47results about How to "Comfortable wearing experience" patented technology

The invention belongs to the technical field of electrophysiological signal detection, and particularly relates to a flexible contact EEG electrode and a preparation method thereof. The EEG electrodeis composed of a flexible silica gel electrode piece and an electrode base, the upper layer of the flexible silica gel electrode is a flexible silica gel layer while the lower layer of the same is a composite conductive layer, and the electrode piece after being cut is a round electrode and a connection handle; the electrode base comprises a fixing nut of an electrode piece outer fixing buckle, anelectrode lead, an EEG cap fixing base, the electrode piece outer fixing buckle and an electrode lead fixing buckle, and the electrode piece outer fixing buckle fixes the silica gel flexible electrode piece onto the electrode base and is fixed by the fixing nut; the electrode lead and the flexible silica gel electrode piece are closely press-fitted from protrusions on the inner wall of the electrode outer fixing buckle and fixed onto the EEG cap fixing base by the fixing nut. The flexible contact EEG electrode has good contact effect and is convenient and comfortable to wear, low in impedancebetween the electrode and skin, excellent in conductivity and capable of collecting high-quality EEG signals.

The invention provides a method, an apparatus and a system for predicting a shoe size, and a computer readable storage medium. The method includes: receiving selection of shoes from an individual; acquiring at least one shoe feature vector regarding selection of the shoes; acquiring at least one foot feature vector for at least one foot of the individual; evaluating the at least one shoe feature vector and the at least one foot feature vector by comparison with a predictive model to generate the shoe size of the individual, wherein the predictive model is generated from records of a pluralityof data bodies, and each record is associated to the shoe size selected by one of the plurality of data bodies, the at least one shoe feature vector of the selected shoe, and the at least one foot feature vector.

The invention relates to a health-care sports jumpsuit. The health-care sports jumpsuit comprises a jumpsuit body, a smart device and maintenance components, wherein fabric containing silver fiber issewn in an area of the jumpsuit body; the smart device comprises a device casing, a functional circuit board and a battery; a maintenance and healthcare control system is arranged on the functional circuit board and comprises a main control module, a power management module, at least one load output control module, an equipment interface module, a wireless communication module and a display module. According to the health-care sports jumpsuit, the temperature of the surface of the health-care sports jumpsuit can be adjusted according to the environment temperature by means of the area containing the silver fiber, and comfortable wearing experience of the jumpsuit which is warm in winter and cool in summer is brought to a user; static electricity of the body of the user can be eliminated, and injury of electromagnetic radiation is avoided; operation of the maintenance components is controlled through the smart device, blood circulation is promoted, development of cells of the body is stimulated, each part of the body is promoted to develop normally, and the bodybuilding exercise effect is realized.

The invention discloses a pair of dual-purpose smart bras, which comprises cups, shoulder straps, a bottom band, side panels and back straps, wherein a back buckle is arranged on the back straps; each cup comprises an upper cup and a lower cup; openings are formed between the upper and lower cups; zippers are arranged at the openings; the back buckle comprises a left side back buckle and a right side back buckle; a flat thin electromagnet group is arranged in the left side back buckle; a flat thin magnet is arranged in the right side back buckle; a controller is arranged on one back strap; a power supply, a fingerprint identification system and a conversion switch are arranged in the controller; the positive pole of the power supply is connected with the fingerprint identification system; the fingerprint identification system is connected with the conversion switch; the conversion switch is connected with the flat thin electromagnet group; the flat thin electromagnet group is connected to the negative pole of the power supply; a Bluetooth module is arranged on the conversion switch, and communicates with a mobile terminal. According to the dual-purpose smart bras, a detachable cup structure is adopted, so that the bras can be used as strap bras with 3/4 cups, and can also be worn as strapless decorative bras with 1/2 cups; in addition, a smart back buckle structure is additionally arranged, so that the dual-purpose smart bras are convenient and rapid.

An insulated glove, including a covering, a lining and a plurality of heat insulators. The lining is sheathed in the covering, and the lining and the covering form a sandwich structure. Each of the heat insulators includes a first connecting end and a second connecting end which are respectively connected to the covering and the lining, so that the heat insulators are located in the sandwich structure. A cavity capable of insulating heat is formed between the heat insulators, the lining and the covering. The glove has a simple and reasonable structure and is flexible and convenient to use, which has good heat insulation and anti-scald effect, as well as an anti-shock effect.

The present invention is a neck care collar, which includes an outer shell and an inner liner, the outer shell includes a flannelette layer and a plastic layer, and the flannelette layer and the plastic layer are sewn into an outer shell, and the outer shell is connected to form a ring structure through a connecting piece; The inner lining plate is a plastic plate whose two ends are arc-shaped and tapered in the middle; a zipper for assembling and disassembling the inner lining plate is connected to the outer casing; a plurality of ventilation holes are opened on the plastic layer; The inner surface of the fleece layer is connected with a memory cotton layer. The present invention can be used in daily use, and can also be used for rehabilitation of cervical spine patients, especially for workers who face computers for a long time or people who often play with mobile phones, it will have better protection and correction effects.

The invention provides an AR glasses system based on an ultra wide band and a use method thereof. The AR glasses system comprises an AR glasses end and an AR calculation end. The AR glasses end comprises an AR glasses frame, and a glasses end display module, a glasses end ultra-wideband transmission module, a glasses end sensing module, a glasses end battery module and a glasses end control module which are fixed at the AR glasses frame; the AR calculation end comprises a calculation end operation module, a calculation end ultra-wideband transmission module, a calculation end display module, a calculation end battery module and a calculation end control module; the glasses end ultra-wideband transmission module and the calculation end ultra-wideband transmission module are connected based on an ultra-wideband communication protocol. According to the technical scheme provided by the invention, based on an ultra-wideband wireless communication technology, AR glasses end and the AR calculation end can be ensured to perform effective data transmission, meanwhile, the mass of the AR glasses end is lighter, and a wearer has better wearing experience.

The invention provides a neck pillow and a manufacturing method thereof. The neck pillow comprises an inflation unit and a slow rebound unit, wherein the inflation unit is arranged on the slow reboundunit to form the neck pillow suitable for being worn on the neck of a user, so that enough supporting force is provided for the user by means of inflation of gas or fluid, and soft touch is providedfor the user through slow rebound materials.

The invention discloses a silver filter element based on electrofluid printing and a preparation method and application of the silver filter element. The printed silver filter element is obtained by printing high-density silver grids on a substrate non-woven fabric through electrofluid printing. The method for printing the silver filter element comprises the steps of cleaning and drying a substrate non-woven fabric, then printing silver grids on the substrate non-woven fabric by adopting an electrofluid printer, and annealing and curing the printed non-woven fabric to obtain the silver filterelement. The preparation process is simple, the cost is low, and good antibacterial, antiviral and breathable properties are achieved.