mhurhangee/ep-ind-claims huggingface dataset:
A telemetric orthopaedic nail comprising: a. a recess; b. an electronic component electrically connected to at least a power supply, a first transmitter, a first receiver, and a first microprocessor; c. a recess adapted to receive said electronic component; d. potting material to seal said recess(es); e. a power source electrically connected to said electronic component, characterised in that the nail further comprises a strain gauge orientated at about +45° or about -45° relative to the longitudinal axis of the nail and in that the recess is adapted to receive said strain gauge. a. a recess; b. an electronic component electrically connected to at least a power supply, a first transmitter, a first receiver, and a first microprocessor; c. a recess adapted to receive said electronic component; d. potting material to seal said recess(es); e. a power source electrically connected to said electronic component, characterised in that the nail further comprises a strain gauge orientated at about +45° or about -45° relative to the longitudinal axis of the nail and in that the recess is adapted to receive said strain gauge.
An optical sensor (100, 200, 300), comprising: a holding sleeve; a fixed ferrule fixedly mounted in said holding sleeve; a movable ferrule movably mounted in said holding sleeve, a predetermined distance existing between a first movable end of said movable ferrule and a first fixed end of said fixed ferrule in said holding sleeve; a reflection part arranged at a second movable end of said movable ferrule opposite to said first movable end, for reflecting light entering the movable ferrule and providing a reflected optical signal; and an actuation part, said actuation part being constructed to drive said movable ferrule to move so that said first movable end moves towards said first fixed end, and to adjust the predetermined distance to cause a change in attenuation of the reflected optical signal, the change in the reflected optical signal indicative of a parameter monitored by the optical sensor. a holding sleeve; a fixed ferrule fixedly mounted in said holding sleeve; a movable ferrule movably mounted in said holding sleeve, a predetermined distance existing between a first movable end of said movable ferrule and a first fixed end of said fixed ferrule in said holding sleeve; a reflection part arranged at a second movable end of said movable ferrule opposite to said first movable end, for reflecting light entering the movable ferrule and providing a reflected optical signal; and an actuation part, said actuation part being constructed to drive said movable ferrule to move so that said first movable end moves towards said first fixed end, and to adjust the predetermined distance to cause a change in attenuation of the reflected optical signal, the change in the reflected optical signal indicative of a parameter monitored by the optical sensor.
A device used in a network, the device comprising: a network monitor arranged to monitor a network state and to collect statistics for flows going through the network; a flow aggregation unit arranged to aggregate flows into clusters and identify flows that can cause a network problem; and an adaptive control unit arranged to adaptively regulate the identified flow according to network feedback; and characterised by the flow aggregation unit defines score S = (max -m-)/m-, where a set partition P = {F 1, F 2,..., F k}, and m- is a low median operator, finds aggregation that reveals an overloading behavior P* = max p S, and defines a set of reasonable aggregation rules. a network monitor arranged to monitor a network state and to collect statistics for flows going through the network; a flow aggregation unit arranged to aggregate flows into clusters and identify flows that can cause a network problem; and an adaptive control unit arranged to adaptively regulate the identified flow according to network feedback;
A system for controlling an electric motor al or near stall operational conditions, the system comprising: a sensor for detecting a rotational position of a rotor of the electric motor; a data processor adapted to determine whether a torque command generated by a torque demand generation module is larger than a preset torque threshold for a time interval, the data processor adapted to convert the torque command into a direct-axis current command and a quadrature-axis current command and the data processor adapted to determine whether a motor speed of the rotor is less than a preset speed threshold for the time interval; and a current adjustment module adapted to adjust the direct-axis current command and the quadrature-axis current command to obtain a revised direct-axis current command and revised quadrature-axis current command for the time interval if the torque command is larger than the preset torque threshold and if the motor speed is less than the preset speed threshold; characterized in that the preset speed threshold is less than or equal to 100 revolutions per minute and that the current adjustment module Is adapted to determine the revised current commands based on the detected rotational position of the rotor to achieve a generally constant Shaft torque output, whereby the revised current commands have a generally fixed ratio between the quadrature-axis command and the direct axis current command. a sensor for detecting a rotational position of a rotor of the electric motor; a data processor adapted to determine whether a torque command generated by a torque demand generation module is larger than a preset torque threshold for a time interval, the data processor adapted to convert the torque command into a direct-axis current command and a quadrature-axis current command and the data processor adapted to determine whether a motor speed of the rotor is less than a preset speed threshold for the time interval; and a current adjustment module adapted to adjust the direct-axis current command and the quadrature-axis current command to obtain a revised direct-axis current command and revised quadrature-axis current command for the time interval if the torque command is larger than the preset torque threshold and if the motor speed is less than the preset speed threshold; characterized in that the preset speed threshold is less than or equal to 100 revolutions per minute and that the current adjustment module Is adapted to determine the revised current commands based on the detected rotational position of the rotor to achieve a generally constant Shaft torque output, whereby the revised current commands have a generally fixed ratio between the quadrature-axis command and the direct axis current command.
A dispense head adapted to be coupled to a beverage container above a spear arranged in the beverage container in a dispensing system, the dispense head comprising: a housing, a handle, a piston arranged axially displaceable within said housing, the piston being connected to said handle so that upon activation of the handle, the piston will be displaced axially towards the spear, whereby a top part of the spear will be forced downwards, causing it to open the beverage container, a gas inlet arranged in the housing, which is adapted to be in fluid communication with a space extending along the piston, the space being sealed at least at a top end with a first sealing and at a bottom end with a second sealing, characterised in that said dispense head further comprises: a projection either on the housing or within the piston, positioning means arranged in connection with the piston, enabling the first sealing and the second sealing to be placed in sealing positions so that they seal radially against said projection " whereby no CO2 will leak into the surroundings during unintended activation of the handle when the dispense head is disconnected from the beverage container. a housing, a handle, a piston arranged axially displaceable within said housing, the piston being connected to said handle so that upon activation of the handle, the piston will be displaced axially towards the spear, whereby a top part of the spear will be forced downwards, causing it to open the beverage container, a gas inlet arranged in the housing, which is adapted to be in fluid communication with a space extending along the piston, the space being sealed at least at a top end with a first sealing and at a bottom end with a second sealing, characterised in that said dispense head further comprises: a projection either on the housing or within the piston, positioning means arranged in connection with the piston, enabling the first sealing and the second sealing to be placed in sealing positions so that they seal radially against said projection " whereby no CO2 will leak into the surroundings during unintended activation of the handle when the dispense head is disconnected from the beverage container. a projection either on the housing or within the piston, positioning means arranged in connection with the piston, enabling the first sealing and the second sealing to be placed in sealing positions so that they seal radially against said projection " whereby no CO2 will leak into the surroundings during unintended activation of the handle when the dispense head is disconnected from the beverage container.
A process transmitter comprising; a sensor for producing a process signal that is a function of a process parameter; a first signal path in which the process signal is digitally compensated so as to linearize and/or compensate the process signal for temperature, wherein the first signal path has a first step response that begins to rise after a dead time; a second signal path includes a band pass filter in which the process signal is subject to less delay than the first signal path, wherein the second signal path has second step response that rises before and decays after the dead time of the first signal path; and an output circuit for producing a transmitter output as a function of signals received from the first signal path and the second signal path.
Fluid flow valve comprising a movable shutter and a body, comprising a protruding part receiving said shutter, said body being configured to be mounted on a support such that said protruding part is introduced into a housing of said support, said body also being configured to allow fixing of said valve on said support in a direction transverse to a longitudinal extension direction of said protruding part, said transverse direction being oriented tangentially relative to said protruding part, the valve also comprising fixing means allowing fixing of said body on said support in said transverse direction, characterized in that said fixing means comprise an orifice arranged in said body in said transverse direction.
A method comprising: receiving, by a node of a telecommunication service provider, a first network data packet (110, 128) from one of an application client of a telecommunication device and an application server; performing, by the node: retrieving (116, 134; 306) application information from a header of the first network data packet and applying (118, 136; 308) the application information to adapt radio delivery; inserting (120, 138; 316) radio information into the header of the first network data packet in place of the application information; and after performing the inserting and the retrieving, transmitting, by the node, the network data packet to the other of the application client and the application server, wherein the radio information includes at least one of a desired bitrate, an available bandwidth, a congestion indication, a type of congestion, a level of congestion, a mobility state, or a radio state, and wherein the inserting comprises inserting different radio information depending on whether the first network data packet is received from the application client or the application server. receiving, by a node of a telecommunication service provider, a first network data packet (110, 128) from one of an application client of a telecommunication device and an application server; performing, by the node: retrieving (116, 134; 306) application information from a header of the first network data packet and applying (118, 136; 308) the application information to adapt radio delivery; inserting (120, 138; 316) radio information into the header of the first network data packet in place of the application information; and after performing the inserting and the retrieving, transmitting, by the node, the network data packet to the other of the application client and the application server, retrieving (116, 134; 306) application information from a header of the first network data packet and applying (118, 136; 308) the application information to adapt radio delivery; inserting (120, 138; 316) radio information into the header of the first network data packet in place of the application information; and after performing the inserting and the retrieving, transmitting, by the node, the network data packet to the other of the application client and the application server, wherein the radio information includes at least one of a desired bitrate, an available bandwidth, a congestion indication, a type of congestion, a level of congestion, a mobility state, or a radio state, and wherein the inserting comprises inserting different radio information depending on whether the first network data packet is received from the application client or the application server.
A folding multipurpose tool including a tool holder (54,156), comprising: (a) a tool carrier body having a pair of opposite sides (85,87) and an open front end, said carrier body defining a tool base receptacle and a respective lateral opening communicating with said receptacle on each of said opposite sides (85,87) of said carrier body, and said receptacle being in communication with said front end of said carrier body; (b) a tool retainer (78,160) including a pair of side members (116,118) mounted pivotally with respect to said carrier body and movable, between a tool-securing position wherein each of said members (116,118) of said tool retainer obstructs said respective lateral opening communicating with said receptacle on a respective one of said opposite sides of (85,87), and a tool-releasing position, wherein said tool retainer is clear of each said lateral opening; and (c) a latch mechanism (58,60,62,70,164,165) associated with a handle (36,144) of said multipurpose hand tool and selectively engageable to hold said tool holder in an extended position with respect to said handle (36,144). (a) a tool carrier body having a pair of opposite sides (85,87) and an open front end, said carrier body defining a tool base receptacle and a respective lateral opening communicating with said receptacle on each of said opposite sides (85,87) of said carrier body, and said receptacle being in communication with said front end of said carrier body; (b) a tool retainer (78,160) including a pair of side members (116,118) mounted pivotally with respect to said carrier body and movable, between a tool-securing position wherein each of said members (116,118) of said tool retainer obstructs said respective lateral opening communicating with said receptacle on a respective one of said opposite sides of (85,87), and a tool-releasing position, wherein said tool retainer is clear of each said lateral opening; and (c) a latch mechanism (58,60,62,70,164,165) associated with a handle (36,144) of said multipurpose hand tool and selectively engageable to hold said tool holder in an extended position with respect to said handle (36,144).
A separator for a fuel cell, comprising an electrically conducting resin composition, and comprising an electrically conducting flow path part; wherein the electrically conducting resin composition comprises a carbonaceous material and a thermoplastic resin composition at a mass ratio / of 2 to 20 with a total mass of and accounting for 80 to 100 mass% in the composition; the electrically conducting flow path part has a corrugated shape having a recess and a projection on each of front and back surfaces thereof, where the recess constitutes a groove for a flow path, wherein the bottom of a recess on a second main plane comes to a height between the top of a projection and the bottom of a recess on a first main plane, and the depth of the recess is from 0.2 to 1 mm; and the electrically conducting flow path part has a wall thickness of 0.05 to 0.5 mm and a maximum wall thickness/minimum wall thickness ratio of 1 to 2, wherein the wall thickness is a minimum distance allowing for penetration into the flow path part on the back surface from an arbitrary point of the flow path on the front surface, and wherein in the cross section of the flow path part, an offset allowing flat surfaces of the projections to overlap by from 0.05 to 0.5 mm between front and back surfaces is provided.
A compound having anti-cell proliferative activity, wherein the compound comprises a conserved motif: (Res 1)-(Res 2)-(Res 3)-(Res 4)-(Res 5)-(Res 6)(Res 7)-(Res 8), wherein Res 1- is selected from Phenylalanine, Alanine, and Leucine; Res 2- is selected from Glycine, and Lysine; Res 3- is selected from Glycine, Asparagine, Serine, Leucine, and Alanine.; Res 4- is any natural amino acid; Res 5- is selected from Leucine, Isoleucine, and Methionine; Res 6- is selected from Serine, Aspartic Acid, and Arginine; Res 7- is any natural amino acid; and Res 8- is selected from Leucine, and Isoleucine, and wherein each of Res 1, Res 2, Res 3, Res 4, Res 5, Res 6, Res 7, and Res 8 are covalently or non-covalently bound to the respective adjacent residue, and wherein the compound has less than 20 residues, for the use in a method of treating a cell proliferative disorder in a subject. Res 1- is selected from Phenylalanine, Alanine, and Leucine; Res 2- is selected from Glycine, and Lysine; Res 3- is selected from Glycine, Asparagine, Serine, Leucine, and Alanine.; Res 4- is any natural amino acid; Res 5- is selected from Leucine, Isoleucine, and Methionine; Res 6- is selected from Serine, Aspartic Acid, and Arginine; Res 7- is any natural amino acid; and Res 8- is selected from Leucine, and Isoleucine, and wherein each of Res 1, Res 2, Res 3, Res 4, Res 5, Res 6, Res 7, and Res 8 are covalently or non-covalently bound to the respective adjacent residue, and wherein the compound has less than 20 residues, for the use in a method of treating a cell proliferative disorder in a subject.
A bird's-eye view image system for displaying a bird's-eye view image of surroundings of a work vehicle, the work vehicle including a traveling body, a swivelable swivel base provided on the traveling body and a cabin provided on the swivel base, the system comprising: an image processing unit for acquiring a first image acquired by a right camera and a left camera provided on the right and left of the swivel base, and a second image acquired by a front camera (11A, 11E) and a rear camera (11B, 11F) provided on the front and rear of the traveling body or the swivel base, and for generating the bird's-eye view image by synthesizing the first image and the second image, wherein in a traveling mode of causing the work vehicle to travel in a state in which a forward direction of the traveling body is coincident with a front direction of the cabin, the second image is acquired from the front camera and the rear camera provided in the traveling body, and in a work mode of causing the swivel base to be swivelable with respect to the traveling body, the second image is acquired from the front camera and the rear camera provided in the swivel base. an image processing unit for acquiring a first image acquired by a right camera and a left camera provided on the right and left of the swivel base, and a second image acquired by a front camera (11A, 11E) and a rear camera (11B, 11F) provided on the front and rear of the traveling body or the swivel base, and for generating the bird's-eye view image by synthesizing the first image and the second image, wherein in a traveling mode of causing the work vehicle to travel in a state in which a forward direction of the traveling body is coincident with a front direction of the cabin, the second image is acquired from the front camera and the rear camera provided in the traveling body, and in a work mode of causing the swivel base to be swivelable with respect to the traveling body, the second image is acquired from the front camera and the rear camera provided in the swivel base.
A method for controlling uplink transmission power at a mobile station, MS, in a communication system, the method comprising: determining transmission power of an uplink data channel signal according to an open loop power control, OLPC, scheme, based on a first offset; and determining transmission power of an uplink control channel signal according to a closed loop power control, CLPC, scheme, based on an interference and noise level per subcarrier, a path loss of a link between the MS and a serving base station, BS, a target uplink signal-to-interference and noise ratio, SINR, and a second offset, wherein the first offset and the second offset are received from the serving BS. determining transmission power of an uplink data channel signal according to an open loop power control, OLPC, scheme, based on a first offset; and determining transmission power of an uplink control channel signal according to a closed loop power control, CLPC, scheme, based on an interference and noise level per subcarrier, a path loss of a link between the MS and a serving base station, BS, a target uplink signal-to-interference and noise ratio, SINR, and a second offset, wherein the first offset and the second offset are received from the serving BS.
Notebook comprising a plurality of pages of paper bound together with a cover, in which a plurality of substantially vertical and/or substantially horizontal lines are printed on the pages, wherein said substantially vertical and/or substantially horizontal lines are formed by a plurality of dots aligned with each other, characterized in that the plurality of dots have a maximum dimension, in particular diameter, comprised between 0,21 and 0,35 mm, the distance between two adjacent dots of a same line being comprised between 0,43 and 0,7 mm and the color of the dots being darker than the color of the page, in which the sum of the four quadrichrome CMYK values of the color of the page is comprised between 0 and 20, in particular comprised between 10 and 20, with the K value less than 10, and the sum of the four CMYK values of the color of the dots is comprised between 15 and 50, in particular between 25 and 40, with the value K less of 40.