mhurhangee/ep-ind-claims huggingface dataset:
A method for providing an interactive experience to a user using an interaction system, comprising: capturing a depth image of a physical object placed on, or in proximity to, a surface using a depth camera for receiving radiation, emitted by the illumination source which illuminates the physical object, the depth image comprising information regarding the distance of different parts of the physical object to the depth camera; capturing a video image of the physical object using a video camera, wherein the depth camera and the video camera are separate cameras, and wherein the video image is captured in conjunction with the depth image; generating a 3D virtual object which is a counterpart of the physical object based on the depth image and the video image; and projecting, using a 3D projector, the 3D virtual object on, or in proximity to, the surface; further comprising removing prior to projecting one or more extraneous 3D virtual objects that have been assessed to correspond to objects extraneous to the physical object, from the 3D virtual object. capturing a depth image of a physical object placed on, or in proximity to, a surface using a depth camera for receiving radiation, emitted by the illumination source which illuminates the physical object, the depth image comprising information regarding the distance of different parts of the physical object to the depth camera; capturing a video image of the physical object using a video camera, wherein the depth camera and the video camera are separate cameras, and wherein the video image is captured in conjunction with the depth image; generating a 3D virtual object which is a counterpart of the physical object based on the depth image and the video image; and projecting, using a 3D projector, the 3D virtual object on, or in proximity to, the surface; further comprising removing prior to projecting one or more extraneous 3D virtual objects that have been assessed to correspond to objects extraneous to the physical object, from the 3D virtual object.
A network slice selection method, comprising: obtaining, by a radio access network, RAN, network slice information, wherein the network slice information comprises a first attribute information of at least two different network slices, and the at least two different network slices include a first network slice; sending, by the RAN, a first message to a terminal, wherein the first message comprises the network slice information; receiving, by the RAN, a first access request message that is sent by the terminal, after the terminal selects, based on the network slice information, second attribute information of the first network slice to be accessed by the terminal; and determining, by the RAN based on the second attribute information of the first network slice, a second network slice to be accessed by the terminal. obtaining, by a radio access network, RAN, network slice information, wherein the network slice information comprises a first attribute information of at least two different network slices, and the at least two different network slices include a first network slice; sending, by the RAN, a first message to a terminal, wherein the first message comprises the network slice information; receiving, by the RAN, a first access request message that is sent by the terminal, after the terminal selects, based on the network slice information, second attribute information of the first network slice to be accessed by the terminal; and determining, by the RAN based on the second attribute information of the first network slice, a second network slice to be accessed by the terminal.
An image pickup lens having a four lens configuration in which a bi-concave first lens, a bi-convex second lens, a bi-concave third lens, and a positive fourth lens are disposed in this order from an object side, wherein: at least one of the first, second, third, and fourth lenses has an aspherical surface on each side; and the image pickup lens satisfies Conditional Expression given below when a refractive index of the second lens with respect to d-line is taken as Nd2. 1.6 < Nd 2 at least one of the first, second, third, and fourth lenses has an aspherical surface on each side; and the image pickup lens satisfies Conditional Expression given below when a refractive index of the second lens with respect to d-line is taken as Nd2. 1.6 < Nd 2
A method for the production of hole cover caps made of plastic material structured to be installed in respective openings/holes obtained on pieces of furniture and/or walls to aesthetically hide said holes /openings; each hole cover cap comprises a substantially mushroom-shaped monolithic supporting body made of plastic material provided with a head and with a stem that extends in a cantilever fashion from the head, and a thin coating layer that is permanently coupled to the outer surface of said head so as to coat it/cover it; said method being characterised in that it comprises the following steps: providing an injection mould provided with a closed chamber shaped so as to trace a negative shape of an object made of plastic material comprising a plate-like body and a plurality of stems associated with said hole cover caps that extend side by side in a cantilever fashion from said plate-like body; providing a coating sheet having a major outer surface that is aesthetically associated with the exposed outer surface of the piece of furniture /wall in which the hole cover cap is installed; injecting plastic material in the liquid state into said closed chamber of said mould so as to produce said object; coupling said coating sheet on the outer surface of said plate-like body; cutting said sheet and said plate-like body along cut lines associated with the outer edges of said heads so as to obtain said hole cover caps. providing an injection mould provided with a closed chamber shaped so as to trace a negative shape of an object made of plastic material comprising a plate-like body and a plurality of stems associated with said hole cover caps that extend side by side in a cantilever fashion from said plate-like body; providing a coating sheet having a major outer surface that is aesthetically associated with the exposed outer surface of the piece of furniture /wall in which the hole cover cap is installed; injecting plastic material in the liquid state into said closed chamber of said mould so as to produce said object; coupling said coating sheet on the outer surface of said plate-like body; cutting said sheet and said plate-like body along cut lines associated with the outer edges of said heads so as to obtain said hole cover caps.
An apparatus for supporting a payload, the apparatus comprising: a payload mount configured to mechanically couple to the payload; a first support member, wherein the payload mount is rotatably coupled to the first support member, the first support member comprising a first actuation unit configured to rotate the payload mount relative to the first support member; a second support member, wherein the first support member is rotatably coupled to the second support member, the second support member comprising a second actuation unit configured to rotate the first support member relative to the second support member; a branched flexible member electrically coupling the first and second support members (4,6), wherein a first end of the flexible member is connected to the payload mount, a second end of the flexible member is connected to the first actuation unit and a third end of the flexible member is connected to the second actuation unit, wherein a first length of the flexible member winds around a portion of the first support member or payload mount so as to wind or unwind according to the rotation of the payload mount relative to the first support member, and wherein a second length of the flexible member winds around a portion of the first support member or second support member, such that the second length of the flexible member winds up around the portion when the first support member is rotated in a first direction and unwinds from the portion when the first support member is rotated in a second direction. a payload mount configured to mechanically couple to the payload; a first support member, wherein the payload mount is rotatably coupled to the first support member, the first support member comprising a first actuation unit configured to rotate the payload mount relative to the first support member; a second support member, wherein the first support member is rotatably coupled to the second support member, the second support member comprising a second actuation unit configured to rotate the first support member relative to the second support member; a branched flexible member electrically coupling the first and second support members (4,6), wherein a first end of the flexible member is connected to the payload mount, a second end of the flexible member is connected to the first actuation unit and a third end of the flexible member is connected to the second actuation unit, wherein a first length of the flexible member winds around a portion of the first support member or payload mount so as to wind or unwind according to the rotation of the payload mount relative to the first support member, and wherein a second length of the flexible member winds around a portion of the first support member or second support member, such that the second length of the flexible member winds up around the portion when the first support member is rotated in a first direction and unwinds from the portion when the first support member is rotated in a second direction.
A rotary Universal Serial Bus interface device, comprising: an USB module, rotating relative to a Printed Circuit Board by means of a rotary shaft, wherein the USB module contains a first ground wire, and wherein the first ground wire is connected to the rotary shaft and the rotary shaft is connected to a conductive layer, so as to form a first grounding path of the USB module, characterized in that an insulation layer is provided between a grounding layer on the PCB and the conductive layer, separating the first grounding path from a second grounding path formed by the grounding layer of the PCB. an USB module, rotating relative to a Printed Circuit Board by means of a rotary shaft, wherein the USB module contains a first ground wire, and wherein the first ground wire is connected to the rotary shaft and the rotary shaft is connected to a conductive layer, so as to form a first grounding path of the USB module, characterized in that an insulation layer is provided between a grounding layer on the PCB and the conductive layer, separating the first grounding path from a second grounding path formed by the grounding layer of the PCB.
Process for preparing a flame-resistant polymer-modified polyol having a solids content of 1 to 65 wt.% wherein (i) at least one polyisocyanate and (ii) an olamine are reacted in (iii) a base polyol having at least two active hydrogen containing groups of which more than 50% are primary active hydrogen containing groups and wherein the olamine has at least one phosphonic ester group attached to a tertiary nitrogen atom and contains at least two hydroxyl groups.
A method of processing a data stream of a communication network in a distributed processing architecture comprising a plurality of processing units, the method comprising the steps of: extracting data from the data stream, wherein the data is extracted for a particular time window of a sliding time window; converting the extracted data into a format suitable for graphical representation; generating a graphical representation of the converted extracted data; characterized in that determining an estimated value of at least one structural property of the graphical representation of the data; comparing the estimated value of the at least one structural property with a threshold value; and reporting a change condition based on the outcome of the comparison step. extracting data from the data stream, wherein the data is extracted for a particular time window of a sliding time window; converting the extracted data into a format suitable for graphical representation; generating a graphical representation of the converted extracted data; determining an estimated value of at least one structural property of the graphical representation of the data; comparing the estimated value of the at least one structural property with a threshold value; and reporting a change condition based on the outcome of the comparison step.
Apparatus (40, 100, 200, 300) for providing reinforcing strand loops (14, 80) for a multi-needle system for mechanically reinforcing a component consisting of a foamed plastic, comprising the following features: a profile body (42, 102, 202, 302), at least two clamps (K 1,...,8) positioned circumferentially and/or at the end sides on the profile body (42, 102, 202, 302) and intended for fixing a reinforcing strand to the profile body (42, 102, 202, 302), at least one slide which is displaceable parallel to a longitudinal centre axis (50, 116, 208, 320) of the profile body (42, 102, 202, 302) and intended for producing a reinforcing strand loop (14, 80), wherein the longitudinal centre axis is perpendicular to the cross section of the profile body, at least two separating devices (T 1,...,4) positioned circumferentially and/or at the end sides in the profile body (42, 102, 202, 302) and intended for severing the reinforcing strand loop (14, 80) from the reinforcing strand, and a feed device for feeding the reinforcing strand; wherein the profile body has an approximately rectilinear prismatic shape with at least three lateral surfaces (44, 46, 48), each of the at least three lateral surfaces (44, 46, 48) has a depression (54, 56, 58) extending centrally thereto and parallel to the longitudinal centre axis and intended for at least partially receiving the slide, in each case two clamps (K 1,...,6) are positioned on both sides of each depression (54, 56, 58) on the profile body, and at least one separating device (T 1,...,3) is integrated in the region of each of the at least three longitudinal edges (60, 62, 64) of the profile body. a profile body (42, 102, 202, 302), at least two clamps (K 1,...,8) positioned circumferentially and/or at the end sides on the profile body (42, 102, 202, 302) and intended for fixing a reinforcing strand to the profile body (42, 102, 202, 302), at least one slide which is displaceable parallel to a longitudinal centre axis (50, 116, 208, 320) of the profile body (42, 102, 202, 302) and intended for producing a reinforcing strand loop (14, 80), wherein the longitudinal centre axis is perpendicular to the cross section of the profile body, at least two separating devices (T 1,...,4) positioned circumferentially and/or at the end sides in the profile body (42, 102, 202, 302) and intended for severing the reinforcing strand loop (14, 80) from the reinforcing strand, and a feed device for feeding the reinforcing strand; wherein the profile body has an approximately rectilinear prismatic shape with at least three lateral surfaces (44, 46, 48), each of the at least three lateral surfaces (44, 46, 48) has a depression (54, 56, 58) extending centrally thereto and parallel to the longitudinal centre axis and intended for at least partially receiving the slide, in each case two clamps (K 1,...,6) are positioned on both sides of each depression (54, 56, 58) on the profile body, and at least one separating device (T 1,...,3) is integrated in the region of each of the at least three longitudinal edges (60, 62, 64) of the profile body.
A method for pressure calculation, being applied to a touch screen, comprising: sampling, within a preset sampling period, a phase-encoded driving signal that is continuously provided to the touch screen by a stylus touching the touch screen, to obtain a sampled driving signal, wherein a phase difference is provided between adjacent frames of the driving signal within each driving period according to a preset step phase when phase encoding is performed; and calculating pressure data within the sampling period according to a phase difference between adjacent frames of the sampled driving signal within the sampling period. sampling, within a preset sampling period, a phase-encoded driving signal that is continuously provided to the touch screen by a stylus touching the touch screen, to obtain a sampled driving signal, wherein a phase difference is provided between adjacent frames of the driving signal within each driving period according to a preset step phase when phase encoding is performed; and calculating pressure data within the sampling period according to a phase difference between adjacent frames of the sampled driving signal within the sampling period.
Method for operating a robot arm, wherein a first visualization means (21; 21') indicates an impending adjustment of at least one axis (A1-A6), in particular at least one axis closest to the robot arm base, of the robot arm. a work surface under the robotic arm (10- 16), wherein the first visualization means (21; 21'), on a robotic arm base or a robotic arm limb (11, 13, 16), in particular one with the robotic arm base in one jointly connected to the robot arm base next robot arm element, characterized in that the first visualization means (21; 21') has a surface (30; 30'; 30"), in particular in the shape of a circle, a circle segment or an ellipse, under a habitable space of the robot arm in a first position of the at least one axis (A1 - A6) that is imminent in a predetermined first time, and a surface (31; 31'; 31"), in particular of the same type, under a dwelling space of the robot arm simultaneously illuminated in at least one next stop position of the at least one axis (A1 - A6) in a different color, brightness and/or size, which is forthcoming in a predetermined further time.
A backrest assembly for a wheelchair, the backrest assembly comprising: a support plate pivotally connected to a seat, wherein said support plate is configured to be pivotally adjusted between upright and reclined positions with respect to the seat; and a slide plate slidably secured on a front surface of said support plate; wherein said slide plate is configured to slide over said support plate when said support plate is pivotally adjusted between the upright and reclined positions; a link operatively connected to a drive bar on a rear surface of said support plate, and wherein said drive bar operatively connects to a pivot arm on the front surface of said support plate, wherein said pivot arm operatively connects to said slide plate, wherein movement of said pivot arm causes said slide plate to slide over said support plate. a support plate pivotally connected to a seat, wherein said support plate is configured to be pivotally adjusted between upright and reclined positions with respect to the seat; and a slide plate slidably secured on a front surface of said support plate; wherein said slide plate is configured to slide over said support plate when said support plate is pivotally adjusted between the upright and reclined positions; a link operatively connected to a drive bar on a rear surface of said support plate, and wherein said drive bar operatively connects to a pivot arm on the front surface of said support plate,
Circuit for driving a luminous module comprising at least two semiconductor luminous elements (D1, D2), wherein the circuit is configured in such a way that - the at least two semiconductor luminous elements (D1, D2) are connected in series in a first operating mode, and - a second operating mode is detected in the event of a predefined threshold value of an operating voltage being undershot, and - the at least two semiconductor luminous elements (D1, D2) are driven alternately in the second operating mode, characterized in that the circuit comprises a buck converter with the aid of which - a supply voltage for the series connection of the at least two semiconductor luminous elements (D1, D2) is set in the first operating mode, and - the supply voltage for a portion of the at least two semiconductor luminous elements (D1, D2) is set in the second operating mode, wherein, in the second operating mode, the at least two semiconductor luminous elements are driven alternately with a frequency in the range of between 65 Hz and 100 kHz, such that no flicker is perceptible to the human eye. - the at least two semiconductor luminous elements (D1, D2) are connected in series in a first operating mode, and - a second operating mode is detected in the event of a predefined threshold value of an operating voltage being undershot, and - the at least two semiconductor luminous elements (D1, D2) are driven alternately in the second operating mode, - a supply voltage for the series connection of the at least two semiconductor luminous elements (D1, D2) is set in the first operating mode, and - the supply voltage for a portion of the at least two semiconductor luminous elements (D1, D2) is set in the second operating mode,
A device for indicating pH at a locus in the range pH 5 to pH 10, preferably as indication of presence of microbes, comprising a surface configured to contact the locus, wherein the device comprises polyurethane material distributed in relation to said surface, which material comprises a polyurethane network having immobilised therein one or more hydrophilic copolymers, the or each said copolymer comprising: hydrophilic monomer; and one or a plurality of ionisable groups or moieties having one or more characteristic pKa values in the range 2 to 12; wherein hydrophilic state of hydrophilic copolymer is affected by ionisation of said ionisable groups or moieties; wherein the or each said copolymer further comprises indicator monomer which provides indication of hydrophilic state of said hydrophilic copolymer; and wherein the device is in the form of a wound dressing or part thereof and further comprises an opposing non-locus contacting surface that provides a pH indicating zone comprising the polyurethane material. hydrophilic monomer; and one or a plurality of ionisable groups or moieties having one or more characteristic pKa values in the range 2 to 12; wherein hydrophilic state of hydrophilic copolymer is affected by ionisation of said ionisable groups or moieties; wherein the or each said copolymer further comprises indicator monomer which provides indication of hydrophilic state of said hydrophilic copolymer; and wherein the device is in the form of a wound dressing or part thereof and further comprises an opposing non-locus contacting surface that provides a pH indicating zone comprising the polyurethane material.
Conveyor track for conveying a load unit along a conveyor line, comprising a plurality of mecanum wheels (1a, 1b) arranged matrix-like directly next to one another and directly behind one another, which mecanum wheels each comprise a plurality of roller bodies, the rotary axes of which are aligned at an acute angle (α) to the axis of rotation of the mecanum wheel (1a, 1b) and the roller surfaces of which form at least a portion of the conveyor line of the conveyor track, wherein the rotary axes of the roller bodies of two mecanum wheels (1a, 1b) arranged directly next to one another are aligned alternately in different directions relative to the rotary axes of the mecanum wheels (1a, 1b), characterised in that the rotary axes of the roller bodies of two mecanum wheels (1a, 1b) arranged directly behind one another are aligned alternately in different directions relative to the rotary axes of the mecanum wheels (1a, 1b).
An antibody binding to human CD38, wherein said antibody comprises human light chain and human heavy chain variable regions, wherein the light chain variable region comprises a V L CDR1 having the sequence as set forth in SEQ ID No:13, a V L CDR2 having the sequence as set forth in SEQ ID No:14 and a V L CDR3 having the sequence as set forth in SEQ ID No:15, and the heavy chain variable region comprises a V H CDR1 having the sequence as set forth in SEQ ID No:18, a V H CDR2 having the sequence as set forth in SEQ ID No:19 and a V H CDR3 having the sequence as set forth in SEQ ID No:20.