36results about How to "Achieve inward movement" patented technology

The invention relates to an intelligent sweeping robot which comprises a chassis frame, a transmission device, two sweeping rolls, a dust storage box and walking wheels. The chassis frame is of a square frame structure, the transmission device is located on one side of the chassis frame, the two sweeping rolls are located in the chassis frame, and connected with the transmission device, the dust storage box is located over the sweeping rolls, and the four walking wheels are arranged at the four top corners of the chassis frame respectively. The transmission distance of the adopted transmission device can be adjusted, the range of the gap between the two sweeping rolls can be correspondingly adjusted, floors with garbage and dust of different sizes can be swept conveniently, and the application range is wide. Meanwhile, the sweeping rolls which are provided with spiral grooves and made of sponge materials are adopted, the adsorption capacity is high, labor is saved in the sweeping process, and the sweeping effect is good. The overall structure is square, edges and corners can be covered in the indoor sweeping process, no dead corner is left in the sweeping process, and comprehensive and clean sweeping is achieved.

An industrial control table device comprises a control table body (8) and a display panel (9), wherein the display panel (9) is connected with the control table body (8), the control table body (8) comprises a shell part (80), a first shaft and a second shaft (82) are fixedly arranged in an inner cavity of the shell part (80), the first shaft (81) is used for rotatably arranging a driving pinion (811), the horizontal height of the second shaft (82) is higher than that of the first shaft (81), the second shaft (82) is used for rotatably arranging a driven big gear sleeve (821), and the driven big gear sleeve (82) and the display panel (9) are arranged in a separated way, fixedly connected with a leg part (9) and simultaneously and fixedly connected.

An industrial operation control table comprises a control table body (8) and a display panel (9) which is connected with the control table body (8), wherein the control table body (8) comprises a shell component (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell component (80). The first shaft (81) is used for rotatable mounting of a small driving gear (811), the horizontal height of the second shaft (82) is larger than that of the first shaft (81), the second shaft (82) is used for rotatable mounting of a large driven gear sleeve (821) which is simultaneously and fixedly connected with two bottom fixedly-connected legs (91) of the display panel (9), and the two bottom fixedly-connected legs (91) of the display panel are arranged in a divided manner.

The invention discloses an anti-drift notebook computer component, which comprises a computer body part (8) and a display screen part (9) connected with the computer body part (8), wherein the computer body part (8) comprises a shell component (80); the inner cavity of the shell component (80) is fixedly provided with a first shaft (81) and a second shaft (82), wherein the first shaft is used for rotatably installing a driving pinion (812) and a driving gearwheel (811), and the driving pinion (812) and the driving gearwheel (811) are coaxially fixedly connected; and the second shaft (82) and the first shaft (81) are positioned on the same horizontal height, and the second shaft (82) is used for rotatably installing driven pinions (821) which are independently fixedly connected with the two separable bottom fixed leg parts (91) of the display screen part (9).

An automatically lockable laptop type device with a display portion having automatically adjustable angle comprises a body portion (8) and a display portion (9) connected with the body portion (8), wherein the body portion (8) comprises a housing component (80), a first shaft (81) and a second shaft (82) are fixed inside an inner cavity of the housing component (80), the first shaft (81) is used for rotationally mounting a small driving gear (812) and a large driving gear (811) that are coaxially fixedly connected, and the second shaft (82) which is at the same horizontal height with the first shaft (81) is used for rotationally mounting small driven gears (821) which are fixedly connected with two separately arranged bottom fixed legs (91) of the display portion (9), respectively.

Industrial operation control table equipment comprises a control table body (8) and a display panel (9) connected with the control table body (8); the control table body (8) comprises a shell component (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell component (80); and the first shaft (81) is used for rotatable mounting of a small driving gear (811), the horizontal height of the second shaft (82) is larger than that of the first shaft (81), the second shaft (82) is used for rotatable mounting of a large driven gear sleeve (821), the large driven gear sleeve (821) is fixedly connected with two bottom fixed-connection legs (91) of the display panel (9) at the same time, and the two bottom fixed-connection legs are arranged in a divided manner.

A novel notebook computer device comprises a body portion (8) and a display screen portion (9) connected with the body portion (8). The body portion (8) comprises a shell component (80). A first shaft (81) and a second shaft (82) are arranged in an inner cavity of the shell component (80) fixedly. The first shaft (81) is used for rotationally mounting driving pinions (812) and driving gearwheels (811), wherein the driving pinions (812) and the driving gearwheels (811) are fixedly and coaxially connected with each other. The second shaft (82) positioned at the same horizontal height with the first shaft (81) is used for rotationally mounting driven pinions (821) which are fixedly connected with two separate fixed feet (91) of the bottom of the display screen portion (9).

An intelligent laptop device comprises a body part (8) and a display screen part (9) connected with the body part (8), wherein the body part (8) comprises a shell component (80), a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell component (80), the first shaft (81) is used for rotatable installation of a driving pinion (812) and a driving big gear (811) which are coaxially and fixedly connected, the second shaft (82) and the first shaft (81) are located at the same horizontal height, and the second shaft (82) is used for rotatable installation of driven pinions (821) fixedly connected with two separate bottom fixed legs (91) of the display screen part (9) respectively.

A notebook type computer assembly with a display screen portion capable of achieving automatic locking and angle adjusting comprises a device body portion (8) and the display screen portion (9) connected with the device body portion (8). The device body portion (8) comprises a shell part (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell part (80), wherein the first shaft (81) is used for rotatably installing a small drive gear (812) and a big drive gear (811) which are coaxially and fixedly connected, and the second shaft (82) is located at the same horizontal height as the first shaft (81) and used for rotatably installing a small driven gear (821) which is fixedly connected with two separately arranged bottom fixedly-arranged legs (91) of the display screen portion (9).

A notebook computer capable of automatically adjusting the angle of the display screen and automatically locking, comprising a body part (8) and a display screen part (9) connected to the body part (8), wherein the body part (8) It includes a housing part (80), the inner cavity of the housing part (80) is fixedly provided with a first shaft for rotatably installing a coaxially fixed drive pinion (812) and a drive bull gear (811) (81) and at the same level as the first shaft (81) are fixedly connected to the two separately arranged bottom fixed legs (91) for rotatably mounting the display screen part (9). The driven pinion (821) of the second shaft (82).

A notebook computer device capable of realizing automatic locking and angle adjustment comprises a computer body part (8) and a display screen part (9) connected with the computer body part (8), wherein the computer body part (8) comprises a casing component (80), a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the casing component (80), the first shaft (81) is used for rotationally mounting a driving pinion (812) and a large driving gear (811) which are coaxial and fixedly connected, and the second shaft (82) is located at the same horizontal height with the first shaft (81) and used for rotationally mounting a driven pinion (821) fixedly connected with two separate bottom fixed legs (91) of the display screen part (9).

A shock absorption type industrial operation control table device comprises a control table body (8) and a display panel (9) connected with the control table body (8); the control table body (8) comprises a shell component (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell component (80); and the first shaft (81) is used for rotatable mounting of a small driving gear (811), the horizontal height of the second shaft (82) is larger than that of the first shaft (81), the second shaft (82) is used for rotatable mounting of a large driven gear sleeve (821), the large driven gear sleeve (821) is fixedly connected with two bottom fixed-connection legs (91) of the display panel (9) at the same time, and the two bottom fixed-connection legs are arranged in a divided manner.

An adjustable and wear-resisting operating console device for the industry comprises a console body (8) and a display panel (9) connected with the console body (8), wherein the console body (8) comprises a casing component (80), a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the casing component (80), the first shaft (81) is used for rotationally mounting a driving pinion (811), and the second shaft (82) is higher than the first shaft (81) in the horizontal direction and used for rotationally mounting a driven gearwheel sleeve (821) which is simultaneously and fixedly connected with two separately arranged bottom fixed connection legs (91) of the display panel (9).

A notebook computer device with a locking function, comprising a body part (8) and a display screen part (9) connected to the body part (8), wherein the body part (8) includes a casing part (80 ), the inner cavity of the housing part (80) is fixedly provided with the first shaft (81) for rotatably installing the coaxially fixed drive pinion (812) and the drive bull gear (811) and the first shaft (81) with the The first shaft (81) is at the same level and is used to rotatably install the driven pinion ( 821) for the second axis (82).

Operating console equipment comprises a console body (8) and a display panel (9) connected with the console body (8), wherein the console body (8) comprises a casing assembly (80), a first shaft (81) and a second shaft (82) are fixed in an inner chamber of the casing assembly (80), the first shaft (81) is used for rotationally mounting a driving pinion (811), and the second shaft (82) is horizontally higher than the first shaft (81) and used for rotationally mounting a driven gear wheel sleeve (821) simultaneously fixedly connected with two legs (91) which are separately arranged from the display panel (9) and are fixedly connected at the bottom parts.

The invention discloses a notebook-type computer device with the angle capable of being automatically locked and stably adjusted. The notebook-type computer device comprises a computer part (8) and a display screen part (9) connected with the computer part (8). The computer part (8) comprises a shell part (80), and a first shaft (81) for rotationally installing a small driving gear (812) and a large driving gear (811) which are coaxially and fixedly connected and a second shaft (82) which is at the same level height with the first shaft (81) and used for rotationally installing small driven gears (821) fixedly connected with two separated bottom fixedly-arranged legs (91) of the display screen part (9) respectively are fixedly arranged in an inner cavity of the shell part (80).

The invention discloses an embedded sliding door lower guiding rail mounting structure which comprises a threshold outer plate, a threshold reinforcing plate, a threshold inner plate and a guide rail,and further comprises a guide rail box assembly. The threshold reinforcing plate is arranged between the threshold outer plate and the threshold inner plate; a first via hole is formed in the threshold outer plate; second via holes are formed in the threshold reinforcing plate and the threshold inner plate; the guide rail box assembly penetrates through the first via hole and the second via holesand is fixedly connected with the threshold outer plate and the threshold reinforcing plate; and the guide rail comprises a straight line section and an arc-shaped section, the straight line sectionpenetrates through the first via hole and then is fixed to the threshold reinforcing plate, and the arc-shaped section is fixed into the guide rail box assembly. The requirement of guide rail internalmoving can be met, and the strength of the threshold position cannot be lowered.

The invention provides an operating console device which comprises a console body (8) and a display panel (9) connected with the console body (8). The console body (8) comprises a shell part (80). A first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell part (80), wherein the first shaft (81) is used for installing a drive pinion (811) in a rotating mode, the horizontal height of the second shaft (82) is larger than that of the first shaft (81), the second shaft (82) is used for installing a driven big gear sleeve (821) in a rotating mode, and the driven big gear sleeve (821) is fixedly connected with two bottom fixedly-connected legs (91), arranged separately, of the display panel (9) at the same time.

The invention discloses a liquid crystal screen with an explosion-proof function. The liquid crystal screen comprises a groove shell, an explosion-proof connecting structure and side face explosion-proof structures, the groove shell is a stainless steel groove shell, the explosion-proof connecting structure is correspondingly arranged in the groove shell, and a liquid crystal screen body is arranged on the front wall surface of the explosion-proof connecting structure; and the side face explosion-proof structures are symmetrically arranged on the upper wall body and the lower wall body of the groove shell, the side face explosion-proof structures and the explosion-proof connecting structure are correspondingly installed in a matched mode, the side face explosion-proof structures and the liquid crystal screen body are correspondingly arranged in a matched mode, wherein the liquid crystal screen further comprises a PVB explosion-proof film, and the PVB explosion-proof film is correspondingly arranged on the front wall face of the liquid crystal screen body. According to the liquid crystal screen with the explosion-proof function, the operation is easy, installation and connection are convenient and firm, a screen body can be further and moderately clamped and fixed, the overall stability of the screen body is guaranteed, the workload of personnel is relieved, all the structures are reasonable in design, all-dimensional multi-layer explosion-proof protection is provided, and the explosion-proof requirement of the screen body is met.

The invention discloses an applicable width-adjustable tray palletizing robot which comprises a rack, rollers, clamping arms, a sliding rod, a first sliding seat, a second sliding seat, a first sliding seat driving device and a second sliding seat driving device, the rollers are arranged in the rack in a front-back spaced mode, and sliding rails located on the two sides of the rollers are vertically arranged on the rack; the first sliding seats are arranged on the sliding rails respectively, the sliding rod is transversely arranged between the first sliding seats on the two sides and located above the roller, the two second sliding seats are arranged on the sliding rod in a sliding and spaced mode, and clamping seats corresponding to the second sliding seats one to one are arranged on the sliding rod. The second sliding seat driving device is transversely arranged between the clamping seat and the second sliding seat, and the clamping arms are arranged on the second sliding seat and extend forwards and longitudinally. By means of the mode, the applicable width-adjustable tray stacking robot can adapt to trays of different width specifications, the stacking stability is improved, adjustment is fast, and the production efficiency is high.

Laptop type computer equipment with high reliability comprises a computer body part (8) and a display screen part (9) connected with the computer body part (8), wherein the computer body part (8) comprises a case assembly (80), a first shaft (81) and a second shaft (82) are fixed in an inner chamber of the case assembly (80), the first shaft (81) is used for rotationally mounting a driving pinion (812) and a driving bull gear (811) which are coaxially and fixedly connected, and the second shaft (82) is in the same horizontal height with the first shaft (81) and used for rotationally mounting a driven pinion (821) fixedly connected with two separately arranged bottom fixed legs (91) of the display screen part (9).

The invention provides a notebook type computer device which comprises a computer body part (8) and a display screen part (9) connected with the computer body part (8). The computer body part (8) comprises a shell component (80), and an inner cavity of the shell component (80) is internally and fixedly provided with a first shaft (81) and a second shaft (82), wherein the fist shaft (81) is used for rotatably mounting a drive small gear (812) and a drive big gear (811) which are coaxially and fixedly connected; the second shaft (82) is of the same horizontal height with the first shaft (81) and used for rotatably mounting a driven small gear (821) which is fixedly connected with two separate legs (91) fixedly arranged at the bottom of the display screen part (9).

Notebook type computer equipment with a display screen portion capable of achieving automatic locking and prone to slide comprises comprises a device body portion (8) and the display screen portion (9) connected with the device body portion (8). The device body portion (8) comprises a shell part (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell part (80), wherein the first shaft (81) is used for rotatably installing a small drive gear (812) and a big drive gear (811) which are coaxially and fixedly connected, and the second shaft (82) is located at the same horizontal height as the first shaft (81) and used for rotatably installing a small driven gear (821) which is fixedly connected with two separately arranged bottom fixedly-arranged legs (91) of the display screen portion (9).

The invention discloses a notebook computer device with high safety. The notebook computer device comprises a computer body part (8) and a display screen part (9) connected with the computer body part (8), wherein the computer body part (8) comprises a shell component (80); the inner cavity of the shell component (80) is fixedly provided with a first shaft (81) and a second shaft (82), wherein the first shaft is used for rotatably installing a driving pinion (812) and a driving gearwheel (811), and the driving pinion (812) and the driving gearwheel (811) are coaxially fixedly connected; and the second shaft (82) and the first shaft (81) are positioned on the same horizontal height, and the second shaft (82) is used for rotatably installing driven pinions (821) which are independently fixedly connected with the two separable bottom fixed leg parts (91) of the display screen part (9).

An operating control table assembly comprises a control table body (8) and a display panel (9) which is connected with the control table body (8), wherein the control table body (8) comprises a shell component (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell component (80). The first shaft (81) is used for rotatable mounting of a small driving gear (811), the horizontal height of the second shaft (82) is larger than that of the first shaft (81), the second shaft (82) is used for rotatable mounting of a large driven gear sleeve (821) which is simultaneously and fixedly connected with two bottom fixedly-connected legs (91) of the display panel (9), and the two bottom fixedly-connected legs (91) of the display panel are arranged in a divided manner.

A heat dissipation type operation control table device comprises a control table body (8) and a display panel (9), wherein the display panel (9) is connected with the control table body (8), the control table body (8) comprises a shell part (80), a first shaft and a second shaft (82) are fixedly arranged in an inner cavity of the shell part (80), the first shaft (81) is used for rotatably arranging a driving pinion (811), the horizontal height of the second shaft (82) is higher than that of the first shaft (81), the second shaft (82) is used for rotatably arranging a driven big gear sleeve (821), and the driven big gear sleeve (82) and the display panel (9) are arranged in a separated way, fixedly connected with a leg part (9) and simultaneously and fixedly connected.

An industrial operation console assembly, comprising a console body (8) and a display panel (9) connected to the console body (8), wherein the console body (8) includes a housing part (80 ), the first shaft (81) for rotatably installing the drive pinion (811) and the shaft (81) with a level higher than the first shaft (81) are fixedly arranged in the inner cavity of the housing part (80). The second shaft (82) of the driven large gear sleeve (821) is rotatably installed and fixedly connected with the two separately arranged bottom fixed legs (91) of the display panel (9).

A notebook type computer device with a display screen part capable of achieving automatic locking and high stability comprises a device body portion (8) and the display screen portion (9) connected with the device body portion (8). The device body portion (8) comprises a shell part (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell part (80), wherein the first shaft (81) is used for rotatably installing a small drive gear (812) and a big drive gear (811) which are coaxially and fixedly connected, and the second shaft (82) is located at the same horizontal height as the first shaft (81) and used for rotatably installing a small driven gear (821) which is fixedly connected with two separately arranged bottom fixedly-arranged legs (91) of the display screen portion (9).