mhurhangee/ep-ind-claims huggingface dataset:
Prefabricated end anchorage for a soil and/or rock anchor that is insertable into a borehole in the soil or rock, respectively, comprising a tension member including at least one tensioning strand, the wires of the tensioning strand being compressed to form an end in the form of a compressed head that is retained on an anchor plate, characterised in that the compressed head is embedded in a grouting (8, 9) and a part of the tension member which, seen in the direction toward the compressed head, is located in front of the anchor plate, is embedded in a filling and surrounded by a tube.
Self-powered detection device comprising a Non-Volatile Memory unit (18; 34; 52) formed at least by a NVM cell (24; T1; 66; 72; 74; 80; 84) and a sensor (10,16) which is activated by a physical or chemical action or phenomenon, this sensor forming an energy harvester that transforms energy from said physical or chemical action or phenomenon into an electrical stimulus pulse, said NVM unit being arranged for storing in said NVM cell, by using only the electrical power of said electrical stimulus pulse, a bit of information relative to the detection by said sensor, during a detection mode of the self-powered detection device, of at least one physical or chemical action or phenomenon applied to said sensor with at least a given strength or intensity and resulting in a voltage stimulus signal generated by said sensor and provided between a set control terminal and a base terminal (SET *) of said NVM unit with at least a given set voltage, said NVM cell having, in said detection mode, a first terminal (A; G) electrically connected to said set control terminal and a second terminal (B; 1) electrically connected to said base terminal of said NVM unit, said self-powered detection device further comprising a read circuit (20; 28; 56) or being arranged to be coupled to such a read circuit, characterized in that, in a read mode of said self-powered detection device wherein at least said read circuit is powered by a power source, this read circuit is electrically connected to said second terminal (B; 1) of the NVM cell for reading the state of the NVM cell via the second terminal, and in that the self-powered detection device comprises a switch (T2, 26; 58,60) arranged in the electrical path between the ground of said sensor and said second terminal of the NVM cell and having its control gate electrically connected to said set control terminal in said detection mode, said switch being ON when its control gate receives said voltage stimulus signal and the self-powered detection device being arranged so that the switch is OFF in said read mode.
A method for processing biometric data, the method comprising: obtaining, by a processing device (304, 308), enrollment biometric data of an enrolling user; and encoding, by a processing device (304, 308), the enrollment biometric data using an enrollment random projection transform to produce transformed enrollment biometric data, wherein knowledge of the enrollment random projection transform and the transformed enrollment biometric data is insufficient to reconstruct the enrollment biometric data; and wherein reconstructed enrollment biometric data and reconstructed authentication biometric data are determined through joint decoding based in part upon the transformed enrollment biometric data and the enrollment random projection transform. obtaining, by a processing device (304, 308), enrollment biometric data of an enrolling user; and encoding, by a processing device (304, 308), the enrollment biometric data using an enrollment random projection transform to produce transformed enrollment biometric data, wherein knowledge of the enrollment random projection transform and the transformed enrollment biometric data is insufficient to reconstruct the enrollment biometric data; and wherein reconstructed enrollment biometric data and reconstructed authentication biometric data are determined through joint decoding based in part upon the transformed enrollment biometric data and the enrollment random projection transform.
An antiperspirant/deodorant composition comprising: an oil-in-water emulsion base comprising: an emulsifier comprising a mixture of steareth-2 and steareth-20, a plant-based oil, a polyol, and water; and an antiperspirant active dispersed in the oil-in-water emulsion base, wherein the antiperspirant active consists essentially of an amino acid, calcium carbonate, and a zinc-based antiperspirant active, wherein the zinc-based antiperspirant active is free of zinc oxide-amino acid-halide complex, amino acid-halide, and chelated zinc oxide complex; and wherein the composition is aluminum-free. an oil-in-water emulsion base comprising: an emulsifier comprising a mixture of steareth-2 and steareth-20, a plant-based oil, a polyol, and water; and an emulsifier comprising a mixture of steareth-2 and steareth-20, a plant-based oil, a polyol, and water; and an antiperspirant active dispersed in the oil-in-water emulsion base, wherein the antiperspirant active consists essentially of an amino acid, calcium carbonate, and a zinc-based antiperspirant active, wherein the zinc-based antiperspirant active is free of zinc oxide-amino acid-halide complex, amino acid-halide, and chelated zinc oxide complex; and wherein the composition is aluminum-free.
Antitheft device for a vehicle steering column, including a lock comprising a rotor and a stator one of which has a pin and the other of which has a groove for receiving the pin and shaped such that, from a predetermined angular position, a rotation of the rotor with respect to the stator in a predetermined direction requires a preliminary pressing of the rotor with respect to the stator in the direction of the inside of the device, with the position referred to as operating and the direction referred to as stopping, and said groove shaped such that it is possible, without prior pressing of the rotor, to rotate in a direction opposite the direction of stopping in order to reach the operating position, characterised in that said pin is received in the groove when the rotor rotates in the direction of stopping and in the direction opposite of said stopping direction.
An assembly comprising a catheter assembly for insertion into a body of a patient, the catheter assembly comprising: an elongate catheter tube defining at least one lumen extending between a proximal end and a distal end; a bifurcation hub operably attached to the catheter tube; and an extension leg operably attached to the bifurcation hub, the bifurcation hub and extension leg defining at least one fluid passageway in fluid communication with the at least one lumen of the catheter tube; at least one sensor included with at least one of the bifurcation hub, the extension leg, and a proximal end of the catheter tube, the at least one sensor configured to detect at least one of a physiological aspect of the patient and a physical aspect of the catheter assembly; the assembly further comprising: a securement device configured to be placed on the skin of the patient and operably connect with and secure in place the catheter assembly, the securement device comprising a communication module configured to wirelessly transmit data sensed by the at least one sensor to a receipt location. an elongate catheter tube defining at least one lumen extending between a proximal end and a distal end; a bifurcation hub operably attached to the catheter tube; and an extension leg operably attached to the bifurcation hub, the bifurcation hub and extension leg defining at least one fluid passageway in fluid communication with the at least one lumen of the catheter tube; at least one sensor included with at least one of the bifurcation hub, the extension leg, and a proximal end of the catheter tube, the at least one sensor configured to detect at least one of a physiological aspect of the patient and a physical aspect of the catheter assembly; the assembly further comprising: a securement device configured to be placed on the skin of the patient and operably connect with and secure in place the catheter assembly, the securement device comprising a communication module configured to wirelessly transmit data sensed by the at least one sensor to a receipt location.
A medical device comprising: a shaft including a distal end including a passive electrode that defines a central opening extending through the passive electrode; an active electrode within the central opening, wherein the active electrode is movable between at least: an extended position in which the active electrode does not contact the passive electrode, and a retracted position in which the active electrode contacts the passive electrode, and wherein the shaft includes a central lumen configured to direct a flow of fluid through the shaft, and characterized in that the active electrode includes an electrode lumen in fluid communication with the central lumen, wherein the electrode lumen is configured to receive the flow of fluid from the central lumen and direct the fluid distally through an opening. a shaft including a distal end including a passive electrode that defines a central opening extending through the passive electrode; an active electrode within the central opening, wherein the active electrode is movable between at least: an extended position in which the active electrode does not contact the passive electrode, and a retracted position in which the active electrode contacts the passive electrode, and wherein the shaft includes a central lumen configured to direct a flow of fluid through the shaft, and characterized in that the active electrode includes an electrode lumen in fluid communication with the central lumen, wherein the electrode lumen is configured to receive the flow of fluid from the central lumen and direct the fluid distally through an opening. an extended position in which the active electrode does not contact the passive electrode, and a retracted position in which the active electrode contacts the passive electrode, and wherein the shaft includes a central lumen configured to direct a flow of fluid through the shaft, and characterized in that the active electrode includes an electrode lumen in fluid communication with the central lumen, wherein the electrode lumen is configured to receive the flow of fluid from the central lumen and direct the fluid distally through an opening.
Chimney extension adapted to be installed on a chimney body, in particular to the outlet of a diameter-standardized flue lining, comprising: a cover lid, a bottom part with an internal groove for a round seal, an upper part with side perimeter carve-outs under the cover lid, a dispersion cone for lateral dispersion of the outlet flue gas to the ambient environment through side perimeter carve-outs under the cover lid, and a reduced part connected to the bottom part and with a transition to the upper part, characterized by similar cut-outs arranged along the perimeter of the upper part of the dispersion cone and opposite to the side perimeter carve-outs. a cover lid, a bottom part with an internal groove for a round seal, an upper part with side perimeter carve-outs under the cover lid, a dispersion cone for lateral dispersion of the outlet flue gas to the ambient environment through side perimeter carve-outs under the cover lid, and a reduced part connected to the bottom part and with a transition to the upper part, characterized by similar cut-outs arranged along the perimeter of the upper part of the dispersion cone and opposite to the side perimeter carve-outs.
A pharmaceutical formulation comprising the peptide Arg 34, Lys 26 (N-ε-(γ-Glu(N-α-hexadecanoyl)))-GLP-1 and propylene glycol, wherein said propylene glycol is present in said formulation in a final concentration of from 5 mg/ml to 50 mg/ml, and wherein said formulation has a pH of from 7.0 to 10.0.
An inkjet head, comprising: a pressure chamber into which ink is filled; a nozzle configured to be connected with the pressure chamber (15, 15a-c); an actuator (16a, 16b) configured to change volume of the inside of the pressure chamber to eject an ink droplet from the nozzle connected with the pressure chamber; and a drive circuit configured to output a drive signal which contains an expansion pulse for increasing the volume of the pressure chamber and a contraction pulse for decreasing the volume of the pressure chamber at the time of ejection of an ink droplet and output a precursor signal for changing the volume of the pressure chamber to a level at which the ink droplet is not ejected from the nozzle at the time of a precursor minute vibration for minutely vibrating ink, wherein the drive circuit outputs the precursor signal in such a manner that an electric field generated in the actuator according to the precursor signal is smaller than that generated in the actuator according to the drive signal, characterized in that the drive circuit is configured to output the precursor signal to enable the precursor minute vibration to be executed for (N-n) times after the drive signal for ejecting n (n<N) drops when the maximal number of drops in a gradation printing is N. a pressure chamber into which ink is filled; a nozzle configured to be connected with the pressure chamber (15, 15a-c); an actuator (16a, 16b) configured to change volume of the inside of the pressure chamber to eject an ink droplet from the nozzle connected with the pressure chamber; and a drive circuit configured to output a drive signal which contains an expansion pulse for increasing the volume of the pressure chamber and a contraction pulse for decreasing the volume of the pressure chamber at the time of ejection of an ink droplet and output a precursor signal for changing the volume of the pressure chamber to a level at which the ink droplet is not ejected from the nozzle at the time of a precursor minute vibration for minutely vibrating ink, wherein the drive circuit outputs the precursor signal in such a manner that an electric field generated in the actuator according to the precursor signal is smaller than that generated in the actuator according to the drive signal, characterized in that the drive circuit is configured to output the precursor signal to enable the precursor minute vibration to be executed for (N-n) times after the drive signal for ejecting n (n<N) drops when the maximal number of drops in a gradation printing is N.
A method of operating an article of footwear having a control unit and a color change portion, comprising: measuring a performance parameter; coloring the color change portion with a first color when the performance parameter is in a first range of values; coloring the color change portion with a second color when the performance parameter is in a second range of values, the second range of values being substantially different from the first range of values and the second color being substantially different from the first color; and downloading information related to a performance parameter to a computer automatically, when the article of footwear is connected to the computer using a wired connection, wherein the computer sends a signal to the control unit to change the color change portion to second color; and wherein the color change portion comprises an electrochromographic material. measuring a performance parameter; coloring the color change portion with a first color when the performance parameter is in a first range of values; coloring the color change portion with a second color when the performance parameter is in a second range of values, the second range of values being substantially different from the first range of values and the second color being substantially different from the first color; and downloading information related to a performance parameter to a computer automatically, when the article of footwear is connected to the computer using a wired connection, wherein the computer sends a signal to the control unit to change the color change portion to second color; and wherein the color change portion comprises an electrochromographic material.
Surface renovation device comprising a main body which houses electrical rotary drive means and a part of which constitutes a gripping means, and a rotary shaft having a first end connected to the drive means and a second end opposite said first end, as well as a partially open protective casing comprising a body and a lateral closing cheek which is arranged in a plane perpendicular to the shaft and opposite the second end of the shaft, characterized in that the lateral closing cheek remains integral with the body of the casing when opened and is capable of being pivotally movable via a pivot which is directly integral with the body of the casing and the cheek.
A method of configuring a first computing device to provide a secondary authentication password for a password-protected web service, the method comprising: capturing, using an image capture device communicatively coupled to a first computing device, an encoded graphical image presented by a display of a second computing device, wherein the encoded graphical image comprises at least one indication of a uniform resource locator, URL, wherein the URL indicates a location where a secure authentication key can be accessed; accessing the secure authentication key from the location indicated by the URL; storing the secure authentication key on the first computing device; generating the secondary authentication password using the stored secure authentication key; and using the secondary authentication password to acquire access to a password-protected web service. capturing, using an image capture device communicatively coupled to a first computing device, an encoded graphical image presented by a display of a second computing device, wherein the encoded graphical image comprises at least one indication of a uniform resource locator, URL, wherein the URL indicates a location where a secure authentication key can be accessed; accessing the secure authentication key from the location indicated by the URL; storing the secure authentication key on the first computing device; generating the secondary authentication password using the stored secure authentication key; and using the secondary authentication password to acquire access to a password-protected web service.
Arrangement of a disc brake for a commercial vehicle and of an axle flange, wherein the disc brake has a brake calliper, which encompasses a brake disc and is attached to a stationary adapter while being axially displaceable with reference to the brake disc, wherein the adapter is attached to the axle flange with fastening elements (7, 7') in tangential interfaces having surfaces (5b, 5'b; 9, 9') arranged perpendicular to the brake disc, wherein the tangential interfaces have at least one positive-locking connection between one adapter flange (4a, 4'a) each of the adapter and one connecting section (5a. 5'a) each of the axle flange, characterised in that the at least one positive-locking connection has at least one peg in the form of a projection (15, 15'; 17, 17'; 19, 19'; 21, 21') and a corresponding recess (14, 14'; 16, 16'; 18, 18'; 20, 20') at the counterpart for an engagement of the projection (15, 15'; 17, 17'; 19, 19'; 21, 21'). wherein the tangential interfaces have at least one positive-locking connection between one adapter flange (4a, 4'a) each of the adapter and one connecting section (5a. 5'a) each of the axle flange, characterised in that the at least one positive-locking connection has at least one peg in the form of a projection (15, 15'; 17, 17'; 19, 19'; 21, 21') and a corresponding recess (14, 14'; 16, 16'; 18, 18'; 20, 20') at the counterpart for an engagement of the projection (15, 15'; 17, 17'; 19, 19'; 21, 21').
A method for heating an object having a variable weight, said object including a medium; said method comprising the steps of: placing said object including said medium into an enclosure; wherein said object absorbs said medium in a first "cool" state; and said object includes a maximum weight in said first "cool" state due to absorption of said medium; and initiating a heating process by subjecting said medium including said object to an AC electrical field originated from an RF power source; wherein said object is substantially free from said medium in a second "heated" state due to evaporative release of said medium from said object; characterized in that said enclosure comprises a rotating dryer drum having at least one anode element (28, 30) and at least one cathode area; wherein at least one impeller inside the dryer drum is configured to function as the at least one anode element (28, 30); and the method further comprising the step of controlling said heating process by taking real time measurements and by controlling RF parameters in real time based upon said measurements, wherein said heating process is completed when said object is transitioned into said second "heated" state. placing said object including said medium into an enclosure; wherein said object absorbs said medium in a first "cool" state; and said object includes a maximum weight in said first "cool" state due to absorption of said medium; and initiating a heating process by subjecting said medium including said object to an AC electrical field originated from an RF power source; wherein said object is substantially free from said medium in a second "heated" state due to evaporative release of said medium from said object; characterized in that said enclosure comprises a rotating dryer drum having at least one anode element (28, 30) and at least one cathode area; wherein at least one impeller inside the dryer drum is configured to function as the at least one anode element (28, 30); and the method further comprising the step of controlling said heating process by taking real time measurements and by controlling RF parameters in real time based upon said measurements, wherein said heating process is completed when said object is transitioned into said second "heated" state.
A method for verifying and accepting a patch request from a patch initiator, the method comprising the steps of: receiving, by an agent in a network element, the patch request from the patch initiator; determining, by the agent, with a blockchain network peer, whether the patch request is included in a plurality of patch requests being accepted by the blockchain network peer; determining, by the agent, whether the patch request is next in an order specified by the blockchain network peer, and applying, by the agent, the patch of the patch request to the network element if the patch request is accepted by the blockchain network peer and is next in the order specified by the blockchain network peer. receiving, by an agent in a network element, the patch request from the patch initiator; determining, by the agent, with a blockchain network peer, whether the patch request is included in a plurality of patch requests being accepted by the blockchain network peer; determining, by the agent, whether the patch request is next in an order specified by the blockchain network peer, and applying, by the agent, the patch of the patch request to the network element if the patch request is accepted by the blockchain network peer and is next in the order specified by the blockchain network peer.