mhurhangee/ep-ind-claims huggingface dataset:
A device for automatically feeding groups of animals, which comprises one or more combinations of one or more feed containers and one or more feed conveyor belts cooperating with the feed container(s), wherein each feed container has one or more reversibly partially or completely openable and closable outlets for the feed, wherein the outlet or outlets of the feed container in the open state direct a feed jet - in the region of the respective feed transfer point - onto a conveyor belt movable past the outlet - for placing feed thereon in a layered manner, wherein the free end of the conveyor belt loaded with feed is subsequently movable - past a first animal feeding point - in a unrolling manner at least up to a last animal feeding point of the same group of animals which has the greatest distance to the feed container, wherein the conveyor belt remains in this unrolled position - in front of the first animal feeding point and in front of the last animal feeding point - until the adjustable feeding time has elapsed, and wherein after the presettable feeding time has elapsed, the free end of the conveyor belt can be moved back again in the direction of the feed container - past the first animal feeding point - characterized in that the device for automatically feeding groups of animals comprises in each case one or more units for automatically controlling the device, wherein the one or more units for automatic control are connected or can be connected to the unit for opening and closing the outlet of the feed container and/or to the rotary drive of the conveyor belt cable winch and/or to the rotary drive of the conveyor belt roller and/or to a unit for lateral pivoting or raising and lowering of a residual feed stripper in a wireless or wired manner and are each configured in such a manner that they coordinate during the day and at night in each case one, two, three, four or more feeding cycles of the device, each of which can be executed by the device in dependence on feeding times, feeding durations and each of the quantities of feed associated therewith, which can be input via an input device connected wirelessly or by wire to the unit for automatic control.
A systolic circuit comprising: a processing element (112a-112d) coupled in a systolic array of processing elements (112a-112d) and configured to communicate data with at least one neighboring processing element (112a-112d) in the systolic array, the processing element (112a-112d) comprising: a shared multiplier configured to support both integer multiplication and non-integer multiplication of an input data element and a weight, wherein a shared sub-circuit, of the shared multiplier, that is used to support integer multiplication is also used to support the non-integer multiplication, wherein a data type control signal identifies the integer multiplication or the non-integer multiplication, and wherein a non-shared sub-circuit, of the shared multiplier, is disabled based at least partly on the data type control signal; one or more adders configured to receive one or more products from the shared multiplier, the one or more adders configured to support both integer addition and non-integer addition, wherein the one or more adders are configured to add an input partial sum to at least one product of the one or more products to result in an integer partial sum and a non-integer partial sum; and a selector circuit configured to select, based on the data type control signal, a first output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to provide to an output port as an output partial sum and a second output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to disregard. a shared multiplier configured to support both integer multiplication and non-integer multiplication of an input data element and a weight, wherein a shared sub-circuit, of the shared multiplier, that is used to support integer multiplication is also used to support the non-integer multiplication, wherein a data type control signal identifies the integer multiplication or the non-integer multiplication, and wherein a non-shared sub-circuit, of the shared multiplier, is disabled based at least partly on the data type control signal; one or more adders configured to receive one or more products from the shared multiplier, the one or more adders configured to support both integer addition and non-integer addition, wherein the one or more adders are configured to add an input partial sum to at least one product of the one or more products to result in an integer partial sum and a non-integer partial sum; and a selector circuit configured to select, based on the data type control signal, a first output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to provide to an output port as an output partial sum and a second output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to disregard.
A method for improving Short Message Service, SMS, availability by mobile equipment, ME, having a receiver, comprising: determining the ME has a Fixed Dialing Number, FDN, list; characterised by automatically updating a Short Message Service Center, SMSC, address in the ME's FDN list. determining the ME has a Fixed Dialing Number, FDN, list; characterised by automatically updating a Short Message Service Center, SMSC, address in the ME's FDN list.
Solid adducts comprising: - MgCl 2, - an alcohol ROH in which R is a C1-C10 hydrocarbon group, present in a molar ratio with MgCl 2 ranging from 0.5 to 5; - an aliphatic carboxylic acid having from 8 to 22 carbon atoms or its metal salt present in an amount of less than 15% wt, based on the total weight of the adduct. - MgCl 2, - an alcohol ROH in which R is a C1-C10 hydrocarbon group, present in a molar ratio with MgCl 2 ranging from 0.5 to 5; - an aliphatic carboxylic acid having from 8 to 22 carbon atoms or its metal salt present in an amount of less than 15% wt, based on the total weight of the adduct.
A switchable lens antenna (100, 300, 1300) for transmission of a radio-frequency, RF, wave, the antenna comprising: a parallel-plate waveguide structure; excitation ports (102, 302) forming a linear phased array operable to radiate the RF wave into the parallel-plate waveguide structure; and a frequency selective structure having frequency selective elements, each frequency selective element comprising: a stub configured to introduce a phase variance to the RF wave when the stub is electrically connected to the parallel-plate waveguide structure; and a switchable element operatively connected to the stub and the parallel-plate waveguide structure, the switchable element configured to selectively electrically disconnect the stub from the parallel-plate waveguide structure when the antenna is in a first operational mode and to electrically connect the stub to the parallel-plate waveguide structure when the antenna is in a second operational mode. a parallel-plate waveguide structure; excitation ports (102, 302) forming a linear phased array operable to radiate the RF wave into the parallel-plate waveguide structure; and a frequency selective structure having frequency selective elements, each frequency selective element comprising: a stub configured to introduce a phase variance to the RF wave when the stub is electrically connected to the parallel-plate waveguide structure; and a switchable element operatively connected to the stub and the parallel-plate waveguide structure, the switchable element configured to selectively electrically disconnect the stub from the parallel-plate waveguide structure when the antenna is in a first operational mode and to electrically connect the stub to the parallel-plate waveguide structure when the antenna is in a second operational mode. a stub configured to introduce a phase variance to the RF wave when the stub is electrically connected to the parallel-plate waveguide structure; and a switchable element operatively connected to the stub and the parallel-plate waveguide structure, the switchable element configured to selectively electrically disconnect the stub from the parallel-plate waveguide structure when the antenna is in a first operational mode and to electrically connect the stub to the parallel-plate waveguide structure when the antenna is in a second operational mode.
Piezoelectric actuator module, in particular for fuel injection valves of fuel injection systems for internal combustion engines, having an actuator body and having at least one transition piece which has a main body composed of a metallic material and an injection-moulded encapsulation composed of plastic, which injection-moulded encapsulation forms an enclosure for the actuator body, wherein the transition piece has an abutment surface, wherein the actuator body bears, by way of a face side provided on one end of the actuator body, against the abutment surface of the transition piece, wherein the enclosure at least partially surrounds the abutment surface, and wherein, by means of the enclosure, the actuator body, at its end, is positioned on the abutment surface on all sides, characterized in that the enclosure has an edge web which extends at least in sections around the abutment surface, and in that the edge web of the enclosure of the transition piece has at least one recess (43, 44), wherein an electrical contact (41, 42) is led out of the enclosure at the recess (43, 44), and the electrical contact (41, 42) is connected to an outer electrode of the actuator body.
Heated fluid line having a tube, a connector, which has a housing, which is arranged at one end of the tube, and having a heating element, which is arranged in the interior of the tube and enters into the housing through an inlet channel comprising a longitudinal axis and exits the housing through an opening arranged in a spigot, wherein a seal is arranged in the spigot which surrounds the heating element and is held by a plug in the spigot, characterised in that the plug has at least two parts (22, 23), which are connected to one another by a joint section comprising a joint axis, and a through channel, through which the heating element is guided, wherein projections (34a-34f) pointing radially inwards are arranged in the through channel.
A circuit, comprising: a first inverter; a first buffer, wherein the first inverter and the first buffer have a first common input; a second inverter; a second buffer, wherein the second inverter and the second buffer have a second common input, wherein the output of the first inverter is coupled to the output of the second buffer, wherein the output of the second inverter is coupled to the output of the first buffer; and a bias network having: a respective adjustable positive bias circuit (445A, 445C) arranged for biasing each inverter with a respective high level variable power supply; and a respective adjustable negative bias circuit (450A, 450C) arranged for biasing each inverter with a respective low level variable power supply and a respective adjustable positive bias circuit (445B, 445D) arranged for biasing each buffer with a respective high level variable power supply and a respective adjustable negative bias circuit (450B, 450D) arranged for biasing each inverter with a respective low level power supply. a first inverter; a first buffer, wherein the first inverter and the first buffer have a first common input; a second inverter; a second buffer, wherein the second inverter and the second buffer have a second common input, wherein the output of the first inverter is coupled to the output of the second buffer, wherein the output of the second inverter is coupled to the output of the first buffer; and a bias network having: a respective adjustable positive bias circuit (445A, 445C) arranged for biasing each inverter with a respective high level variable power supply; and a respective adjustable negative bias circuit (450A, 450C) arranged for biasing each inverter with a respective low level variable power supply and a respective adjustable positive bias circuit (445B, 445D) arranged for biasing each buffer with a respective high level variable power supply and a respective adjustable negative bias circuit (450B, 450D) arranged for biasing each inverter with a respective low level power supply. a respective adjustable positive bias circuit (445A, 445C) arranged for biasing each inverter with a respective high level variable power supply; and a respective adjustable negative bias circuit (450A, 450C) arranged for biasing each inverter with a respective low level variable power supply and a respective adjustable positive bias circuit (445B, 445D) arranged for biasing each buffer with a respective high level variable power supply and a respective adjustable negative bias circuit (450B, 450D) arranged for biasing each inverter with a respective low level power supply.
A bone cut positioning system, comprising: a positioning assembly, including: a femoral attachment member configured to be fixed to a distal end of a femur; a light emitter mounting member configured to receive a light emitter; a varus-valgus adjustment member configured to adjust a position of the positioning assembly relative to the femur to achieve a desired varus-valgus angle; and a guide member, characterised in that the bone cut positioning system further includes a depth selector slide and a channel configured to receive the depth selector slide, wherein the guide member is removably coupled to the depth selector slide and is configured to extend from the depth selector slide. a positioning assembly, including: a femoral attachment member configured to be fixed to a distal end of a femur; a light emitter mounting member configured to receive a light emitter; a varus-valgus adjustment member configured to adjust a position of the positioning assembly relative to the femur to achieve a desired varus-valgus angle; and a guide member, characterised in that the bone cut positioning system further includes a depth selector slide and a channel configured to receive the depth selector slide, wherein the guide member is removably coupled to the depth selector slide and is configured to extend from the depth selector slide. a femoral attachment member configured to be fixed to a distal end of a femur; a light emitter mounting member configured to receive a light emitter; a varus-valgus adjustment member configured to adjust a position of the positioning assembly relative to the femur to achieve a desired varus-valgus angle; and a guide member, characterised in that the bone cut positioning system further includes a depth selector slide and a channel configured to receive the depth selector slide, wherein the guide member is removably coupled to the depth selector slide and is configured to extend from the depth selector slide.
A meta-material comprising: a unit cell comprising a first electromagnetically resonant structure and a second electromagnetically resonant structure, each configured to have inherent material inductance (62, 67, 110, 114, 120) and resistance (64, 68, 112, 115, 123), and each comprising a capacitance element 70, 111, 113, 122), characterized in that the second electromagnetically resonant structure comprises only one capacitance element (70, 113, 122), said capacitance element (70, 113, 122) comprising a non-linear dielectric material, and said capacitance element coupling the second electromagnetically resonant structure to the first electromagnetically resonant structure. a unit cell comprising a first electromagnetically resonant structure and a second electromagnetically resonant structure, each configured to have inherent material inductance (62, 67, 110, 114, 120) and resistance (64, 68, 112, 115, 123), and each comprising a capacitance element 70, 111, 113, 122), characterized in that the second electromagnetically resonant structure comprises only one capacitance element (70, 113, 122), said capacitance element (70, 113, 122) comprising a non-linear dielectric material, and said capacitance element coupling the second electromagnetically resonant structure to the first electromagnetically resonant structure.
An absorbent article for personal hygiene comprising: a topsheet; a backsheet, wherein the topsheet is liquid permeable and the backsheet is substantially liquid impermeable; an absorbent core positioned between said topsheet and backsheet, a first indicator for indicating the presence of exudates and being positioned on a body-facing side of said backsheet, said first indicator comprising an electrically conductive material, characterized in that said article comprises a second indicator for indicating the presence of exudates and being positioned on a garment-facing side of said backsheet such that the first and second indicators (3, 4) are separated from each other at least in a thickness direction, said second indicator comprising an electrically conductive material, and in that said first indicator comprises a first application pattern and said second indicator comprises a second application pattern, wherein said first and second application patterns are different. a topsheet; a backsheet, wherein the topsheet is liquid permeable and the backsheet is substantially liquid impermeable; an absorbent core positioned between said topsheet and backsheet, a first indicator for indicating the presence of exudates and being positioned on a body-facing side of said backsheet, said first indicator comprising an electrically conductive material, characterized in that said article comprises a second indicator for indicating the presence of exudates and being positioned on a garment-facing side of said backsheet such that the first and second indicators (3, 4) are separated from each other at least in a thickness direction, said second indicator comprising an electrically conductive material, and in that said first indicator comprises a first application pattern and said second indicator comprises a second application pattern, wherein said first and second application patterns are different.
An electronic device, comprising: a body, having an opening at a bottom surface of the electronic device; and a shape memory element, twistably disposed in the opening, the shape memory element extending along an axial direction and having a first end fixed to the body and a second end opposite to the first end, wherein the shape memory element is in a first shape and the second end is positioned inside the opening when a temperature of the shape memory element is below a predetermined temperature range, and the shape memory element is twisted along the axial direction to deform into a second shape with the second end protruding out of the opening when the temperature of the shape memory element is above the predetermined temperature range, wherein the axial direction is parallel to the bottom surface of the electronic device. a body, having an opening at a bottom surface of the electronic device; and a shape memory element, twistably disposed in the opening, the shape memory element extending along an axial direction and having a first end fixed to the body and a second end opposite to the first end, wherein the shape memory element is in a first shape and the second end is positioned inside the opening when a temperature of the shape memory element is below a predetermined temperature range, and the shape memory element is twisted along the axial direction to deform into a second shape with the second end protruding out of the opening when the temperature of the shape memory element is above the predetermined temperature range, the shape memory element is in a first shape and the second end is positioned inside the opening when a temperature of the shape memory element is below a predetermined temperature range, and the shape memory element is twisted along the axial direction to deform into a second shape with the second end protruding out of the opening when the temperature of the shape memory element is above the predetermined temperature range, wherein the axial direction is parallel to the bottom surface of the electronic device.
A recombinant UvsX recombinase comprising an amino acid sequence that is at least 95% identical to SEQ ID NO: 1, which recombinant UvsX comprises at least one amino acid substitution mutation at the positions functionally equivalent to Pro321 and Asp334 in the RB49 UvsX amino acid sequence SEQ ID NO: 1, and wherein said UvsX recombinase polypeptide demonstrates recombinase activity.
A Rag-/-, γc-/-, Flk2-/-mouse deficient for recombination activating gene 2 and/or recombination activating gene 1, interleukin-2 receptor gamma chain (γ c), and fetal liver kinase 2 comprising a disruption in Rag1 and/or Rag2 gene(s), in γc gene and in Flk2 gene, (i) engrafted with human hematopoietic progenitor cells, and (ii) administered with exogenous human fetal liver kinase 2 ligand (Flk2L). (i) engrafted with human hematopoietic progenitor cells, and (ii) administered with exogenous human fetal liver kinase 2 ligand (Flk2L).
A processing method for carrying out a piercing processing on a metallic material W by laser beams with wavelengths in 1 μ m band, a piercing processing method comprising: oscillating the laser beams with the wavelengths in 1 μ m band; converting the oscillated laser beams into a beam mode of a desired multi-mode; and carrying out the piercing processing on the metallic material, using the laser beams with the beam mode converted, characterized in that the oscillated laser beams are converted into the beam mode of the desired multi-mode such that a relationship between a condensed beam diameter d and a Rayleigh length Zr of the laser beams to be irradiated onto the metallic material is maintained to be in a range of 8 ≦Zr/d≦ 12. oscillating the laser beams with the wavelengths in 1 μ m band; converting the oscillated laser beams into a beam mode of a desired multi-mode; and carrying out the piercing processing on the metallic material, using the laser beams with the beam mode converted, characterized in that the oscillated laser beams are converted into the beam mode of the desired multi-mode such that a relationship between a condensed beam diameter d and a Rayleigh length Zr of the laser beams to be irradiated onto the metallic material is maintained to be in a range of 8 ≦Zr/d≦ 12.
A light-emitting device comprising: an anode; a cathode; and a light-emitting stacked body between the anode and the cathode; wherein the light-emitting stacked body includes a layer comprising a composite material, the composite material containing a polymer having an arylamine skeleton in a side chain and an oxide of a metal belonging to Group 5 to 7 in the periodic table, wherein the layer is in direct contact with the anode, and wherein an absorption spectrum of a thin film of the composite material is different from an absorption spectrum of a thin film of the polymer or an absorption spectrum of a thin film of the oxide. an anode; a cathode; and a light-emitting stacked body between the anode and the cathode; wherein the light-emitting stacked body includes a layer comprising a composite material, the composite material containing a polymer having an arylamine skeleton in a side chain and an oxide of a metal belonging to Group 5 to 7 in the periodic table, wherein the layer is in direct contact with the anode, and wherein an absorption spectrum of a thin film of the composite material is different from an absorption spectrum of a thin film of the polymer or an absorption spectrum of a thin film of the oxide.
An electrode for a lithium secondary battery comprising an electrode active material layer comprising a silicon-based alloy, wherein the electrode active material layer has a surface roughness of 0.5 to 12 μ m and a surface roughness deviation of 5 μ m or less, wherein the silicon-based alloy includes silicon, one or more metal selected from aluminum (Al), nickel (Ni), iron (Fe), manganese (Mn), and titanium (Ti), optionally the silicon-based alloy is represented by silicon-M-A, M and A are different from each other, and M is aluminum (Al), titanium (Ti), or iron (Fe) and A is nickel (Ni), iron (Fe), or manganese (Mn).