mhurhangee/ep-ind-claims huggingface dataset:
A control unit suitable for use in household appliance, comprising a power source unit connected to the power line (L1, L2) supplying AC electric current received from the mains, providing the electronic elements to be energized, a microprocessor fed with the low voltage current generated by the power source unit, a switching line that controls the milliampere scale current passing therethrough for the switching function, a button that switches the low value current passing through the switching line, providing the switching line to supply electric current and change the household appliance to the on mode when pressed on by the user, providing the current passing through the switching line to be cut off while the on mode of the household appliance continues when the user lifts his/her hand, further comprising - a triac connected to the power line (L1, L2) by means of its main terminals (A1, A2), controlling and transmitting the electric current received from the mains to the power source unit, - the switching line one end of which is connected to the power line (L1, L2), the other end to the gate terminal of the triac, actuating the triac when the button is pressed on by the user, by transmitting electric current and providing the triac to energize the power source unit and characterized by - a feedback line that transmits the feedback signals transmitted by the microprocessor, energized by the power source unit, to the gate terminal of the triac and continues to actuate the triac when the actuation signals transmitted to the triac by the switching line are cut off by the user lifting his/her hand from the button. - a triac connected to the power line (L1, L2) by means of its main terminals (A1, A2), controlling and transmitting the electric current received from the mains to the power source unit, - the switching line one end of which is connected to the power line (L1, L2), the other end to the gate terminal of the triac, actuating the triac when the button is pressed on by the user, by transmitting electric current and providing the triac to energize the power source unit and characterized by - a feedback line that transmits the feedback signals transmitted by the microprocessor, energized by the power source unit, to the gate terminal of the triac and continues to actuate the triac when the actuation signals transmitted to the triac by the switching line are cut off by the user lifting his/her hand from the button.
A wedge looseness inspection device, of a rotary electric machine, comprising: a strike portion which strikes wedges of the rotary electric machine; a pressure portion which presses surfaces of the wedges; a strike sound obtaining portion which obtains a strike sound which is caused when the wedges are struck; a base portion on which the strike portion, the pressure portion, and strike sound obtaining portion are mounted; and a control device which controls the strike portion, the pressure portion, and strike sound obtaining portion; wherein the wedges are struck by the strike portion, in a state where the wedges are pressed by the pressure portion, and an amount of looseness of the wedges is judged in accordance with the strike sound which is obtained by the strike sound obtaining portion, wherein the pressure portion includes a pressure component, which presses the wedges, and an elastic body which generates a force, by which the pressure component is pressed to the wedges, and is arranged between the base portion and the pressure component, and energizes the pressure component in such a way that the pressure component is pressed to the wedges, and wherein an attenuator, by which an attenuation force is generated in parallel with the elastic body, is provided between the pressure component and the base portion. a strike portion which strikes wedges of the rotary electric machine; a pressure portion which presses surfaces of the wedges; a strike sound obtaining portion which obtains a strike sound which is caused when the wedges are struck; a base portion on which the strike portion, the pressure portion, and strike sound obtaining portion are mounted; and a control device which controls the strike portion, the pressure portion, and strike sound obtaining portion; wherein the wedges are struck by the strike portion, in a state where the wedges are pressed by the pressure portion, and an amount of looseness of the wedges is judged in accordance with the strike sound which is obtained by the strike sound obtaining portion, wherein the pressure portion includes a pressure component, which presses the wedges, and an elastic body which generates a force, by which the pressure component is pressed to the wedges, and is arranged between the base portion and the pressure component, and energizes the pressure component in such a way that the pressure component is pressed to the wedges, and wherein an attenuator, by which an attenuation force is generated in parallel with the elastic body, is provided between the pressure component and the base portion.
An antibody comprising: a) the light chain variable region comprising SEQ ID NO: 9 and the heavy chain variable region comprising SEQ ID NO: 10; b) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 14; c) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 15; d) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 14; e) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 15; f) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 14; or g) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 15. a) the light chain variable region comprising SEQ ID NO: 9 and the heavy chain variable region comprising SEQ ID NO: 10; b) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 14; c) the light chain variable region comprising SEQ ID NO: 11 and the heavy chain variable region comprising SEQ ID NO: 15; d) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 14; e) the light chain variable region comprising SEQ ID NO: 12 and the heavy chain variable region comprising SEQ ID NO: 15; f) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 14; or g) the light chain variable region comprising SEQ ID NO: 13 and the heavy chain variable region comprising SEQ ID NO: 15.
Industrial truck, in particular counterweight forklift truck, having a hybrid drive train, comprising an electric traction drive assembly which is driven by an internal combustion engine, and an electric energy accumulator, wherein the industrial truck has a vehicle frame which forms an assembly space underneath a driver's protective roof, characterized in that the electric energy accumulator of the hybrid drive train is arranged on the industrial truck outside the assembly space formed under the driver's protective roof.
A driving tool which includes an air duster structure that is configured to jet air out of a nozzle by using externally supplied compressed air, the driving tool comprising: a tool body having a striking mechanism inside; a grip protruding from the tool body 11 in an orthogonal direction; a nose portion protruding on a tip of the tool body, the nose portion having an ejecting hole from which a fastener is ejected; an operation portion disposed in a position such that it can be depressed with a finger of a user's hand grasping the grip; a valve member provided with the operation portion, wherein the valve member is structured so as to slide along with the depression of the operation portion; and an air outlet which is configured to release air to an outside of a housing of the tool body, wherein the nozzle is open in the neighborhood of the nose portion when the operation portion is operated, characterised in that the tool futher comprises a duster pipe arrangement connecting to the air outlet and the nozzle, wherein the duster pipe arrangement is disposed outside the housing of the tool body. a tool body having a striking mechanism inside; a grip protruding from the tool body 11 in an orthogonal direction; a nose portion protruding on a tip of the tool body, the nose portion having an ejecting hole from which a fastener is ejected; an operation portion disposed in a position such that it can be depressed with a finger of a user's hand grasping the grip; a valve member provided with the operation portion, wherein the valve member is structured so as to slide along with the depression of the operation portion; and an air outlet which is configured to release air to an outside of a housing of the tool body, wherein the nozzle is open in the neighborhood of the nose portion when the operation portion is operated, characterised in that the tool futher comprises a duster pipe arrangement connecting to the air outlet and the nozzle, wherein the duster pipe arrangement is disposed outside the housing of the tool body.
A collapsible transport cart consisting of a frame that defines a rectangular stowage space when the cart is in the open configuration, a pull rod with a handle and four wheels attached to the bottom of the frame, said frame having four upper securing elements and four lower securing elements, each of which is provided with at least four movably jointed fastening devices for securing a frame structure, and said frame having, on each of its long sides (20, 21), two movably jointed mechanisms hinged together via two central joints, characterised in that, in the open configuration, the movably jointed mechanism on each of the long sides (20, 21) consists of a horizontal upper support rod connected via an upper securing element to a vertical support rod and a side rod, and features an additional support rod and a short bearing rod, which is fastened to the upper rod beside the central joint, the side rod and the additional support rod forming an X-shaped arrangement when the transport cart is in the open configuration.
An assembly for positioning a tibia cut guide (10,110,210,310) on a tibia, the assembly comprising: a sensor bracket with a first inertial sensor, the sensor bracket being configured to be mounted to the tibia at a location thereon being representative of a mechanical axis of the tibia, the sensor bracket being configured to be mounted to the tibia cut guide (10,110,210,310); and an ankle clamp configured to be mounted non-invasively about a skin of an ankle of a patient to be in fixed relation to the ankle and having a second inertial sensor, the ankle clamp being spaced apart from the sensor bracket along a length of a leg of the patient and free of interconnection therewith; the first and second inertial sensors (20A,20B) being configured to be displaced with the tibia to register the tibia in a reference coordinate system defined by the first and second inertial sensors (20A,20B), and to calibrate the first inertial sensor with the mechanical axis of the tibia; characterized in that the ankle clamp and the second inertial sensor are configured to be removed from the skin of the ankle after registering the tibia in the reference coordinate system, wherein the first inertial sensor mounted to the sensor bracket is operable to track the mechanical axis of the tibia after the ankle clamp and the second inertial sensor have been removed. a sensor bracket with a first inertial sensor, the sensor bracket being configured to be mounted to the tibia at a location thereon being representative of a mechanical axis of the tibia, the sensor bracket being configured to be mounted to the tibia cut guide (10,110,210,310); and an ankle clamp configured to be mounted non-invasively about a skin of an ankle of a patient to be in fixed relation to the ankle and having a second inertial sensor, the ankle clamp being spaced apart from the sensor bracket along a length of a leg of the patient and free of interconnection therewith; the first and second inertial sensors (20A,20B) being configured to be displaced with the tibia to register the tibia in a reference coordinate system defined by the first and second inertial sensors (20A,20B), and to calibrate the first inertial sensor with the mechanical axis of the tibia; characterized in that the ankle clamp and the second inertial sensor are configured to be removed from the skin of the ankle after registering the tibia in the reference coordinate system, wherein the first inertial sensor mounted to the sensor bracket is operable to track the mechanical axis of the tibia after the ankle clamp and the second inertial sensor have been removed.
A method of treating a material to separate an oil from the material, the method comprising heating the material within a chamber to evaporate the oil, wherein the chamber has a rotor, the rotor having a shaft with an arm or flail connected to the shaft, whereby the arm or flail is adapted to rotate with the shaft, and wherein the material is heated during the method by friction generated by the rotation of the rotor, shaft and arm or flail within the chamber, wherein the method includes removing gas phase fluids from the material, and separating the oil from the gas phase fluids removed from the material, wherein the method includes injecting steam into the chamber and mixing the injected steam with the material in the chamber, and wherein the oil evaporates from the material as a gas phase fluid below the atmospheric boiling point of the oil, characterized in that the method includes driving the rotor at sufficient speed to raise the temperature of the material within the chamber to a range of 260°C to 270°C.
Groove cover for an outlet apparatus guided in a vertically displaceable manner within a groove in a front plate of a fully automatic coffee machine, which outlet apparatus is formed by a cover plate provided with a recess for the passage of a connecting part between the outlet apparatus and a guide carriage, which cover plate is guided in a displaceable manner on the rear of the front plate, characterised in that the cover plate is guided in a displaceable manner on a horizontal circular path.
A cutting head comprising: a cutting portion including a chip flute and at least one of a cutting edge (112,113) and an insert seat; and a coupling portion located axially rearward of the cutting portion relative to a cutting end of the cutting head, wherein the cutting portion has a larger maximum diameter than the coupling portion; a coolant slot, which extends axially in the coupling portion and in the cutting portion, opens at an external radial periphery of at least a portion of the cutting head, and which is a surface feature along its entire length from the coupling portion until it intersects with the chip flute, characterized in that the coupling portion is configured to threadedly couple. a cutting portion including a chip flute and at least one of a cutting edge (112,113) and an insert seat; and a coupling portion located axially rearward of the cutting portion relative to a cutting end of the cutting head, wherein the cutting portion has a larger maximum diameter than the coupling portion; a coolant slot, which extends axially in the coupling portion and in the cutting portion, opens at an external radial periphery of at least a portion of the cutting head, and which is a surface feature along its entire length from the coupling extends axially in the coupling portion and in the cutting portion, opens at an external radial periphery of at least a portion of the cutting head, and which is a surface feature along its entire length from the coupling portion until it intersects with the chip flute, characterized in that
A fusion peptide, comprising a) a dhFas-1 domain which is the fourth fas-1 domain of ßig-h3 lacking H1 and H2 regions; b) a MMP (Matrix metalloproteinase) substrate; and c) a peptide comprising RGD motif, wherein a) the dhFas-1 domain consists of an amino acid sequence of SEQ ID NO:1 or 3; b) the MMP substrate consists of an amino acid sequence selected from the group consisting of SEQ ID NO:5 to 8; and c)the peptide comprising RGD motif consists of an amino acid sequence of SEQ ID NO:9 or 10. a) the dhFas-1 domain consists of an amino acid sequence of SEQ ID NO:1 or 3; b) the MMP substrate consists of an amino acid sequence selected from the group consisting of SEQ ID NO:5 to 8; and c)the peptide comprising RGD motif consists of an amino acid sequence of SEQ ID NO:9 or 10.
A method of transmitting a device-to-device, D2D, signal of a first user equipment, UE, in a wireless communication system, the method comprising: receiving a resource pool configuration for a D2D data channel; determining a resource pool for the D2D data channel based on the resource pool configuration; and transmitting the D2D data channel based on the resource pool for the D2D data channel and a demodulation reference signal, DMRS, related to the D2D data channel, wherein the DMRS is generated based on a D2D slot number re-indexed in the resource pool for the D2D data channel. receiving a resource pool configuration for a D2D data channel; determining a resource pool for the D2D data channel based on the resource pool configuration; and transmitting the D2D data channel based on the resource pool for the D2D data channel and a demodulation reference signal, DMRS, related to the D2D data channel, wherein the DMRS is generated based on a D2D slot number re-indexed in the resource pool for the D2D data channel.
A method of preparing a feed material, the method comprising: changing the molecular structure of polysaccharides of a biomass containing polysaccharides in the form of cellulose by exposing the biomass to an electron beam from an electron beam irradiation device having a power of at least 1 kW and up to 500 kW, to produce a feed material having a nutrient availability greater than the nutrient availability of the biomass, and wherein the method does not comprise the use of a microorganism. changing the molecular structure of polysaccharides of a biomass containing polysaccharides in the form of cellulose by exposing the biomass to an electron beam from an electron beam irradiation device having a power of at least 1 kW and up to 500 kW, to produce a feed material having a nutrient availability greater than the nutrient availability of the biomass, and wherein the method does not comprise the use of a microorganism.
A remote function selection device configured to select a remote function to be executed in an automated drive vehicle configured to execute automated drive and remote travel in which the automated drive vehicle travels based on a remote instruction from a remote operator, the automated drive vehicle being provided with a plurality of remote functions for performing the remote travel, the remote function selection device being characterised in that it comprises: an automated drive determination unit configured to determine whether executing the automated drive at a predetermined timing is impossible; a remote function determination unit configured to determine the remote function that is executable at the predetermined timing when the automated drive determination unit determines that executing the automated drive is impossible; a confidence degree calculation unit configured to predict an action of a target around the automated drive vehicle based on a detection result from an external sensor configured to detect the target calculate an action prediction confidence degree for the predicted action of the target; and a function selection unit configured to select the remote function to be executed, wherein when the remote function determination unit determines that a plurality of remote functions is executable, the function selection unit is configured to select the remote function to be executed among the remote functions based on the action prediction confidence degree calculated by the confidence degree calculation unit. an automated drive determination unit configured to determine whether executing the automated drive at a predetermined timing is impossible; a remote function determination unit configured to determine the remote function that is executable at the predetermined timing when the automated drive determination unit determines that executing the automated drive is impossible; a confidence degree calculation unit configured to predict an action of a target around the automated drive vehicle based on a detection result from an external sensor configured to detect the target calculate an action prediction confidence degree for the predicted action of the target; and predict an action of a target around the automated drive vehicle based on a detection result from an external sensor configured to detect the target calculate an action prediction confidence degree for the predicted action of the target; and a function selection unit configured to select the remote function to be executed, wherein when the remote function determination unit determines that a plurality of remote functions is executable, the function selection unit is configured to select the remote function to be executed among the remote functions based on the action prediction confidence degree calculated by the confidence degree calculation unit.
Device for separating and conveying piece items from a bulk container to a discharge position, with a suction nozzle that aspirates the piece items, with an outflow opening for generating a fluid stream that conveys the piece items, wherein a fluid-permeable catch tray is arranged in the region of the output position in the fluid stream, characterized in that a fluid passage leads from a position downstream of the catch tray to the region close to the intake of the suction nozzle and that the fluid-permeable catch tray is arranged in the conveying stream at the outflow opening for the piece items in such manner that the piece items strike said tray and fall vertically downwards following the deceleration entailed thereby.