56 results about "Work unit" patented technology

The utility model discloses a waste oil collecting box of oil fume purifier, include: main unit, it includes device shell, two vertical frame ropes are fixedly arranged on the top surface of device shell front and back end respectively, two vertical frame rope top surface fixedly set up the ceiling board, the main unit still includes installation component, set up in the working unit of main unit inside, it includes work part and the absorption part at its right side, the working unit is used to carry out absorption treatment to the oil of room, set up in the processing unit of main unit inside, it includes connecting portion and the processing part at its side. The utility model discloses through being provided with the cooperation work of connecting portion and processing part, makes through the oil fume purifier work, when appearing internal waste oil too much, can accurately observe the displacement warning of placing board to the waste oil treatment cleaning of the inside of collecting box to the fast, the whole work does not need to check regularly, will not influence the efficiency of subsequent oil purification.

The present invention provides a control device, a control system, and a work machine that can ensure the continuity of work performed by the work machine. [Solution] A control device 4 controls a work machine 1 having a work unit 33 that performs predetermined work, an engine 30 (power source), and a machine operation unit 17 that can be operated by an operator. The control device 4 is capable of communicating with a remote control device 8 (external control device) provided outside the work machine 1, and a mobile terminal 90 separate from the remote control device 8. The control device 4 can obtain operation signals to operate the work unit 33 from the machine operation unit 17 and the remote control device 8, and can obtain a stop instruction signal to stop the engine 30 from the mobile terminal 90. In an external operation state where the work unit 33 is controlled based on the operation signals obtained from the remote control device 8, the control device 4 invalidates the stopping of the engine 30 based on the stop instruction signal obtained from the mobile terminal 90.

The improved electric tool working unit comprises a working unit body, the working unit body comprises a shell with an inner cavity and an open side, and a first working piece and a second working piece capable of reciprocating movement; the assembly structure of the first working piece and the second working piece is arranged in the inner cavity of the shell; and a sealing plate is arranged on the open side of the shell, and the assembly structure of the first working piece and the second working piece is hidden in the inner cavity after the sealing plate is assembled. In the working unit in the application, the assembly structure of the first working piece and the second working piece is hidden in the inner cavity through the sealing plate. In the working state, the first working piece and the second working piece will be driven by the internal driving structure to move reciprocally at a high frequency, so as to achieve the purpose of pruning branches, and therefore, the dirt accumulation will affect the working efficiency. The hidden assembly structure in the application can significantly reduce the dirt accumulation at the assembly structure during work, and improve the working efficiency.

This invention relates to the field of remote monitoring and discloses a hot work safety management system and method based on remote monitoring. One method includes: constructing a preliminary scenario for the work location, fire source intervention method, and isolation measures; implementing a progressive tracking mechanism for the triggered state of the work access framework to reconstruct the changes in the hot work process; comprehensively analyzing images, sounds, warning zone markings, and personnel disturbances transmitted from the site using a work deviation recognition model; digitally labeling the work units and impact ranges corresponding to protection failure scenarios in the background monitoring interface to form a hot work traceability ledger for file location and reverse tracing of responsibility links; and dynamically adjusting the marking colors, prompts, and inspection priorities in real time based on the dynamic updates of the hot work traceability ledger to generate management instructions for the construction site. This invention has the advantage of improving regulatory transparency.

This invention belongs to the field of passive drive technology and relates to a three-dimensional passive drive system based on magnetic climbing effect and magnetic synchronous belt, including a working unit, a magnetic attraction unit, a load-moving unit, and a control unit. This invention achieves periodic magnetic coupling between the alternating first ferromagnetic strip and the first non-magnetic strip or the first diamagnetic strip on the drive rod and the permanent magnet synchronous belt on the outside of the cylinder. Only a single drive component is needed to efficiently convert rotational motion into step-like rotation of the magnetic synchronous belt, thereby driving the ferromagnetic rod adsorbed on its surface to move the load stage precisely and controllably horizontally and vertically within the sealed enclosure. Simultaneously, the adsorption switching direction of the ferromagnetic rod is controlled by top electromagnetic assistance, achieving three-dimensional passive precision drive without contact or through holes. This not only significantly simplifies structural complexity, reduces manufacturing costs and space occupation, but also greatly reduces energy consumption and enables the system to maintain positional stability through magnetic adsorption when static.

The utility model relates to a kind of preparation systems of perovskite photovoltaic cell.A kind of preparation system of perovskite photovoltaic cell, including multiple work units, conveying device, feed inlet and discharge port, and the hatch being set at the feed inlet, the discharge port and adjacent two between the work unit;The multiple work units are interconnected;The multiple work units include at least one of first work unit, second work unit, third work unit and fourth work unit;The first work unit includes flash evaporation cabin, the second work unit includes annealing cabin, the third work unit includes evaporation cabin, and the fourth work unit includes deposition cabin;The conveying device, from the feed inlet sequentially through the multiple work units, and extend to the discharge port.It is a perovskite one-stop deposition and processing system, can be realized in different vacuum environment under the same equipment to complete perovskite thin film intermediate phase transition, annealing and preparation charge transport layer.

The present invention relates generally to working machines with working units that are subject to fluctuating loads or have fluctuating power consumption. The invention relates, on the one hand, to a drive train assembly for driving such a working unit with fluctuating power consumption from a power source, comprising a drive unit transmission that converts a drive movement of the power source into a working movement of the working unit and is connected to the working unit via a transmission output element and to the power source via a transmission input element, as well as a flywheel energy storage device for dampening load shocks or fluctuations. On the other hand, the invention also relates to the working machine with a drive unit with fluctuating power consumption and the aforementioned drive train assembly with flywheel energy storage device.It is proposed to connect the flywheel energy storage system to the drive train section leading from the drive unit to the driven working unit via a branching flywheel train at various points of engagement, so that the flywheel moments are split and the loads are distributed across different points of engagement, thus avoiding overloads and premature wear at a single point of engagement and also significantly reducing the size of the system through load distribution.

A Z-position sensor (73) (detection unit) is installed on the loader (3) (working unit) that performs loading / unloading (prescribed operation) of the feeder (F) on the component mounting machine (1) (working object device). In addition, the component mounting machine (1) has an upper detection plate (93) (reference component, reference plate). Based on the height detection of the upper detection plate (93) by the Z-position sensor (73), the loader (3) is driven in the Z direction (vertical direction), thereby adjusting the height and tilt of the loader (3) (steps S111 to S114). That is, in places other than the Z-position sensor (73), it is not necessary to make the feeder changer (2) (working device) contact the component mounting machine (1) for positioning the loader (3) in the Z direction. As a result, it is possible to position the feeder changer (2) relative to the component mounting machine (1) in the Z direction while suppressing the enlargement and weight of the feeder changer (2) and the component mounting machine (1).

A substrate work device according to the present invention performs work on a substrate disposed on an XY plane. The substrate work device comprises: a work unit that performs work on a substrate; a first movement mechanism that holds the work unit in a manner allowing movement along a first direction extending parallel to the XY plane; and a second movement mechanism that holds the first movement mechanism in a manner allowing movement along a second direction extending parallel to the XY plane and orthogonal to the first direction. The first movement mechanism comprises a flexible cable extending along the first direction and connected to the work unit, and a pair of covers covering the cable from both sides in the second direction. The substrate work device further comprises a detection device that detects that at least a portion of the cable is passing through a preset specific path.

This utility model discloses an electromagnetic radiation detector, comprising: a main unit including a storage box with a cover hinged to the back of the storage box, and a locking assembly; a storage unit disposed inside the main unit, including a mounting part and a charging part located therein, the storage unit being used to store the detection device; and a working unit disposed inside the storage box, including a working part and a signal receiving part located therein, the working unit being used to detect electromagnetic radiation in the environment. This utility model, through the coordinated operation of the mounting part and the charging part, allows the detector to be easily placed in the storage box for convenient carrying during environmental radiation detection, preventing loss, and enabling charging anytime, anywhere, greatly improving the power supply duration during detection and overall work efficiency.

Conveyor table transport system, including: a branch transport device (5), comprising: a first movable linear conveyor (Mm1) and a second movable linear conveyor (Mm2) aligned parallel in a predetermined transport direction (X); and a drive mechanism (50) comprising a first drive part (51) configured to drive the first movable linear conveyor (Mm1) in a drive direction (Y) different from the transport direction (X), and a second drive part (52) configured to drive the second movable linear conveyor (Mm2) in the drive direction (Y), wherein Each of the first movable linear conveyor (Mm1) and the second movable linear conveyor (Mm2) transports a conveyor table (4) in the transport direction (X); a line linear conveyor (Mf1, Mf2, Mf3), and a first work unit (H) which is arranged in a first work area (A1) on the first side in the drive direction (Y) relative to the position facing it for transport, wherein the first movable linear conveyor (Mm1) is positioned on a first side in the drive direction (Y) relative to the second movable linear conveyor (Mm2), the second movable linear conveyor is positioned on a second side opposite the first side in the drive direction (Y) relative to the first movable linear conveyor (Mm1), While the first drive element (51) positions the first movable linear conveyor (Mm1) at a forward position for transport, which is oriented towards the line linear conveyor (Mf1, Mf2, Mf3) in the transport direction (X), a first conveyor table (4) is transferred between the first movable linear conveyor (Mm1) and the line linear conveyor, While the second drive unit (52) positions the second movable linear conveyor (Mm2) at the facing position for transport, a second conveyor table (4) is transferred between the second movable linear conveyor (Mm2) and the line linear conveyor (Mf1, Mf2, Mf3), in the first work area (A1) the first work is carried out on a first workpiece carried by the first conveyor table (4), the first drive element (51) moves the first movable linear conveyor (Mm1) holding the first conveyor table (4) to the first working area (A1), and In the first work area (A1), the first drive unit (51) moves the first movable linear conveyor (Mm1) in the drive direction (Y), and the first movable linear conveyor (Mm1) moves the first conveyor table (4) in the transport direction (X), thereby causing the first work unit (H), the first drive unit (51), and the first movable linear conveyor (Mm1) to perform the first work in cooperation with each other.

This invention discloses a drilling and tapping machine for power fittings, relating to the field of power fitting manufacturing technology. It includes a base with a rotating assembly on it. Multiple placement components for holding basket-shaped parts are evenly distributed around the circumference of the rotating assembly. The base has two working units, one for drilling and the other for tapping. A limiting mechanism is provided on the base to prevent the basket-shaped parts from falling. Positioning mechanisms are provided at both ends of the base, used to clamp or release the basket-shaped parts in conjunction with the placement components. This invention aims to overcome the shortcomings of existing basket-shaped part drilling and tapping processes, which rely on manual operation of fixtures, are labor-intensive, and have low processing efficiency.

The invention relates to a control method for a working machine having a work device comprising a work unit and an electric cylinder for driving the work unit, the electric cylinder comprising an electric motor, the work device further comprising an operating device by means of which operating commands can be provided for the electric cylinder, the method comprising: obtaining an operating command from the operating device, determining whether the operating command is null, obtaining a travel speed of the working machine, determining whether the travel speed is greater than a travel stability threshold, in the event that the operating command is not null and the travel speed is greater than the travel stability threshold, activating a travel stability module, the travel stability module ensuring travel stability of the working machine by controlling the electric motor of the work device. The invention also relates to a control system and to a working machine.

This invention discloses an intelligent warehouse management system based on integrated hardware and software, belonging to the field of warehouse management technology. Specifically, it includes: First, a node synchronization module deploys and synchronizes multiple mobile sensing nodes. A data acquisition module controls the movement of work units and collects time-stamped point cloud data, sending it to the sensing nodes. A coordinate alignment module sets the receiving node as the master node and converts the point cloud data to its coordinate system to generate a local map. A fragmentation and distribution module divides the map into geographical segments and distributes them to neighboring nodes. A collaborative fusion module receives feedback fragments from neighboring nodes, merges them, and generates a corrected local map. Finally, a path planning module calculates and sends updated paths for work units based on this map. This invention achieves decentralized real-time environmental perception and adaptive path planning in a dynamic warehouse environment, improving the system's robustness and operational continuity in complex and changing scenarios.

The utility model relates to the semi -dry terrace mortar leveling field discloses a translation mechanism and has its ground leveling robot, the translation mechanism includes first guide rail, second guide rail, transmission belt and spacing unit, a pair of spacing units are equipped with on this first guide rail a pair of limit wheels, this second guide rail and first guide rail parallel extension and can be along the extension direction on first guide rail moves, a pair of driven wheels and a pair of guide wheels are equipped with on the second guide rail and are located between the driven wheel, transmission belt connects above -mentioned limit wheel, guide wheel and driven wheel, the spacing unit is arranged to be able to limit the limit moving position of second guide rail on first guide rail, and / or, the spacing unit is arranged to be able to limit the operation position of transmission belt relative to driven wheel. The translation mechanism of the utility model can make the work unit have greater available sliding distance.

Systems and methods to generate record recommendations for users of collaboration environment are described herein. Exemplary implementations may: manage environment state information maintaining the collaboration environment and including work unit records; determine interaction information characterizing interactions of individual users with individual ones of the work unit records; generate, for the individual users, record recommendations based on the interaction information for similar users; effectuate presentation of the record recommendations on computing platforms associated with the individual users; and / or perform other operations.

The invention relates to the technical field of heat management of energy storage systems, in particular to a temperature control system and method for an energy storage system. According to the technical scheme, a data acquisition module is used for acquiring operation data of the energy storage system; and the analysis control module is used for receiving the operation data and analyzing and calculating the operation data to obtain temperature pre-judgment data. And the temperature control strategy optimization module is used for generating a control instruction according to the operation data and the temperature pre-judgment data. And the instruction execution module is used for receiving the control instruction and controlling each corresponding operation unit to execute the corresponding instruction. And the redundancy protection module is used for improving the reliability of the system. And the communication module is used for realizing data transmission among the modules and communication between the system and terminal equipment. The system is high in temperature control precision, good in temperature equalizing effect, high in response speed, high in risk avoiding capability, low in energy consumption, high in environmental adaptability, high in reliability, high in fault-tolerant capability, high in compatibility and good in expansibility.

Systems and methods to trigger notifications based on user activity in a collaboration environment are described herein. Exemplary implementations may perform one or more of: manage environment state information maintaining a collaboration environment; manage notification trigger information of the work unit records; detect occurrence of user activity that forms the basis of trigger events; responsive to detection of occurrence of the user activity, determine that trigger event criteria are satisfied; execute the responses; and / or other operations.

According to examples, an apparatus includes processing units that execute threads using a hybrid locking / queuing operation for efficient processing of work units with mutual exclusion of the work units. Under the hybrid locking / queuing operation, a processing unit determines that a first thread is to process a first work unit, in which the first work unit is under protection of a hybrid exclusion object (HEO), and in which the HEO includes an HEO queue. In addition, the processing unit places a lock on the HEO, determines whether the HEO is owned by a thread, and based on a determination that the HEO is owned by a second thread, adds the first work unit to the HEO queue, and releases the lock on the HEO. The second thread assigns ownership of the HEO to the first work unit when the first work unit reaches a top of the HEO queue.

Systems and methods of monitoring test data for autonomous operation of an autonomous vehicle are disclosed. A method for autonomous vehicle test data distribution and analysis is described. The method includes uploading drive session data from a computer of a drive site to a network-attached storage of the drive site. The method also includes uploading the drive session data from the network-attached storage of the drive site to a cloud-based storage location. The method further includes distributing the drive session data and work units from the cloud-based storage location to at least one research site separate from the drive site. The method further includes processing the drive session data by the at least one research site according to analysis / processing tasks associated with the work units.

The invention relates to a drilling device, in particular a rock drilling device, comprising a working unit (3) for processing a workpiece, comprising a carrier unit (4), in particular arranged along an axis of rotation (9), for supporting the working unit, a transport unit (5) for transporting particles, and a cover unit (6) for covering the carrier unit. According to the invention, when viewed along the axis of rotation, the cover unit covers / overlaps the working unit and the carrier unit.

This power control system provides a high level of safety even when an external force exceeding a certain level is applied to the working part. [Solution] A power control system 1 that performs impedance control on at least the operating unit 11 of a work unit 12 and an operating unit 11, comprising: a work unit 12 configured to perform a predetermined task; an operating unit 11 configured to move the work unit 12; a detection unit 20 that detects the work unit position, which is the position of the work unit; a calculation unit 30 that calculates the driving force generated in the operating unit 11 based on the target position Xd, the work unit position X, and the impedance value; and a control unit 30 having a driving signal generation unit 40 that outputs a driving signal to the operating unit 11 based on the driving force F, wherein the control unit 30 has a driving force suppression unit 31 that suppresses the driving force F when the driving force F reaches a threshold F1.

This utility model discloses an easy-to-assemble and disassemble electric hair clipper, relating to the field of electric hair clipper technology. It includes a power supply unit and a working unit, which are electrically connected. It also includes a connecting sleeve disposed between the power supply unit and the working unit. The connecting sleeve is rotatably mounted on the power supply unit. A push-in groove and a limiting groove are provided on the inner wall of the connecting sleeve near the working unit. The push-in groove and the limiting groove are interconnected and form an L-shaped structure. A connecting part is provided on the side of the working unit near the power supply unit. The outer diameter of the connecting part matches the inner diameter of the connecting sleeve. A fitting block is provided on the connecting part. The fitting block is controlled to slide into the push-in groove, and then the connecting sleeve is rotated to embed the fitting block in the limiting groove, thus fixing the power supply unit and the working unit together. This solution has a simple structure and can meet the requirements for rapid installation and disassembly of the power supply unit and the working unit in electric hair clippers.

A control device (4) controls a work machine (1) having: a work unit (33) that performs prescribed work; an engine (30); and an actual machine operation unit (17) that can be operated by an operator. The control device (4): is capable of communicating with a remote operation apparatus (8) provided outside the work machine (1), and with a portable terminal (90) which is separate from the remote operation apparatus (8); is capable of acquiring operation signals for operating the work unit (33) from the actual machine operation unit (17) and the remote operation apparatus (8) and also acquiring, from the portable terminal (90), a stop instruction signal for stopping the engine (30); and invalidates the stoppage of the engine (30) based on the stop instruction signal acquired from the portable terminal (90) in an external operation state where the work unit (33) is being controlled on the basis of the operation signal acquired from the remote operation apparatus (8).

We provide the system. [Solution] A platform for users to collaborate on creative projects using diverse information media within a digital space. A means of authenticating users and managing access to work units, A means for displaying a digital space related to the work unit selected by the user, An artificial intelligence operator that analyzes user-generated information and provides suggestions and evaluations in real time, A means for saving the generated information content and transferring it in a selected format, A means of analyzing viewer information and providing video editing suggestions in real time, A system that includes this.

This utility model discloses a laminating device for producing diaper front waistband tabs, including a discharge mechanism and a working unit. The discharge mechanism includes a fixed base plate. This utility model relates to the field of diaper production technology. This laminating device for producing diaper front waistband tabs, by setting multiple first extension rods, second extension rods, and discharge roller structures, utilizes a discharge mechanism with multiple first extension rods and second extension rods, each corresponding to the other. A discharge roller structure is positioned between the corresponding first and second extension rods. The multiple first and second extension rods are respectively located at both ends of a rotatable rotating shaft. In actual operation, material can be placed on each discharge roller structure. After the material on one discharge roller structure is exhausted, adjusting the rotating rod moves another discharge roller structure to the discharge position to continue operation, eliminating the need for mid-process switching and improving overall processing efficiency.

This invention discloses an integrated robot for scraping and grinding guide rails, relating to the field of guide rail scraping and grinding technology. It includes a production line control unit, a traveling mechanism, multiple six-axis robots, a painting mechanism, a scraping mechanism, a milling mechanism, a grinding and transporting integrated mechanism, and multiple work units. The painting mechanism, scraping mechanism, milling mechanism, and grinding and transporting integrated mechanism are each located at the end of one of the six-axis robots and are driven by the six-axis robots to move. The grinding and transporting integrated mechanism is mounted on the traveling mechanism via the six-axis robots and is used to grasp and transport guide rail workpieces to each work unit, and to grind the guide rail workpieces after milling. The traveling mechanism drives the grinding and transporting integrated mechanism to move linearly. Each of the multiple work units corresponds to one of the painting mechanism, scraping mechanism, or milling mechanism, and is used to clamp and rotate the guide rail workpieces. This achieves automated transport of guide rail workpieces and improves the continuity of the production line.

A work robot can comprise a work unit, which includes a work mechanism configured to operate and a work motor configured to drive the work mechanism; a rechargeable battery configured to supply power to the work motor; a sensing unit configured to detect the work unit's state; and a control unit. The control unit can be configured to perform an abnormality detection process, in which the control unit determines whether an abnormality is occurring in the work unit based on a detection result from the sensing unit; and an initial abnormality handling process, in which the control unit causes the work robot to return to a charging station with the work motor stopped to begin charging the battery.If the control unit determines in the abnormality detection process that an abnormality is occurring in the working unit, the control unit can execute the first abnormality treatment process.

This application relates to a fully automatic intermittent feeding device, belonging to the field of material feeding and conveying technology. It includes a frame and multiple working units linearly distributed on the frame. Each working unit includes a receiving platform, a conveying mechanism, and a distributing mechanism. The receiving platform is fixed to the frame and is equipped with a buffer mechanism for intercepting metal pipes. The conveying mechanism and the distributing mechanism are sequentially located downstream of the receiving platform and upstream of different processing platforms. A blocking mechanism is provided between the conveying mechanisms of any two adjacent working units to prevent metal pipes from being conveyed to the next conveying mechanism. This application achieves fully automatic intermittent feeding and classified conveying of metal pipes, improving production efficiency and quality.