mhurhangee/ep-ind-claims huggingface dataset:
An electric tool control circuit comprising a central control module, a motor, a motor drive module, a working parameter detection module, a first switch module and a second switch module; in which the central control module is electrically connected to the motor drive module, and the central control module controls turning on and turning off of the motor drive module; in which the control circuit also comprises a protection module which is adapted to prevent a motor peripheral circuit from being damaged by motor clutter produced during running of the motor; and in which the working parameter detection module is electrically connected to the motor and the central control module respectively, and the working parameter detection module returns a parameter that is detected during running of the motor to the central control module, wherein the motor drive module is electrically connected to the motor respectively by a first switch module and a second switch module, and the motor drive module controls the first switch module and second switch module to be discontinuously on and off, features of the first switch module and the second switch module being on and off always being contrary so that when the first switch module is on, the second switch module is off, and when the first switch module is off, the second switch module is on; characterised in that the working parameter detection module has a current detection module in which a current detection time is inversely proportional to the magnitude of a detected current value, when the motor is loaded, to increase a rotational speed of the motor.
Steering control device for a motor vehicle that is designed to transmit a change of direction to the steered wheels of the vehicle, which are arranged longitudinally to the front, said change of direction being commanded by a driver of the vehicle by means of a steering wheel, said control device having at least one steering column that is linked to the steering wheel and a steering mechanism that has at least one transmission pinion that meshes with a rack that is rigidly connected to a steering rod to cause a transverse movement of said rod to the left or to the right, depending on the change of direction, the pinion and the rack being arranged longitudinally behind the steering rod, characterized in that said device includes means for inverting the direction of rotation of the steering column in relation to the direction of rotation of the steering wheel, which means are mechanical gear means including at least one first gear wheel and one second gear wheel, the first gear wheel having a first axis of rotation and the second gear wheel having a second axis of rotation that extend longitudinally, the first axis of rotation of the first gear wheel being offset at least vertically in relation to the second axis of rotation of the second gear wheel and in that the first axis of rotation of the first gear wheel is arranged vertically above the second axis of rotation of the second gear wheel to obtain a high position of the steering wheel or below the second axis of rotation of the second gear wheel to obtain a low position of the steering wheel.
Wireless communication network, having: a communication terminal that is ready for communication in a prescribed time interval ([tA; tB]); a management entity coupled to the communication terminal, wherein the management entity stores the prescribed time interval ([tA; tB]) for which the communication terminal is ready for communication; and a communication entity coupled to the management entity, wherein the communication entity is designed to transmit a connection request for setup of a communication connection to the communication terminal to the management entity at a first time, wherein the management entity is designed to respond to the connection request of the communication entity by checking whether the first time falls within the prescribed time interval ([tA; tB]) for which the communication terminal is ready for communication, and, if the first time does not fall within the prescribed time interval ([tA; tB]), to send the communication entity a statement indicating a communication time (Tcom) for which the communication terminal is ready for communication, characterized: in that the management entity is designed to respond to a plurality of connection requests (411a, 411b) of a plurality of communication entities (105a, 105b) by sending the respective communication entities (105a, 105b) statements (414a, 414b) having different communication times (Tcom1, Tcom2) within the prescribed time interval ([tA; tB]) for which the communication terminal is ready for communication. a communication terminal that is ready for communication in a prescribed time interval ([tA; tB]); a management entity coupled to the communication terminal, wherein the management entity stores the prescribed time interval ([tA; tB]) for which the communication terminal is ready for communication; and a communication entity coupled to the management entity, wherein the communication entity is designed to transmit a connection request for setup of a communication connection to the communication terminal to the management entity at a first time, wherein the management entity is designed to respond to the connection request of the communication entity by checking whether the first time falls within the prescribed time interval ([tA; tB]) for which the communication terminal is ready for communication, and, if the first time does not fall within the prescribed time interval ([tA; tB]), to send the communication entity a statement indicating a communication time (Tcom) for which the communication terminal is ready for communication, characterized: in that the management entity is designed to respond to a plurality of connection requests (411a, 411b) of a plurality of communication entities (105a, 105b) by sending the respective communication entities (105a, 105b) statements (414a, 414b) having different communication times (Tcom1, Tcom2) within the prescribed time interval ([tA; tB]) for which the communication terminal is ready for communication.
A machine tool, comprising: - a work table for clamping at least one workpiece; - a laser head including a powder nozzle for applying a material to the workpiece and for welding the material to the workpiece; - a laser head positioning device for positioning said laser head with respect to the workpiece for machining the workpiece by applying and welding the applied material, and characterized by: - a protective gas device which can be filled with a protective gas for machining the workpiece by means of said laser head under a protective gas atmosphere, and - a positioning device for displacing and positioning said protective gas device on said work table, wherein said protective gas device is detachable from said positioning device, said positioning device is configured to place said protective gas device on said work table, and said laser head is displaceable into said protective gas device by means of said laser head positioning device for applying and welding the applied material. - a work table for clamping at least one workpiece; - a laser head including a powder nozzle for applying a material to the workpiece and for welding the material to the workpiece; - a laser head positioning device for positioning said laser head with respect to the workpiece for machining the workpiece by applying and welding the applied material, and - a protective gas device which can be filled with a protective gas for machining the workpiece by means of said laser head under a protective gas atmosphere, and - a positioning device for displacing and positioning said protective gas device on said work table,
A granular cleaning and disinfectant composition, generating a peroxy acid containing use solution upon dissolution in water, comprising: 15 - 60 wt% of a percarbonate, 8 - 35 wt% of an acylating agent, 0.5 - 5 wt% a non-ionic surfactant, 0.1 - 3 wt% of a phosphonate as a foam inhibitor having a bulk density between 0.5 and 1.4 kg/L, characterized in that the composition comprises a mixture of at least two granulates, wherein one granulate comprises the percarbonate and the other granulate comprises the acylating agent, wherein the granulate comprising percarbonate is coated with a water-soluble inorganic salt and the granulate comprising the acylating agent is coated with a water-soluble surfactant. 15 - 60 wt% of a percarbonate, 8 - 35 wt% of an acylating agent, 0.5 - 5 wt% a non-ionic surfactant, 0.1 - 3 wt% of a phosphonate as a foam inhibitor
A method of transmitting an Acknowledgement/Negative-Acknowledgement, ACK/NACK, in a wireless communication system, which supports carrier aggregation, based on Time Division Duplex, TDD, in which M, M>1, downlink subframes are associated with an uplink subframe, performed by a wireless device, the method comprising: receiving a radio resource control, RRC, message indicating a plurality of candidate resource indices used for the ACK/NACK; receiving a semi-persistent scheduling, SPS, downlink transport block on a physical downlink shared channel, PDSCH, without a corresponding physical downlink control channel, PDCCH, in one of the M downlink subframes on a primary cell; receiving a downlink grant on a detected PDCCH in one of the M downlink subframes on the primary cell, the downlink grant including a downlink assignment and a downlink assignment index, DAI, the DAI indicating an accumulative number of PDCCH with assigned PDSCH transmission; receiving a downlink transport block on a PDSCH indicated by the downlink assignment on the primary cell; determining a 2 bit ACK/NACK for the SPS downlink transport block and the downlink transport block and a resource index from a plurality of resource indexes; modulating the 2 bit ACK/NACK to generate a modulation symbol; and transmitting the modulation symbol on an uplink control channel configured by the determined resource index. receiving a radio resource control, RRC, message indicating a plurality of candidate resource indices used for the ACK/NACK; receiving a semi-persistent scheduling, SPS, downlink transport block on a physical downlink shared channel, PDSCH, without a corresponding physical downlink control channel, PDCCH, in one of the M downlink subframes on a primary cell; receiving a downlink grant on a detected PDCCH in one of the M downlink subframes on the primary cell, the downlink grant including a downlink assignment and a downlink assignment index, DAI, the DAI indicating an accumulative number of PDCCH with assigned PDSCH transmission; receiving a downlink transport block on a PDSCH indicated by the downlink assignment on the primary cell; determining a 2 bit ACK/NACK for the SPS downlink transport block and the downlink transport block and a resource index from a plurality of resource indexes; modulating the 2 bit ACK/NACK to generate a modulation symbol; and transmitting the modulation symbol on an uplink control channel configured by the determined resource index.
A three-point transverse link for a motor vehicle, manufactured as a single-shell sheet metal shaped component with a Y-shaped base body, wherein one connection point is formed on the wheel carrier and two connection points are formed on the axle carrier, characterised in that all connection points (4, 5) are formed from two opposing collar openings for receiving a respective rubber-metal bearing and in that at least one of the Y-shaped arms has a tapered portion and/or in that an inwardly directed trough-shaped depression is formed at a fork point of the Y-shaped arms.
A window restrictor (10; 110) for an opening window, the window having: a window frame; and a window panel which is movable relative to the frame between a closed position and an open position, the window panel having a lip which overlies a part of the window frame when the window panel is closed, the window restrictor (10; 110) having: a first mounting part (16; 116) adapted for mounting upon an edge of the window frame in the gap between the window frame and the window panel; a stay (20; 120) pivotably mounted upon the first mounting part (16; 116), the stay comprising a beam and a hooked end (34; 134), the hooked end being adapted to engage and retain a stud or a peg mounted upon the window panel, the stay (20; 120) being movable between a retracted position and an extended position, the stay being resiliently biased relative to the first mounting part (16; 116) towards its extended position; a second mounting part (12; 112) adapted for mounting upon the edge of the window frame adjacent to the lip of the window panel; a slider (14; 114) mounted upon the second mounting part (12; 112) and movable between a first position and a second position, the slider having a control member (84; 184) adapted to lie underneath the lip, the control member (84; 184) in its second position being adapted to engage the stay (20; 120) and to retain the stay in its retracted condition. a window frame; and a window panel which is movable relative to the frame between a closed position and an open position, the window panel having a lip which overlies a part of the window frame when the window panel is closed, a first mounting part (16; 116) adapted for mounting upon an edge of the window frame in the gap between the window frame and the window panel; a stay (20; 120) pivotably mounted upon the first mounting part (16; 116), the stay comprising a beam and a hooked end (34; 134), the hooked end being adapted to engage and retain a stud or a peg mounted upon the window panel, the stay (20; 120) being movable between a retracted position and an extended position, the stay being resiliently biased relative to the first mounting part (16; 116) towards its extended position; a second mounting part (12; 112) adapted for mounting upon the edge of the window frame adjacent to the lip of the window panel; a slider (14; 114) mounted upon the second mounting part (12; 112) and movable between a first position and a second position, the slider having a control member (84; 184) adapted to lie underneath the lip, the control member (84; 184) in its second position being adapted to engage the stay (20; 120) and to retain the stay in its retracted condition.
Method for masking adhesive products used to attach bands or decorative rings around the neck of bottles or carafes, characterized in that it comprises the following steps: - depositing, at a predetermined height of the neck, a coating in enamel or paint based on one or more metals, or alloys thereof, or metal oxides, the outer surface of said coating having a texture exhibiting mechanical characteristics allowing adhesion of said adhesive products; - fixing said deposit on the neck, depending on the deposited material, for example by drying, or polymerization, or vitrification, or adsorption, or chemical bonding; - attaching bands or a ring by adhesion onto said coating. - depositing, at a predetermined height of the neck, a coating in enamel or paint based on one or more metals, or alloys thereof, or metal oxides, the outer surface of said coating having a texture exhibiting mechanical characteristics allowing adhesion of said adhesive products; - fixing said deposit on the neck, depending on the deposited material, for example by drying, or polymerization, or vitrification, or adsorption, or chemical bonding; - attaching bands or a ring by adhesion onto said coating.
An inner circumferential length measurement method for a circular member, comprising the steps of: disposing a two-dimensional sensor at a predetermined measurement position on an inner side of the circular member placed flat in an unrestrained state on a support, such that the two-dimensional sensor faces an inner circumferential surface of the circular member in a non-contact state; rotating the two-dimensional sensor about a predetermined position on the inner side of the circular member; measuring a separation distance from the two-dimensional sensor to the inner circumferential surface around an entire circumference of the circular member; and calculating an inner circumferential length of the circular member via a calculation unit using the separation distance measured and a distance from the predetermined position to the two-dimensional sensor in a plan view, characterized in that the support is raisable from a horizontal state to an upright state and a surface of the support is provided with projection portions spaced from one another, the projection portions projecting from the surface; the circular member is placed flat in an unrestrained state on the support by, in a case where the support is in an upright state, engaging the inner circumferential surface of the circular member with two of the projection portions to place the circular member on the support and putting the support in a horizontal state; the projection portions are retractable from the surface of the support; and the projection portions are retracted below the surface of the support after the circular member is placed flat on the support. disposing a two-dimensional sensor at a predetermined measurement position on an inner side of the circular member placed flat in an unrestrained state on a support, such that the two-dimensional sensor faces an inner circumferential surface of the circular member in a non-contact state; rotating the two-dimensional sensor about a predetermined position on the inner side of the circular member; measuring a separation distance from the two-dimensional sensor to the inner circumferential surface around an entire circumference of the circular member; and calculating an inner circumferential length of the circular member via a calculation unit using the separation distance measured and a distance from the predetermined position to the two-dimensional sensor in a plan view, characterized in that the support is raisable from a horizontal state to an upright state and a surface of the support is provided with projection portions spaced from one another, the projection portions projecting from the surface; the circular member is placed flat in an unrestrained state on the support by, in a case where the support is in an upright state, engaging the inner circumferential surface of the circular member with two of the projection portions to place the circular member on the support and putting the support in a horizontal state; the projection portions are retractable from the surface of the support; and the projection portions are retracted below the surface of the support after the circular member is placed flat on the support.
A guidance control method for driver installation, wherein the driver is used by a terminal to convert job data provided by an application into data and instructions recognizable by an image forming device, the guidance control method executable on said terminal or on a guidance control device, the guidance control method comprising: obtaining a detection result of whether said terminal is equipped with a Bluetooth module; and according to the detection result, determining a driver installation user interface to be displayed; characterized in that when the detection result indicates that the terminal is equipped with the Bluetooth module and the Bluetooth module is not turned on, and the method further comprises: displaying on the driver installation user interface a prompt to alert the user to turn on the Bluetooth module, wherein when the detection result indicates that the terminal is equipped with the Bluetooth module and the Bluetooth module is turned on, the method further comprises: displaying on the driver installation user interface a list of image forming devices, and image forming devices as displayed in the list are each equipped with the Bluetooth module, said list from which an image forming device is selected by the user for driver installation. obtaining a detection result of whether said terminal is equipped with a Bluetooth module; and according to the detection result, determining a driver installation user interface to be displayed; when the detection result indicates that the terminal is equipped with the Bluetooth module and the Bluetooth module is not turned on, and the method further comprises: displaying on the driver installation user interface a prompt to alert the user to turn on the Bluetooth module, wherein when the detection result indicates that the terminal is equipped with the Bluetooth module and the Bluetooth module is turned on, the method further comprises: displaying on the driver installation user interface a list of image forming devices, and image forming devices as displayed in the list are each equipped with the Bluetooth module, said list from which an image forming device is selected by the user for driver installation.
System for orienting the vertical inclination of railing panels in a railing panel holder with a support part to be inserted into the railing panel holder and a sliding part longitudinally displaceable relative to the support part in the direction in which the railing runs, the system forming at least one inner contact side, which predetermines the vertical inclination of the railing panel, and at least one outer contact side, which ensures the support in the railing panel holder, wherein the outer contact side is formed by the outer side of the support part or the outer side of the sliding part and a different vertical inclination of the inner contact side can be set by means of the different positioning of the sliding part relative to the support part resulting from the longitudinal displacement of the sliding part, characterized in that the sliding part and the support part cooperate in such a way that, in the event of a longitudinal displacement of the sliding part, a change in the vertical inclination of the inner contact side takes place independently of the vertical inclination of the outer contact side.
A grease composition comprising a base oil, a thickener and a grease additive comprising a salt which includes a silicon-containing phosphate ester anion of formula below wherein R 1 to R 3 are each independently an alkyl group of 1 to 4 carbon atoms, R 4 is an alkyl group of 1 to 8 carbon atoms, and n is an integer from 1 to 8; and wherein the content of the additive which is the silicon-containing phosphate ester salt in the grease composition is from 0.1 to 10 wt%. wherein R 1 to R 3 are each independently an alkyl group of 1 to 4 carbon atoms, R 4 is an alkyl group of 1 to 8 carbon atoms, and n is an integer from 1 to 8; and wherein the content of the additive which is the silicon-containing phosphate ester salt in the grease composition is from 0.1 to 10 wt%.