120results about How to "Meet wearing needs" patented technology

The invention provides a micro-intelligent exoskeleton finger recovery robot which comprises a hand back part, a finger part, a steel wire transmission mechanism, a gear transmission mechanism, a motor, a connecting shaft, a driving shaft, a driven shaft and a bending sensor. The micro-intelligent exoskeleton finger recovery robot mainly provides two degrees of freedom at metacarpophalangeal (MCP) joints and proximal interphalangeal (PIP) joints, the steel wire transmission mechanism and the gear transmission mechanism are driven by the motor to motion to realize bending and stretching of fingers of a hemiplegic patient, and the bending sensor feeds back the bending angle of the fingers in real time. The micro-intelligent exoskeleton finger recovery robot adopts network communication connection, has high technical content, can assist the patient in completing recovery training safely, and can effectively stimulate brain nerves to promote the recovery of a hand by means of scientific reciprocating motion. Besides, the micro-intelligent exoskeleton finger recovery robot has the advantages of being portable, wearable, suitable for domestic recovery, and the like.

The invention relates to a pulse rate measuring method and a ring type pulse rate measuring meter by adopting the method. In the method, a finger pulp is taken as the position for measuring a pulse signal, beam with specific wavelength is radiated to the skin surface of the finger pulp, a transmission and/or transmitted ray intensity signal is adopted through a photoelectric receiver, and the pulse rate can be calculated according to the alternating component of the intensity signal varying in pulse cycles. The ring type pulse rate measuring meter comprises a pulse wave collecting device and a pulse wave processing and displaying device, wherein a central control and signal processing module is arranged in the pulse wave processing and displaying device; and a control signal end of the central control and signal processing module is connected with the pulse wave collecting device in a wired or wireless mode. The ring type pulse rate measuring meter has the characteristics of simple structure, smart appearance and strong interference resistance, is convenient to wear, and can meet the wearing requirement of people in daily life health-care and daily exercise.

An exoskeleton finger rehabilitation robot system based on electro-cerebral control is characterized by comprising a working station, a motor control unit, an exoskeleton finger rehabilitation robot, an electro-cerebral electrode, a brain myoelectricity analysis unit, a sensor unit and a human-computer interaction interface. A working method comprises the steps of visual stimulation, signal acquisition and transmission, rehabilitation robot movement, information feedback and training method optimization. The exoskeleton finger rehabilitation robot system based on the electro-cerebral control has the advantages of being intelligent, portable, simple in installation and efficient in training method and utilizing movements of palm finger joints to control rehabilitation exercises of patients.

The invention discloses a processing method for compact Sirofil elastic yarns. The method includes that an elastic-filament pre-drafting device and a thread guide mechanism are additionally mounted on a compact core spinning frame; the elastic-filament pre-drafting device guides filaments and elastic filaments to enter front rollers through drafting rollers; roves are unwound from a rove reel and enter a drafting area formed by rear rollers, middle rollers and the front rollers through a yarn separator to be drafted by certain multiples; drafted roves together with two combined filaments enter a compacting area with a negative-pressure air intake device; compacted yarns are twisted and wound onto a bobbin to produce the compact Sirofil elastic yarns. By the processing method for spinning multicomponent yarns, winding and coring effects are achieved, spinning process is shortened, spinning end breakage is reduced, working efficiency of workshops is improved, and finished yarns have few fluff, high strength and good quality.

Disclosed is a TDOF external bone type finger rehabilitation robot. The TDOF external bone type finger rehabilitation robot is characterized by comprising a motor driving unit, a transmission unit and an execution unit. The working method of the TDOF external bone type finger rehabilitation robot comprises of motor driving force input, finger MCP (metacarpophalangeal) joint movement, finger PIP (proximal interphalangeal) joint movement, finger DIP (distal interphalangeal) joint movement and movement parameter adjustment. The TDOF external bone type finger rehabilitation robot has the advantages of being intelligent, portable, easy to mount and efficient in exercising method and controlling the rehabilitation movement of a patient through the movement of finger joints.

The invention discloses a composite insole with a gradient function and a making method thereof. The composite insole is made by compositing a modified EVA foamed insole with an insole cloth, wherein the modified EVA foamed insole is made of a plant fiber powder-modified EVA composite foamed material. The plant fiber powder-modified EVA composite foamed material is prepared through a method comprising the following steps that plant fiber powder is modified by a silane coupling agent; an ethylene-ethenyl ethanoate copolymer and the modified plant fiber powder are mixed and then blended; a foaming agent, a cross-linking agent and a foaming aid are added into the blended system to continue to be blended; the blended materials are pressed into a sheet; a release agent is sprayed to a mold of a foaming machine, the sheet is added into the mold for mold pressing foaming, and then the plant fiber powder-modified EVA composite foamed material is obtained. The insole cloth is a blended cloth of blast fiber and chemical fibers. According to the composite insole and the making method thereof, the processed hemp stem core powder is added into the EVA foamed insole, therefore, a gradient from functions to mechanical properties is formed, and the wearing requirements of sports shoes and boots, functional training shoes, leather shoes and the like are effectively met.

The invention relates to the technical field of intelligent electronic equipment, in particular to AR glasses. The AR glasses comprise a display module; an adjusting mechanism; a spectacle frame, wherein the display module and the adjusting mechanism are arranged on the spectacle frame; the adjusting mechanism is arranged to be capable of adjusting the image of the display module to be within a set visual field range. The AR glasses provided by the invention can meet the imaging effect of people with different head circumferences and pupil distances when the people wear the AR glasses.

The invention discloses a composite vamp fabric with gradient functions and a preparation method thereof. The composite vamp fabric is composed of a surface fabric and a lining which are superposed successively; the surface fabric is a blended fabric prepared by blending fibers including polyester fibers, China hemp fibers and cotton fibers; the lining is a stitch-bonded non-woven fabric comprising a hydrophobic layer I, a hydrophilic layer and a hydrophobic layer II which are superposed successively; and the hydrophobic layer I, the hydrophilic layer and the hydrophobic layer II are all composed of hydrophobic fibers, hydrophilic fibers and hot-melt bonding fibers. The gradient functions refer to that the air permeability, wet permeability, quick-drying performance, strength and wear resistance of the composite vamp fabric increase from lining layer to surface layer of the composite vamp fabric while the hygroscopicity and antibacterial property of the composite vamp fabric decrease. The composite vamp fabric provided by the invention has good hygroscopicity and quick-drying performance, is antibacterial and deodorant, and is comfortable to wear; and the strength of the composite vamp fabric meets needs of wearing, so shoe making cost can be reduced, and shoe quality is improved.

The invention is applicable to the field of wearing equipment, and provides wearing equipment. The wearing equipment comprises a shell and a core assembly, wherein the shell is provided with a containing cavity; the core assembly is arranged in the containing cavity. The wearing equipment further comprises a wearing part, wherein the wearing part is internally provided with an electric assembly; and a connection assembly which is used for connecting the wearing part onto the shell in a rotatable manner and electrically connecting the electric assembly with the core assembly is arranged between the wearing part and the shell. According to the wearing equipment provided by the invention, a watchband of the wearing equipment can be rotated and replaced and the electric connection reliability of the watchband and a dial plate is high; and the comfort and reliability of utilizing the wearing equipment can be improved.

The invention discloses a piece of breathable and warm-keeping switchable clothes, comprising a clothes body and at least one staggered switching module arranged on the back and/or the front of the clothes body, wherein the staggered switching module comprises a movable soft plate slidably arranged on the inner surface of the clothes body and a plurality of first air holes formed in the clothes body and corresponding to the movable soft plate in position; the movable soft plate is attached to the corresponding portion of the clothes body in a sliding mode, a plurality of second air holes corresponding to the first air holes are formed in the movable soft plate, and the second air holes can be aligned with the first air holes or staggered with the first air holes by sliding the movable softplate. People can better adapt to the environment with large temperature difference change after wearing the breathable and warm-keeping switchable clothes.

The invention discloses a weight-bearing exoskeleton bearing device which comprises a back assembly, a waist assembly, a storage assembly and a strap and waist belt assembly. The upper end of the back assembly is connected with the strap and waist belt assembly and the position corresponding to the back of a human body; the lower end of the back assembly is connected with the waist assembly; the storage assembly is detachably connected onto the waist assembly or the back assembly; the waist assembly comprises a waist flitch plate and a waist adjusting and damping mechanism; the waist flitch plate is connected with the strap and waist belt assembly; the waist adjusting and damping mechanism comprises a rotary connecting piece and supporting rods symmetrically arranged on the two axial sides of the rotary connecting piece; one end of each supporting rod is rotationally connected onto the rotary connecting piece through a first longitudinal rotating piece; the other end of each supporting rod is detachably connected with an external lower limb exoskeleton; and a supporting spring is further arranged between the two supporting rods. According to the scheme, the bearing capacity of the exoskeleton can be improved, and meanwhile, independent use or matched use with the lower limb exoskeleton is facilitated through the modular design.

The invention discloses a moisture permeable breathable fabric for an outdoor garment. The fabric is composed of a deformed section polyester fiber fabric, a polyurethane elastic yarn fabric and a cotton yarn fabric from interior to exterior. The requirement for outdoor activity can be met. By means of the good moisture absorption performance of the cotton yarn fabric, sweat excreted by a core ofthe deformed section polyester fiber fabric is drained into the atmosphere, the moisture absorption and perspiration functions are good, the fabric has the excellent breathable performance, is comfortable to wear, meets the wearing requirement of consumers, and achieves the purpose that the outdoor garment permeates moisture and heat.

The invention discloses a waist, abdomen and buttock body type classifying method based on a characteristic distance set and a measuring device. The measuring device is composed of a collecting device and special measuring suspender trousers. The collecting device comprises a base, a camera supporting column, a camera and a telescopic supporting rod. A locating footprint is arranged in the center of the base. The special measuring suspender trousers are printed with grating-shaped patterns. A first marking line is arranged on the waistband of the special measuring suspender trousers. A second marking line is arranged on the crotch of the special measuring suspender trousers. Hook and loop fasteners are sewn on suspenders. With the help of the measuring device, the characteristic distance set reflecting the three-dimensional shape of the human body is extracted fast, accurately and easily, the waist and abdomen body types are classified, the theoretical basis is provided for designing pants structures for the different body types, the waist, abdomen and buttock part of the trousers is closely combined with the body type characteristic of the human body, and fitness and comfort of the trousers are improved.

The invention relates to a cooling type bracelet used for 5G communication and having an adjustment function. The bracelet comprises a main body, a watch strap and a display screen, wherein an adjusting mechanism and two cooling mechanisms are arranged in the main body, the adjusting mechanism comprises a driving assembly and two adjusting assemblies, and each adjusting assembly comprises a roller, a first gear and two first bearings; and the cooling assembly comprises a filtering net, a rack, a driving tooth, a driving shaft, two second bearings and a plurality of blades. The cooling type bracelet used for 5G communication and having the adjustment function realizes the cooling function through the cooling mechanism, the condition that normal work of electronic elements in the main body due to overhigh temperature in the main body is avoided, the function of adjusting the length of the watch strap is realized through the adjusting mechanism, wearing demands of different users can be met, and the practicability of the bracelet is improved.

The invention discloses a fine-grained human body fatigue detection method based on an embedded device and device. The human body fatigue detection device is built by adopting an infrared light sensing device and an MCU control unit; collecting human eye state information through infrared light sensing equipment by utilizing the light absorption effect of human eye pupils; setting ADC conversion parameters of the MCU control unit, and converting an analog signal into a digital signal; carrying out initialization setting on each photodiode to obtain a reference value of a human eye opening state, and carrying out filtering and smoothing preprocessing on reference value data; processing the preprocessed data by using a CUSUM algorithm, and determining a potential blink position on a time domain; using two matching methods to judge a real blinking behavior; and estimating and judging the fatigue state by using a PERCLOS method to complete human body fatigue detection. According to the invention, the state information, the eye closing duration and the blinking duration of the human eyes can be collected more accurately, and long-term monitoring of fatigue in daily wearing is satisfied.

The invention mainly relates to the technical field of textile and garment processing, and discloses an independent sock head hot-stick invisible sock. The invisible sock comprises a sock bottom, a sock head, a sock side, a hot melt adhesive membrane, and the sock bottom, the sock head and the sock side are respectively tailored and are seamed with each other; The independent sock head hot-stick invisible sock has the advantages of simple preparation, reduced cost, and low price, and the prepared invisible socks are attractive, light, flat, durable, antiskid, high in elasticity, and suitable in tightness, thereby avoiding skin abrasion, massaging on soles of feet, being comfortable to wear, and satisfying customers' need for socks to wear.

The invention discloses a garment sharing platform, which comprises a garment data collection module, a garment customization module, and a user operation module. The garment data collection module isused for collecting multiple types of garment data and uploading the collected garment data to the garment sharing platform. The garment customization module comprises a user input module and a dataanalysis module, and is used for performing the garment customization for users in the one-to-one correspondence manner when no garment data of the users are available in the garment data collection module. The user operation module is used for selecting and/or downloading the corresponding multiple types of garment data according to the needs of the users. Compared with the prior art, multiple types of garment data are collected and uploaded to the garment sharing platform, so that users can select garment resources of required types by themselves according to needs. Therefore, the garment information sharing is realized. Moreover, the customization service in the one-to-one correspondence manner is enabled according to the requirements of users by means of the garment customization module, so that the personalized customization of garments is achieved.

The invention provides a pet health monitoring device based on a pet collar. The pet health monitoring device comprises a collar body, a pet health platform, a first communication module and a mobileterminal, wherein a shell is arranged on the collar body; a vital sign detection module is arranged on the shell, and a circuit board is arranged in the shell; a microprocessor, an acceleration sensor, a positioning module and a power supply module which are in communication connection with an indoor WIFI module are arranged on the circuit board; the vital sign detection module is in communicationconnection with the microprocessor; the acceleration sensor and the positioning module are in communication connection with the microprocessor; the microprocessor is in communication connection withthe first communication module; and the first communication module is in communication connection with the pet health platform for analyzing and judging detected pet health information, and the firstcommunication module is in communication connection with the mobile terminal. The pet health monitoring device is conveniently worn on a pet to detect vital signs of the pet, and whether the pet is healthy or not is judged according to detection data of the pet, so that a pet feeder can conveniently know the health state of the pet in time.

The invention relates to the technical field of medical rehabilitation instruments, in particular to a hand action assisting device based on line driving. The device comprises a sensing unit, a driving unit, a driving line pipe and a hand exoskeleton. A control circuit board receives bioelectricity signals transmitted by the sensing unit, analyzes the bioelectricity signals and transmits instructions to the driver to enable a driver to generate driving force, and the driving force is transmitted to the hand exoskeleton through a self-locking mechanism and a transmission mechanism to control the hand exoskeleton to act. The hand exoskeleton is a flexible exoskeleton glove or a rigid-flexible exoskeleton glove, and a new transmission mechanism is designed, so that two actions of stretching and bending are realized by one motor, and the paying-off speed can be adjusted within a small range. A bidirectional self-locking mechanism is rotated to eliminate a self-locking return stroke gap, the safety and the reliability of the self-locking mechanism are greatly improved; The flexible exoskeleton glove and the rigid-flexible exoskeleton glove are selectively used, so that the glove is comfortable and light to wear, and the daily life requirements are met.

The invention provides a wearable device for breast disease detection. The wearable device comprises breast supports, data monitoring layers and a microprocessor. The breast supports include a left breast support and/or a right breast support and contact with breasts of a user of the wearable device, and the microprocessor is connected with the data monitoring layers in the left breast support and/or the right breast support. The data monitoring layers are distributed in the left breast support and/or the right breast support and used for detecting physiological data of left and right breastsof the user. The microprocessor is used for reading and recording the physiological data transmitted by the data monitoring layers and performs disease risk assessment on the breasts of the user on the basis of the physiological data. The wearable device not only meets basic wearing demands but also acquires and analyzes the physiological data, and disease risk assessment on the breasts of the user is realized.

The invention provides a down jacket with an outer layer capable of being replaced. The down jacket with the outer layer capable of being replaced comprises a down jacket liner, one outer layer or a plurality of outer layers of the down jacket. Zippers are placed on the down jacket liner, a collar of the outer layer of the down jacket, cuffs and a lower hem; the size of the down jacket line is matched with that of the outer layer of the down jacket. When the plurality of down jacket layers are provided, fabric or styles and colors of each outer layer of the down jacket are different. Coral fleece fabric or rain-proof silk fabric can be adopted by the outer layer of the down jacket. The outer layer of the down jacket can be replaced, and therefore styles, colors, patterns and fabric materials of the down jacket can be diversified, wearing requirements of a user are satisfied, the cleaning mode of the down jacket is improved and usage rates of the down jacket are improved.