mhurhangee/ep-ind-claims huggingface dataset:
A method for hand tracking comprising: obtaining with a camera a first depth map in a first memory location; determining a first set of depth gradient information based on the first depth map; determining a first threshold parameter to localize a hand region; obtaining with a camera a second depth map in a second memory location; determining a second set of depth gradient information based on the second depth map; determining a second threshold parameter to determine a surface; identifying a hand based on the first set of depth gradient information and the first threshold parameter; classifying a surface (16,18) based on the second set of depth gradient information and the second threshold parameter; tracking one or more hand gestures based on motion information of the hand; and generating an outline of the hand and the surface in one or more images of a scene containing the hand and the surface, based on the identified hand and the classified surface, characterized in that the camera with which the first depth map is obtained is a short-range camera and that the camera with which the second depth map is obtained is a long-range camera. obtaining with a camera a first depth map in a first memory location; determining a first set of depth gradient information based on the first depth map; determining a first threshold parameter to localize a hand region; obtaining with a camera a second depth map in a second memory location; determining a second set of depth gradient information based on the second depth map; determining a second threshold parameter to determine a surface; identifying a hand based on the first set of depth gradient information and the first threshold parameter; classifying a surface (16,18) based on the second set of depth gradient information and the second threshold parameter; tracking one or more hand gestures based on motion information of the hand; and generating an outline of the hand and the surface in one or more images of a scene containing the hand and the surface, based on the identified hand and the classified surface, characterized in that the camera with which the first depth map is obtained is a short-range camera and that the camera with which the second depth map is obtained is a long-range camera.
A postal sorting machine for flat articles on edge, said machine comprising a frame carrying at least first belt conveyor means (101, 107) suitable for conveying said flat articles along a first path, at least one separator flap mounted to move about a pivot axis between a first position in which it does not interfere with said first path (Cl) and a second position in which it intersects said first path (Cl) so as to direct said flat articles along a second path, characterized in that said separator flap comprises a vane secured to or integral with a pivot rod, which pivot rod defines said pivot axis, and extends on one side of said flap only and is fastened to said frame so that said pivot flap is suspended by said pivot rod while the zone under said separator flap is left free.
A photomixer for generating THz radiation, the photomixer comprising a photodetector coupled to an antenna for THz radiation, the photomixer being characterized in that the photodetector comprises a layer of photoconductive material suitable for absorbing optical radiation, said layer presenting a thickness ( e) less than the absorption length of said radiation by the photoconductive material and extending between a so-called "top" electrode that is at least partially transparent and a so-called "bottom" electrode that is reflective, said bottom and top electrodes forming a resonant cavity for said optical radiation.
Layer system with a layer region, wherein the layer region comprises a monocrystalline silicon substrate with a front side and a rear side, a thin-film layer of a metal oxide and/or an oxide ceramic and an intermediate layer, characterised in that - the front side of the monocrystalline silicon substrate is formed as a textured surface and the textured surface has a topography with different heights, - the thin-film layer is formed on the textured surface and covers the textured surface, - the intermediate layer has metallic conductivity and between the thin-film layer and the textured surface the metallically conductive intermediate layer partly or completely covers the textured surface and - the metallically conductive intermediate layer has a texturing with a texture interval of 0.1 microns to 1 micron and a texture depth of 0.1 microns to 1 micron and the texture interval and the texture depth are each smaller than that at the textured surface of the monocrystalline silicon substrate. - the front side of the monocrystalline silicon substrate is formed as a textured surface and the textured surface has a topography with different heights, - the thin-film layer is formed on the textured surface and covers the textured surface, - the intermediate layer has metallic conductivity and between the thin-film layer and the textured surface the metallically conductive intermediate layer partly or completely covers the textured surface and - the metallically conductive intermediate layer has a texturing with a texture interval of 0.1 microns to 1 micron and a texture depth of 0.1 microns to 1 micron and the texture interval and the texture depth are each smaller than that at the textured surface of the monocrystalline silicon substrate.
Gas engine arrangement having: - a gas engine; - a gas rail, via which a first gas in the form of fuel gas can be supplied to at least one gas metering device of the gas engine; - a gas control section, which is designed to supply fuel gas to the gas rail via a supply path on the outflow side; characterized in that - a purge line is passed into the gas rail; - the gas engine arrangement is designed to selectively supply fuel gas or a second gas to the purge line; and - the gas engine arrangement has a valve device, by means of which the first or second gas can be supplied selectively to the purge line; - the gas engine arrangement is designed to displace gas from the gas rail and to discharge it via the supply path when the fuel gas or second gas is supplied to the purge line; - the gas control section has an outflow device, via which displaced gas discharged via the supply path can be released or discharged into a tank; and - the gas control section can be shut off by means of a shutoff device on the inflow side; a fuel gas branch leading to the valve device branches off upstream of the shutoff device. - a gas engine; - a gas rail, via which a first gas in the form of fuel gas can be supplied to at least one gas metering device of the gas engine; - a gas control section, which is designed to supply fuel gas to the gas rail via a supply path on the outflow side; characterized in that - a purge line is passed into the gas rail; - the gas engine arrangement is designed to selectively supply fuel gas or a second gas to the purge line; and - the gas engine arrangement has a valve device, by means of which the first or second gas can be supplied selectively to the purge line; - the gas engine arrangement is designed to displace gas from the gas rail and to discharge it via the supply path when the fuel gas or second gas is supplied to the purge line; - the gas control section has an outflow device, via which displaced gas discharged via the supply path can be released or discharged into a tank; and - the gas control section can be shut off by means of a shutoff device on the inflow side; a fuel gas branch leading to the valve device branches off upstream of the shutoff device. - a purge line is passed into the gas rail; - the gas engine arrangement is designed to selectively supply fuel gas or a second gas to the purge line; and - the gas engine arrangement has a valve device, by means of which the first or second gas can be supplied selectively to the purge line; - the gas engine arrangement is designed to displace gas from the gas rail and to discharge it via the supply path when the fuel gas or second gas is supplied to the purge line; - the gas control section has an outflow device, via which displaced gas discharged via the supply path can be released or discharged into a tank; and - the gas control section can be shut off by means of a shutoff device on the inflow side; a fuel gas branch leading to the valve device branches off upstream of the shutoff device.
Exercise board for variable and detachable fixing of at least one exercise/fitness band to the exercise board by means of a fixing means, wherein at least one elongated recess is incorporated into the exercise board and forms at least two latching positions for fixing the at least one fixing means, characterized in that at least two cutouts, spaced apart from one another and having a first width, are incorporated into the elongated recesses and are connected by multiple connecting sections extending along the longitudinal extension of the elongated recess, wherein the connecting sections have a second width which is smaller than the first width of the cutouts, and the cutouts and/or the connecting sections form the latching positions.
A dispensing cap as an element of a dispensing system including a dispensing device by means of which the dispensing system is attachable to a tubular casing for dispensing a viscous or granular filling material in a dispensing direction, the dispensing cap comprises: an attachment end for reversibly attaching the dispensing cap to an outlet opening of the dispensing device of the dispensing system; a dispensing end for dispensing a viscous or granular filling material; at least one cutting element configured to open the tubular casing, extending from the attachment end in a direction opposite to the dispensing direction; and attachment means provided at the attachment end of the dispensing cap; wherein the attachment means include an external screw thread configured to screw the dispensing cap into a corresponding internal thread of the dispensing device and thereby open the tubular casing by means of the cutting element. an attachment end for reversibly attaching the dispensing cap to an outlet opening of the dispensing device of the dispensing system; a dispensing end for dispensing a viscous or granular filling material; at least one cutting element configured to open the tubular casing, extending from the attachment end in a direction opposite to the dispensing direction; and attachment means provided at the attachment end of the dispensing cap; wherein the attachment means include an external screw thread configured to screw the dispensing cap into a corresponding internal thread of the dispensing device and thereby open the tubular casing by means of the cutting element.
Method for controlling electrical components (212, 222, 213, 223, 215, 225, 216, 226) in a vehicle (101, 111, 121, 131, 201) comprising multiple traction voltage systems (211-215, 221-225), wherein each traction voltage system comprises at least one electrical component (212, 222, 213, 223, 215, 225, 216, 226), and which electrical component has the same function in each traction voltage system, the method involving the steps of: - monitoring and registering the state of health of each electrical component over time; - predicting a predetermined parameter for each electrical component, which parameter is related to a future operating state inhibiting the use of the components; - characterized by - determining a control strategy for each electrical component (212, 222, 213, 223, 215, 225, 216, 226) based on the state of health of the electrical components to balance the parameters towards a common value; - controlling the electrical components based on the determined control strategy. - monitoring and registering the state of health of each electrical component over time; - predicting a predetermined parameter for each electrical component, which parameter is related to a future operating state inhibiting the use of the components; - characterized by - determining a control strategy for each electrical component (212, 222, 213, 223, 215, 225, 216, 226) based on the state of health of the electrical components to balance the parameters towards a common value; - controlling the electrical components based on the determined control strategy.
A method performed by a relay user equipment, UE, for determining whether the relay UE may provide a relay service to a remote UE, the method comprising: the relay UE receiving from the remote UE a first message comprising a first authorization token and a first digital signature for verifying the authenticity of the first authorization token, wherein the first digital signature was generated by a first network function implemented in a network using the first authorization token and a first key, and the first authorization token indicates whether or not the remote UE is authorized to utilize a relay service provided by the relay UE; the relay UE verifying the authenticity of the first authorization token; and the relay UE transmitting to the remote UE a second message comprising a second authorization token and a second digital signature for verifying the authenticity of the second authorization token, wherein the second digital signature was generated by a second network function implemented in the network or the first network function, and the second authorization token indicates that the relay UE is authorized to provide a relay service to the remote UE. the relay UE receiving from the remote UE a first message comprising a first authorization token and a first digital signature for verifying the authenticity of the first authorization token, wherein the first digital signature was generated by a first network function implemented in a network using the first authorization token and a first key, and the first authorization token indicates whether or not the remote UE is authorized to utilize a relay service provided by the relay UE; the relay UE verifying the authenticity of the first authorization token; and the relay UE transmitting to the remote UE a second message comprising a second authorization token and a second digital signature for verifying the authenticity of the second authorization token, wherein the second digital signature was generated by a second network function implemented in the network or the first network function, and the second authorization token indicates that the relay UE is authorized to provide a relay service to the remote UE.
A server cabinet power backup system, comprising: a plurality of power backup units (101, 201) connected in parallel, wherein each power backup unit (101, 201) comprises a battery pack (102, 202), a battery management module (103, 203) and a self-test resistor (104, 204), and the self-test resistor (104, 204) is connected in parallel with a charge loop of the battery pack (102, 202), in a self-test process of the power backup unit (101, 201), the battery management module (103, 203) is configured to: control the battery pack (102, 202) to supply power to the self-test resistor (104, 204) to discharge the battery pack (102, 202), control the battery pack (102, 202) to be charged after the battery pack (102, 202) is discharged, and collect a charge and discharge parameter of the battery pack (102, 202), wherein the discharge parameter includes discharge capacity and discharge time, and the charge parameter includes charge capacity and charge time, and the battery management module (103, 203) is further configured to: determine attenuation performance of the power backup unit (101, 201) according to the charge and discharge parameter of the battery pack (102, 202), wherein the attenuation performance includes a capacity and resistance of the battery pack (102, 2020), wherein the battery management module (103, 203) is configured to control the battery pack (102, 202) to be fully charged and fully discharged. a plurality of power backup units (101, 201) connected in parallel, wherein each power backup unit (101, 201) comprises a battery pack (102, 202), a battery management module (103, 203) and a self-test resistor (104, 204), and the self-test resistor (104, 204) is connected in parallel with a charge loop of the battery pack (102, 202), in a self-test process of the power backup unit (101, 201), the battery management module (103, 203) is configured to: control the battery pack (102, 202) to supply power to the self-test resistor (104, 204) to discharge the battery pack (102, 202), control the battery pack (102, 202) to be charged after the battery pack (102, 202) is discharged, and collect a charge and discharge parameter of the battery pack (102, 202), wherein the discharge parameter includes discharge capacity and discharge time, and the charge parameter includes charge capacity and charge time, and the battery management module (103, 203) is further configured to: determine attenuation performance of the power backup unit (101, 201) according to the charge and discharge parameter of the battery pack (102, 202), wherein the attenuation performance includes a capacity and resistance of the battery pack (102, 2020), wherein the battery management module (103, 203) is configured to control the battery pack (102, 202) to be fully charged and fully discharged.
A method for processing blood, comprising: passing said blood through a blood filter device comprising: a housing comprising an outer wall, a first inlet, a first outlet and a second outlet; a membrane which is capable of separating plasma from said blood, wherein said membrane forms at least one inner chamber within said housing and said blood enters said at least one inner chamber of said blood filter device through said first inlet; a leukocyte and oxygen depletion media disposed within said at least one inner chamber, said leukocyte and oxygen depletion media is capable of depleting leukocytes and oxygen from said blood; and an outer chamber disposed between said outer wall and said membrane, separating said plasma from said blood by permeating through said membrane, wherein said plasma enters said outer chamber and exits said housing via said first outlet; and depleting oxygen, leukocytes and plasma from said blood, whereby said blood which has been depleted of oxygen, leukocytes and plasma exits said housing via said second outlet as packed red blood cells (pRBCs). a housing comprising an outer wall, a first inlet, a first outlet and a second outlet; a membrane which is capable of separating plasma from said blood, wherein said membrane forms at least one inner chamber within said housing and said blood enters said at least one inner chamber of said blood filter device through said first inlet; a leukocyte and oxygen depletion media disposed within said at least one inner chamber, said leukocyte and oxygen depletion media is capable of depleting leukocytes and oxygen from said blood; and an outer chamber disposed between said outer wall and said membrane, separating said plasma from said blood by permeating through said membrane, wherein said plasma enters said outer chamber and exits said housing via said first outlet; and depleting oxygen, leukocytes and plasma from said blood, whereby said blood which has been depleted of oxygen, leukocytes and plasma exits said housing via said second outlet as packed red blood cells (pRBCs).
A method for signal processing performed by an apparatus, comprising: receiving transmission configuration indication, TCI, state configuration information of a channel state information-reference signal, CSI-RS, the TCI state configuration information containing indication information of a synchronization signal block, SSB, quasi co-located with the CSI-RS; and determining transmit power of the CSI-RS according to a cell to which the SSB belongs; wherein, the determining the transmit power of the CSI-RS according to the cell to which the SSB belongs comprises: determining transmit power of the SSB from serving-cell configuration information when the SSB is an SSB of a serving cell, or determining transmit power of the SSB according to neighboring-cell SSB configuration information when the SSB is an SSB of a neighboring cell; and determining the transmit power of the CSI-RS according to the transmit power of the SSB and a power offset between the CSI-RS and the SSB. receiving transmission configuration indication, TCI, state configuration information of a channel state information-reference signal, CSI-RS, the TCI state configuration information containing indication information of a synchronization signal block, SSB, quasi co-located with the CSI-RS; and determining transmit power of the CSI-RS according to a cell to which the SSB belongs; wherein, the determining the transmit power of the CSI-RS according to the cell to which the SSB belongs comprises: determining transmit power of the SSB from serving-cell configuration information when the SSB is an SSB of a serving cell, or determining transmit power of the SSB according to neighboring-cell SSB configuration information when the SSB is an SSB of a neighboring cell; and determining the transmit power of the CSI-RS according to the transmit power of the SSB and a power offset between the CSI-RS and the SSB. determining transmit power of the SSB from serving-cell configuration information when the SSB is an SSB of a serving cell, or determining transmit power of the SSB according to neighboring-cell SSB configuration information when the SSB is an SSB of a neighboring cell; and determining the transmit power of the CSI-RS according to the transmit power of the SSB and a power offset between the CSI-RS and the SSB.
Rotor blade assembly group for an engine with at least one blade carrier (23, 24), having multiple rotor blades (20, 21) that are provided with multiple further rotor blades (20, 21) along a circle line about a central axis of the rotor blade assembly group (2a, 2b), wherein - the blade carrier (23, 24) has a carrier section (230, 240) that extends radially inwards in the direction of the central axis with respect to the rotor blades (20, 21), - the carrier section (230, 240) comprises a connection area (231, 241) at which a stiffening structure (5a, 5b) with at least one first stiffening element and at least one second stiffening element is fixedly attached, and - the first stiffening element is arranged at a first face side of the blade carrier (23, 24) and the second stiffening element is arranged at a second face side that is facing away from the first face side, wherein the at least one first stiffening element and the at least one second stiffening element are connected to the connection area (231, 241) of the blade carrier (23, 24) and in addition are connected to each other, characterized in that the blade carrier (23, 24) is embodied in a ring-segment-shaped or disc-segment-shaped manner along the circle line. - the blade carrier (23, 24) has a carrier section (230, 240) that extends radially inwards in the direction of the central axis with respect to the rotor blades (20, 21), - the carrier section (230, 240) comprises a connection area (231, 241) at which a stiffening structure (5a, 5b) with at least one first stiffening element and at least one second stiffening element is fixedly attached, and - the first stiffening element is arranged at a first face side of the blade carrier (23, 24) and the second stiffening element is arranged at a second face side that is facing away from the first face side, wherein the at least one first stiffening element and the at least one second stiffening element are connected to the connection area (231, 241) of the blade carrier (23, 24) and in addition are connected to each other,