22results about How to "Reduce setup costs" patented technology

The invention provides a mover and a mixed conveyor line having the mover. The mover at least can be applied to a magnetic power conveyor line and a mixed conveyor line. The mover is movable mounted on the magnetic power conveyor line or the mixed conveyor line. The magnetic power conveyor line includes a first armature winding; and the mixed conveyor line includes a first driving mechanism. The mover includes: a mover body, including a first permanent magnet array, the first permanent magnet array including two first permanent magnets which are oppositely spaced apart from each other, and the two first permanent magnets and the first armature winding driving, by means of current excitation, the mover body to move along the magnetic power conveyor line; and a driven assembly, connected with the mover body, and configured to be in transport connection with the first driving mechanism and drive the mover body to move along the magnetic power conveyor line or the mixed conveyor line. By means of the technical solutions provided in the invention, the overall setting cost of a transport line can be effectively reduced.

The application relates to the field of intelligent cabinet management, in particular to a safety data management system and method based on an emergency rescue intelligent cabinet, which comprises a material grading module, a permission management module, a distribution planning module, a space supervision module and an emergency identification module, the material grading module is used for establishing a material grading system, the permission management module is used for determining the opening permission of a high-grade material storage compartment, the distribution planning module is used for constructing a gridding model and determining the optimal layout of the intelligent cabinet, the space supervision module is used for setting the positions of common cabinets and supervision points, and the emergency identification module is used for determining the core area of an emergency event; the application can reduce the setting cost of the intelligent cabinet, optimize emergency resource management, balance the convenience and safety of the intelligent cabinet, shorten the material deployment time, improve the emergency response speed, realize event detection and dynamic adjustment mechanism based on a material flow mode, and provide rapid and effective material guarantee for emergencies.

This utility model relates to the technical field of welding construction platforms, specifically to a construction platform for welding the outer side of steel pipes on steep slopes. It includes an operating platform, a support mechanism, and connecting components. The top surface of the operating platform is constructed as an operating surface. The support mechanism includes at least two lattice columns, and the connecting components include several anchor rods. The anchor rods can provide a limiting connection to the bottom end of the lattice columns. The operating platform provides an operating surface for welding the outer circumferential seam of the pipe. Workers can stand on the operating surface at the top of the platform to perform welding operations at corresponding positions. Simultaneously, the support mechanism provides stable support for the operating platform. The support mechanism can be anchored to the slope surface by multiple anchor rods. The anchor rods can be fixed by drilling and implanting, utilizing the anchoring force of the deep soil and rock mass of the slope to fix the lattice columns. This helps reduce the amount of slope excavation and minimizes the impact of the construction platform erection on construction costs and schedule.

This utility model discloses a dispensing device, comprising: an A-type glue container and a B-type glue container, wherein the A-type glue container holds A-type glue and the B-type glue container holds B-type glue; and a mixing component, wherein the A-type glue container is connected to the mixing component via a first pipeline, and the B-type glue container is connected to the mixing component via a second pipeline, and the mixing component is used to mix the A-type glue and the B-type glue; wherein the first pipeline is equipped with a first flow meter, and the second pipeline is equipped with a second flow meter. The dispensing device of this utility model, by setting a first flow meter in the first pipeline for conveying A-type glue and a second flow meter in the second pipeline for conveying B-type glue, can precisely control the amount of A-type glue and B-type glue to ensure the mixing ratio of A-type glue and B-type glue, thereby ensuring the sealing effect of the junction box, improving the waterproofness of the junction box, avoiding rework problems, improving production efficiency, ensuring the appearance quality of the junction box, having a simple structure, reducing installation costs, better performance, and a wider range of applications.

This utility model belongs to the field of bin transfer technology, specifically relating to a bin gripping device and a handling robot. It includes a mounting base and a clamping structure mounted on the mounting base. The clamping structure includes two gripper units for gripping two adjacent bins. Each gripper unit includes a first gripper arm, a second gripper arm, and a drive mechanism. The first and second gripper arms are opposite to each other and staggered. The drive mechanism drives the first and second gripper arms to move closer or further apart. The two gripper units are centrally symmetrically arranged on the mounting base. When the first and second gripper arms are in their fully open state, the first gripper arms are adjacent in their width direction. This invention increases the number of bins gripped in a single operation without increasing the number of robots, reduces robot setup costs and the number of robot round trips, and improves bin handling efficiency. Each gripper unit is independently adjustable, adaptable to gripping adjacent bins of different sizes, thus offering greater versatility.

The utility model discloses a powdery solid waste treatment system which comprises an equipment unit, the equipment unit comprises an elution module, the elution module comprises a liquid washing device, a first filtering device and a slag conveying device, and the first filtering device is provided with a slag discharging part; the slag conveying device is used for receiving slag discharged by the first filtering device through the slag discharging part, the slag conveying device is further used for conveying the slag into the liquid washing device, and the liquid washing device is communicated with the first filtering device; the number of the liquid washing device and the number of the first filtering device are both one, the liquid washing device is used for executing each liquid washing sub-process in the liquid washing process of the powdery solid waste, and the first filtering device is used for executing each first filtering sub-process in the liquid washing process of the powdery solid waste. The treatment system for the powdery solid waste comprises a relatively small number of devices, can reduce the requirement for the occupied space of installation, and is beneficial to popularization and application.

In order to assemble non-electric components onto a component-carrier, by which assembling the non-electric components is automated, it is proposed 1) to carry out -- - a pick & place operation (PPOP) picking a non-electric component (CP, CPA, CPB, CPC) and placing the picked component onto a component-carrier (CPC, BP, SC) and - a connect operation (COP) connecting the placed component with the component-carrier by implementing a connection technology (CT) -- on a hybrid, at least reactive and deliberative machine architecture based on a "machine world model" as a digital twin to formulate correct machine-behavioral sets being used during machine run-time as well as an "machine workflow" - a piece of machine work to carry out the operations is passed in series of machine stages from initiation to completion, 2) to execute by machine motion generation including a collision-free motion or path planning of a machine (MA) within a machine workspace (MAWS) - primary kinematic machine-movement-sequences (MAMSk1) enabling the pick & place operation and - secondary kinematic machine-movement-sequences (MAMSk2) enabling the connect operation, and 3) to enable or ensure the execution via the machine motion generation by - initializing (ilz) the "machine world model" according to a configuration file (CFGF) configuring the machine and the machine workspace and - instantiating (itt) the "machine workflow" and updating (upd) the "machine world model" with a design of the component-carrier.

This utility model relates to the field of automotive anti-collision beam technology, and more particularly to an aluminum alloy front anti-collision beam and tow hook tube installation structure, as well as an automobile. It includes an anti-collision beam body, a tow hook tube, and an energy-absorbing box. A tow hook reinforcing flange is fixedly provided at the rear end of the tow hook tube, and the tow hook reinforcing flange is fixedly connected to the rear side of the anti-collision beam body via a first connector. The front end of the tow hook tube passes through and extends out of the anti-collision beam body. The front end of the energy-absorbing box is fixedly connected to the tow hook reinforcing flange, and the front end of the energy-absorbing box is fixedly connected to the rear side of the anti-collision beam body. The beneficial effects of this utility model are: avoiding damage to the anti-collision beam body due to an excessively small connection surface between the tow hook tube and the anti-collision beam body; simultaneously, the tow hook reinforcing flange is fixedly clamped between the energy-absorbing box and the anti-collision beam body, improving the overall anti-collision performance and preventing damage to the anti-collision beam body during towing.

The invention discloses a motor assembly and an assembling method thereof, the motor comprises a stator assembly, winding coils of the stator assembly are located between two claw pole plates which are oppositely arranged, each claw pole plate is provided with a limiting part, and the claw pole plates at the two ends and a cylinder body are arranged in a limiting mode or fixedly connected in the axial direction of the cylinder body; in every two adjacent phases of windings, the two oppositely arranged claw pole plates are arranged in a limiting manner or fixedly connected with the cylinder body, or one of the two oppositely arranged claw pole plates is arranged in a limiting manner or fixedly connected with the cylinder body, and the two oppositely arranged claw pole plates are arranged in a limiting manner or fixedly connected with the cylinder body; the circumferential relative position of each claw pole plate relative to the cylinder body can be respectively limited, circumferential positioning meeting the function requirement of the motor is provided for each claw pole plate, and the product setting cost and the process implementation cost can be effectively reduced.

This invention provides a method for establishing a carrier concentration database, a method for testing carrier concentration, and a testing system. The method for establishing the carrier concentration database includes: establishing theoretical models of a finite dipole model and a Drood model; adjusting the effective probe length and the ratio of effective induced charge to total induced charge in the theoretical models to calculate the carrier concentration of a standard sample, obtaining several first spectral information; detecting the second spectral information of the standard sample using a terahertz near-field detection device; fitting the first spectral information and the second spectral information to obtain the best-fit model corresponding to the current carrier concentration; repeating the above steps to establish the carrier concentration database. This invention not only better represents near-field scattering signals and the interaction between the probe and the sample, but also effectively overcomes the error problems existing in calculations using only formulas, which is beneficial to further improving the accuracy of semiconductor carrier concentration calculation.

The utility model relates to the technical field of arch bridge installation and construction, in particular to a supporting structure easy to assemble and disassemble and used for arch bridge installation and construction. The supporting structure easy to assemble and disassemble comprises a lattice support which is provided with a plurality of parallel column rods and a plurality of web rods connected with the adjacent column rods, and the lattice support extends in the vertical direction; the platform component is horizontally mounted at the top end of the lattice bracket; the jig frame is arranged between the platform component and a main beam of the arch bridge in a supporting manner; wherein the two lattice supports are symmetrically distributed on the two sides of the main beam in the width direction of the main beam, the jig frames are detachably connected with the lattice supports through standard parts, and the column rods are detachably connected with the web members through standard parts. In the utility model, the lattice bracket and the jig frame as well as the web members and the column rods are connected through the standard parts, so that the supporting structure can be disassembled without cutting and can be repeatedly used, the difficulty of assembly and disassembly operation is reduced, the construction efficiency can be improved, and the construction progress can be accelerated.

A pipe unit (1) for transporting liquefied gas has a first straight pipe (3A) and a second straight pipe (3B). The first straight pipe (3A) extends in a straight line, has a first inner pipe (5A) through which the liquefied gas passes, and a first outer pipe (9A) that covers the first inner pipe (5A) with a vacuum layer (7) interposed. The second straight pipe (3B) extends in a straight line in a direction different from the direction in which the first straight pipe (3A) extends, has a second inner pipe (5B) through which the liquefied gas passes, and a second outer pipe (9B) that covers the second inner pipe (5B) with a vacuum layer (7) interposed. The pipe unit (1) further has a connecting elbow (11) that connects the first inner pipe (5A) and the second inner pipe (5B), and a cover pipe (15) that covers a connecting portion (13) of the first inner pipe (5A) and the second inner pipe (5B) at least including the connecting elbow (11).

The utility model provides a kind of cat litter box.The cat litter box includes base, convenient warehouse subassembly and sealing assembly.Ball warehouse subassembly is equipped on base, and the bottom of ball warehouse subassembly has rotating space with base, and first magnetic piece is equipped on base.Ball warehouse subassembly is above convenient warehouse subassembly, and the upper open mouth of convenient warehouse subassembly is communicated with rotating space.Sealing assembly is equipped at the bottom of ball warehouse subassembly, and sealing assembly includes sealing piece and second magnetic piece, and sealing piece is circumferentially equipped in rotating space around the bottom of ball warehouse subassembly, and when ball warehouse subassembly rotates to the preset angle that first magnetic piece and second magnetic piece are close, second magnetic piece drives sealing piece to machine base under the attraction of first magnetic piece, so that the bottom of ball warehouse subassembly and base are circumferentially sealed by sealing piece.The above structure can realize the upper open mouth of convenient warehouse subassembly communicated with rotating space is sealed, avoid excrement smell in convenient warehouse subassembly to leak into air, improve user experience.

The photovoltaic panel cleaning robot comprises a bearing beam, the two ends of the bearing beam are provided with a walking mechanism and a driven limiting mechanism correspondingly, the walking mechanism comprises a driving part and walking wheels, and the driving part drives the walking wheels to rotate; the driven limiting mechanism, the walking mechanism and the bearing beam are combined to form a concave structure so as to be clamped into the two opposite sides of the photovoltaic panel. The sweeping mechanism comprises a rolling brush, the two ends of the rolling brush are rotationally arranged on the walking mechanism and the driven limiting mechanism, and the rolling brush is in transmission connection with the driving part. The photovoltaic panel cleaning robot is of a cantilever type structure with the active driving mechanism arranged on the single side, movement on the top face of the photovoltaic panel is achieved through the driving part and the walking wheels, the structure is simple, the weight is low, the driven limiting mechanism is matched with the walking mechanism, stable arrangement of the photovoltaic panel cleaning robot on the photovoltaic panel is achieved, and the photovoltaic panel cleaning robot is convenient to use. And the running stability of the cleaning robot is improved.

The utility model discloses a powdery solid waste treatment system which comprises an equipment unit, the equipment unit comprises an elution module, the elution module comprises a pulping device, a liquid washing device, a first filtering device and a slag conveying device, an outlet of the pulping device is communicated with an inlet of the first filtering device, and an outlet of the liquid washing device is communicated with an outlet of the slag conveying device. The first filtering device is provided with a slag discharging part, the slag conveying device is used for receiving slag discharged by the first filtering device through the slag discharging part, the slag conveying device is further used for conveying the slag into the liquid washing device, and the liquid washing device is communicated with the first filtering device; the number of the pulping device, the number of the liquid washing device and the number of the first filtering device are all one. The pulping device is used for executing a first liquid washing sub-process, the liquid washing device is used for executing other liquid washing sub-processes, and the first filtering device is used for executing first filtering sub-processes. The number of devices included in the treatment system is relatively small, the requirement for installation occupied space can be reduced, and application and popularization are facilitated.

The present disclosure relates to an excitation circuit, a touch device, an electronic device and a storage medium. The excitation circuit is applied to the touch device and includes a substrate, a first conductive component arranged on the substrate and extending along a first direction, and a plurality of second conductive components arranged on the substrate and extending along a second direction. One end of each of the plurality of second conductive components is connected to the first conductive component to form a comb-shaped structure. In the comb-shaped structure, the first conductive component is a comb back, and the plurality of second conductive components are comb teeth. Any two conductive components of the plurality of second conductive components support a closed-loop excitation coil with the first conductive component in a conducting state to emit an excitation signal. The excitation signal is used to provide energy for a touch accessory used with the touch device. The first conductive component and the second conductive component are configured as a comb shape, and the conducting second conductive components form an excitation coil. This avoids the need for punching due to the crossing of the excitation coil wiring, thereby reducing the setting cost of the excitation coil.

An enhanced structure for a plasma dissociation chamber in a production equipment process waste gas separation system allows individual or mixed waste gas from the process to enter a dissociation chamber of a waste gas plasma processor via separate gas pipelines. A vertical plasma body is positioned in the center of the dissociation chamber, which is then supplied with nitrogen working gas to dissociate the tail gas containing the special gases generated in the waste gas within the dissociation chamber at high temperature. The key feature is that an air supply pipeline is introduced into the high-temperature middle section of the heating flame formed by the plasma body within the dissociation chamber. This reduces the high-temperature reaction zone generated in the front section of the heating flame, resulting in a faster and more direct dissociation reaction rate in the rear section of the heating flame after air supply. It also reduces the generation rate of NOx (gaseous nitrogen oxides) and shortens the cooling chamber at the rear of the heating flame in the dissociation chamber, thereby reducing the overall length and installation cost of the plasma processor.

The invention relates to the technical field of image data processing, in particular to a remote sensing surveying and mapping data processing system. The system at least comprises a first image acquisition module used for acquiring a remote sensing image; determining GCPs based on the remote sensing image; the GCPs measurement module is used for acquiring measurement data when the GCPs are measured; the second image acquisition module is used for acquiring a low-altitude image; the second image correction module is used for correcting the low-altitude image by using the GCPs and the measurement data corresponding to the GCPs so as to obtain a corrected low-altitude image; the correction point acquisition module is used for determining a correction point based on the corrected low-altitude image; and the first image correction module is used for correcting the remote sensing image by using the corrected low-altitude image and the correction points on the corrected low-altitude image so as to obtain a corrected remote sensing image. According to the invention, through cooperative processing of the two images, transition is carried out by means of the clear low-altitude image in the low-altitude state, and the remote sensing image is corrected in cooperation with the GCPs, so that a more accurate remote sensing image is obtained.

The application discloses a cold fan assembly, which comprises a cold fan wheel, a wet curtain, a water tank, and a water suction device. The wet curtain is distributed along the airflow direction of the cold fan wheel. The water tank is formed with a main water cavity and a water supply cavity. The water supply cavity comprises a first cavity and a second cavity. At least part of the main water cavity is located above the first cavity. The main water cavity is used for supplying water to the first cavity. The second cavity is located above the wet curtain and is used for supplying water to the wet curtain. The water suction device is arranged in the water supply cavity and is used for sucking water from the first cavity to the second cavity. In the cold fan assembly, the water in the main water cavity can enter the first cavity under the action of gravity, and the water in the second cavity can flow to the wet curtain under the action of gravity, so that the water supply to the wet curtain can be realized, and the cooling function of the cold fan assembly can be realized. In this process, the water pump can be reduced, the setting cost can be reduced, the assembly efficiency can be improved, the noise can be reduced, and the possibility of failure of the cold fan assembly can be reduced.

A plasma cooling chamber spray structure for removing process waste gas from production equipment allows individual or mixed process waste gases to enter a dissociation chamber of a waste gas plasma processor via separate gas pipelines. A vertical plasma body is located in the center of the dissociation chamber, which, in conjunction with the introduction of working gas nitrogen, dissociates the tail gas containing the special gas generated in the dissociation chamber at high temperature. A cooling chamber is connected to the rear end of the dissociation chamber, and the cooling chamber has an outer cylinder connected to the dissociation chamber and a short section relative to the tail end of the heating flame section of the plasma body. An inner cylinder of an outer cylinder is characterized by having multiple annularly arranged spray nozzles on the inner edge surface of the outer cylinder, each spray nozzle spraying water onto the outer edge surface of the inner cylinder to provide water cooling in addition to air cooling for the cooling chamber. Because the entire cooling chamber is cooled earlier, the dissociation of nitrogen at high temperature is reduced, thus greatly reducing the generation rate of NOx (gaseous nitrogen oxides) in the cooling chamber. Consequently, the cooling chamber can be shortened, thereby reducing the overall length and installation cost of the plasma processor.

The utility model discloses a kind of air conditioners, the air conditioner includes: cabinet;Integrated valve island, the integrated valve island is equipped with refrigerant flow passage;Supporting piece, the supporting piece is set to the cabinet, the supporting piece is fixed by connecting pipe and supports the integrated valve island;Low-pressure valve and high-pressure valve, the low-pressure valve and the high-pressure valve are connected with the refrigerant flow passage respectively.The air conditioner presented by the utility model, integrated valve island can realize the integration of air conditioner internal refrigerant circuit, improve lightweight, reduce cost, while, the number of multiple refrigerant pipeline connection point can be reduced, to reduce the refrigerant leakage risk;Integrated valve island is fixed by connecting pipe and supporting piece installation, effectively improve the stability of integrated valve island installation.

The utility model relates to the technical field of heat supply, in particular to an in-station heating system for a long-distance hot water delivery pressure isolation station and a relay station. The heating system comprises a dirt separator, a circulating pump, a space to be heated, a heating water supply pipeline, a heating water return pipeline, a primary net water return pipeline and a heat exchange station connected with the primary net water return pipeline. The input end of the dirt separator is communicated with a primary net water return pipeline; the first end of the heating water supply pipeline is communicated with the input end of the dirt separator and the primary net water return pipeline, and the second end of the heating water supply pipeline is provided with a first plug; the output end of the dirt separator is communicated with the access end of the circulating pump; the first end of the heating water return pipeline is communicated with the output end of the dirt separator and the access end of the circulating pump, and the second end of the heating water return pipeline is provided with a second plug; the space to be heated is located between the heating water supply pipeline and the heating water return pipeline. According to the technical scheme, heat can be supplied to a room in a station, meanwhile, a heating system can be optimized, and cost can be reduced.