mhurhangee/patent-ind-claim-en huggingface dataset:
LED module comprising a plurality of integrated LED circuits (5; 5.1, 5.2, .., 5.x), each comprising at least one light-emitting diode (6; 6.1, 6.2, , 6.x) and an electronic circuit (4; 4.1, 4.2, .., 4.x) assigned to the at least one light-emitting diode (6; 6.1, 6.2, .., 6.x), wherein the individual integrated LED circuits (5; 5.1, 5.2, .., 5.x) of the plurality of integrated LED circuits (5; 5.1, 5.2,.., 5.x) each emit light into different spatial segments, and each electronic circuit is designed to modulate a current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2,...,6.x) with an information-carrying signal (7; 7.1, 7.2,..., 7.x), wherein the information-carrying signal (7; 7.1, 7.2,..., 7.x) is a navigation signal, characterized in that in each integrated LED circuit (5; 5.1, 5.2, .., 5.x) the at least one light-emitting diode (6; 6.1, 6.2, .., 6.x) and the assigned electronic circuit (4; 4.1, 4.2, .., 4.x) are arranged on a common substrate and are designed as an integrated semiconductor component, and in that each electronic circuit (4; 4.1, 4.2, .., 4.x) is designed to modulate the current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2, .., 6.x) with the information-carrying signal (7; 7.1, 7.2,..., 7.x) independently of the currents (7.1, 7.2, ..., 7.x) through the at least one light-emitting diode (6; 6.1, 6.2,...,6.x) of the other integrated LED circuits (5; 5.1, 5.2,..., 5.x). the individual integrated LED circuits (5; 5.1, 5.2, .., 5.x) of the plurality of integrated LED circuits (5; 5.1, 5.2,.., 5.x) each emit light into different spatial segments, and each electronic circuit is designed to modulate a current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2,...,6.x) with an information-carrying signal (7; 7.1, 7.2,..., 7.x), wherein the information-carrying signal (7; 7.1, 7.2,..., 7.x) is a navigation signal, characterized in that in each integrated LED circuit (5; 5.1, 5.2, .., 5.x) the at least one light-emitting diode (6; 6.1, 6.2, .., 6.x) and the assigned electronic circuit (4; 4.1, 4.2, .., 4.x) are arranged on a common substrate and are designed as an integrated semiconductor component, and in that each electronic circuit (4; 4.1, 4.2, .., 4.x) is designed to modulate the current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2, .., 6.x) with the information-carrying signal (7; 7.1, 7.2,..., 7.x) independently of the currents (7.1, 7.2, ..., 7.x) through the at least one light-emitting diode (6; 6.1, 6.2,...,6.x) of the other integrated LED circuits (5; 5.1, 5.2,..., 5.x).
A tablet press comprising: a base ; a die assembly mounted on an upper surface of the base ; a compaction mechanism extending from within the base to a location above the die assembly ; a press member mounted on the compaction mechanism above the die assembly for compacting powder received, in use, within the die assembly ; a load cell mounted between the press member and the compaction mechanism for determining the load applied, during use, by the press member ; an electric motor engaged with the compaction mechanism to drive the compaction mechanism vertically relative to the base ; a controller to control the speed and direction of the electric motor to move the press member between a predetermined position and at least one further position, wherein the press member is returned to the predetermined position by controlling the motor to return to an angular positon stored in the controller; characterized in that the tablet press comprises : biasing means associated with the compaction mechanism to bias the press member upwards away from the base . a base ; a die assembly mounted on an upper surface of the base ; a compaction mechanism extending from within the base to a location above the die assembly ; a press member mounted on the compaction mechanism above the die assembly for compacting powder received, in use, within the die assembly ; a load cell mounted between the press member and the compaction mechanism for determining the load applied, during use, by the press member ; an electric motor engaged with the compaction mechanism to drive the compaction mechanism vertically relative to the base ; a controller to control the speed and direction of the electric motor to move the press member between a predetermined position and at least one further position, wherein the press member is returned to the predetermined position by controlling the motor to return to an angular positon stored in the controller; characterized in that the tablet press comprises : biasing means associated with the compaction mechanism to bias the press member upwards away from the base .
Method for controlling a vehicle by means of a teleoperator in a control centre connected to the vehicle by means of a data connection, having the following features: - while the teleoperator is viewing an image based on sensor data from the vehicle , a viewing direction of the teleoperator is captured , - different priorities are assigned to a plurality of data streams included in the sensor data on the basis of the viewing direction , - a prediction of a quality of the data connection is made , - specifications with regard to a respective data rate of the data streams are adapted on the basis of the priorities and the quality of the data connection, and - according to the specifications , the sensor data are transmitted from the vehicle to the control centre for the purpose of updating the image, characterized by the following features: - a plurality of redundant transmission channels are used for the transmission , and - the prediction of the connection quality for each of the transmission channels is retrieved and influences the prioritization of the data streams . - while the teleoperator is viewing an image based on sensor data from the vehicle , a viewing direction of the teleoperator is captured , - different priorities are assigned to a plurality of data streams included in the sensor data on the basis of the viewing direction , - a prediction of a quality of the data connection is made , - specifications with regard to a respective data rate of the data streams are adapted on the basis of the priorities and the quality of the data connection, and - according to the specifications , the sensor data are transmitted from the vehicle to the control centre for the purpose of updating the image, characterized by the following features: - a plurality of redundant transmission channels are used for the transmission , and - the prediction of the connection quality for each of the transmission channels is retrieved and influences the prioritization of the data streams .
A method for detecting the chromosomal abnormality in an embryo using blastocyst culture fluid, comprising the steps of: obtaining a blastocyst culture fluid: culturing a fertilized egg to the blastomere stage on day 3, and then transferred to a newly prepared blastocyst culture microdroplet for blastocyst culture, the embryo that forms the blastocyst is removed and transferred to a new blastocyst culture solution or into a vitrified cryopreservation process, and the remaining original blastocyst culture fluid is a sample to be collected for detection; collecting a blastocyst culture fluid: transferring the original blastocyst culture fluid obtained in step to a lysis solution, and after centrifugation, the sample is subjected to the next step of whole genome amplification; whole genome amplification of trace DNAs in blastocyst culture fluid: lyase is added to a mixture of the blastocyst culture fluid obtained in step and a lysis solution, mixed and incubated, then lyase is inactivated, and the lysate is removed and added to a PCR reaction tube for genome amplification reaction; analyzing DNA products obtained from whole genome amplification to determine whether the chromosome status of the embryo is normal: second-generation sequencing, nucleic acid chip or immunofluorescence detection is used for analysis. obtaining a blastocyst culture fluid: culturing a fertilized egg to the blastomere stage on day 3, and then transferred to a newly prepared blastocyst culture microdroplet for blastocyst culture, the embryo that forms the blastocyst is removed and transferred to a new blastocyst culture solution or into a vitrified cryopreservation process, and the remaining original blastocyst culture fluid is a sample to be collected for detection; collecting a blastocyst culture fluid: transferring the original blastocyst culture fluid obtained in step to a lysis solution, and after centrifugation, the sample is subjected to the next step of whole genome amplification; whole genome amplification of trace DNAs in blastocyst culture fluid: lyase is added to a mixture of the blastocyst culture fluid obtained in step and a lysis solution, mixed and incubated, then lyase is inactivated, and the lysate is removed and added to a PCR reaction tube for genome amplification reaction; analyzing DNA products obtained from whole genome amplification to determine whether the chromosome status of the embryo is normal: second-generation sequencing, nucleic acid chip or immunofluorescence detection is used for analysis.
A tubular woven fabric comprising warp yarns and weft yarns interwoven with each other, the tubular woven fabric having an outer diameter with a variation of within 10% along the warp direction and satisfying the following formula: L 2 − L 1 / L 1 ≥ 0.1 wherein L1 is a gauge length of the tubular woven fabric when compressed in the warp direction by applying a stress of 0.01 cN/dtex, as determined after the outer diameter of the tubular woven fabric is measured without applying stress to the tubular woven fabric to determine a maximum outer diameter and then gauge marks are drawn around an outer circumference of the tubular woven fabric so that the gauge marks are separated by a length of five times the maximum outer diameter of the tubular woven fabric; and L2 is a gauge length of the tubular woven fabric when elongated in the warp direction by applying a stress of 0.01 cN/dtex, as determined after the outer diameter of the tubular woven fabric is measured without applying stress to the tubular woven fabric to determine a maximum outer diameter and then gauge marks are drawn around an outer circumference of the tubular woven fabric so that the gauge marks are separated by a length of five times the maximum outer diameter of the tubular woven fabric, wherein the diameter variation and the parameters are established according to the methods mentioned in the description. L1 is a gauge length of the tubular woven fabric when compressed in the warp direction by applying a stress of 0.01 cN/dtex, as determined after the outer diameter of the tubular woven fabric is measured without applying stress to the tubular woven fabric to determine a maximum outer diameter and then gauge marks are drawn around an outer circumference of the tubular woven fabric so that the gauge marks are separated by a length of five times the maximum outer diameter of the tubular woven fabric; and L2 is a gauge length of the tubular woven fabric when elongated in the warp direction by applying a stress of 0.01 cN/dtex, as determined after the outer diameter of the tubular woven fabric is measured without applying stress to the tubular woven fabric to determine a maximum outer diameter and then gauge marks are drawn around an outer circumference of the tubular woven fabric so that the gauge marks are separated by a length of five times the maximum outer diameter of the tubular woven fabric, wherein the diameter variation and the parameters are established according to the methods mentioned in the description.
A stationary induction device comprising: an iron core ; a winding wound around the iron core ; a tank storing the iron core and the winding , the tank being filled with refrigerant ; a pump to forcibly circulate the refrigerant ; and a bushing electrically connected to the winding , the bushing extending through the tank , wherein the iron core includes a first iron core portion and a second iron core portion located with a space (M) being interposed between the first iron core portion and the second iron core portion , each of the first iron core portion and the second iron core portion has a first window portion (1a1, 1b1) and a second window portion (1a2, 1b2) through each of which the winding extends, the first window portion (1a1) of the first iron core portion and the first window portion (1b1) of the second iron core portion face each other, the second window portion (la2) of the first iron core portion and the second window portion (1b2) of the second iron core portion face each other, by driving the pump , the refrigerant is circulated by passing through the first window portion (1a1, 1b1) and the second window portion (1a2, 1b2) of each of the first iron core portion and the second iron core portion , and the bushing is connected to the winding via the space (M), and is provided at a position facing a portion of the winding located in the space (M) in the tank . an iron core ; a winding wound around the iron core ; a tank storing the iron core and the winding , the tank being filled with refrigerant ; a pump to forcibly circulate the refrigerant ; and a bushing electrically connected to the winding , the bushing extending through the tank , wherein the iron core includes a first iron core portion and a second iron core portion located with a space (M) being interposed between the first iron core portion and the second iron core portion , each of the first iron core portion and the second iron core portion has a first window portion (1a1, 1b1) and a second window portion (1a2, 1b2) through each of which the winding extends, the first window portion (1a1) of the first iron core portion and the first window portion (1b1) of the second iron core portion face each other, the second window portion (la2) of the first iron core portion and the second window portion (1b2) of the second iron core portion face each other, by driving the pump , the refrigerant is circulated by passing through the first window portion (1a1, 1b1) and the second window portion (1a2, 1b2) of each of the first iron core portion and the second iron core portion , and the bushing is connected to the winding via the space (M), and is provided at a position facing a portion of the winding located in the space (M) in the tank .
A method of fabricating a three-dimensional object, the method comprising: supplying, with a powder supplier , powder to a fabrication chamber , the fabrication chamber including a fabrication stage to store powder and an outer edge portion outside the fabrication stage, the outer edge portion having one bottom surface; flattening, with a flattener , the powder supplied by the supplying; and collecting, with a powder collector , the powder having overflowed from the fabrication stage to the outer edge portion by the flattening into the fabrication stage. supplying, with a powder supplier , powder to a fabrication chamber , the fabrication chamber including a fabrication stage to store powder and an outer edge portion outside the fabrication stage, the outer edge portion having one bottom surface; flattening, with a flattener , the powder supplied by the supplying; and collecting, with a powder collector , the powder having overflowed from the fabrication stage to the outer edge portion by the flattening into the fabrication stage.
Method for retracting a brake pedal in a vehicle , wherein the following steps are carried out: - carrying out identification of deactivation of an automatic braking request, - carrying out detection of at least one situation parameter , which is specific to a current situation of the vehicle , - carrying out adjustment of a speed (v) of the retraction of the brake pedal depending on the at least one detected situation parameter and the identified deactivation. - carrying out identification of deactivation of an automatic braking request, - carrying out detection of at least one situation parameter , which is specific to a current situation of the vehicle , - carrying out adjustment of a speed (v) of the retraction of the brake pedal depending on the at least one detected situation parameter and the identified deactivation.
Method for the access of a first computer (PC) to at least one application installed on a virtual machine (VM) of a second computer via a network connection, wherein a programming device (PG) of an industrial automation arrangement is used as the first computer (PC), wherein the programming device (PG) is connected to at least one industrial controller (PLC) by means of an automation network, wherein the at least one application accesses the at least one industrial controller (PLC) by means of the programming device (PG) and by means of an interface connection, and wherein, at a first step, a Remote Desktop Protocol - RDP - connection (RDP-C) is established from the first computer (PC) to the virtual machine (VM), characterized in that , at a second step, at least one communication relation of the first computer (PC) to the industrial controller (PLC) is made available to the at least one application as a local communication relation from the virtual machine (VM) to the first computer (PC) via a virtual channel (RDP-VC) of the Remote Desktop Protocol - RDP - (RDP-C) connection.
An electromagnetic actuator for a haptic display , the actuator comprising: • a first, movable permanent magnetic element , the first magnetic element comprising a first latching layer facing side, a second latching layer facing side substantially opposite to the first latching layer facing side, and at least one lateral face between the first latching layer facing side and the second latching layer facing side; • a shielding element for shielding laterally the first magnetic element to confine a magnetic field generated by the first magnetic element , the first magnetic element and the shielding element being located concentrically with respect to each other; • a first actuation inductor facing the first latching layer facing side for actuating the first magnetic element and arranged to displace the first magnetic element from a first position, referred to hereinafter as a first latching position, to a second position, referred to hereinafter as a second latching position, or vice versa; • a first latching layer facing the first latching layer facing side and arranged to attract the first magnetic element for obtaining the first latching position of the first magnetic element ; and • a second latching layer facing the second latching layer facing side and arranged to attract the first magnetic element for obtaining the second latching position of the first magnetic element , different from the first latching position, the electromagnetic actuator being characterised in that the shielding element is arranged to move together with the first magnetic element when the first magnetic element is actuated. • a first, movable permanent magnetic element , the first magnetic element comprising a first latching layer facing side, a second latching layer facing side substantially opposite to the first latching layer facing side, and at least one lateral face between the first latching layer facing side and the second latching layer facing side; • a shielding element for shielding laterally the first magnetic element to confine a magnetic field generated by the first magnetic element , the first magnetic element and the shielding element being located concentrically with respect to each other; • a first actuation inductor facing the first latching layer facing side for actuating the first magnetic element and arranged to displace the first magnetic element from a first position, referred to hereinafter as a first latching position, to a second position, referred to hereinafter as a second latching position, or vice versa; • a first latching layer facing the first latching layer facing side and arranged to attract the first magnetic element for obtaining the first latching position of the first magnetic element ; and • a second latching layer facing the second latching layer facing side and arranged to attract the first magnetic element for obtaining the second latching position of the first magnetic element , different from the first latching position, the electromagnetic actuator being characterised in that the shielding element is arranged to move together with the first magnetic element when the first magnetic element is actuated.
A plug connector for connecting a single-core or multi-core electrical line, said plug connector comprising a first connector part and a second connector part which each have at least one contact element and which can be connected to one another such that at least one contact element of the first connector part contacts a contact element of the second connector part for an electrical contact, wherein, in the connected state, the first connector part is guided rotatably about an axis of rotation (R) at the second connector part , and wherein at least the at least one contact element of the first connector part is designed as a curved conductor track whose center of curvature at least substantially coincides with the axis of rotation (R), wherein the first connector part has a contact surface which extends transversely to the axis of rotation (R) and to which the curved conductor track is applied, characterized in that a projecting centering element is arranged at the first connector part and a centering receiver matching the centering element is arranged at the second connector part , or vice versa.
A method for treating and monitoring objects incorporating a metal material, comprising treatment of the objects incorporating a metal material with an aqueous treatment liquid , in a treatment zone or in multiple treatment zones , wherein in at least one treatment zone , a respective external face of the objects is treated with a tempered treatment liquid , the objects are formed by containers , and wherein the containers are filled with contents, in particular with a foodstuff, and closed prior to the treatment with treatment liquid, and the foodstuff is pasteurized in the at least one treatment zone , after treating the objects with treatment liquid , removing or drying the treatment liquid from the objects treated, characterized in that for constant monitoring after treating the objects , at least one portion incorporating a metal material of at least one treated object , in each case, is optically detected by means of a color-detecting detection device , and the optically detected data of the at least one portion is colorimetrically evaluated by means of an evaluation device by determining one color value of a color space or multiple color values of a color space. treatment of the objects incorporating a metal material with an aqueous treatment liquid , in a treatment zone or in multiple treatment zones , wherein in at least one treatment zone , a respective external face of the objects is treated with a tempered treatment liquid , the objects are formed by containers , and wherein the containers are filled with contents, in particular with a foodstuff, and closed prior to the treatment with treatment liquid, and the foodstuff is pasteurized in the at least one treatment zone , after treating the objects with treatment liquid , removing or drying the treatment liquid from the objects treated, characterized in that for constant monitoring after treating the objects , at least one portion incorporating a metal material of at least one treated object , in each case, is optically detected by means of a color-detecting detection device , and the optically detected data of the at least one portion is colorimetrically evaluated by means of an evaluation device by determining one color value of a color space or multiple color values of a color space.
A compound selected from the group consisting of analogs 115, 121, 122, 127, 146, 255 and 289: