mhurhangee/ep-ind-claims huggingface dataset:
A steerable sheath (106, 602) having a proximal end and a distal end, the steerable sheath (106, 602) comprising, an inner liner having an outer circumference and extending from the proximal end to the distal end of the steerable sheath (106, 602), the inner liner including: a non-deflectable portion having a proximal end and a distal end, the non-deflectable portion extending from the proximal end of the steerable sheath (106, 602) toward the distal end of the steerable sheath (106, 602); a deflectable portion extending from a proximal end adjacent the distal end of the non-deflectable portion to a distal end at the distal end of the steerable sheath (106, 602); a first pull wire (210, 300) positioned along a first helical path around the outer circumference of the inner liner from the proximal end to the distal end of the non-deflectable portion of the inner liner and along a first straight path from the proximal end of the deflectable portion to the distal end of the deflectable portion; and a second pull wire (210, 310) positioned along a second helical path around the outer circumference of the inner liner from the proximal end to the distal end of the non-deflectable portion and along a second straight path from the proximal end of the deflectable portion to the distal end of the deflectable portion. a non-deflectable portion having a proximal end and a distal end, the non-deflectable portion extending from the proximal end of the steerable sheath (106, 602) toward the distal end of the steerable sheath (106, 602); a deflectable portion extending from a proximal end adjacent the distal end of the non-deflectable portion to a distal end at the distal end of the steerable sheath (106, 602);
A multilayer structure comprising (i) a first polyethylene layer as a first external layer, said first polyethylene layer being oriented in at least machine direction; (ii) a second polyethylene layer as a second external layer; (iii) a layer made of a copolymer of ethylene and vinyl alcohol (EVOH) between the first external layer and the second external layer; and (iv) a tie layer on each side of the EVOH layer, characterised in that the tie layers comprise one or more copolymers of ethylene, wherein the first polyethylene layer (i) is a multi-layer film and wherein the layer made of a copolymer of ethylene and vinyl alcohol (EVOH) has a basis weight from 1 to 10 g/m 2.
Battery charger for a motor vehicle, said battery charger comprising a primary circuit intended to be connected to an electrical power grid (R1, R2), said primary circuit comprising three converters that are each able to be connected input-side to one phase of a three-phase grid, and two secondary circuits (6, 7) that are connected to the primary circuit via a transformer, characterized in that the transformer comprises three high-voltage cores (40, 41, 42) and one low-voltage core, the primary circuit and a first secondary circuit being connected to the high-voltage cores, the second secondary circuit being connected to the low-voltage core, the high-voltage and low-voltage cores being arranged in the transformer so that the mutual inductances between windings (15, 16, 17) of the primary circuit are equal and so that the mutual inductances between each of the windings of the primary circuit and a winding of the second secondary circuit are equal, this condition being met by placing the high-voltage cores equidistant from one another and by placing each of the high-voltage cores and the low-voltage core equidistant.
Electrical coupling system for coupling an electrical charging device with energy storage means of an electric drive vehicle, wherein the system comprises a support which can be positioned in a recess made in the ground, at least two electrically conductive plates (30a, 30b) in the support, the plates able to be electrically connected to a charging device, shifting means capable of shifting the plates between a retracted position and a position released from the ground, and at least one protection element intended to cover the recess in which the support is positioned when the plates (30a, 30b) are retracted, characterized in that the system further comprises mobile side protection panels arranged to prevent objects from falling into the support, the mobile side protection panels are connected to the protection element via rods so that the movements of the protection element and of the mobile side protection panels are synchronous.
Electrical device, in particular a converter or a converter motor, comprising a cover part and signal electronics, the signal electronics having a first circuit board and a storage unit electrically plug-connected to the first circuit board, in particular by means of an electrical plug connection, characterised in that the storage unit has a switch unit, in particular a selector switch, in particular a DIP switch (4, 5, 35), the signal electronics, in particular the operating mode of the signal electronics, acting in particular as a different AS-Interface slave profile depending on the switch position of the switch unit and/or as a different AS-Interface slave type depending on the switch position of the switch unit, the storage unit having a further circuit board received in a housing of the storage unit, the housing having a bottom part and a top part connected to the bottom part, at least one pin region being formed on the bottom part and being inserted into a cut-out in the first circuit board, in particular in order to guide the storage unit in a leading manner when plug-connecting the further circuit board, in particular conducting tracks of the further circuit board which act as contacts, to the first circuit board, in particular to a plug connector part fitted on the first circuit board, the top part being interlockingly connected to the bottom part by means of a clip connection. the signal electronics having a first circuit board and a storage unit electrically plug-connected to the first circuit board, in particular by means of an electrical plug connection, characterised in that the storage unit has a switch unit, in particular a selector switch, in particular a DIP switch (4, 5, 35), the signal electronics, in particular the operating mode of the signal electronics, acting in particular as a different AS-Interface slave profile depending on the switch position of the switch unit and/or as a different AS-Interface slave type depending on the switch position of the switch unit, the storage unit having a further circuit board received in a housing of the storage unit, the housing having a bottom part and a top part connected to the bottom part, at least one pin region being formed on the bottom part and being inserted into a cut-out in the first circuit board, in particular in order to guide the storage unit in a leading manner when plug-connecting the further circuit board, in particular conducting tracks of the further circuit board which act as contacts, to the first circuit board, in particular to a plug connector part fitted on the first circuit board, the top part being interlockingly connected to the bottom part by means of a clip connection.
A roof window comprising a frame, a sash, and a pane, in which the frame comprises a set of frame members including a top frame member, two side frame members (22, 23) and a bottom frame member and the sash comprises a set of sash members including a top sash member, two side sash members (32, 33) and a bottom sash member, wherein the frame comprises at least one releasable component (24c, 24d) configured to allow replacement with a different set of components to change the functionality of the roof window, wherein said at least one releasable component comprises a cover releasably connected to remaining components of the bottom frame member and defining a cavity relative to the remaining components of the bottom frame member, and wherein edge portions (24c1, 24c2) of the cover are received in receiving grooves (24a1, 24b1) in the bottom frame member. the frame comprises a set of frame members including a top frame member, two side frame members (22, 23) and a bottom frame member and the sash comprises a set of sash members including a top sash member, two side sash members (32, 33) and a bottom sash member, wherein the frame comprises at least one releasable component (24c, 24d) configured to allow replacement with a different set of components to change the functionality of the roof window, wherein said at least one releasable component comprises a cover releasably connected to remaining components of the bottom frame member and defining a cavity relative to the remaining components of the bottom frame member, and wherein edge portions (24c1, 24c2) of the cover are received in receiving grooves (24a1, 24b1) in the bottom frame member.
Manual strip applicator, comprising: - a grippable casing; - a mobile application head which moves in relation to the casing and which projects from the casing when in the use configuration; - a supporting strip bearing a material to be applied to a substrate; - a strip-moving device arranged in the casing and designed to move said strip over the application head; wherein the applicator additionally comprises a return device connected to the casing and to the application head, said return device comprising at least a first magnetic member and a second magnetic member, said first and second magnetic members being arranged in the use configuration to be substantially facing one another and to generate magnetic field lines in opposite directions, said return device being adapted to: - allow, in the use configuration, a displacement of said application head between a proximal position and a distal position relative to the casing; and - exert, in the use configuration, a return force urging the application head towards the distal position. - a grippable casing; - a mobile application head which moves in relation to the casing and which projects from the casing when in the use configuration; - a supporting strip bearing a material to be applied to a substrate; - a strip-moving device arranged in the casing and designed to move said strip over the application head; wherein the applicator additionally comprises a return device connected to the casing and to the application head, said return device comprising at least a first magnetic member and a second magnetic member, said first and second magnetic members being arranged in the use configuration to be substantially facing one another and to generate magnetic field lines in opposite directions, said return device being adapted to: - allow, in the use configuration, a displacement of said application head between a proximal position and a distal position relative to the casing; and - exert, in the use configuration, a return force urging the application head towards the distal position. - allow, in the use configuration, a displacement of said application head between a proximal position and a distal position relative to the casing; and - exert, in the use configuration, a return force urging the application head towards the distal position.
Drum (28, 128) of an axial turbomachine rotor, comprising a wall (30, 130) of revolution about the axis of rotation (14, 114) of the rotor, forming a hollow body and comprising on its outer surface two annular retaining surfaces (38, 138) for a row of blades; wherein the two retaining surfaces (38, 138) of the drum wall (28, 128) generally diverge from one another to form a profile which is wider the further it is radially outwards from the outer surface of the wall; characterized in that the retaining surfaces are formed by two annular flanges projecting from the outer surface of the wall, the said flanges being inclined opposite to one another relative to a direction perpendicular to the axis of rotation.
A method for detecting linear extraction of information in a processing unit using an instruction pointer, the method comprising monitoring the values (PCn, PCn-1) of the instruction pointer, a determination of a number of consecutive increments of a constant quantity on the values of the instruction pointer, and a generation of a detection signal (LCEdetec) if said number is greater than or equal to a detection threshold (Th).
A method for overspeed protection of a motor of a gate crossing mechanism, the method comprising: monitoring, by an overspeed protection circuit, a voltage across a first Zener diode and a second Zener diode being connected across terminals of two phases of the motor, an anode of the first Zener diode being connected to an anode of the second Zener diode; and responsive to determining that a Zener voltage threshold is exceeded, allowing, by the first Zener diode and the second Zener diode, a current to flow into a gate pin of a triac, wherein the triac controls the motor of the gate crossing mechanism when the Zener voltage threshold is met, by dissipating energy from the motor and providing a braking effect at a resistor placed between trigger pin of the triac and one of the two phases of the motor; characterized by filtering out, by a low-pass filter formed on trigger pins of the triac, a pulse-width-modulation, PWM, produced by a voltage source. monitoring, by an overspeed protection circuit, a voltage across a first Zener diode and a second Zener diode being connected across terminals of two phases of the motor, an anode of the first Zener diode being connected to an anode of the second Zener diode; and responsive to determining that a Zener voltage threshold is exceeded, allowing, by the first Zener diode and the second Zener diode, a current to flow into a gate pin of a triac, wherein the triac controls the motor of the gate crossing mechanism when the Zener voltage threshold is met, by dissipating energy from the motor and providing a braking effect at a resistor placed between trigger pin of the triac and one of the two phases of the motor; characterized by filtering out, by a low-pass filter formed on trigger pins of the triac, a pulse-width-modulation, PWM, produced by a voltage source.
Apparatus for determining at least one distribution parameter of the material particles, which are applied by a centrifugal spreader in an adjustable manner and are distributed in a wide spread over the surface of the ground by the thrower blades (7, 8) arranged on a rotationally driven centrifugal disc, by means of electromagnetic waves which are emitted by at least one transmitting unit (13, 14) and are reflected by the material particles in flight, and the reflected waves are received by at least one receiving unit (13, 14), wherein in the at least one transmitting and receiving unit (13, 14) are connected to an on-board computer, wherein the memory of the on-board computer stores an evaluation program, by means of which the waves received by the at least one receiving unit (13, 14) and reflected by the material particles in flight are evaluated and the at least one distribution parameter, such as flight direction, flight speed, application rate and/or distribution accuracy, of the applied material particles are determined therefrom, wherein the at least one transmitting and receiving unit (13, 14) is in the form of a radar sensor which emits radar beams, and wherein, in accordance with the at least one determined distribution parameter, the on-board computer provides at least one adjustment parameter of the metering and/or distribution elements (6, 7, 8) of the spreader in accordance with an adjustment program stored in its memory, adjustment algorithms and/or adjustment tables, characterized in that the radar beams have a wavelength of between 2 mm and 15 mm.
Bicycle handle comprising a sleeve, a wing-shaped protrusion element connected with the sleeve, a handle element surrounding the sleeve and the protrusion element, and a support element for the heel of the hand formed at least by the protrusion element and the handle element arranged in the region of the protrusion element, the handle element comprising at least two different materials, wherein the handle element is multi-layered, in particular two-layered, in the region of the protrusion element, to form the support element for the heel of the hand, wherein the protrusion element is covered completely by an inner material layer formed by the first material, and characterized in that an outer material layer surrounds the inner material layer in the region of the protrusion element. a sleeve, a wing-shaped protrusion element connected with the sleeve, a handle element surrounding the sleeve and the protrusion element, and a support element for the heel of the hand formed at least by the protrusion element and the handle element arranged in the region of the protrusion element, the handle element comprising at least two different materials, wherein the handle element is multi-layered, in particular two-layered, in the region of the protrusion element, to form the support element for the heel of the hand, wherein the protrusion element is covered completely by an inner material layer formed by the first material, and characterized in that an outer material layer surrounds the inner material layer in the region of the protrusion element.
A method of concentrating a sorbable natural product in edible form from plant juice comprising: (a) combining the plant juice with a plant flour to form (i) an admixture containing an enriched substance comprising a sorbed natural product from the plant juice; and (ii) a plant liquor comprising a non-sorbed natural product from the plant juice; and (b) separating the enriched substance from the plant juice, thereby concentrating the sorbed natural product from the plant juice. (a) combining the plant juice with a plant flour to form (i) an admixture containing an enriched substance comprising a sorbed natural product from the plant juice; and (ii) a plant liquor comprising a non-sorbed natural product from the plant juice; and (b) separating the enriched substance from the plant juice, thereby concentrating the sorbed natural product from the plant juice.
A method for communication establishment based on a transfer mode, comprising: transmitting, by a first mobile station, control information to a transfer device, wherein the control information comprises an identifier of a timeslot used by the first mobile station and a control signaling corresponding to a service type, so that the transfer device determines a transfer timeslot and gets ready for communications based on the control signaling, and the transfer timeslot is a timeslot of the transfer device which is synchronous with the timeslot used by the first mobile station; and communicating, by the first mobile station, with a target mobile station group at the transfer timeslot, wherein the target mobile station group comprises at least one mobile station. transmitting, by a first mobile station, control information to a transfer device, wherein the control information comprises an identifier of a timeslot used by the first mobile station and a control signaling corresponding to a service type, so that the transfer device determines a transfer timeslot and gets ready for communications based on the control signaling, and the transfer timeslot is a timeslot of the transfer device which is synchronous with the timeslot used by the first mobile station; and communicating, by the first mobile station, with a target mobile station group at the transfer timeslot, wherein the target mobile station group comprises at least one mobile station.
A control system for controlling one or more electrical heating appliances (208a, 208b, 302) in one or more houses, wherein the control system includes a server arrangement that is spatially remote from the one or more houses, wherein the server arrangement is coupled via a communication network to at least one controller unit (214, 312) of the one or more houses, characterized in that the one or more heating appliances (208a, 208b, 302) are provided with an autonomous control that is utilized in an event that one or more controlling relays (210a, 210b, 304) of the heating appliances fail to receive communications and/or instructions from their at least one controller unit (214, 312) during a set time period after last receiving communications and/or instructions.
Arrangement with a cover for a vehicle roof, having: - a guide rail which extends along a vehicle longitudinal direction (x), - a raising rod which is displaceable along the vehicle longitudinal direction (x) relative to the guide rail, - a rear raising lever with respect to the vehicle longitudinal direction, which is coupled pivotably to the cover, and which - is guided with a first guide element in a first slotted link which is fixed in position with respect to the guide rail, - is guided with a second guide element in a second slotted link which is fixed in position with respect to the guide rail, characterized in that the raising lever: - has the first guide element, the second guide element and a third guide element, wherein the raising lever: - is guided with the third guide element in a third slotted link which is fixed in position with respect to the guide rail, and - is coupled to the raising rod by means of a rotary bearing. - a guide rail which extends along a vehicle longitudinal direction (x), - a raising rod which is displaceable along the vehicle longitudinal direction (x) relative to the guide rail, - a rear raising lever with respect to the vehicle longitudinal direction, which is coupled pivotably to the cover, and which - is guided with a first guide element in a first slotted link which is fixed in position with respect to the guide rail, - is guided with a second guide element in a second slotted link which is fixed in position with respect to the guide rail, - has the first guide element, the second guide element and a third guide element, wherein the raising lever: - is guided with the third guide element in a third slotted link which is fixed in position with respect to the guide rail, and - is coupled to the raising rod by means of a rotary bearing.