mhurhangee/ep-ind-claims huggingface dataset:
An RFID reader, comprising: a collision detector configured to detect for each slot of a plurality of slots of a current frame, in which a collision of signals (114_1:114_2) transmitted by at least two RFID tags (116_1:116_2) occurred, a signal property of a signal of the signals transmitted by the at least two RFID tags (116_1:116_2); characterised in that the RFID reader comprises: a decoder configured to decode for the slot in which the collision is detected the signal of the signals (114_1:114_2) transmitted by the at least two RFID tags (116_1:116_2) using the detected signal property, wherein a collision recover probability ( α i) describing a probability that the decoder can accurately decode the one signal depends on a signal-to-noise ratio of the current frame; and a frame length adjuster configured to adjust a frame length of a subsequent frame in dependence on the collision recover probability ( α i). a collision detector configured to detect for each slot of a plurality of slots of a current frame, in which a collision of signals (114_1:114_2) transmitted by at least two RFID tags (116_1:116_2) occurred, a signal property of a signal of the signals transmitted by the at least two RFID tags (116_1:116_2); characterised in that the RFID reader comprises: a decoder configured to decode for the slot in which the collision is detected the signal of the signals (114_1:114_2) transmitted by the at least two RFID tags (116_1:116_2) using the detected signal property, wherein a collision recover probability ( α i) describing a probability that the decoder can accurately decode the one signal depends on a signal-to-noise ratio of the current frame; and a frame length adjuster configured to adjust a frame length of a subsequent frame in dependence on the collision recover probability ( α i). a decoder configured to decode for the slot in which the collision is detected the signal of the signals (114_1:114_2) transmitted by the at least two RFID tags (116_1:116_2) using the detected signal property, wherein a collision recover probability ( α i) describing a probability that the decoder can accurately decode the one signal depends on a signal-to-noise ratio of the current frame; and a frame length adjuster configured to adjust a frame length of a subsequent frame in dependence on the collision recover probability ( α i).
A magnetic circuit assembly of a bone conduction speaker, wherein the magnetic circuit assembly generates a first magnetic field, and the magnetic circuit assembly includes: a first magnetic element generating a second magnetic field a first magnetic guide element; at least one second magnetic element configured to surround the first magnetic element, a magnetic gap being configured between the at least one second magnetic element and the first magnetic element, wherein a magnetic field strength of the first magnetic field within the magnetic gap exceeds a magnetic field strength of the second magnetic field within the magnetic gap; characterized by further comprising: a second magnetic guide element; and at least one third magnetic element connected with the second magnetic guide element and the at least one second magnetic element. a first magnetic element generating a second magnetic field a first magnetic guide element; at least one second magnetic element configured to surround the first magnetic element, a magnetic gap being configured between the at least one second magnetic element and the first magnetic element, wherein a magnetic field strength of the first magnetic field within the magnetic gap exceeds a magnetic field strength of the second magnetic field within the magnetic gap; characterized by further comprising: a second magnetic guide element; and at least one third magnetic element connected with the second magnetic guide element and the at least one second magnetic element. a second magnetic guide element; and at least one third magnetic element connected with the second magnetic guide element and the at least one second magnetic element.
An image recording apparatus comprising: a laser irradiation device including a plurality of laser output sections arranged side by side in a certain direction and configured to irradiate positions different from one another in the certain direction with laser light output from the plurality of laser output sections, the image recording apparatus being configured to irradiate a recording target moving relatively to the laser irradiation device in a relative movement direction different from the certain direction, with laser light to heat the recording target, and record a visible image on the recording target; an image correction unit configured to adjust an irradiation condition of the laser light output from the plurality of laser output sections and correct distortion of an image recorded on a recording surface of the recording target based on a shape of the recording surface, wherein the image correction unit is configured to adjust the irradiation condition based on an incident angle of the laser light to the recording surface of the recording target in the relative movement direction of the recording target; and an input unit whereby information about the shape of the recording surface is input through the input unit. a laser irradiation device including a plurality of laser output sections arranged side by side in a certain direction and configured to irradiate positions different from one another in the certain direction with laser light output from the plurality of laser output sections, the image recording apparatus being configured to irradiate a recording target moving relatively to the laser irradiation device in a relative movement direction different from the certain direction, with laser light to heat the recording target, and record a visible image on the recording target; an image correction unit configured to adjust an irradiation condition of the laser light output from the plurality of laser output sections and correct distortion of an image recorded on a recording surface of the recording target based on a shape of the recording surface, wherein the image correction unit is configured to adjust the irradiation condition based on an incident angle of the laser light to the recording surface of the recording target in the relative movement direction of the recording target; and an input unit whereby information about the shape of the recording surface is input through the input unit.
A multilayer electrolyte cell comprising: a ceramic solid electrolyte comprising an ionic liquid in a porous structure base; an anode located on one side of the ceramic solid electrolyte; a cathode located on the other side of the ceramic solid electrolyte; and a polymer coating layer located between the ceramic solid electrolyte and the cathode; characterized in that the ionic liquid includes at least one of 1-butyl-1-methyl pyrrolidinium and 1-methyl-1-propyl piperidinium. a ceramic solid electrolyte comprising an ionic liquid in a porous structure base; an anode located on one side of the ceramic solid electrolyte; a cathode located on the other side of the ceramic solid electrolyte; and a polymer coating layer located between the ceramic solid electrolyte and the cathode; characterized in that the ionic liquid includes at least one of 1-butyl-1-methyl pyrrolidinium and 1-methyl-1-propyl piperidinium.
A warewash machine for cleaning wares, comprising: - a chamber for receiving wares, the chamber having at least one spray zone; - a rinse system associated with the spray zone and including one or more spray nozzles (28, 106) and a feed system connected to the spray nozzles (28, 106), wherein the feed system includes both a rinse liquid line and a compressed air line, wherein the feed system is operable to feed a combination of the rinse liquid and the compressed air to the spray nozzles (28, 106) during at least part of a rinsing operation carried during a ware cleaning cycle, characterized in that the chamber includes a wash tank below the spray zone, and a mechanism for moving wares from the spray zone down into the wash tank for a washing operation and back up to the spray zone for a rinsing operation, wherein the wash tank holds wash liquid in which the wares are submerged during the washing operation, and the compressed air line is selectively connectable to deliver compressed air into the wash liquid during at least part of the washing operation. - a chamber for receiving wares, the chamber having at least one spray zone; - a rinse system associated with the spray zone and including one or more spray nozzles (28, 106) and a feed system connected to the spray nozzles (28, 106), wherein the feed system includes both a rinse liquid line and a compressed air line,
A power conversion apparatus, comprising: a first power conversion portion having a first end connected to a first battery and a second end selectively connected to at least one of a power-supply portion and a second battery; a second power conversion portion having a first end connected to the first battery and a second end connected to the second battery, configured to provide power supplied from the first battery to the second battery; and a switching portion configured to connect any one of the power-supply portion and the second battery to the first power conversion portion, wherein any one of the first power conversion portion and the second power conversion portion is configured to provide power of the first battery to the second battery when an electrically-connected external load requests a smaller amount of power than a predetermined value or when the second battery is to be charged with lower power amount of power than a predetermined value; and wherein the first power conversion portion and the second power conversion portion simultaneously operate to provide power of the first battery to the second battery when an electrically-connected external load requests a larger amount of power than a predetermined value or when the second battery is to be charged with higher amount of power than a predetermined value. a first power conversion portion having a first end connected to a first battery and a second end selectively connected to at least one of a power-supply portion and a second battery; a second power conversion portion having a first end connected to the first battery and a second end connected to the second battery, configured to provide power supplied from the first battery to the second battery; and a switching portion configured to connect any one of the power-supply portion and the second battery to the first power conversion portion, wherein any one of the first power conversion portion and the second power conversion portion is configured to provide power of the first battery to the second battery when an electrically-connected external load requests a smaller amount of power than a predetermined value or when the second battery is to be charged with lower power amount of power than a predetermined value; and wherein the first power conversion portion and the second power conversion portion simultaneously operate to provide power of the first battery to the second battery when an electrically-connected external load requests a larger amount of power than a predetermined value or when the second battery is to be charged with higher amount of power than a predetermined value.
A sensor adapted to be mounted to an agricultural implement, said sensor comprising: a body; an elongate member connected to said body and extending away from said body so that in use the elongate member is dragged through a trench by said body; and an instrument (4007, 4008) connected to said elongate member for measuring an amount of drag on said elongate member, characterized in that the sensor is a trench closing sensor, the trench is a seed trench opened in a planting operation, and the instrument (4007, 4008) is inside said body, wherein said elongate member is a wire, wherein said body comprises a first body portion and a second body portion, said first body portion and said second body portion connected to and detachable from each other, said first body portion having a receiver disposed in or on said first body portion, said second body portion having said wire disposed through said second body portion and connected to a member disposed perpendicular to the ground and connected to a pivot at an end opposite to the ground, a transmitter disposed on said member, and a biasing element disposed within said second body portion to return said member to vertical. a body; an elongate member connected to said body and extending away from said body so that in use the elongate member is dragged through a trench by said body; and an instrument (4007, 4008) connected to said elongate member for measuring an amount of drag on said elongate member, characterized in that the sensor is a trench closing sensor, the trench is a seed trench opened in a planting operation, and the instrument (4007, 4008) is inside said body, wherein said elongate member is a wire, wherein said body comprises a first body portion and a second body portion, said first body portion and said second body portion connected to and detachable from each other, said first body portion having a receiver disposed in or on said first body portion, said second body portion having said wire disposed through said second body portion and connected to a member disposed perpendicular to the ground and connected to a pivot at an end opposite to the ground, a transmitter disposed on said member, and a biasing element disposed within said second body portion to return said member to vertical.
A pneumatic tire, comprising a tread, the tread comprising a rubber composition for treads comprising: a rubber component comprising an isoprene-based rubber and polybutadiene rubber; silica; carbon black; a terpene-based resin; and at least one of a water-soluble fine particle or a foaming agent, the terpene-based resin having a softening point of 70 to 150°C, an α-pinene unit content of 65 to 100% by mass, and a β-pinene unit content of 0 to 35% by mass, the rubber component comprising, based on 100% by mass thereof, 20 to 80% by mass of the isoprene-based rubber and 20 to 80% by mass of the polybutadiene rubber, with a combined amount of the isoprene-based rubber and the polybutadiene rubber of 90% by mass or more, the rubber composition comprising, per 100 parts by mass of the rubber component, 20 to 200 parts by mass of the silica, 0.1 to 50 parts by mass of the carbon black, 0.1 to 50 parts by mass of the terpene-based resin, and at least one of 5 to 100 parts by mass of the water-soluble fine particles or 1 to 20 parts by mass of the foaming agent. a rubber component comprising an isoprene-based rubber and polybutadiene rubber; silica; carbon black; a terpene-based resin; and at least one of a water-soluble fine particle or a foaming agent, the terpene-based resin having a softening point of 70 to 150°C, an α-pinene unit content of 65 to 100% by mass, and a β-pinene unit content of 0 to 35% by mass, the rubber component comprising, based on 100% by mass thereof, 20 to 80% by mass of the isoprene-based rubber and 20 to 80% by mass of the polybutadiene rubber, with a combined amount of the isoprene-based rubber and the polybutadiene rubber of 90% by mass or more, the rubber composition comprising, per 100 parts by mass of the rubber component, 20 to 200 parts by mass of the silica, 0.1 to 50 parts by mass of the carbon black, 0.1 to 50 parts by mass of the terpene-based resin, and at least one of 5 to 100 parts by mass of the water-soluble fine particles or 1 to 20 parts by mass of the foaming agent.
A biologically functional surface-immobilized multilayer structure comprising a plurality of vesicles, wherein the vesicles are directly attached to the structure by surface immobilization via surface attached linkers and attached to another vesicle by vesicle attached linkers, and wherein at least a selected population of said vesicles comprise the biologically active compounds which provide the structure with its biological functionality characterized in that surface immobilization of vesicles involves: surface attached linkers immobilized on surface, a first population of vesicles forming the first layer and adapted for direct surface attachment and immobilized via hybridization of one vesicle attached linker to a surface-immobilized linker and wherein said vesicles comprise at least one more vesicle-attached linker capable of hybridizing to another vesicle attached linker, wherein the linkers (4,5) comprise oligonucleotides that are complementary to each other, and the binding of one linker to another linker is mediated through specific hybridization of said complementary oligonucleotides, and at least a second layer of vesicles formed on top of the first layer via specific complementary hybridization of the oligonucleotides comprised in the linkers of the vesicles forming said second layer to the oligonucleotides comprised in the at least one more vesicle attached linker of the vesicles forming the first layer. surface attached linkers immobilized on surface, a first population of vesicles forming the first layer and adapted for direct surface attachment and immobilized via hybridization of one vesicle attached linker to a surface-immobilized linker and wherein said vesicles comprise at least one more vesicle-attached linker capable of hybridizing to another vesicle attached linker, wherein the linkers (4,5) comprise oligonucleotides that are complementary to each other, and the binding of one linker to another linker is mediated through specific hybridization of said complementary oligonucleotides, and at least a second layer of vesicles formed on top of the first layer via specific complementary hybridization of the oligonucleotides comprised in the linkers of the vesicles forming said second layer to the oligonucleotides comprised in the at least one more vesicle attached linker of the vesicles forming the first layer.
A process for removing moisture from sludge, the process comprising the steps of: conveying the sludge, using a screw conveyor comprising flights, on an incline through a housing; and heating the sludge as it is conveyed on the incline to evaporate moisture in the sludge; characterised in that the incline angle is adjusted such that the sludge is conveyed in the form of discrete accumulations, and such that a portion of a lower surface of the housing, between each accumulation of sludge and a subsequent flight remains exposed and is not covered by the sludge. conveying the sludge, using a screw conveyor comprising flights, on an incline through a housing; and heating the sludge as it is conveyed on the incline to evaporate moisture in the sludge; characterised in that the incline angle is adjusted such that the sludge is conveyed in the form of discrete accumulations, and such that a portion of a lower surface of the housing, between each accumulation of sludge and a subsequent flight remains exposed and is not covered by the sludge.
Valve device, consisting of at least one valve piston which is arranged in a valve housing in such a way as to be longitudinally movable along a travel axis by an electric motor, and which at least partially connects or disconnects fluid connection points (P, A, B) arranged in the valve housing to or from each other, wherein the drive axis of the electric motor intersects the travel axis of the valve piston, characterised in that the valve piston has at its one free end a toothed rack which meshes with a drive pinion of a gear connected to the electric motor; that at least the toothed rack of the valve piston and the drive pinion of the gear connected to the electric motor can be operated under oil in a chamber which is connected to the valve housing and sealed with respect to this housing; and that a seal is formed with respect to the motor housing of the electric motor by a rotary seal which is radial to the drive axis.
A tuned mass damper comprising: - an auxiliary mass and - a wire rope isolator as a non-linear suspension which is configured to connect the auxiliary mass to a vibrating structure, wherein the mass of the auxiliary mass and the stiffness of the non-linear suspension are configured to yield an appropriate natural frequency for the resulting structure, characterized in that said mass of the auxiliary mass and the stiffness of the non-linear suspension are selected such that: - said natural frequency is at least 6 Hz and that - the amplitude of the relative displacement of the auxiliary mass in respect to the vibrating structure is at most 1 mm. - an auxiliary mass and - a wire rope isolator as a non-linear suspension which is configured to connect the auxiliary mass to a vibrating structure, wherein the mass of the auxiliary mass and the stiffness of the non-linear suspension are configured to yield an appropriate natural frequency for the resulting structure, characterized in that said mass of the auxiliary mass and the stiffness of the non-linear suspension are selected such that: - said natural frequency is at least 6 Hz and that - the amplitude of the relative displacement of the auxiliary mass in respect to the vibrating structure is at most 1 mm. - said natural frequency is at least 6 Hz and that - the amplitude of the relative displacement of the auxiliary mass in respect to the vibrating structure is at most 1 mm.
An air intake device comprising: a valve body which includes a rotating shaft; a bearing member which rotatably supports the rotating shaft of the valve body; and an air intake port (2a to 2d) which includes a concave portion (71, 81) on which the bearing member is disposed, wherein the bearing member includes a positioning portion (53,63) for positioning the bearing member with respect to the concave portion of the air intake port, facing surfaces (54, 54a, 54b, 64, 64a, 64b) which extend from the positioning portion along the concave portion of the air intake port and face the concave portion (71, 81) of the air intake port (2a to 2d), with a gap between the facing surfaces (54, 54a, 54b, 64, 64a, 64b) and the concave portion (71, 81), and protruding portions (56, 66) which protrude toward the concave portion (71, 81) of the air intake port from the facing surfaces (54, 54a, 54b, 64, 64a, 64b) and which are in contact with the concave portion (71, 81) to seal the gap. a valve body which includes a rotating shaft; a bearing member which rotatably supports the rotating shaft of the valve body; and an air intake port (2a to 2d) which includes a concave portion (71, 81) on which the bearing member is disposed, wherein the bearing member includes a positioning portion (53,63) for positioning the bearing member with respect to the concave portion of the air intake port, facing surfaces (54, 54a, 54b, 64, 64a, 64b) which extend from the positioning portion along the concave portion of the air intake port and face the concave portion (71, 81) of the air intake port (2a to 2d), with a gap between the facing surfaces (54, 54a, 54b, 64, 64a, 64b) and the concave portion (71, 81), and protruding portions (56, 66) which protrude toward the concave portion (71, 81) of the air intake port from the facing surfaces (54, 54a, 54b, 64, 64a, 64b) and which are in contact with the concave portion (71, 81) to seal the gap. a positioning portion (53,63) for positioning the bearing member with respect to the concave portion of the air intake port, facing surfaces (54, 54a, 54b, 64, 64a, 64b) which extend from the positioning portion along the concave portion of the air intake port and face the concave portion (71, 81) of the air intake port (2a to 2d), with a gap between the facing surfaces (54, 54a, 54b, 64, 64a, 64b) and the concave portion (71, 81), and protruding portions (56, 66) which protrude toward the concave portion (71, 81) of the air intake port from the facing surfaces (54, 54a, 54b, 64, 64a, 64b) and which are in contact with the concave portion (71, 81) to seal the gap.