mhurhangee/patent-ind-claim-en huggingface dataset:
Device , in particular an edge gluing machine, for coating the narrow side of plate-shaped workpieces of wood or wood substitutes with a coating material (K), in particular an edge band, wherein the device has an adhesive application device for applying a fluid adhesive, in particular a molten adhesive, to the narrow side of a workpiece and/or to a coating material (K), wherein the device further comprises a positioning device characterised in that the positioning device receives the adhesive application device or is designed for the reception thereof, wherein the adhesive application device is capable of being moved in the direction (Y) onto the workpiece and/or the coating material, or in an opposite direction thereto, by the positioning device by means of an infeed drive controlled by a control device, wherein the infeed drive has an in particular linear, electromagnetic drive which comprises a primary part , a secondary part , a coil body and a permanent magnet which causes the movement of the adhesive application device by the positioning device through a relative movement of the primary part and secondary part .
A locking assembly to locate a display member of a computing device relative to a base member of the computing device , the locking assembly comprising: a spring to attach to the display member ; a first magnetic member in contact with the spring ; a wheel to attach to the display member to roll on the base member ; and a lock to engage the spring to lock the wheel when the first magnetic member is in proximity to a second magnetic member of the base member such that a magnetic force is exerted therebetween. a spring to attach to the display member ; a first magnetic member in contact with the spring ; a wheel to attach to the display member to roll on the base member ; and a lock to engage the spring to lock the wheel when the first magnetic member is in proximity to a second magnetic member of the base member such that a magnetic force is exerted therebetween.
Method for supplying a riveting machine with rivet elements , in particular during operation of the riveting machine , wherein at least one rivet element providing arrangement comprising at least one rivet element providing unit for providing and separating the rivet elements is provided, wherein the riveting machine has a rivet element receiving arrangement comprising at least one rivet element receptacle for receiving the rivet elements , wherein at least a part of the transport from one of the rivet element providing units to one of the rivet element receptacles is realized in a robot-based manner.
An electrical contact component for a contact socket of an implantable medical device, comprising: - an electrical contact element for electrically contacting an electrical counter contact ; and - an electrically conductive outer ring having a plug borehole for receiving the electrical mating contact , the outer ring , on the inside, comprising a receiving unit for receiving the electrical contact element , in particular a groove, wherein the electrical contact element is formed by a plurality of contact bodies and at least one cage element for receiving the contact bodies , characterized in that the electrical contact element comprises an electrically conductive spring element being arranged within the receiving unit for receiving the electrical contact element , and in particular within the groove, between the contact bodies and the inside of the outer ring , and being designed to keep at least one of the contact bodies in electrical contact with the outer ring and the electrical counter contact . - an electrical contact element for electrically contacting an electrical counter contact ; and - an electrically conductive outer ring having a plug borehole for receiving the electrical mating contact , the outer ring , on the inside, comprising a receiving unit for receiving the electrical contact element , in particular a groove, wherein the electrical contact element is formed by a plurality of contact bodies and at least one cage element for receiving the contact bodies , characterized in that the electrical contact element comprises an electrically conductive spring element being arranged within the receiving unit for receiving the electrical contact element , and in particular within the groove, between the contact bodies and the inside of the outer ring , and being designed to keep at least one of the contact bodies in electrical contact with the outer ring and the electrical counter contact .
An autonomous vehicle comprising: an interface configured to monitor an event occurring on a first path while the autonomous vehicle travels along the first path in an autonomous driving mode; and a processor configured to obtain a second path when the event is detected, and determine whether to travel along the second path in the autonomous driving mode by comparing a first cost expected when the autonomous vehicle travels along the first path with a second cost expected when the autonomous vehicle travels along the second path; characterised in that when a difference between the first cost and the second cost is greater than a threshold value, the processor determines that the autonomous vehicle is to travel, in a manual driving mode, in an event area in which the event is detected. an interface configured to monitor an event occurring on a first path while the autonomous vehicle travels along the first path in an autonomous driving mode; and a processor configured to obtain a second path when the event is detected, and determine whether to travel along the second path in the autonomous driving mode by comparing a first cost expected when the autonomous vehicle travels along the first path with a second cost expected when the autonomous vehicle travels along the second path;
A lift truck comprising a lift mast and a mast-hanger the mast-hanger comprising: a first support and a second support each configured to be mounted to a first stage of a lift mast ; wherein the first support and the second support include a mast receiving portion and/or an attachment receiving portion; wherein, if included, the mast receiving portion is sized, shaped, and positioned to (i) receive a second stage of the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the second stage of the lift mast to the first stage of the lift mast via the first and second supports ; wherein, if included, the attachment receiving portion is sized, shaped, and positioned to (i) receive an attachment borne by the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the attachment to the first stage of the lift mast via the first and the second supports characterized in that , a mast attachment portion associated with the first support and a mast attachment portion associated with the second support are shaped and sized to engage a cross member of the lift mast such that the mast-hanger hangs on the cross member . a first support and a second support each configured to be mounted to a first stage of a lift mast ; wherein the first support and the second support include a mast receiving portion and/or an attachment receiving portion; wherein, if included, the mast receiving portion is sized, shaped, and positioned to (i) receive a second stage of the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the second stage of the lift mast to the first stage of the lift mast via the first and second supports ; wherein, if included, the attachment receiving portion is sized, shaped, and positioned to (i) receive an attachment borne by the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the attachment to the first stage of the lift mast via the first and the second supports characterized in that , a mast attachment portion associated with the first support and a mast attachment portion associated with the second support are shaped and sized to engage a cross member of the lift mast such that the mast-hanger hangs on the cross member .
An e-cigarette system including (a) a user-replaceable e-liquid reservoir for dispensing e-liquid and (b) an e-cigarette charging and re-filling device configured to receive an e-cigarette ; in which the charging and re-filling device includes or encases: an electrical or electronic fluid transfer system , being configured to transfer e-liquid from the e-liquid reservoir to an atomizing unit in the e-cigarette , the fluid transfer system delivering e-liquid under pressure from the reservoir to an atomising unit positioned in the e-cigarette ; and in which the user-replaceable e-liquid reservoir is (i) inserted into, or otherwise attached to, the e-cigarette charging and re-filling device and (ii) engages with the electrical or electronic fluid transfer system in the charging and re-filling device and (iii) is not user-refillable. an electrical or electronic fluid transfer system , being configured to transfer e-liquid from the e-liquid reservoir to an atomizing unit in the e-cigarette , the fluid transfer system delivering e-liquid under pressure from the reservoir to an atomising unit positioned in the e-cigarette ; and in which the user-replaceable e-liquid reservoir is (i) inserted into, or otherwise attached to, the e-cigarette charging and re-filling device and (ii) engages with the electrical or electronic fluid transfer system in the charging and re-filling device and (iii) is not user-refillable.
A controller device to perform control functionality for a system that includes a radio frequency ,RF, generator and a device under test ,DUT, , the RF generator configured to provide a source signal to the DUT, the DUT configurable to switch between receive configurations of a plurality of receive configurations, the controller device comprising: memory; and processing circuitry, configured to: generate a machine learning rule for prediction of future receive configurations of the DUT , wherein the generated machine learning rule is based on historical data related to a sequence of receive configurations of the DUT at a sequence of times; receive, from the DUT , feedback that indicates a current receive configuration of the DUT; apply the machine learning rule to the current receive configuration of the DUT to determine a set of candidate future receive configurations of the DUT during a future time period; generate a set of RF waveforms that includes an RF waveform for each of the candidate future receive configurations of the DUT based on one or more RF parameters of the corresponding candidate future receive configuration of the DUT; and transfer the set of RF waveforms to the RF generator . generate a machine learning rule for prediction of future receive configurations of the DUT , wherein the generated machine learning rule is based on historical data related to a sequence of receive configurations of the DUT at a sequence of times; receive, from the DUT , feedback that indicates a current receive configuration of the DUT; apply the machine learning rule to the current receive configuration of the DUT to determine a set of candidate future receive configurations of the DUT during a future time period; generate a set of RF waveforms that includes an RF waveform for each of the candidate future receive configurations of the DUT based on one or more RF parameters of the corresponding candidate future receive configuration of the DUT; and transfer the set of RF waveforms to the RF generator .
An apparatus being a low noise amplifier, LNA, the apparatus comprising: a plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) configured to receive an input radio frequency, RF signal; and at least one interconnection means configured to selectively short outputs of at least two of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) coupled to the at least one interconnection means; wherein each output of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) is connected to a different respective load circuit of a plurality of load circuits ; and the plurality of amplifying means comprise first and second amplifying means (650a, 650b; 652a, 652b), the first amplifying means (650a; 652a) comprising a first gain transistor and a first cascode transistor, wherein a source of the first cascode transistor is coupled to a drain of the first gain transistor and wherein a drain of the first cascode transistor is coupled to an output of the first amplifying means, and the second amplifying means (650b; 652b) comprising a second gain transistor and a second cascode transistor, wherein a source of the second cascode transistor is coupled to a drain of the second gain transistor and wherein a drain of the second cascode transistor is coupled to an output of the second amplifying means, wherein the at least one interconnection means comprise: a switch coupled between drains of the first and second cascode transistors. a plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) configured to receive an input radio frequency, RF signal; and at least one interconnection means configured to selectively short outputs of at least two of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) coupled to the at least one interconnection means; wherein each output of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) is connected to a different respective load circuit of a plurality of load circuits ; and the plurality of amplifying means comprise first and second amplifying means (650a, 650b; 652a, 652b), the first amplifying means (650a; 652a) comprising a first gain transistor and a first cascode transistor, wherein a source of the first cascode transistor is coupled to a drain of the first gain transistor and wherein a drain of the first cascode transistor is coupled to an output of the first amplifying means, and the second amplifying means (650b; 652b) comprising a second gain transistor and a second cascode transistor, wherein a source of the second cascode transistor is coupled to a drain of the second gain transistor and wherein a drain of the second cascode transistor is coupled to an output of the second amplifying means, wherein the at least one interconnection means comprise: a switch coupled between drains of the first and second cascode transistors.
Crystalline hydrobromide salt of 5-methoxy-N,N-dimethyltryptamine (5-MeO-DMT HBr).
An apparatus (200") comprising: a bistatic transceiver including: a transmission waveguide configured to transmit a signal from a laser source , and a receiving waveguide (225a, 225b; 225) spaced apart from the transmission waveguide by a separation (221a, 221b; 221) and configured to receive the signal (291; 291') reflected by a target , and scanning optics configured to adjust a direction of the signal transmitted from the transmission waveguide at a scan rate over an angle range (227; 326) defined by a first angle and a second angle; wherein the separation is selected based on the scan rate and a range of the target over the angle range. a transmission waveguide configured to transmit a signal from a laser source , and a receiving waveguide (225a, 225b; 225) spaced apart from the transmission waveguide by a separation (221a, 221b; 221) and configured to receive the signal (291; 291') reflected by a target , and scanning optics configured to adjust a direction of the signal transmitted from the transmission waveguide at a scan rate over an angle range (227; 326) defined by a first angle and a second angle; wherein the separation is selected based on the scan rate and a range of the target over the angle range.
A computer implemented method , comprising: identifying a textual attribute corresponding to data of an input table , wherein the data comprises personal information stored across a plurality of records for anonymization based on at least a threshold for a number of values required in each of one or more groupings of the data; determining a value, comprising one or more characters, corresponding to the textual attribute for each of the plurality of records; generating a plurality of groups based on the determined values, wherein each group includes one or more values and the values in each group share one or more common characters; and providing at least portion of the data as sorted into the plurality of groups, wherein a count of the values of each provided group meets the threshold , the computer implemented method further comprising: determining a width of each of textual attribute and at least one other attribute, wherein the width indicates a range of values corresponding to the respective attribute and selecting the textual attribute based on its width being greater than a width of the at least one other attribute. identifying a textual attribute corresponding to data of an input table , wherein the data comprises personal information stored across a plurality of records for anonymization based on at least a threshold for a number of values required in each of one or more groupings of the data; determining a value, comprising one or more characters, corresponding to the textual attribute for each of the plurality of records; generating a plurality of groups based on the determined values, wherein each group includes one or more values and the values in each group share one or more common characters; and providing at least portion of the data as sorted into the plurality of groups, wherein a count of the values of each provided group meets the threshold , the computer implemented method further comprising: determining a width of each of textual attribute and at least one other attribute, wherein the width indicates a range of values corresponding to the respective attribute and selecting the textual attribute based on its width being greater than a width of the at least one other attribute. determining a width of each of textual attribute and at least one other attribute, wherein the width indicates a range of values corresponding to the respective attribute and selecting the textual attribute based on its width being greater than a width of the at least one other attribute.
An apparatus, comprising: a mounting bracket having a central portion , a first field amplification arm extending from the central portion in a first direction , a second field amplification arm extending from the central portion in a second direction different from the first direction , and a mounting arm extending from the central portion in a third direction different from the first direction and the second direction ; and a radio frequency identification (RFID) tag mounted to the central portion of the mounting bracket ; wherein the first field amplification arm has a first free end and the second field amplification arm has a second free end located opposite the first free end . a mounting bracket having a central portion , a first field amplification arm extending from the central portion in a first direction , a second field amplification arm extending from the central portion in a second direction different from the first direction , and a mounting arm extending from the central portion in a third direction different from the first direction and the second direction ; and a radio frequency identification (RFID) tag mounted to the central portion of the mounting bracket ; wherein the first field amplification arm has a first free end and the second field amplification arm has a second free end located opposite the first free end .
A laundry treatment apparatus comprising: a tub ; a drum configured to rotate within the tub and to contain laundry therein, the drum being formed of a metallic material; and an induction module provided at an outer surface of the tub and configured to heat the drum via induction using a magnetic field generated by applying current to a coil formed by a wire that is wound within the induction module , wherein the induction module comprises a base housing configured to accommodate the coil therein, the base housing being mounted on the outer surface of the tub , and the coil is formed with the wire being wound around within the base housing , and comprising a plurality of straight portions and curved portions , the straight portions of the coil comprise a lateral straight portion comprising a front straight portion provided at a front portion of the outer surface of the tub and a rear straight portion provided at a rear portion of the outer surface of the tub , and a longitudinal straight portion that is provided perpendicular to the lateral straight portion, and the curved portions of the coil are formed at a point at which the lateral straight portion and the longitudinal straight portion meet, characterized in that a first radius of curvature of an inner coil portion of the curved portions of the coil is the same as a second radius of curvature of an outer coil portion of the curved portions of the coil to increase a coil density at the curved portions of the coil . a tub ; a drum configured to rotate within the tub and to contain laundry therein, the drum being formed of a metallic material; and an induction module provided at an outer surface of the tub and configured to heat the drum via induction using a magnetic field generated by applying current to a coil formed by a wire that is wound within the induction module , wherein the induction module comprises a base housing configured to accommodate the coil therein, the base housing being mounted on the outer surface of the tub , and the coil is formed with the wire being wound around within the base housing , and comprising a plurality of straight portions and curved portions , the straight portions of the coil comprise a lateral straight portion comprising a front straight portion provided at a front portion of the outer surface of the tub and a rear straight portion provided at a rear portion of the outer surface of the tub , and a longitudinal straight portion that is provided perpendicular to the lateral straight portion, and the curved portions of the coil are formed at a point at which the lateral straight portion and the longitudinal straight portion meet, characterized in that a first radius of curvature of an inner coil portion of the curved portions of the coil is the same as a second radius of curvature of an outer coil portion of the curved portions of the coil to increase a coil density at the curved portions of the coil .
A food article slicing machine , comprising: a slicing station comprising a knife blade and a knife blade drive driving the blade along a cutting path in a cutting plane ; characterized in that the food article slicing machine further comprises a safety guard system for detecting an intrusion into the machine, wherein said safety guard system comprising a sensor (5002; 5004), said sensor (5002; 5004) comprising an emitter for wirelessly broadcasting a signal and a receiver for detecting said signal, wherein said emitter broadcasts said signal across an arc defining a signal curtain , said signal curtain covering at least a portion of said slicing machine , wherein said receiver detects said signal when said signal is reflected off an object. a slicing station comprising a knife blade and a knife blade drive driving the blade along a cutting path in a cutting plane ; characterized in that the food article slicing machine further comprises a safety guard system for detecting an intrusion into the machine, wherein said safety guard system comprising a sensor (5002; 5004), said sensor (5002; 5004) comprising an emitter for wirelessly broadcasting a signal and a receiver for detecting said signal, wherein said emitter broadcasts said signal across an arc defining a signal curtain , said signal curtain covering at least a portion of said slicing machine , wherein said receiver detects said signal when said signal is reflected off an object.