mhurhangee/ep-ind-claims huggingface dataset:
A method, characterized in comprising: receiving, at an apparatus, by a computer code included in a memory unit communicatively connected to a processor, a notification to share contact information for a contact in an address book of a sender with a recipient, the notification including an address for the recipient, an address for the sender and a pointer to the contact information to be shared, the receiving of the notification being in response to an update to a contact share document; retrieving the contact information for the contact from a personal contact card server or a network repository of address book (218, 202) by a computer code included in the memory unit; causing (264, 266) delivery of the contact information to the recipient by a computer code included in the memory unit; and updating a contact share status upon successful delivery of the contact information to the recipient by a computer code included in the memory unit, wherein the updating of the contact share status includes updating an XML Document Management document, wherein the updating of the XML Document Management document includes updating a recipient subscription list with a contact share flag. receiving, at an apparatus, by a computer code included in a memory unit communicatively connected to a processor, a notification to share contact information for a contact in an address book of a sender with a recipient, the notification including an address for the recipient, an address for the sender and a pointer to the contact information to be shared, the receiving of the notification being in response to an update to a contact share document; retrieving the contact information for the contact from a personal contact card server or a network repository of address book (218, 202) by a computer code included in the memory unit; causing (264, 266) delivery of the contact information to the recipient by a computer code included in the memory unit; and updating a contact share status upon successful delivery of the contact information to the recipient by a computer code included in the memory unit, wherein the updating of the contact share status includes updating an XML Document Management document, wherein the updating of the XML Document Management document includes updating a recipient subscription list with a contact share flag.
Apparatus for safe implementation of a control, the apparatus having - a processor-controlled processing unit which is designed to work through a program, - a counting element which is electrically coupled to the processing unit and designed to count a number of count signals output by the processing unit and output this number as count value, - a comparing element which is electrically coupled to the processing unit and to the counting element and designed to compare the count value with a target value output by the processing unit and output an equality signal in the case of correspondence, and - an activating element which is designed to output a hold voltage for as long as the activating element receives the equality signal and repeatedly receives a trigger signal from the processing unit, the hold voltage causing an active state of control, wherein the program has a plurality of first instructions, each of which is designed to output one or more of the count signals to the counting element, a second instruction, which is designed to output the target value that corresponds to an expected summation of the pulses output by the first instructions, and a third instruction, which is designed to output the trigger signal. - a processor-controlled processing unit which is designed to work through a program, - a counting element which is electrically coupled to the processing unit and designed to count a number of count signals output by the processing unit and output this number as count value, - a comparing element which is electrically coupled to the processing unit and to the counting element and designed to compare the count value with a target value output by the processing unit and output an equality signal in the case of correspondence, and - an activating element which is designed to output a hold voltage for as long as the activating element receives the equality signal and repeatedly receives a trigger signal from the processing unit, the hold voltage causing an active state of control, wherein the program has a plurality of first instructions, each of which is designed to output one or more of the count signals to the counting element, a second instruction, which is designed to output the target value that corresponds to an expected summation of the pulses output by the first instructions, and a third instruction, which is designed to output the trigger signal.
A powder-layer three-dimensional printer comprising: a build box adapted to contain a powder bed; a smoothing device comprising a counter rotating roller (36, 50, 60) having a rotational axis (56, 66) and a complex powder engaging face (38, 52, 62) extending along the rotational axis (56, 66), wherein the counter rotating roller (36, 50, 60) is adapted to provide a shearing force to the surface of deposited powder in the powder bed; and a carriage adapted to move the smoothing device across the build box, wherein the smoothing device further comprises a vertically adjustable finishing roller positioned on the carriage such that the finishing roller follows the counter rotating roller (36, 50, 60) as the carriage moves across the build box, wherein the powder-layer three-dimensional printer further comprises a powder dispenser positioned on the carriage such that the counter rotating roller (36, 50, 60) is positioned between the powder dispenser and the vertically adjustable finishing roller, wherein the carriage is further adapted to move the powder dispenser across the build box, wherein the finishing roller is a regular cylinder having a regular, smooth cylindrical face, and wherein the complex powder engaging face (38, 52, 62) is a machined or wrapped face which increases the interaction, friction, and/or shear force between the roller (36, 50, 60) and powder applied to and/or contained in the powder bed relative to a cylindrical roller having a regular cylindrical face. a build box adapted to contain a powder bed; a smoothing device comprising a counter rotating roller (36, 50, 60) having a rotational axis (56, 66) and a complex powder engaging face (38, 52, 62) extending along the rotational axis (56, 66), wherein the counter rotating roller (36, 50, 60) is adapted to provide a shearing force to the surface of deposited powder in the powder bed; and a carriage adapted to move the smoothing device across the build box, wherein the smoothing device further comprises a vertically adjustable finishing roller positioned on the carriage such that the finishing roller follows the counter rotating roller (36, 50, 60) as the carriage moves across the build box, wherein the powder-layer three-dimensional printer further comprises a powder dispenser positioned on the carriage such that the counter rotating roller (36, 50, 60) is positioned between the powder dispenser and the vertically adjustable finishing roller, wherein the carriage is further adapted to move the powder dispenser across the build box, wherein the finishing roller is a regular cylinder having a regular, smooth cylindrical face, and wherein the complex powder engaging face (38, 52, 62) is a machined or wrapped face which increases the interaction, friction, and/or shear force between the roller (36, 50, 60) and powder applied to and/or contained in the powder bed relative to a cylindrical roller having a regular cylindrical face.
An electronic device, comprising: a display module, a middle frame, and a battery cover, wherein the display module and the battery cover are respectively located at two sides of the middle frame; the display module comprises at least a display layer and a mounting bracket, the mounting bracket comprises a first surface and a second surface, the first surface faces the display layer, and the second surface faces the middle frame; a conductive plating layer is arranged on a partial region of the second surface of the mounting bracket; and the conductive plating layer is electrically connected to the middle frame; the electronic device being characterized in that: a conductive transition layer is arranged at an outer periphery of the conductive plating layer. the display module comprises at least a display layer and a mounting bracket, the mounting bracket comprises a first surface and a second surface, the first surface faces the display layer, and the second surface faces the middle frame; a conductive plating layer is arranged on a partial region of the second surface of the mounting bracket; and the conductive plating layer is electrically connected to the middle frame; the electronic device being characterized in that: a conductive transition layer is arranged at an outer periphery of the conductive plating layer.
A magazine tower having several cassettes for providing objects for a gripper of a robot, the magazine tower being designed to receive the cassettes which each are associated to a specific type of object, the magazine tower comprising a turntable which has a plurality of circumferentially arranged positions for cassettes, whereof in each case one respective cassette is able to be moved into a delivery position by rotating the turntable to lift objects contained in the cassette by means of a drive in the longitudinal direction of the cassette and to move the uppermost object into a delivery position for the gripper, characterized in that a molded part surrounding the uppermost object is arranged on the upper side of a cassette and comprising a recess adapted to the outer contour of the respective objects associated to the cassette, the molded part is intended to accurately align and position the uppermost object when lifting the objects contained in the cassette in that the magazine tower is designed to pass the uppermost object through the molded part of the cassette until it is in an elevated position relative to the molded part after passing through the molding.
A method for processing sensor signals arising from a plurality of sensors (13, 15) sensitive to a plurality of physiological systems or processes of a monitored subject, said method comprising: adaptively enhancing desired physiological components relative to undesired artifact components in one or more sensor signals monitored from said subject during periods comprising unconstrained activity; and adaptively enhancing components sensitive to desired physiological systems or processes relative to components sensitive to other undesired physiological systems or processes in one or more of the sensor signals that have adaptively enhanced physiological components; wherein said adaptively enhancing components in sensor signals further comprises processing said sensor signals jointly with one or more reference sensor signals, wherein said one or more reference signals is / are sensitive to said undesired physiological systems or processes and wherein said sensor signals and said reference sensor signals are sampled and/or re-sampled at a single common sampling rate; and wherein said adaptively enhancing components sensitive to desired physiological components or processes in one or more sensor signals further comprises generating additional signals in which are enhanced components sensitive to said other undesired physiological systems or processes, whereby said desired and said undesired physiological components are enhanced in separate output signals. adaptively enhancing desired physiological components relative to undesired artifact components in one or more sensor signals monitored from said subject during periods comprising unconstrained activity; and adaptively enhancing components sensitive to desired physiological systems or processes relative to components sensitive to other undesired physiological systems or processes in one or more of the sensor signals that have adaptively enhanced physiological components;
A light-emitting device comprising: a wiring substrate; a base member provided on the wiring substrate; a light-emitting element array that has a first side surface and a second side surface facing each other, that has a third side surface and a fourth side surface facing each other and connecting the first side surface and the second side surface, and that is provided on the base member; a drive unit that is provided on the wiring substrate at a side of the first side surface and drives the light-emitting element array; a first circuit element that is provided on the base member at the side of the first side surface; a second circuit element that is provided on the base member at a side of the second side surface and has a larger occupation area on the base member than the first circuit element; and wiring members (23A, 23B) that are provided at a side of the third side surface and at a side of the fourth side surface and extend from an upper surface electrode of the light-emitting element array toward an outer side of the light-emitting element array, wherein a light diffusing member that diffuses light emitted from the light-emitting element array toward an outer side is provided on an emission path of the light-emitting element array, wherein at least one of the first circuit element and the second circuit element is a light receiving element that receives light emitted from the light-emitting element array, and wherein the light diffusing member is provided at a position overlapping the light-emitting element array and the light receiving element in a plan view. a wiring substrate; a base member provided on the wiring substrate; a light-emitting element array that has a first side surface and a second side surface facing each other, that has a third side surface and a fourth side surface facing each other and connecting the first side surface and the second side surface, and that is provided on the base member; a drive unit that is provided on the wiring substrate at a side of the first side surface and drives the light-emitting element array; a first circuit element that is provided on the base member at the side of the first side surface; a second circuit element that is provided on the base member at a side of the second side surface and has a larger occupation area on the base member than the first circuit element; and wiring members (23A, 23B) that are provided at a side of the third side surface and at a side of the fourth side surface and extend from an upper surface electrode of the light-emitting element array toward an outer side of the light-emitting element array, wherein a light diffusing member that diffuses light emitted from the light-emitting element array toward an outer side is provided on an emission path of the light-emitting element array, wherein at least one of the first circuit element and the second circuit element is a light receiving element that receives light emitted from the light-emitting element array, and wherein the light diffusing member is provided at a position overlapping the light-emitting element array and the light receiving element in a plan view.
A device for producing plastics parts, comprising - a first plastics feed device for feeding a first liquid plastics starting component, - a second plastics feed device for feeding a second liquid plastics starting component, - a mixing device having a mixing chamber, the liquid plastics starting components (K1, K2) which can be fed by the plastics feed devices (3a, 3b) being mixable in the mixing chamber to form a plastics mixture, - a discharge nozzle for discharging the plastics mixture, and - a cooling device for the mixing device, characterized by - a drying device which surrounds the mixing device at least in regions, the drying device comprising a separating device, a drying chamber formed between the separating device and the mixing device, and a desiccant feed device opening into the drying chamber. - a first plastics feed device for feeding a first liquid plastics starting component, - a second plastics feed device for feeding a second liquid plastics starting component, - a mixing device having a mixing chamber, the liquid plastics starting components (K1, K2) which can be fed by the plastics feed devices (3a, 3b) being mixable in the mixing chamber to form a plastics mixture, - a discharge nozzle for discharging the plastics mixture, and - a cooling device for the mixing device, - a drying device which surrounds the mixing device at least in regions, the drying device comprising a separating device, a drying chamber formed between the separating device and the mixing device, and a desiccant feed device opening into the drying chamber.
A method of insulating a building, wherein the building includes one or more existing external walls and an existing roof structure supported by the walls, the method comprising constructing a first external shell structure that covers an outer surface of at least one of the one or more existing external walls, said shell structure being spaced from the outer surface of the wall to provide a wall void between the external wall and the shell structure, constructing a second shell structure that extends around or through the existing roof structure and that provides an enclosed roof void that extends around or through the roof structure and is interconnected with the wall void; characterised by filling the wall void and the roof void by pumping an insulating material to provide an insulating layer that extends substantially continuously through the roof void and the wall void.
A battery pack, comprising: a case assembly, comprising an accommodating cavity; a battery module, disposed in the accommodating cavity, wherein the battery module comprises a battery cell assembly, the battery cell assembly comprises an output current collector and a plurality of battery cells arranged side by side along a first direction of the battery pack, and the output current collector is configured to output electric energy of the battery cell assembly; and an end plate assembly, comprising a body plate and a protective cover, wherein the body plate is located at an end of the battery cell assembly along the first direction, and the protective cover is rotatably connected to the body plate, wherein at least a part of the output current collector is located between the body plate and the protective cover; characterized in that a first end of the output current collector is connected to an electrode terminal of a battery cell adjacent to the end plate assembly, and a second end of the output current collector is bent to a side of the body plate facing away from the battery module; and the protective cover is disposed at an end of the body plate near the output current collector along the second direction of the battery pack, and covers the part of the output current collector bent to the side of the body plate facing away from the battery module, and the second direction is perpendicular to the first direction. a case assembly, comprising an accommodating cavity; a battery module, disposed in the accommodating cavity, wherein the battery module comprises a battery cell assembly, the battery cell assembly comprises an output current collector and a plurality of battery cells arranged side by side along a first direction of the battery pack, and the output current collector is configured to output electric energy of the battery cell assembly; and an end plate assembly, comprising a body plate and a protective cover, wherein the body plate is located at an end of the battery cell assembly along the first direction, and the protective cover is rotatably connected to the body plate, wherein at least a part of the output current collector is located between the body plate and the protective cover; characterized in that a first end of the output current collector is connected to an electrode terminal of a battery cell adjacent to the end plate assembly, and a second end of the output current collector is bent to a side of the body plate facing away from the battery module; and the protective cover is disposed at an end of the body plate near the output current collector along the second direction of the battery pack, and covers the part of the output current collector bent to the side of the body plate facing away from the battery module, and the second direction is perpendicular to the first direction.
Synthetic sialoside presenting the formula: Neu5Ac-α2-6-R1 [GlcNAcβ1-4] n -GlcNAc Formula wherein: • GlcNAc is N-acetylglucosamine; • GlcNAcβ1-4 is a N-acetylglucosamine unit linked with a β1-4 link; • n is superior or equal to 1; • R1 is a glycan structure comprising at least one galactose (Gal), and where the glycan structure has a main chain comprising five monosaccharides at most; and • R2 is chosen among the following groups: H, fucose linked with a α1-3 link (Fucα1-3) or a α1-4 link (Fucα1-4). • GlcNAc is N-acetylglucosamine; • GlcNAcβ1-4 is a N-acetylglucosamine unit linked with a β1-4 link; • n is superior or equal to 1; • R1 is a glycan structure comprising at least one galactose (Gal), and where the glycan structure has a main chain comprising five monosaccharides at most; and • R2 is chosen among the following groups: H, fucose linked with a α1-3 link (Fucα1-3) or a α1-4 link (Fucα1-4).
A device for flue gas and water separation of a medical insufflator having a suction pump for desufflation, including at least one liquid-tight housing (1, 2) having a first port for mechanically coupling to housing to the insufflator housing, wherein the coupling is carried out such that the orientation of the housing is fixed and that rotation about the connection axis is impossible, at least one second port for connecting at least one desufflation tube, at least one particulate filter, at least one cavity, wherein the gas flow runs from the patient through the first tube into the housing, through the cavity, and then through the particulate filter to the suction pump, wherein at least one cavity of the housing is configured as a water trap, wherein the cavity includes at least one component for additional water separation, selected from: - axial or tangential cyclone, - impact wall - gas flow deflection system for deflecting the gas flow by 90° to 180° - nozzles - adsorbent or absorbent media - vortex scrubber - wire mesh - synthetic mesh or foam. including at least one liquid-tight housing (1, 2) having a first port for mechanically coupling to housing to the insufflator housing, wherein the coupling is carried out such that the orientation of the housing is fixed and that rotation about the connection axis is impossible, at least one second port for connecting at least one desufflation tube, at least one particulate filter, at least one cavity, wherein the gas flow runs from the patient through the first tube into the housing, through the cavity, and then through the particulate filter to the suction pump, wherein at least one cavity of the housing is configured as a water trap, wherein the cavity includes at least one component for additional water separation, selected from: - axial or tangential cyclone, - impact wall - gas flow deflection system for deflecting the gas flow by 90° to 180° - nozzles - adsorbent or absorbent media - vortex scrubber - wire mesh - synthetic mesh or foam. - axial or tangential cyclone, - impact wall - gas flow deflection system for deflecting the gas flow by 90° to 180° - nozzles - adsorbent or absorbent media - vortex scrubber - wire mesh - synthetic mesh or foam.