mhurhangee/patent-ind-claim-en huggingface dataset:
An article transfer device comprising: a robot hand having a gripping unit gripping an article and transferring the article gripped by the gripping unit to a transfer destination ; and a control unit controlling operation of the robot hand , the control unit is adapted to insert the gripping unit into an article region where a plurality of the articles are disposed, characterized in that the control unit is configured to control the gripping unit to grip griga predetermined amount of the articles, and to transfer the gripped predetermined amount of the articles to the transfer destination, in that the control unit is adapted to control the operation of the robot hand such that the gripping unit is closed and the predetermined amount of the articles is gripped after opening-closing operation for opening the gripping unit after temporarily closing the gripping unit is executed at least once at a position of the gripping unit at a time when the gripping unit is inserted in the article region, and in that the control unit is adapted to control the operation of the robot hand such that the gripping unit rotates by a predetermined first angle around an axis along a direction of insertion of the gripping unit during the temporary closing, the subsequent opening, and subsequent reclosing of the gripping unit at the position of the gripping unit at the time when the gripping unit is inserted in the article region. a robot hand having a gripping unit gripping an article and transferring the article gripped by the gripping unit to a transfer destination ; and a control unit controlling operation of the robot hand , the control unit is adapted to insert the gripping unit into an article region where a plurality of the articles are disposed, characterized in that the control unit is configured to control the gripping unit to grip griga predetermined amount of the articles, and to transfer the gripped predetermined amount of the articles to the transfer destination, in that the control unit is adapted to control the operation of the robot hand such that the gripping unit is closed and the predetermined amount of the articles is gripped after opening-closing operation for opening the gripping unit after temporarily closing the gripping unit is executed at least once at a position of the gripping unit at a time when the gripping unit is inserted in the article region, and in that
A method for operating a mobile device for selecting a wireless communication network (1-4) from a group of wireless communication networks, wherein the mobile device comprises a first interface unit for selectively interfacing to at least one communication network (1-4) of the group of wireless communication networks depending on a network selection information, and a second interface unit providing a wireless short range radio frequency communication for interfacing to a communication device , which is related to a communication network of the group of wireless communication networks and provides network information related to the communication network, the method comprising the following steps: - receiving, at the mobile device via the second interface unit from the communication device , the network information related to the communication network , - modifying in the mobile device the network selection information based on the received network information, - selecting by the mobile device a communication network (1-4) from the group of wireless communication networks depending on the modified network selection information, and - interfacing the mobile device with the selected communication network via the first interface unit , wherein the network selection information comprises a priority assignment assigning to each of the plurality of communication networks (1-4) a corresponding priority, wherein the step of selecting comprises selecting a communication network (1-4) from the group of wireless communication networks depending on the priority assignment, and wherein the method further comprises: upon receiving from the communication device the network information, assigning to the communication network , which is related to the communication device , a highest priority value based on the received network information. - receiving, at the mobile device via the second interface unit from the communication device , the network information related to the communication network , - modifying in the mobile device the network selection information based on the received network information, - selecting by the mobile device a communication network (1-4) from the group of wireless communication networks depending on the modified network selection information, and - interfacing the mobile device with the selected communication network via the first interface unit ,
An engine control system comprising: a first controller configured to calculate a target rotational frequency (R2) of an engine and control an output torque of the engine according to the target rotational frequency (R2); and a second controller configured to calculate an actual rotational frequency (R3) of the engine and, if the target rotational frequency (R2) calculated by the first controller exceeds a maximum rotational frequency (R1), which is set as an upper limit of the target rotational frequency (R2), and the actual rotational frequency (R3) exceeds the maximum rotational frequency (R1), limit the output torque, which is controlled by the first controller , according to a difference between the actual rotational frequency (R3) and the maximum rotational frequency (R1), wherein when the target rotational frequency (R2) exceeds the maximum rotational frequency (R1) a predetermined number of times, the second controller changes the maximum rotational frequency (R1) to the actual rotational frequency (R3) observed before the target rotational frequency (R2) exceeds the maximum rotational frequency (R1), and limits the output torque according to a difference between the actual rotational frequency (R3) and the changed maximum rotational frequency (R1). a first controller configured to calculate a target rotational frequency (R2) of an engine and control an output torque of the engine according to the target rotational frequency (R2); and a second controller configured to calculate an actual rotational frequency (R3) of the engine and, if the target rotational frequency (R2) calculated by the first controller exceeds a maximum rotational frequency (R1), which is set as an upper limit of the target rotational frequency (R2), and the actual rotational frequency (R3) exceeds the maximum rotational frequency (R1), limit the output torque, which is controlled by the first controller , according to a difference between the actual rotational frequency (R3) and the maximum rotational frequency (R1), wherein when the target rotational frequency (R2) exceeds the maximum rotational frequency (R1) a predetermined number of times, the second controller changes the maximum rotational frequency (R1) to the actual rotational frequency (R3) observed before the target rotational frequency (R2) exceeds the maximum rotational frequency (R1), and limits the output torque according to a difference between the actual rotational frequency (R3) and the changed maximum rotational frequency (R1).
A method implemented by one or more processors that facilitate touch-free interaction between one or more users and an automated assistant, the method comprising: obtaining one or more initial image frames from one or more vision sensors; analyzing the one or more initial image frames wherein analyzing the one or more initial image frames includes detecting an electronic display captured in the one or more initial image frames, wherein a particular region of the one or more image frames contains the detected electronic display; obtaining one or more subsequent image frames from the one or more vision sensors; analyzing the one or more subsequent image frames to detect one or more actionable visual cues provided by one or more of the users, wherein analyzing the one or more subsequent image frames includes: refraining from analyzing the particular region of the one or more subsequent image frames, or weighting a first candidate visual cue detected within the particular region of the one or more subsequent image frames less heavily than a second candidate visual cue detected elsewhere in the one or more subsequent image frames; and causing the automated assistant to take one or more responsive actions based on one or more of the detected actionable visual cues, wherein the refraining or weighting is performed conditionally based on a determination of whether the electronic display is currently rendering graphics. obtaining one or more initial image frames from one or more vision sensors; analyzing the one or more initial image frames wherein analyzing the one or more initial image frames includes detecting an electronic display captured in the one or more initial image frames, wherein a particular region of the one or more image frames contains the detected electronic display; obtaining one or more subsequent image frames from the one or more vision sensors; analyzing the one or more subsequent image frames to detect one or more actionable visual cues provided by one or more of the users, wherein analyzing the one or more subsequent image frames includes: refraining from analyzing the particular region of the one or more subsequent image frames, or weighting a first candidate visual cue detected within the particular region of the one or more subsequent image frames less heavily than a second candidate visual cue detected elsewhere in the one or more subsequent image frames; and refraining from analyzing the particular region of the one or more subsequent image frames, or weighting a first candidate visual cue detected within the particular region of the one or more subsequent image frames less heavily than a second candidate visual cue detected elsewhere in the one or more subsequent image frames; and causing the automated assistant to take one or more responsive actions based on one or more of the detected actionable visual cues, wherein the refraining or weighting is performed conditionally based on a determination of whether the electronic display is currently rendering graphics.
A method of creating a titanium alloy workpiece comprising: a. heating a cast ingot or wrought billet of an alpha-beta titanium alloy to a temperature above its beta transus temperature to yield a heated workpiece; b. initiating extrusion of the heated workpiece while the heated workpiece is above the beta transus temperature, thereby generating an extruded near net shape workpiece, wherein the extruded near net shape workpiece is in the form of a pi-box extrusion, a C-shaped extrusion, a T-shaped extrusion, an H-shaped extrusion, an l-shaped extrusion, or an L-shaped extrusion, wherein a volume of the extruded near net shape workpiece is represented by the formula NNSWP(z); c. cooling the extruded near net shape workpiece to a cooled temperature below the beta transus temperature; and d. rolling the extruded near net shape workpiece one or more times at one or more rolling temperatures to yield a final shape workpiece, wherein the rolling temperature is within 27.8°C (50°F) of the beta transus temperature, wherein the rolling step comprises (i) rolling at a strain rate of from 0.1 s -1 to 100 s -1 and (ii) uniformly reducing the extruded near net shape workpiece by a relative reduction of from 1 % to 95 %, thereby achieving the final shape workpiece, wherein the percentage relative reduction in volume is represented by the formula RR(%), wherein the final shape workpiece comprises the same shape as the extruded near net shape workpiece, wherein a volume of the final shape workpiece is represented by the formula FSWP(z), and wherein NNSWP(z) x (1-RR(%)) = FSWP(z). a. heating a cast ingot or wrought billet of an alpha-beta titanium alloy to a temperature above its beta transus temperature to yield a heated workpiece; b. initiating extrusion of the heated workpiece while the heated workpiece is above the beta transus temperature, thereby generating an extruded near net shape workpiece, wherein the extruded near net shape workpiece is in the form of a pi-box extrusion, a C-shaped extrusion, a T-shaped extrusion, an H-shaped extrusion, an l-shaped extrusion, or an L-shaped extrusion, wherein a volume of the extruded near net shape workpiece is represented by the formula NNSWP(z); c. cooling the extruded near net shape workpiece to a cooled temperature below the beta transus temperature; and d. rolling the extruded near net shape workpiece one or more times at one or more rolling temperatures to yield a final shape workpiece, wherein the rolling temperature is within 27.8°C (50°F) of the beta transus temperature, wherein the rolling step comprises (i) rolling at a strain rate of from 0.1 s -1 to 100 s -1 and (ii) uniformly reducing the extruded near net shape workpiece by a relative reduction of from 1 % to 95 %, thereby achieving the final shape workpiece, wherein the percentage relative reduction in volume is represented by the formula RR(%), wherein the final shape workpiece comprises the same shape as the extruded near net shape workpiece, wherein a volume of the final shape workpiece is represented by the formula FSWP(z), and wherein NNSWP(z) x (1-RR(%)) = FSWP(z).
A laundry apparatus comprising: a cabinet ; a tub provided in the cabinet and configured to hold water; a drum rotatably mounted in the tub and configured to accommodate laundry; a through-hole penetrating the drum and configured to facilitate communication between the tub and the drum ; a pump housing comprising a chamber defining a predetermined space in which water is stored; a tub water discharge pipe provided to guide the water held in the tub towards the chamber ; a pump water discharge pipe provided to guide the water stored in the chamber outside the chamber ; an impeller rotatably provided in the chamber and configured to flow the water stored in the chamber towards the pump water discharge pipe ; and an air discharge pipe ; wherein the pump water discharge pipe comprises: a first pump water discharge pipe provided to guide water held in the chamber towards the tub ; the impeller comprises a circulation impeller configured to flow the water stored in the chamber towards the first pump water discharge pipe ; said laundry apparatus is characterized in that the air discharge pipe is provided to guide air inside the chamber towards the tub , and the air discharge pipe connects a circumferential surface of the first pump water discharge pipe to an uppermost area out of an outer circumferential surface of the pump housing above the chamber . a cabinet ; a tub provided in the cabinet and configured to hold water; a drum rotatably mounted in the tub and configured to accommodate laundry; a through-hole penetrating the drum and configured to facilitate communication between the tub and the drum ; a pump housing comprising a chamber defining a predetermined space in which water is stored; a tub water discharge pipe provided to guide the water held in the tub towards the chamber ; a pump water discharge pipe provided to guide the water stored in the chamber outside the chamber ; an impeller rotatably provided in the chamber and configured to flow the water stored in the chamber towards the pump water discharge pipe ; and an air discharge pipe ; wherein the pump water discharge pipe comprises: a first pump water discharge pipe provided to guide water held in the chamber towards the tub ; the impeller comprises a circulation impeller configured to flow the water stored in the chamber towards the first pump water discharge pipe ; said laundry apparatus is characterized in that the air discharge pipe is provided to guide air inside the chamber towards the tub , and the air discharge pipe connects a circumferential surface of the first pump water discharge pipe to an uppermost area out of an outer circumferential surface of the pump housing above the chamber .
Nozzle row arrangement for installation in a roller gap between two strip guide rollers , which are adjacent in a casting direction (R), in a strip guide of a continuous casting plant , comprising at least one single-substance nozzle , which has a first regulating ratio, arranged in a centre region (G) of the roller gap , and at least one respective further nozzle arranged in the roller gap on each of the right and left of the centre region as seen in casting direction; wherein the at least one single-substance nozzle and the further nozzles are constructed for application of coolant (M1, M2) to a cast strip guided by the strip guide rollers ; characterised in that the further nozzles are constructed as multi-substance nozzles each with a second regulating ratio; and the first regulating ratio is smaller than the second regulating ratio.
A valve assembly having a radially expanded fully deployed configuration, a radially compressed delivery configuration, and a radially compressed repositioning configuration, the valve assembly comprising: a generally tubular frame defining a central passage ; a prosthetic valve coupled to the frame and disposed in the central passage ; and a repositioning wire coupled to the frame and configured such that pulling the repositioning wire radially compresses the valve assembly from the radially expanded fully deployed configuration to the radially compressed repositioning configuration, wherein the radially compressed delivery configuration is a smaller diameter than the radially compressed repositioning configuration. a generally tubular frame defining a central passage ; a prosthetic valve coupled to the frame and disposed in the central passage ; and a repositioning wire coupled to the frame and configured such that pulling the repositioning wire radially compresses the valve assembly from the radially expanded fully deployed configuration to the radially compressed repositioning configuration, wherein the radially compressed delivery configuration is a smaller diameter than the radially compressed repositioning configuration.
A user equipment for a mobile communication system, the user equipment comprising: processing circuitry, configured to determine at least one radio link via which a first base station is to forward data packets to the user equipment, the user equipment being connectable to both the first base station via a first radio link and to a second base station via a second radio link, a transmitter, configured to transmit a radio link selection message to the first base station, the radio link selection message comprising information on the determined at least one radio link for instructing the first base station via which at least one radio link to forward the data packets to the user equipment, characterized in that the processing circuitry is configured to: • start a report timer in response to a first data packet, of a series of data packets, being detected as missing; and • in response to the report timer expiring, determine to transmit a reception report to the first base station, and determine to refrain from transmitting the reception report in response to the first data packet being associated with a relevance that is lower than a relevance value or in response to a number of data packets detected as missing being below a specific number. processing circuitry, configured to determine at least one radio link via which a first base station is to forward data packets to the user equipment, the user equipment being connectable to both the first base station via a first radio link and to a second base station via a second radio link, a transmitter, configured to transmit a radio link selection message to the first base station, the radio link selection message comprising information on the determined at least one radio link for instructing the first base station via which at least one radio link to forward the data packets to the user equipment, • start a report timer in response to a first data packet, of a series of data packets, being detected as missing; and • in response to the report timer expiring, determine to transmit a reception report to the first base station, and determine to refrain from transmitting the reception report in response to the first data packet being associated with a relevance that is lower than a relevance value or in response to a number of data packets detected as missing being below a specific number.
A light fixture, comprising: • a casing defining a surrounding wall ; • a light source formed by one or more light emitters that give off heat (Q) in the direction opposite the direction of light emission; • a heat sink arranged for dissipating the heat (Q) produced by the light source into the air, externally fixed on a support base of the surrounding wall ; and • an electric circuit configured for supplying power to and/or controlling the light source , housed within the casing , separated from the heat sink ; wherein the electric circuit is arranged on a plane (P) located below the heat sink and the light source , in the direction of the path (R) of the light emitted by the light source , wherein the light source is housed in a cup shaped housing arranged within the heat sink , wherein the cup shaped housing comprises a bottom wall and a cylindrical side wall, characterized in that a plurality of V-shaped fins extend radially outwardly from the cylindrical side wall. • a casing defining a surrounding wall ; • a light source formed by one or more light emitters that give off heat (Q) in the direction opposite the direction of light emission; • a heat sink arranged for dissipating the heat (Q) produced by the light source into the air, externally fixed on a support base of the surrounding wall ; and • an electric circuit configured for supplying power to and/or controlling the light source , housed within the casing , separated from the heat sink ;
An apparatus for determining torque on bit and bending forces in a drilling assembly , the apparatus including: a light emitting assembly ; and a body having an inner bore defined by an inner wall and having an outer wall , the body characterised by including first and second light bores disposed between the inner wall and the outer wall ; the light emitting assembly arranged and configured to cause a light beam to enter the first and second light bores ; and first and second light sensors disposed in or at an end of the first and second light bores , respectively, that measure a location where light that enters the first and second light bores contacts the sensors .
Equipment comprising an inertial detector device provided with fastener studs enabling the inertial device to be fastened to a support frame , at least one of the fastener studs comprising two elements, one of which elements is fastened to the support frame and has a bearing surface that is in contact with a bearing surface of the support frame, and the other of which elements is fastened to the inertial device and has a bearing surface that is in contact with a bearing surface of the inertial device, which two elements are suspended relative to each other by means of a body made of elastically deformable material, at least one of the elements being fastened by at least one screw, characterized in that the corresponding bearing surfaces are provided respectively with a centering portion and with a housing for receiving said centering portion with a fit that allows clearance of no more than 50 μm.