125results about How to "Easy to wear and comfortable" patented technology

The invention provides a pulse wave acquisition device and a non-invasive blood pressure continuous beat-to-beat measuring system and method. The pulse wave acquisition device of an arm sleeve structure is adopted for the system to acquire brachial artery pulse wave signals and radial artery pulse wave signals, the system is low in power consumption, long in running time and more convenient and more comfortable to wear, and influences of inflation stimulus on an inflatable cuff on blood pressure measurement accuracy are avoided. A hemodynamic force detection analyzer in the system is connected with the pulse wave acquisition device wirelessly, and acquires, calculates and analyzes the brachial artery pulse wave signals and the radial artery pulse wave signals which are acquired by the pulse wave acquisition device; by combining the non-invasive blood pressure continuous beat-to-beat measuring method, non-invasive continuous beat-to-beat measurement of the blood pressure of a detected object is achieved, measurement operation is simplified, measurement accuracy is guaranteed, and the problem that because a non-invasive blood pressure measuring device and method in the prior art are tedious in operation and low in accuracy, continuous beat-to-beat measurement of blood pressure is hard to achieve is solved.

A CPAP device and a method for treating sleep apnea use a head appliance with an oral adaptor comprising a tube partially inserted in a person's mouth and a diaphragm applied over the tube against the mouth, such that the lips are formed into a tight seal with the tube. A nasal seal is described comprising two rollers to which a strap is attached, so that the nasal seal is easily put in place, adjusted and maintained by rolling the rollers on the nose sides or pulling the straps.

A device for the measurement of analytes in a body fluid including a support with an upper surface, a layer adhered to the upper surface, the layer being of a hardenable material wherein at least one microfluidic channel has been etched after the layer is at least partially hardened, and a semipermeable membrane at least partially covering the layer.

The invention discloses an integrally moulded sports underwear with non-steel ring cup, which comprises the following parts: integrally moulded cylinder underwear outer-cloth layer, non-steel ring cup, cylinder underwear inner-cloth layer corresponding to the structure of cylinder underwear outer-cloth layer, underwear bundle and hook coil, wherein the non-steel ring cup is stitched and fixed on the inner surface of front piece of outer-cloth layer symmetrically; the inner-cloth layer is stitched and fixed at inner surface of the front and back pieces of cylinder underwear outer-cloth layer at heart position and lateral specific position of two non-steel ring cups; the underwear bundle is set at the stitching connecting part of the lower end of the cylinder underwear outer-cloth layer and cylinder underwear inner-cloth layer; the hook coil is set on the underwear bundle. The invention is comfortable to wear with good air permeability to realize support action for breast, which is effective to side and elevate the breast to reinforce the wearing and matching property of sports underwear.

The present invention relates to a superabsorbent polymer which has excellent initial absorbency and keeps water from flowing out under pressure even after passage of time. The superabsorbent polymer of the present invention is characterized by simultaneously optimizing centrifuge retention capacity (CRC), absorbency under pressure (AUP), liquid permeability (SFC), and gel strength within a predetermined range. The present invention can provide improved physical properties of a final diaper product and apply an ultra-thin technology to the diaper product.

Air filters for use in nostrils, building structures and vehicles. The air filter is washable, reusable, non-toxic, and, for nostrils, comfortable to wear. It filters or stops allergens, while allowing airflow.

A flexible exoskeleton wrist function rehabilitation device based on leaf spring driving comprises a wrist driving mechanism, the front end of the wrist driving mechanism is fixed to a hand back framemodule through a hand back bearing sleeve, and the hand back frame module is sewn on a glove module; the rear end of the wrist driving mechanism is connected with linear push rod motors through pushrod bearing blocks, and the linear push rod motors are fixed to an arm frame module; the arm frame module is sewn on an oversleeve module, and the oversleeve module is worn on a forearm of a patient.The wrist driving mechanism comprises a left driving leaf spring and a right driving leaf spring, and the linear push rod motors comprise the left linear push rod motor and the right linear push rod motor. The two linear push rod motors simultaneously push the driving leaf springs to move forwards to drive the wrist to bend downwards; rear legs of the driving leaf springs are pulled simultaneouslyby the two linear push rod motors to drive the wrist to bend upwards; if one linear push rod motor pushes one driving leaf spring to move forwards, and the other linear push rod motor pulls the otherdriving leaf spring to move backwards, the wrist is driven to deflect. The device is used for providing CPM rehabilitation training for the patient, the structure is simple and compact, and the device can be applicable to different wrist sizes.

A self-contained air distribution system for an individual which can distribute air over the chest, back, head, or skin of the individual, the system including a battery operated blower fan in communication with the plenum and manifold, the manifold having primary exhaust nozzles which may be attached to secondary distribution conduits extending over the chest, back, or head of the individual, thereby allowing air to selectively escape providing a cooling and evaporate effect.

The invention provides a multi-channel pharynx oralis breathing device for an anesthesia department, and belongs to the technical field of medical equipment. The multi-channel pharynx oralis breathing device for the anesthesia department comprises a mask, ear hanging ropes, a mouth muffle, a first catheter, a second catheter, a buffering pad, a breathing hole, bite blocks, a tongue depressor, a temperature sensor, a mist outlet, a display screen and an alarm, wherein the buffering pad is arranged at the outer edge of the mask; the ear hanging ropes are arranged on two sides of the mask; the mouth muffle is arranged in the middle of the mask; the bite blocks are arranged on two sides of the mouth muffle; the tongue depressor is arranged in the middle of the mouth muffle; the first catheter and the second catheter are arranged on the tongue depressor; the mist outlet is formed in the middle of the inner surface of the mouth muffle; and the display screen and the alarm are arranged on the outer surface of the mouth muffle. The multi-channel pharynx oralis breathing device for the anesthesia department has the beneficial effects that a pharynx oralis breathing channel can be formed stably, moreover, operations such as gastric tube insertion and sputum suction can be carried out by the same device, the temperature in the oral cavity of a patient can be acquired conveniently, the patient takes food conveniently, the structural design of the multi-channel pharynx oralis breathing device conforms to an oral cavity environment of a human body, fed air can be humidified, and the multi-channel pharynx oralis breathing device for the anesthesia department is comfortable and convenient to wear.

The invention discloses a refrigerating helmet. The refrigerating helmet comprises a helmet body, wherein a liquid refrigerating module and an air refrigerating module, wherein the liquid refrigerating module and the air refrigerating module are connected with a control module and a power supply module, the liquid refrigerating module is communicated with liquid refrigerating pipes respectively mounted on a surrounding neck of the helmet body and in the helmet body, a low-temperature liquid is guided to flow out of a liquid refrigerator by virtue of natural circulation, enters the liquid refrigerating pipes to circularly flow and absorbs heat generated by the neck of a human body and reenters the liquid refrigerator by virtue of natural circulation after temperature rise, thereby cooling the neck and the head of a wearer; and the air refrigerating module is mounted in front of the helmet body, air is introduced to an air cooler by virtue of a mini-sized fan, and cold air blows to the face of the wearer after being returned by a wind board in front of the helmet body, thereby realizing the cooling or perspiration of the face.

The invention discloses an earplug type bone conduction call transmitting and receiving device, which is characterized by comprising a call transmitting earplug device, a call receiving earplug device, a signal processing circuit and a connector, wherein the call transmitting earplug device comprises a first shell and a miniature contact microphone transmitter arranged in the first shell; the call receiving earplug device comprises a second shell and a miniature moving coil receiver arranged in the second shell; the miniature contact microphone transmitter is connected with the signal processing circuit which is connected with the connector; the miniature moving coil receiver is connected with the connector; and the output end of the signal processing circuit is provided with PTT switches in parallel for the make-and-break switch in the process of communication. The earplug type bone conduction call transmitting and receiving device has the advantages that the microphone transmitter and the receiver are completely separated from each other to achieve the call transmitting and the call receiving respectively through the miniature contact microphone transmitter and the miniature moving coil receiver by two ears of a person, so that the problems of self excitation and audio mixing in a duplex state are solved fundamentally, and the earplug type bone conduction call transmitting and receiving device can be applied to the field of communication devices such as mobile phone and interphone, and has a broad market prospect.

The invention discloses a leg length adjusting mechanism of a lower limb rehabilitation training robot. The mechanism comprises a thigh component, a shank component and a locking mechanism; the thighcomponent is provided with a sliding groove in the length direction of the thigh component, one end of the shank component is slidably arranged in the sliding groove, and the locking mechanism is arranged on the thigh component, and used for making the shank component locked on the current sliding position in the sliding groove. According to the leg length adjusting mechanism, after the position of the shank component in the sliding groove is well adjusted, the total length of the lower limb of the robot is adjusted, then fixing is conducted through the locking mechanism, and the patient can conduct rehabilitation training conveniently and comfortably. Different patients can adjust the length freely by unlocking the locking mechanism, and then the application range of the patients is widened. The invention further discloses the lower limb rehabilitation training robot comprising the leg length adjusting mechanism. The robot has the above-mentioned advantages.

The present invention provides a device for improving posture, including a housing, a power supply disposed within the housing; a first communication element coupled to the housing, an actuation mechanism coupled to the housing, where the actuation mechanism selectively electrically couples the first communication element to the power supply, and a clip coupled to the housing and engageable with a belt. The clip may include a substantially thin wire and the housing may be sized such that engagement of the clip with the belt positions a substantial portion of the housing behind the belt and out of view.

The embodiment of the invention provides a single-leg exoskeleton robot and a control method. The single-leg exoskeleton robot comprises a control assembly, an affected side leg exoskeleton and an uninjured side leg detection assembly. The control assembly is connected with the affected side leg exoskeleton and the uninjured side leg detection assembly. The affected side leg exoskeleton is electrically connected with the healthy side leg detection assembly; the healthy side leg detection assembly comprises a hip joint detection block, a knee joint detection block and an ankle joint detection block which can independently detect and correspond to lower limb joints of the patient. The rotation angle of the driver, the rotation speed of the driver, the gait track curve and the like are adjusted according to the motion intention of the healthy side legs of the patient, and therefore rehabilitation training is achieved. The robot adopts a lightweight design, so that the weight is lighter, and the output torque is larger. Rehabilitation training is conducted on the affected side in a targeted mode, the burden of the patient is relieved through the exoskeleton on the single side, and the patient can wear the exoskeleton more conveniently and comfortably.