mhurhangee/ep-ind-claims huggingface dataset:
A method used to handle individual intermediate layers of a stack of intermediate layers, the method comprising the following steps: - removing of an individual intermediate layer from the stack of intermediate layers, - moving of the intermediate layer into a detection range of a sensor system, which identifies an outer edge extending in movement direction of the intermediate layer preferably by means of optical detection, - a move toward a target location (Z1, Z2) in consideration of the preferably optical detection such that the intermediate layer reaches the target location (Z1, Z2) in a predetermined position, wherein the method is characterised in that the removed intermediate layer is moved into the detection range of the sensor system time-synchronously with a first directional component, which faces toward the target location (Z1, Z2), and with a second directional component, which is oriented perpendicular to the first directional component. - removing of an individual intermediate layer from the stack of intermediate layers, - moving of the intermediate layer into a detection range of a sensor system, which identifies an outer edge extending in movement direction of the intermediate layer preferably by means of optical detection, - a move toward a target location (Z1, Z2) in consideration of the preferably optical detection such that the intermediate layer reaches the target location (Z1, Z2) in a predetermined position, wherein the method is characterised in that the removed intermediate layer is moved into the detection range of the sensor system time-synchronously with a first directional component, which faces toward the target location (Z1, Z2), and with a second directional component, which is oriented perpendicular to the first directional component.
System of geometric positioning of a mechanical subassembly for mounting mechanical subassemblies under the shell of a motor vehicle, in particular of an underbody component of a motor vehicle shell, component parts (16 to 18) of the subassembly comprising reference points and the system comprising positioning guides (10 to 15) each intended to position geometrically a corresponding reference point, characterized in that the system comprises at least two adjustment devices (20, 21, 25), first and second respectively, associated with two positioning guides to adjust their position, each of the adjustment devices being configured so as to move selectively the associated positioning guide in at most two different movement directions.
A network comprising a first base station, BS, and a second BS for Dual Connectivity, DC, adapted to configure a Secondary Node, SN, and to report in DC, the network comprising: the first BS configured to receive a plurality of communication device capabilities of a communication device from the communication device, a third BS or a core network, CN, wherein the plurality of communication device capabilities comprises a maximum reception bandwidth, RX_BW, for a frequency band; the first BS configured to transmit a first SN Addition Request message to the second BS, to configure the second BS as a first SN for the communication device, wherein the first SN Addition Request message comprises the plurality of communication device capabilities; the second BS configured to determine a first RX_BW and a location of the first RX_BW on a first carrier according to the maximum RX_BW; the second BS configured to generate a Secondary Cell Group, SCG, configuration configuring the communication device to connect to a first cell of the second BS in DC with the first BS and the second BS, wherein the SCG configuration comprises a cell identity of the first cell, a first absolute radiofrequency channel number, ARFCN, the first RX_BW and the location of the first RX_BW on the first carrier; the second BS configured to transmit a first SN Addition Request Acknowledge message comprising the SCG configuration to the first BS in response to the first SN Addition Request message; and the first BS configured to generate a radio resource control, RRC, message comprising the SCG configuration, and transmitting the RRC message to the communication device. the first BS configured to receive a plurality of communication device capabilities of a communication device from the communication device, a third BS or a core network, CN, wherein the plurality of communication device capabilities comprises a maximum reception bandwidth, RX_BW, for a frequency band; the first BS configured to transmit a first SN Addition Request message to the second BS, to configure the second BS as a first SN for the communication device, wherein the first SN Addition Request message comprises the plurality of communication device capabilities; the second BS configured to determine a first RX_BW and a location of the first RX_BW on a first carrier according to the maximum RX_BW; the second BS configured to generate a Secondary Cell Group, SCG, configuration configuring the communication device to connect to a first cell of the second BS in DC with the first BS and the second BS, wherein the SCG configuration comprises a cell identity of the first cell, a first absolute radiofrequency channel number, ARFCN, the first RX_BW and the location of the first RX_BW on the first carrier; the second BS configured to transmit a first SN Addition Request Acknowledge message comprising the SCG configuration to the first BS in response to the first SN Addition Request message; and the first BS configured to generate a radio resource control, RRC, message comprising the SCG configuration, and transmitting the RRC message to the communication device.
Electrical cable comprising: - a set of insulated electrical conductors, wherein each insulated electrical conductor comprises an electrical conductor surrounded by an insulating layer able to convert, at least superficially, to the ceramic state at high temperatures corresponding to fire conditions, and - an outer sheath surrounding all the insulated electrical conductors, wherein empty spaces are provided between the sheath and all the insulated electrical conductors, characterized in that - the insulating layer comprises a first crosslinked layer surrounding the electrical conductor, and a second crosslinked layer surrounding the first layer, wherein the first layer is obtained from a first composition comprising a polyorganosiloxane-based polymer matrix, while - the second layer is obtained from a second composition comprising a polyolefin-based polymer matrix, and - the insulating layer of at least one insulated electrical conductor is in direct physical contact with the outer sheath. - a set of insulated electrical conductors, wherein each insulated electrical conductor comprises an electrical conductor surrounded by an insulating layer able to convert, at least superficially, to the ceramic state at high temperatures corresponding to fire conditions, and - an outer sheath surrounding all the insulated electrical conductors, wherein empty spaces are provided between the sheath and all the insulated electrical conductors, - the insulating layer comprises a first crosslinked layer surrounding the electrical conductor, and a second crosslinked layer surrounding the first layer, wherein the first layer is obtained from a first composition comprising a polyorganosiloxane-based polymer matrix, while - the second layer is obtained from a second composition comprising a polyolefin-based polymer matrix, and - the insulating layer of at least one insulated electrical conductor is in direct physical contact with the outer sheath.
A method for separating or detecting rare cells in a blood sample using a filter including holes with a hole density of 200 holes/mm 2 to 40000 holes/mm 2, wherein the holes are in the form of an ellipse with a minor axis diameter of 3.0 μm to 15 μm and a major axis diameter of 1.1 times to 3 times as long as the minor axis diameter, or the holes have a shape that contains the ellipse and is in contact with the ellipse at at least two points including both ends of the major axis of the ellipse, the method comprising: separating or detecting rare cells by filtering the blood sample so that the filter capacity per hole of the filter is 6 μl/hole or less expressed in terms of blood volume. separating or detecting rare cells by filtering the blood sample so that the filter capacity per hole of the filter is 6 μl/hole or less expressed in terms of blood volume.
A distributed antenna system, comprising: a plurality of ports configured to receive downstream signals or transmit upstream signals; a plurality of first antennas configured to transmit the downstream signals or receive the upstream signals; a power regulating unit (130, 139) coupled between the plurality of ports and the plurality of first antennas and configured to transfer and regulate the downstream signals or the upstream signals, wherein the power regulating unit (130, 139) is characterised by comprising: a plurality of first links respectively corresponding to different frequency bands, and a first power regulating section coupled to the plurality of first links and configured to regulate power of link signals transferred over each of the first links by detecting the link signals and changing the power of the link signals based on the detection, such that link signals of different frequency bands transferred over the plurality of first links have substantially equal power to each other. a plurality of ports configured to receive downstream signals or transmit upstream signals; a plurality of first antennas configured to transmit the downstream signals or receive the upstream signals; a power regulating unit (130, 139) coupled between the plurality of ports and the plurality of first antennas and configured to transfer and regulate the downstream signals or the upstream signals, wherein the power regulating unit (130, 139) is characterised by comprising: a plurality of first links respectively corresponding to different frequency bands, and a first power regulating section coupled to the plurality of first links and configured to regulate power of link signals transferred over each of the first links by detecting the link signals and changing the power of the link signals based on the detection, such that link signals of different frequency bands transferred over the plurality of first links have substantially equal power to each other.
Appliance holder for a portable hard surface cleaning appliance for drawing off and sucking off liquid from a hard surface, in particular, from a window pane, the appliance holder comprising a main body with a first supporting arm which has a first supporting surface against which the hard surface cleaning appliance can be positioned with a side area and on which a first connecting element is arranged for connecting the main body to the hard surface cleaning appliance, and with a second supporting arm which forms a second supporting surface on which the hard surface cleaning appliance can be placed, and the appliance holder comprising a second connecting element for connecting the appliance holder to an extension pipe, characterized in that the main body is connected to the second connecting element for pivotal movement about a pivot axis by means of a joint part arranged in offset relation to the second supporting arm in the direction towards the first connecting element.
Motor vehicle door handle for a vehicle with a wireless entry system, wherein the motor vehicle door handle comprises a housing and an antenna coil arranged in the housing, wherein the antenna coil is configured for transmitting an alarm signal to a mobile identification transmitter, wherein the antenna coil is arranged within a protective cover in the housing, characterised in that at least one elongated portion made of aluminium foil is arranged as trimmer material spaced apart from the antenna coil in the housing of the motor vehicle door handle, wherein the trimmer material is electrically isolated from the transmitter coil.
A chocolate tempering and dispensing machine, comprising a tank for collecting the chocolate to be processed, a cylinder for processing the chocolate connected to the collection tank, a dispensing tap for dispensing the chocolate flowing from the processing cylinder, at least a first stirrer inside the cylinder for mixing the chocolate being processed and at least a second stirrer inside the collection tank designed to prevent solidification of the chocolate contained therein; means for heating the collection tank in particular for melting the chocolate contained at a first temperature, means for cooling the processing cylinder for carrying the incoming chocolate to the dispenser tap at a second temperature, and means for heating the dispensing tap for dispensing the chocolate at a third temperature; a unit for adjusting and controlling the above mentioned means for cooling and heating for adjusting each first, second and third temperature value on the basis of a respective predetermined and set value.
A heating assembly, comprising: a sword-shaped housing, and a heating temperature control assembly sleeved in an inner cavity of the housing, wherein the heating temperature control assembly comprises a metal heating element (21, 30), the housing comprises a blade tip, a blade, and a base, wherein, an open end of the base of the housing is provided with a horn opening, which is configured for ceramic glue dispensing to package the heating temperature control assembly inside the housing.
Measuring coupler for applying measuring signals to a measurement object, the measuring coupler being embodied so that it supplies measuring signals to the measurement object on a first strip conductor (1, 41, 136), characterised in that the measuring coupler comprises a first coaxial connector (17, 47, 72, 175), a waveguide port (24, 34, 63) and the first strip conductor (1, 41, 136) which is composed of the first part (14, 42) and the second part (16, 48) which are connected with one another at a connection location (15, 40), in that at its two ends the first strip conductor (1, 41, 136) has the first and a second coaxial connector (13, 17, 43, 47, 72, 175), in that the measuring signals of a lower frequency range are fed in at the first coaxial connector (17, 47, 72, 175), in that the measuring signals of an upper frequency range are fed in at the waveguide port (24, 34, 63), in that the first strip conductor (1, 41, 136) is coupled with a second strip conductor (12, 32, 81, 101, 120, 192, 210) since the second strip conductor (12, 32, 81, 101, 120, 192, 210) is located at least in part in the spatial proximity of the first strip conductor (1, 41, 136), in that the first strip conductor (1, 41, 136) is coupled with a third strip conductor (19, 45, 174) since the third strip conductor (19, 45, 174) is located at least in part in the spatial proximity of the first strip conductor (1, 41, 136), the third strip conductor (19, 45, 174) having coaxial connectors (18, 23, 44, 50) at its ends, and in that the waveguide port (24, 34, 63) is connected with the second strip conductor (12, 32, 81, 101, 120, 192, 210) by means of a waveguide-strip conductor transition (11, 33, 82).
A motorcycle helmet comprising: - a helmet body configured to partially or entirely cover a head of a wearer and having an opening in front of a face surface of the wearer; characterised by - a gaze corrector provided in a center of a frame forming the opening in the helmet body to divide the opening, having a rectangular columnar shape and enabling correction of a gaze of the wearer, - wherein the gaze corrector has a first color on a surface in front of the wearer, a second color and a third color on the surfaces (13b, 13c) placed to the right and to the left of the surface in front of the wearer, respectively, whereby these three colors are different from each other, so that the wearer can visually confirm the second/third color of the right/left side surface (13b, 13c) of the gaze corrector in the field of vision on the side opposite to the direction of a vehicle inclination during a right or left turn, and the gaze corrector divides a field of view of the wearer into a right field of view and a left field of view. - a helmet body configured to partially or entirely cover a head of a wearer and having an opening in front of a face surface of the wearer; characterised by - a gaze corrector provided in a center of a frame forming the opening in the helmet body to divide the opening, having a rectangular columnar shape and enabling correction of a gaze of the wearer, - wherein the gaze corrector has a first color on a surface in front of the wearer, a second color and a third color on the surfaces (13b, 13c) placed to the right and to the left of the surface in front of the wearer, respectively, whereby these three colors are different from each other, so that the wearer can visually confirm the second/third color of the right/left side surface (13b, 13c) of the gaze corrector in the field of vision on the side opposite to the direction of a vehicle inclination during a right or left turn, and the gaze corrector divides a field of view of the wearer into a right field of view and a left field of view.
A working vehicle comprising: an air cleaner provided with a vacuator; a planar portion located below the air cleaner; an emission receiver provided to the planar portion at a position right under the vacuator, the emission receiver being recessed downward while having an upper opening, the emission receiver comprising a bottom surface; and a discharge channel having a base end that is in communication with the emission receiver through a communication opening and a distal end that is opened to an outside of the working vehicle through a discharge port, characterized in that the discharge channel comprises an inclined surface inclined downward from the communication opening toward discharge port, wherein an inner periphery of the opening is provided with a tongue inclined toward the bottom surface of the emission receiver, and the communication opening is defined between a lower edge of the tongue and the bottom surface of the emission receiver. an air cleaner provided with a vacuator; a planar portion located below the air cleaner; an emission receiver provided to the planar portion at a position right under the vacuator, the emission receiver being recessed downward while having an upper opening, the emission receiver comprising a bottom surface; and a discharge channel having a base end that is in communication with the emission receiver through a communication opening and a distal end that is opened to an outside of the working vehicle through a discharge port, characterized in that the discharge channel comprises an inclined surface inclined downward from the communication opening toward discharge port, wherein an inner periphery of the opening is provided with a tongue inclined toward the bottom surface of the emission receiver, and the communication opening is defined between a lower edge of the tongue and the bottom surface of the emission receiver.
Turbulator fin for a tube-fin assembly adapted for a heat exchanger, the turbulator fin comprising a corrugated sheet with a plurality of adjacent folds (21, 22) between a first transverse side of the sheet and a second transverse side of the sheet, each fold having a fixed fold height delimited by adjacent fold lines (11, 12) and each fold having a fold length in longitudinal direction of the sheet, the end fold forming the edge of the sheet of at least one transverse side of the sheet having a reduced fold height (hr) compared to the fixed fold height characterized in that the assembly of two adjacent folds (21, 22) essentially has the form of a V, wherein the assembly of the at least one end fold with reduced fold height (hr) and its adjacent fold essentially has the form of a truncated V.
A method of decoding video data partitioned into blocks of different sizes, the method comprising: constructing a partition pattern list that includes one or more partition patterns associated with a block of a first size, the number of the one or more partition patterns being directly proportional to the size of the block; receiving an index into the partition pattern list; determining a partition pattern associated with the block of the first size based on the received index into the partition pattern list; determining a partition pattern for a depth block of a second size based on the determined partition pattern associated with the block of the first size, wherein the second size is larger than the first size, wherein the block of the first size is located within the depth block of the second size, and wherein the depth block is a block of a depth map in a framework of three-dimensional video coding; and intra-prediction decoding the depth block based on the determined partition pattern for the depth block without intra-prediction decoding the block of the first size using the determined partition pattern associated with the block of the first size, wherein the block of the first size is intra-prediction decoded as part of the intra-prediction of the depth block. constructing a partition pattern list that includes one or more partition patterns associated with a block of a first size, the number of the one or more partition patterns being directly proportional to the size of the block; receiving an index into the partition pattern list; determining a partition pattern associated with the block of the first size based on the received index into the partition pattern list; determining a partition pattern for a depth block of a second size based on the determined partition pattern associated with the block of the first size, wherein the second size is larger than the first size, wherein the block of the first size is located within the depth block of the second size, and wherein the depth block is a block of a depth map in a framework of three-dimensional video coding; and intra-prediction decoding the depth block based on the determined partition pattern for the depth block without intra-prediction decoding the block of the first size using the determined partition pattern associated with the block of the first size, wherein the block of the first size is intra-prediction decoded as part of the intra-prediction of the depth block.