mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaner comprising: a main body having a suction port; a cleaning unit provided in the main body to suck a cleaning object through the suction port; a driving unit moving the main body ; a camera provided in the main body and photographing an image; and a controller detecting a vanishing point related to the image and detecting information related to a posture of the main body based on the detected vanishing point, wherein the controller detects a plurality of line segments from the image and detect a vanishing point related to the image using the plurality of detected line segments, wherein the controller classifies the plurality of detected line segments into three groups based on a preset three-dimensional coordinate system, and detects coordinate information of a vanishing point corresponding to each group using the line segments included in each group, and characterized in that the controller uses a random sample consensus, RANSAC, algorithm to classify the plurality of line segments. a main body having a suction port; a cleaning unit provided in the main body to suck a cleaning object through the suction port; a driving unit moving the main body ; a camera provided in the main body and photographing an image; and a controller detecting a vanishing point related to the image and detecting information related to a posture of the main body based on the detected vanishing point, wherein the controller detects a plurality of line segments from the image and detect a vanishing point related to the image using the plurality of detected line segments, wherein the controller classifies the plurality of detected line segments into three groups based on a preset three-dimensional coordinate system, and detects coordinate information of a vanishing point corresponding to each group using the line segments included in each group, and characterized in that the controller uses a random sample consensus, RANSAC, algorithm to classify the plurality of line segments.
A method of analyzing a pressure distribution profile (P(x,y,t)) of the spatial distribution of pressure over time of a subject lying on a pressure mat to derive a measure of pulse wave velocity of blood in the subject, wherein the method comprises: identifying beat locations in the subject where beat pressure signals are identified; obtaining pulse timing information from the beat locations; determining from the pressure distribution profile (P) a subject posture and mapping the beat locations to anatomical body locations of the subject according to that posture; determining an arterial path length for the anatomical body locations; and estimating a pulse wave velocity from the pulse timing information and arterial path length. identifying beat locations in the subject where beat pressure signals are identified; obtaining pulse timing information from the beat locations; determining from the pressure distribution profile (P) a subject posture and mapping the beat locations to anatomical body locations of the subject according to that posture; determining an arterial path length for the anatomical body locations; and estimating a pulse wave velocity from the pulse timing information and arterial path length.
Apparatus comprising; a magazine for filter cartridges, said magazine comprising: an aperture plate defining a plurality of apertures, a plurality of tubular filters hanging from the apertures, one per aperture, a generally rectangular dirty gas distribution means positioned to distribute dirty gas from a peripheral location with respect to the filters, said dirty gas distribution means comprising a first pair of parallel tubular sidewalls forming a pair of tunnels spaced apart from each other, and a second pair of parallel tubular sidewalls connecting the ends of the first pair, and four side walls attached to the dirty gas distribution means and extending in a direction away from the aperture plate and peripherally to the plurality of tubular filters to form a box having a height sufficient to contain the tubular filters and an end closure on the box opposite the aperture plate closing the bottom of the box to form a dust collection chamber for collected dust, and a bin supporting the magazine for filter cartridges, said magazine for filter cartridges being positioned on the bin and forming at least a partial ceiling for the bin and being removable as a unit from the bin for disposal of collected dust along with the unit. an aperture plate defining a plurality of apertures, a plurality of tubular filters hanging from the apertures, one per aperture, a generally rectangular dirty gas distribution means positioned to distribute dirty gas from a peripheral location with respect to the filters, said dirty gas distribution means comprising a first pair of parallel tubular sidewalls forming a pair of tunnels spaced apart from each other, and a second pair of parallel tubular sidewalls connecting the ends of the first pair, and four side walls attached to the dirty gas distribution means and extending in a direction away from the aperture plate and peripherally to the plurality of tubular filters to form a box having a height sufficient to contain the tubular filters and an end closure on the box opposite the aperture plate closing the bottom of the box to form a dust collection chamber for collected dust, and a bin supporting the magazine for filter cartridges, said magazine for filter cartridges being positioned on the bin and forming at least a partial ceiling for the bin and being removable as a unit from the bin for disposal of collected dust along with the unit.
A method for operating an infrastructure node-common service entity, IN-CSE, in a machine-to-machine, M2M, system, the method comprising: Receiving, from a first application entity, AE, a first message for requesting registration of at least one resource including a set of representations of data related to a second AE including a plurality of parts (612-1, 612-2, 612-3), the first message including information on replacement conditions for one or more parts of the second AE;generating and registering the at least one resource comprising information on the plurality of parts (612-1, 612-2, 612-3); and transmitting, to the second AE, a second message for recommending replacement of a first part of the plurality of parts (612-1, 612-2, 612-3) if a replacement condition for the first part is satisfied.
A bus bar comprising: members made from a conductive material and consecutively arranged to form a plate shape defining a wiring pathway , wherein the members adjacent to each other are laser joined members, the members include: a first connection member arranged at one end of the wiring pathway and having a first connection portion for electrical input-output; and a conductive member connected to the first connection member in a state where connection surfaces of the first connection member and the conductive member located in a same plane are in contact with each other, and in the members , only the first connection member is plated, characterized in that the members include a second connection member arranged at the other end of the wiring pathway and having a second connection portion for electrical input-output, the second connection member is connected to the conductive member in a state where connection surfaces of the conductive member and the second connection member located in a same plane are in contact with each other, and in the members , only the first connection member and the second connection member are plated. members made from a conductive material and consecutively arranged to form a plate shape defining a wiring pathway , wherein the members adjacent to each other are laser joined members, the members include: a first connection member arranged at one end of the wiring pathway and having a first connection portion for electrical input-output; and a conductive member connected to the first connection member in a state where connection surfaces of the first connection member and the conductive member located in a same plane are in contact with each other, and in the members , only the first connection member is plated, characterized in that the members include a second connection member arranged at the other end of the wiring pathway and having a second connection portion for electrical input-output, the second connection member is connected to the conductive member in a state where connection surfaces of the conductive member and the second connection member located in a same plane are in contact with each other, and in the members , only the first connection member and the second connection member are plated. a first connection member arranged at one end of the wiring pathway and having a first connection portion for electrical input-output; and a conductive member connected to the first connection member in a state where connection surfaces of the first connection member and the conductive member located in a same plane are in contact with each other, and in the members , only the first connection member is plated, characterized in that the members include a second connection member arranged at the other end of the wiring pathway and having a second connection portion for electrical input-output, the second connection member is connected to the conductive member in a state where connection surfaces of the conductive member and the second connection member located in a same plane are in contact with each other, and in the members , only the first connection member and the second connection member are plated.
A processor for automated provisioning of at least one wireless device , the processor comprising: at least one processing sub-system communicably coupled to a guest network , wherein the at least one processing sub-system is configured to: receive at least one input data signal corresponding to a service request from the at least one wireless device within the guest network to connect to a secured backend network at a different location, wherein the at least one input data signal comprises a plurality of service connection parameters associated with the at least one wireless device; authenticate the plurality of service connection parameters with pre-stored data in at least one memory; process the at least one input data signal upon authentication to establish a secured communication link with the at least one wireless device; and transfer a plurality of output signals comprising at least one service configuration corresponding to the service request to the at least one wireless device for automated provisioning of the at least one wireless device to establish a connection with the secured backend network . receive at least one input data signal corresponding to a service request from the at least one wireless device within the guest network to connect to a secured backend network at a different location, wherein the at least one input data signal comprises a plurality of service connection parameters associated with the at least one wireless device; authenticate the plurality of service connection parameters with pre-stored data in at least one memory; process the at least one input data signal upon authentication to establish a secured communication link with the at least one wireless device; and transfer a plurality of output signals comprising at least one service configuration corresponding to the service request to the at least one wireless device for automated provisioning of the at least one wireless device to establish a connection with the secured backend network .
A formulation comprising an agrochemical and a compound of formula (I) where R 1 is butyl and R 2 is propyl or butyl; characterised in that the formulation is an emulsifiable concentrate or emulsion.
An aeroponic propagator for the cultivation of plants, the aeroponic propagator comprising: a fogging system for supplying fog within the aeroponic propagator, wherein the fogging system comprises a droplet generator , the droplet generator comprising at least one outlet , and characterised in that the droplet generator is configured such that in use each at least one outlet ejects one droplet of liquid at a time.
A method of manufacturing an optoelectronic device (10; 60; 90; 95; 100; 105; 110), comprising the successive steps of: a) providing a substrate at least partially made of a semiconductor material and having first and second opposite faces ; b) forming light-emitting diodes on the substrate, each light-emitting diode comprising a semiconductor microwire or nanowire covered by a shell ; c) forming an encapsulation layer surrounding the light-emitting diodes; d) forming conductive pads on the encapsulation layer, on the side of the encapsulation layer opposite to the substrate, in contact with the light-emitting diodes; and e) forming through openings in the substrate from the side of the second face , said openings being opposite at least part of the light-emitting diodes and delimiting walls in the substrate. a) providing a substrate at least partially made of a semiconductor material and having first and second opposite faces ; b) forming light-emitting diodes on the substrate, each light-emitting diode comprising a semiconductor microwire or nanowire covered by a shell ; c) forming an encapsulation layer surrounding the light-emitting diodes; d) forming conductive pads on the encapsulation layer, on the side of the encapsulation layer opposite to the substrate, in contact with the light-emitting diodes; and e) forming through openings in the substrate from the side of the second face , said openings being opposite at least part of the light-emitting diodes and delimiting walls in the substrate.
Bistable electromagnetic actuator comprising: a housing extending along an exertion axis (X) of the actuator; two excitation coils arranged inside the housing and each comprising at least one winding (13.1) around the exertion axis for generating a magnetic control flux; a core that can be moved along the exertion axis and immobilised in two end positions depending on the magnetic flux generated by the coils; an actuating member coupled to the core to form a movable assembly ; and a manual control device , the actuator being characterized in that the control device comprises a drive shaft mounted such that it can rotate about a first axis (Y1) orthogonal to the exertion axis, the drive shaft comprising at least one tooth (31.1) engaging with at least one first raised part (22.1) translationally connected to the actuating member such that rotation of the drive shaft generates translational movement of the movable assembly. a housing extending along an exertion axis (X) of the actuator; two excitation coils arranged inside the housing and each comprising at least one winding (13.1) around the exertion axis for generating a magnetic control flux; a core that can be moved along the exertion axis and immobilised in two end positions depending on the magnetic flux generated by the coils; an actuating member coupled to the core to form a movable assembly ; and a manual control device ,
An apparatus for producing nonwovens comprising at least two meltblown spinneret devices - in particular comprising at least two meltblown spinneret beams - for producing meltblown fibres , wherein a foraminous-belt device or a foraminous-belt table is provided, which has at least one continuously circulating foraminous belt , wherein the meltblown fibres of the meltblown spinneret devices can be deposited on the at least one foraminous belt of this foraminous-belt device , wherein the meltblown spinneret devices in a side view have a vertical spacing A1 and A2 between a respective spinneret tip and a surface of the at least one foraminous belt , characterized in that the foraminous-belt device or a surface of the at least one foraminous belt facing the meltblown spinneret devices can be oriented obliquely with respect to a horizontal H in a side view for the purpose of varying the spacing A1 and/or A2.
A liquid detergent concentrate composition comprising: an emulsion having a water phase and an oil phase, the composition comprising based on the whole concentrate: (a) 1 to 70 wt.% of one or more non-ionic surfactants; (b) 1 to 50 wt.% of a source of alkalinity; (c) 0.1 to 10 wt.% in total of carboxymethylcellulose (CMC) and methylcellulose (MC) wherein the ratio of CMC : MC is from 2 : 1 by weight to 1 : 4 by weight; (d) 0.1 to 30 wt.% of at least one complexing agent; (e) 0 to 20 wt.% in total of one or more additional anionic, cationic, or amphoteric surfactants; (f) an aqueous solvent comprising water at a level of from 1 wt.% to 70 wt.%; and (g) 0.05 to 9 wt.% of one or more stabilizing agents comprising a crosslinked or partly crosslinked polyacrylic acid. (a) 1 to 70 wt.% of one or more non-ionic surfactants; (b) 1 to 50 wt.% of a source of alkalinity; (c) 0.1 to 10 wt.% in total of carboxymethylcellulose (CMC) and methylcellulose (MC) wherein the ratio of CMC : MC is from 2 : 1 by weight to 1 : 4 by weight; (d) 0.1 to 30 wt.% of at least one complexing agent; (e) 0 to 20 wt.% in total of one or more additional anionic, cationic, or amphoteric surfactants; (f) an aqueous solvent comprising water at a level of from 1 wt.% to 70 wt.%; and (g) 0.05 to 9 wt.% of one or more stabilizing agents comprising a crosslinked or partly crosslinked polyacrylic acid.
A surgical apparatus comprising: • a body having at least one port ; and • at least one item of surgical equipment ; in which each item of surgical equipment comprises an engagement member arranged to engage a port of the body , and in which the apparatus further comprises: • a control circuit arranged to determine for each port whether the engagement member of one of the items of surgical equipment is engaged to the port ; and • an indicator controlled by the control circuit and arranged to indicate whether each engagement member is engaged with the at least one port , wherein each item of surgical equipment comprises or consists of at least one item taken from one or more of the following groups: • surgical swabs/sponges ; • throat packs; • surgical vaginal tampons; • surgical tools, including retractors and scalpels, and at least one, or potentially all, of the items of surgical equipment are provided with an elongate tail . • a body having at least one port ; and • at least one item of surgical equipment ; in which each item of surgical equipment comprises an engagement member arranged to engage a port of the body , and in which the apparatus further comprises: • a control circuit arranged to determine for each port whether the engagement member of one of the items of surgical equipment is engaged to the port ; and • an indicator controlled by the control circuit and arranged to indicate whether each engagement member is engaged with the at least one port , • a control circuit arranged to determine for each port whether the engagement member of one of the items of surgical equipment is engaged to the port ; and • an indicator controlled by the control circuit and arranged to indicate whether each engagement member is engaged with the at least one port , wherein each item of surgical equipment comprises or consists of at least one item taken from one or more of the following groups: • surgical swabs/sponges ; • throat packs; • surgical vaginal tampons; • surgical tools, including retractors and scalpels, • surgical swabs/sponges ; • throat packs; • surgical vaginal tampons; • surgical tools, including retractors and scalpels, and at least one, or potentially all, of the items of surgical equipment are provided with an elongate tail .
A capsule for use in an aerosol generating article, the capsule comprising: an active agent, susceptor particles configured to be heatable upon inductive heating, and one or both of a carrier gel or a carrier liquid, wherein the susceptor particles are dispersed in the one or both of the carrier gel or the carrier liquid and wherein the susceptor particles have a particle size of about 10 to 70 μm. an active agent, susceptor particles configured to be heatable upon inductive heating, and one or both of a carrier gel or a carrier liquid, wherein the susceptor particles are dispersed in the one or both of the carrier gel or the carrier liquid and wherein the susceptor particles have a particle size of about 10 to 70 μm.
A computer-implemented method for preventing wellbore interactions between wells in the earth's subsurface, comprising: a. receiving , at one or more computer processors , fiber optics data from a monitoring well during hydraulic fracturing using a hydraulic fracturing system , the fiber optics data comprising distributed acoustic sensing, DAS, data or distributed strain sensing, DSS, data containing information that describes the strain field surrounding hydraulic fractures, the hydraulic fracturing system comprising pumps for injecting fluids into an injection well that can be stopped when a predicted future stress level indicates impaction of the monitor well by an induced fracture; b. during the hydraulic fracturing, predicting a potential fracture propagation to the monitor well by detecting, via the one or more computer processors , heart-shaped like phenomena as precursor events to fracture tips in the DAS or DSS data as indicators for an imminent fracture hit; and c. on early detection of a precursor event, sending instructions to the hydraulic fracturing system to reduce at least one of injection volume or injection rate or to stop injection before a fracture arrives at the monitoring well . a. receiving , at one or more computer processors , fiber optics data from a monitoring well during hydraulic fracturing using a hydraulic fracturing system , the fiber optics data comprising distributed acoustic sensing, DAS, data or distributed strain sensing, DSS, data containing information that describes the strain field surrounding hydraulic fractures, the hydraulic fracturing system comprising pumps for injecting fluids into an injection well that can be stopped when a predicted future stress level indicates impaction of the monitor well by an induced fracture; b. during the hydraulic fracturing, predicting a potential fracture propagation to the monitor well by detecting, via the one or more computer processors , heart-shaped like phenomena as precursor events to fracture tips in the DAS or DSS data as indicators for an imminent fracture hit; and c. on early detection of a precursor event, sending instructions to the hydraulic fracturing system to reduce at least one of injection volume or injection rate or to stop injection before a fracture arrives at the monitoring well .
Procedure for controlling a pump system with at least two parallel hydraulically driven rotary pumps , respectively powered by speed-controlled drive units with electric motors , characterised by the rotary pumps being speed-controlled by means of characteristic curve control that outputs a synchronous rotational speed set value (n_set) for all rotary pumps , in which the determined electrical power input (P1) of one of the rotary pumps is compared with the determined electrical power input (P2) of another rotary pump and, depending on the result of this power input comparison, an adjustment of the rotational speed set value (n_set1, n_set2) downstream of the characteristic curve control is realised for at least one of these rotary pumps so that the electrical power input (P1, P2) of the rotary pumps reaches a predetermined proportion and in particular is equalised.