mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic foot (100, 200, 300, 400, 500, 600, 700, 800, 900) comprising: an elongate lower foot member (110, 210, 310, 410, 610, 710, 810, 910) extending from a heel end to a toe end; and an elongate second foot member (120, 220, 320, 420, 620, 720, 820, 920) extending from a proximal end to a distal end, wherein the second foot member is disposed above the lower foot member and coupled to the lower foot member proximate the distal end of the second foot member and proximal of the toe end of the lower foot member,; and an elongate upper foot member (130, 230, 330, 430, 630, 730, 830, 930) extending from a proximal end to a distal end and coupled to the second foot member at or near the proximal ends of the second foot member and upper foot member, wherein the upper foot member is tapered, characterized in that the second foot member is tapered such that a thickness of the second foot member gradually increases toward the distal end of the second foot member. an elongate lower foot member (110, 210, 310, 410, 610, 710, 810, 910) extending from a heel end to a toe end; and an elongate second foot member (120, 220, 320, 420, 620, 720, 820, 920) extending from a proximal end to a distal end, wherein the second foot member is disposed above the lower foot member and coupled to the lower foot member proximate the distal end of the second foot member and proximal of the toe end of the lower foot member,; and an elongate upper foot member (130, 230, 330, 430, 630, 730, 830, 930) extending from a proximal end to a distal end and coupled to the second foot member at or near the proximal ends of the second foot member and upper foot member, wherein the upper foot member is tapered, characterized in that the second foot member is tapered such that a thickness of the second foot member gradually increases toward the distal end of the second foot member.
A laboratory centrifuge including - a casing surrounding a rotor that is accessible through an opening, - a lid mobile between a closed position to close said access opening and an open position to clear said access opening, and - means for the locking of said lid in said closed position, which locking means comprise: - at least one strike, - at least one bolt, which is mounted mobile in rotation about an axis of rotation between a locking position in which said bolt is associated with said strike, and an unlocking position in which said bolt is dissociated from said strike, and - operating means of said bolt comprising a motor shaft that is driven into rotation about itself by motor means (16 a), according to a motor axis of rotation extending parallel to the axis of rotation of said bolt, and that is coupled to said bolt through transmission means for the rotational operation of said bolt between its locking and unlocking positions, characterized in that said transmission means comprise a crank, extending said motor shaft, which carries an actuating member bearing on a contact surface (12 c 1, 12 c 2) formed on said bolt, so that the driving into eccentric rotation of said actuating member about said motor axis of rotation causes its circulation and bearing along said contact surface (12 c 1, 12 c 2) and the rotational control of said bolt between its locking and unlocking positions. - at least one strike, - at least one bolt, which is mounted mobile in rotation about an axis of rotation between a locking position in which said bolt is associated with said strike, and an unlocking position in which said bolt is dissociated from said strike, and - operating means of said bolt comprising a motor shaft that is driven into rotation about itself by motor means (16 a), according to a motor axis of rotation extending parallel to the axis of rotation of said bolt, and that is coupled to said bolt through transmission means for the rotational operation of said bolt between its locking and unlocking positions,
A composition comprising an effective amount of a complex comprising synthetic endoxifen, wherein said endoxifen is a free base or is in the form of a salt for use in the treatment or prevention of cancer.
Drive, comprising a converter-fed electric motor on which is arranged a sensor, in particular an angle-of-rotation transducer, for detecting the angular position of a shaft, in particular of a rotor shaft, of the electric motor, wherein the converter has signal electronics, in particular comprising a controller, and power electronics, comprising an inverter feeding the motor, wherein the inverter is fed from an intermediate circuit voltage, in particular which is more than 50 volts or more than 100 volts, wherein the intermediate circuit voltage feeds an intermediate circuit capacitor or a corresponding intermediate circuit capacitance, in particular is smoothed by the capacitor or capacitance, wherein the sensor comprises an electronic circuit for generating transducer signals with associated signal processing, characterised in that the electronic circuit of the sensor is electrically connected to an intermediate circuit potential of the intermediate circuit voltage, in particular therefore to one of the terminals of the intermediate circuit capacitor or a corresponding intermediate circuit capacitance, wherein a material measure is arranged at an axial end region of the shaft, wherein a printed circuit board comprised by the electronic circuit of the sensor is used as insulating means for electrical insulation between the material measure and the sensor, wherein the components (34, 35) of the electronic circuit are arranged on the side of the printed circuit board facing away from the material measure, in particular wherein the sensor is in operative connection with the material measure, in particular detects the material measure, in particular for detecting the angular position, in particular wherein the printed circuit board has, on the side facing away from the material measure, metallic regions, in particular wherein the regions form a regular grid.
A method for optimizing the locating accuracy of an RFID tag in an ultra-high-frequency radio range of a system for locating RFID tags comprising multiple reading devices, characterized in that a first locating of the RFID tag is initially carried out by means of Two-Way-Ranging methods, signal strength-based (RSSI-based) approaches, Time-Difference-of-Arrival (TDOA) methods, Time-of-Arrival methods or Phase-Difference-of-Arrival (PDOA) methods, wherein the RFID tag is for this purpose detected by at least one reading device (1, 2) if Two-Way-Ranging methods or signal strength-based (RSSI-based) approaches are used for the first locating or by multiple reading devices (1, 2) if Time-Difference-of-Arrival (TDOA), Time-of-Arrival or Phase-Difference-of-Arrival (PDOA) methods are used for the first locating, wherein cold spots, i.e. points with minimal amplitude in space, subsequently are purposefully generated or shifted by means of a predefined variation of the phase position, the frequency and/or the transmission amplitude of the individual reading devices and the location and volume of said cold spots as a function of the phase position, the frequency and/or the transmission amplitude of the individual reading devices is known based on simulations and/or measurements, and wherein an RFID tag, which is no longer detected by any reading device (1, 2), is located in a cold spot that lies closest to the coordinates determined based on the first locating of the RFID tag.
A device for measuring the tread profile of a tire by means of a measuring module comprising at least one illumination means which is designed and arranged such that it projects a pattern including a plurality of light stripes onto the profile to be measured during operation, and at least one image recording means which is designed to capture at least one image of at least a portion of the profile to be measured, the at least two light stripes having different colors in the range of the visible light, the at least one illumination means comprising at least one transmission body which is adapted to create said pattern, and the transmission body being formed such that the colors of the individual light stripes are clearly distinguishable by the at least one image recording means, characterized in that the colors of juxtaposed light stripes in a 360° color circle have a color angle of 60°.
Combination comprising: - Calendula officinalis flower oil; - Curcuma longa root extract; and - Eugenia caryophyllus bud extract, each present in an amount of 1-3% by weight with respect to the total weight of the combination. - Calendula officinalis flower oil; - Curcuma longa root extract; and - Eugenia caryophyllus bud extract,
A method of machining, in particular severing, at least one concrete part, in particular at least one extruded profile for the production of a precast concrete product like for example a hollow ceiling, comprising the following method steps: - there is provided at least one concrete part preferably produced by means of an extruder or slipform production apparatus, - at least one marking is applied to the at least one concrete part, preferably by means of an automatic marking apparatus and/or manually, - at least one machining apparatus, preferably a cutting apparatus, for machining the at least one concrete part, is arranged relative to the at least one concrete part, - the at least one marking is detected by means of at least one marking detection apparatus and the marking data generated in that case are transmitted to the at least one machining apparatus, and - the at least one concrete part is machined using the generated marking data by means of the at least one machining apparatus, characterized in that - in a further method step additional data are provided for positioning the at least one machining apparatus relative to the at least one concrete part and/or for processing the at least one concrete part by the at least one machining apparatus, wherein the at least one concrete part is machined using those additional data by means of the at least one machining apparatus. - there is provided at least one concrete part preferably produced by means of an extruder or slipform production apparatus, - at least one marking is applied to the at least one concrete part, preferably by means of an automatic marking apparatus and/or manually, - at least one machining apparatus, preferably a cutting apparatus, for machining the at least one concrete part, is arranged relative to the at least one concrete part, - the at least one marking is detected by means of at least one marking detection apparatus and the marking data generated in that case are transmitted to the at least one machining apparatus, and - the at least one concrete part is machined using the generated marking data by means of the at least one machining apparatus, characterized in that - in a further method step additional data are provided for positioning the at least one machining apparatus relative to the at least one concrete part and/or for processing the at least one concrete part by the at least one machining apparatus, wherein the at least one concrete part is machined using those additional data by means of the at least one machining apparatus.
A computer implemented method performed by an electronic device connected to a plurality of other devices (402, 403) and comprising a display and an input device for receiving user input, the method comprising: receiving a first multi-touch gesture that expands a presentation to fill a screen of the electronic device, wherein the first multi-touch gesture is a reverse pinch constituted by two touches on the presentation and an increasing distance between the two touches; causing display of the presentation at the plurality of connected devices (201, 402, 403) in response to the presentation filling the screen according to receipt of the first multi-touch gesture; preventing, after the causing, the plurality of connected devices (201, 402, 403) from not displaying the presentation; receiving a second multi-touch gesture that contracts the presentation to fill less than the screen, wherein the second multi-touch gesture is a pinch constituted by another two touches on the presentation and a decreasing distance between the another two touches; and causing removal of the display of the presentation from the plurality of connected devices in response to contracting the presentation according to receipt of the second multi-touch gesture. receiving a first multi-touch gesture that expands a presentation to fill a screen of the electronic device, wherein the first multi-touch gesture is a reverse pinch constituted by two touches on the presentation and an increasing distance between the two touches; causing display of the presentation at the plurality of connected devices (201, 402, 403) in response to the presentation filling the screen according to receipt of the first multi-touch gesture; preventing, after the causing, the plurality of connected devices (201, 402, 403) from not displaying the presentation; receiving a second multi-touch gesture that contracts the presentation to fill less than the screen, wherein the second multi-touch gesture is a pinch constituted by another two touches on the presentation and a decreasing distance between the another two touches; and causing removal of the display of the presentation from the plurality of connected devices in response to contracting the presentation according to receipt of the second multi-touch gesture.
A computer related security method incorporating human participation, the method comprising: receiving a request for data stored in a storage medium; responsive to the request, transmitting from a client agent to a server, a puzzle request and a retrieval tag, wherein the retrieval tag is suitable for enabling the retrieval of a verification blob comprising an encrypted solution to a puzzle; receiving, at the client agent, from the server, the puzzle, wherein human participation is intended to obtain a solution to the puzzle, and a correct solution to the puzzle; transmitting the puzzle from the client agent to a user; receiving, from the user, a proposed solution to the puzzle; transmitting to the user, a query seeking identification of a stored secret; receiving from the user, a response to the query seeking identification of the stored secret; transmitting to the server, the proposed solution to the puzzle and the response to the query; using in the server, the retrieval tag received from the client agent to retrieve the verification blob; determining if the proposed solution and the response to the query is correct; and if the proposed solution and the response to the query is correct, allowing access to the data stored in the storage medium. receiving a request for data stored in a storage medium; responsive to the request, transmitting from a client agent to a server, a puzzle request and a retrieval tag, wherein the retrieval tag is suitable for enabling the retrieval of a verification blob comprising an encrypted solution to a puzzle; receiving, at the client agent, from the server, the puzzle, wherein human participation is intended to obtain a solution to the puzzle, and a correct solution to the puzzle; transmitting the puzzle from the client agent to a user; receiving, from the user, a proposed solution to the puzzle; transmitting to the user, a query seeking identification of a stored secret; receiving from the user, a response to the query seeking identification of the stored secret; transmitting to the server, the proposed solution to the puzzle and the response to the query; using in the server, the retrieval tag received from the client agent to retrieve the verification blob; determining if the proposed solution and the response to the query is correct; and if the proposed solution and the response to the query is correct, allowing access to the data stored in the storage medium.
An in vitro method for precisely inducing a nucleic acid cleavage in a genetic sequence in a cell comprising: (a) Selecting a first and second double-stranded nucleic acid target in said genetic sequence, each nucleic acid target comprising, on one strand, a protospacer adjacent motif at one 3' extremity; (b) engineering two CRISPR targeting RNAs (crRNAs) comprising each: - a sequence complementary to one part of the opposite strand of the nucleic acid target that does not comprise the PAM motif, and - a 3' extension sequence; (c) providing at least one trans-activating CRISPR targeting RNA (tracrRNA) comprising a sequence complementary to one part of the 3' extension sequences of said crRNAs under b); (d) providing at least one cas9 nickase which is a cas9 nuclease harboring either a non-functional RuvC-like or a non-functional HNH nuclease domain and recognizing said PAM motif(s); (e) introducing into the cell said crRNAs, said tracrRNA(s) and said Cas9 nickase; wherein the cell is a T-cell, such that each Cas9-tracrRNA:crRNA complex induces a nick event in double-stranded nucleic acid targets in order to cleave the genetic sequence between said first and second nucleic acid targets. (a) Selecting a first and second double-stranded nucleic acid target in said genetic sequence, each nucleic acid target comprising, on one strand, a protospacer adjacent motif at one 3' extremity; (b) engineering two CRISPR targeting RNAs (crRNAs) comprising each: - a sequence complementary to one part of the opposite strand of the nucleic acid target that does not comprise the PAM motif, and - a 3' extension sequence; - a sequence complementary to one part of the opposite strand of the nucleic acid target that does not comprise the PAM motif, and - a 3' extension sequence; (c) providing at least one trans-activating CRISPR targeting RNA (tracrRNA) comprising a sequence complementary to one part of the 3' extension sequences of said crRNAs under b); (d) providing at least one cas9 nickase which is a cas9 nuclease harboring either a non-functional RuvC-like or a non-functional HNH nuclease domain and recognizing said PAM motif(s); (e) introducing into the cell said crRNAs, said tracrRNA(s) and said Cas9 nickase; wherein the cell is a T-cell,
Method for determining the pollutant emissions of a vehicle that has covered a path, said vehicle comprising an internal combustion engine and a system for the post-treatment of the exhaust gases from said engine, said method implementing an onboard measurement system comprising at least one sensor positioned downstream of said post-treatment system and a computer system for determining said pollutant emissions of said vehicle by implementing a generic model (MOD GEN) of said vehicle, characterized in that the following steps are implemented: a) a volumetric concentration of said pollutant emissions (Rmes) downstream of said post-treatment system is measured by means of said sensor; b) the fuel consumption of said vehicle is estimated using said generic model of said vehicle; c) the mass flow rate of carbon dioxide downstream of said post-treatment system is determined from said estimated fuel consumption of said engine; and d) the pollutant emissions Q pol downstream of said post-treatment system of said vehicle are determined from said measurement of said volumetric concentration of said pollutant emissions and from said determined mass flow rate of carbon dioxide. a) a volumetric concentration of said pollutant emissions (Rmes) downstream of said post-treatment system is measured by means of said sensor; b) the fuel consumption of said vehicle is estimated using said generic model of said vehicle; c) the mass flow rate of carbon dioxide downstream of said post-treatment system is determined from said estimated fuel consumption of said engine; and d) the pollutant emissions Q pol downstream of said post-treatment system of said vehicle are determined from said measurement of said volumetric concentration of said pollutant emissions and from said determined mass flow rate of carbon dioxide.
A compound of Formula (Ia), or a pharmaceutically acceptable salt thereof: wherein, R 1 is hydrogen; R 2 is hydrogen or CH 3; R 3 is CH 3 or CF 3; and A is N or CH. R 1 is hydrogen; R 2 is hydrogen or CH 3; R 3 is CH 3 or CF 3; and A is N or CH.
An endodontic obturator for dispensing gutta percha, the obturator comprising: a body having a handle portion for a dentist or other medical technician to hold while dispensing gutta percha; a disposable cartridge coupleable with the body and containing the gutta percha to be dispensed; a mechanism operable to generate pressure in the disposable cartridge to dispense the gutta percha from the cartridge; a heater operable to heat the gutta percha in the cartridge to help dispense the gutta percha from the cartridge; characterized by comprising a thermal barrier that lies longitudinally between the heater and the handle portion of the body, and is operable to resist the flow of heat from the heater toward the handle portion. a body having a handle portion for a dentist or other medical technician to hold while dispensing gutta percha; a disposable cartridge coupleable with the body and containing the gutta percha to be dispensed; a mechanism operable to generate pressure in the disposable cartridge to dispense the gutta percha from the cartridge; a heater operable to heat the gutta percha in the cartridge to help dispense the gutta percha from the cartridge; a thermal barrier that lies longitudinally between the heater and the handle portion of the body, and is operable to resist the flow of heat from the heater toward the handle portion.
A computer-implemented method comprising: determining that intervention in an operation of one or more autonomous driving capabilities of a vehicle is appropriate, in which determining that intervention is appropriate comprises determining that one or more components of the vehicle are in an abnormal condition; based on the determination, enabling a person to provide information for an intervention; requesting a teleoperation command regarding the operation of the vehicle; before the teleoperation command is received, configuring the vehicle to execute a fallback operation of the autonomous driving capabilities; receiving the teleoperation command expressed in a natural language; converting the teleoperation command into machine instructions for the one or more autonomous driving capabilities of the vehicle; and causing the intervention in the operation of the one or more autonomous driving capabilities of the vehicle. determining that intervention in an operation of one or more autonomous driving capabilities of a vehicle is appropriate, in which determining that intervention is appropriate comprises determining that one or more components of the vehicle are in an abnormal condition; based on the determination, enabling a person to provide information for an intervention; requesting a teleoperation command regarding the operation of the vehicle; before the teleoperation command is received, configuring the vehicle to execute a fallback operation of the autonomous driving capabilities; receiving the teleoperation command expressed in a natural language; converting the teleoperation command into machine instructions for the one or more autonomous driving capabilities of the vehicle; and causing the intervention in the operation of the one or more autonomous driving capabilities of the vehicle.