mhurhangee/ep-ind-claims huggingface dataset:
A device for machining the surface of a rail head of a rail by face grinding, including at least two grinding tools guided along a rail longitudinal axis on a grinding frame by means of a respective sub-unit, and an associated pivoting device designed to be mounted by means of at least one vertically adjustable suspension device on a vehicle mobile on rails, wherein the respective grinding tools are pivotable by means of a pivoting device, and that the grinding tools and thus also their rotation axes are inclined forward in the working direction, wherein a normal on the rail longitudinal axis encloses an angle (a) diverging from 0° with the rotation axis of the respective grinding tool characterized in that the grinding tool is driven passively by rolling-off as a result of friction in a contact point which lies off center relative to the rotation axis of the grinding tool.
Lighting apparatus, having - a driver for operating at least one light source of said lighting apparatus, - said driver having a driver circuit board which has at least one surface-side electrical contact field (17; 18) and on which at least one driver module (14; 15) is arranged, and further having at least one electrical contact element contacting said driver, wherein - at least one electrical contact element has a clip contact into which at least one electrical contact field of the driver circuit board can be inserted by means of an insertion movement, and wherein the at least one clip contact has two springy contact lugs, spaced apart from each other, between which the driver circuit board can be inserted, characterized in that a base region of the contact element, from which the contact lugs are bent upwards, has a clamping lead-through, wherein a base region of the contact element, from which the contact lugs are bent upwards, has a screw lead-through, and wherein a fastening lug, protruding in the direction of the contact lugs, for fastening to a driver housing is present at one end of the contact element opposing the contact lugs, and wherein for fastening the contact element to the driver housing, the contact element can initially be attachable by means of a clamping lead-through in a clamp fitting manner to a projecting stud of the driver housing, and can then be screwed by means of a screw guided through the screw lead-through. - a driver for operating at least one light source of said lighting apparatus, - said driver having a driver circuit board which has at least one surface-side electrical contact field (17; 18) and on which at least one driver module (14; 15) is arranged, and further having at least one electrical contact element contacting said driver, - at least one electrical contact element has a clip contact into which at least one electrical contact field of the driver circuit board can be inserted by means of an insertion movement, and wherein the at least one clip contact has two springy contact lugs, spaced apart from each other, between which the driver circuit board can be inserted, characterized in that
A method of wireless communication performed by a user equipment, UE, engaged in a positioning session with a plurality of transmission-reception points, TRPs, comprising: receiving a downlink positioning reference signal, DL-PRS, configuration specifying one or more DL-PRS resource sets, wherein each DL-PRS resource set is associated with a TRP of the plurality of TRPs, is configured with a transmission periodicity, comprises one or more DL-PRS resources that are transmitted according to the configured transmission periodicity of the DL-PRS resource set, wherein each DL-PRS resource is scheduled to be repeated over one or more consecutive slots, wherein one transmission instance of a repetition of the one or more DL-PRS resources of the one or more DL-PRS resource sets corresponds to a DL-PRS instance, wherein all DL-PRS resources of the one or more DL-PRS resource sets of the DL-PRS instance are scheduled within a time window, and wherein a duration of the time window is less than a duration defined by a configured transmission periodicity of one of the one or more DL-PRS resource sets; and characterised by comprising: receiving an uplink PRS, UL-PRS, configuration specifying one or more UL-PRS resource sets, wherein each UL-PRS resource set comprises one or more UL-PRS resources, and wherein the one or more UL-PRS resources are scheduled within the time window.
A viewing apparatus for retrofit to a rifle scope the viewing apparatus comprising a camera unit having a camera and attachment means operable to attach the camera unit to the end of a rifle scope such that the camera is exposed to an image visible at an eyepiece of a rifle scope, the camera being adapted to generate image data from the image to which it is exposed, the camera unit being arranged and operable to transfer the image data from the camera to a display unit, the display unit comprising display means being arranged and operable to display the image data received from the camera unit, the display unit further comprising attachment means operable to attach the display unit to a rifle scope such that the display unit is positioned above the rifle scope with respect to the rifle wherein the attachment means of the camera unit is operable to attach the camera unit over an eyepiece of the rifle scope such that the camera is aligned coaxially with a longitudinal axis of the scope.
A method of manufacturing granular material for injection moulding of a moulded component from residual waste, which results when recycling packaging, particularly beverage cartons, and consists substantially of a composite of thermoplastic plastic material and aluminium foil, with the following successive steps: - comminuting the residual waste into fragments with a size of 5 to 20 mm; - agglomerating the residual waste fragments at a temperature of between 130 degrees Celsius and 200 degrees Celsius to form a coherent strand of material, wherein the thermoplastic plastic material in the residual waste fragments is partially liquified so that the strand of material has a dough-like consistency; - cutting the strand of material into short strand sections with a length 1 to 5 cm; - cooling the strand sections in a water bath and by flowing air so that they solidify; - comminuting the cooled strand sections to form a granular material with a grain size of 6 - 10 mm. - comminuting the residual waste into fragments with a size of 5 to 20 mm; - agglomerating the residual waste fragments at a temperature of between 130 degrees Celsius and 200 degrees Celsius to form a coherent strand of material, wherein the thermoplastic plastic material in the residual waste fragments is partially liquified so that the strand of material has a dough-like consistency; - cutting the strand of material into short strand sections with a length 1 to 5 cm; - cooling the strand sections in a water bath and by flowing air so that they solidify; - comminuting the cooled strand sections to form a granular material with a grain size of 6 - 10 mm.
A combined car seat cover and infant seat comprising: a seat sheet and a backrest sheet, in which cushion materials (11 and 12) are provided; a seat fixing unit comprising a lower latch and a back latch to fix the seat sheet and the backrest sheet to a vehicle seat; and a shielding member having a foldable structure and provided on the seat sheet, wherein a latch is provided on the shielding member, a band hanger is formed at the backrest sheet such that a safety belt including a shoulder contact part and a leg support part and provided with a buckle is fastened to the latch of the shielding member through the band hanger, thereby being used as an infant seat. a seat sheet and a backrest sheet, in which cushion materials (11 and 12) are provided; a seat fixing unit comprising a lower latch and a back latch to fix the seat sheet and the backrest sheet to a vehicle seat; and a shielding member having a foldable structure and provided on the seat sheet, wherein a latch is provided on the shielding member, a band hanger is formed at the backrest sheet such that a safety belt including a shoulder contact part and a leg support part and provided with a buckle is fastened to the latch of the shielding member through the band hanger, thereby being used as an infant seat.
A method for ensuring random access coverage while supporting high uplink data rates in a same service area served by a base station (20, 34), the method being characterized by the service area including first and second co-sited cells (cell 1 and cell 2), wherein the second co-sited cell (cell 2) allows a higher rise over thermal, RoT, value than the first co-sited cell (cell 1), and the following steps: associating the first co-sited cell (cell 1) with a first uplink radio frequency carrier and the second co-sited cell (cell 2) with a second uplink radio frequency carrier, where the first co-sited cell (cell 1) allows a lower uplink load and provides a greater coverage than the second co-sited cell (cell 2); in response to a random access request for a communications connection involving a mobile radio terminal (22, 36), determining whether the requested uplink connection with the mobile terminal is permitted in the second co-sited cell (cell2) at a higher uplink data rate than in the first co-sited cell (cell 1), selecting one of the first and second co-sited cells (celll and cell 2) in which to support the communications connection between the mobile radio terminal (22, 36) and the base station (20, 34) depending on whether the requested uplink connection with the mobile terminal is permitted in the second co-sited cell (cell 2) at a higher uplink data rate than in the first co-sited cell (cell 1); and controlling the communications connection by causing the mobile radio terminal (22, 36) to transmit to the base station (20, 34) using the uplink radio frequency carrier associated with the selected co-sited cell (cell 1 or cell 2). associating the first co-sited cell (cell 1) with a first uplink radio frequency carrier and the second co-sited cell (cell 2) with a second uplink radio frequency carrier, where the first co-sited cell (cell 1) allows a lower uplink load and provides a greater coverage than the second co-sited cell (cell 2); in response to a random access request for a communications connection involving a mobile radio terminal (22, 36), determining whether the requested uplink connection with the mobile terminal is permitted in the second co-sited cell (cell2) at a higher uplink data rate than in the first co-sited cell (cell 1), selecting one of the first and second co-sited cells (celll and cell 2) in which to support the communications connection between the mobile radio terminal (22, 36) and the base station (20, 34) depending on whether the requested uplink connection with the mobile terminal is permitted in the second co-sited cell (cell 2) at a higher uplink data rate than in the first co-sited cell (cell 1); and controlling the communications connection by causing the mobile radio terminal (22, 36) to transmit to the base station (20, 34) using the uplink radio frequency carrier associated with the selected co-sited cell (cell 1 or cell 2).
Device for position alignment of a front of a movable furniture part relative to a furniture carcass of a piece of furniture, with an adjusting device which has at least one actuating element which may be actuated by the user over an actuating path by means of an actuating movement in two opposite actuating directions and at least two adjusting elements formed separately from the actuating element, adjustable relative to one another through actuation of the actuating element, and by which the front may be attached to one adjusting element, wherein there are formed on the actuating element stop means which accompany the actuating movement and interact with end stops (38, 39) to limit the actuating path in one or the other actuating direction, and wherein the actuating element is in the form of a rotating element and the actuating movement is a rotary movement which may be converted via conversion means into a linear adjusting movement of the adjusting elements, characterised in that the conversion means have a screw drive with a spiral slotted link, which interacts with a tooth system in such a way that the rotary movement of the rotating element may be converted into a linear movement of the assigned adjusting element, on account of the eccentricity of the slotted link pathway.
A method for manufacturing a honeycomb structure that includes partition walls partitioning a plurality of cells, the method comprising: a molding step for molding a molded body from a mixture containing silicon carbide particles, an organic component, and a dispersion medium; a degreasing step for removing the organic component included in the molded body to obtain a porous honeycomb body; and an impregnation step for impregnating an inner portion of the partition walls of the porous honeycomb body with metal silicon, wherein in a state in which the porous honeycomb body is placed on a support inside a container containing solid metal silicon, the impregnation step is performed by heating the inside of the container to a temperature higher than or equal to a melting point of the metal silicon so that the porous honeycomb body is impregnated with molten metal silicon through the support that is porous, and wherein the metal silicon is placed on a bottom surface of the container. a molding step for molding a molded body from a mixture containing silicon carbide particles, an organic component, and a dispersion medium; a degreasing step for removing the organic component included in the molded body to obtain a porous honeycomb body; and an impregnation step for impregnating an inner portion of the partition walls of the porous honeycomb body with metal silicon, wherein in a state in which the porous honeycomb body is placed on a support inside a container containing solid metal silicon, the impregnation step is performed by heating the inside of the container to a temperature higher than or equal to a melting point of the metal silicon so that the porous honeycomb body is impregnated with molten metal silicon through the support that is porous, and
A fusion protein comprising a GDF15 region and an Fc domain, wherein a) the Fc domain comprises the sequence of SEQ ID NO: 220 and wherein the Fc domain is a Dh3CpmFc(-) domain, wherein the Dh3CpmFc(-) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 220; or b) the Fc domain comprises the sequence of SEQ ID NO: 227 and wherein the Fc domain is a Dh3CpmFc(-)(Y349C) domain, wherein the Dh3CpmFc(-)(Y349C) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 227. a) the Fc domain comprises the sequence of SEQ ID NO: 220 and wherein the Fc domain is a Dh3CpmFc(-) domain, wherein the Dh3CpmFc(-) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 220; or b) the Fc domain comprises the sequence of SEQ ID NO: 227 and wherein the Fc domain is a Dh3CpmFc(-)(Y349C) domain, wherein the Dh3CpmFc(-)(Y349C) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 227.
Regenerator comprising a packed bed of energy storage elements made of a sintered material having the following chemical analysis, as percentages by weight: - 35% < Fe 2 O 3 < 90%, and - 5% < Al 2 O 3 < 30%, and - CaO < 20%, and - TiO 2 < 25%, and - 3% < SiO 2 < 50%, and - Na 2 O < 10%, and - Fe 2 O 3 + Al 2 O 3 + CaO + TiO 2 + SiO 2 + Na 2 O > 80%, and - other compounds: complement to 100%. - 35% < Fe 2 O 3 < 90%, and - 5% < Al 2 O 3 < 30%, and - CaO < 20%, and - TiO 2 < 25%, and - 3% < SiO 2 < 50%, and - Na 2 O < 10%, and - Fe 2 O 3 + Al 2 O 3 + CaO + TiO 2 + SiO 2 + Na 2 O > 80%, and - other compounds: complement to 100%.
Ball joint for a vehicle, having a ball pin that comprises a joint ball, a joint housing that encloses the joint ball and is provided with a peg opening, in which housing the joint ball of the ball pin is mounted such that it can be moved, wherein the ball pin protrudes from the joint housing through the peg opening, and an actuator by means of which it is possible to press a pressure piece in an axial direction towards the joint housing, such that the joint housing and the pressure piece can exert pressure on the joint ball, characterized by a spring by means of which the actuator acts on the pressure piece, and a travel sensor by means of which it is possible to measure the length (d) of the spring.
A combustion engine including: - a circuit for cooling by liquid equipped with a cooling radiator, this circuit including a duct intended for the short-circuit of the radiator when the combustion engine has not reached it operating temperature, - a system for the recirculation of the exhaust gases of the combustion engine comprising: a heat exchanger, designated an EGR exchanger, comprising a body containing: - a cooling device formed by a set of tubes in which said exhaust gases are able to circulate, and - a bypass duct of the exhaust gases permitting the gases to short-circuit said cooling device, characterized in that the short-circuit duct is integrated to said body of the exchanger. - a circuit for cooling by liquid equipped with a cooling radiator, this circuit including a duct intended for the short-circuit of the radiator when the combustion engine has not reached it operating temperature, - a system for the recirculation of the exhaust gases of the combustion engine comprising: a heat exchanger, designated an EGR exchanger, comprising a body containing: - a cooling device formed by a set of tubes in which said exhaust gases are able to circulate, and - a bypass duct of the exhaust gases permitting the gases to short-circuit said cooling device, - a cooling device formed by a set of tubes in which said exhaust gases are able to circulate, and - a bypass duct of the exhaust gases permitting the gases to short-circuit said cooling device,
Formed secondary galvanic cell, comprising - at least one positive electrode, which contains a metal compound which is capable of reversibly intercalating and deintercalating lithium in the form of ions, - at least one negative electrode, which contains a carbon compound which is capable of reversibly intercalating or deintercalating lithium in the form of ions and a metal and/or semi-metal which can be alloyed with lithium, - an electrolyte via which lithium ions can migrate between the at least one positive electrode and the at least one negative electrode and - mobile lithium which is available for intercalation and deintercalation processes in the electrodes, wherein - the capacity of the at least one negative electrode for taking up lithium exceeds that of the at least one positive electrode, - the at least one negative electrode has a higher capacity than is required for taking up the entire mobile lithium contained in the cell and - the mobile lithium is contained in the cell in an amount that exceeds the capacity of the at least one positive electrode for taking up lithium. - at least one positive electrode, which contains a metal compound which is capable of reversibly intercalating and deintercalating lithium in the form of ions, - at least one negative electrode, which contains a carbon compound which is capable of reversibly intercalating or deintercalating lithium in the form of ions and a metal and/or semi-metal which can be alloyed with lithium, - an electrolyte via which lithium ions can migrate between the at least one positive electrode and the at least one negative electrode and - mobile lithium which is available for intercalation and deintercalation processes in the electrodes, wherein - the capacity of the at least one negative electrode for taking up lithium exceeds that of the at least one positive electrode, - the at least one negative electrode has a higher capacity than is required for taking up the entire mobile lithium contained in the cell and - the mobile lithium is contained in the cell in an amount that exceeds the capacity of the at least one positive electrode for taking up lithium.
A hydrodynamic compression or cutting tool comprising: - an electrical motor, which can be powered by an accumulator or by mains supply, by means of a control circuit, - a hydraulic pump, which can be actuated by means of the motor so as to increase the pressure of a hydraulic liquid acting on an actuating piston, - two jaws (21, 22), which can be mutually moved by means of the actuating piston between an open position and a closed position for carrying out the compression or the cut, - an actuating button, which acts on a switch of the control circuit to actuate the motor,- return means, which perform a return of the jaws (21, 22) towards the open position by means of a return of the hydraulic fluid from the actuating piston towards the hydraulic pump through a return valve, wherein, in a return mode, after the completion of the compression or of the cut, the return means open the return valve and hold it open until the open position of the jaws (21, 22) is reached, characterized in that it comprises delaying means (18; 28) adapted to delay the opening of the return valve by means of the return means, so as to allow verifying the position of the jaws (21, 22) reached before the return of the jaws (21, 22) towards the open position, and in that the return means comprise a return device connected to the actuating button and to the return valve, so as to be able to trigger the opening of the return valve and consequently the movement of the jaws (21, 22) towards the open position, by means of the same actuating button which also controls the actuation of the motor. - an electrical motor, which can be powered by an accumulator or by mains supply, by means of a control circuit, - a hydraulic pump, which can be actuated by means of the motor so as to increase the pressure of a hydraulic liquid acting on an actuating piston, - two jaws (21, 22), which can be mutually moved by means of the actuating piston between an open position and a closed position for carrying out the compression or the cut, - an actuating button, which acts on a switch of the control circuit to actuate the motor,- return means, which perform a return of the jaws (21, 22) towards the open position by means of a return of the hydraulic fluid from the actuating piston towards the hydraulic pump through a return valve,
An optical signal power control method configured in a passive optical network, PON, comprising: acquiring different time points when uplink optical signals of optical network units ONUs arrive at an optical signal amplifier or a variable optical attenuator; allocating a registration time slot and transmitting a downlink registration signal comprising a power requirement of the registration slot; receiving uplink ONU serial number, starting registration and establishing a correspondence relationship between an ONU ID and a power control factor of the uplink optical signals, wherein the uplink ONU serial number is transmitted by ONU in response to determining that the ONU receives the downlink registration signal and determines that the power requirement of the registration time slot is met; and performing power control on the uplink optical signals according to the different time points and the correspondence relationship. acquiring different time points when uplink optical signals of optical network units ONUs arrive at an optical signal amplifier or a variable optical attenuator; allocating a registration time slot and transmitting a downlink registration signal comprising a power requirement of the registration slot; receiving uplink ONU serial number, starting registration and establishing a correspondence relationship between an ONU ID and a power control factor of the uplink optical signals, wherein the uplink ONU serial number is transmitted by ONU in response to determining that the ONU receives the downlink registration signal and determines that the power requirement of the registration time slot is met; and performing power control on the uplink optical signals according to the different time points and the correspondence relationship.