mhurhangee/ep-ind-claims huggingface dataset:
A power converter (110, 120), comprising: a semiconductor module (20, 30) constituting a main circuit for power conversion; a capacitor electrically connected to the main circuit; a drive circuit (70, 71, 92, 94) that provides the main circuit with a drive signal used in power conversion operation; a control circuit (74, 93) that provides the drive circuit (70, 71, 92, 94) with a control signal used to prompt the drive circuit (70, 71, 92, 94) to provide the drive signal; a casing (10, 13) formed by stacking a second base atop a lower case, a first base atop the second base and an upper case atop the first base; and wherein the internal space inside the casing (10, 13) is separated into two spaces via the first base and the second base and two cooling chambers are formed in the casing; wherein two coolant passages are formed at the first base and the second base forming a partition wall separating the two cooling chambers; wherein the semiconductor module (20, 30) is housed in one cooling chamber and the capacitor, the driver circuit (70, 71, 92, 94), and the control circuit (74, 93) are housed in another cooling chamber, wherein the semiconductor module (20, 30) and the capacitor are directly connected with each other via a through-hole formed in the partition wall (11, 12). a semiconductor module (20, 30) constituting a main circuit for power conversion; a capacitor electrically connected to the main circuit; a drive circuit (70, 71, 92, 94) that provides the main circuit with a drive signal used in power conversion operation; a control circuit (74, 93) that provides the drive circuit (70, 71, 92, 94) with a control signal used to prompt the drive circuit (70, 71, 92, 94) to provide the drive signal; a casing (10, 13) formed by stacking a second base atop a lower case, a first base atop the second base and an upper case atop the first base; and wherein the internal space inside the casing (10, 13) is separated into two spaces via the first base and the second base and two cooling chambers are formed in the casing; wherein two coolant passages are formed at the first base and the second base forming a partition wall separating the two cooling chambers; wherein the semiconductor module (20, 30) is housed in one cooling chamber and the capacitor, the driver circuit (70, 71, 92, 94), and the control circuit (74, 93) are housed in another cooling chamber, wherein the semiconductor module (20, 30) and the capacitor are directly connected with each other via a through-hole formed in the partition wall (11, 12).
Switching device for an electrical switchgear assembly for power distribution - having a function unit for the function of grounding and a function unit for the function of isolation, wherein - each function unit has a moving control element, - manual operation can be selected for each of the two function units, wherein - when manual operation is selected for one of the two function units, the selection of manual operation for the other function unit is blocked by the moving control element of this function unit, characterized in that the switching device comprises an electrically operated blocking element (12, 112), wherein - the moving control element of a function unit can be locked for switching to the manual operation position by means of the electrically operated blocking element (12, 112), and wherein - means are provided for checking safety information and for electrical unlocking of the control element as a function of the safety information. - having a function unit for the function of grounding and a function unit for the function of isolation, wherein - each function unit has a moving control element, - manual operation can be selected for each of the two function units, wherein - when manual operation is selected for one of the two function units, the selection of manual operation for the other function unit is blocked by the moving control element of this function unit, characterized in that the switching device comprises an electrically operated blocking element (12, 112), wherein - the moving control element of a function unit can be locked for switching to the manual operation position by means of the electrically operated blocking element (12, 112), and wherein - means are provided for checking safety information and for electrical unlocking of the control element as a function of the safety information.
A rest system for supporting an object in relation to a surface, wherein the system comprises a rest which comprises a head unit to which the object is in use attached, the head unit comprising a support body, an object coupling to which the object is in use attached and at least one leg coupling (25a-c) to which a respective at least one leg (17a-c) is removably attached, and at least one trekking pole which provides the at least one leg (17a-c), wherein the rest comprises a plurality of leg couplings (25a-c), and a plurality of trekking poles which provide the plurality of legs (17a-c); the system further comprises a fixture which in use is provided to the object and is removably attachable to the rest, characterized in that the object coupling comprises an attachment member which is pivotably coupled to the support body, the attachment member of the object coupling including a magnetic element for providing a magnetic coupling.
An escape route terminal, in particular surface-mounted escape route terminal, with an emergency push-button, and with a housing, wherein the housing comprises a cover element and a bottom, wherein the cover element is transferable into a closing position, wherein in the closing position the cover element closes the bottom, wherein the cover element is transferable into the closing position by a sliding movement, characterized in that, in the closing position, the cover element is blocked by a blocking surface disposed in the housing, wherein the escape route terminal comprises an application point accessible from outside for moving the blocking surface, wherein the escape route terminal comprises a closing element, wherein the closing element comprises the blocking surface, wherein the closing element is formed as a cam so that the cover element is blockable in the closing position by means of a rotation of the closing element.
High-pressure cleaning system with a high-pressure cleaning appliance which comprises a pump and a motor driving the pump as well as a pump inlet for supplying cleaning liquid to be pressurized and a pump outlet for delivering pressurized cleaning liquid and a control device for controlling the high-pressure cleaning appliance, and with at least one discharge unit (16, 18, 20, 22, 24, 26) adapted to be brought into fluid connection with the pump outlet for discharging the pressurized cleaning liquid, wherein the high-pressure cleaning system comprises a detection unit by means of which the type of discharge unit (16, 18, 20, 22, 24, 26) presently in fluid connection with the pump outlet is detectable and which is connected in a signal-transmitting manner to the control device, at least one conveying parameter of the high-pressure cleaning appliance being automatically adaptable by the control device to the detected type of discharge unit (16, 18, 20, 22, 24, 26), characterized in that the high-pressure cleaning system comprises a spray gun with a manually actuatable valve which is arranged in a through-channel extending from a gun inlet to a gun outlet, the gun inlet being adapted to be brought via a pressure line into fluid connection with the pump outlet, and the at least one discharge unit (16, 18, 20, 22, 24, 26) being connectable to the gun outlet, and the detection unit being arranged on the spray gun.
Boot remover for removing a protective needle boot from a drug delivery device, wherein the boot remover is arranged to engage the protective needle boot when attached to the drug delivery device, wherein the boot remover comprises a tab (10.2) extending in a distal direction, wherein the tab (10.2) is engageable to a packaging of the drug delivery device, characterized in that the boot remover is integrally shaped with the protective needle boot.
A centrifuge positioned in a three-axis coordinate system, comprising: a mechanical drive (14, 22, 32); a capsule engaged with the mechanical drive wherein the capsule is engaged with the mechanical drive to rotate about mutually orthogonal X, Y, and Z axis of the three-axis coordinate system, characterized in that the capsule is hollow, and has a spherical interior surface, wherein spinning the capsule results in heavy mass particles moving toward the spherical interior surface and particles are retrieved through disassembly of the capsule. comprising: a mechanical drive (14, 22, 32); a capsule engaged with the mechanical drive wherein the capsule is engaged with the mechanical drive to rotate about mutually orthogonal X, Y, and Z axis of the three-axis coordinate system, characterized in that the capsule is hollow, and has a spherical interior surface, wherein spinning the capsule results in heavy mass particles moving toward the spherical interior surface and particles are retrieved through disassembly of the capsule.
A corneal topographer comprising: a multicolored stimulator comprising a plurality of light sources arranged to form a multicolored pattern of source points for projecting a plurality of light rays onto a surface of an object of interest, such as a cornea; a lens-camera system arranged to receiving a respective plurality of reflected light rays reflected of the surface of the object of interest, thereby forming a pattern of image points; a computational unit for determining a mathematical model of the surface; wherein the computational unit comprising a memory unit provided with color pattern information based on the multicolored pattern of source points of the stimulator, the color pattern information comprises a unique identifier for each of the source points, the computational unit being arranged to, for each of the plurality of reflected light rays, establishing a one-to-one correspondence between a source point and an image point based on the color pattern information; the computational unit further being arranged to construct, based on positions of the image points and positions of the corresponding source points, the mathematical model of the surface, characterised in that the unique identifier is a unique identifier based on at least a color of neighboring source points of the source point. a multicolored stimulator comprising a plurality of light sources arranged to form a multicolored pattern of source points for projecting a plurality of light rays onto a surface of an object of interest, such as a cornea; a lens-camera system arranged to receiving a respective plurality of reflected light rays reflected of the surface of the object of interest, thereby forming a pattern of image points; a computational unit for determining a mathematical model of the surface; wherein the computational unit comprising a memory unit provided with color pattern information based on the multicolored pattern of source points of the stimulator, the color pattern information comprises a unique identifier for each of the source points, the computational unit being arranged to, for each of the plurality of reflected light rays, establishing a one-to-one correspondence between a source point and an image point based on the color pattern information; the computational unit further being arranged to construct, based on positions of the image points and positions of the corresponding source points, the mathematical model of the surface, characterised in that the unique identifier is a unique identifier based on at least a color of neighboring source points of the source point.
Method for classifying an object, located in a surrounding area of a motor vehicle, by means of a sensor device of the motor vehicle, wherein respective distance values (R1, R2, R3) relating to the distance from the object to be classified are sensed by the sensor device from at least two different sensor positions (P1, P2, P3), and the classification is carried out in accordance with the at least two distance values (R1, R2, R3) to the effect that a differentiation is made for the object at least between a punctiform object and an extended object, wherein the at least two sensor positions (P1, P2, P3) assume different positions from one another and are of the same distance sensor of the sensor device, wherein the at least two distance values (R1, R2, R3) are sensed by the distance sensor at different times during a movement of the motor vehicle, wherein the sensor device checks whether a predetermined criterion is satisfied with respect to the at least two distance values (R1, R2, R3), and the at least two distance values (R1, R2, R3) are evaluated only on condition that the predetermined criterion for classifying the object is satisfied, characterized in that during the checking as to whether the predetermined criterion is satisfied, in addition to the at least two distance values (R1, R2, R3) at least the following parameter is taken into account: - a distance (d) between the at least two sensor positions (P1, P2, P3) on the basis of a distance which is travelled by the motor vehicle between the times of sensing of the distance values (R1, R2, R3), and in that the predefined criterion comprises the following condition: R S − R B + d > r S + r B, where R S denotes the smaller of the distance values, R B denotes the larger of the distance values, d denotes the distance between the sensor positions, r S denotes the measuring error of the smaller distance value and r B denotes the measuring error of the larger distance value. - a distance (d) between the at least two sensor positions (P1, P2, P3) on the basis of a distance which is travelled by the motor vehicle between the times of sensing of the distance values (R1, R2, R3),
A transport block generation method, wherein the method comprises: determining a transport block, TB size, TBS based on a modulation and coding scheme, MCS of a receiving device, a resource characteristic of a resource block, RB allocated to the receiving device, and a quantity of symbols, wherein the quantity of symbols is a quantity of symbols comprised in each RB, and each RB comprises a same quantity of symbols; and generating a TB based on the TBS, wherein the determining a TBS based on an MCS of a receiving device, a resource characteristic of an RB allocated to the receiving device, and a quantity of symbols specifically comprises: determining a TBS index value based on the MCS; and determining the TBS based on the TBS index value, the resource characteristic of the RB, and the quantity of symbols, characterized in that the resource characteristic of the RB is a quantity of equivalent RBs, the quantity of equivalent RBs is associated with resource utilization of the RB, and the resource utilization of the RB is a ratio of a quantity of resource elements REs occupied by data in the RB to a quantity of REs occupied by the RB. determining a transport block, TB size, TBS based on a modulation and coding scheme, MCS of a receiving device, a resource characteristic of a resource block, RB allocated to the receiving device, and a quantity of symbols, wherein the quantity of symbols is a quantity of symbols comprised in each RB, and each RB comprises a same quantity of symbols; and generating a TB based on the TBS, wherein the determining a TBS based on an MCS of a receiving device, a resource characteristic of an RB allocated to the receiving device, and a quantity of symbols specifically comprises: determining a TBS index value based on the MCS; and determining the TBS based on the TBS index value, the resource characteristic of the RB, and the quantity of symbols, characterized in that the resource characteristic of the RB is a quantity of equivalent RBs, the quantity of equivalent RBs is associated with resource utilization of the RB, and the resource utilization of the RB is a ratio of a quantity of resource elements REs occupied by data in the RB to a quantity of REs occupied by the RB. determining a TBS index value based on the MCS; and determining the TBS based on the TBS index value, the resource characteristic of the RB, and the quantity of symbols, characterized in that the resource characteristic of the RB is a quantity of equivalent RBs, the quantity of equivalent RBs is associated with resource utilization of the RB, and the resource utilization of the RB is a ratio of a quantity of resource elements REs occupied by data in the RB to a quantity of REs occupied by the RB.
A printhead comprising: a feeding conduit for a printing fluid and a set of ejectors for ink-jet printers; wherein each ejector comprises: a main body, made of an elastomeric material; a through hole arranged through the main body, concentric to a longitudinal axis, which exhibits a surface; a shutter, movable between a closed configuration, in which it blocks the through hole, and an open configuration, in which it does not block the through hole; wherein the shutter is made of elastomeric material; characterized in that: the through holes are in communication with the feeding conduit; the feeding conduit is closed, at least partly, by a plate of the ejectors, wherein the main bodies of the ejectors are mutually afforded in a single piece within the plate; the shutters are mutually afforded in a single piece within a body of shutters, and wherein the feeding conduit is closed, at least partly, by the body of the shutters. a main body, made of an elastomeric material; a through hole arranged through the main body, concentric to a longitudinal axis, which exhibits a surface; a shutter, movable between a closed configuration, in which it blocks the through hole, and an open configuration, in which it does not block the through hole; wherein the shutter is made of elastomeric material; characterized in that: the through holes are in communication with the feeding conduit; the feeding conduit is closed, at least partly, by a plate of the ejectors, wherein the main bodies of the ejectors are mutually afforded in a single piece within the plate; the shutters are mutually afforded in a single piece within a body of shutters, and wherein the feeding conduit is closed, at least partly, by the body of the shutters. the through holes are in communication with the feeding conduit; the feeding conduit is closed, at least partly, by a plate of the ejectors, wherein the main bodies of the ejectors are mutually afforded in a single piece within the plate; the shutters are mutually afforded in a single piece within a body of shutters, and wherein the feeding conduit is closed, at least partly, by the body of the shutters.
Switch gear module, in particular a low voltage switch gear module, for installation in a switch gear cabinet, comprising a switch gear module housing, said housing including power circuits and electrical power devices like breakers, contactors and motor circuit breakers for supplying electric power to an electric load, in particular an electric motor, and electric control circuits and auxiliary circuits for controlling the first electrical devices, characterized in that said power circuits and said electrical power devices are contained in a first power-unit housing forming a first functional power-unit and said electric control circuits and auxiliary circuits are contained in a separate second control- and auxiliary circuit housing forming a second functional control- and auxiliary circuit unit, wherein each of said first functional power-unit and said second functional control and auxiliary circuit unit comprises an interface for interconnecting said power circuits and electrical power devices contained in said first power-unit housing with said control circuits and auxiliary circuits contained in said second control- and auxiliary circuit housing, wherein said first functional power-unit can be inserted and removed from the switch gear module housing as one piece, and said second functional control- and auxiliary circuit unit can be handled independent of the first functional power-unit, wherein said interfaces for interconnecting said power circuits and electrical power devices contained in said first power-unit housing with said control circuits and auxiliary circuits contained in said second control- and auxiliary circuit housing are coded and are adapted to be interconnected by associated interface cables which are coded.
Maintenance flap for a household appliance, in particular a tumble dryer, having a closing element with at least one access opening, with which a maintenance opening of a housing of the household device can be closed, and at least one actuation element arranged in a movable manner on the closing element between a rest position and actuation position, said actuation element closing the access opening in its rest position and at least partially releasing the access opening in its actuation position, characterised in that the actuation element is attached at opposing sides in each case via at least one lateral spring arm to a rear side of the closing element facing an interior of the housing, wherein the actuation element can be applied with force in the direction of its rest position by means of the spring arms.
An underwater positioning system for providing position information for a rover, moveable within a reference frame, the system comprising: - at least one beacon having a light source, located at a fixed position within the reference frame; - an underwater imaging device, moveable with the rover in the reference frame to observe the light source from different viewpoints and determine direction data representing a direction or change in direction of the light source with respect to the imaging device; - an orientation sensor, associated with the imaging device to determine an orientation of the imaging device with respect to the reference frame and generate orientation data; and - a scaling element (12, 28, 111, 113, 115, 330a-c) for providing scaling data representative of a distance between the imaging device and the light source. - at least one beacon having a light source, located at a fixed position within the reference frame; - an underwater imaging device, moveable with the rover in the reference frame to observe the light source from different viewpoints and determine direction data representing a direction or change in direction of the light source with respect to the imaging device; - an orientation sensor, associated with the imaging device to determine an orientation of the imaging device with respect to the reference frame and generate orientation data; and - a scaling element (12, 28, 111, 113, 115, 330a-c) for providing scaling data representative of a distance between the imaging device and the light source.