mhurhangee/ep-ind-claims huggingface dataset:
A laser scanner having an apparatus for the contactless transmission of data and for the determination of an angle change, wherein the laser scanner comprises a sensor head which is rotatable in a relative manner about an axis of rotation and which forms a first object; and a supply unit which forms a second object; wherein, in the apparatus for the contactless transmission of data and for the determination of an angle change, - a first electrode carrier which comprises a first electrode is provided at the first object and - a second electrode carrier which comprises a second electrode is provided at the second object, with the first and second electrode carriers (10, 110) being disposed opposite and axially spaced apart with respect to the axis of rotation and the first and second electrodes (12, 112) being arranged such that a data transmission is possible by an electrical coupling between the first and second electrodes (12, 112), and with the strength of the electrical coupling varying along the peripheral extent of the first and second electrodes (12, 112); and wherein a control unit is provided which is configured to transmit a signal from the first electrode to the second electrode and an evaluation unit (60, 64) is provided which is configured to determine and evaluate a signal strength of the received signal separately at at least two sections (56, 58) of the second electrode which are electrically insulated with respect to one another in order to determine an angle change between the first object and the second object. - a first electrode carrier which comprises a first electrode is provided at the first object and - a second electrode carrier which comprises a second electrode is provided at the second object, with the first and second electrode carriers (10, 110) being disposed opposite and axially spaced apart with respect to the axis of rotation and the first and second electrodes (12, 112) being arranged such that a data transmission is possible by an electrical coupling between the first and second electrodes (12, 112), and with the strength of the electrical coupling varying along the peripheral extent of the first and second electrodes (12, 112); and
Valve of a bypass line of a turbocharger of a motor vehicle engine, comprising: - a cylindrical valve body projecting from an inlet wall of a gas inlet chamber and having an oblique opening with respect to the axis of the valve body cylinder, - a closure flap comprising a contact surface intended to cooperate with the valve body so as to shut off the oblique opening of the valve body in a closed configuration of the valve, characterized in that the flap is able to pivot about an axis-forming pin substantially transverse to the axis of the valve body and fixed against the inlet wall of the inlet chamber on the upstream side of the opening in the direction of flow of the gases, and comprises a deflector arranged on at least one portion of an outer periphery of the contact surface. - a cylindrical valve body projecting from an inlet wall of a gas inlet chamber and having an oblique opening with respect to the axis of the valve body cylinder, - a closure flap comprising a contact surface intended to cooperate with the valve body so as to shut off the oblique opening of the valve body in a closed configuration of the valve,
Laundry care appliance having a rotatably mounted washing drum for accommodating laundry, a tub for accommodating water, wherein the tub has an outlet opening and an inlet opening, and a circulation system which fluidically connects the outlet opening to the inlet opening, wherein the circulation system comprises a pump for pumping water into the washing drum, wherein the pump is designed to pump the water into the washing drum at different pump pressures within the same washing operation, in order to vary a location of the water in the rotating washing drum, characterised in that the pump is designed to pump water into the washing drum within the same washing operation at periodically changing pump pressures, wherein the periodically changing pump pressures correspond to a sinusoidal pump pressure change, wherein the laundry care appliance comprises a drum drive for driving the washing drum at a rotational frequency, wherein the pump is designed to pump water into the washing drum at a pump pressure changing in accordance with a pump frequency, wherein the pump frequency differs from the rotational frequency or from a multiple of the rotational frequency, wherein the pump frequency is less than the rotational frequency.
A compressed air module for mounting on a frame of a commercial vehicle, having: an air compressor for compressing air; a compressed air store for storing compressed air; a compressed air conditioning means for cleaning, dehumidifying and/or cooling compressed air; at least one compressed-air brake valve unit (32, 34) which is assigned to a compressed-air brake system; and a holding device which is designed for mounting on the frame and carries the air compressor, the compressed air store, the compressed-air conditioning means and the at least one compressed-air brake valve unit (32, 34). an air compressor for compressing air; a compressed air store for storing compressed air; a compressed air conditioning means for cleaning, dehumidifying and/or cooling compressed air; at least one compressed-air brake valve unit (32, 34) which is assigned to a compressed-air brake system; and a holding device which is designed for mounting on the frame and carries the air compressor, the compressed air store, the compressed-air conditioning means and the at least one compressed-air brake valve unit (32, 34).
A method of forming an insulating spacer comprising: providing a base layer (200, 274); providing an intermediate layer (202, 270, 272) above an upper surface of the base layer (200, 274); etching a first trench in the intermediate layer; etching a second and third trench in the intermediate layer; depositing a first insulating nitride material portion within the first trench; depositing a second and third insulating nitride material portion within the second and third trenches, respectively, to form a first hook portion and a second hook portion, respectively, wherein the first and second hook portions are on opposite sides of the first insulating nitride material portion; depositing a fourth insulating nitride material portion (212, 264) above an upper surface of the intermediate layer (202, 270, 272), the fourth insulating nitride material portion (212, 264) extending from the first insulating nitride material portion to the first hook portion and to the second hook portion; forming an upper layer above an upper surface of the fourth insulating nitride material portion; etching a fourth trench in the upper layer; and depositing a fifth insulating nitride material portion within the fourth trench and on the upper surface of the fourth insulating nitride material portion, wherein a laterally extending portion of the second insulating nitride material portion above the first trench is grown upwardly from the intermediate layer. providing a base layer (200, 274); providing an intermediate layer (202, 270, 272) above an upper surface of the base layer (200, 274); etching a first trench in the intermediate layer; etching a second and third trench in the intermediate layer; depositing a first insulating nitride material portion within the first trench; depositing a second and third insulating nitride material portion within the second and third trenches, respectively, to form a first hook portion and a second hook portion, respectively, wherein the first and second hook portions are on opposite sides of the first insulating nitride material portion; depositing a fourth insulating nitride material portion (212, 264) above an upper surface of the intermediate layer (202, 270, 272), the fourth insulating nitride material portion (212, 264) extending from the first insulating nitride material portion to the first hook portion and to the second hook portion; forming an upper layer above an upper surface of the fourth insulating nitride material portion; etching a fourth trench in the upper layer; and depositing a fifth insulating nitride material portion within the fourth trench and on the upper surface of the fourth insulating nitride material portion, wherein a laterally extending portion of the second insulating nitride material portion above the first trench is grown upwardly from the intermediate layer.
A laminated glazing comprising an assembly which comprises: - at least a thermoplastic interlayer - a first busbar laid over the thermoplastic interlayer - at least one heating wire laid over the first busbar - a second busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer which melts and fills spaces between the heating wires and busbars in an autoclave covers at least part of a surface of the first busbar or the second busbar and is arranged to contact the heating wire, the assembly being laminated with at least a glass sheet (2, 3), characterized in that an adhesive layer is arranged between the first busbar and the second busbar on at least a part of a surface of the first busbar or the second busbar and the solder layer has a minimum remaining width not covered by the adhesive layer of higher than two millimeters. - at least a thermoplastic interlayer - a first busbar laid over the thermoplastic interlayer - at least one heating wire laid over the first busbar - a second busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer which melts and fills spaces between the heating wires and busbars in an autoclave covers at least part of a surface of the first busbar or the second busbar and is arranged to contact the heating wire,
Injection moulding device comprising at least one material pipe (10a, 10b, 10c), - wherein the at least one material pipe (10a, 10b, 10c) extends in a longitudinal direction, - wherein a flow channel for a fluid substance is formed in the at least one material pipe (10a, 10b, 10c), - wherein, at a front end of the flow channel, the at least one material pipe (10a, 10b, 10c) has a nozzle tip (14a, 14b, 14c) with at least one outlet opening for the fluid substance, - wherein, at a rear end of the flow channel, the at least one material pipe (10a, 10b, 10c) has at least one inlet opening for the fluid substance and is attached to a mounting plate, - wherein the mounting plate is a manifold of an injection moulding tool, - wherein the at least one material pipe (10a, 10b, 10c) is heated by means of a heating device (20a, 20b, 20c), - wherein the at least one material pipe (10a, 10b, 10c) is arranged in a housing and, inside the housing, is arranged in a section orientated in longitudinal direction, on the outer circumference with no contact except to the heating device (20a, 20b, 20c), - wherein the housing has a one-piece spacer and has a guide sleeve (30a, 30b, 30c) for each material pipe (10a, 10b, 10c), - wherein each guide sleeve (30a, 30b, 30c) is secured to the spacer, and - wherein the spacer can be attached on the mounting plate and defines the separation between guide sleeve (30a, 30b, 30c) and mounting plate, characterised in - that the section is arranged adjacent to the mounting plate and the section extends respectively from the mounting plate to the front end of the material pipe (10a, 10b, 10c). - wherein the at least one material pipe (10a, 10b, 10c) extends in a longitudinal direction, - wherein a flow channel for a fluid substance is formed in the at least one material pipe (10a, 10b, 10c), - wherein, at a front end of the flow channel, the at least one material pipe (10a, 10b, 10c) has a nozzle tip (14a, 14b, 14c) with at least one outlet opening for the fluid substance, - wherein, at a rear end of the flow channel, the at least one material pipe (10a, 10b, 10c) has at least one inlet opening for the fluid substance and is attached to a mounting plate, - wherein the mounting plate is a manifold of an injection moulding tool, - wherein the at least one material pipe (10a, 10b, 10c) is heated by means of a heating device (20a, 20b, 20c), - wherein the at least one material pipe (10a, 10b, 10c) is arranged in a housing and, inside the housing, is arranged in a section orientated in longitudinal direction, on the outer circumference with no contact except to the heating device (20a, 20b, 20c), - wherein the housing has a one-piece spacer and has a guide sleeve (30a, 30b, 30c) for each material pipe (10a, 10b, 10c), - wherein each guide sleeve (30a, 30b, 30c) is secured to the spacer, and - wherein the spacer can be attached on the mounting plate and defines the separation between guide sleeve (30a, 30b, 30c) and mounting plate, - that the section is arranged adjacent to the mounting plate and the section extends respectively from the mounting plate to the front end of the material pipe (10a, 10b, 10c).
A camera slider having a base and an arm pivotally attached to the base, comprising: a counterweight carriage supported on the arm on carriage rollers (46, 48); a camera mounting plate (52, 422, 460) on the counterweight carriage for attaching a camera to the counterweight carriage; and a slider counterweight movable from a first position, wherein the counterweight carriage is at a first end of the arm and the slider counterweight is at a second end of the arm, and a second position wherein the counterweight carriage is at the second end of the arm and the slider counterweight is at the first end of the arm; characterized by an electric drive motor for moving the counterweight carriage linearly on top of the arm; the arm including an inner arm tube having a rear segment retained within an outer arm, and a front segment having first fitting engageable onto the rear segment, to attach the front segment to the rear segment; and a first portion of the slider counterweight in the first position extending beyond the second end of the arm, and a second portion of the slider counterweight being inside of the arm. a counterweight carriage supported on the arm on carriage rollers (46, 48); a camera mounting plate (52, 422, 460) on the counterweight carriage for attaching a camera to the counterweight carriage; and a slider counterweight movable from a first position, wherein the counterweight carriage is at a first end of the arm and the slider counterweight is at a second end of the arm, and a second position wherein the counterweight carriage is at the second end of the arm and the slider counterweight is at the first end of the arm; characterized by an electric drive motor for moving the counterweight carriage linearly on top of the arm; the arm including an inner arm tube having a rear segment retained within an outer arm, and a front segment having first fitting engageable onto the rear segment, to attach the front segment to the rear segment; and a first portion of the slider counterweight in the first position extending beyond the second end of the arm, and a second portion of the slider counterweight being inside of the arm.
Method of cleaning a fluid circuit in an inkjet printer that comprises a print head connected to the fluid circuit by a flexible umbilical, that contains hydraulic conduits for supply of ink and/or solvent to the print head and return of ink and/or solvent from the print head, and also includes fluid recovery means for recovering ink and/or solvent from the print head, arranged on the downstream side of the umbilical relative to the flow direction of ink and/or solvent that return from the print head, characterised in that this method includes at least sending clean solvent to said fluid recovery means, using a pump and fluid connection means, without making this clean solvent flow in the umbilical or in the print head.
A mounting set for securing a frame to a building framework, such as a setting frame, comprising two interacting mounting elements (7, 9) of which one element is to be fixed to the frame and the other element is to be fixed to the framework, and of which a first one of the mounting elements is provided with a mounting surface for mounting the element to one of the outer peripheral sides of the framework or inner peripheral side of the frame facing each other, as well as a lip projecting from the mounting surface, and a second one of the mounting elements is also provided with a mounting surface, as well as a plurality of projections the lip can catch on which are positioned in a row behind one another and perpendicular to the mounting surface which second mounting element comprises a strip of which one side forms the mounting surface, as well as a plate attached to the strip and at right angles thereto, an edge of which plate has the projections, characterized in that the distance from the projections of the second mounting element to the strip increasing from one end of the row to the other end of the row.
A power transmitting device, comprising: a power transmitting unit adapted to simultaneously transmit electric power at a power transmitting frequency using magnetic field resonance or electric field resonance to each of a plurality of equipment devices including a power receiving unit of non-contact, at least one equipment device of the plurality of equipment devices having charging power that is different from charging power of each of the plurality of equipment devices other than the at least one equipment device; a control unit adapted to obtain variable information for setting a resonance frequency of a resonance circuit of an equipment device having maximum charging power from among the plurality of equipment devices at the power transmitting frequency, and for setting a resonance frequency of a resonance circuit of a power receiving unit of each of the plurality of equipment devices other than the equipment device having the maximum charging power at a frequency that is different from the power transmitting frequency and at which the charging power of each of the plurality of equipment devices other than the equipment device having the maximum charging power may be supplied from the electric power transmitted from the power transmitting device; a power supply unit adapted to provide the power transmitting unit with electric power to be transmitted to the equipment device; and a communication unit adapted to transmit to each equipment device variable information corresponding to each equipment device. a power transmitting unit adapted to simultaneously transmit electric power at a power transmitting frequency using magnetic field resonance or electric field resonance to each of a plurality of equipment devices including a power receiving unit of non-contact, at least one equipment device of the plurality of equipment devices having charging power that is different from charging power of each of the plurality of equipment devices other than the at least one equipment device; a control unit adapted to obtain variable information for setting a resonance frequency of a resonance circuit of an equipment device having maximum charging power from among the plurality of equipment devices at the power transmitting frequency, and for setting a resonance frequency of a resonance circuit of a power receiving unit of each of the plurality of equipment devices other than the equipment device having the maximum charging power at a frequency that is different from the power transmitting frequency and at which the charging power of each of the plurality of equipment devices other than the equipment device having the maximum charging power may be supplied from the electric power transmitted from the power transmitting device; a power supply unit adapted to provide the power transmitting unit with electric power to be transmitted to the equipment device; and a communication unit adapted to transmit to each equipment device variable information corresponding to each equipment device.
Fuel cell stack plate, notably for a proton exchange membrane ("PEM") fuel cell, comprising a face intended to convey an oxidant gas or fuel gas toward the active surface of a Membrane Electrode Assembly, said face of the plate comprising projecting ribs delimiting a determined number of channels intended for the circulation of gas, the channels having a determined length and a determined width, the ribs having a determined width, the plate being characterized in that the product P of the total length of the ribs on the plate per unit active surface area in cm 2 times the degree of openness of the plate is comprised between 4.7 and 10, that is to say: 4.7 < P in cm -1 = (LN x TO) < 10, the degree of openness TO being defined by TO=100.(E/ E+LA), the active surface area of the plate being the surface of the plate intended to face the active surface of the Membrane Electrode Assembly, the total length of the ribs being equal to the number of channels on the plate plus one and multiplied by the channel length LCA: total length of ribs = (number of channels + 1) x LCA; the total length LN of the ribs on the plate per active surface area is this total length referenced to the active surface area.
A coffee brewing vessel for use with a steam generating appliance, the vessel comprising: an inner wall shaped to define a receptacle for receiving a coffee mixture therein; an outer wall surrounding at least a portion of the inner wall so as to define a steam chamber between the inner wall and the outer wall; a steam inlet in communication with the steam chamber and being arranged to receive steam from the steam generating appliance; and a steam outlet in communication with the steam chamber so as to be arranged to exhaust the steam externally of the vessel, the steam chamber being enclosed between the inner wall and the outer wall such that the steam introduced through the steam inlet is exhausted through the steam outlet subsequent to being circulated through the steam chamber. an inner wall shaped to define a receptacle for receiving a coffee mixture therein; an outer wall surrounding at least a portion of the inner wall so as to define a steam chamber between the inner wall and the outer wall; a steam inlet in communication with the steam chamber and being arranged to receive steam from the steam generating appliance; and a steam outlet in communication with the steam chamber so as to be arranged to exhaust the steam externally of the vessel, the steam chamber being enclosed between the inner wall and the outer wall such that the steam introduced through the steam inlet is exhausted through the steam outlet subsequent to being circulated through the steam chamber.