10results about How to "Lower vertical height" patented technology

The utility model relates to the field of building construction safety, more particularly to a kind of anti-collision guardrail concrete pouring anti-falling device, it includes a baffle, second baffle and two side baffles;Two side baffles are relatively parallel, the first side of two side baffles is respectively connected the two sides of first baffle parallel, the second side of two side baffles is respectively connected the two sides of second baffle parallel, first baffle, second baffle and two side baffles jointly enclose concrete flow guide cavity, by the utility model, solve in the concrete anti-collision guardrail construction process, concrete spilling, material waste and the problem of potential safety hazard.

This invention discloses an air-layer jacquard fabric and its weaving process, comprising a base fabric area and a jacquard area. The jacquard area is located within the base fabric area and includes an inner jacquard air layer and an outer edge transition area. The jacquard air layer is higher than the base fabric area. The edge transition area includes a connecting area with a mesh area. The side of the connecting area that connects to the jacquard air layer is higher than the side that connects to the base fabric area. The top of the mesh area on the front side of the fabric is sloped, and the aperture of the mesh area on the front side is smaller than the aperture of the mesh area on the back side of the fabric. This invention adds an edge transition area between the jacquard air layer and the base fabric area. The side of the connecting area that connects to the base fabric area is lower than the side that connects to the jacquard air layer, thereby eliminating the structural abruptness problem caused by direct connection between the two. The loop density on both sides of the connecting area is close to the loop density of the base fabric area and the jacquard air layer, respectively, effectively solving the problems of wrinkling, unraveling, or breaking of traditional fabrics.

The utility model provides a kind of anti-shaking stabilizing mechanism of car frame turnover machine, it is related to automobile manufacturing equipment technical field, and it includes: turnover machine car frame placing rack, it is fixedly connected between two adjacent turnover machine car frame placing racks by stable connecting frame, reversing pivot is rotatably connected in the middle of stable connecting frame, reversing driven worm wheel is fixedly connected outside reversing pivot, the utility model is used for rope type car frame turnover machine, it is installed in turnover machine car frame placing rack, is equipped with the function of collecting clamp, can be clamped by the contraction of two vertical clamping rods to the car frame that is completed turnover, so that car frame stops shaking, solve the flexible state of the sling of the sling type car frame turnover machine in the prior art, shaking is caused due to lack of limit after completing car frame turnover, lead to its not immediately accurate landing in placing rack, need to wait for its relative stationary to control its stable decline and complete placement, affect the turnover efficiency of car frame, it is not conducive to further improve the efficiency of car frame processing.

The utility model discloses a power system and equipment of a two-wheel self-balancing electric vehicle and a storage medium, the system comprises an inertial measurement unit which is arranged at a pedal plate and is used for measuring the inclination angle of a vehicle body and transmitting the inclination angle to a main control unit; the angle and torque unit is installed at the position of a headstock pipe and used for detecting the turning handle angle and torque data of the vehicle and transmitting the data to the main control unit; the remote control unit is used for sending a command to the main control unit; the rotating handle unit is arranged behind the bicycle head pipe and above the main beam pipe and is used for receiving a command of the main control unit and directly driving the front fork to deflect leftwards and rightwards; the driving unit is used for driving the vehicle to advance; the auxiliary wheel unit is used for receiving signals of the main control unit and controlling auxiliary wheels to ascend and descend. A technical complementation mechanism is formed in the mode that the gravity center of the handlebar is lowered and the auxiliary wheel system is cooperatively matched, autonomous balance running is achieved by adopting rear wheel driving and depending on control over the direction of the handlebar, and running safety and stability are guaranteed.

The invention discloses a lens structure, a light source and detection equipment, the lens structure specifically comprises a positive lens part and a side lens part which are integrally formed, the positive lens part is arranged between the two side lens parts, and the positive lens part is used for enabling a positive main light beam to be incident by a positive light bead and orthogonally incident on a detection station; the side lens part is used for allowing the side light bead to enter a side main light beam and obliquely irradiating the side main light beam on the detection station; and a reflecting surface is formed on the end part, far away from the positive lens part, of the side lens part, and is used for reflecting a side secondary light beam of an opposite side light lamp bead on the detection station after penetrating through the opposite side lens part. According to the structure, the positive light lamp beads and the side light lamp beads can emit light to the corresponding lens parts in a compact space, so that the overall transverse size and the overall longitudinal height are remarkably reduced. Meanwhile, the reflecting surface is formed on the side lens part, so that the overall efficiency of side light illumination is improved, the lamp bead power does not need to be additionally increased, and the power consumption is further reduced. Therefore, the arrangement volume of the light source and the power consumption can be reduced.

The application provides a double-outlet compound setting device, a double-layer tentering setting equipment, a system and an application. The double-outlet compound setting device comprises a shell with an air chamber, a double-outlet air supply mechanism, a first air outlet mechanism and a second air outlet mechanism, and a hot air mechanism. The double-outlet air supply mechanism comprises an air supply assembly and a guide arranged in the air chamber along an axis center and formed on the periphery of the air supply assembly. The guide divides the air chamber to form an air guide channel. The air guide channel forms two air supply outlets with opposite outlet directions in the vertical direction. The air supply assembly sucks hot gas in the hot air mechanism into the air chamber. The hot gas flows in the air guide channel in a spiral direction and is respectively delivered to the first air outlet mechanism and the second air outlet mechanism through the two air supply outlets with opposite outlet directions. Through the application, the vertical height of the device is reduced, the structure of the double-outlet compound setting device is more compact, the occupation of space resources is reduced, and energy consumption is reduced.

This invention belongs to the field of material handling equipment technology and discloses a heavy-duty AGV transfer vehicle, including a vehicle body, a support unit, a traveling unit, a drive unit, and a control unit. A clearance groove is recessed on the top of the vehicle body. The support unit is located on the top of the vehicle body and has a receiving portion extending along the length of the vehicle body and two overlapping portions located at both ends of the receiving portion, the overlapping portions being bent and connected to the receiving portion. The vertical height of the two overlapping portions is the same and greater than the vertical height of the receiving portion. The receiving portion has a clearance state embedded in the clearance groove and an initial bearing state partially extending out of the clearance groove. In the clearance state, the two overlapping portions press against the vehicle body on both sides of the clearance groove. The traveling unit is located at the bottom of the vehicle body, and two drive units are both located on the vehicle body, with each drive unit corresponding to one of the two overlapping portions for transmission. The control unit is located on the vehicle body and is communicatively connected to both the drive unit and the traveling unit, effectively reducing the vertical height of the heavy-duty AGV transfer vehicle and preventing obstruction of its passage.

The utility model relates to a special cylinder for a flat short-stroke push plate, and belongs to the technical field of injection molding hot runners. Comprising a cylinder body, a top cover used for sealing and covering is arranged at the top of the cylinder body, a closed cavity is formed in the cylinder body, a reciprocating piston is arranged in the cavity, the bottom end of the piston extends downwards from the interior of the cylinder body, a fixedly-connected piston rod is arranged at the bottom of the piston, the cylinder body and the cavity are of a flat structure, and an annular edge protruding outwards is arranged at the top of the piston. The bottom of the plug rod is provided with a fixedly-connected push plate, and the bottom of the push plate is provided with a plurality of fixedly-connected needle valves. According to the scheme, the piston and the inner cavity are arranged to be of a flat structure, the longitudinal height of the cavity is reduced, the horizontal width of the cavity is increased, the longitudinal height is reduced, so that the stroke of the piston is shortened, when air enters the cavity, the piston moves slowly, control over the push plate and the needle valve is finer and more stable, and the precision of injection products is improved.

The utility model discloses a gate equipment for hydraulic engineering, including gate and the gate pier that cooperates with gate. The gate includes gate leaf structure, lifting lug structure, cantilever roller and water stop device, and the lifting lug structure is established at the back of gate leaf structure bottom, and the cantilever roller is arranged in the side beam both sides of gate leaf structure, and the water stop device is attached on the gate. The gate pier is equipped with a door groove that cooperates with cantilever roller, and the main rail straight rail and the reverse rail straight rail that are matched with cantilever roller respectively. The upper portion of connecting reverse rail straight rail is further equipped with reverse rail arc rail, and the vertical direction height of reverse rail arc rail is lower than the main rail straight rail. The utility model discloses the forward inclination lift-lie type gate that leans down to the upstream, and the following advantages have compared to lift-lie type gate, the steel wire rope and the movable pulley of gate hoist equipment are not in the water, and the life is long. The gate water stop device is simple, and the rubber friction is small, and the hoist machine capacity is small, and the high altitude falling object is not produced. The gate unilateral multiple support arrangement is arranged, and the water pressure of bearing is not limited, and the large area orifice can be closed.