10results about How to "High movement accuracy" patented technology

This application provides a beverage device, relating to the field of beverage device technology. The beverage device includes a base, a brewer, a first drive assembly, and a trigger. The brewer is movably mounted on the base and includes an upward-opening brewing chamber and a first brewing element. The first brewing element is vertically connected to the brewing chamber, and its top has a filling area for filling. The first drive assembly is mounted on the brewer and is drively connected to the first brewing element, driving the first brewing element to move vertically. The trigger is driven by the first drive assembly during the movement of the brewer, and during a portion of the brewer's stroke, the trigger can drive the first brewing element vertically towards the opening of the brewing chamber via the first drive assembly to remove waste material located within the brewing chamber. This beverage device has a simple structure and can solve the problems of complex structure and high manufacturing cost of coffee machines in related technologies.

This utility model relates to the field of injection molding machines and discloses a high-precision guide post sliding structure, including an injection molding machine stage, a linear guide rail, a pull rod, and a sliding component. The injection molding machine stage is connected to the sliding component, and the sliding component has a through hole. The pull rod passes through the through hole and slides with it. The linear guide rail is located below the injection molding machine stage, and a slider is slidably connected to the linear guide rail. The injection molding machine stage is connected to the slider. The linear guide rail serves both as a guide and to overcome the gravity of the moving parts, reducing friction and improving the movement accuracy of the stage.

The utility model relates to a pipeline stripping device, including frame, transparent direction structure, cutting assembly and adjustment unit, the frame has the clamping groove that pipeline is in x direction and is fixed for stretching into, transparent direction structure is located on the frame and is correspondingly set to the clamping groove position, transparent direction structure extends in z direction, be equipped with the scale line on transparent direction structure, cutting assembly includes the cutting bit for cutting the pipeline outer skin, cutting bit is driven with the adjustment unit and is connected, and by the adjustable movement setting of adjustment unit drive on transparent direction structure, the pipeline stripping device still includes the down -pressing structure for with pipeline press on the clamping groove, the utility model provides a pipeline stripping device has solved the problem that the existing peeler cutting accuracy is lower and leads to the problem that the pipeline core is easily hurt when peeling.

This utility model relates to a calendering roller spacing adjustment structure, including a fixed base, a first roller, a fixed module, a second roller, a sliding module, and a lifting module. The fixed base has a first mounting hole at its top and a second mounting hole on its left side. The first roller passes through the bottom end of the second mounting hole. The fixed modules are symmetrically arranged on the left side of the fixed base. The second roller passes through the top end of the second mounting hole. A first limiting block is fixedly installed on the top of the second roller, and a second limiting block is fixedly installed on the side of the first limiting blocks that are close to each other. The sliding modules are symmetrically arranged at the front and rear ends of the left and right sides of the fixed base. The lifting module is fixedly installed on the top of the fixed base. The fixed module levels and fixes the first roller horizontally, and the sliding module moves and fixes the second roller vertically. The lifting module moves the second roller vertically, controlling the distance between the first and second rollers to meet the required distance.

The purpose of this disclosure is to provide a rotary mechanism that can improve the accuracy of movement. The rotary mechanism (1) of this disclosure comprises: a first rotating body (10) having a first mass portion (11), a first shaft portion (12), and a first opposing portion (13); a second rotating body (20) having a second mass portion (21), a second shaft portion (22), and a second opposing portion (23); a fixing member (30) that rotatably holds the first shaft portion (12) and the second shaft portion (22) coaxially; and a connecting structure (40) that restricts the relative movement of the first rotating body (10) and the second rotating body (20) in the rotational direction and The connection structure (40) has: a shaft member (41) that connects the first opposing portion (13) and the second opposing portion (23); a first elastic member (42) that covers the area around the shaft member (41) between the first opposing portion (13) and the second opposing portion (23); and a second elastic member (43) that covers the area around the shaft member (41) outside the first opposing portion (13), the first elastic member (42) and the second elastic member (43) being compressed in relation to the relative distance between the first opposing portion (13) and the second opposing portion (23).

This invention discloses an intelligent automated parking system based on a clamping AGV parking robot in the field of automated parking garage technology. The intelligent automated parking system includes a garage module and an AGV module. The garage module includes multiple sets of support columns, a top frame, a lifting system, symmetrically arranged lifting frames, and a bottom frame. The AGV module includes AGV components and a wheelbase extension component. This intelligent automated parking system can effectively lift, move, and position vehicles, with the entire operation fully automated. The driver only needs to park the vehicle in the designated position; no driver intervention is required. This results in high efficiency and significantly enhances the user experience of the automated parking system, increasing user acceptance and facilitating effective market promotion.

The utility model discloses a kind of efficient UV layout machine layout structure, including operation platform, first motor and screw rod, screw rod is threadedly connected with moving seat, recess is set in the opposite side of two moving seats, fixedly connected with slide rail between two moving seats, slide rail is slidably connected with guide rail sliding block, two sides of guide rail sliding block that mutually are far away are all set with limit slot, limit slot is contacted with limit strip, limit strip is fixedly connected with clamping plate, clamping plate bottom end is fixedly connected with layout die head, guide rail sliding block both sides are all sleeved with link sleeve, link sleeve upper end is threadedly connected with positioning rod, the end of positioning rod and guide rail sliding block upper end contact, the utility model can disassemble moving link sleeve by disassembling positioning rod, under the action of limit slot and limit strip, layout die head can be disassembled and replaced, then the moving accuracy of guide rail sliding block is improved using distance sensor, and cooperate with height-adjustable ultraviolet lamp tube, the solidification effect of ink can be improved.

This invention provides a laser cutting machine for fastener blank preparation, relating to the field of fastener processing technology. It includes: a dust removal mechanism, a partition limiting mechanism, a horizontal moving mechanism, a cutting mechanism, and a vertical moving mechanism. The partition limiting mechanism is mounted on the top surface of the dust removal mechanism, the vertical moving mechanism is mounted on the front and rear sides of the dust removal mechanism, the horizontal moving mechanism is mounted on the top surface of the vertical moving mechanism, and the cutting mechanism is located on one side of the horizontal moving mechanism. This invention utilizes a dust hood, a vacuum cleaner, and a dust collection box working in tandem to collect smoke and splatter generated during cutting in real time, avoiding environmental pollution and damage to optical components, ensuring cutting accuracy, and extending equipment life. The partition seat and the partition form an independent blank placement groove, which, in conjunction with a cylinder-driven limiting clamp, clamps the blank to prevent displacement during cutting and simultaneously prevents laser damage to the operating table.

The utility model discloses a punching device. The punching device comprises a male die, a power assembly and a discharging plate, wherein the power assembly is used for driving the male die to move so as to punch a product to be machined, and the discharging plate is installed above the product to be machined. The discharging plate is provided with a guide hole extending in the moving direction of the male die, and the male die extends into the guide hole and can move in the guide hole. The size of the guide hole is matched with the size of the part, used for being matched with the guide hole, of the male die, so that the male die is guided by the guide hole when moving and blanking the product to be machined. The punching device is used for simplifying the structure of the punching device and improving the punching precision.