mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a first tensor operation calculator (112) that is configured to execute a first tensor operation; a second, different tensor operation calculator (112) that is configured to execute a second tensor operation differing from the first tensor operation; and logic (106, 304, 312, 316, 310, 102, 110, 230) configured to: access a first machine instruction in a set of machine instructions; access a second machine instruction in the set of machine instructions, wherein the second machine instruction is missing a tensor operand needed to execute the second machine instruction; execute the first machine instruction in the first tensor operation calculator (112), resulting in a tensor; route, based on the second machine instruction, the resultant tensor from the first tensor operation calculator (112) to the second tensor operation calculator (112) for use as the missing tensor operand; and execute the second machine instruction using the resultant tensor as the missing tensor operand. a first tensor operation calculator (112) that is configured to execute a first tensor operation; a second, different tensor operation calculator (112) that is configured to execute a second tensor operation differing from the first tensor operation; and logic (106, 304, 312, 316, 310, 102, 110, 230) configured to: access a first machine instruction in a set of machine instructions; access a second machine instruction in the set of machine instructions, access a first machine instruction in a set of machine instructions; access a second machine instruction in the set of machine instructions, wherein the second machine instruction is missing a tensor operand needed to execute the second machine instruction; execute the first machine instruction in the first tensor operation calculator (112), resulting in a tensor; route, based on the second machine instruction, the resultant tensor from the first tensor operation calculator (112) to the second tensor operation calculator (112) for use as the missing tensor operand; and execute the second machine instruction using the resultant tensor as the missing tensor operand. execute the first machine instruction in the first tensor operation calculator (112), resulting in a tensor; route, based on the second machine instruction, the resultant tensor from the first tensor operation calculator (112) to the second tensor operation calculator (112) for use as the missing tensor operand; and execute the second machine instruction using the resultant tensor as the missing tensor operand.
Filling level sensor in a fuel container of a motor vehicle, comprising a substrate having a resistance network arranged thereon, one or more electrical contacts, which are in contact with the resistance network, as a function of the pivoting of a lever arm, in order to produce an electrical signal, and a float, which is fastened to the lever arm in such a way that the lever arm can be moved by the float as a function of the filling level, characterized in that the filling level sensor is connected to electronics, and in that the electronics are embodied in such a way that they provide in each case a corresponding electrical output setpoint signal for the electrical input signals which are produced by the filling level sensor.
Process for preparing 5-fluoro-1-methyl-3-difluoromethyl-1H-pyrazole-4-carbaldehyde of formula characterized in that 5-chloro-3-(difluoromethyl)-1-methyl-1H-pyrazole-4-carbaldehyde of formula is reacted with potassium fluoride of formula K + F - in the presence of a phase transfer catalyst selected among tetrabutylammonium chloride, bromide or hydrogen sulphate in dimethylformamide or dimethylacetamide as solvent.
A needle device comprising a body having a neck to which a needle is connected via a base, a collar rotatably mounted about said neck and having a housing for covering said needle pivotally connected thereto, and a sheath enclosing the needle and having an open end directed towards said neck, wherein a sleeve extends from said neck to enclose said base, and said open end of said sheath is matingly fitted into said sleeve such that a surface of said sheath, a surface of said sleeve and a surface of said base interact to establish a tortuous path barrier to allow gas to pass through the inside of the sheath and to prevent bacteria from entering into the space inside said sheath that encloses said needle.
System plug-type connector comprising a plug housing, a first housing frame, a second housing frame which is in the form of a flange frame, and separate plug-type modules which contain electrical contacts, wherein the plug-type modules are held in the first holding frame, wherein the first holding frame is protected against environmental influences by means of a surrounding housing, provided for making contact with plug-type modules which are held in a second holding frame, wherein a rectangular bushing (11, 21) with apparatuses for holding the plug-type modules is in each case provided in the first holding frame and in the second holding frame, wherein a plug-type insert (30, 30') is arranged in the rectangular bushing (11, 21) in each case, the plug-type modules being arranged within the said plug-type insert such that they can be inserted into the holding frame (10, 20) and can be fixed in the rectangular bushing (11, 12), characterized in that the first and the second holding frame (10, 20) and the plug-type modules are designed in such a way that the plug-type modules can be inserted into the plug-type insert (30, 30') from both sides, from the insertion side and from the connection side, and can be displaced in a horizontal manner onto two sliding rails (14, 14', 24, 24'), which are integrally formed opposite one another within the holding frames (10, 20), by means of a groove and separating transverse ribs, and in that the plug-type insert (30, 30') is in the form of a separate, U-shaped and electrically conductive part and bears against three sides within the rectangular bushing (11, 21) of the holding frame (10, 20), and in that the plug-type insert has two free-standing tongues which are arranged in parallel and point into the centre of the side frames in its side frame, which is oriented in a U shape, in each case at the upper and lower edge, the tongue ends of the said tongues which are at a distance from one another being bent into the rectangular bushing (11, 21). wherein the plug-type modules are held in the first holding frame, wherein the first holding frame is protected against environmental influences by means of a surrounding housing, provided for making contact with plug-type modules which are held in a second holding frame, wherein a rectangular bushing (11, 21) with apparatuses for holding the plug-type modules is in each case provided in the first holding frame and in the second holding frame, wherein a plug-type insert (30, 30') is arranged in the rectangular bushing (11, 21) in each case, the plug-type modules being arranged within the said plug-type insert such that they can be inserted into the holding frame (10, 20) and can be fixed in the rectangular bushing (11, 12),
Method of installing a subsea support system, wherein the subsea support system comprises: - a foundation assembly; - a conductor housing for supporting a wellhead; - a connection arrangement between the foundation assembly and the conductor housing; wherein the method comprises the steps of: - prior to installing the subsea support system subsea, releasably connecting the conductor housing to the foundation assembly thereby fixing the conductor housing relative the foundation assembly; - installing the subsea support system subsea in one run; - after installation of the subsea support system, releasing the connection arrangement such as to release the conductor housing from the foundation assembly thereby allowing parallel movement of the conductor housing along a longitudinal direction of a through-going opening of the conductor housing. - a foundation assembly; - a conductor housing for supporting a wellhead; - a connection arrangement between the foundation assembly and the conductor housing; - prior to installing the subsea support system subsea, releasably connecting the conductor housing to the foundation assembly thereby fixing the conductor housing relative the foundation assembly; - installing the subsea support system subsea in one run; - after installation of the subsea support system, releasing the connection arrangement such as to release the conductor housing from the foundation assembly thereby allowing parallel movement of the conductor housing along a longitudinal direction of a through-going opening of the conductor housing.
An ablation catheter adapted for use with a guide wire, the catheter comprising: an elongated tubular member having at least a first lumen extending therethrough, the elongated tubular member having a 3-D shaped portion; an elongated support member with shape memory extending through at least a distal portion of the first lumen to support the 3-D shaped portion of the tubular member; at least one ring electrode mounted on the 3-D shaped portion of the tubular member, the at least one ring electrode adapted for ablation; a second lumen in the elongated tubular member, proximal and distal of the 3-D shaped portion, adapted to receive the guide wire, the second lumen having a first port proximal of the 3-D shaped portion and a second port distal of the 3-D shaped portion, one of the ports adapted to allow the guide wire to exit from the second lumen to outside the tubular member and the other of the ports adapted to allow the guide wire to enter the second lumen from outside the tubular member; wherein a portion of the tubular member distal of the 3-D shaped portion extends in longitudinal alignment with the tubular member, and the 3-D shaped portion of the tubular member is shaped to coil around the guide wire when the catheter is in use with the guide wire. an elongated tubular member having at least a first lumen extending therethrough, the elongated tubular member having a 3-D shaped portion; an elongated support member with shape memory extending through at least a distal portion of the first lumen to support the 3-D shaped portion of the tubular member; at least one ring electrode mounted on the 3-D shaped portion of the tubular member, the at least one ring electrode adapted for ablation; a second lumen in the elongated tubular member, proximal and distal of the 3-D shaped portion, adapted to receive the guide wire, the second lumen having a first port proximal of the 3-D shaped portion and a second port distal of the 3-D shaped portion, one of the ports adapted to allow the guide wire to exit from the second lumen to outside the tubular member and the other of the ports adapted to allow the guide wire to enter the second lumen from outside the tubular member; wherein a portion of the tubular member distal of the 3-D shaped portion extends in longitudinal alignment with the tubular member, and the 3-D shaped portion of the tubular member is shaped to coil around the guide wire when the catheter is in use with the guide wire.
A power transmission device for a noncontact power supply device, the power transmission device comprising: a resonant circuit (111, 113A, 113B, 116) that outputs an alternating magnetic flux by power supplied from a power source circuit; a plurality of switching elements (112A, 112B) that are switched such that the alternating magnetic flux is generated in the resonant circuit (111, 113A, 113B, 116); and a power transmission controller that controls the plurality of switching elements (112A, 112B) to transmit power to a power receiving coil of a power reception device by the alternating magnetic flux, wherein the power transmission controller includes a transmission mode for supplying alternating power to the resonant circuit (111, 113A, 113B, 116) by repeating ON and OFF of the plurality of switching elements (112A, 112B), and ON time duration in one cycle of operation of each of the switching elements (112A, 112B) in the transmission mode is set as first fixed values, characterized in that the first fixed values for the switching elements (112A, 112B) are set individually to compensate component tolerances in the resonant circuit (111, 113A, 113B, 116). a resonant circuit (111, 113A, 113B, 116) that outputs an alternating magnetic flux by power supplied from a power source circuit; a plurality of switching elements (112A, 112B) that are switched such that the alternating magnetic flux is generated in the resonant circuit (111, 113A, 113B, 116); and a power transmission controller that controls the plurality of switching elements (112A, 112B) to transmit power to a power receiving coil of a power reception device by the alternating magnetic flux, wherein the power transmission controller includes a transmission mode for supplying alternating power to the resonant circuit (111, 113A, 113B, 116) by repeating ON and OFF of the plurality of switching elements (112A, 112B), and ON time duration in one cycle of operation of each of the switching elements (112A, 112B) in the transmission mode is set as first fixed values, characterized in that the first fixed values for the switching elements (112A, 112B) are set individually to compensate component tolerances in the resonant circuit (111, 113A, 113B, 116).
A rotary electric machine laminated core comprising a plurality of core segments comprising: a back yoke portion; and a magnetic pole tooth portion that protrudes outward from the back yoke portion, the plurality of core segments being arranged into an annular shape and stacked in an axial direction of a rotary electric machine, wherein: each of the magnetic pole tooth portions comprises: a tooth main portion that is disposed on an intermediate portion; a width-reduced portion that is disposed on an end portion near the back yoke portion, and in which a width dimension is smaller than that of the tooth main portion; and a widened portion that is disposed on a tip end portion, and in which a width dimension is larger than that of the tooth main portion; the width-reduced portion is formed by disposing a pair of magnetic pole notch portions on two width direction sides of the magnetic pole tooth portion; mutually-adjacent core segments are linked together pivotably; and a distance between the adjacent width-reduced portions is greater than the width dimension of the widened portions in a state in which the core segments are arranged rectilinearly such that the magnetic pole tooth portions are parallel, characterised by a magnetic pole engaging member that is made of a magnetic material and that is capable of engaging with the magnetic pole notch portion is linked pivotably to the back yoke portion; when the driving coil is wound onto the magnetic pole tooth portion, the magnetic pole engaging member is engaged in the magnetic pole notch portion. a back yoke portion; and a magnetic pole tooth portion that protrudes outward from the back yoke portion, each of the magnetic pole tooth portions comprises: a tooth main portion that is disposed on an intermediate portion; a width-reduced portion that is disposed on an end portion near the back yoke portion, and in which a width dimension is smaller than that of the tooth main portion; and a widened portion that is disposed on a tip end portion, and in which a width dimension is larger than that of the tooth main portion; a tooth main portion that is disposed on an intermediate portion; a width-reduced portion that is disposed on an end portion near the back yoke portion, and in which a width dimension is smaller than that of the tooth main portion; and a widened portion that is disposed on a tip end portion, and in which a width dimension is larger than that of the tooth main portion; the width-reduced portion is formed by disposing a pair of magnetic pole notch portions on two width direction sides of the magnetic pole tooth portion; mutually-adjacent core segments are linked together pivotably; and a distance between the adjacent width-reduced portions is greater than the width dimension of the widened portions in a state in which the core segments are arranged rectilinearly such that the magnetic pole tooth portions are parallel, characterised by
A device for monitoring soft water carried in a water line, having a hardness sensor cell connected parallel to a main flow, a first bypass flow line branching off from the main flow and leading to the hardness sensor cell, and a second bypass flow line leading away from the hardness sensor cell and discharging into the main flow, wherein the two bypass flow lines (20, 26) and the hardness sensor cell are connected to a multi-way valve, and the multi-way valve communicates with a brine tank, and the multi-way valve has one position for normal operation and one position for regeneration operation, and in the position of the multi-way valve for normal operation the bypass flow can flow through the hardness sensor cell via the two bypass flow lines (20, 26), characterized in that the multi-way valve has a position for a scavenging operation; that a water jet pump is connected to the multi-way valve; that an outlet of the water jet pump communicates with a wastewater line; that in the position of the multi-way valve for regeneration operation the first bypass flow line can be made to communicate with a pressure connection of the water jet pump, a suction connection of the water jet pump can be made to communicate with the hardness sensor cell, and the hardness sensor cell can be made to communicate with the brine tank, so that the water jet pump can be driven by means of the bypass flow, a negative pressure can be generated at the suction connection, and the brine can be delivered together with the bypass flow to the wastewater line via an outlet of the water jet pump; that in the position of the multi-way valve for the scavenging operation, the bypass flow of the hardness sensor cell can be directed to a through flow, brine located in the hardness sensor cell can be directed to the suction connection of the water jet pump, and the brine can be directed to the wastewater line via the outlet of the water jet pump.
An electric stringed instrument comprising: an instrument main body which includes a front surface including a structure configured to hold a string; and a pair of frames (4, 5) which are connected to the instrument main body and which include a first frame and a second frame, wherein the first frame is a movable frame rotating toward the second frame with a longitudinal direction of the instrument main body serving as a rotating axis while going around a rear surface side of the instrument main body; wherein the second frame is immovably fixed to a side surface of the instrument main body; and wherein a rotation angle range of the first frame is set to 180 degrees; characterized in that the first frame is rotatable to the side surface to which the second frame is immovably fixed such that the first and second frames (4, 5) are superposed onto each other in a thickness direction of the instrument main body. an instrument main body which includes a front surface including a structure configured to hold a string; and a pair of frames (4, 5) which are connected to the instrument main body and which include a first frame and a second frame, wherein the first frame is a movable frame rotating toward the second frame with a longitudinal direction of the instrument main body serving as a rotating axis while going around a rear surface side of the instrument main body; wherein the second frame is immovably fixed to a side surface of the instrument main body; and wherein a rotation angle range of the first frame is set to 180 degrees; characterized in that the first frame is rotatable to the side surface to which the second frame is immovably fixed such that the first and second frames (4, 5) are superposed onto each other in a thickness direction of the instrument main body.
A shelf system for supporting objects and/or articles of furnishing, comprising a main metal body having a main longitudinal extension according to a predetermined axis and a quadrangular cross-section, designed to be fixed to a vertical wall emerging in a cantilever fashion, the main body having a plurality of longitudinal grooves parallel to the axis and distributed on two flat horizontal opposite faces (3a, 3b) of the main body itself, and an electrical conductor track housed in one of said grooves, the grooves having fastening means configured to allow the engagement of outer elements (2, 11) to be fixed to the main body.
A method at a communications device of a first type with a plurality of beams and operable on an unlicensed spectrum, the method comprising: identifying a beam direction for a communications device of a second type when there is data directed to the communications device of the second type; obtaining a backoff counter for the identified beam direction; selecting at least one beam direction for listening during which the backoff counter corresponding to the at least one beam direction is changeable, wherein the beam in each of the at least one beam direction covers at least one communications device of the second type having data directed thereto; obtaining a deferring time period for a beam direction of the selected at least one beam direction by performing virtual carrier sensing, wherein the listening for the beam direction is suspended during the deferring time period, if a number of pending beam directions each covering at least one communications device of the second type that has data directed thereto, is greater than a number of receiving radio frequency chains of the communications device of the first type; and scheduling transmission to a communications device of the second type in the identified beam direction when the backoff counter corresponding to that beam direction reaches a certain threshold. identifying a beam direction for a communications device of a second type when there is data directed to the communications device of the second type; obtaining a backoff counter for the identified beam direction; selecting at least one beam direction for listening during which the backoff counter corresponding to the at least one beam direction is changeable, wherein the beam in each of the at least one beam direction covers at least one communications device of the second type having data directed thereto; obtaining a deferring time period for a beam direction of the selected at least one beam direction by performing virtual carrier sensing, wherein the listening for the beam direction is suspended during the deferring time period, if a number of pending beam directions each covering at least one communications device of the second type that has data directed thereto, is greater than a number of receiving radio frequency chains of the communications device of the first type; and scheduling transmission to a communications device of the second type in the identified beam direction when the backoff counter corresponding to that beam direction reaches a certain threshold.