mhurhangee/ep-ind-claims huggingface dataset:
A handle system for a wing of a window or door, said wing being provided with a lock body of the type comprising a closing element movable between a configuration in which it is extracted from the lock body and a configuration in which it is retracted inside the lock body and a control member kinematically connected to the closing element and subjectable to a pushing or pulling force in order to translate between at least two operating positions corresponding, respectively, to the extracted and retracted configurations of the closing element, said system comprising: - a pair of base elements (101a,101b) integrally associable with a wing of a window or door in opposite positions relative to the lock body; - a pair of grippable elements (102a,102b) suitable for exerting a pushing or pulling force on the control member in order to bring about the translation thereof; - a spacer means integrally associated with the base elements (101a,101b) and operatively positionable between each base element (101a,101b) and the lock body so as to generate on the lock body a constraint reaction to the pushing or pulling force applied on the control member by said grippable elements (102a,102b), in such a way as to prevent a shifting of the lock body in the direction of application of the force, so that the lock body is maintained in a stable position during the application of said force, wherein said spacer means comprises a plurality of plugs (103a,118) which, during use, extend between each base element (101a,101b) and the lock body according to a pre-established variable length of extension, and wherein each plug (103a, 118) is slidingly inserted in a guide (104,128) associable with a base element (101a,101b) or with the lock body, said plug (103a,118) being movable between a plurality of stable positions nearer to or farther away from, respectively, the lock body or the base element (101a,101b), in order to adjust the distance between the base elements (101a,101b) and the lock body. - a pair of base elements (101a,101b) integrally associable with a wing of a window or door in opposite positions relative to the lock body; - a pair of grippable elements (102a,102b) suitable for exerting a pushing or pulling force on the control member in order to bring about the translation thereof; - a spacer means integrally associated with the base elements (101a,101b) and operatively positionable between each base element (101a,101b) and the lock body so as to generate on the lock body a constraint reaction to the pushing or pulling force applied on the control member by said grippable elements (102a,102b), in such a way as to prevent a shifting of the lock body in the direction of application of the force, so that the lock body is maintained in a stable position during the application of said force, wherein said spacer means comprises a plurality of plugs (103a,118) which, during use, extend between each base element (101a,101b) and the lock body according to a pre-established variable length of extension, and
A method of inducing neuronal injury in one or more regions of interest in a non-human animal comprising the introduction to one or more regions of the animal's central nervous system of a composition comprising fibrinogen or a biologically active fragment thereof which induces microglial activation in the CNS to induce neuronal injury.
A method of producing a population of immune cells depleted of immune cells expressing an endogenous TCR, wherein the immune cells are genetically modified to be deficient for the endogenous TCRα or TCRβ gene in order to reduce or eliminate expression of the endogenous TCR, the method comprising: (a) labeling a population of immune cells with an anti-TCR antibody and an anti-CD3 antibody; and (b) separating anti-TCR antibody labeled immune cells and anti-CD3 antibody labeled immune cells from the population of immune cells. (a) labeling a population of immune cells with an anti-TCR antibody and an anti-CD3 antibody; and (b) separating anti-TCR antibody labeled immune cells and anti-CD3 antibody labeled immune cells from the population of immune cells.
A tire tread block in a tire, comprising a tire sipe having a depth D1; a radially outer sipe taper portion having a depth D2, a radially outer sipe width W1 and a radially outer sipe transition width W2, wherein the radially outer sipe width W1 is greater than the radially outer sipe transition width W2; and a sipe radially central portion having a plurality of individual sipe radially angled portions (328, 330, 332, 334) oriented in a zig-zag pattern, wherein the sipe radially central portion is oriented radially inwardly of the radially outer sipe taper portion, characterized in that each of the sipe radially angled portions (328, 330, 332, 334) is oriented at an angle A1 relative to a circumferential direction of the tire, wherein the angle A1 is between about 36 degrees and about 54 degrees. a depth D1; a radially outer sipe taper portion having a depth D2, a radially outer sipe width W1 and a radially outer sipe transition width W2, wherein the radially outer sipe width W1 is greater than the radially outer sipe transition width W2; and a sipe radially central portion having a plurality of individual sipe radially angled portions (328, 330, 332, 334) oriented in a zig-zag pattern, wherein the sipe radially central portion is oriented radially inwardly of the radially outer sipe taper portion,
A method for detecting thermal runaway of a battery pack including at least one battery module (20a, 20b, 20c) in a master battery management system, BMS, the method comprising: detecting a communication error with at least one slave BMS (100a, 100b, 100c) that is configured to detect information on the at least one battery module; if a communication error with the at least one BMS is detected, obtaining the temperature of a master board from a temperature sensor located on the master board in which the master BMS is installed or obtaining the temperature of battery coolant that cools the at least one battery module; and detecting thermal runaway of the battery pack using the temperature of the master board or the temperature of the battery coolant. detecting a communication error with at least one slave BMS (100a, 100b, 100c) that is configured to detect information on the at least one battery module; if a communication error with the at least one BMS is detected, obtaining the temperature of a master board from a temperature sensor located on the master board in which the master BMS is installed or obtaining the temperature of battery coolant that cools the at least one battery module; and detecting thermal runaway of the battery pack using the temperature of the master board or the temperature of the battery coolant.
A method for selecting a beam direction for a radio communications device, the method being performed by the radio communications device, the method comprising: obtaining radio channel estimates of a radio channel on which radio waves have been transmitted between the radio communications device and another radio communications device at an angle of arrival and an angle of departure; determining multiple Doppler shifts from the radio channel estimates, the multiple Doppler shifts defining a Doppler spread of the radio channel estimates; estimating the angle of arrival and the angle of departure of the radio waves based on the multiple Doppler shifts, wherein the estimation comprises: determining (S106a) speed, V r, of the radio communications device from the Doppler spread; determining (S106b) a radial velocity based on the Doppler spread, the radial velocity defining a Doppler speed, V d; and estimating (S106c) the angle α of arrival and the angle of departure as α = cos − 1 V d V r; and selecting the beam direction for a signal to be transmitted between the radio communications device and said another radio communications device over the radio channel according to the estimated angle of arrival and the estimated angle of departure. obtaining radio channel estimates of a radio channel on which radio waves have been transmitted between the radio communications device and another radio communications device at an angle of arrival and an angle of departure; determining multiple Doppler shifts from the radio channel estimates, the multiple Doppler shifts defining a Doppler spread of the radio channel estimates; estimating the angle of arrival and the angle of departure of the radio waves based on the multiple Doppler shifts, wherein the estimation comprises: determining (S106a) speed, V r, of the radio communications device from the Doppler spread; determining (S106b) a radial velocity based on the Doppler spread, the radial velocity defining a Doppler speed, V d; and estimating (S106c) the angle α of arrival and the angle of departure as α = cos − 1 V d V r; and determining (S106a) speed, V r, of the radio communications device from the Doppler spread; determining (S106b) a radial velocity based on the Doppler spread, the radial velocity defining a Doppler speed, V d; and estimating (S106c) the angle α of arrival and the angle of departure as α = cos − 1 V d V r; and selecting the beam direction for a signal to be transmitted between the radio communications device and said another radio communications device over the radio channel according to the estimated angle of arrival and the estimated angle of departure.
A method in a wireless station for initiating radio resource measurements, said method comprising the steps of: identifying a need for radio resource measurements by a second wireless station; initiating a request for radio resource measurements by the second wireless station, charaterized in that there is no association between the wireless station and the second wireless station allowing direct radio communication between said stations and further that said identifying step includes a substep of identifying said second wireless station from the results of a previous radio resource measurement performed by the wireless station itself or performed and reported to the wireless station by a third wireless station. identifying a need for radio resource measurements by a second wireless station; initiating a request for radio resource measurements by the second wireless station, charaterized in that there is no association between the wireless station and the second wireless station allowing direct radio communication between said stations and further that said identifying step includes a substep of identifying said second wireless station from the results of a previous radio resource measurement performed by the wireless station itself or performed and reported to the wireless station by a third wireless station.
A decontaminant product for decontaminating a surface or object that is contaminated, or suspected to be contaminated, with a hazardous chemical agent, wherein the decontaminant product comprises polymeric material comprising a polymer of: (i) itaconic acid, or a derivative thereof such as an itaconic ester or an itaconic acid isomer; (ii) an acrylate monomer; (iii) urocanic acid, or a derivative thereof such as an ester thereof; (iv) a vinyl monomer; or (v) an amine monomer, wherein the decontaminant product is a sponge, gel, liquid, paste, ointment, lotion, cream, foam, or fabric product suitable for personal use. (i) itaconic acid, or a derivative thereof such as an itaconic ester or an itaconic acid isomer; (ii) an acrylate monomer; (iii) urocanic acid, or a derivative thereof such as an ester thereof; (iv) a vinyl monomer; or (v) an amine monomer,
Method for controlling applications that are installed on a security module that is associated with a mobile terminal, said module being capable of making transactions related to at least one application with an equipment, and of transmitting at least one command for connection to a management server for said application via the associated mobile terminal, characterized in that it includes the following steps: - incrementing (E102, E202, E302, E322) at least one transaction value (CA1, CAc) in a memory of the security module when a transaction is made by the application; - comparing (E104, E204, E304, E324) the transaction value with an associated predetermined value (CA1M, CAcM); - if the transaction value reaches its associated predetermined value, transmitting (E106, E206, E308, E326), by means of an application on the security module (AP1, Z), at least one command for connection to a management server for the application that is capable of verifying user rights for said application; and - if the command for connection fails, lockout (E114, E212, E310, E332) preventing any future selection of said at least one application; - if the connection is established and if the user rights for said application are valid, then receiving, from the management server, an order to reset said transaction value. - incrementing (E102, E202, E302, E322) at least one transaction value (CA1, CAc) in a memory of the security module when a transaction is made by the application; - comparing (E104, E204, E304, E324) the transaction value with an associated predetermined value (CA1M, CAcM); - if the transaction value reaches its associated predetermined value, transmitting (E106, E206, E308, E326), by means of an application on the security module (AP1, Z), at least one command for connection to a management server for the application that is capable of verifying user rights for said application; and - if the command for connection fails, lockout (E114, E212, E310, E332) preventing any future selection of said at least one application; - if the connection is established and if the user rights for said application are valid, then receiving, from the management server, an order to reset said transaction value.
A combustor with an ignition system, comprising: a combustor having a fuel injector; an igniter operatively associated with the combustor; and an electrode operatively associated with the combustor and spaced from the igniter, wherein an electrical potential is created between the igniter and the electrode to produce an electric arc therebetween, wherein the igniter is positioned downstream of the fuel injector, characterized in that the igniter and electrode are substantially diametrically opposed around the combustor, the igniter includes a housing and a terminal, wherein the terminal is recessed into the housing and the combustor includes a shell, and the electrode is a discrete element separate from, and mounted to, the shell. a combustor having a fuel injector; an igniter operatively associated with the combustor; and an electrode operatively associated with the combustor and spaced from the igniter, wherein an electrical potential is created between the igniter and the electrode to produce an electric arc therebetween, wherein the igniter is positioned downstream of the fuel injector, characterized in that the igniter and electrode are substantially diametrically opposed around the combustor, the igniter includes a housing and a terminal, wherein the terminal is recessed into the housing and the combustor includes a shell, and the electrode is a discrete element separate from, and mounted to, the shell.
Composition comprising platelet enriched plasma and stem cell conditioned medium (SC CM) and optionally DMSO and/or a gelling agent, wherein said SC CM is the medium harvested after the culturing of mesenchymal stem cells.
A percutaneous vascular surgical system comprising: a sheath having a proximal end and a distal end and defining a main lumen extending between the proximal and distal ends; at least one auxiliary lumen defined by the sheath; a reversibly inflatable first balloon located about the sheath adjacent the distal end and in fluid communication with the auxiliary lumen, the main lumen being accessible via an opening at the distal end located distally of the first balloon such as to allow fluid flow into the main lumen via the opening in the distal end when the first balloon is inflated; a negative pressure generator selectively connectable to the main lumen; and a vascular closure device (52; 152; 252) operable through the main lumen to seal an opening in a wall of a blood vessel through which vascular access of the sheath is achieved. a sheath having a proximal end and a distal end and defining a main lumen extending between the proximal and distal ends; at least one auxiliary lumen defined by the sheath; a reversibly inflatable first balloon located about the sheath adjacent the distal end and in fluid communication with the auxiliary lumen, the main lumen being accessible via an opening at the distal end located distally of the first balloon such as to allow fluid flow into the main lumen via the opening in the distal end when the first balloon is inflated; a negative pressure generator selectively connectable to the main lumen; and a vascular closure device (52; 152; 252) operable through the main lumen to seal an opening in a wall of a blood vessel through which vascular access of the sheath is achieved.
Furniture fitting for a movable furniture part, in particular door, flap, drawer or the like, with at least one fitting component with mounting elements which are assigned to and may be inserted into mounting holes formed on the movable furniture part or on a furniture carcass of a piece of furniture equipped with the movable furniture part, wherein the mounting elements are in each case assigned at least one spreader element which may be spread open radially through a mounting movement acting between mounting element and spreader element and may be braced, in a clamped position reachable in this way, with a wall of the mounting hole, wherein the spreader element or elements has or have a through hole through which it or they may be strung on to the assigned mounting element and mounted there movable relative to the latter, that the radial spreading apart and bracing with the wall of the mounting hole are achievable via a reduction in the axial dimension of the spreader element, wherein the spreader element has a curvature, the curvature height of which in the axial direction may be reduced under the action of the mounting movement with radial spreading apart, wherein the spreader element is in the form of an annular body with a U-shaped curve in cross-section and with a base section through which the through hole passes, characterised in that the spreader element has two leg sections (27a, 27b) extending away from the base section in a diverging manner, wherein the spreader element as a whole is saddle-shaped in form.
A method comprising: combining a plastic part (18, 40) and a conductive part to form at least a portion of a body of a portable electronic device; forming a non-conductive layer comprising a plurality of metal particles on surfaces of the plastic part (18, 40) and of the conductive part, wherein forming the layer comprises subjecting the surfaces of the plastic part (18, 40) and of the conductive part to at least one of: vapor deposition, printing of metal thereupon, physical vapor deposition, PVD, non-conductive vapor metallization, NCVM, chemical vapor deposition, CVD, and electroplating; and anodizing the layer on the plastic part (18, 40) and the conductive part. combining a plastic part (18, 40) and a conductive part to form at least a portion of a body of a portable electronic device; forming a non-conductive layer comprising a plurality of metal particles on surfaces of the plastic part (18, 40) and of the conductive part, wherein forming the layer comprises subjecting the surfaces of the plastic part (18, 40) and of the conductive part to at least one of: vapor deposition, printing of metal thereupon, physical vapor deposition, PVD, non-conductive vapor metallization, NCVM, chemical vapor deposition, CVD, and electroplating; and anodizing the layer on the plastic part (18, 40) and the conductive part.
A measurement arrangement for interferometrically determining a shape of a surface of a test object in form of an optical element of microlithography, comprising: - a light source for providing an input wave, - a diffractive optical element which is arranged in the beam path of the input wave and is suitably configured to produce in each case by way of, in terms of absolute value, first-order or higher-order diffraction from the input wave a test wave, which is directed at the test object and has a wavefront that is adapted at least partially to a desired shape of the optical surface, and a reference wave having a propagation direction that deviates from a propagation direction of the test wave, wherein the diffractive optical element has two diffractive structural patterns that are arranged such that they superimpose each other in a plane, and wherein one of the diffractive structural patterns is configured for producing the test wave and the other diffractive structural pattern is configured for producing the reference wave, - a reflective optical element which is arranged in the beam path of the reference wave and is configured for back-reflection of the reference wave, - a capture device for capturing an interferogram which is produced by superposition of the test wave after interaction with the test object and the back-reflected reference wave, in each case after a further diffraction at the diffractive optical element in a capture plane. - a light source for providing an input wave, - a diffractive optical element which is arranged in the beam path of the input wave and is suitably configured to produce in each case by way of, in terms of absolute value, first-order or higher-order diffraction from the input wave a test wave, which is directed at the test object and has a wavefront that is adapted at least partially to a desired shape of the optical surface, and a reference wave having a propagation direction that deviates from a propagation direction of the test wave, wherein the diffractive optical element has two diffractive structural patterns that are arranged such that they superimpose each other in a plane, and wherein one of the diffractive structural patterns is configured for producing the test wave and the other diffractive structural pattern is configured for producing the reference wave, - a reflective optical element which is arranged in the beam path of the reference wave and is configured for back-reflection of the reference wave, - a capture device for capturing an interferogram which is produced by superposition of the test wave after interaction with the test object and the back-reflected reference wave, in each case after a further diffraction at the diffractive optical element in a capture plane.
A drive system for a rail vehicle, comprising: • a supporting structure of a bogie; • a traction motor (7a, 7b) comprising a stator (15a, 15b) and a rotor; and • a gear mechanism for transmitting driving energy of the traction motor (7a, 7b) to at least one wheelset (2a, 2b, 2c, 2d) of the bogie, the drive system being designed as a transverse drive, the gear mechanism being a spur gear mechanism (11a, 11b), an input shaft of the spur gear mechanism (11a, 11b) being coupled to the rotor of the traction motor (7a, 7b), and an output shaft of the spur gear (11a, 11b) being couplable or coupled to at least one wheel of the wheelset (2a, 2b, 2c, 2d), characterized in that at least a partial volume of the traction motor (7a, 7b) is integrated into the supporting structure of the bogie. • a supporting structure of a bogie; • a traction motor (7a, 7b) comprising a stator (15a, 15b) and a rotor; and • a gear mechanism for transmitting driving energy of the traction motor (7a, 7b) to at least one wheelset (2a, 2b, 2c, 2d) of the bogie,