mhurhangee/patent-ind-claim-en huggingface dataset:
A conveying device for conveying containers or container closures , comprising a frame , a conveying element (11, 12; 19) for making contact with at least one part of the containers or container closures , at least in some sections or temporarily, while they are conveyed in a predefined conveying direction (TR), the conveying element (11, 12; 19) being supported on the frame , and at least one cable conduit holder (20; 200; 2000) for holding a cable conduit (30; 300), wherein the at least one cable conduit holder (20; 200; 2000) is configured to mount the cable conduit holder (20; 200; 2000) on the frame of the conveying device without tools in that the cable conduit holder (20; 200; 2000) comprises a mounting unit for the form-closed accommodation of a correspondingly formed part of the frame wherein the at least one cable conduit holder (20; 200; 2000) is vertically aligned in a state mounted at the frame and has a U-shape, which has a bottom and two legs, and is configured to accommodate the cable conduit (30; 300) without tools in that the cable conduit holder (20; 200; 2000) comprises at least one holding unit for accommodating the cable conduit (30; 300) in a slot-shaped recess (251; 258) which is positioned in the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein at least two of the holding units are positioned at the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein the mounting unit is positioned at the two legs of the U-shape of the cable conduit holder (20; 200; 2000). a frame , a conveying element (11, 12; 19) for making contact with at least one part of the containers or container closures , at least in some sections or temporarily, while they are conveyed in a predefined conveying direction (TR), the conveying element (11, 12; 19) being supported on the frame , and at least one cable conduit holder (20; 200; 2000) for holding a cable conduit (30; 300), wherein the at least one cable conduit holder (20; 200; 2000) is configured to mount the cable conduit holder (20; 200; 2000) on the frame of the conveying device without tools in that the cable conduit holder (20; 200; 2000) comprises a mounting unit for the form-closed accommodation of a correspondingly formed part of the frame wherein the at least one cable conduit holder (20; 200; 2000) is vertically aligned in a state mounted at the frame and has a U-shape, which has a bottom and two legs, and is configured to accommodate the cable conduit (30; 300) without tools in that the cable conduit holder (20; 200; 2000) comprises at least one holding unit for accommodating the cable conduit (30; 300) in a slot-shaped recess (251; 258) which is positioned in the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein at least two of the holding units are positioned at the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein the mounting unit is positioned at the two legs of the U-shape of the cable conduit holder (20; 200; 2000).
A packet scheduling method, comprising: receiving, by a scheduler of a network device, a packet; determining a type of the packet; and adding the packet to an extreme low latency, ELL, queue if the type of the packet is an ELL service packet, and if the packet is a time sensitive, TS, service packet, adding the packet to a time sensitive, TS, queue and a time window of width W is allocated for sending the TS queue; if i TS service packets corresponding to the TS service in a TS queue wait to be dequeued, no ELL service packet in an ELL queue waits to be dequeued, and a time period required when the i TS service packets are dequeued is Pi, and if a packet is added to the ELL queue and the packet in the ELL queue waits to be sent and j TS service packets of the i TS service packets have been dequeued and it is determined that a time period Px1 required for sending the packet in the ELL queue is less than or equal to W-Pi the packet in the ELL queue is dequeued following which the remaining i-j TS service packets are dequeued; and wherein dequeuing a packet means to send the packet out of the network device by the port to which a queue in which the packet is located belongs. receiving, by a scheduler of a network device, a packet; determining a type of the packet; and adding the packet to an extreme low latency, ELL, queue if the type of the packet is an ELL service packet, and if the packet is a time sensitive, TS, service packet, adding the packet to a time sensitive, TS, queue and a time window of width W is allocated for sending the TS queue; if i TS service packets corresponding to the TS service in a TS queue wait to be dequeued, no ELL service packet in an ELL queue waits to be dequeued, and a time period required when the i TS service packets are dequeued is Pi, and if a packet is added to the ELL queue and the packet in the ELL queue waits to be sent and j TS service packets of the i TS service packets have been dequeued and it is determined that a time period Px1 required for sending the packet in the ELL queue is less than or equal to W-Pi the packet in the ELL queue is dequeued following which the remaining i-j TS service packets are dequeued; and wherein dequeuing a packet means to send the packet out of the network device by the port to which a queue in which the packet is located belongs.
Composite pane which comprises two silicate glass panes which are interconnected by a polymerizate layer, characterized in that the polymerizate layer is connected to the silicate glass panes via covalent bonds by means of an adhesion promoter, and in that the composite pane can be obtained by a method in which, before being covalently bonded to the polymerizate layer, the silicate glass panes have a surface energy of 65 mN/m or more, measured using the "MSA" measuring apparatus, at least on the contact face facing the polymerizate layer, and the polymerizate layer is polymerized from a polymerizable composition which contains from 55 to 98.99 wt.% of methacrylate and/or prepolymerized methacrylate.
A coated metal sheet for automobile comprising: a metal sheet; and a coating film (α) present on at least one surface of the metal sheet, wherein the coating film (α) contains an organic resin (A), electrically conductive pigments (B), and anti-corrosion pigments (C), and wherein a Martens micro-hardness HM at -20°C of the surface of the coating film (α) is 10 to 200 (mg/mm 2 ) at 20 points or more when measured at 100 points, and a Martens micro-hardness HM at 40°C of the surface of the coating film (α) is 200 to 200,000 (mg/mm 2 ) at 5 points or more when measured at 100 points, wherein a glass transition temperature Tg of the organic resin (A) is -80°C to -20°C, and wherein the organic resin (A) is selected from the group consisting of a polyester resin, a polyurethane resin, an epoxy resin, a polyolefin resin, and a (meth)acrylic resin, and a modified product thereof. a metal sheet; and a coating film (α) present on at least one surface of the metal sheet, wherein the coating film (α) contains an organic resin (A), electrically conductive pigments (B), and anti-corrosion pigments (C), and an organic resin (A), electrically conductive pigments (B), and anti-corrosion pigments (C), and wherein a Martens micro-hardness HM at -20°C of the surface of the coating film (α) is 10 to 200 (mg/mm 2 ) at 20 points or more when measured at 100 points, and a Martens micro-hardness HM at 40°C of the surface of the coating film (α) is 200 to 200,000 (mg/mm 2 ) at 5 points or more when measured at 100 points, wherein a glass transition temperature Tg of the organic resin (A) is -80°C to -20°C, and wherein the organic resin (A) is selected from the group consisting of a polyester resin, a polyurethane resin, an epoxy resin, a polyolefin resin, and a (meth)acrylic resin, and a modified product thereof.
A vehicle lighting device , comprising: a socket ; a substrate provided on one end portion side of the socket ; a plurality of light emitting elements provided on the substrate ; and a control element provided on the substrate and electrically connected to the plurality of light emitting elements , wherein the control element is configured to turn on some of the plurality of light emitting elements when an input voltage is lower than a first voltage; turn on all of the plurality of light emitting elements when the input voltage exceeds a second voltage higher than the first voltage; characterized in that the control element is further configured to turn on all of the plurality of light emitting elements and change at least one of a total luminous flux of the plurality of light emitting elements and a current flowing through the plurality of light emitting elements according to the input voltage when the input voltage is equal to or higher than the first voltage and equal to or lower than the second voltage. a socket ; a substrate provided on one end portion side of the socket ; a plurality of light emitting elements provided on the substrate ; and a control element provided on the substrate and electrically connected to the plurality of light emitting elements , wherein the control element is configured to turn on some of the plurality of light emitting elements when an input voltage is lower than a first voltage; turn on all of the plurality of light emitting elements when the input voltage exceeds a second voltage higher than the first voltage; characterized in that the control element is further configured to turn on all of the plurality of light emitting elements and change at least one of a total luminous flux of the plurality of light emitting elements and a current flowing through the plurality of light emitting elements according to the input voltage when the input voltage is equal to or higher than the first voltage and equal to or lower than the second voltage.
A computer-implemented method of controlling an engagement state of an agent during a man-machine dialog, the method comprising: in response to receiving a first spoken request from a reference user , wherein the first spoken request specifies a locking condition for a locked state of engagement in which the agent remains engaged and does not require a wake-up indicator to process successive requests while the locking condition is satisfied: interpreting the first spoken request to determine the locking condition; and entering the locked state of engagement in which the agent remains engaged and does not require a wake-up indicator to process successive requests while the locking condition is satisfied; receiving a second spoken request from a new user; determining whether the locking condition is satisfied; and in response to the locking condition being not satisfied, ignoring the second spoken request. in response to receiving a first spoken request from a reference user , wherein the first spoken request specifies a locking condition for a locked state of engagement in which the agent remains engaged and does not require a wake-up indicator to process successive requests while the locking condition is satisfied: interpreting the first spoken request to determine the locking condition; and entering the locked state of engagement in which the agent remains engaged and does not require a wake-up indicator to process successive requests while the locking condition is satisfied; interpreting the first spoken request to determine the locking condition; and entering the locked state of engagement in which the agent remains engaged and does not require a wake-up indicator to process successive requests while the locking condition is satisfied; receiving a second spoken request from a new user; determining whether the locking condition is satisfied; and in response to the locking condition being not satisfied, ignoring the second spoken request.
Battery housing for receiving battery elements, in particular for a vehicle, comprising - a case formed by a frame composed of one or more profiles , and at least one first floor which provides an interior region for the battery elements, - a second floor which is positioned at a distance from the first floor and defines a space (R) between itself and the first floor , wherein the second floor is arranged on the side of the battery housing opposite the cover , wherein the first floor is arranged between the cover and the second floor , - a cover for covering the case, characterized in that one or more longitudinal reinforcing elements and/or one or more transverse reinforcing elements (17, 17.1) are arranged in the space (R), wherein the longitudinal reinforcing elements (16, 16.3) and/or the transverse reinforcing elements (17, 17.1, 17.3) protrude beyond the dimensions of the case. - a case formed by a frame composed of one or more profiles , and at least one first floor which provides an interior region for the battery elements, - a second floor which is positioned at a distance from the first floor and defines a space (R) between itself and the first floor , wherein the second floor is arranged on the side of the battery housing opposite the cover , wherein the first floor is arranged between the cover and the second floor , - a cover for covering the case,
A method for separating and detecting a nucleic acid chain using ion-exchange chromatography, comprising: - providing nucleic acid chains that differ in sequence of bases or nucleic acid chains that differ by a single base substitution; - separating and detecting nucleic acid chains with anion exchange column filled with a filler for ion exchange chromatography, comprising base fine particles, each particle having a strong cationic group and a weak cationic group on the surface thereof, wherein the strong cationic group is a quaternary ammonium group and the weak cationic group is a tertiary amino group, and wherein the base fine particles are hydrophobic cross-linked polymer particles made of a synthetic organic polymer. - providing nucleic acid chains that differ in sequence of bases or nucleic acid chains that differ by a single base substitution; - separating and detecting nucleic acid chains with anion exchange column filled with a filler for ion exchange chromatography, comprising base fine particles, each particle having a strong cationic group and a weak cationic group on the surface thereof,
Method for operating a control system, in which a control action of a user is sensed in a sensing range of a sensing unit ; feedback data are generated on the basis of the sensed control action and transmitted to a feedback device ; and a haptically perceptible output signal is output in a transmission range by the feedback device on the basis of the feedback data; wherein the transmission range and the sensing range are arranged spaced apart from one another, characterized in that the sensed control action comprises the entering of an activation object into an approach range, wherein the approach range comprises a space in the surroundings of a control element. a control action of a user is sensed in a sensing range of a sensing unit ; feedback data are generated on the basis of the sensed control action and transmitted to a feedback device ; and a haptically perceptible output signal is output in a transmission range by the feedback device on the basis of the feedback data; wherein the transmission range and the sensing range are arranged spaced apart from one another, characterized in that the sensed control action comprises the entering of an activation object into an approach range, wherein the approach range comprises a space in the surroundings of a control element.
A system for wirelessly controlling a dressing interface for providing negative pressure therapy at a tissue site , the dressing interface including a housing having a therapy cavity and a component cavity separated by a wall , the system comprising: a circuit board forming a portion of the wall; a core module disposed on the circuit board and comprising: a sensor mounted on the circuit board and disposed within the therapy cavity, the sensor configured to collect physical parameter data indicative of physical properties of fluids from the tissue site; a processor mounted on the circuit board and disposed within the component cavity, the processor being coupled to the sensor and configured to read the physical parameter data from the sensor, a wireless transceiver mounted on the circuit board and disposed within the component cavity, the wireless transceiver being coupled to the processor and configured to communicate with a therapy device; and a first peripheral interface coupled to the core module by a high-speed bus and configured to communicate with the processor. a circuit board forming a portion of the wall; a core module disposed on the circuit board and comprising: a sensor mounted on the circuit board and disposed within the therapy cavity, the sensor configured to collect physical parameter data indicative of physical properties of fluids from the tissue site; a processor mounted on the circuit board and disposed within the component cavity, the processor being coupled to the sensor and configured to read the physical parameter data from the sensor, a wireless transceiver mounted on the circuit board and disposed within the component cavity, the wireless transceiver being coupled to the processor and configured to communicate with a therapy device; and a sensor mounted on the circuit board and disposed within the therapy cavity, the sensor configured to collect physical parameter data indicative of physical properties of fluids from the tissue site; a processor mounted on the circuit board and disposed within the component cavity, the processor being coupled to the sensor and configured to read the physical parameter data from the sensor, a wireless transceiver mounted on the circuit board and disposed within the component cavity, the wireless transceiver being coupled to the processor and configured to communicate with a therapy device; and a first peripheral interface coupled to the core module by a high-speed bus and configured to communicate with the processor.
A device comprising an image processor, the image processor being configured to implement an image processing system, the image processing system comprising: a first machine learning model ( f θ ) for performing restoration processing on degraded image data ; and a second machine learning model ( g ω ) for recognizing areas of an image requiring processing emphasis during the restoration processing; wherein the output of the second machine learning model is an input to the first machine learning model to optimize the restoration processing, characterized in that the second machine learning model is trained according to the steps of: receiving weighted loss data at the second machine learning model; determining by the second machine learning model a spatial distribution of the loss based on the weighted loss data; and updating the weight map to account for the spatial distribution of the loss derived from the weighted loss data. a first machine learning model ( f θ ) for performing restoration processing on degraded image data ; and a second machine learning model ( g ω ) for recognizing areas of an image requiring processing emphasis during the restoration processing; wherein the output of the second machine learning model is an input to the first machine learning model to optimize the restoration processing, characterized in that the second machine learning model is trained according to the steps of: receiving weighted loss data at the second machine learning model; determining by the second machine learning model a spatial distribution of the loss based on the weighted loss data; and updating the weight map to account for the spatial distribution of the loss derived from the weighted loss data.
A method for a communication apparatus controlling a transmission power in a wireless communication system supporting a plurality of component carriers, the method comprising: controlling transmission powers for one or more channels per each component carrier; when a physical uplink shared channel, PUSCH, transmission on a first component carrier and a sounding reference signal, SRS, transmission on a second component carrier are configured in a time interval, checking whether a total transmission power of the PUSCH transmission on the first component carrier and the SRS transmission on the second component carrier exceeds a maximum transmission power configured for the communication apparatus ; and if the total transmission power of the PUSCH transmission on the first component carrier and the SRS transmission on the second component carrier exceeds the maximum transmission power configured for the communication apparatus , performing the PUSCH transmission on the first component carrier based on a transmission power allocated for the PUSCH transmission, wherein the SRS transmission on the second component carrier is dropped. controlling transmission powers for one or more channels per each component carrier; when a physical uplink shared channel, PUSCH, transmission on a first component carrier and a sounding reference signal, SRS, transmission on a second component carrier are configured in a time interval, checking whether a total transmission power of the PUSCH transmission on the first component carrier and the SRS transmission on the second component carrier exceeds a maximum transmission power configured for the communication apparatus ; and if the total transmission power of the PUSCH transmission on the first component carrier and the SRS transmission on the second component carrier exceeds the maximum transmission power configured for the communication apparatus , performing the PUSCH transmission on the first component carrier based on a transmission power allocated for the PUSCH transmission, wherein the SRS transmission on the second component carrier is dropped.