mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising; an extruding device configured to selectively dispense a dielectric material through an orifice; a wire feed device configured to selectively feed a conductive wire through the orifice; a cutting device configured to selectively sever the conductive wire after it is fed through the orifice; and an electronic controller configured to control the extruding device, the wire feed device, and the cutting device, wherein the electronic controller commands the extruding device to selectively dispense the dielectric material through the orifice, the wire feed device to selectively feed the conductive wire through the orifice, and the cutting device to selectively sever the conductive wire, thereby forming a dielectric substrate encasing a plurality of conductive wires, characterized in that the electronic controller is further configured to command the extruding device to form an opening defined in the substrate in which the plurality of electrically conductive wires is exposed and a fiducial mark that is usable by an automated assembly robot to determine the location of the opening, wherein a position tolerance of the opening relative to the fiducial mark is 1 millimeter or less. an extruding device configured to selectively dispense a dielectric material through an orifice; a wire feed device configured to selectively feed a conductive wire through the orifice; a cutting device configured to selectively sever the conductive wire after it is fed through the orifice; and an electronic controller configured to control the extruding device, the wire feed device, and the cutting device, wherein the electronic controller commands the extruding device to selectively dispense the dielectric material through the orifice, the wire feed device to selectively feed the conductive wire through the orifice, and the cutting device to selectively sever the conductive wire, thereby forming a dielectric substrate encasing a plurality of conductive wires, characterized in that the electronic controller is further configured to command the extruding device to form an opening defined in the substrate in which the plurality of electrically conductive wires is exposed and a fiducial mark that is usable by an automated assembly robot to determine the location of the opening, wherein a position tolerance of the opening relative to the fiducial mark is 1 millimeter or less.
A child safety seat for securement to a vehicle, the child safety seat comprising: a child safety seat shell; a harness belt; a harness guard configured to receive a portion of the harness belt therethrough, and defining a padding configured to contact an occupant of the child safety seat and absorb energy resulting from a sudden deceleration of the vehicle; a tether webbing; and a tether stop securing the tether webbing to the harness guard, wherein the tether webbing and tether stop retain the harness guard in a position relative to the harness belt and the occupant of the child safety seat during sudden deceleration of the vehicle. a child safety seat shell; a harness belt; a harness guard configured to receive a portion of the harness belt therethrough, and defining a padding configured to contact an occupant of the child safety seat and absorb energy resulting from a sudden deceleration of the vehicle; a tether webbing; and a tether stop securing the tether webbing to the harness guard, wherein the tether webbing and tether stop retain the harness guard in a position relative to the harness belt and the occupant of the child safety seat during sudden deceleration of the vehicle.
A packaging machine comprising a work station, an infeed conveyor, an outfeed conveyor, a control system and a gripper system, wherein the gripper system comprises at least first and second grippers (11, 13) each displaceable in a transport direction, wherein the first gripper is configured to move one or more packaging trays from the infeed conveyor into the work station, and the second gripper is configured to move one or more packaging trays from the work station to the outfeed conveyor, wherein the control system is configured to move the first gripper independently of the second gripper and is further configured to control the movements of the two grippers (11, 13) such that a collision of the grippers (11, 13) is prevented, and wherein the work station comprises a lower part of a tool and an upper part of the tool, one or both of which are movable to open and close the work station, characterized in that the control system is configured to control the first gripper and/or the second gripper without collision and at least in phases simultaneously with the lower part of the tool and/or the upper part of the tool, wherein the control system is configured to feed the first gripper and/or the second gripper into the opening work station. wherein the control system is configured to move the first gripper independently of the second gripper and is further configured to control the movements of the two grippers (11, 13) such that a collision of the grippers (11, 13) is prevented, and wherein the work station comprises a lower part of a tool and an upper part of the tool, one or both of which are movable to open and close the work station, characterized in that the control system is configured to control the first gripper and/or the second gripper without collision and at least in phases simultaneously with the lower part of the tool and/or the upper part of the tool, wherein the control system is configured to feed the first gripper and/or the second gripper into the opening work station.
Method for assisting with the programming of an electronic control unit for controlling a forming station, the forming station comprising moulding units each of which bears one interchangeable mould for producing containers, especially thermoplastic bottles, by blow moulding preforms, the method comprising a step of manual programming consisting in selecting a value for determined operating parameters via an interface for inputting data into the electronic control unit, characterized in that to each mould is fastened a storage means for permanently storing data comprising values compatible with said mould for each determined parameter, the method comprising a prior step of reading values stored in the storage means with a reader that automatically transmits said values to the electronic control unit in order to limit the choice of values of each parameter to the compatible values.
A process for fabricating a ceramic body, comprising: preparing a powder composition that includes boron carbide particles coated with a titanium compound; forming a green body from the powder composition; and pressureless sintering the green body to obtain a sintered boron carbide body having closed porosity.
A battery system comprising: (i) a housing comprising a housing frame and a base frame, wherein the housing frame and the base frame enclose a housing space; (ii) at least one battery module (M1, M2, M3) comprising a plurality of battery cells (14, 15, 16) electrically connected to each other by means of a bus bar (18, 19, 20, 21), wherein the battery module (M1, M2, M3) is disposed in the housing space; (iii) at least one tray comprising a tray frame and a tray base; and (iv) a liquid detection system integrated with a battery management system, wherein the battery management system is adapted to detect a liquid inside the tray by means of the liquid detection system, wherein the liquid detection system comprises a high-voltage conductor, whose first end is connected to the bus bar (18, 19, 20, 21) and whose second end is disposed between the base frame and the tray base characterized in that the liquid detection system further comprises a low-voltage conductor, whose first end is connected to the battery management system and whose second end is disposed between the second end of the high-voltage conductor and the tray base. (i) a housing comprising a housing frame and a base frame, wherein the housing frame and the base frame enclose a housing space; (ii) at least one battery module (M1, M2, M3) comprising a plurality of battery cells (14, 15, 16) electrically connected to each other by means of a bus bar (18, 19, 20, 21), wherein the battery module (M1, M2, M3) is disposed in the housing space; (iii) at least one tray comprising a tray frame and a tray base; and (iv) a liquid detection system integrated with a battery management system, wherein the battery management system is adapted to detect a liquid inside the tray by means of the liquid detection system, wherein the liquid detection system comprises a high-voltage conductor, whose first end is connected to the bus bar (18, 19, 20, 21) and whose second end is disposed between the base frame and the tray base characterized in that the liquid detection system further comprises a low-voltage conductor, whose first end is connected to the battery management system and whose second end is disposed between the second end of the high-voltage conductor and the tray base.
Apparatus for separating a gas mixture into a product gas and an off-gas by means of gas permeation using a membrane unit and a compressor which is arranged upstream of the membrane unit and of which the rotational speed can preferably be controlled in a closed-loop manner, which membrane unit comprises a gas inlet, a retentate or product gas outlet and a permeate or off-gas outlet, the membrane unit comprising at least one additional permeate outlet that is downstream of the gas inlet and the permeate outlet of the membrane unit being connected on the intake side to the compressor or to the gas supply leading into the compressor by means of lines, characterised in that a closed-loop pressure control device is provided at or downstream of the retentate outlet and a gas mixture having a proportion of CH 4 /CO 2 in the gas mixture of more than 50 vol.%, preferably more than 55 vol.%, 60 vol.%, 65 vol.%, 70 vol.%, 75 vol.%, 80 vol.%, 85 vol.%, particularly preferably more than 90 vol.% or 95 vol.%, and having a methane concentration of no more than 30 vol.% is used, the discharge of the permeate via the permeate outlet being controlled in an open-loop or closed-loop manner depending on the concentration of product gas in the off-gas.
An evaluation arrangement for a thermal gas sensor with at least one heater and two detectors (130, 140), wherein the evaluation arrangement is configured to control (250, 252) a heating power applied to the heater dependent on at least one sensor signal (210, 220) from at least one of the two detectors (130, 140) in order to bring the at least one sensor signal (210, 220) into a predetermined value range; and wherein the evaluation arrangement is configured to consider information about the heating power when deriving information about a gas concentration from the sensor signals of the two detectors (130, 140). wherein the evaluation arrangement is configured to control (250, 252) a heating power applied to the heater dependent on at least one sensor signal (210, 220) from at least one of the two detectors (130, 140) in order to bring the at least one sensor signal (210, 220) into a predetermined value range; and wherein the evaluation arrangement is configured to consider information about the heating power when deriving information about a gas concentration from the sensor signals of the two detectors (130, 140).
A method comprising: in a wireless power transfer device, applying a cascading charging mechanism to allocate wirelessly transmitted power to one or more wireless devices (120, 122, 524, 526), wherein applying the cascading charging mechanism comprises: determining that an amount of battery charge of each of the one or more wireless devices (120, 122, 524, 526) is at or below a threshold; identifying a priority order of charging of each of the one or more wireless devices (120, 122, 524, 526), wherein the priority order of the one or more wireless devices (120, 122, 524, 526) is determined based on the amount of battery charge of the wireless devices; and repeating, according to the priority order, for each particular wireless device of the one or more wireless devices (120, 122, 524, 526) other than a lowest-priority wireless device: determining an amount of remaining power available for wireless transfer; and assigning to the particular wireless device a portion (140, 204, 206, 552, 554) of the remaining power, wherein the lowest-priority wireless device is assigned a remaining portion of available power. determining that an amount of battery charge of each of the one or more wireless devices (120, 122, 524, 526) is at or below a threshold; identifying a priority order of charging of each of the one or more wireless devices (120, 122, 524, 526), wherein the priority order of the one or more wireless devices (120, 122, 524, 526) is determined based on the amount of battery charge of the wireless devices; and repeating, according to the priority order, for each particular wireless device of the one or more wireless devices (120, 122, 524, 526) other than a lowest-priority wireless device: determining an amount of remaining power available for wireless transfer; and assigning to the particular wireless device a portion (140, 204, 206, 552, 554) of the remaining power, wherein the lowest-priority wireless device is assigned a remaining portion of available power. determining an amount of remaining power available for wireless transfer; and assigning to the particular wireless device a portion (140, 204, 206, 552, 554) of the remaining power, wherein the lowest-priority wireless device is assigned a remaining portion of available power.
A piezoelectric/electrostrictive ceramic with a matrix of perovskite oxide and an amount of a heterogeneous phase of an aluminum compound of 0.1% or less by volume, wherein the matrix of said perovskite oxide consists of a composition represented by a general formula, Pb A {(Ni 1/3 Nb 2/3) w (Al 1/2 Nb 1/2) x Ti y Zr z}O 3, wherein: 0.08 ≤ w ≤ 0.43 0.01 ≤ x ≤ 0.08 0.10 ≤ y ≤ 0.80 0.01 ≤ z ≤ 0.80 w + x + y + z = 1 and Pb is an A-site component and Ni, Al, Nb, Zr and Ti are B-site components, the molar ratio A of the A-site component to the B-site components is in the range 0.9 ≤ A ≤ 1.1.
A network performance parameter sending method, comprising: obtaining, by a first network node, a segment identifier of a second network node in a segment list of a first packet, wherein the second network node is a next-hop segment node of the first network node on a forwarding path of the first packet; adding, by the first network node, a network performance parameter of the first network node to the segment list; and sending, by the first network node, the first packet to which the network performance parameter of the first network node is added to the second network node. obtaining, by a first network node, a segment identifier of a second network node in a segment list of a first packet, wherein the second network node is a next-hop segment node of the first network node on a forwarding path of the first packet; adding, by the first network node, a network performance parameter of the first network node to the segment list; and sending, by the first network node, the first packet to which the network performance parameter of the first network node is added to the second network node.
A vibrating mascara applicator comprising: a handle; a stem attached to the handle; a rod attached at its proximal end to the stem and extending beyond the handle; and an eyelash applicator head attached to the distal end of the rod; the applicator characterized in that the applicator further comprises a means to vibrate the applicator head, such that the rod flexes in a direction perpendicular to its length when the applicator head is vibrating. a handle; a stem attached to the handle; a rod attached at its proximal end to the stem and extending beyond the handle; and an eyelash applicator head attached to the distal end of the rod; the applicator characterized in that the applicator further comprises a means to vibrate the applicator head, such that the rod flexes in a direction perpendicular to its length when the applicator head is vibrating.
A handpiece for use in treatment of tooth by means of a jet of an abrasive powder mixed with air, the handpiece being an elongated member extending along a handpiece axis, the handpiece comprising: a tubular connector extending along the handpiece axis, wherein the connector is configured to be connected to a supply system at a first axial side of the connector, wherein the connector has at least two ports at a second axial side of the connector, a first port configured to be connected to a first supply line of a nozzle arrangement and a second port configured to be connected to a second supply line of the nozzle arrangement, wherein the first port and the second port are arranged offset to each other along the handpiece axis, wherein the connector is an integral element, preferably a mono block element, and wherein the connector is made of metal, wherein the connector includes an exhaust opening at the circumference surface of the connector, wherein the exhaust opening is configured to connect the inside of the connector with the outside of the connector, characterized by the exhaust opening being located at the same position as compared to the first port with respect to the handpiece axis. a tubular connector extending along the handpiece axis, wherein the connector is configured to be connected to a supply system at a first axial side of the connector, wherein the connector has at least two ports at a second axial side of the connector, a first port configured to be connected to a first supply line of a nozzle arrangement and a second port configured to be connected to a second supply line of the nozzle arrangement, wherein the first port and the second port are arranged offset to each other along the handpiece axis, wherein the connector is an integral element, preferably a mono block element, and wherein the connector is made of metal, wherein the connector includes an exhaust opening at the circumference surface of the connector, wherein the exhaust opening is configured to connect the inside of the connector with the outside of the connector, characterized by the exhaust opening being located at the same position as compared to the first port with respect to the handpiece axis.
An optical scanning device for an image forming apparatus, comprising: a housing having light emitting ports; a transparent cover closing the light emitting ports; a freely rotatable screw shaft extending along the transparent cover; a cleaning member abutting a surface of the transparent cover; and a holding member having a nut part screwed with the screw shaft and arm parts (53b, 53c) extending from the nut part to hold the cleaning member, wherein the holding member is configured to reciprocally move along a predetermined movement path by rotation of the screw shaft, from an upper surface of the housing, a plate-like rail part, which extends along the screw shaft to guide movement of the holding member, protrudes, the holding member is provided with a guide part having a guide groove engaged with the rail part, and characterized in that the optical scanning device further comprises: scraper members provided to both side end parts in a movement direction in the guide part of the holding member and scraping off foreign matters attached to the rail part, wherein in the housing, at positions of side surfaces of the holding member, which face a moving end side and correspond to the scraper members, collection cases are provided to collect the foreign matters scraped off by the scraper members. a housing having light emitting ports; a transparent cover closing the light emitting ports; a freely rotatable screw shaft extending along the transparent cover; a cleaning member abutting a surface of the transparent cover; and a holding member having a nut part screwed with the screw shaft and arm parts (53b, 53c) extending from the nut part to hold the cleaning member, wherein the holding member is configured to reciprocally move along a predetermined movement path by rotation of the screw shaft, from an upper surface of the housing, a plate-like rail part, which extends along the screw shaft to guide movement of the holding member, protrudes, the holding member is provided with a guide part having a guide groove engaged with the rail part, and characterized in that the optical scanning device further comprises: scraper members provided to both side end parts in a movement direction in the guide part of the holding member and scraping off foreign matters attached to the rail part, wherein in the housing, at positions of side surfaces of the holding member, which face a moving end side and correspond to the scraper members, collection cases are provided to collect the foreign matters scraped off by the scraper members. scraper members provided to both side end parts in a movement direction in the guide part of the holding member and scraping off foreign matters attached to the rail part, wherein in the housing, at positions of side surfaces of the holding member, which face a moving end side and correspond to the scraper members, collection cases are provided to collect the foreign matters scraped off by the scraper members.
A process for the preparation of a compound of formula or salts thereof wherein R 1 is phenyl optionally substituted by one or more halogen and R 2 is hydrogen, alkyl or haloalkyl; which comprises the reaction of a compound of formula to a compound of formula or salts thereof, comprising the following reaction steps: a) hydrolysis of a compound of formula in a solvent, in the presence of a base; followed by b) removal of impurities by filtration; followed by c) addition of an acid, in a solvent; followed by d) filtration, washing with an alcohol/water mixture and drying of the thereby obtained crystals of a compound of formula; wherein in step a) 7 to 10 eq. of base are employed with respect to the compound of formula; and wherein step a) takes place at a temperature between 50°C and 60°C. a) hydrolysis of a compound of formula in a solvent, in the presence of a base; followed by b) removal of impurities by filtration; followed by c) addition of an acid, in a solvent; followed by d) filtration, washing with an alcohol/water mixture and drying of the thereby obtained crystals of a compound of formula;