57results about How to "Realize sliding bearing" patented technology

A gunnery training device making a gunnery target easy to change comprises a housing (8), wherein the internal space of the housing (8) comprises a storage zone (82) with the bottom for containing multiple gunnery target components (88), a display zone (81) for displaying a selected gunnery target on the front side of the upper portion and a gunnery target sliding path zone (83) on the rear side of the upper portion, wherein a sliding drive components (84) extending in the front-back direction is arranged in the gunnery target sliding path zone (83) and used for making the selected gunnery target slide in the front-back direction, each of the multiple gunnery target components (88) comprises a gunnery target installing plate (7), lifting drive screws (51) located on two sides of the gunnery target installing plate (7) and lifting supporting frames (6) driven by the lifting drive screws (51).

The invention provides a building letter box device capable of achieving selectable storage and safe. The device comprises a shell. Internal space of the shell comprises a storage region used for containing multiple letter box assemblies and located at the bottom, an operating region used for installation of selected letter boxes and located on the front side of the upper portion, and a letter box sliding path region located on the rear side of the upper portion. Sliding driving assemblies stretching in the front-and-back direction are arranged in the letter box sliding path region and used for enabling the selected letter boxes to slide in the front-and-back direction, a lighting lamp device is arranged in the operating region and used for lighting the operating region at night or in dark natural light, and the lighting lamp device is an LED light lamp. Each letter box assembly comprises a letter box installing plate, lifting driving screws located on the two sides of the letter box installing plate, and a lifting rack driven by the lifting driving screws.

An air purification device capable of replacing filter screens, comprising a base body (8), wherein the inner space of the base body (8) includes a bottom storage area (82) for accommodating multiple filter screen assemblies (88), an upper The air purification area (81) on the front side for installing the selected filter screen and the filter screen sliding path area (83) on the upper rear side, the filter screen sliding path area (83) is provided with slides extending in the front and rear directions The drive assembly (84) is used to make the selected filter screen slide in the front and back directions; wherein, each of the filter screen assemblies (88) includes a filter screen installation plate (7) and a screen located on the filter screen installation plate (7) The lifting drive screw (51) on both sides and the lifting frame (6) driven by the lifting drive screw (51).

The invention discloses a waterproof detection device for freely selecting and changing an LED (Light Emitting Diode) lamp holder. The waterproof detection device comprises a base body (8), wherein the internal space of the base body (8) comprises a bottom water storage area (82) for accommodating a plurality of LED lamp holder assemblies (88), an upper front operation area (81) for operating the selected LED lamp holder and an upper rear LED lamp holder sliding path area (83); a sliding drive assembly (84) extending front and back is arranged in the LED lamp holder sliding path area (83) and enables the selected LED lamp holder to slide front and back; each of the plurality of LED lamp holder assemblies (88) comprises an LED lamp holder mounting plate (7), lifting drive screws (51) on two sides of the LED lamp holder mounting plate (7) and a lifting frame (6) driven by the lifting drive screws (51).

The invention discloses a novel optical disc cabinet which comprises a cabinet body (8), wherein the internal space of the cabinet body (8) comprises a storage area (82) for accommodating multiple optical disc components (88) at the bottom, an access window (81) for accessing the selected optical disc on the front side of the upper part, and an optical disc sliding path area (83) on the rear side of the upper part; each of the optical disc components (88) comprises an optical disc shelf (7), lifting drive screws (51) positioned on the two sides of the optical disc shelf (7) and a lifting bracket (6) driven by the lifting drive screws (51); the lifting drive screws (51) are driven by drive motors (5) mounted on adjacent inner walls of the cabinet body (8); and a circular slot (87) for fixing the optical disc is formed at the center of the optical disc shelf (7).

The invention discloses an air purifying device with a replaceable filter screen and being stable in structure. The air purifying device comprises a substrate (8), wherein the inner space of the substrate (8) comprises a storage area (82) which is located at the bottom part and is used for allowing a plurality of filter screen assemblies (88) to be accommodated, an air purifying area (81) which is located on the upper front side and is used for allowing a selected filter screen to be mounted, and a filter screen sliding path area (83) on the upper rear side; slide driving assemblies (84) extending in a front-rear direction are arranged in the filter screen sliding path area (83), and are used for enabling the selected filter screen to slide in the front-rear direction; and each of the filter screen assemblies (88) comprises a filter screen mounting plate (7), elevating driving screw rods (51) located on the two sides of the filter screen mounting plate (7), and elevator frames (6) driven by the elevating driving screw rods (51).

An extension-type sickbed capable of convenient storage comprises a base, a bed body, a temporary bed plate and a movable bed plate, wherein two parallel tracks are disposed on the inner side of a bed frame of the bed body along the length direction; a slide mechanism is disposed on the tracks; the movable bed plate is disposed on the bed body; the temporary bed plate is disposed on the movable bed plate; and the bed body is hollow, and the inside of the bed body comprises a drive assembly which is used to drive the movable bed plate to stretch out from the bed body. The sickbed is characterized in that the drive assembly can drive the movable bed plate to stretch out from the bed body when necessary, the temporary bed plate covers the position from which the movable bed plate moves out, and thus an overall bed plate is formed for a patient's use. The extension-type sickbed can reduce the occupied space in a ward.

The invention discloses a telescopic movable sickbed. The telescopic movable sickbed comprises a base, a bed body, a temporary bed board and a movable bed board, wherein two parallel rails are arranged at the inner side of a bed frame of the bed body along the length direction; a sliding mechanism is arranged on the rails; the movable bed board is arranged on the bed body; the temporary bed board is arranged on the movable bed board; the bed body is hollow; the inner part of the bed body comprises a driving component for driving the movable bed board to extend out of the bed body. When the sickbed is needed, the movable bed board is driven by the driving component to extend out of the bed body; the temporary bed board covers the position out which the movable bed board extends to form an integral bed board for a patient to use. The telescopic movable sickbed can save space for a ward.

The invention relates to drying equipment with selectable drying racks. The drying equipment with selectable drying rack comprises a base body, wherein the inner space of the base body comprises a drying region in the bottom for accommodating a plurality of drying rack assemblies and the drying equipment, an operating region on the front side of the upper part for operating the selected drying racks and a drying rack sliding path region on the back side of the upper part. A sliding driving assembly which extends in a front and back direction is arranged in the drying rack sliding path region, so that the selected drying racks slide in the front and back direction, an illuminating lamp device is arranged in the operating region for illumination in the operating region at night or in a relatively dark natural light ray, and the illuminating device is an LED illuminating lamp. Each of the plurality of drying rack assemblies comprises a drying rack mounting plate, lifting driving screws which are located on two sides of the drying rack mounting plate and a lifting frame which is driven by the lifting driving screws.

The invention provides an extension-type hospital bed with a dining table. The extension-type hospital bed comprises a base, a bed body, a temporary bed board and a movable bed board, wherein two parallel rails are arranged on the inner side of a bed frame of the bed body in the length direction, slide mechanisms are arranged on the rails, the movable bed board is arranged on the bed body, the temporary bed board is arranged on the movable bed board, the bed body is hollow, and a drive assembly for driving the movable bed board to extend out of the bed body is arranged in the bed body. When the extension-type hospital bed is needed, the movable bed board is driven by the drive assembly to extend out of the bed body, and the temporary bed board can cover the position where the movable bed board moves away to form an integrated bed board to be used by a patient; thus, the extension-type hospital bed can save space for a ward.

Illumination equipment with illumination lamps capable of being selected to be replaced comprises a shell (8). The inner space of the shell (8) comprises a storage area (82) which is arranged at the bottom and used for containing a plurality of illumination lamp assemblies (88), an illumination area (81) which is arranged on the front side of the upper portion and used for mounting of the selected illumination lamps, and an illumination lamp sliding path area (83) on the rear side of the upper portion. A sliding drive assembly (84) extending in the front-back direction is arranged in the illumination lamp sliding path area (83) and used for enabling the selected illumination lamps to slide in the front-back direction. Each of the multiple illumination lamp assemblies (88) comprises an illumination lamp mounting plate (7), lifting drive screws (51) located on the two sides of the illumination lamp mounting plate (7) and a lifting rack (6) driven by the lifting drive screws (51).