mhurhangee/ep-ind-claims huggingface dataset:
A spray device (50, 65) for spraying fluids, comprising a spray boom (3; 93) including an outer tube (14; 66), an inner shaft (15; 71) rotatably mounted in the outer tube (14; 66) about a first axis of rotation (22; 69), and a nozzle carrier (30; 72) coupled to the inner shaft (15; 71) and rotatably mounted relative to the outer tube; 72), wherein a first inlet connection (23; 78) for providing a first fluid to the spray boom (3; 93) and a second inlet connection (44; 79) for providing a second fluid to the spray boom (3; 93) are formed on the outer tube, wherein the first inlet connection (23; 78) being connected in fluid communication with a first fluid channel (16; 90) in the outer tube (14; 66) and with a first nozzle channel (41; 83) in the nozzle carrier (30; 72), and the second input connection (44; 79) being connected to a second fluid channel (48; 91) in the outer tube (14; 66) and to a second nozzle channel (54; 84) in the nozzle carrier (30; 72) in fluid communication, characterized in that the inner shaft is provided with at least one first transverse bore which is aligned transversely with respect to the first axis of rotation and is connected in fluid communication with the first fluid channel.
A method for activating a tire pressure sensor, the tire pressure sensor arranged on an automobile, characterized by the method comprising: obtaining a first identification number of the tire pressure sensor, wherein the first identification number is in a one-to-one correspondence with a model of the tire pressure sensor; determining a parameter of an activation signal according to the first identification number, the activation signal being used to activate the tire pressure sensor; and sending the activation signal to the tire pressure sensor according to the parameter; wherein the step of determining a parameter of an activation signal according to the first identification number comprises: obtaining the parameter of the activation signal from a database according to the first identification number, the database comprising one-to-one correspondences between N first identification numbers and parameters of N activation signals, wherein N is a positive integer. obtaining a first identification number of the tire pressure sensor, wherein the first identification number is in a one-to-one correspondence with a model of the tire pressure sensor; determining a parameter of an activation signal according to the first identification number, the activation signal being used to activate the tire pressure sensor; and sending the activation signal to the tire pressure sensor according to the parameter; wherein the step of determining a parameter of an activation signal according to the first identification number comprises: obtaining the parameter of the activation signal from a database according to the first identification number, the database comprising one-to-one correspondences between N first identification numbers and parameters of N activation signals, wherein N is a positive integer.
A method for determining the static unbalance of a body provided with a locating surface by means of a weighing scale configured to determine the center of gravity of the body and including a mount capable of receiving the body with a vertically aligned axis of rotation, and locating means guiding the body on its seating engagement with the mount to an essentially centered position with respect to a reference point of the scale, comprising the steps: Placing the body on the mount of the weighing scale, measuring the position of the locating surface of the body with respect to the mount by means of at least two electric displacement sensors spaced from each other at a defined angular distance, calculating the eccentricity of the locating surface of the body with respect to the reference point of the scale from the measurement signals of the displacement sensors by means of an electric evaluating circuit connected to the displacement sensors, weighing the body and recording mass and position of the center of gravity of the body with respect to the reference point of the scale, computing by means of the evaluating circuit the unbalance of the body using the measurement signals obtained from the scale and the eccentricity of the locating surface of the body with respect to the reference point of the scale. Placing the body on the mount of the weighing scale, measuring the position of the locating surface of the body with respect to the mount by means of at least two electric displacement sensors spaced from each other at a defined angular distance, calculating the eccentricity of the locating surface of the body with respect to the reference point of the scale from the measurement signals of the displacement sensors by means of an electric evaluating circuit connected to the displacement sensors, weighing the body and recording mass and position of the center of gravity of the body with respect to the reference point of the scale, computing by means of the evaluating circuit the unbalance of the body using the measurement signals obtained from the scale and the eccentricity of the locating surface of the body with respect to the reference point of the scale.
A sensor adapted for use as a Doppler sensor or a radar having at least one antenna, the antenna comprising: a substrate; a radiation source formed on a first surface side of the substrate; and a wave guide configured to internally propagate electromagnetic waves radiated from the radiation source and radiate the electromagnetic waves as a beam, wherein a radiation-side opening of the wave guide has a shape in which a first direction and a second direction are orthogonal to each other, and wherein the width of the radiation-side opening in the second direction is longer than the width of the radiation-side opening in the first direction, wherein the wave guide is shaped as a waveguide horn so that a radiation-side opening of the wave guide is greater than a radiation source-side opening on the opposite side of the wave guide disposed on the first surface side of the substrate, wherein, in a cross-sectional shape of the beam, perpendicular to a radiation direction of the beam radiated from the wave guide, the width of the beam in the second direction is narrower than the width of the beam in the first direction orthogonal to the second direction, the radiation source-side opening opposite to the radiation -side opening of the wave guide is disposed on the first surface side of the dielectric substrate so as to encompass the radiation source, and a dielectric lens is disposed at the radiation side opening. a substrate; a radiation source formed on a first surface side of the substrate; and a wave guide configured to internally propagate electromagnetic waves radiated from the radiation source and radiate the electromagnetic waves as a beam, wherein a radiation-side opening of the wave guide has a shape in which a first direction and a second direction are orthogonal to each other, and wherein the width of the radiation-side opening in the second direction is longer than the width of the radiation-side opening in the first direction, wherein the wave guide is shaped as a waveguide horn so that a radiation-side opening of the wave guide is greater than a radiation source-side opening on the opposite side of the wave guide disposed on the first surface side of the substrate, wherein, in a cross-sectional shape of the beam, perpendicular to a radiation direction of the beam radiated from the wave guide, the width of the beam in the second direction is narrower than the width of the beam in the first direction orthogonal to the second direction, the radiation source-side opening opposite to the radiation -side opening of the wave guide is disposed on the first surface side of the dielectric substrate so as to encompass the radiation source, and a dielectric lens is disposed at the radiation side opening.
A modular mat for forming a floor covering, said modular mat of the type having a first layer comprising a first central portion, a second layer comprising a second central portion, at least one fitting receiver structured for restricting engagement of a locking pin, and at least one aperture, characterized in that the mat additionally comprises: a first flange portion extending outwardly from said first central portion and disposed along adjacent sides of said first layer; a second flange portion extending outwardly from said second central portion and disposed along adjacent sides of said second layer; each of said first layer and said second layer being provided with at least one fitting receiver integrally formed and extending through said first and second central portion (26, 36) respectively; each of said first flange portion and said second flange portion being provided with at least one aperture formed in and extending through said first and second flange portion (28, 38) respectively; wherein said first layer and said second layer are mirror images; said first layer affixed to said second layer such that said first flange portion is congruently mated with an area of said second central portion and said second flange portion is congruently mated with an area of said first central portion to collectively form a congruent flange extending substantially along said modular mat; wherein said first layer and said second layer are affixed such that said at least one fitting receiver of said first layer is aligned with said at least one aperture of said second layer. a first flange portion extending outwardly from said first central portion and disposed along adjacent sides of said first layer; a second flange portion extending outwardly from said second central portion and disposed along adjacent sides of said second layer; each of said first layer and said second layer being provided with at least one fitting receiver integrally formed and extending through said first and second central portion (26, 36) respectively; each of said first flange portion and said second flange portion being provided with at least one aperture formed in and extending through said first and second flange portion (28, 38) respectively; wherein said first layer and said second layer are mirror images; said first layer affixed to said second layer such that said first flange portion is congruently mated with an area of said second central portion and said second flange portion is congruently mated with an area of said first central portion to collectively form a congruent flange extending substantially along said modular mat; wherein said first layer and said second layer are affixed such that said at least one fitting receiver of said first layer is aligned with said at least one aperture of said second layer.
An electron multiplier (1; 2) comprising: a substrate having a channel formation surface; a secondary electron emitting layer having a bottom surface facing the channel formation surface, and a secondary electron emitting surface which opposes the bottom surface and is configured to emit secondary electrons in response to incidence of a charged particle, the secondary electron emitting layer being comprised of a first insulating material; and a resistance layer sandwiched between the substrate and the secondary electron emitting layer, wherein the resistance layer includes a metal layer in which a plurality of metal particles are two-dimensionally arranged on a layer formation surface in a state of being adjacent to each other with a part of the first insulating material interposed between the metal particles, the metal particles each being comprised of a metal material whose resistance value has a positive temperature coefficient, the layer formation surface being coincident with or substantially parallel to the channel formation surface, and the metal layer existing between the channel formation surface and the secondary electron emitting surface, is constituted by only one layer. a substrate having a channel formation surface; a secondary electron emitting layer having a bottom surface facing the channel formation surface, and a secondary electron emitting surface which opposes the bottom surface and is configured to emit secondary electrons in response to incidence of a charged particle, the secondary electron emitting layer being comprised of a first insulating material; and a resistance layer sandwiched between the substrate and the secondary electron emitting layer, wherein the resistance layer includes a metal layer in which a plurality of metal particles are two-dimensionally arranged on a layer formation surface in a state of being adjacent to each other with a part of the first insulating material interposed between the metal particles, the metal particles each being comprised of a metal material whose resistance value has a positive temperature coefficient, the layer formation surface being coincident with or substantially parallel to the channel formation surface, and the metal layer existing between the channel formation surface and the secondary electron emitting surface, is constituted by only one layer.
An abrasive element precursor comprising: a green body ceramic element having a first major surface and a second major surface; a plurality of inorganic particles; and a binder; wherein at least the first major surface comprises a plurality of precisely shaped features; the abrasive element precursor being further characterized in that the plurality of inorganic particles are at least about 99% carbide ceramic by weight; and the green body ceramic element further comprises a carbon source that is present in the green body ceramic element in an amount of between about 2 and 7% by weight, based on the total weight of the green body ceramic element. a green body ceramic element having a first major surface and a second major surface; a plurality of inorganic particles; and a binder; wherein at least the first major surface comprises a plurality of precisely shaped features; the abrasive element precursor being further characterized in that the plurality of inorganic particles are at least about 99% carbide ceramic by weight; and the green body ceramic element further comprises a carbon source that is present in the green body ceramic element in an amount of between about 2 and 7% by weight, based on the total weight of the green body ceramic element.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, absorbent material positioned between the liquid pervious topsheet and the liquid impervious backsheet, and a capillary acceleration sheet and/or a top core wrap between the absorbent material and the liquid pervious topsheet, wherein the absorbent material, typically comprising superabsorbent particles and optionally cellulosic fluff pulp, is arranged on a bottom core wrap (120, 800) such that one or more channels (140, 150, 160, 170, 180) are formed, wherein less absorbent material per surface area is present in the one or more channels compared to an area around the one or more channels, wherein preferably substantially no absorbent material is present in the one or more channels, wherein the bottom core wrap (120, 800) is attached to the top core wrap and/or the capillary acceleration sheet in one or more permanent attachment zones in the respective one or more channels; each permanent attachment zone including all permanent attachment portions within the respective channel; wherein, seen in a transverse direction of the absorbent core, an average width (wb) of each permanent attachment zone is less than 90% of an average width (wc) of the corresponding channel and more than 25% of the average width (wc) of the corresponding channel; and/or wherein, seen in a longitudinal direction of the absorbent core, an average length (lb) of each permanent attachment zone is less than 99% of an average length (lc) of the corresponding channel and more than 50% of the average length (lc) of the corresponding channel. wherein the absorbent material, typically comprising superabsorbent particles and optionally cellulosic fluff pulp, is arranged on a bottom core wrap (120, 800) such that one or more channels (140, 150, 160, 170, 180) are formed, wherein less absorbent material per surface area is present in the one or more channels compared to an area around the one or more channels, wherein preferably substantially no absorbent material is present in the one or more channels, wherein the bottom core wrap (120, 800) is attached to the top core wrap and/or the capillary acceleration sheet in one or more permanent attachment zones in the respective one or more channels; each permanent attachment zone including all permanent attachment portions within the respective channel; wherein, seen in a transverse direction of the absorbent core, an average width (wb) of each permanent attachment zone is less than 90% of an average width (wc) of the corresponding channel and more than 25% of the average width (wc) of the corresponding channel; and/or wherein, seen in a longitudinal direction of the absorbent core, an average length (lb) of each permanent attachment zone is less than 99% of an average length (lc) of the corresponding channel and more than 50% of the average length (lc) of the corresponding channel.
Device for transporting at least one bicycle on a vehicle, in particular on the roof of said vehicle, comprising: - a support structure adapted to be secured to the body of the vehicle, in particular to the roof of said vehicle, said structure comprising at least one channel adapted to receive the wheels of said bicycle; - anchoring means that secure the bicycle to said support structure, said anchoring means comprising a first post with at least one end hinged to a base associated with the support structure, characterized in that said anchoring means comprise a second post provided with a first terminal tract and a second terminal tract, wherein the second terminal tract is hingedly coupled to the support structure, in particular by means of a bracket associated with said support structure, and wherein said second post is associated with the first post through a coupling member having a plurality of housings adapted to receive the first terminal tract of the second post, so that the distance between the second post and the first post can be varied to adapt said distance to the dimensions of the bicycle to be transported. - a support structure adapted to be secured to the body of the vehicle, in particular to the roof of said vehicle, said structure comprising at least one channel adapted to receive the wheels of said bicycle; - anchoring means that secure the bicycle to said support structure, said anchoring means comprising a first post with at least one end hinged to a base associated with the support structure,
An antibody molecule that binds the ED-A isoform of fibronectin for use in a method of diagnosis of endometriosis, wherein the method of diagnosing endometriosis comprises the steps of: (a) administering the antibody molecule to the human or animal, and (b) determining the presence or absence of the antibody molecule in sites of endometriosis of the human or animal body; wherein localisation of the antibody molecule to sites of endometriosis indicates the presence of endometriosis. (a) administering the antibody molecule to the human or animal, and (b) determining the presence or absence of the antibody molecule in sites of endometriosis of the human or animal body; wherein localisation of the antibody molecule to sites of endometriosis indicates the presence of endometriosis.
A dishwasher comprising: a tub forming a space for washing a dish; a rack forming a dishes accommodating space inside the rack between side walls of the rack and disposed in the tub; a support lying down toward the dishes accommodating space to mount the dish, wherein the support is inserted into the rack and is provided with a rotation shaft; a bracket being provided that a side wall of the rack and hinge-coupled with the rotation shaft, the rotation shaft is disposed outside the dishes accommodating space, characterized in that the bracket includes a hinge that is opened toward a lower side of the tub so that the rotation shaft is hinge-coupled with the hinge as the rotation shaft is moved up while the rotation shaft is released from the hinge as the rotation shaft is moved down. a tub forming a space for washing a dish; a rack forming a dishes accommodating space inside the rack between side walls of the rack and disposed in the tub; a support lying down toward the dishes accommodating space to mount the dish, wherein the support is inserted into the rack and is provided with a rotation shaft; a bracket being provided that a side wall of the rack and hinge-coupled with the rotation shaft, the rotation shaft is disposed outside the dishes accommodating space, characterized in that the bracket includes a hinge that is opened toward a lower side of the tub so that the rotation shaft is hinge-coupled with the hinge as the rotation shaft is moved up while the rotation shaft is released from the hinge as the rotation shaft is moved down.
A handover method, comprising the steps of: a terminal receiving a handover command, wherein the handover command is used to indicate that the terminal should be handed over to a target cell; the terminal performing a handover process so that it is handed over to the target cell and keeping a data communication with a source cell until a success of the handover process is determined; the method characterized in that, after the terminal receives the handover command and before the success of the handover process, one or more uplink component carriers and/or one or more downlink component carriers update respective configuration of an underlying protocol according to the handover command and perform respective random access processes with the target cell, and the underlying protocol is a carrier-related MAC layer protocol and a physical layer protocol; wherein after the success of the handover process, the terminal updates configuration of an underlying protocol of other component carriers according to the handover command, wherein the other component carriers refer to component carriers configured in the handover command excluding those component carriers performing the random access process. a terminal receiving a handover command, wherein the handover command is used to indicate that the terminal should be handed over to a target cell; the terminal performing a handover process so that it is handed over to the target cell and keeping a data communication with a source cell until a success of the handover process is determined; the method characterized in that, after the terminal receives the handover command and before the success of the handover process, one or more uplink component carriers and/or one or more downlink component carriers update respective configuration of an underlying protocol according to the handover command and perform respective random access processes with the target cell, and the underlying protocol is a carrier-related MAC layer protocol and a physical layer protocol; wherein after the success of the handover process, the terminal updates configuration of an underlying protocol of other component carriers according to the handover command, wherein the other component carriers refer to component carriers configured in the handover command excluding those component carriers performing the random access process.