mhurhangee/patent-ind-claim-en huggingface dataset:
A cutlery dispenser for dispensing cutlery utensils , the dispenser comprising: a housing comprising an interior space configured to receive a plurality of cutlery utensils loaded therein; a front cover enclosing a portion of the interior space and configured to translate relative to the housing between a closed position for dispensing the loaded cutlery utensils from the interior space and an open position for loading the cutlery utensils into the interior space ; and a dispensing opening defined by the housing and the front cover and configured to allow the loaded cutlery utensils to be dispensed therethrough, wherein the front cover is positioned along a bottom portion of a front of the cutlery dispenser , and the dispensing opening is positioned along a top portion of the front of the cutlery dispenser , wherein the cover comprises a skewer slot extending from a top of the front cover and configured to receive a skewer to facilitate loading of the cutlery utensils into the interior space , wherein the skewer slot is adapted to facilitate alignment of a skewer relative to the front cover and the cutlery dispenser during loading of the cutlery utensils into the cutlery dispenser via the skewer . a housing comprising an interior space configured to receive a plurality of cutlery utensils loaded therein; a front cover enclosing a portion of the interior space and configured to translate relative to the housing between a closed position for dispensing the loaded cutlery utensils from the interior space and an open position for loading the cutlery utensils into the interior space ; and a dispensing opening defined by the housing and the front cover and configured to allow the loaded cutlery utensils to be dispensed therethrough, wherein the front cover is positioned along a bottom portion of a front of the cutlery dispenser , and the dispensing opening is positioned along a top portion of the front of the cutlery dispenser , wherein the cover comprises a skewer slot extending from a top of the front cover and configured to receive a skewer to facilitate loading of the cutlery utensils into the interior space , wherein the skewer slot is adapted to facilitate alignment of a skewer relative to the front cover and the cutlery dispenser during loading of the cutlery utensils into the cutlery dispenser via the skewer .
Arrangement for a vehicle , notably for a motor vehicle, the arrangement comprising: a rear subframe , an element extending behind the rear subframe , notably extending at least partially transversely or substantially transversely, the arrangement comprising guide means for guiding the element under the rear subframe in the event of an impact at the rear or substantially at the rear of such a vehicle , characterized in that the guide means comprise a ramp fastened to an upper face of the rear subframe . a rear subframe , an element extending behind the rear subframe , notably extending at least partially transversely or substantially transversely, the arrangement comprising guide means for guiding the element under the rear subframe in the event of an impact at the rear or substantially at the rear of such a vehicle , characterized in that the guide means comprise a ramp fastened to an upper face of the rear subframe .
A system comprising a first pressure sensing device ; a second pressure sensing device ; and a processing unit in communication with the first pressure sensing device and the second pressure sensing device, the processing unit configured to: obtain first pressure measurements from the first pressure sensing device within a vessel at a position proximal of a stenosis of the vessel; obtain second pressure measurements from the second pressure sensing device within the vessel as the second pressure sensing device is moved from a position distal of the stenosis to a position proximal of the stenosis; determine an offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis and adjacent the first pressure sensing device after the second pressure sensing device is moved from the position distal of the stenosis to the position proximal of the stenosis; calculate a pressure ratio between the second pressure measurements and the first pressure measurements that automatically corrects for the offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis; and output the calculated pressure ratio to a display. obtain first pressure measurements from the first pressure sensing device within a vessel at a position proximal of a stenosis of the vessel; obtain second pressure measurements from the second pressure sensing device within the vessel as the second pressure sensing device is moved from a position distal of the stenosis to a position proximal of the stenosis; determine an offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis and adjacent the first pressure sensing device after the second pressure sensing device is moved from the position distal of the stenosis to the position proximal of the stenosis; calculate a pressure ratio between the second pressure measurements and the first pressure measurements that automatically corrects for the offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis; and output the calculated pressure ratio to a display.
A method for transmitting non binary error correcting code word symbols via a transmission channel, each code word symbol comprising p bits, which method comprises - a first modulation step associating with each code word symbol of p bits a sequence of at least 2 P chips from 2 P possible sequences, - a second modulation step to modulate the phase or amplitude of at least one carrier signal with the sequences associated with the code words and generate modulated symbols, and - a step of transmitting the modulated carrier signal via said transmission channel, wherein the first modulation step is a spread spectrum modulation of the cyclic code shift keying type using a basic pseudo-random sequence of at least 2 P chips, the possible 2 P sequences being obtained by circular shift of the basic pseudo-random sequence and characterised in that the modulated symbols generated during the second modulation step are of size equal to that of the sequences, and in that the method further comprises, after said second modulation step, a step of inserting a cyclic prefix into each symbol to be transmitted. - a first modulation step associating with each code word symbol of p bits a sequence of at least 2 P chips from 2 P possible sequences, - a second modulation step to modulate the phase or amplitude of at least one carrier signal with the sequences associated with the code words and generate modulated symbols, and - a step of transmitting the modulated carrier signal via said transmission channel, wherein the first modulation step is a spread spectrum modulation of the cyclic code shift keying type using a basic pseudo-random sequence of at least 2 P chips, the possible 2 P sequences being obtained by circular shift of the basic pseudo-random sequence and characterised in that the modulated symbols generated during the second modulation step are of size equal to that of the sequences, and in that the method further comprises, after said second modulation step, a step of inserting a cyclic prefix into each symbol to be transmitted.
A latching system configured to selectively latch and unlatch a first component in relation to a second component , the latching system comprising: an actuator ; a first coupler secured to the actuator ; a latch ; and a second coupler secured to the latch , wherein the first coupler is configured to couple to the second coupler to couple the actuator to the latch , and wherein the first coupler is configured to uncouple from the second coupler to uncouple the actuator from the latch in response to the latch being manually operated. an actuator ; a first coupler secured to the actuator ; a latch ; and a second coupler secured to the latch , wherein the first coupler is configured to couple to the second coupler to couple the actuator to the latch , and wherein the first coupler is configured to uncouple from the second coupler to uncouple the actuator from the latch in response to the latch being manually operated.
A method of monitoring transport of a sheet media though a media processing apparatus comprising steps of: conveying at least one sheet media with a transport apparatus including one or more rollers from a queue mechanism along a medium transport path; detecting a vibration propagating in the media processing apparatus using at least one vibration detection unit and generating detected vibration signals; characterized by the steps of detecting, sound values associated with the engagement of the rollers with sheet media, with at least one microphone responsive to sounds associated with the engagement of the rollers; analyzing, in a processing system, the detected vibration signals and detected sound values, wherein the analyzing includes determining whether the detected vibration signals and detected sound values are associated with normal or abnormal handling of sheet media in the media processing apparatus ; signaling an error condition to a control system in response to determining that the detected vibration signals and detected sound values are associated with abnormal handling of the sheets. conveying at least one sheet media with a transport apparatus including one or more rollers from a queue mechanism along a medium transport path; detecting a vibration propagating in the media processing apparatus using at least one vibration detection unit and generating detected vibration signals; characterized by the steps of detecting, sound values associated with the engagement of the rollers with sheet media, with at least one microphone responsive to sounds associated with the engagement of the rollers; analyzing, in a processing system, the detected vibration signals and detected sound values, wherein the analyzing includes determining whether the detected vibration signals and detected sound values are associated with normal or abnormal handling of sheet media in the media processing apparatus ; signaling an error condition to a control system in response to determining that the detected vibration signals and detected sound values are associated with abnormal handling of the sheets.
A guide information display device, comprising: a data acquisition section including a camera and a laser scanner, the camera being configured to capture an image of an area from above a suspended load, the area including at least the suspended load, a ground surface below the suspended load and a ground object, the laser scanner being configured to acquire point cloud data of the suspended load, the ground surface below the suspended load and the ground object from above the suspended load in the area; a data processing section configured to estimate a top surface of the suspended load, the ground surface in the area, and a top surface of the ground object in the area based on the point cloud data acquired by the laser scanner and generates a guide frame surrounding the top surface of the suspended load and a guide frame surrounding the top surface of the ground object; and a data display section configured to display guide information generated by superimposing the guide frame images generated by the data processing section and the image captured by the camera on each other. a data acquisition section including a camera and a laser scanner, the camera being configured to capture an image of an area from above a suspended load, the area including at least the suspended load, a ground surface below the suspended load and a ground object, the laser scanner being configured to acquire point cloud data of the suspended load, the ground surface below the suspended load and the ground object from above the suspended load in the area; a data processing section configured to estimate a top surface of the suspended load, the ground surface in the area, and a top surface of the ground object in the area based on the point cloud data acquired by the laser scanner and generates a guide frame surrounding the top surface of the suspended load and a guide frame surrounding the top surface of the ground object; and a data display section configured to display guide information generated by superimposing the guide frame images generated by the data processing section and the image captured by the camera on each other.
A method for the depolymerization of a plastic material, the method comprising the steps of: (a) melting the plastic material to obtain a molten material ; (b) feeding the molten material into a planetary mill extruding machine ; (c) heating the molten material in the planetary mill extruding machine to obtain oil steam ; and (d) cooling the oil steam . (a) melting the plastic material to obtain a molten material ; (b) feeding the molten material into a planetary mill extruding machine ; (c) heating the molten material in the planetary mill extruding machine to obtain oil steam ; and (d) cooling the oil steam .
A setting information configuration method, executed by a terminal, wherein the method comprises: obtaining an analysis result, wherein the analysis result is obtained after local setting information is analyzed according to an improper setting information set, wherein the improper setting information set includes at least one piece of improper setting information, and the analysis result is obtained by matching the local setting information with improper setting information in the improper setting information set, and the analysis result comprises at least improper setting information of a user and a setting suggestion, wherein the improper setting information in the improper setting information set includes a threshold, and the local setting information is determined as improper if at least one piece of setting information in the local setting information is greater than the threshold included in the improper setting information; displaying the improper setting information of the user and the setting suggestion; receiving a setting instruction entered by the user according to the displayed improper setting information and setting suggestion; and configuring the local setting information according to the setting instruction. obtaining an analysis result, wherein the analysis result is obtained after local setting information is analyzed according to an improper setting information set, wherein the improper setting information set includes at least one piece of improper setting information, and the analysis result is obtained by matching the local setting information with improper setting information in the improper setting information set, and the analysis result comprises at least improper setting information of a user and a setting suggestion, wherein the improper setting information in the improper setting information set includes a threshold, and the local setting information is determined as improper if at least one piece of setting information in the local setting information is greater than the threshold included in the improper setting information; displaying the improper setting information of the user and the setting suggestion; receiving a setting instruction entered by the user according to the displayed improper setting information and setting suggestion; and configuring the local setting information according to the setting instruction.
A system for monitoring a medium voltage network comprising a plurality of medium voltage overhead lines, the system comprising a control centre computer ; a plurality of remote monitoring devices distributed throughout the medium voltage network, each of the monitoring devices comprising three measurement sensors , each measurement sensor being mounted on a separate medium voltage overhead line to the other two measurement sensors and each having means to measure the current and voltage of the medium voltage overhead line and communication means for communication with at least one of the control centre computer and another measurement sensor, wherein at least one measurement sensor has means to communicate with the control centre computer and with the other two sensors; a plurality of Data Acquisition Communicators (DACs) intermediate the control centre computer and the plurality of monitoring devices, each Data Acquisition Communicator associated with, and, in communication with, a plurality of monitoring devices and configured to receive and process measurement data from its associated monitoring devices and to compare the phase of the zero sequence current with the phase of the zero sequence voltage of the medium voltage overhead lines of each associated monitoring device and to determine that there is a fault on an overhead line if phase difference is less than a predetermined level; wherein the control center computer is configured to receive and analyze measurement data and line fault data from the plurality of Data Acquisition Communicators , the control center computer comprising a graphical user interface configured to display the location of faults on the medium voltage network display and a log of actions taken to rectify the fault by an automatic line repair system.
A bit rate allocation method for a bit rate allocation device, comprising: - obtaining an intra prediction frame, I-frame, of a to-be-encoded video, and obtaining bit rate characteristic parameters associated with the I-frame (S101, S201), the bit rate characteristic parameters comprising: • the number of video frames in a group of pictures, GOP, in which the I-frame is located (S202), • the number of pixels of the I-frame (S203); and - determining an allocated bit rate of the I-frame according to each bit rate characteristic parameter (S102), characterized in that the bit rate characteristic parameters further comprise: • a percentage of intra prediction macroblocks in the one or more P-frames that are before the I-frame (S204). - obtaining an intra prediction frame, I-frame, of a to-be-encoded video, and obtaining bit rate characteristic parameters associated with the I-frame (S101, S201), the bit rate characteristic parameters comprising: • the number of video frames in a group of pictures, GOP, in which the I-frame is located (S202), • the number of pixels of the I-frame (S203); and • the number of video frames in a group of pictures, GOP, in which the I-frame is located (S202), • the number of pixels of the I-frame (S203); and - determining an allocated bit rate of the I-frame according to each bit rate characteristic parameter (S102), characterized in that the bit rate characteristic parameters further comprise: • a percentage of intra prediction macroblocks in the one or more P-frames that are before the I-frame (S204). • a percentage of intra prediction macroblocks in the one or more P-frames that are before the I-frame (S204).
A system , comprising: a processor ; and, a blockchain service provider component executed by the processor and configured to create an append-only tamper-resistant ledger relating to a blockchain associated with multiple member nodes of a blockchain network , and update the append-only tamper-resistant ledger to reflect operations on the blockchain when outsourced by the multiple member nodes and distribute the updated append-only tamper-resistant ledger to the multiple member nodes; and wherein the multiple member nodes, using a Caesar consensus protocol , detect misbehavior by the blockchain service provider component and reach consensus on the append-only tamper-resistant ledger, the Caesar consensus protocol detects misbehavior and reaches a consensus by end-to-end checks on properties of the blockchain service provider component; wherein the blockchain comprises a verifiable outsourced ledger, wherein the verifiable outsourced ledger comprises metadata blocks and datablocks, and wherein a first of the metadata blocks stores rules that govern the blockchain network. a processor ; and, a blockchain service provider component executed by the processor and configured to create an append-only tamper-resistant ledger relating to a blockchain associated with multiple member nodes of a blockchain network , and update the append-only tamper-resistant ledger to reflect operations on the blockchain when outsourced by the multiple member nodes and distribute the updated append-only tamper-resistant ledger to the multiple member nodes; and wherein the multiple member nodes, using a Caesar consensus protocol , detect misbehavior by the blockchain service provider component and reach consensus on the append-only tamper-resistant ledger, the Caesar consensus protocol detects misbehavior and reaches a consensus by end-to-end checks on properties of the blockchain service provider component; wherein the blockchain comprises a verifiable outsourced ledger, wherein the verifiable outsourced ledger comprises metadata blocks and datablocks, and wherein a first of the metadata blocks stores rules that govern the blockchain network.
Panel structure element of a body of a commercial vehicle , in particular truck, trailer or semi-trailer, having a plurality of stand elements , which are provided for reinforcing the panel structure element , are aligned at least substantially transversely to the longitudinal direction of the panel structure element , are arranged in the longitudinal direction of the panel structure element between the edges of the panel structure element and are spaced apart from one another, and having an, in particular closed, panel extending over at least substantially the entire length and at least substantially the entire height of the panel structure element , wherein the panel is formed of at least one panel element , wherein the stand elements are connected to the panel , wherein the at least one panel element is formed of a composite laminate comprising at least two metal layers and at least one plastic layer provided between the at least two metal layers , wherein the panel has a plurality of panel elements arranged next to one another in the longitudinal direction of the panel structure element , wherein the panel elements are connected to one another via connection regions extending at least substantially transversely to the longitudinal direction of the panel structure element , and wherein the stand elements are assigned at least partially to the connection regions of the panel elements , characterised in that the stand elements are arranged covering and/or bridging at least partially the connection regions of the panel elements .