mhurhangee/ep-ind-claims huggingface dataset:
A preassembled display, comprising: an outer blank (102, 200, 502) including outside and inside surfaces, and comprising a front panel (106, 206), a rear panel (108, 208) and two side panels (110, 112, 210, 220); and an insert blank (104, 300, 504) including outside and inside surfaces and comprising a front panel, and two side panels (310, 312), wherein the insert blank (104, 300, 504) is adapted to form a plurality of supports (320, 321, 322, 323, 324, 325, 326, 556, 557, 558, 559), located at each corner of the outer blank (102, 200, 502) when the outer blank is erected, and wherein the opposed side panels (310, 312) of the insert blank are not directly connected to the side panels (110, 112, 210, 220) of the outer blank (102, 200, 502) such that the opposed side panels of the insert blank can move relative to the side panels of the outer blank while the outer blank is erected; characterised in that a single insert blank is present. an outer blank (102, 200, 502) including outside and inside surfaces, and comprising a front panel (106, 206), a rear panel (108, 208) and two side panels (110, 112, 210, 220); and an insert blank (104, 300, 504) including outside and inside surfaces and comprising a front panel, and two side panels (310, 312), wherein the insert blank (104, 300, 504) is adapted to form a plurality of supports (320, 321, 322, 323, 324, 325, 326, 556, 557, 558, 559), located at each corner of the outer blank (102, 200, 502) when the outer blank is erected, and wherein the opposed side panels (310, 312) of the insert blank are not directly connected to the side panels (110, 112, 210, 220) of the outer blank (102, 200, 502) such that the opposed side panels of the insert blank can move relative to the side panels of the outer blank while the outer blank is erected; characterised in that a single insert blank is present.
An electric line having a connecting and sealing unit in the mounted state, the connecting and sealing unit comprising a plastically deformable, electrically conductive sleeve, a stop part and a radially elastically deformable sealing part, wherein the sealing part in the mounted state abuts against the sleeve under mechanical stress in a first region and coaxially completely surrounds the sleeve, wherein the sealing part is connected in a circumferentially abutting manner in a second region over the circumference of an insulation of the electric line to the insulation in a non-positive, material and/or positive as well as fluid-tight manner, and wherein the sleeve in the third region, which is surrounded by the sealing part, is connected over the circumference of a conductor of the electric line to said conductor in an electrically conductive non-positive and/or positive and fluid-tight manner, the stop part comprising a first electrical contact surface, a first electrically conductive, plastically deformable structure, which surrounds the sleeve in the third region, which is not surrounded by the sealing part, and a second plastically deformable structure, which surrounds an insulation of the electrical line in the second region, in which the sealing part lies over the insulation, characterized in that the stop part also comprises a third plastically deformable structure, which is arranged between the first and the second plastically deformable structure (12, 14) and surrounds the sealing part of the connecting and sealing unit between the second and the third region (5, 7), wherein the plastically deformable structures (12, 14, 16) annularly surround the sleeve, the sealing part and the electrical line, and are slit longitudinally or obliquely to an axial direction, and wherein the plastically deformable structures (12, 14, 16) of the stop part are deformed in such a manner, that a non-positive and/or positive connection is established at least between the sleeve and the electric conductor as well as the sealing part and the insulation and the edges of the slits are pushed over one another or are bent inwards in the radial direction.
Height-adjustable trailer coupling for a vehicle, in particular for an agricultural tractor, wherein the trailer coupling has a support which is guided displaceably between guide rails, and the support bears at least one coupling head for the connection of a trailer, wherein, on the support, there is provided at least one sensor which detects the deformation of said support during the occurrence of tensile and shear loads and which is operatively connected to at least one display unit, characterized in that the support has ribs which extend from the coupling head to the guide rails, and the at least one sensor is arranged between the ribs or on at least one of the ribs.
A method of manufacturing a shaft for an elongate medical device, the shaft defining a longitudinal axis, the method comprising: depositing an electrically-conductive trace (34a, 34b) on an inner tube; placing a sensor radially-outward of the inner tube; forming a bore (38a, 38b) in the sensor; placing an electrically-insulative tube over the inner tube, and electrically coupling the sensor with the electrically-conductive trace through the bore, (i) wherein the sensor comprises a band electrode (20a, 20b, 20c), wherein said placing the sensor comprises placing the sensor radially-outward on said electrically-insulative tube, and forming the bore in the sensor and in the electrically-insulative tube, or (ii) wherein the sensor comprises a rounded tip electrode, further comprising physically coupling the tip electrode with the inner tube. depositing an electrically-conductive trace (34a, 34b) on an inner tube; placing a sensor radially-outward of the inner tube; forming a bore (38a, 38b) in the sensor; placing an electrically-insulative tube over the inner tube, and electrically coupling the sensor with the electrically-conductive trace through the bore, (i) wherein the sensor comprises a band electrode (20a, 20b, 20c), wherein said placing the sensor comprises placing the sensor radially-outward on said electrically-insulative tube, and forming the bore in the sensor and in the electrically-insulative tube, or (ii) wherein the sensor comprises a rounded tip electrode, further comprising physically coupling the tip electrode with the inner tube. (i) wherein the sensor comprises a band electrode (20a, 20b, 20c), wherein said placing the sensor comprises placing the sensor radially-outward on said electrically-insulative tube, and forming the bore in the sensor and in the electrically-insulative tube, or (ii) wherein the sensor comprises a rounded tip electrode, further comprising physically coupling the tip electrode with the inner tube.
An apparatus comprising: a light guiding means comprising at least; in-coupling diffractive means configured to in-couple one or more input beams of light into the light guiding means from a light engine, expanding means configured to expand the one or more input beams of light, and out-coupling diffractive means configured to out-couple the one or more expanded beams of light from the light guiding means; wherein the out-coupling diffractive means comprises at least a first section configured to out-couple the one or more expanded beams of light with a first efficiency and at least a second section configured to out-couple the one or more expanded beams of light with a second efficiency, where the second efficiency is lower than the first efficiency; and characterized in that the second section of the outcoupling diffractive means comprises absorptive means configured to absorb at least some of the expanded beam of light. a light guiding means comprising at least; in-coupling diffractive means configured to in-couple one or more input beams of light into the light guiding means from a light engine, expanding means configured to expand the one or more input beams of light, and out-coupling diffractive means configured to out-couple the one or more expanded beams of light from the light guiding means; wherein the out-coupling diffractive means comprises at least a first section configured to out-couple the one or more expanded beams of light with a first efficiency and at least a second section configured to out-couple the one or more expanded beams of light with a second efficiency, where the second efficiency is lower than the first efficiency; and characterized in that the second section of the outcoupling diffractive means comprises absorptive means configured to absorb at least some of the expanded beam of light.
A permanent magnet speed governor with a fixed magnetic gap, comprising a barrel-shaped conductor rotor and a permanent magnet rotor therein, wherein the permanent magnet rotor comprises a driven shaft and at least one rotatable permanent magnet circumferentially arranged around the driven shaft, the rotatable permanent magnet is cylindrical and has an N pole and an S pole in the diameter direction, magnetic conductors are wrapped at the two sides of the rotatable permanent magnet, the two magnetic conductors are separated by a non-magnetic conductor, the rotatable permanent magnet is connected to the driven shaft by the magnetic conductor at one side, and a magnetic circuit regulator is arranged at one end of the rotatable permanent magnet, the said magnetic circuit regulator is used to rotate the rotatable permanent magnet, regulate its magnetic pole direction and thus change the magnetic intensity of magnetic conductors at both sides, the said rotatable permanent magnet is rotating around a central axis, said central axis is perpendicular to the driven shaft, characterized in that every rotatable permanent magnet is equipped with a fixed permanent magnet side by side along the axial direction of the driven shaft, the fixed permanent magnet is cylindrical and has an N pole and an S pole in the diameter direction, the magnetic conductor and the non-magnetic conductor around the rotatable permanent magnet extend to the surrounding of the fixed permanent magnet, and an N pole and an S pole of the fixed permanent magnet are respectively arranged in two separated magnetic conductors and the connection surface of those two poles is perpendicular to the contact surface of the magnetic conductor and the non-magnetic conductor.
Non therapeutic use of a composition comprising a mixture of oligomeric procyanidins and ascorbic acid or vitamin C analogs with at least one green tea catechin for improving the bioavailability of green tea EGCg and ECg catechins.
A drum pulper for slushing fibre material, the drum pulper comprising a drum, the drum comprising a first end, a second end and a casing that together define an inner volume of the drum, and at least one lifter directed towards the inner volume of the drum, characterized in that the at least one lifter is formed as a protrusion of the casing, which is directed towards the inner volume of the drum such that the casing is arranged to provide the lifter and that the lifter is formed by bending a sheet-like casing billet of the casing of the drum.
An electrical contactor comprising: a first terminal connected to a pair of fixed contacts on opposite faces of a fixed conductive member; a second terminal; and a pair of movable arms of electrically conductive material connected to the second terminal, and carrying movable contacts at an end remote from the connection to the second terminal, the movable arms being arranged in aligned opposition to each other such that their remote ends are on either side of the fixed conductive member, with the movable contacts aligned with the fixed contacts, and are separated by a predetermined gap over a major portion of their length, characterised by ferrous plates attached on the outer faces of the movable arms over a majority of the length of the arms, the ferrous plates extending from a position opposing the movable contacts to or adjacent to a support for the movable arms, wherein the arrangement of the fixed member and movable arms being such that when the contacts (23,25) are closed, current flowing through the movable arms and the ferrous plates produces induced magnetic-field attraction forces between the movable arms that urges the movable arms towards each other, thereby increasing the force pressing the movable contacts against the fixed contacts. a first terminal connected to a pair of fixed contacts on opposite faces of a fixed conductive member; a second terminal; and a pair of movable arms of electrically conductive material connected to the second terminal, and carrying movable contacts at an end remote from the connection to the second terminal, the movable arms being arranged in aligned opposition to each other such that their remote ends are on either side of the fixed conductive member, with the movable contacts aligned with the fixed contacts, and are separated by a predetermined gap over a major portion of their length, characterised by ferrous plates attached on the outer faces of the movable arms over a majority of the length of the arms, the ferrous plates extending from a position opposing the movable contacts to or adjacent to a support for the movable arms, wherein the arrangement of the fixed member and movable arms being such that when the contacts (23,25) are closed, current flowing through the movable arms and the ferrous plates produces induced magnetic-field attraction forces between the movable arms that urges the movable arms towards each other, thereby increasing the force pressing the movable contacts against the fixed contacts.
A support unit for spark gaps that are adapted to be connected in series and stacked, consisting of an insulating body which has a recess corresponding to the contour of a disc-shaped spark gap electrode, and comprising means for contacting the spark gap electrode, characterized in that the insulating body is formed to be box-shaped and has a plurality of chamber-like recesses, wherein a respective spark gap electrode can be inserted into each chamber-like recess, the respective isolating distances can be formed by the chamber partition walls, and the spark gap electrodes are adapted to be fixed laterally by the chamber side walls, wherein the box-shaped insulating body has an opening side for fitting in or inserting the spark gap electrodes, the opening side can be closed, and a contacting of the spark gap electrodes can be performed from the opening side.
A lighting device comprising: a housing comprising a light emission window and, opposite thereto, a reflector, a planar light transmissive carrier provided in the light emission window and comprising, at least on a side facing towards the reflector, a grid of a plurality of light sources, the plurality of light sources comprising a second group of second light sources, each second light source has a respective second emission orientation to issue light towards the reflector, which light, after reflection, is redirected substantially into a respective first direction, characterized in that the plurality of light sources further comprises a first group of first light sources, each first light source has a respective first emission orientation in a respective first direction away from the reflector. a housing comprising a light emission window and, opposite thereto, a reflector, a planar light transmissive carrier provided in the light emission window and comprising, at least on a side facing towards the reflector, a grid of a plurality of light sources, the plurality of light sources comprising a second group of second light sources, each second light source has a respective second emission orientation to issue light towards the reflector, which light, after reflection, is redirected substantially into a respective first direction, characterized in that the plurality of light sources further comprises a first group of first light sources, each first light source has a respective first emission orientation in a respective first direction away from the reflector.
Analogue input module comprising an activation unit, an analogue/digital converter, an input circuit with a first input and a second input, a voltage divider, which is disposed between the first input and the second input, wherein the activation unit is connected to the first input and the second input (11, 12) and is connected upstream of the analogue/digital converter, wherein the voltage divider has centre tap which is connected to a first comparator input of a comparator means of a closed-loop control unit, wherein the closed-loop control unit has switching means which is disposed between the second input and a reference point, the comparator means is embodied with a second comparator input which is connected to a reference source, in this case the comparator means has a control output which is connected to a control input of the switching means, in this case the closed-loop control unit is embodied such that the switching means, • on connection of a two-wire transducer to the first input, wherein the second input remains unconnected, enables a current path to the reference point and • on connection of a four-wire transducer to the first input and the second input, disables the current path to the reference point. • on connection of a two-wire transducer to the first input, wherein the second input remains unconnected, enables a current path to the reference point and • on connection of a four-wire transducer to the first input and the second input, disables the current path to the reference point.
A master communication device that controls a first power line communication system using a first communication protocol on an AC mains power line on which a second power line communication system using a second communication protocol coexists, wherein the first communication protocol is different from the second communication protocol, the master communication device comprising: a determination unit configured to determine a first period which appears periodically and repeatedly, based on an AC cycle of mains on the power line; a transmission unit configured to transmit, with the first period, a first reference signal at fixed offset from the zero crossing of the AC mains to a slave device which belongs to the first power line communication system; wherein the first reference signal including first system information indicating a presence of the first power line communication system on the power line, characterized by further comprising a receiving unit configured to receive a detection report including information indicating that the slave communication device detects presence of the second power line communication system, from the slave communication device, and the transmission unit further transmits coexistence information indicating coexistence of the first power line communication system and the second power line communication system, based on the detection report, to other communication device which belong to the first power line communication system. a determination unit configured to determine a first period which appears periodically and repeatedly, based on an AC cycle of mains on the power line; a transmission unit configured to transmit, with the first period, a first reference signal at fixed offset from the zero crossing of the AC mains to a slave device which belongs to the first power line communication system; wherein the first reference signal including first system information indicating a presence of the first power line communication system on the power line, characterized by further comprising a receiving unit configured to receive a detection report including information indicating that the slave communication device detects presence of the second power line communication system, from the slave communication device, and the transmission unit further transmits coexistence information indicating coexistence of the first power line communication system and the second power line communication system, based on the detection report, to other communication device which belong to the first power line communication system.
An accessory (12, 12a) for a hair treatment device, said accessory including: a housing (24, 24a) having an air ingress and an air egress defining an air passage therebetween; and a nozzle (28, 28a) in said air passage, said nozzle having a central longitudinal axis (A-A); wherein said nozzle includes an air inlet and an air outlet (32, 32a); and wherein said nozzle is oscillatable relative to said passage about an axis of oscillation (L-L, L a -L a) to continuously change the direction of the air exiting said nozzle in use; characterized in that the centre of gravity of said nozzle lies away from the longitudinal plane containing said central longitudinal axis and said axis of oscillation of said nozzle. a housing (24, 24a) having an air ingress and an air egress defining an air passage therebetween; and a nozzle (28, 28a) in said air passage, said nozzle having a central longitudinal axis (A-A); wherein said nozzle includes an air inlet and an air outlet (32, 32a); and wherein said nozzle is oscillatable relative to said passage about an axis of oscillation (L-L, L a -L a) to continuously change the direction of the air exiting said nozzle in use; characterized in that the centre of gravity of said nozzle lies away from the longitudinal plane containing said central longitudinal axis and said axis of oscillation of said nozzle.
A method for vehicle safety system activation, comprising: determining, based at least in part on a portion of sensor data (132, 205), a location of a vehicle within an environment, wherein the location of the vehicle identifies one or more of a position or an orientation of the vehicle within the environment; autonomously navigating the vehicle along a trajectory, wherein the trajectory indicates a subset of a planned path associated with navigating the vehicle between at least a first location and a second location within the environment; determining a location of an object within the environment; determining, based at least in part on the location of the object, a trajectory of the object; determining a threshold distance based at least on the trajectory of the vehicle and the trajectory of the object; selecting, based at least in part on the threshold distance, a safety system; and activating the safety system. determining, based at least in part on a portion of sensor data (132, 205), a location of a vehicle within an environment, wherein the location of the vehicle identifies one or more of a position or an orientation of the vehicle within the environment; autonomously navigating the vehicle along a trajectory, wherein the trajectory indicates a subset of a planned path associated with navigating the vehicle between at least a first location and a second location within the environment; determining a location of an object within the environment; determining, based at least in part on the location of the object, a trajectory of the object; determining a threshold distance based at least on the trajectory of the vehicle and the trajectory of the object; selecting, based at least in part on the threshold distance, a safety system; and activating the safety system.