mhurhangee/ep-ind-claims huggingface dataset:
Timepiece comprising a device for controlling a time function or non-time related function, the timepiece including a lateral wall called the middle part, said control device including at least two push-buttons (28A, 28B) each provided with a stem (30A, 30B) and a head (32A, 32B), said push-buttons (28A, 28B) being able to be moved axially between a first inactive rest position and a second position in which said push-buttons control the function, the stems (30A, 30B) of the two push-buttons (28A, 28B) extending side by side, parallel to each other, characterized in that the two pusher stems (30A, 30B) slide inside a same tube engaged in a through hole arranged in the middle part.
An inhibitor of the CD39-P2Y13-cAMP-PKA signaling axis for use in the treatment of chemoresistant acute myeloid leukemia in a patient in need thereof wherein the leukemia is resistant to cytarabine and wherein the inhibitor is an antibody having specificity for CD39.
Oganic electronic device, preferentially a solar cell, comprising at least one first electron transport layer, wherein the electron transport layer comprises a material according to formula: wherein R1 is C5-20-aryl; C5-20-heteroaryl, C2-C20-alkyl, or C2-C20-perfluoroalkyl; each X is independently selected from C, N, O and S; each R is independently selected from C5-20-aryl, C5-20-heteroaryl, NO 2, CN, H; F, CF3, C2-C20-alkyl, C2-20-perfluoroalkyl; m = 0, 1, 2 or 3, wherein the electron transport layer is n-doped. R1 is C5-20-aryl; C5-20-heteroaryl, C2-C20-alkyl, or C2-C20-perfluoroalkyl; each X is independently selected from C, N, O and S; each R is independently selected from C5-20-aryl, C5-20-heteroaryl, NO 2, CN, H; F, CF3, C2-C20-alkyl, C2-20-perfluoroalkyl; m = 0, 1, 2 or 3, wherein the electron transport layer is n-doped.
A multi-layer cosmetic laminate for decorating natural or artificial human nails comprised of at least three layers, a UV cured coating as the first layer, a layer comprising aluminum platelets as the second layer, and another UV cured coating layer as the third layer, the second layer which comprises aluminum platelets being substantially free of film former.
Polyphase electric motor for a motor vehicle, comprising a rotor and a stator (2, 5, 13) comprising a plurality of stator windings around stator teeth (4, 19) that are delimited by notches in a stator magnetic mass, - said motor comprising a device for determining an angular position and/or the rotational speed of said rotor of the type of those comprising a plurality of magnetic field sensors are fixed with respect to said stator (2, 5, 13), said sensors being arranged in some of said notches delimiting successive stator teeth and having large housing faces extending in planes tangential to said stator magnetic mass such that said sensors detect only a radial component of the magnetic field inside the stator magnetic mass, characterized in that: - said stator surrounds said rotor, - said rotor comprises permanent magnets in a flux concentration configuration, - said stator windings have ends that are connected by an interconnection ring and in that said device for determining an angular position and/or the rotational speed of the rotor is secured to said interconnection ring and/or to said stator magnetic mass, and - said device for determining an angular position and/or the rotational speed of the rotor comprises openings that free up a passage for said ends. - said motor comprising a device for determining an angular position and/or the rotational speed of said rotor of the type of those comprising a plurality of magnetic field sensors are fixed with respect to said stator (2, 5, 13), said sensors being arranged in some of said notches delimiting successive stator teeth and having large housing faces extending in planes tangential to said stator magnetic mass such that said sensors detect only a radial component of the magnetic field inside the stator magnetic mass, characterized in that: - said stator surrounds said rotor, - said rotor comprises permanent magnets in a flux concentration configuration, - said stator windings have ends that are connected by an interconnection ring and in that said device for determining an angular position and/or the rotational speed of the rotor is secured to said interconnection ring and/or to said stator magnetic mass, and - said device for determining an angular position and/or the rotational speed of the rotor comprises openings that free up a passage for said ends.
Valve having a pressure limiting function for common rail heavy fuel injection systems for internal combustion engines comprising a valve support, a valve piston which is mounted displaceably in the valve support and interacts with a valve seat in the case of a closed valve, and a compression spring which loads the valve piston with a pressure force which acts in the closing direction, a pin which loads the valve piston in the closing direction being arranged such that it can be displaced with the aid of an actuating means counter to the pressure force of the compression spring for the controlled opening of the valve in order to configure a flushing function, characterized in that the actuating means has an actuating piston which is mounted displaceably in a cylinder and can be brought into an operative connection with a stop face of the pin in order to displace the pin counter to the pressure force of the compression spring.
A display device comprising; a display panel; a middle frame comprising a rear-surface portion located in a rear of the display panel and a support portion configured to form a sidewall on one side edge of the rear-surface portion; a guide panel coupled to the middle frame so as to surround an outer periphery of a side surface of the middle frame; a seating portion provided on the guide panel so as to form a portion of a side surface of the guide panel and surround the support portion; a source PCB seated on an outer surface of the seating portion; a member layer configured to connect one side of the display panel and the source PCB to each other; and a top case configured to cover the seating portion and the side surface of the guide panel and to, along with the source PCB, define a space, wherein the guide panel further comprises a rib protruded from the seating portion of the guide panel in a direction from the rear surface to the front surface of the display device, that one side edge of the source PCB is seated in a gap formed between the rib and the seating portion. a display panel; a middle frame comprising a rear-surface portion located in a rear of the display panel and a support portion configured to form a sidewall on one side edge of the rear-surface portion; a guide panel coupled to the middle frame so as to surround an outer periphery of a side surface of the middle frame; a seating portion provided on the guide panel so as to form a portion of a side surface of the guide panel and surround the support portion; a source PCB seated on an outer surface of the seating portion; a member layer configured to connect one side of the display panel and the source PCB to each other; and a top case configured to cover the seating portion and the side surface of the guide panel and to, along with the source PCB, define a space, wherein the guide panel further comprises a rib protruded from the seating portion of the guide panel in a direction from the rear surface to the front surface of the display device, that one side edge of the source PCB is seated in a gap formed between the rib and the seating portion.
A solid electrolyte comprising: a copolymer comprising a constituent unit represented by a formula below and a constituent unit represented by a formula below; and a metal salt, where m is 2 or 3, and R 1 each independently represent a hydrogen atom or a methyl group, where n is 2 or 3, and R 2 each independently represent a hydrogen atom or a methyl group. a copolymer comprising a constituent unit represented by a formula below and a constituent unit represented by a formula below; and a metal salt, where m is 2 or 3, and R 1 each independently represent a hydrogen atom or a methyl group, where n is 2 or 3, and R 2 each independently represent a hydrogen atom or a methyl group.
A surface treatment machine, comprising: - a frame configured to translate with respect to a surface to treat, - a surface treatment element connected to said frame and configured to treat with liquid a surface with respect to which said frame advances, - a reservoir connected to said frame and arranged to provide liquid to said surface treatment element through a delivery mouth; - an adjustment element arranged to adjustably pulse-feed the liquid provided from said reservoir to said delivery mouth; characterized in that it comprises furthermore: - a sensor configured to measure an operating parameter P of said machine, selected from the group consisting of: level P 1 of residual liquid in the reservoir, actual flow-rate P 2 of the liquid from said reservoir towards said delivery mouth simultaneously to the pulses; - a control unit configured to receive from said sensor a signal proportional to said operating parameter P, and configured to adjust said adjustment element responsive to said operating parameter P, in order to pulse-feed said liquid with a duty cycle t%, expressed as a ratio between the duration of a pulse of the pulse-feed step and the time between two consecutive pulses, determined according to a predetermined function t% - f of optimization of the flow-rate, wherein said function f is selected from the group consisting of: t % = f P 1 = K 1 * P 1 − 1 / 2 t % = f P 2 = K 2 * P 2 − 1 - a frame configured to translate with respect to a surface to treat, - a surface treatment element connected to said frame and configured to treat with liquid a surface with respect to which said frame advances, - a reservoir connected to said frame and arranged to provide liquid to said surface treatment element through a delivery mouth; - an adjustment element arranged to adjustably pulse-feed the liquid provided from said reservoir to said delivery mouth; - a sensor configured to measure an operating parameter P of said machine, selected from the group consisting of: level P 1 of residual liquid in the reservoir, actual flow-rate P 2 of the liquid from said reservoir towards said delivery mouth simultaneously to the pulses; - a control unit configured to receive from said sensor a signal proportional to said operating parameter P, and configured to adjust said adjustment element responsive to said operating parameter P, in order to pulse-feed said liquid with a duty cycle t%, expressed as a ratio between the duration of a pulse of the pulse-feed step and the time between two consecutive pulses, determined according to a predetermined function t% - f of optimization of the flow-rate, wherein said function f is selected from the group consisting of: t % = f P 1 = K 1 * P 1 − 1 / 2 t % = f P 2 = K 2 * P 2 − 1
A method of operating an electronic device, the method comprising: detecting access to private information stored in memory of the electronic device, wherein the detecting is performed by a privacy management module downloadable to the electronic device as object code for execution on the electronic device, and wherein the access is performed by a client application program; tracking, using the privacy management module, the private information being accessed by the client application program; and reconfiguring the electronic device, using the privacy management module, to change the access to the private information by the client application program according to at least one privacy access policy stored in the electronic device; characterised by presenting, via a user interface, information associated with the access to the private information; receiving privacy policy preferences into a privacy management module via a user interface of an electronic device; determining whether the received preferences conflict with power and performance constraints of the electronic device; presenting, via the user interface, according to the determination, a recommendation for a privacy access policy to provide false private information to the client application program; and reconfiguring to at least one privacy access policy stored in the electronic device according to the received privacy policy preferences. detecting access to private information stored in memory of the electronic device, wherein the detecting is performed by a privacy management module downloadable to the electronic device as object code for execution on the electronic device, and wherein the access is performed by a client application program; tracking, using the privacy management module, the private information being accessed by the client application program; and reconfiguring the electronic device, using the privacy management module, to change the access to the private information by the client application program according to at least one privacy access policy stored in the electronic device; characterised by presenting, via a user interface, information associated with the access to the private information; receiving privacy policy preferences into a privacy management module via a user interface of an electronic device; determining whether the received preferences conflict with power and performance constraints of the electronic device; presenting, via the user interface, according to the determination, a recommendation for a privacy access policy to provide false private information to the client application program; and reconfiguring to at least one privacy access policy stored in the electronic device according to the received privacy policy preferences.
Short-circuit ring (1,11) for a squirrel cage of a dynamoelectric rotary machine, wherein the short-circuit ring (1,11) has at least one indentation (2,12), wherein the short-circuit ring (1,11) can be mechanically and electrically connected, by means of the indentation (2,12), to at least one cage bar projecting from a rotor lamination of the dynamoelectric rotary machine, wherein a protrusion is embodied on a base area of the indentation, wherein the short-circuit ring (1,11) can be connected to the cage bar by compressing the cage bar by way of the protrusion.
A liquid crystal display device, comprising: a liquid crystal panel a plurality of vertical gate lines (VGL, 150) and a plurality of data lines (DL, 160) vertically formed in the liquid crystal panel; a plurality of horizontal gate lines (HGL, 140) horizontally formed in the liquid crystal panel, the plurality of horizontal gate lines (HGL, 140) and the plurality of vertical gate lines (VGL, 150) being formed on different layers; a first common voltage line disposed in parallel with and next to each vertical gate line (VGL, 150); a second common voltage line disposed in parallel with and next to each data line (DL, 160); and a plurality of driving ICs disposed in an upper or lower non-display area of the liquid crystal panel, connected to the plurality of vertical gate lines (VGL, 150) to supply a scan signal, and connected to the plurality of data lines (DL, 160) to supply data voltages; wherein, the plurality of vertical gate lines (VGL, 150) and the plurality of horizontal gate lines (HGL, 140) are electrically connected to each other in pairs through a contact in an overlapping area therebetween, and the plurality of vertical gate lines (VGL, 150) and the plurality of data lines (DL, 160) are formed on different layers or same layer. a liquid crystal panel a plurality of vertical gate lines (VGL, 150) and a plurality of data lines (DL, 160) vertically formed in the liquid crystal panel; a plurality of horizontal gate lines (HGL, 140) horizontally formed in the liquid crystal panel, the plurality of horizontal gate lines (HGL, 140) and the plurality of vertical gate lines (VGL, 150) being formed on different layers; a first common voltage line disposed in parallel with and next to each vertical gate line (VGL, 150); a second common voltage line disposed in parallel with and next to each data line (DL, 160); and a plurality of driving ICs disposed in an upper or lower non-display area of the liquid crystal panel, connected to the plurality of vertical gate lines (VGL, 150) to supply a scan signal, and connected to the plurality of data lines (DL, 160) to supply data voltages;
An air purification system intended to equip a building, said system including an air purifier provided with a fan coupled to at least one filter to produce filtered air by reducing its level of microparticles or VOCs or other gases, and a plurality of pairs consisting of an inlet sleeve and an outlet sleeve traversed by an air flow propelled by said fan, according to which said system comprises at least a plurality of assemblies each constituting a filtering loop and consisting of an outlet mouth connected by a sheath to one of said inlet sleeves for extracting air to be filtered from a room to be treated of said building towards the purifier and an air inlet mouth connected by another duct to one of said outlet sleeves to discharge into the building the air flow from said room filtered by the purifier so that the system operates as a closed circuit, according to which said system includes pollution sensors adapted to measure the level of pollution at each air flow entering the inlet sleeves and a control card adapted to trigger the opening of an inlet valve controlling the air inlet at the inlet sleeve and of an outlet valve controlling the air outlet at the outlet sleeve of the same pair, the opening of said inlet and outlet valves being proportional to the measured pollution level. characterised in that said further includes a module adapted to control the rotation speed of the fan, the speed being proportional at least to the level of pollution measured by said sensors and to the cumulative open section of all the inlet and outlet valves. according to which said system comprises at least a plurality of assemblies each constituting a filtering loop and consisting of an outlet mouth connected by a sheath to one of said inlet sleeves for extracting air to be filtered from a room to be treated of said building towards the purifier and an air inlet mouth connected by another duct to one of said outlet sleeves to discharge into the building the air flow from said room filtered by the purifier so that the system operates as a closed circuit, according to which said system includes pollution sensors adapted to measure the level of pollution at each air flow entering the inlet sleeves and a control card adapted to trigger the opening of an inlet valve controlling the air inlet at the inlet sleeve and of an outlet valve controlling the air outlet at the outlet sleeve of the same pair, the opening of said inlet and outlet valves being proportional to the measured pollution level. characterised in that said further includes a module adapted to control the rotation speed of the fan, the speed being proportional at least to the level of pollution measured by said sensors and to the cumulative open section of all the inlet and outlet valves.
A mounting system for mounting a photovoltaic module onto at least one mounting rail, the system comprising: a frame for the photovoltaic module with at least one opening (no) at a lateral side or a bottom side of the frame, the at least one opening being formed as through hole(s) and the bottom side being opposite to light incidence side of the photovoltaic module; a plurality of mounting elements being separate elements from the at least one mounting rail, each comprising a first portion and a second portion for securing the frame to the at least one mounting rail, the first portion defining a hook-like engagement portion to hook into the opening or the bottom side of the frame to provide an interlocking connection, the second portion enabling a secure fixation to the at least one mounting rail, characterized in that the plurality of inserted mounting elements are configured to provide a stop when placing the photovoltaic module onto the at least one mounting rail thereby providing a self-alignment of the photovoltaic module on the at least one mounting rail while still being movable along the at least one mounting rail. a frame for the photovoltaic module with at least one opening (no) at a lateral side or a bottom side of the frame, the at least one opening being formed as through hole(s) and the bottom side being opposite to light incidence side of the photovoltaic module; a plurality of mounting elements being separate elements from the at least one mounting rail, each comprising a first portion and a second portion for securing the frame to the at least one mounting rail, the first portion defining a hook-like engagement portion to hook into the opening or the bottom side of the frame to provide an interlocking connection, the second portion enabling a secure fixation to the at least one mounting rail, characterized in that the plurality of inserted mounting elements are configured to provide a stop when placing the photovoltaic module onto the at least one mounting rail thereby providing a self-alignment of the photovoltaic module on the at least one mounting rail while still being movable along the at least one mounting rail.
An appliance for treating a textile, the appliance comprising a textile contact surface adapted to interact with the textile to be treated, the appliance comprising an airflow generating device and a first outlet connected to the airflow generating device, characterised in that the first outlet is arranged adjacent to the textile contact surface, wherein the first outlet is arranged to direct an airflow through the first outlet in an airflow direction, the airflow direction being directed away from a normal of the textile contact surface, and wherein a directing surface extends in a direction from the textile contact surface adjacent to the first outlet.