mhurhangee/ep-ind-claims huggingface dataset:
Process for partial colouring of plastic parts containing the steps of i) immersing a plastic part in a colouring bath, ii) optionally heating the colouring bath, iii)irradiating the plastic part from i) and optionally ii) with focused nonionizing electromagnetic radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm, very particularly preferably with laser radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm, wherein the partial colouring is effected substantially only at the sites irradiated in step iii). i) immersing a plastic part in a colouring bath, ii) optionally heating the colouring bath, iii)irradiating the plastic part from i) and optionally ii) with focused nonionizing electromagnetic radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm, very particularly preferably with laser radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm,
A switchable amplifier for use in a multi-mode device operable between a first low frequency mode of operation and a second high frequency mode of operation, the switchable amplifier comprising: a parallel input transistor pair (403, 404); a core amplifier circuit, the core amplifier circuit having an input transistor pair (401, 402) that is permanently enabled during operation in the first low frequency and second high frequency modes of operation, wherein the parallel input transistor pair and the core amplifier circuit are selectively coupled in parallel to each other; and a plurality of switches (408, 409, 410, 411) coupled to the parallel input transistor pair and to the input transistor pair and configured to selectively turn on and off to set the switchable amplifier: I. in a large transistor pair configuration when the multi-mode device is operating in the first low frequency mode of operation, which mode has low amplifier bandwidth, wherein the parallel input transistor pair is turned on, and II. in a small transistor pair configuration when operating in the second high frequency mode of operation, which mode has high amplifier bandwidth, wherein the parallel input transistor pair is turned off. a parallel input transistor pair (403, 404); a core amplifier circuit, the core amplifier circuit having an input transistor pair (401, 402) that is permanently enabled during operation in the first low frequency and second high frequency modes of operation, wherein the parallel input transistor pair and the core amplifier circuit are selectively coupled in parallel to each other; and a plurality of switches (408, 409, 410, 411) coupled to the parallel input transistor pair and to the input transistor pair and configured to selectively turn on and off to set the switchable amplifier: I. in a large transistor pair configuration when the multi-mode device is operating in the first low frequency mode of operation, which mode has low amplifier bandwidth, wherein the parallel input transistor pair is turned on, and II. in a small transistor pair configuration when operating in the second high frequency mode of operation, which mode has high amplifier bandwidth, wherein the parallel input transistor pair is turned off. I. in a large transistor pair configuration when the multi-mode device is operating in the first low frequency mode of operation, which mode has low amplifier bandwidth, wherein the parallel input transistor pair is turned on, and II. in a small transistor pair configuration when operating in the second high frequency mode of operation, which mode has high amplifier bandwidth, wherein the parallel input transistor pair is turned off.
A temperature-sensing RFID device (40, 54, 62, 74), comprising: an RFID chip including a temperature sensor; an antenna (42, 66) adapted to receive energy from an RF field and produce a signal and including a first portion (44, 58, 64) directly coupled to the RFID chip, and a second portion (46, 60, 68) separated from the RFID chip and from the first portion (44, 58) of the antenna by a thermally isolating gap and configured to be coupled to the RFID chip by a magnetic field, an electric field, or both a magnetic field and an electric field. an RFID chip including a temperature sensor; an antenna (42, 66) adapted to receive energy from an RF field and produce a signal and including a first portion (44, 58, 64) directly coupled to the RFID chip, and a second portion (46, 60, 68) separated from the RFID chip and from the first portion (44, 58) of the antenna by a thermally isolating gap and configured to be coupled to the RFID chip by a magnetic field, an electric field, or both a magnetic field and an electric field. a first portion (44, 58, 64) directly coupled to the RFID chip, and a second portion (46, 60, 68) separated from the RFID chip and from the first portion (44, 58) of the antenna by a thermally isolating gap and configured to be coupled to the RFID chip by a magnetic field, an electric field, or both a magnetic field and an electric field.
A solid electrolyte comprising a compound in which cations including one of thiophenium or thiazolium, and anions including fluorohydrogenate are bonded.
A robot system comprising a robot and a controller including a control section configured to control the robot, wherein the controller includes a first coupling section coupled to an object detecting device which is a sensor configured to detect a distance between the robot and an object such as a person approaching the robot and to supply an output signal indicating the approach of the object when the distance between the robot and the object is a predetermined distance threshold or less, wherein the controller is configured to control the robot in one of a first mode in which displacement speed of the robot does not exceed first speed and a second mode in which the displacement speed is a second speed higher than the first speed, when the object detecting device is coupled to the first coupling section, switch the first mode and the second mode based on the distance output from the object detecting device, and control the robot in the first mode when the object detecting device is not coupled to the first coupling section. the controller includes a first coupling section coupled to an object detecting device which is a sensor configured to detect a distance between the robot and an object such as a person approaching the robot and to supply an output signal indicating the approach of the object when the distance between the robot and the object is a predetermined distance threshold or less, wherein the controller is configured to control the robot in one of a first mode in which displacement speed of the robot does not exceed first speed and a second mode in which the displacement speed is a second speed higher than the first speed, when the object detecting device is coupled to the first coupling section, switch the first mode and the second mode based on the distance output from the object detecting device, and control the robot in the first mode when the object detecting device is not coupled to the first coupling section.
A non-target species barrier adapted to prevent ingress of non-target species to a pest station, characterised by the non-target species barrier being detachably securable to the pest station and comprising at least one resiliently displaceable member configured to: move from an initial position to an open position, in which an aperture is formed in the barrier that allows ingress of a target rodent species to the pest station, upon receipt of a force greater than a threshold force from the target rodent species, and return toward the initial position upon release of the force; wherein the threshold force is such that non-target species are prevented from moving the displaceable member to the open position, the non-target species being a species with insufficient strength to exert the threshold force and breach the barrier, wherein the non-target species barrier comprises a sheet slidably installable into a retaining portion of the pest station. move from an initial position to an open position, in which an aperture is formed in the barrier that allows ingress of a target rodent species to the pest station, upon receipt of a force greater than a threshold force from the target rodent species, and return toward the initial position upon release of the force; wherein the threshold force is such that non-target species are prevented from moving the displaceable member to the open position, the non-target species being a species with insufficient strength to exert the threshold force and breach the barrier, wherein the non-target species barrier comprises a sheet slidably installable into a retaining portion of the pest station.
A detection device for a railway vehicle circulating on a track, intended to detect an event chosen between an obstacle on the track and/or a derailment of the railway vehicle, and intended to be arranged on a leading bogie of a leading car of the railway vehicle, the detection device comprising: - a transverse beam intended to be connected to the leading bogie by means of connection means, and - force detection means, arranged and configured to measure a force in at least one direction, characterized in that, - the connection means has no degree of freedom, so that the transverse beam is intended to be fixedly connected to the leading bogie, - the force detection means comprise at least one load cell (28, 30) fixedly connected to the transverse beam. - a transverse beam intended to be connected to the leading bogie by means of connection means, and - force detection means, arranged and configured to measure a force in at least one direction, characterized in that, - the connection means has no degree of freedom, so that the transverse beam is intended to be fixedly connected to the leading bogie, - the force detection means comprise at least one load cell (28, 30) fixedly connected to the transverse beam.
A building block linkage element, wherein the building block linkage element comprises at least a first stud having a longitudinal axis and a second stud having a longitudinal axis (X'), wherein the first stud and the second stud comprises at least one slot (21, 22), wherein at least one link extends between the first stud and the second stud and is rotatably attached to the first stud by means of at least one pivot (19, 20) and to the second stud by means of at least one pivot (19, 20), characterised in that the link has at least one lock, which is pivotable about a pin, and a stop for the lock.
An operation method in an electronic device having a dual camera, the operation method comprising: storing at least one photographed front and rear images, respectively; and characterized in: generating and storing a dual image, in which the photographed front image is located on a set space of the photographed rear image or in which the photographed rear image is located on a set space of the photographed front image; wherein storing the dual image comprises storing a center coordinate of the dual image and a size of the front and rear images on a coordinate plane, editing at least one of a style, position of a frame of the front image or background of a rear or front image of the stored dual image using at least the one stored front and rear images wherein editing of style and background require identical coordinate and size and comprises, verifying the editing of the stored dual image by repeatedly performing a reediting process based on the stored center coordinate and size. generating and storing a dual image, in which the photographed front image is located on a set space of the photographed rear image or in which the photographed rear image is located on a set space of the photographed front image; wherein storing the dual image comprises storing a center coordinate of the dual image and a size of the front and rear images on a coordinate plane, editing at least one of a style, position of a frame of the front image or background of a rear or front image of the stored dual image using at least the one stored front and rear images wherein editing of style and background require identical coordinate and size and comprises, verifying the editing of the stored dual image by repeatedly performing a reediting process based on the stored center coordinate and size.
An osteoconductive graft comprising of, particularly essentially consisting of, a biocompatible material, wherein said material is interspersed with a network of non-overlapping spheroidal pores connected by channels, and wherein a) said pores are characterized by a pore diameter of 0.6 mm to 1.4 mm, particularly 0,7 mm to 1,3 mm, more particularly 1,0 mm to 1,2 mm; b) said channels are characterized by a channel diameter of 0.5 mm to 1.3 mm, particularly 0,7 mm to 1,2 mm, wherein said channel diameter does not exceed said pore diameter [particularly wherein the channel diameter is smaller than the pore diameter by a factor of 0,95 or smaller], particularly wherein the channel diameter is at least 0,1mm [more particularly at least 0,2 mm or 0,3 mm] smaller than the pore diameter, and c) said pores are aligned in one, two or three spatial axes at regularly spaced intervals, wherein said intervals are defined by said pore diameter plus 0.3 mm to 1.3 mm. a) said pores are characterized by a pore diameter of 0.6 mm to 1.4 mm, particularly 0,7 mm to 1,3 mm, more particularly 1,0 mm to 1,2 mm; b) said channels are characterized by a channel diameter of 0.5 mm to 1.3 mm, particularly 0,7 mm to 1,2 mm, wherein said channel diameter does not exceed said pore diameter [particularly wherein the channel diameter is smaller than the pore diameter by a factor of 0,95 or smaller], particularly wherein the channel diameter is at least 0,1mm [more particularly at least 0,2 mm or 0,3 mm] smaller than the pore diameter, and c) said pores are aligned in one, two or three spatial axes at regularly spaced intervals, wherein said intervals are defined by said pore diameter plus 0.3 mm to 1.3 mm.
Method for determining an abrasion value of a tyre of a vehicle comprising one of the following steps: - providing a vehicle, the vehicle having at least one tyre; - providing an evaluation device, the evaluation device being intended for determining an abrasion value of the at least one tyre in dependence on a physical measured variable; - determining the abrasion value of the at least one tyre in dependence on the physical measured variable by means of the evaluation device; - determining a driving speed of the vehicle; - comparing the driving speed with a threshold speed; - detecting a movement of the at least one tyre, the movement being assigned a further abrasion value of the at least one tyre; - determining a more accurate abrasion value by means of the evaluation device in dependence on the abrasion value and the further abrasion value for the case where the driving speed reaches or falls below the threshold speed, the movement of the at least one tyre being detected on the basis of a change in the steering angle of a steering device or a steering rod and a specific change in steering angle being assigned a specific further abrasion value and used for determining the more accurate abrasion value, characterized in that the specific change in steering angle is assigned a specific abrasion value if an absolute steering angle exceeds a minimum angle in a minimum time or if an absolute steering angle changes in a minimum time and a rotational speed of the at least one tyre in its direction of rotation reaches or falls below a rotational-speed threshold value. - providing a vehicle, the vehicle having at least one tyre; - providing an evaluation device, the evaluation device being intended for determining an abrasion value of the at least one tyre in dependence on a physical measured variable; - determining the abrasion value of the at least one tyre in dependence on the physical measured variable by means of the evaluation device; - determining a driving speed of the vehicle; - comparing the driving speed with a threshold speed; - detecting a movement of the at least one tyre, the movement being assigned a further abrasion value of the at least one tyre; - determining a more accurate abrasion value by means of the evaluation device in dependence on the abrasion value and the further abrasion value for the case where the driving speed reaches or falls below the threshold speed,
A matrix patch for topical administration of piroxicam consisting essentially of a removable covering layer, a compatible backing layer, and a piroxicam-containing self-adhesive matrix layer in between wherein the self-adhesive matrix layer consists essentially of an acrylic copolymer self-adhesive base, a pharmaceutically effective amount of piroxicam, petrolatum, polyvinylpyrrolidone, and either dimethyl isosorbide or a monoalkyl ether of diethylene glycol.
A bearing system comprising: a first component axially moveable along a first axis; a second component rotatable about a second axis, wherein said first component is restricted against rotational movement and said second component is restricted against axial movement; wherein said first component comprises a first helical rail, and said second component comprises a second helical rail that opposes said first helical rail; one or more roller bearings located between said first helical rail and said second helical rail, wherein upon axial movement of said first component, said first helical rail is urged towards said second helical rail such that a force is applied through said roller bearings to said second component so as to rotate said second component about said second axis; characterised in that: the first component comprises a first helical track comprising two helical grooves and the second component comprises a second helical track comprising two helical rails that cooperate with the helical grooves, such that the two helical rails are slidably received within the helical grooves wherein the second helical rail is one of said two helical rails. a first component axially moveable along a first axis; a second component rotatable about a second axis, wherein said first component is restricted against rotational movement and said second component is restricted against axial movement; wherein said first component comprises a first helical rail, and said second component comprises a second helical rail that opposes said first helical rail; one or more roller bearings located between said first helical rail and said second helical rail, wherein upon axial movement of said first component, said first helical rail is urged towards said second helical rail such that a force is applied through said roller bearings to said second component so as to rotate said second component about said second axis; characterised in that: the first component comprises a first helical track comprising two helical grooves and the second component comprises a second helical track comprising two helical rails that cooperate with the helical grooves, such that the two helical rails are slidably received within the helical grooves wherein the second helical rail is one of said two helical rails.
An apparatus for a data repository Network Function of a 5G core network, comprising means for: receiving a request from an NF service consumer for a service operation regarding storage of a record, and containing meta and/or one or more blocks of the record; applying encryption to one or more meta tags of the meta and/or to the blocks of the record based on one or more encryption indicators embedded in a meta schema defined for the meta; and storing the record with the one or more meta tags and/or the blocks in encrypted format according to the meta schema. receiving a request from an NF service consumer for a service operation regarding storage of a record, and containing meta and/or one or more blocks of the record; applying encryption to one or more meta tags of the meta and/or to the blocks of the record based on one or more encryption indicators embedded in a meta schema defined for the meta; and storing the record with the one or more meta tags and/or the blocks in encrypted format according to the meta schema.
An optical interconnection including a single first optical component (702, 1601), a single second optical component (704, 1620) and a molded optical interface (701, 1501) comprising an optical clear material, the molded optical interface (701, 1501) interfacing only with the first optical component (702, 1601) and the second optical component (704, 1620), said molded optical interface (701, 1501) having at least the following features: a first lens (772, 1502) interfacing with said first optical component (702, 1601); a second lens (771, 1503) interfacing with said second optical component (704, 1620); a reflective surface (770, 1504) optically coupling said first (772, 1502) and second (771, 1503) lenses; the first optical component (702, 1601) having a first optical axis and being optically coupled to said first lens (772, 1502), and the second optical component (704, 1620) having a second optical axis and being optically coupled to said second lens (771, 1503), wherein said first (772, 1502) and second (771, 1503) lenses have third and fourth optical axes respectively, characterised in that said first and third optical axes are offset and said second and fourth axes are offset, such that said first lens (772, 1502) is eccentric and said second lens (771, 1503) is eccentric. a first lens (772, 1502) interfacing with said first optical component (702, 1601); a second lens (771, 1503) interfacing with said second optical component (704, 1620); a reflective surface (770, 1504) optically coupling said first (772, 1502) and second (771, 1503) lenses; the first optical component (702, 1601) having a first optical axis and being optically coupled to said first lens (772, 1502), and the second optical component (704, 1620) having a second optical axis and being optically coupled to said second lens (771, 1503), wherein said first (772, 1502) and second (771, 1503) lenses have third and fourth optical axes respectively, characterised in that said first and third optical axes are offset and said second and fourth axes are offset, such that said first lens (772, 1502) is eccentric and said second lens (771, 1503) is eccentric.