mhurhangee/ep-ind-claims huggingface dataset:
An implant unit, comprising: a substrate; an implantable circuit arranged on the substrate; at least one pair of modulation electrodes connected to the implantable circuit; and an encapsulation structure disposed over at least a portion of the substrate and at least a portion of the implantable circuit, the encapsulation structure including: a first polymer layer having a first density; a second polymer layer disposed over the first polymer layer characterized by said second polymer layer having a density which is less than the first density. a substrate; an implantable circuit arranged on the substrate; at least one pair of modulation electrodes connected to the implantable circuit; and an encapsulation structure disposed over at least a portion of the substrate and at least a portion of the implantable circuit, the encapsulation structure including: a first polymer layer having a first density; a second polymer layer disposed over the first polymer layer characterized by said second polymer layer having a density which is less than the first density.
Process for the production of a layer-type or layered inorganic/organic composite material in which a predominantly inorganic material is provided, the material comprising organic material in a proportion of at most 20% by volume, and in which a polymeric material is provided, characterized in that the melting point of the predominantly inorganic material is below 500°C, that the predominantly inorganic material and the polymeric material are in each case melted and that the predominantly inorganic material and the polymeric material are coextruded from the melt and thus form the composite material, the predominantly inorganic material extruded comprising a glass.
Agricultural harvester, comprising: - a harvester body, - a header, which is adapted for harvesting a crop from a field on which said crop was grown, - a feeder house which is adapted to receive said harvested crop from the header, - a header adapter which is arranged between the header and the feeder house and is connected to the header and to the feeder house, which header adapter is adapted to allow the header to pivot relative to the feeder house about a horizontal pivot axis which extends substantially parallel to the longitudinal axis of the header, - a first actuator, which has a first end which is pivotably connected to the feeder house and a second end which is pivotably connected to the header adapter, - a second actuator, which has a first end and a second end, which first end is pivotably connected to the harvester body, - a coupling device which is pivotably connected to the second end of the second actuator and the header adapter, characterized in that the coupling device is further pivotably connected to the feeder house. - a harvester body, - a header, which is adapted for harvesting a crop from a field on which said crop was grown, - a feeder house which is adapted to receive said harvested crop from the header, - a header adapter which is arranged between the header and the feeder house and is connected to the header and to the feeder house, which header adapter is adapted to allow the header to pivot relative to the feeder house about a horizontal pivot axis which extends substantially parallel to the longitudinal axis of the header, - a first actuator, which has a first end which is pivotably connected to the feeder house and a second end which is pivotably connected to the header adapter, - a second actuator, which has a first end and a second end, which first end is pivotably connected to the harvester body, - a coupling device which is pivotably connected to the second end of the second actuator and the header adapter, characterized in that the coupling device is further pivotably connected to the feeder house.
An expandable slit-sheet stock material supportable on a supply support, the slit-sheet stock material, comprising: a plurality of expandable slits arranged in a plurality of transversely-extending, longitudinally-spaced rows of slits, where each slit is longitudinally expandable, where each slit has therein an un-slit reinforcement tie extending from an upstream side to a downstream side, the downstream side being longitudinally-spaced from the upstream side of the respective slit, and where the un-slit reinforcement ties temporarily restricts opening of the plurality of slits; where each longitudinally-spaced row of slits is transversely offset from the adjacent upstream longitudinally-spaced row of slits and the adjacent downstream longitudinally-spaced row of slits, and the un-slit reinforcement ties have a length that is smaller in the transverse direction than a transverse distance between adjacent slits of a row. a plurality of expandable slits arranged in a plurality of transversely-extending, longitudinally-spaced rows of slits, where each slit is longitudinally expandable, where each slit has therein an un-slit reinforcement tie extending from an upstream side to a downstream side, the downstream side being longitudinally-spaced from the upstream side of the respective slit, and where the un-slit reinforcement ties temporarily restricts opening of the plurality of slits; where each longitudinally-spaced row of slits is transversely offset from the adjacent upstream longitudinally-spaced row of slits and the adjacent downstream longitudinally-spaced row of slits, and the un-slit reinforcement ties have a length that is smaller in the transverse direction than a transverse distance between adjacent slits of a row.
A power conversion device that converts power supplied from a first power feed bus and a second power feed bus, and outputs power via output lines (95, 96), the power conversion device comprising: an inductance element provided on a first internal line connecting the first power feed bus and the output line; a switching element that converts the power supplied from the first power feed bus and the second power feed bus by switching; a housing that houses the inductance element, the switching element, and a second internal line connecting the second power feed bus and the output line therein, characterized by a first impedance element provided between the inductance element and the housing, and electrically coupled between the inductance element and the housing; and a second impedance element provided between the second power feed bus and the housing, and electrically coupled between the second power feed bus and the housing, wherein the second internal line is not provided with an inductance element. an inductance element provided on a first internal line connecting the first power feed bus and the output line; a switching element that converts the power supplied from the first power feed bus and the second power feed bus by switching; a housing that houses the inductance element, the switching element, and a second internal line connecting the second power feed bus and the output line therein, characterized by a first impedance element provided between the inductance element and the housing, and electrically coupled between the inductance element and the housing; and a second impedance element provided between the second power feed bus and the housing, and electrically coupled between the second power feed bus and the housing, wherein the second internal line is not provided with an inductance element.
A method for producing a filter strand of the tobacco processing industry, in which a filter material strip of the tobacco processing industry is spread out, sprayed with a liquid additive by at least one applicator nozzle while in the spread-out state and then formed into a filter strand, wherein additives are pumped from an additive reservoir via a supply line to the at least one applicator nozzle and sprayed additive that is not absorbed by the filter material strip is fed via a return line back to the additive reservoir, characterized in that a supply volume flow ( v̇ supply) of the additive in the supply line and a return volume flow ( v̇ return) of the additive in the return line are measured, and a differential volume flow ( v̇ Diff) of the additive is determined as the difference between the supply volume flow ( v̇ supply) and the return volume flow ( v̇ return), which is used as a control variable of a volume flow control of the additive application and which is regulated to a predetermined or predeterminable target volume flOW ( v̇ target).
A hypoallergenic pet food composition comprising a hydrolysate in a semi-solid formulation, wherein the hydrolysate comprises a plurality of polypeptides and free amino acids wherein from about 60% to about 95% of the polypeptides and free amino acids have an average molecular weight of less than about 6,000 Daltons; and the hydrolysate comprises an animal protein hydrolysate.
An axial field rotary energy device, comprising: a rotor comprising an axis of rotation and a magnet; a stator (400,600) coaxial with the rotor, the stator comprising printed circuit board panels, each PCB panel is assigned to one electrical phase of the device, each PCB panel comprises at least one pair of PCB layers, and each PCB layer comprises coils; characterized in that each coil in each PCB layer of a given PCB panel is circumferentially aligned with a corresponding coil in another PCB layer of the given PCB panel; wherein one coil in one PCB layer is coupled to a corresponding coil in another PCB layer of the given PCB panel with a respective via (430,625); and a number of turns in each coil is a multiple of a number of electrical phases configured for the device so that said vias and its extensions will not intersect traces of coils that belong to PCB layers associated with other phases, or each coil in each PCB layer of said given PCB panel is circumferentially aligned and coupled with a corresponding coil in another PCB layer of the given PCB panel; and each coil comprises traces that are not connected to each other except at terminals of a first coil and a last coil of the coupled coils of a respective one of the pair of PCB layers. a rotor comprising an axis of rotation and a magnet; a stator (400,600) coaxial with the rotor, the stator comprising printed circuit board panels, each PCB panel is assigned to one electrical phase of the device, each PCB panel comprises at least one pair of PCB layers, and each PCB layer comprises coils; characterized in that each coil in each PCB layer of a given PCB panel is circumferentially aligned with a corresponding coil in another PCB layer of the given PCB panel; wherein one coil in one PCB layer is coupled to a corresponding coil in another PCB layer of the given PCB panel with a respective via (430,625); and a number of turns in each coil is a multiple of a number of electrical phases configured for the device so that said vias and its extensions will not intersect traces of coils that belong to PCB layers associated with other phases, or each coil in each PCB layer of said given PCB panel is circumferentially aligned and coupled with a corresponding coil in another PCB layer of the given PCB panel; and each coil comprises traces that are not connected to each other except at terminals of a first coil and a last coil of the coupled coils of a respective one of the pair of PCB layers.
Method for accelerated determination of the concentration of living thermophilic bacteria in water-carrying installations, in particular in cooling water circuits, in which a bioreactor is connected to a water-carrying supply line with at least one first control unit for an aqueous measuring solution and a discharge line with at least one second control unit, comprising the steps of a) charging the bioreactor with the aqueous measuring solution; b) physical and chemical deactivation of accompanying flora, biocides and/or enzymes contained in the measuring solution at an elevated temperature T1 for a period of at least about 1 min, the physical and/or chemical deactivation being carried out in such a way that the thermophilic bacteria to be determined are not deactivated; c) reducing the temperature of the test solution to a temperature T2 to a range from about 38°C to about 45°C; d) adding at least one indicator solution; e) after carrying out steps a) to d), spectrometric determination of at least two measured values W1 and W2 of the measuring solution determined at different times, using an indicator solution comprising at least one indicator agent, by microbiological conversion of the at least one indicator agent; and f) evaluating the determined at least two measured values W1 and W2 and determining a concentration of living thermophilic bacteria in the measuring solution. a) charging the bioreactor with the aqueous measuring solution; b) physical and chemical deactivation of accompanying flora, biocides and/or enzymes contained in the measuring solution at an elevated temperature T1 for a period of at least about 1 min, the physical and/or chemical deactivation being carried out in such a way that the thermophilic bacteria to be determined are not deactivated; c) reducing the temperature of the test solution to a temperature T2 to a range from about 38°C to about 45°C; d) adding at least one indicator solution; e) after carrying out steps a) to d), spectrometric determination of at least two measured values W1 and W2 of the measuring solution determined at different times, using an indicator solution comprising at least one indicator agent, by microbiological conversion of the at least one indicator agent; and f) evaluating the determined at least two measured values W1 and W2 and determining a concentration of living thermophilic bacteria in the measuring solution.
A device for holding and aligning a component, in particular of an optical element or an electrical or chemical thrust nozzle, the device comprising: - a first housing part, arranged on a first end and configured for stationary arrangement on a space vehicle; - a second housing part arranged on a second end and configured for connection to the component; - wherein the first end and the second end rest on opposite sides of the device with respect to a longitudinal axis; - a tilting device, which mechanically connects the first and the second housing parts (1, 2) to one another and provides a defined alignment and holding of a relative position of the second housing part in relation to the first housing part, wherein the tilting device comprises as an actuator a number of wires (6, 7, 16) made of a shape-memory alloy, wherein a length of each of the number of wires (6, 7, 16) is individually adjustable by a respective determination of a resistance of the respective wire, which is processed as a control variable in a control loop, characterized in that the first and the second housing parts (1, 2) are connected to one another via a release mechanism (4, 5, 9), which, in a starting configuration, blocks relative movement of the first and the second housing parts (1, 2) and, in an operating configuration, allows relative movement of the first and the second housing parts 1, 2) wherein the release mechanism (4, 5, 9) comprises a bolt inserted through a coaxial bore in the first and second housing parts (1, 2), wherein the bolt has, at a first end facing the second housing part, a nut or a bolt head which applies a force to the second housing part, and wherein the bolt projects with a second, opposite end beyond an upper side of the first housing part facing the free end of the first housing part, and wherein an actuator of the release mechanism for activating the operating configuration is arranged at the second end of the bolt. - a first housing part, arranged on a first end and configured for stationary arrangement on a space vehicle; - a second housing part arranged on a second end and configured for connection to the component; - wherein the first end and the second end rest on opposite sides of the device with respect to a longitudinal axis; - a tilting device, which mechanically connects the first and the second housing parts (1, 2) to one another and provides a defined alignment and holding of a relative position of the second housing part in relation to the first housing part, wherein the tilting device comprises as an actuator a number of wires (6, 7, 16) made of a shape-memory alloy, wherein a length of each of the number of wires (6, 7, 16) is individually adjustable by a respective determination of a resistance of the respective wire, which is processed as a control variable in a control loop,
A cooker comprising: a cooking chamber that is positioned in a cavity, that is defined by at least one inner walls of the cooker, configured to cook foods; a carbon heater comprising packets and insulators, configured to supply radiation energy to the cooking chamber for cooking the foods inside the cooking chamber; an input unit configured to receive a signal for operating the cooker; a switching element configured to provide electric current to the carbon heater based on the signal received by the input unit; a glass positioned between the carbon heater and the cooking chamber and configured to transmit the radiation energy to the inside of the cooking chamber; and a support member coupled to the cavity and supporting the carbon heater, wherein the support member comprises: a plurality of heater support parts supporting both ends of the carbon heater; and a glass support part supporting the glass wherein each of the heater support parts has first heater support ribs supporting the packets of the carbon heater and second heater support ribs supporting the insulators of the carbon heater, wherein a plurality of packet-seating grooves is defined in the first heater support ribs and a plurality of insulator-seating grooves is defined in the second heater support ribs. a cooking chamber that is positioned in a cavity, that is defined by at least one inner walls of the cooker, configured to cook foods; a carbon heater comprising packets and insulators, configured to supply radiation energy to the cooking chamber for cooking the foods inside the cooking chamber; an input unit configured to receive a signal for operating the cooker; a switching element configured to provide electric current to the carbon heater based on the signal received by the input unit; a glass positioned between the carbon heater and the cooking chamber and configured to transmit the radiation energy to the inside of the cooking chamber; and a support member coupled to the cavity and supporting the carbon heater, wherein the support member comprises: a plurality of heater support parts supporting both ends of the carbon heater; and a glass support part supporting the glass wherein each of the heater support parts has first heater support ribs supporting the packets of the carbon heater and second heater support ribs supporting the insulators of the carbon heater, wherein a plurality of packet-seating grooves is defined in the first heater support ribs and a plurality of insulator-seating grooves is defined in the second heater support ribs. a plurality of heater support parts supporting both ends of the carbon heater; and a glass support part supporting the glass wherein each of the heater support parts has first heater support ribs supporting the packets of the carbon heater and second heater support ribs supporting the insulators of the carbon heater, wherein a plurality of packet-seating grooves is defined in the first heater support ribs and a plurality of insulator-seating grooves is defined in the second heater support ribs.
A construction machine comprising: a first pump and a second pump; an engine configured to provide an available torque to the first pump and the second pump; a first joystick and a second joystick which are configured to control actuators (92,94) operated by a working fluid discharged from the first pump and the second pump; a joystick operation amount acquiring unit configured to acquire operation amounts of the first joystick and the second joystick; and a control unit configured to adjust a torque distribution ratio with respect to the first pump and the second pump in accordance with the operation amounts of the first joystick and the second joystick, when a sum of required torque of the first pump and required torque of the second pump is higher than the available torque, and, when the operation amount of the first joystick or the second joystick is increased while the construction machine performs a complex operation in which both of the first joystick and the second joystick are operated, to adjust the torque distribution ratio in order to increase a distribution ratio with respect to the pump, between the first pump and the second pump, which supplies the working fluid to the actuator controlled by the joystick of which the operation amount is increased. a first pump and a second pump; an engine configured to provide an available torque to the first pump and the second pump; a first joystick and a second joystick which are configured to control actuators (92,94) operated by a working fluid discharged from the first pump and the second pump; a joystick operation amount acquiring unit configured to acquire operation amounts of the first joystick and the second joystick; and a control unit configured to adjust a torque distribution ratio with respect to the first pump and the second pump in accordance with the operation amounts of the first joystick and the second joystick, when a sum of required torque of the first pump and required torque of the second pump is higher than the available torque, and, when the operation amount of the first joystick or the second joystick is increased while the construction machine performs a complex operation in which both of the first joystick and the second joystick are operated, to adjust the torque distribution ratio in order to increase a distribution ratio with respect to the pump, between the first pump and the second pump, which supplies the working fluid to the actuator controlled by the joystick of which the operation amount is increased.
Toothbrush with a handle and a bristle-carrying head part, which are connected to each other by a neck part, the head part having a multiplicity of tufts of bristles consisting of bristles, respectively forming two bristle tuft halves (35, 36) and fastened in the head part by means of an anchor, wherein the anchor of at least one tuft of bristles is oriented at least approximately at right angles to a longitudinal axis of the toothbrush and at least two tufts of bristles have a bristle tuft half with bristle ends standing up higher in relation to the bristle ends of the other bristle tuft half, wherein the bristles are bristles made from polyester that are pointed at one end, which have a constant diameter over a region of their length, characterized in that only the higher bristle ends are coloured, the coloration being an indicator coloration.