mhurhangee/ep-ind-claims huggingface dataset:
A cache memory, comprising: a mode input that indicates in which of a plurality of allocation modes the cache memory is to operate; a set-associative array of entries having a plurality of sets by W ways, wherein W is an integer greater than one; an input that receives a memory address comprising: an index used to select a set from the plurality of sets; and a tag used to compare with tags stored in the entries of the W ways of the selected set to determine whether the memory address hits or misses in the array; and allocation logic that, when the memory address misses in the array: selects one or more bits of the tag based on the allocation mode; performs a function, based on the allocation mode, on the selected one or more bits of the tag to generate a subset of the W ways of the array; and allocates into one way of the subset of the ways of the selected set, wherein the function performed on the one or more bits of the tag comprises a Boolean operation of two or more of the bits of the tag, and the Boolean operation comprises a rotation of the two or more of the bits of the tag by a number of bits specified by the allocation mode. a mode input that indicates in which of a plurality of allocation modes the cache memory is to operate; a set-associative array of entries having a plurality of sets by W ways, wherein W is an integer greater than one; an input that receives a memory address comprising: an index used to select a set from the plurality of sets; and a tag used to compare with tags stored in the entries of the W ways of the selected set to determine whether the memory address hits or misses in the array; and an index used to select a set from the plurality of sets; and a tag used to compare with tags stored in the entries of the W ways of the selected set to determine whether the memory address hits or misses in the array; and allocation logic that, when the memory address misses in the array: selects one or more bits of the tag based on the allocation mode; performs a function, based on the allocation mode, on the selected one or more bits of the tag to generate a subset of the W ways of the array; and allocates into one way of the subset of the ways of the selected set, wherein the function performed on the one or more bits of the tag comprises a Boolean operation of two or more of the bits of the tag, and the Boolean operation comprises a rotation of the two or more of the bits of the tag by a number of bits specified by the allocation mode. selects one or more bits of the tag based on the allocation mode; performs a function, based on the allocation mode, on the selected one or more bits of the tag to generate a subset of the W ways of the array; and allocates into one way of the subset of the ways of the selected set, wherein the function performed on the one or more bits of the tag comprises a Boolean operation of two or more of the bits of the tag, and the Boolean operation comprises a rotation of the two or more of the bits of the tag by a number of bits specified by the allocation mode.
A method of sending, by a network node (100; 500), a power control signal according to a discontinuous reception, DRX, cycle in a radio communication between the network node (100; 500) and a radio device (200; 600), the method comprising or triggering: sending the power control signal for notifying the radio device (200; 600) which is being paged, wherein the power control signal includes an indicator that, according to a scheme (706; 708), uniquely identifies a subgroup of one or more radio devices (200; 600) comprising at least the radio device (200; 600) that is being paged within a group of radio devices (200; 600) sharing at least the same paging frame, the method being characterized in that the indicator is either determined according to the scheme by the formula: indicator = floor UE _ ID / N * Ns, wherein floor () is a floor function, UE_ID is the radio device identity, N is the number of paging frames within the radio device DRX cycle, and Ns is the number of paging occasions used within a paging frame; or the indicator is determined according to the scheme and further based on the number of paging narrowbands or paging carriers provided in system information, and wherein the indicator is determined according to the scheme by the formula: indicator = floor floor UE _ ID / N * Ns / Nn, wherein floor () is a floor function, UE_ID is the radio device identity, N is the number of paging frames within the radio device DRX cycle, Ns is the number of paging occasions used within a paging frame, and Nn is the number of paging narrowbands or paging carriers. sending the power control signal for notifying the radio device (200; 600) which is being paged, wherein the power control signal includes an indicator that, according to a scheme (706; 708), uniquely identifies a subgroup of one or more radio devices (200; 600) comprising at least the radio device (200; 600) that is being paged within a group of radio devices (200; 600) sharing at least the same paging frame, the method being characterized in that the indicator is either determined according to the scheme by the formula: indicator = floor UE _ ID / N * Ns, wherein floor () is a floor function, UE_ID is the radio device identity, N is the number of paging frames within the radio device DRX cycle, and Ns is the number of paging occasions used within a paging frame; or the indicator is determined according to the scheme and further based on the number of paging narrowbands or paging carriers provided in system information, and wherein the indicator is determined according to the scheme by the formula: indicator = floor floor UE _ ID / N * Ns / Nn, wherein floor () is a floor function, UE_ID is the radio device identity, N is the number of paging frames within the radio device DRX cycle, Ns is the number of paging occasions used within a paging frame, and Nn is the number of paging narrowbands or paging carriers.
A robot that is a concentric-tube robot, a tendon-driven robot or a hybrid of a concentric-tube robot and a tendon-driven robot comprising: an actuation system for actuating at least one tube of the robot; and a tool comprising the at least one tube, wherein the tool is removable from the actuation system, and wherein the actuation system is configured to actuate the at least one tube from radially to one side of the at least one tube, wherein the actuation system comprises at least one coupling for imparting motion to a corresponding tube of the at least one tube, each coupling configured to move translationally along a first axis and to rotate about a second axis different from the first axis, wherein each coupling comprises a bevel gear configured to engage with a corresponding gear of the corresponding tube so as to impart rotational motion to the tube, characterised in that each tube is carried by a respective carriage that comprises a flange configured to engage with the corresponding coupling such that translational motion is imparted to the tube in one direction, the engagement between the gears imparting translational motion to the tube in the opposite direction. an actuation system for actuating at least one tube of the robot; and a tool comprising the at least one tube, wherein the tool is removable from the actuation system, and wherein the actuation system is configured to actuate the at least one tube from radially to one side of the at least one tube, wherein the actuation system comprises at least one coupling for imparting motion to a corresponding tube of the at least one tube, each coupling configured to move translationally along a first axis and to rotate about a second axis different from the first axis, wherein each coupling comprises a bevel gear configured to engage with a corresponding gear of the corresponding tube so as to impart rotational motion to the tube, characterised in that each tube is carried by a respective carriage that comprises a flange configured to engage with the corresponding coupling such that translational motion is imparted to the tube in one direction, the engagement between the gears imparting translational motion to the tube in the opposite direction.
A permanent magnet motor, comprising a rotor component and a stator component, the rotor component comprises alternating poles and permanent magnet poles alternately arranged in a circumferential direction; the stator component comprises stator teeth portions arranged on an inner circumferential side of the stator component and spaced apart in a circumferential direction; a first air gap is formed between an inner circumferential surface of the stator teeth portion and an outer circumferential surface of a corresponding permanent magnet pole; a second air gap is formed between the inner circumferential surface of the stator teeth portion and an outer circumferential surface of a corresponding alternating pole; an average thickness of the first air gap is δ1; an average thickness of the second air gap is δ2, wherein 0.4 ≤ δ2 / δ1 ≤ 0.9, and a thickness of a permanent magnet of the permanent magnet poles is t, wherein t/(δ2 + δ1) ≥ 1.5, characterized in that the rotor component comprises a rotor core; a plurality of mounting slots are arranged on the rotor core and spaced apart in a circumferential direction; permanent magnets are arranged in the mounting slots; polarities of the permanent magnets facing an outer periphery of the rotor core are same; adjacent mounting slots are spaced apart by soft magnetic material; first air slot are respectively arranged between two ends of the mounting slot and adjacent soft magnetic material thereto in a circumferential direction; and two second air slots are arranged between one side of the mounting slot and the outer periphery of the rotor core; one of the second air slots is arranged at a first end of the mounting slot, and another second air slot is arranged at a second end of the mounting slot; and the two second air slots extend in opposite directions in the circumferential direction. an average thickness of the first air gap is δ1; an average thickness of the second air gap is δ2, wherein 0.4 ≤ δ2 / δ1 ≤ 0.9, and a thickness of a permanent magnet of the permanent magnet poles is t, wherein t/(δ2 + δ1) ≥ 1.5, characterized in that the rotor component comprises a rotor core; a plurality of mounting slots are arranged on the rotor core and spaced apart in a circumferential direction; permanent magnets are arranged in the mounting slots; polarities of the permanent magnets facing an outer periphery of the rotor core are same; adjacent mounting slots are spaced apart by soft magnetic material; first air slot are respectively arranged between two ends of the mounting slot and adjacent soft magnetic material thereto in a circumferential direction; and two second air slots are arranged between one side of the mounting slot and the outer periphery of the rotor core; one of the second air slots is arranged at a first end of the mounting slot, and another second air slot is arranged at a second end of the mounting slot; and the two second air slots extend in opposite directions in the circumferential direction.
A flatbed laminator for laminating a workpiece, the flatbed laminator comprising: a flatbed on which the workpiece can be positioned for flatbed lamination; a first roller; characterised in that it comprises a second roller mounted to be movable over the flatbed for flatbed lamination of the workpiece, and to be movable to a pre-determined laminating position where the first and second rollers (2, 6) are mounted in parallel for counter rotation and define a gap therebetween through which the workpiece is capable of being fed for roller lamination. a flatbed on which the workpiece can be positioned for flatbed lamination; a first roller; characterised in that it comprises a second roller mounted to be movable over the flatbed for flatbed lamination of the workpiece, and to be movable to a pre-determined laminating position where the first and second rollers (2, 6) are mounted in parallel for counter rotation and define a gap therebetween through which the workpiece is capable of being fed for roller lamination.
A method for removing traces of water from a supply of an inorganic gas which has a nitrogen content of less than 1 ppm v and a water content of less than 100ppm v, comprising contacting the gas with an adsorbent having a capacity to adsorb water from said gas, said adsorbent: having a pure nitrogen adsorption capacity below 0.01 mgmole/g at 23°C and 101 kilopascals, and being a 3A zeolite having a potassium for sodium exchange of not less than 15% and being free of nitrogen adsorbing components. having a pure nitrogen adsorption capacity below 0.01 mgmole/g at 23°C and 101 kilopascals, and being a 3A zeolite having a potassium for sodium exchange of not less than 15% and being free of nitrogen adsorbing components.
Steam power plant comprising a steam generator, a turbine, a condenser, a condensate line, at least one preheater (VW i) and a heat reservoir, wherein the condensate line connects the condenser, the at least one preheater and a feed water container with each other, wherein the heat reservoir is arranged parallel to the at lease one preheater and wherein the heat reservoir is loaded with condensate which was preheated by at least one preheater, and wherein a "cold" connection of the heat reservoir is connected with a section (19.1) of the condensate line extending upstream of the at lease one preheater, characterized in that a "warm" connection of the heat reservoir is connected with a section (19.2) of the condensate line extending upstream of the feed water container.
A capacitive touch device comprising: a substrate; and a plurality of co-planar capacitive touch switches (21 1, 21 2, 21 3, 21 4, 21 5, 21 6) and conductive tracks (24 1, 24 2, 24 3, 24 4) connected to the capacitive touch switches disposed directly on a face of the substrate, the capacitive touch switches comprising: first and second capacitive touch switches (21 3, 21 4) which are adjacent, separated by a channel having a channel width w c, and which are electrically isolated from each other; and third and fourth capacitive touch switches (21 2, 21 6) which are electrically isolated from the first and second capacitive touch switches, but which are electrically connected to each other by a conductive track (24 2) having a track width w t which runs through the channel, characterized in that the channel width w c is at least three times the track width w t; and in that the track width w t is between 0.1 mm to 0.5 mm. a substrate; and a plurality of co-planar capacitive touch switches (21 1, 21 2, 21 3, 21 4, 21 5, 21 6) and conductive tracks (24 1, 24 2, 24 3, 24 4) connected to the capacitive touch switches disposed directly on a face of the substrate, the capacitive touch switches comprising: first and second capacitive touch switches (21 3, 21 4) which are adjacent, separated by a channel having a channel width w c, and which are electrically isolated from each other; and third and fourth capacitive touch switches (21 2, 21 6) which are electrically isolated from the first and second capacitive touch switches, but which are electrically connected to each other by a conductive track (24 2) having a track width w t which runs through the channel, characterized in that the channel width w c is at least three times the track width w t; and in that the track width w t is between 0.1 mm to 0.5 mm. first and second capacitive touch switches (21 3, 21 4) which are adjacent, separated by a channel having a channel width w c, and which are electrically isolated from each other; and third and fourth capacitive touch switches (21 2, 21 6) which are electrically isolated from the first and second capacitive touch switches, but which are electrically connected to each other by a conductive track (24 2) having a track width w t which runs through the channel, characterized in that the channel width w c is at least three times the track width w t; and in that the track width w t is between 0.1 mm to 0.5 mm.
Apparatus for generative manufacture of a three-dimensional object, by successive layer-wise selective hardening of construction material layers consisting of hardenable construction material, by means of at least one energy beam, comprising at least one device for generating at least one energy beam for layer-wise selective hardening of individual construction material layers consisting of hardenable construction material, wherein the at least one device is designed for generating an energy beam that is oriented directly onto a construction plane, characterised by a suction device which is designed for suctioning non-hardened construction material which is detached from the construction plane on account of the process, and/or process gases resulting on account of the process, wherein the suction device comprises at least one suction element through which a suction flow can flow, wherein at least one through-opening for passage of the energy beam that is generated by the at least one device and is oriented directly onto the construction plane is formed in the at least one suction element.
A tripping unit of a circuit breaker, comprising: a magnet; a bimetal member extending alongside of the magnet, the bimetal member having a moveable end; or and an armature including an engagement portion being moveable by motion of the moveable end of the bimetal member and operable to trip the circuit breaker upon exceeding an instantaneous current level, characterised in that the armature or the bimetal member includes a non-magnetic separating piece preventing a magnetic short circuit between the moveable end and the armature. a magnet; a bimetal member extending alongside of the magnet, the bimetal member having a moveable end; or and an armature including an engagement portion being moveable by motion of the moveable end of the bimetal member and operable to trip the circuit breaker upon exceeding an instantaneous current level, characterised in that the armature or the bimetal member includes a non-magnetic separating piece preventing a magnetic short circuit between the moveable end and the armature.
A method for producing a polyolefin-based porous film comprising: an A step: a raw fabric forming step for forming a non-porous raw fabric from a polyolefin-based resin composition; a B step: an MD cold stretching step for cold stretching the non-porous raw fabric obtained in the A step at a temperature of -20°C to (Tm-30°C), wherein Tm is a melting point (°C) of the non-porous raw fabric, in an extruding direction MD of the raw fabric to make the raw fabric porous; a D step: a TD cold stretching step for cold stretching a film processed in the B step at a temperature T 1 in a direction TD perpendicular to the MD, wherein T 1 satisfies the expression: Tg + 20 ° C ≤ T 1 ≤ Tm − 20 ° C; in the expression, Tg represents a glass-transition temperature (°C) of the porous film to be subjected to the TD cold stretching; and a H step: a thermal fixing step, in the above order, characterised in that a thermal fixing temperature T 2 (°C) in the H step satisfies expressions and below; T 2 > T 1 Tm − 3 ° C ≥ T 2 ≥ Tm − 40 ° C in the expressions, T 1 represents a stretching temperature (°C) in the D step, and Tm represents the melting point (°C) of the non-porous raw fabric; and wherein a stretching ratio in the TD in the D step is 1.10 to 1.5 times. an A step: a raw fabric forming step for forming a non-porous raw fabric from a polyolefin-based resin composition; a B step: an MD cold stretching step for cold stretching the non-porous raw fabric obtained in the A step at a temperature of -20°C to (Tm-30°C), wherein Tm is a melting point (°C) of the non-porous raw fabric, in an extruding direction MD of the raw fabric to make the raw fabric porous; a D step: a TD cold stretching step for cold stretching a film processed in the B step at a temperature T 1 in a direction TD perpendicular to the MD, wherein T 1 satisfies the expression: Tg + 20 ° C ≤ T 1 ≤ Tm − 20 ° C; in the expression, Tg represents a glass-transition temperature (°C) of the porous film to be subjected to the TD cold stretching; and a H step: a thermal fixing step, in the above order, characterised in that a thermal fixing temperature T 2 (°C) in the H step satisfies expressions and below; T 2 > T 1 Tm − 3 ° C ≥ T 2 ≥ Tm − 40 ° C in the expressions, T 1 represents a stretching temperature (°C) in the D step, and Tm represents the melting point (°C) of the non-porous raw fabric; and wherein a stretching ratio in the TD in the D step is 1.10 to 1.5 times.
A blind bolt assembly having a pin and a bolt, characterised by the pin having; a distal end, a proximal end, a shaft extending between the proximal and distal ends (31,32), a tip region at the distal end comprising; an outwardly tapered surface, and an inwardly tapered surface, a strike portion at the proximal end, having a cross sectional area which is greater than the cross sectional area of the shaft, the bolt having a longitudinal bore extending therethrough; the shaft of the pin extending through the bore a distal end, the distal end of the longitudinal bore having one or more feet for contacting, in use, the inwardly tapered surface of the tip of the pin, a proximal end, the proximal end of the longitudinal bore having a rebate for receiving the strike portion of the pin, and further having an outer threaded portion extending along at least part of its length. an outwardly tapered surface, and an inwardly tapered surface, the shaft of the pin extending through the bore the distal end of the longitudinal bore having one or more feet for contacting, in use, the inwardly tapered surface of the tip of the pin, the proximal end of the longitudinal bore having a rebate for receiving the strike portion of the pin, and further having an outer threaded portion extending along at least part of its length.
A method of controlling a beverage dispensing system, said system comprising: a base unit comprising at least one visual indicator controlled by a control unit; and at least one module mounted in or on the base unit, the at least one module comprising: a dispensing arrangement for dispensing beverage from a beverage reservoir; and storage means storing module data including a predetermined flowrate of beverage from the module; characterised in that the method comprises the steps of: communicating the module data from the storage means of the at least one module to the control unit; calculating a time period for the dispensing of beverage from the at least one module based upon the predetermined flowrate and a desired amount of beverage to be dispensed; and indicating the at least one module with the at least one visual indicator for the calculated time period. a base unit comprising at least one visual indicator controlled by a control unit; and at least one module mounted in or on the base unit, the at least one module comprising: a dispensing arrangement for dispensing beverage from a beverage reservoir; and storage means storing module data including a predetermined flowrate of beverage from the module; a dispensing arrangement for dispensing beverage from a beverage reservoir; and storage means storing module data including a predetermined flowrate of beverage from the module; communicating the module data from the storage means of the at least one module to the control unit; calculating a time period for the dispensing of beverage from the at least one module based upon the predetermined flowrate and a desired amount of beverage to be dispensed; and indicating the at least one module with the at least one visual indicator for the calculated time period.