mhurhangee/ep-ind-claims huggingface dataset:
An in-cell touch screen, comprising a first substrate and a first electrode layer provided above the first substrate, wherein, the first electrode layer comprises touch control drive electrodes, touch control sensing electrodes and touch control amplification electrodes, which are mutually insulated, the touch control amplification electrodes are provided in a gap between the touch control drive electrodes and the touch control sensing electrodes, during a display phase, at least the touch control drive electrodes and the touch control sensing electrodes are applied with a common voltage, and during a touch control phase, the touch control drive electrodes are applied with a touch control drive signal, and the touch control sensing electrodes output touch control sensing signals, characterized in that, the touch control amplification electrodes are suspended, meaning that there is not any electrical connection with the touch control amplification electrodes, during the touch control phase, each two adjacent touch control drive electrodes are electrically connected with each other by a first connection strip, and each two adjacent touch control sensing electrodes are electrically connected with each other by a second connection strip, the first connection strip and the second connection strip are spatially intersected with each other but electrically insulated from each other, and the touch control amplification electrodes provided in the gap are not intersected and overlap with the first connection strip and the second connection strip.
Device for filling pressurized gas tanks, in particular hydrogen tanks for vehicles, comprising a fluid transfer circuit comprising an upstream end provided with a plurality of pressurized fluid sources (2, 3, 4, 5) and a downstream end comprising at least two distribution terminals (10, 11) each intended to be connected to separate tanks (6, 7) to be filled, each source (2, 3, 4, 5) comprising a first fluid outlet connected to a first respective outlet valve (12, 13, 14, 15), each first outlet valve (12, 13, 14, 15) being connected to each of the at least two distribution terminals (10, 11) via parallel transfer ducts (22, 23, 24, 32, 33, 34), each of the transfer ducts (22, 23, 24, 32, 33, 34) comprising at least one respective isolation valve (42, 43, 44, 52, 53, 54), each of the distribution terminals (10, 11) being fluidly connected to each first outlet valve (12, 13, 14, 15) of a source (2, 3, 4, 5) via a first direct fluid path passing through a single transfer duct (22, 23, 24, 32, 33, 34) and via at least one second indirect alternative fluid path successively passing through a plurality of transfer ducts (22, 23, 24, 32, 33, 34), the device comprising an electronic controller comprising a data storage and processing component, with at least some of the valves of the circuit being valves of the controlled type and connected to the electronic controller, the electronic controller being configured to control the opening or the closing of said valves, characterized in that the electronic controller is configured to ensure a transfer of fluid between one of the sources (2, 3, 4, 5) and a distribution terminal (10, 11) along the first direct fluid path passing through a single transfer duct (22, 23, 24, 32, 33, 34) or along the second indirect path successively passing through a plurality of transfer ducts (22, 23, 24, 32, 33, 34) according to an operating state of at least one of said valves.
A method in a relay node for communicating data to a user equipment, said relay node being associated with a base station, the method comprising: - receiving information from the base station indicating a first set of resource blocks of a subframe comprising control information, wherein the presence of control information indicates that the base station schedules data to the relay node - identifying, based on the received information, at least one resource block outside said first set of resource blocks, - scheduling,, transmissions to the user equipment, on said at least one identified resource block, - receiving a transmission from the base station comprising control information, - determining from said control information whether a first data was received in the transmission from the base station on said identified at least one resource block, and if a second data was transmitted simultaneously to said user equipment on the identified at least one resource block, then - requesting retransmission from the base station of said first data. - receiving information from the base station indicating a first set of resource blocks of a subframe comprising control information, wherein the presence of control information indicates that the base station schedules data to the relay node - identifying, based on the received information, at least one resource block outside said first set of resource blocks, - scheduling,, transmissions to the user equipment, on said at least one identified resource block, - receiving a transmission from the base station comprising control information, - determining from said control information whether a first data was received in the transmission from the base station on said identified at least one resource block, and if a second data was transmitted simultaneously to said user equipment on the identified at least one resource block, then - requesting retransmission from the base station of said first data.
A protein-coated material comprising: a substrate, wherein the substrate is selected from the group consisting of a textile, a sheet, a rope, a fiber, a yarn, a strand, and combinations thereof; a salt coating disposed over the substrate, wherein the salt is sodium sulfate; and a protein coating disposed over the salt coating, wherein the protein is gelatin. a substrate, wherein the substrate is selected from the group consisting of a textile, a sheet, a rope, a fiber, a yarn, a strand, and combinations thereof; a salt coating disposed over the substrate, wherein the salt is sodium sulfate; and a protein coating disposed over the salt coating, wherein the protein is gelatin.
Control module for controlling the temperature of an electric power source of a motor vehicle, the control module having a casing delimiting a reception compartment for receiving the electric power source, at least one thermoelectric cell disposed at the edge of the reception compartment, the thermoelectric cell having: o a first face in contact with a first fluid contained inside the reception compartment, such that the electric power source is in contact with the first fluid, the thermoelectric cell being able to modify the temperature of a first fluid, and o a second face in contact with a second fluid, the reception compartment accommodating at least partially a first circulation device for circulating the first fluid, said device being disposed at least partially within a first circulation channel for circulating the first fluid, said channel being formed within the reception compartment and integrating the first face, characterized in that the first fluid is air, said casing being equipped with at least one air inlet and at least one air outlet for, respectively, an intake into the reception compartment and a discharge from the compartment of a flow of circulation air. o a first face in contact with a first fluid contained inside the reception compartment, such that the electric power source is in contact with the first fluid, the thermoelectric cell being able to modify the temperature of a first fluid, and o a second face in contact with a second fluid,
Plate separator for separating a substance from a substance mixture, having - a separator apparatus and an electric motor for rotationally driving the separator apparatus, wherein - the separator apparatus is coupled for conjoint rotation with the electric motor, wherein - the electric motor is designed as an external rotor and has an inner stator and an outer rotor in the radial direction with respect to an axis of rotation of the electric motor, wherein - the separator apparatus is fastened to the rotor and extends outwards from the rotor in the radial direction, and wherein - the stator is arranged, as viewed in the axial direction with respect to the axis of rotation, at least partially overlapping with the separator apparatus, characterised in that - the rotor is mounted rotatably means of a bearing shaft which engages through the stator at least partially in the axial direction, wherein the rotor is fixedly connected to the bearing shaft via a connecting section. - a separator apparatus and an electric motor for rotationally driving the separator apparatus, wherein - the separator apparatus is coupled for conjoint rotation with the electric motor, wherein - the electric motor is designed as an external rotor and has an inner stator and an outer rotor in the radial direction with respect to an axis of rotation of the electric motor, wherein - the separator apparatus is fastened to the rotor and extends outwards from the rotor in the radial direction, and wherein - the stator is arranged, as viewed in the axial direction with respect to the axis of rotation, at least partially overlapping with the separator apparatus, characterised in that - the rotor is mounted rotatably means of a bearing shaft which engages through the stator at least partially in the axial direction, wherein the rotor is fixedly connected to the bearing shaft via a connecting section.
Tamper-evident coupling system of sheet material, comprising: - at least one first base portion, - at least one second base portion, - at least a first coupling portion borne by the first base portion, - at least a second coupling portion borne by the second base portion, the first and the second coupling portions (13, 14) being configured for defining at least one arming condition in which said first and second coupling portions (13, 14) are engaged with each other, wherein at least one between the first and the second coupling portion (13, 14) comprises at least one removable portion configured for separating from the coupling system - upon a first disengagement condition of said first and second coupling portion (13, 14) following said arming condition - for preventing a following coupling of said first and second coupling portion (13, 14), the coupling system comprising at least one supporting portion directly constrained to at least one between the second base portion and the second coupling portion, wherein the supporting portion is configured - at least during an initial contact step between the first and second coupling portion (13, 14) before said arming condition - for supporting at least part of said second coupling portion, characterized in that the supporting portion comprises a weakening portion configured for enabling the supporting portion to define at least the following operative conditions: - a holding operative condition, defined during the initial contact step between said first and second coupling portion (13, 14) during which the first coupling portion abuts on the second coupling portion, wherein the weakening portion during said holding operative condition is intact and enables the supporting portion itself to support the second coupling portion, - a releasing operative condition, optionally defined at least during the arming condition, wherein the weakening portion breaks so that the supporting portion can enable a movement of the second coupling portion greater than the movement obtainable of the same coupling portion when the supporting portion defines said holding operative condition. - at least one first base portion, - at least one second base portion, - at least a first coupling portion borne by the first base portion, - at least a second coupling portion borne by the second base portion, - a holding operative condition, defined during the initial contact step between said first and second coupling portion (13, 14) during which the first coupling portion abuts on the second coupling portion, wherein the weakening portion during said holding operative condition is intact and enables the supporting portion itself to support the second coupling portion, - a releasing operative condition, optionally defined at least during the arming condition, wherein the weakening portion breaks so that the supporting portion can enable a movement of the second coupling portion greater than the movement obtainable of the same coupling portion when the supporting portion defines said holding operative condition.
Apparatus for introducing a protective gas into containers (2, 110), in particular bottles, comprising: a transport system with a closed transport track, which is configured to transport the containers from a pick-up position to a drop-off position; and an injection apparatus (150; 250; 350), which is arranged at the transport track and configured in such a way that the protective gas can be introduced into the containers with it while transporting the containers from the pick-up position to the drop-off position; characterized in that the transport system is configured at least in between the pick-up position and the drop-off position with a long stator linear drive for individually controllable movement of a plurality of transport elements for the containers along the transport track, that the injection apparatus (150; 250; 350) has at least one injection nozzle (151; 251; 351) for injecting the protective gas into an opening of the containers, and that furthermore a control and/or regulating unit is provided, which is configured to move the transport elements with reduced velocity past the at least one injection nozzle or to temporarily stop at the at least one injection nozzle. a transport system with a closed transport track, which is configured to transport the containers from a pick-up position to a drop-off position; and an injection apparatus (150; 250; 350), which is arranged at the transport track and configured in such a way that the protective gas can be introduced into the containers with it while transporting the containers from the pick-up position to the drop-off position; characterized in that the transport system is configured at least in between the pick-up position and the drop-off position with a long stator linear drive for individually controllable movement of a plurality of transport elements for the containers along the transport track, that the injection apparatus (150; 250; 350) has at least one injection nozzle (151; 251; 351) for injecting the protective gas into an opening of the containers, and that furthermore a control and/or regulating unit is provided, which is configured to move the transport elements with reduced velocity past the at least one injection nozzle or to temporarily stop at the at least one injection nozzle.
A compressor comprising: a housing having a suction inlet, at least one economizer inlet, and an outlet; a first cylinder arranged within the housing, the first cylinder having a first suction valve arranged in fluid communication with the suction inlet and a first discharge valve fluidly connected to the outlet; at least one second cylinder arranged within the housing, the at least one second cylinder having a second suction valve in fluid communication with the at least one economizer inlet and a second discharge valve fluidly connected to the outlet; and a first piston arranged within the first cylinder and a second piston arranged within the at least one second cylinder, wherein the first cylinder has a first configuration and the at least one second cylinder has a second configuration, the first configuration and the second configuration being different; wherein the first cylinder is configured to receive a first flow having a first pressure provided to the suction inlet and the at least one second cylinder is configured to receive a second flow having a second pressure provided to the at least one economizer inlet, the first pressure and the second pressure being different; wherein only the first flow provided to the suction inlet is compressed within the first cylinder and only the second flow provided to the at least one economizer inlet is compressed within the at least one second cylinder; and wherein the at least one second cylinder is distinct from the first cylinder. a housing having a suction inlet, at least one economizer inlet, and an outlet; a first cylinder arranged within the housing, the first cylinder having a first suction valve arranged in fluid communication with the suction inlet and a first discharge valve fluidly connected to the outlet; at least one second cylinder arranged within the housing, the at least one second cylinder having a second suction valve in fluid communication with the at least one economizer inlet and a second discharge valve fluidly connected to the outlet; and a first piston arranged within the first cylinder and a second piston arranged within the at least one second cylinder, wherein the first cylinder has a first configuration and the at least one second cylinder has a second configuration, the first configuration and the second configuration being different; wherein the first cylinder is configured to receive a first flow having a first pressure provided to the suction inlet and the at least one second cylinder is configured to receive a second flow having a second pressure provided to the at least one economizer inlet, the first pressure and the second pressure being different; wherein only the first flow provided to the suction inlet is compressed within the first cylinder and only the second flow provided to the at least one economizer inlet is compressed within the at least one second cylinder; and wherein the at least one second cylinder is distinct from the first cylinder.
Faceplate lever mechanism for selectively locking or unlocking an understriking leaf of two-leaf windows, French doors or the like, the faceplate lever mechanism for the understriking leaf being intended to be arranged so as to be concealed in the joint clearance located between the two leaves (2, 3), the faceplate lever mechanism comprising two drive rod portions (16, 17) which are longitudinally displaceable and guided in opposite directions to one another on a stationary component, comprising a pivotably mounted drive lever, and comprising a link (14, 15) for connecting the drive rod portions (16, 17) to the drive lever, the drive lever being pivotably mounted on the stationary component, and the drive rod portions (16, 17) each being connected to the drive lever via a link (14, 15), characterized in that a central link is arranged between the drive lever and the two links (14, 15).
A computer-implemented method for detecting edges in an image produced by imaging of one or more objects, comprising: when an intensity value of an adjacent pixel is greater than an intensity value of a first pixel: determining region ratio values of the first pixel and the adjacent pixel, comprising: dividing the intensity value of the first pixel into the intensity value of the adjacent pixel; determining an adaptive threshold value comprising: dividing a sum of the intensity value of the first pixel and a noise value of the first pixel by a sum of the intensity value of the adjacent pixel and a negative noise value of the first pixel; and determining whether an edge is present between the first pixel and the adjacent pixel, comprising: comparing the region ratio value for the first pixel and the adjacent pixel to the adaptive threshold value; and determining that the edge is present when the region ratio value for the first pixel and the adjacent pixel exceeds the adaptive threshold value. determining region ratio values of the first pixel and the adjacent pixel, comprising: dividing the intensity value of the first pixel into the intensity value of the adjacent pixel; determining an adaptive threshold value comprising: dividing a sum of the intensity value of the first pixel and a noise value of the first pixel by a sum of the intensity value of the adjacent pixel and a negative noise value of the first pixel; and determining whether an edge is present between the first pixel and the adjacent pixel, comprising: comparing the region ratio value for the first pixel and the adjacent pixel to the adaptive threshold value; and determining that the edge is present when the region ratio value for the first pixel and the adjacent pixel exceeds the adaptive threshold value. comparing the region ratio value for the first pixel and the adjacent pixel to the adaptive threshold value; and determining that the edge is present when the region ratio value for the first pixel and the adjacent pixel exceeds the adaptive threshold value.
A coded pattern projector apparatus comprising: a) a surface-emitting array of emitters provided on a substrate, the array of emitters comprising a plurality of emitters, each of the plurality of emitters generating one of a plurality of optical beams in response to an electrical drive signal applied to a respective electrical input of each of the plurality of emitters; b) a lens positioned in an optical path of the plurality of optical beams generated by the surface-emitting array of emitters, the lens projecting each of the plurality of optical beams generated by the surface-emitting array of emitters; c) an optical element that is positioned in the optical path of the plurality of optical beams, the optical element collimating the plurality of optical beams in a first dimension and diverging the plurality of optical beams in a second dimension such that the plurality of optical beams form at least one stripe pattern; and d) a controller having a plurality of electrical outputs, each of the plurality of electrical outputs being connected to a respective electrical input of each of the plurality of emitters, the controller generating desired electrical drive signals that produce a desired coded stripe pattern; characterised in that at least some of the plurality of emitters are positioned to form a first row of the surface-emitting array of emitters in the first dimension and at least some other of the plurality of emitters are positioned to form a second row of the surface-emitting array of emitters in the first dimension, wherein emitters of the first and second rows are offset from each other in the first and second dimensions such that at least two of the stripe patterns coalesce. a) a surface-emitting array of emitters provided on a substrate, the array of emitters comprising a plurality of emitters, each of the plurality of emitters generating one of a plurality of optical beams in response to an electrical drive signal applied to a respective electrical input of each of the plurality of emitters; b) a lens positioned in an optical path of the plurality of optical beams generated by the surface-emitting array of emitters, the lens projecting each of the plurality of optical beams generated by the surface-emitting array of emitters; c) an optical element that is positioned in the optical path of the plurality of optical beams, the optical element collimating the plurality of optical beams in a first dimension and diverging the plurality of optical beams in a second dimension such that the plurality of optical beams form at least one stripe pattern; and d) a controller having a plurality of electrical outputs, each of the plurality of electrical outputs being connected to a respective electrical input of each of the plurality of emitters, the controller generating desired electrical drive signals that produce a desired coded stripe pattern;