing assistant device is connected with an abdominal assistant breathing device through a connecting line, the thoracic breathing assistant device is electrically connected with a control device through a connecting line, a breathing rate adjusting knob, a ventilation volume meterand a pressure meter are arranged sequentially at the top of the control device from left to right, and a thoracic device air pump and an abdominal device air pump are fixedly connected with one sideof the inner wall of the control device. By mutually cooperative use of the thoracic breathing assistant device and the abdominal assistant breathing device, not only are defects such as oxygen deficit, carbon dioxide retention and non-obvious assistant effect during application of thoracic assistant breathing overcome, but also the problem that the existing device just depends on the thoracic assistant breathing mode is also solved, the effect is more obvious, the oxygen breathing amount can be increased, and normal oxygen breathing of a patient is guaranteed.

The invention relates to a portable multi-functional oxygen breathing device comprising a mobile trolley, a lifting device, a clamping device and an oxygen breathing device. The upper end of the mobile trolley is equipped with the lifting device, the upper end of the lifting device is equipped with the clamping device, and the middle part of the upper end of the clamping device is equipped with the oxygen breathing device. The problems that a conventional oxygen breathing device is poor in use effect, inconvenient to carry, unable to install quickly with a stretcher and unable to arrange an oxygen pipe better when being used in a rescue site, and the function of quick installation between the oxygen breathing device and a stretcher can be realized, and the portable multi-functional oxygenbreathing device has good use effect and convenient carrying, and can be quickly in butt joint with the stretcher and has better arrangement of oxygen pipes.

The invention discloses an intelligent oxygen breathing apparatus. The intelligent oxygen breathing apparatus comprises a humidification bottle, wherein a breathing pipe is arranged in the humidification bottle; the mouth of the humidification bottle is provided with an air inlet connector and an air outlet connector; a flow control valve is arranged between the air inlet connector and the air outlet connector; a flowmeter is arranged on the flow control valve; the mouth of the humidification bottle is also provided with an electromagnetic check valve which is in connection with a controller; the controller comprises a processing chip and a control panel; the processing chip is an 89s 52 type chip; and operation keys and a display panel are arranged on the control panel. The intelligent oxygen breathing apparatus has the advantages of simple structure, easy operation, accurate timing, safety, reliability and capacity of well solving the problem of dispute on actual oxygen consuming duration between hospitals and patients.

The invention relates to the technical field of oxygen supply devices and in particular relates to a continuous oxygen supply device meeting outdoor activity requirements. The continuous oxygen supplydevice comprises a bearing device, wherein a plurality of electric wheels are mounted at the bottom of the bearing device; a protection box is fixed at one end of the bearing device; an oxygen generator and a storage battery are arranged above the bearing device; a machine groove is formed in a top surface of the bearing device; a battery groove is formed in one side of the machine groove; convexcolumns are arranged at two sides of the bearing device; one side of each convex column is connected with a handle; a lug boss is arranged at one end of the bearing device; an object storage groove and a rain cloth hole are formed in the top surface of the lug boss; rain cloth is placed in the rain cloth hole. According to the continuous oxygen supply device provided by the invention, the bearingdevice is provided with an automatic following module and the electric wheels, and the oxygen generator and the storage battery are loaded on the carrying device and are used as a driving energy source, so that the bearing device follows a patient; the patient can uptake oxygen gas through an oxygen breathing pipe and outdoor activities of the patients can be realized.

The invention provides an emergency nursing oxygen breathing apparatus, which belongs to the technical field of a medical apparatus. The emergency nursing oxygen breathing apparatus comprises a humidification bottle, an air inlet, a flow rate meter, a fast connector and an air guide pipe, and also comprises a timing switch, a display screen, a headset rack, a nose breathing pipe, a left rotating arm, a left headset cabin, a right headset cabin and a right rotating arm, wherein the flow rate meter and the timing switch are arranged between the humidification bottle and the fast connector; the fast connector is connected with the headset cabins through the air guide pipe; the headset cabins comprise the left headset cabin and the right headset cabin which are connected through the headset rack; and the left rotating arm and the right rotating arm are arranged on the headset cabin, and are respectively connected with the nose breathing pipe and a mouth breathing pipe. The emergency nursing oxygen breathing apparatus has the beneficial effects that a headset type fixing structure is used; an oxygen breathing pipe can be conveniently fixed; the use feeling is comfortable; falling cannot easily occur; two modes including oxygen breathing by mouth and oxygen breathing by nose are set; the oxygen breathing modes can be flexibly changed according to the conditions of patients; meanwhile, the flow rate fine adjusting mode is set, so that the oxygen breathing speed can be precisely adjusted; and the occurrence of uncomfortable feeling is avoided.