mhurhangee/ep-ind-claims huggingface dataset:
A SIMD processor, comprising a plurality of processing elements (PEs) (10-1, 10-2) adapted to perfom operations as one group, wherein the processing elements are connected over a bidirectional inter-PE operation unit connection path, wherein the group is composed of a plurality of processing elements for executing a multi-cycle instruction being more complex than an instruction executable by a single processing element; and a control processor that generates an instruction and control information for supply to the processing elements (10-1, 10-2), the processing elements (10-1, 10-2), which constitute the group for executing a multi-cycle instruction, using operation units and general purpose registers thereof to function as a parallel operation processor, wherein in case the instruction executed by the one group of the PEs (10-1, 10-2) is a multi-cycle integer divide instruction, a first PE in the one group operates as a counter that counts the number of cycles of the multi-cycle integer divide instruction, and a second PE in the one group, responsive to the counter, subtracts a divisor from a dividend of the multi-cycle integer divide instruction, a number of times equal to the number of cycles.
A thermal spray preprocessing method for forming a rough surface on a workpiece, comprising the steps of: - pressing a rotatable processing roller having an uneven surface against the workpiece surface, - wherein a roller supporting shaft is provided and an outer end of a small diameter cylinder is fixed to said roller supporting shaft so as to rotate said roller supporting shaft with respect to the center portion of both axial end surfaces of the rotatable processing roller; and - rotating the rotatable processing roller relatively to the workpiece surface around a main shaft which is parallel to and spaced apart from the roller supporting shaft to roughen the workpiece surface, - interposing a coil spring between the main shaft and the roller-supporting shaft so as to press the processing roller in the direction away from the main shaft, and - providing a locking device therebetween so that the small diameter cylinder does not come off from a large diameter cylinder when the processing roller is pulled off from the workpiece. - pressing a rotatable processing roller having an uneven surface against the workpiece surface, - wherein a roller supporting shaft is provided and an outer end of a small diameter cylinder is fixed to said roller supporting shaft so as to rotate said roller supporting shaft with respect to the center portion of both axial end surfaces of the rotatable processing roller; and - rotating the rotatable processing roller relatively to the workpiece surface around a main shaft which is parallel to and spaced apart from the roller supporting shaft to roughen the workpiece surface, - interposing a coil spring between the main shaft and the roller-supporting shaft so as to press the processing roller in the direction away from the main shaft, and - providing a locking device therebetween so that the small diameter cylinder does not come off from a large diameter cylinder when the processing roller is pulled off from the workpiece.
Locking unit for a vehicle seat, comprising a lock housing, which has a receiving opening for receiving a locking bolt, and a rotary latch, which is mounted so as to be pivotable around a first bearing bolt and which has a hook jaw for locking with the locking bolt, wherein the first bearing bolt is oriented in an axial direction, and the receiving opening is delimited by a stop element, the stop element constitutes a stop for the locking bolt situated in the hook jaw, and the stop element projects into the lock housing in the axial direction, wherein, in a locked state of the locking unit, with the locking bolt extending exactly in the axial direction, a first contact region between the locking bolt and the stop element and a second contact region between the locking bolt and the rotary latch partially overlap in the axial direction, or the first contact region is situated completely inside the second contact region in the axial direction.
A cerium-zirconium composite metal oxide for an exhaust gas purifying catalyst, wherein the total mole number of Ce and Zr is at least 85% based on the total mole number of metal in the composite metal oxide, a molar ratio Ce/Zr is within a range from 1/9 to 9/1, CeO 2 forms a core surrounded by ZrO 2 and the isoelectric point of the composite metal oxide is more than 3.5 as measured according to JIS R1638,.
A crimper for crimping a prosthesis, the crimper comprising: a crimping funnel, the crimping funnel comprising: a distal end having a first diameter; a proximal end having a second diameter smaller than the first diameter, the proximal end having an axial split; and a first collar (306, 1306) encompassing a portion of the proximal end, wherein the first collar (306, 1306) is configured to hold an axial split in the proximal end together when the first collar (306, 1306) is at a first axial location along the proximal end, and wherein the first collar (306, 1306) is configured to allow the axial split in the proximal end to open when the first collar (306, 1306) is at a second axial location along the proximal end. a crimping funnel, the crimping funnel comprising: a distal end having a first diameter; a proximal end having a second diameter smaller than the first diameter, the proximal end having an axial split; and a distal end having a first diameter; a proximal end having a second diameter smaller than the first diameter, the proximal end having an axial split; and a first collar (306, 1306) encompassing a portion of the proximal end, wherein the first collar (306, 1306) is configured to hold an axial split in the proximal end together when the first collar (306, 1306) is at a first axial location along the proximal end, and wherein the first collar (306, 1306) is configured to allow the axial split in the proximal end to open when the first collar (306, 1306) is at a second axial location along the proximal end.
A method (40, 50) for resetting an inactivity timer of each of a first and second computing device (30, 100) wherein the first computing device enters (48, 58) at least one of a sleep state or a locked state, or a display of the first computing device is dimmed, after the inactivity timer of the first computing device expires (47, 57), the method being performed at the first computing device, the method comprising: establishing (41, 51) a communication channel between the first computing device and the second computing device; receiving (42, 52), at the first computing device, activity input responsive to a user interaction at the first computing device while the inactivity timer of the first computing device is not expired; in response to the receiving: resetting (43, 53) the inactivity timer of the first computing device, and transmitting (44, 54) a notification via the communication channel to the second computing device that the activity input was received at the first computing device, the inactivity timer of the second computing device being reset in response to receipt of the notification. establishing (41, 51) a communication channel between the first computing device and the second computing device; receiving (42, 52), at the first computing device, activity input responsive to a user interaction at the first computing device while the inactivity timer of the first computing device is not expired; in response to the receiving: resetting (43, 53) the inactivity timer of the first computing device, and transmitting (44, 54) a notification via the communication channel to the second computing device that the activity input was received at the first computing device, the inactivity timer of the second computing device being reset in response to receipt of the notification. resetting (43, 53) the inactivity timer of the first computing device, and transmitting (44, 54) a notification via the communication channel to the second computing device that the activity input was received at the first computing device, the inactivity timer of the second computing device being reset in response to receipt of the notification.
An apparatus comprising: a transceiver arranged to: transmit groupcast data via sidelink communication to a set of user equipment devices, "UEs"; and receive negative acknowledgement feedback via sidelink communication from at least one UE of the set, the negative acknowledgement feedback indicating unsuccessful reception of the groupcast data and comprising best beam information determined by the at least one UE of the set; and a processor arranged to: determine a retransmission mode based on the number of UEs sending negative acknowledgement feedback; and control the transceiver to send selectively beamformed retransmission of the groupcast data according to the determined retransmission mode; wherein the retransmission mode is unicast retransmission with beamforming or groupcast with partial beam sweeping. transmit groupcast data via sidelink communication to a set of user equipment devices, "UEs"; and receive negative acknowledgement feedback via sidelink communication from at least one UE of the set, the negative acknowledgement feedback indicating unsuccessful reception of the groupcast data and comprising best beam information determined by the at least one UE of the set; and a processor arranged to: determine a retransmission mode based on the number of UEs sending negative acknowledgement feedback; and control the transceiver to send selectively beamformed retransmission of the groupcast data according to the determined retransmission mode; wherein the retransmission mode is unicast retransmission with beamforming or groupcast with partial beam sweeping. determine a retransmission mode based on the number of UEs sending negative acknowledgement feedback; and control the transceiver to send selectively beamformed retransmission of the groupcast data according to the determined retransmission mode; wherein the retransmission mode is unicast retransmission with beamforming or groupcast with partial beam sweeping.
Notice board, more particularly for an emergency lighting installation, having a backlit display, having at least one light-emitting diode and having a light-conducting plate which is provided for backlighting the display and forms a recess which is separated from one of its broad sides by a web, wherein the recess accommodates at least one light-emitting diode, which is optically connected to the light-conducting plate via a recess surface adjoining the web, wherein the web backlights the display in the region of the web at least in sections, characterized in that for improved backlighting of the display in this region of the web, the cross-section of the web, more particularly over the course of the web flank facing the recess, increases at least in sections in the direction of the recess surface.
A device for checking at least one bait station for insects (100, 200), especially pests for humans, animals and plants, wherein the at least one bait station comprises: - at least one container (5, 200) comprising at least one entrance orifice for insects, wherein the at least one container contains bait and is at least partially transparent or translucent; - a lighting device (10, 204) disposed toward the inside of, but on the outside of, the at least container; - a printed circuit board, comprising a memory, characterized in that it comprises an optical sensor (13, 211) disposed generally opposite the lighting device, and connected to the printed circuit board, that measures the opacity caused an insect trapped in the container and that measures the opacity caused by several insects trapped in the container, the corresponding value being sent for checking and control the status of the bait station.. - at least one container (5, 200) comprising at least one entrance orifice for insects, wherein the at least one container contains bait and is at least partially transparent or translucent; - a lighting device (10, 204) disposed toward the inside of, but on the outside of, the at least container; - a printed circuit board, comprising a memory, characterized in that it comprises an optical sensor (13, 211) disposed generally opposite the lighting device, and connected to the printed circuit board, that measures the opacity caused an insect trapped in the container and that measures the opacity caused by several insects trapped in the container, the corresponding value being sent for checking and control the status of the bait station..
Grout for the sealing of ceramic materials characterized in that it comprises at least: an aliphatic polyurethane resin aqueous dispersion, polycarbonate based, at a concentration ranging between 12% and 18% in weight with respect to the grout; a cross linking acrylic resin aqueous dispersion, at a concentration ranging between 2% and 8% in weight with respect to the grout; colored quartz at a concentration ranging between 74% and 86% in weight with respect to the grout.
End stop device for restraining an ULD from movement across a cargo deck surface of an aircraft, the end stop device comprising: a main body, at least one mounting interface connected to the main body which is configured and arranged to attach the end stop device to the cargo deck by means of a corresponding tie down ring which is attached at the cargo deck, each mounting interface comprising: characterised by a tongue-like support plate which is at least partially protruding below a bottom side of the main body, at least one recess arranged in an area above the support plate, wherein side walls of the recess forming a frame-like structure, a bolt portion extending from the support plate into the recess and at least partially surrounded by the frame-like structure, the bolt portion is configured to engage the tie down ring in an operation mode where the end stop device is fixed to the tie down ring. a main body, at least one mounting interface connected to the main body which is configured and arranged to attach the end stop device to the cargo deck by means of a corresponding tie down ring which is attached at the cargo deck, each mounting interface comprising: characterised by a tongue-like support plate which is at least partially protruding below a bottom side of the main body, at least one recess arranged in an area above the support plate, wherein side walls of the recess forming a frame-like structure, a bolt portion extending from the support plate into the recess and at least partially surrounded by the frame-like structure, the bolt portion is configured to engage the tie down ring in an operation mode where the end stop device is fixed to the tie down ring. characterised by a tongue-like support plate which is at least partially protruding below a bottom side of the main body, at least one recess arranged in an area above the support plate, wherein side walls of the recess forming a frame-like structure, a bolt portion extending from the support plate into the recess and at least partially surrounded by the frame-like structure, the bolt portion is configured to engage the tie down ring in an operation mode where the end stop device is fixed to the tie down ring.
A cap for holding a clip for closing a compression bag, said cap comprising: - a lower part and an upper part, said lower part having a larger surface than the upper part, - said upper part having at least one notch extending from one end to the other of the upper part, - said notch having a shape complementary to said closure clip, - said notch comprising at least one longitudinal groove, - said longitudinal groove forming at least one hollow relative to at least one plate (8A, 8B) located on either side of said groove and said plate (8A, 8B) being located at a height greater than that of the groove, - said notch having at least one outer wall (9A, 9B) extending substantially perpendicular to said plate (8A, 8B), - each wall (9A, 9B) having at least one locking pin (10A, 10B) for said clip. - a lower part and an upper part, said lower part having a larger surface than the upper part, - said upper part having at least one notch extending from one end to the other of the upper part, - said notch having a shape complementary to said closure clip, - said notch comprising at least one longitudinal groove, - said longitudinal groove forming at least one hollow relative to at least one plate (8A, 8B) located on either side of said groove and said plate (8A, 8B) being located at a height greater than that of the groove, - said notch having at least one outer wall (9A, 9B) extending substantially perpendicular to said plate (8A, 8B), - each wall (9A, 9B) having at least one locking pin (10A, 10B) for said clip.
A temperature sensor array circuit, comprising: an M x N array of array elements arranged in M rows and N columns, each array element comprising: a switch transistor; and a temperature sensor element having an impedance which varies as a function of temperature, the temperature sensor element being connected in parallel with a source and drain of the switch transistor; wherein with respect to the array elements in each column, the temperature sensor elements are connected in series with the temperature sensor element belonging to the array element in the first row being connected to a column output circuit included in the temperature sensor array circuit, and the temperature sensor element belonging to the array element in the M th row being connected to a power supply voltage, and the gates of the switch transistors for the array elements in each row are connected to a same row select line; wherein when the switch transistor of an array element is turned off the respective column output circuit is configured to forward bias the temperature sensor element of the array element, and to sink a bias current through the temperature sensor element of the array element and measure a resultant voltage. an M x N array of array elements arranged in M rows and N columns, each array element comprising: a switch transistor; and a temperature sensor element having an impedance which varies as a function of temperature, the temperature sensor element being connected in parallel with a source and drain of the switch transistor; wherein with respect to the array elements in each column, the temperature sensor elements are connected in series with the temperature sensor element belonging to the array element in the first row being connected to a column output circuit included in the temperature sensor array circuit, and the temperature sensor element belonging to the array element in the M th row being connected to a power supply voltage, and the gates of the switch transistors for the array elements in each row are connected to a same row select line;
A device for facilitating treatment of a blood vessel, the device comprising: a shaft having a distal end and a proximal end; a handle assembly disposed about the shaft; and the handle assembly comprising a handle housing and a torque limiting mechanism coupling the handle housing to the shaft; wherein the torque limiting mechanism allows relative movement between the handle housing and the shaft when the handle housing is being rotated in a first direction and a torque applied to the shaft has exceeded a first maximum torque, wherein the torque limiting mechanism allows relative movement between the handle housing and the shaft when the handle housing is being rotated in a second direction and the torque applied to the shaft has exceeded a second maximum torque; characterized in that the torque limiting mechanism comprises: a first camming element, wherein the first camming element is free to rotate relative to the handle housing in the first direction a second camming element, wherein the second camming element is free to rotate relative to the handle housing in the second direction; and a distal cap, wherein the distal cap is not free to rotate relative to the handle housing. a shaft having a distal end and a proximal end; a handle assembly disposed about the shaft; and the handle assembly comprising a handle housing and a torque limiting mechanism coupling the handle housing to the shaft; wherein the torque limiting mechanism allows relative movement between the handle housing and the shaft when the handle housing is being rotated in a first direction and a torque applied to the shaft has exceeded a first maximum torque, wherein the torque limiting mechanism allows relative movement between the handle housing and the shaft when the handle housing is being rotated in a second direction and the torque applied to the shaft has exceeded a second maximum torque; characterized in that the torque limiting mechanism comprises: a first camming element, wherein the first camming element is free to rotate relative to the handle housing in the first direction a second camming element, wherein the second camming element is free to rotate relative to the handle housing in the second direction; and a distal cap, wherein the distal cap is not free to rotate relative to the handle housing. a first camming element, wherein the first camming element is free to rotate relative to the handle housing in the first direction a second camming element, wherein the second camming element is free to rotate relative to the handle housing in the second direction; and a distal cap, wherein the distal cap is not free to rotate relative to the handle housing.
A power control apparatus for supplying a voltage to a sub-module for a Modular Multilevel Converter in which multiple sub-modules are connected in series with each other, comprising: at least one first resistor connected between P and N buses of the MMC; a second resistor connected in series with the first resistor; a switch connected in series with the second resistor; a third resistor connected in parallel with the second resistor and the switch, which are connected in series; a Zener diode connected in parallel with the third resistor; and a DC/DC converter connected across both ends of the Zener diode and configured to convert voltage across both ends of the Zener diode into a low voltage, and supply the low voltage to the sub-module, wherein a magnitude of current flowing through the Zener diode is controlled depending on ON/OFF switching of the switch. at least one first resistor connected between P and N buses of the MMC; a second resistor connected in series with the first resistor; a switch connected in series with the second resistor; a third resistor connected in parallel with the second resistor and the switch, which are connected in series; a Zener diode connected in parallel with the third resistor; and a DC/DC converter connected across both ends of the Zener diode and configured to convert voltage across both ends of the Zener diode into a low voltage, and supply the low voltage to the sub-module, wherein a magnitude of current flowing through the Zener diode is controlled depending on ON/OFF switching of the switch.