10results about How to "Thin structure" patented technology

This invention relates to the fields of environmental monitoring and biosafety technology, and in particular to a viral aerosol sampling patch for face masks, comprising: a capture layer for intercepting viral aerosol particles in the air; a culture layer disposed inside the capture layer, the culture layer comprising a culture unit supporting the virus to maintain activity and replicate in the presence of a host, a host bacterium sensitive to the virus, and a visual indicator indicating viral replication or host response; and a base layer disposed inside the culture layer; the sampling patch is fixed to the face mask through the base layer, and viral aerosol collection is achieved without external power through the capture layer, and countable detection results are generated after sampling through the culture layer; utilizing the airflow and humidity conditions naturally formed during wearing, effective interception, activity preservation, and visual detection of viral aerosols are achieved without complex equipment and additional operating steps, and the operation is simple and repeatable.

The utility model relates to the technical field of batteries, in particular to a collector plate, a cover plate assembly and a cylindrical battery. The collector plate comprises a plate body and a connecting part, a connecting groove is formed in the plate body, one end of the connecting part is connected into the connecting groove, the connecting part has a first bending state and a second bending state relative to the plate body, when the connecting part is in the first bending state, the connecting part is separated from the connecting groove, and when the connecting part is in the second bending state, the connecting part is separated from the connecting groove. And when the connecting part is in the second bending state, the connecting part can be completely accommodated in the connecting groove. And the connecting part is configured to be capable of being bent towards the direction close to the tray body, so that the connecting part is converted from the first bent state to the second bent state. The cover plate assembly comprises the flow collecting disc. The cylindrical battery comprises the cover plate assembly. The current collecting disc and the cover plate assembly are light and thin in structure, and the cylindrical battery has higher battery capacity.

The utility model discloses a rotary foot massage device and an automobile seat with the same, which comprises a base, massage parts are rotatably mounted on the upper sides of the left end and the right end of the base, massage bumps are arranged at the top ends of the massage parts, and the massage bumps are arranged to deviate towards one side relative to the rotating center line of the massage parts; a driving mechanism is arranged on the base and used for driving the massage component to rotate in the horizontal plane where the foot bottom is located. The foot massager has the advantages that the massage component is rotatably mounted on the base, the massage component can horizontally rotate in the horizontal plane where the foot sole is located, the massage bumps on the massage component can comprehensively stimulate acupuncture points of the foot sole in a targeted mode, the massage effect is improved, and meanwhile the massage effect is improved. In addition, the massage device is light and thin in overall structure and does not occupy extra space in the automobile.

The utility model relates to the technical field of chemical safety production, specifically disclose a kind of safety isolation plate for chemical safety, including mounting block and clamping block, further including isolation mechanism, isolation mechanism includes base, mounting frame, chemical isolation plate, extension plate and first nut, two groups of mounting frame are fixedly connected with base respectively, each mounting block is fixedly connected with corresponding mounting frame respectively, each clamping block is fixedly connected with corresponding mounting frame respectively, the number of chemical isolation plate is two groups, two groups of chemical isolation plate are respectively set in the two sides of two groups of mounting frame, the number of first nut is multiple groups, each first nut is respectively connected with corresponding mounting frame thread, and it is located in the side of corresponding mounting frame respectively, extension plate is detachably connected with two groups of mounting frame, and located in the upper end of two groups of mounting frame. Double protection is carried out through two sides chemical isolation plate, chemical isolation plate is detachable, structure is thin, convenient for storage and transportation, can effectively improve use flexibility.

The utility model relates to a backlight module, which comprises a circuit board, a light guide plate and a light guide plate, the plurality of light-emitting elements are arranged on the circuit board; the light guide part is connected with the circuit board, a groove is formed in the light guide part, a containing space is formed between the groove and the circuit board, and the light-emitting element is located in the containing space; the light control layer is arranged on the inner side face of the groove, and the light control layer comprises a reflecting area with high reflectivity and a light-transmitting hollow-out area. The beneficial effects of the utility model lie in that the light mixing uniformity can be improved, the light loss can be reduced, and the light and thin structure can be realized.

This utility model discloses a heated floor for rail vehicles, belonging to the field of rail vehicle technology, and can solve the problems of easy damage and high cost of existing heated floors. The floor includes: a carbon nanotube heating layer comprising multiple spaced carbon nanotube films for converting electrical energy into heat energy; an encapsulation layer covering the surface of the carbon nanotube heating layer; a support layer covering the surface of the encapsulation layer; a flame-retardant layer covering the surface of the support layer; a floor layer disposed on the surface of the flame-retardant layer; and a power supply electrically connected to the carbon nanotube heating layer for supplying power to the carbon nanotube heating layer. This utility model is used for heating the floor of rail vehicles.

The utility model discloses a watch buckle structure and a smart watch, the watch buckle structure is used for buckling a first watchband and a second watchband, the watch buckle structure comprises a first watch buckle and a second watch buckle, the first watch buckle is arranged on the first watchband, the second watch buckle is arranged on the second watchband, the middle part of the first watch buckle is hollowed to form a buckling hole, and the buckling hole is arranged in the second watchband. And the second watch buckle is convexly provided with a buckling assembly which is buckled with the buckling hole in a matching manner. According to the watch buckle structure, one layer of structural wall thickness is reduced through design, so that the whole watch buckle structure is thinner, and the overall attractiveness and wearing comfort are effectively improved.

This invention discloses an automatic welding equipment wire feeding angle adjustment device, relating to the field of automatic welding technology, to solve the problems of existing wire feeding angle adjustment devices on welding equipment, such as complex structure, large size, poor adjustment flexibility, and inability to be applied in confined spaces. The device includes: a wire feeding tube fixed on a wire feeding tube fixing seat; the wire feeding tube fixing seat is mounted on a movable seat via a vertical displacement adjustment mechanism; the wire feeding tube fixing seat is equipped with a vertical limiting mechanism to limit and lock the vertical displacement adjustment mechanism; the movable seat is mounted on a connecting seat via a front-rear displacement adjustment mechanism; the movable seat is equipped with a front-rear locking mechanism to lock the front-rear displacement adjustment mechanism; the wire feeding tube includes: an upper wire feeding tube and a lower wire feeding tube connected by a welding wire stabilizer.

The present application relates to a kind of nonwoven cloth across scale sound-absorbing-carrying integrated material based on bionic turtle shell structure and its preparation method, the material includes successively from top to bottom: surface layer plane nonwoven cloth, first bionic turtle shell arc nonwoven cloth layer, second bionic turtle shell arc nonwoven cloth layer and bottom layer plane nonwoven cloth;The first and second bionic turtle shell arc nonwoven cloth layer surface has periodic arrangement arc unit, and the convex surface of the arc unit of two bionic turtle shell arc nonwoven cloth layer is opposite and adheres, forms the core layer with hollow rhombic cavity array;The surface layer, bottom layer plane nonwoven cloth are respectively adhered to the concave surface of the arc unit of first and second bionic turtle shell arc nonwoven cloth layer, constitute semicircular cavity.The present application is through bionic turtle shell structure and hollow rhombic cavity, synergistically improves the lightweight, high carrying and cross-scale wideband sound-absorbing performance of material, applicable to building acoustics, traffic noise reduction and industrial protection and other fields.

The utility model relates to a kind of foreign matter prevention heat dissipation structure and wireless charging device, wherein foreign matter prevention heat dissipation structure includes: mounting seat, including the air duct extending along height direction;And fan assembly, including fan seat and fan, the fan seat is connected with the mounting seat to form cavity, the fan is located in the cavity, the cavity is communicated with one end of the air duct, the other end of the air duct forms air outlet, the air outlet is equipped with non-woven fabric.The utility model can effectively block the invasion of external foreign matter from air outlet into air duct inside while not affecting the exhaust of heat dissipation airflow, ensure the heat dissipation efficiency and service life of heat dissipation structure.