mhurhangee/ep-ind-claims huggingface dataset:
A composite placement machine having a simplified fiber delivery path from a creel (24, 26) to a lay-up table, the machine comprising: a composite placement head; a first stationary creel, the first stationary creel forming a band of composite material having a width that extends in an X-axis; and, a lay-up table; further comprising a stationary bridge comprising spaced upright supports and an overhead beam having a length extending along a Y-axis and spanning a workzone; a carriage mounted for horizontal motion along a primary linear axis of motion along the length of the overhead beam; wherein the composite placement head is supported by the carriage; a carriage redirect roller in the carriage mounted for rotation about the X-axis; wherein the first stationary creel is positioned next to one of the upright supports at one end of the overhead beam, wherein the lay-up table is mounted for horizontal motion along a secondary linear axis perpendicular to the primary linear axis and mounted for tertiary rotary motion about a centerline that is perpendicular to the primary linear axis and the secondary linear axis, whereby the motion of the head in the primary axis of linear motion, and the motion of the lay-up table in the secondary linear axis and in the tertiary rotary motion allows the head to apply composite material to the lay-up table in any orientation without the width of the band of composite material between the creel and the head twisting relative to the X and Y-axes; and wherein the primary linear axis of motion of the head is provided solely by the motion of the carriage across the overhead beam. a composite placement head; a first stationary creel, the first stationary creel forming a band of composite material having a width that extends in an X-axis; and, a lay-up table; further comprising a stationary bridge comprising spaced upright supports and an overhead beam having a length extending along a Y-axis and spanning a workzone; a carriage mounted for horizontal motion along a primary linear axis of motion along the length of the overhead beam; wherein the composite placement head is supported by the carriage; a carriage redirect roller in the carriage mounted for rotation about the X-axis; wherein the first stationary creel is positioned next to one of the upright supports at one end of the overhead beam, wherein the lay-up table is mounted for horizontal motion along a secondary linear axis perpendicular to the primary linear axis and mounted for tertiary rotary motion about a centerline that is perpendicular to the primary linear axis and the secondary linear axis, whereby the motion of the head in the primary axis of linear motion, and the motion of the lay-up table in the secondary linear axis and in the tertiary rotary motion allows the head to apply composite material to the lay-up table in any orientation without the width of the band of composite material between the creel and the head twisting relative to the X and Y-axes; and wherein the primary linear axis of motion of the head is provided solely by the motion of the carriage across the overhead beam.
Electrical switching device having a mechanical locking device for the switch positions of switches having a first switch and a second switch, the switch mechanics of which can be operated via respective turn handles (14, 16) between a first and a second switch position ON or OFF and which have blocking means (18, 20) for blocking an operation of their respective switch mechanics respectively, a power transmission device which couples the blocking means of the two switches to each other, wherein the blocking means of the first switch are formed in such a way that they block an operation of the switch mechanics in the first switch position ON and enable an operation of the switch mechanics in the second switch position OFF, and the blocking means of the second switch are formed in such a way that they enable an operation of the switch mechanics in the first switch position ON and block an operation of the switch mechanics in the second switch position OFF, characterised in that the blocking means of the first switch in the second switch position OFF hold the blocking means of the second switch in the second switch position OFF in a position via the power transmission device, in which position they block an operation of the switch mechanics of the second switch, and the blocking means of the first switch in the first switch position ON enable the blocking means of the second switch in the second switch position OFF via the power transmission device, and wherein the blocking means of the second switch in the first switch position ON hold the blocking means of the first switch in the first switch position ON in a position via the power transmission device, in which position they block an operation of the switch mechanics of the first switch, and the blocking means of the second switch in the second switch position OFF enable the blocking means of the first switch in the first switch position ON via the power transmission device.
A battery module comprising: a first liquid battery module having a plurality of first liquid battery cells; a first solid-state battery module (20, 22, 22a, 22b), which has a larger volume than a volume of the first liquid battery module, the first solid-state battery module having a plurality of first solid-state battery cells; and a second solid-state battery module (20, 22, 22a, 22b), which has a larger volume than the volume of the first liquid battery module, wherein the first liquid battery module is disposed between the first solid-state battery module and the second solid-state battery module, and the second solid-state battery module (20, 22, 22a, 22b) is disposed in contact with the first liquid battery module. a first liquid battery module having a plurality of first liquid battery cells; a first solid-state battery module (20, 22, 22a, 22b), which has a larger volume than a volume of the first liquid battery module, the first solid-state battery module having a plurality of first solid-state battery cells; and a second solid-state battery module (20, 22, 22a, 22b), which has a larger volume than the volume of the first liquid battery module, wherein the first liquid battery module is disposed between the first solid-state battery module and the second solid-state battery module, and the second solid-state battery module (20, 22, 22a, 22b) is disposed in contact with the first liquid battery module.
Reinforced concrete component comprising at least an upper (Bo) and at least a lower (Bu) longitudinal reinforcement layer and a shear force reinforcement, wherein it is guided in its expansion beyond the most upper (Bo) and the lowest (Bu) longitudinal reinforcement, as well as of at least 20 trapeze or triangle-shaped sheet metal parts manufactured from structural steel in a free-falling method, characterized in that • that each sheet metal part has a Z-shaped edge (41, 42) at its two ends in the cross section, wherein the edges (41, 42) are aligned essentially parallel to each other, essentially perpendicular to the sheet metal part, as well as in opposite direction, and • that two circular recesses are formed at the wider end of the sheet metal part near the edge, • through each of which, a longitudinal reinforced bar is guided, • wherein the sheet metal part encompasses at least one reinforced bar of the upper (Bo) and one of the lower longitudinal reinforcement layer (Bu) with the edges (41, 42). • that each sheet metal part has a Z-shaped edge (41, 42) at its two ends in the cross section, wherein the edges (41, 42) are aligned essentially parallel to each other, essentially perpendicular to the sheet metal part, as well as in opposite direction, and • that two circular recesses are formed at the wider end of the sheet metal part near the edge, • through each of which, a longitudinal reinforced bar is guided, • wherein the sheet metal part encompasses at least one reinforced bar of the upper (Bo) and one of the lower longitudinal reinforcement layer (Bu) with the edges (41, 42).
A system for use in conjunction with an ultrasound device (10; 110; 310; 410) comprising: a shell (350; 450) that is removably attachable to an ultrasound device (10; 110; 310; 410); a guide track comprising a guide rail (443; 453; 463; 473; 640; 740), the guide rail being located along a length of the shell (350; 450); and a guide cartridge (830; 930) capable of being held in conjunction with the guide rail (443; 453; 463; 473; 640; 740) such that the guide cartridge (830; 930) is in slidable conformation with the guide track along the length and the guide cartridge (830; 930) being capable of sliding from a first end of the guide track to a second end of the guide track, the guide cartridge (830; 930) being removably attachable to a hub (132; 147; 532) of a subdermal device (839; 939); characterized in that one or more guidance features (801, 802; 901) are located on the shell (350, 450) and in proximity of the second end of the guide track such that upon attachment of the subdermal device (839; 939) to the guide cartridge (830; 930) and engagement of the guide cartridge (830; 930) with the guide rail (443; 453; 463; 473; 640; 740), the subdermal device (839; 939) is stabilized by the one or more guidance features (801, 802; 901). a shell (350; 450) that is removably attachable to an ultrasound device (10; 110; 310; 410); a guide track comprising a guide rail (443; 453; 463; 473; 640; 740), the guide rail being located along a length of the shell (350; 450); and a guide cartridge (830; 930) capable of being held in conjunction with the guide rail (443; 453; 463; 473; 640; 740) such that the guide cartridge (830; 930) is in slidable conformation with the guide track along the length and the guide cartridge (830; 930) being capable of sliding from a first end of the guide track to a second end of the guide track, the guide cartridge (830; 930) being removably attachable to a hub (132; 147; 532) of a subdermal device (839; 939); characterized in that one or more guidance features (801, 802; 901) are located on the shell (350, 450) and in proximity of the second end of the guide track such that upon attachment of the subdermal device (839; 939) to the guide cartridge (830; 930) and engagement of the guide cartridge (830; 930) with the guide rail (443; 453; 463; 473; 640; 740), the subdermal device (839; 939) is stabilized by the one or more guidance features (801, 802; 901).
Low density fluid separator (1; 85) for receiving a fluid which can include a plurality of fluid portions (12, 20, 105, 106) each with a different density, with a container (4, 86) having an inflow (5, 87) and a closable outflow (7, 9, 88) for the fluid and a float (11, 69, 77, 89) that is capable of floating in the fluid, the position of which in the container (4, 86) depends on the type and/or amount of fluid in the container (4, 86), wherein the float (11, 69, 77, 89) is designed to float at the top in a first fluid portion (12, 106) with a first fluid portion density, wherein a further fluid portion (20, 105) of the fluid with a lower fluid portion density than the first fluid portion density can float on the first fluid portion (12, 106), and wherein the float (11, 69, 77, 89) is designed for an automatic closure of the outflow (7, 9, 88), wherein the outflow (7, 9, 88) is closed from the inside on reaching a maximum absorption capacity of the low density fluid separator (1; 85) for the fluid portion (20, 105) with the lower fluid portion density, characterised in that a detecting device is provided, which detects a position of the float (11, 89) in the container (4, 86) and provides information, at least when the float (11, 89) reaches the position, wherein the detection device comprises magnet means (13a-13f) which form a magnetic field by which the predefinable positon of the float (11, 89) can be detected at a plurality of predefinable different points in the container.
A method of providing access control, AC, in respect of a database storing information, where the database is configured to accept a database query and return information extracted from the database, the method being implemented at least in part at a policy enforcement point, PEP, which is located between the database and a database client, and comprising: i) intercepting, at the PEP, query to the database; ii) assigning at least one attribute value based on the query or on information relating to the entity submitting the query; iii) providing an attributed-based AC policy defined in terms of said attributes; iv) deriving an access condition, for which the AC policy, when evaluated for the attribute value(s) assigned in step ii), evaluates to permit access; and v) amending the database query by imposing said access condition; and vi) transmitting the amended query to the database. i) intercepting, at the PEP, query to the database; ii) assigning at least one attribute value based on the query or on information relating to the entity submitting the query; iii) providing an attributed-based AC policy defined in terms of said attributes; iv) deriving an access condition, for which the AC policy, when evaluated for the attribute value(s) assigned in step ii), evaluates to permit access; and v) amending the database query by imposing said access condition; and vi) transmitting the amended query to the database.
Method for assigning a measured value recorded by a charging station to a user comprising - Detection of at least one measuring device meter reading in a measuring device inside the charging station representing the amount of energy drawn from the charging station by a vehicle, - Acquisition of a user identification by the charging station, - Creating a data packet comprising at least the measuring device meter reading, the user identification and a unique identifier of the charging station, - Creating a unique description of the data packet in the measuring device, - transmitting at least the data packet and the description from the charging station to the electric vehicle and/or a billing centre. - Detection of at least one measuring device meter reading in a measuring device inside the charging station representing the amount of energy drawn from the charging station by a vehicle, - Acquisition of a user identification by the charging station, - Creating a data packet comprising at least the measuring device meter reading, the user identification and a unique identifier of the charging station, - Creating a unique description of the data packet in the measuring device, - transmitting at least the data packet and the description from the charging station to the electric vehicle and/or a billing centre.
A method of decoding video image blocks in an entropy decoder, comprising: determining whether binary splitting is enabled for a block by evaluating if the block is within an allowable range of width and height; decoding a first flag to determine whether the block is to be split if binary splitting is enabled; determining whether horizontal, vertical, asymmetric horizontal or asymmetric vertical splitting are respectively allowed for the block if the block is to be split, by checking block size relative to said minimum block size and horizontal and vertical dimensions, and decoding a second flag to determine whether the block is split in a horizontal or vertical direction, if horizontal or vertical splitting is allowed decoding a third flag to determine whether asymmetric splitting is to be performed; and performing a split in the desired orientation according to bitstream syntax. determining whether binary splitting is enabled for a block by evaluating if the block is within an allowable range of width and height; decoding a first flag to determine whether the block is to be split if binary splitting is enabled; determining whether horizontal, vertical, asymmetric horizontal or asymmetric vertical splitting are respectively allowed for the block if the block is to be split, by checking block size relative to said minimum block size and horizontal and vertical dimensions, and decoding a second flag to determine whether the block is split in a horizontal or vertical direction, if horizontal or vertical splitting is allowed decoding a third flag to determine whether asymmetric splitting is to be performed; and performing a split in the desired orientation according to bitstream syntax.
An anti-191P4D12 antibody or antigen binding fragment thereof comprising a heavy chain variable region and a light chain variable region, wherein the heavy chain variable region comprises a CDRH1 consisting of the amino acid sequence ranging from 45 to 52 of SEQ ID NO:7, a CDRH2 consisting of the amino acid sequence ranging from 70 to 77 of SEQ ID NO:7, and a CDRH3 consisting of the amino acid sequence ranging from 116 to 125 of SEQ ID NO:7, and wherein the light chain variable region comprises a CDRL1 consisting of the amino acid sequence ranging from 49 to 54 of SEQ ID NO:8, a CDRL2 consisting of the amino acid sequence ranging from 72 to 74 of SEQ ID NO:8, and a CDRL3 consisting of the amino acid sequence ranging from 111 to 119 of SEQ ID NO:8.
A memory system comprising: a memory array; read control logic for initiating a read operation of a selected memory cell in the memory array by activating a sense enable signal (Start read/Sense enable) and for ending the read operation by deactivating the sense enable signal; sensing circuitry coupled to the memory array for outputting in response to activation of the sense enable signal a first signal (Sense out) based on a value stored in the selected memory cell and a second signal (Sense out_n) based on the value stored in the selected memory cell and for turning off in response to deactivation of the sense enable signal; a self-timer for receiving the first signal and the second signal and for asserting a control signal (End read) when the first signal and the second signal are different values; and a data latch for latching the first signal in response to the control signal to generate a data output (Data out), wherein the data output is the value stored in the selected memory cell. a memory array; read control logic for initiating a read operation of a selected memory cell in the memory array by activating a sense enable signal (Start read/Sense enable) and for ending the read operation by deactivating the sense enable signal; sensing circuitry coupled to the memory array for outputting in response to activation of the sense enable signal a first signal (Sense out) based on a value stored in the selected memory cell and a second signal (Sense out_n) based on the value stored in the selected memory cell and for turning off in response to deactivation of the sense enable signal; a self-timer for receiving the first signal and the second signal and for asserting a control signal (End read) when the first signal and the second signal are different values; and a data latch for latching the first signal in response to the control signal to generate a data output (Data out), wherein the data output is the value stored in the selected memory cell.
An organic light emitting device comprising: an anode; a cathode provided to face the anode; and a light emitting layer provided between the anode and the cathode; wherein the organic light emitting device further includes a first layer, a second layer, and a third layer sequentially provided in a direction from the cathode to the light emitting layer between the cathode and the light emitting layer; the first layer is formed of one kind of n-type organic material or metal oxide; the second layer includes a barrier material; and the third layer includes an n-type dopant; wherein the barrier material of the second layer includes an organic-metal complex physically preventing the n-type dopant of the third layer from being diffused; and wherein the organic-metal complex includes a heavy metal and an organic ligand, the steric structure of the organic ligand having an elongated shape having any one long axis. an anode; a cathode provided to face the anode; and a light emitting layer provided between the anode and the cathode; wherein the organic light emitting device further includes a first layer, a second layer, and a third layer sequentially provided in a direction from the cathode to the light emitting layer between the cathode and the light emitting layer; the first layer is formed of one kind of n-type organic material or metal oxide; the second layer includes a barrier material; and the third layer includes an n-type dopant; wherein the barrier material of the second layer includes an organic-metal complex physically preventing the n-type dopant of the third layer from being diffused; and wherein the organic-metal complex includes a heavy metal and an organic ligand, the steric structure of the organic ligand having an elongated shape having any one long axis.
Brush apparatus for an electrical machine, in particular a starter for starting an internal combustion engine, having brushes which comprise at least one pair of brushes, wherein each brush is accommodated in a brush holder, each brush holder is fastened to an axial end face of a brush plate, each brush can be connected in series alternately either to a negative pole or a positive pole by means of a current-carrying device to form a pair of brushes, the brush plate with pigtail leads to negative pole-side brushes and a busbar with pigtail leads to positive pole-side brushes are each designed as a current-carrying element, wherein at least one current-carrying device is designed as an apparatus for reducing heat dissipation and/or a fuse, and the current-carrying device is designed with a material weakening in the busbar at least on one side.
Clutch arrangement for arranging between a drive unit and a transmission with at least one multiple disc clutch having an outer multiple disc carrier and an actuating element, the actuating element, in particular a piston, having openings for receiving the outer multiple disc carrier, and characterized in that the clutch arrangement has at least three multiple disc clutches (K0, K1, K2), the multiple disc clutches (K0, K1, K2) in each case comprising an outer multiple disc carrier (16, 28, 44), and the outer multiple disc carriers (16, 28, 44) forming the housing of the clutch arrangement.
A warhead nose (10, 20, 30) comprising: a flat or concave tip (18, 26, 36) from which extends a conical/ogive body (12, 22, 32) having an outer surface with a top circumference and a base circumference (11, 21, 31), and ribs (14, 24, 34) extending from the circumference of the flat or concave tip along the outer surface of the conical/ogive body tapering downward towards the base, wherein the circumference around the ribs is larger than the circumference of the flat or concave tip and smaller than or equal to the circumference of the base, the warhead nose dimensions are determined by the following relations: E ≤ D 1 5 D ≤ F ≤ 2 D G ≤ 1 5 D 1 20 D ≤ H ≤ 1 2 D I ≤ 2 5 D where, D is maximum nose diameter; E is external diameter of the ribs; F is length of the ribs along the nose; G is minimal width of the ribs; H is height of the rib protrusion; and I is the minimal width of the rib at the adjoining point with the nose. D is maximum nose diameter; E is external diameter of the ribs; F is length of the ribs along the nose; G is minimal width of the ribs; H is height of the rib protrusion; and I is the minimal width of the rib at the adjoining point with the nose.
A control device for an electric motor having a first set of coil windings arranged to form a first sub motor and a second set of coil windings arranged to form a second sub motor, wherein current flow in the first set of coil windings is controlled using a first pulse width modulation, PWM, having a first switching sequence and current flow in the second set of coil windings is controlled using a second PWM having a second switching sequence, the control device comprising means arranged to measure the current flow in each of the first set of coil windings, characterised by upon determining that the sum of the current flow in the first set of coil windings is substantially non zero, deriving the first PWM values from voltage values used to generate the second PWM.