mhurhangee/patent-ind-claim-en huggingface dataset:
Trailer coupling for a motor vehicle with a support assembly which has a cross-member provided for mounting on a rear end of a motor vehicle, and a holder fitted to the cross-member for holding a coupling element , in particular a coupling arm of the trailer coupling , wherein the coupling element is provided for attaching a trailer or a load carrier , wherein the holder is connected to the cross-member with the aid of a tie rod of a tie rod assembly , in particular a screw, wherein the tie rod penetrates the cross-member along its tie rod clamping axis (S) and clamps an abutment surface of the holder , through which passes the tie rod clamping axis (S) or an axis parallel to the tie rod clamping axis (S), against the cross-member , and wherein the holder has at least one side support face which protrudes in front of the abutment surface next to the tie rod and abuts the cross-member , so that the holder is supported on the cross-member at the side next to the tie rod , in respect of a force acting across the tie rod clamping axis (S) of the tie rod , characterised in that the side support face or faces and the abutment surface form an L-shaped cross-section of the holder or are arranged in an L-shape, and/or the holder is supported on the cross-member solely with the aid of the side support face or faces and the abutment surface , and/or the side support face or faces do not lie opposite any further side support face of the holder.
A charging port assembly , comprising: a charging port seat provided with a guiding structure , the guiding structure having a bending section ; a charging port cover mounted to the charging port seat in an openable and closable manner; a transmission mechanism slidably fitting with the guiding structure and connected to the charging port cover ; and a driving mechanism dynamically coupled with the transmission mechanism; characterized in that the driving mechanism comprises a driving gear and at least one driven gear, the transmission mechanism comprises a rack , and the rack engages with one driven gear of the at least one driven gear. a charging port seat provided with a guiding structure , the guiding structure having a bending section ; a charging port cover mounted to the charging port seat in an openable and closable manner; a transmission mechanism slidably fitting with the guiding structure and connected to the charging port cover ; and a driving mechanism dynamically coupled with the transmission mechanism;
A construction machine comprising: an engine ; a hydraulic pump driven by a drive power of the engine; an actuator driven by an operation oil pumped from the hydraulic pump; a cutoff lever that disables an operation of the actuator; a speed adjustment lever of an engine governor that controls a speed of the engine; a speed adjustment lever biasing member that biases the speed adjustment lever to a low-speed rotation side; a control cable that can tow the speed adjustment lever to a high-speed rotation side against a biasing force of the speed adjustment lever biasing member; an accelerator lever operable in a manner to operate the control cable in a towing direction and a releasing direction; and a relay device provided in a middle portion of the control cable, wherein the relay device has a towing force release mechanism that, in a state in which the accelerator lever is operated in the towing direction, in conjunction with a state in which the cutoff lever is turned thereby to render the actuator inoperable, releases the control cable's towing force for the speed adjustment lever. an engine ; a hydraulic pump driven by a drive power of the engine; an actuator driven by an operation oil pumped from the hydraulic pump; a cutoff lever that disables an operation of the actuator; a speed adjustment lever of an engine governor that controls a speed of the engine; a speed adjustment lever biasing member that biases the speed adjustment lever to a low-speed rotation side; a control cable that can tow the speed adjustment lever to a high-speed rotation side against a biasing force of the speed adjustment lever biasing member; an accelerator lever operable in a manner to operate the control cable in a towing direction and a releasing direction; and a relay device provided in a middle portion of the control cable, wherein the relay device has a towing force release mechanism that, in a state in which the accelerator lever is operated in the towing direction, in conjunction with a state in which the cutoff lever is turned thereby to render the actuator inoperable, releases the control cable's towing force for the speed adjustment lever.
A method executable by a client device to process a received media program made up of a series of segments selected from a plurality of media streams having different video qualities, the method comprising: requesting and receiving , via a network , a first segment of the video program from a first media stream having a first quality from a server, wherein the first segment received from the server is encoded with predictive data describing a bandwidth consumption of a future segment of the same media program, wherein the predictive data contains a numerical representation that describes the bandwidth consumption of a future segment, wherein the predictive data contains a first value representing a size of a future segment; rendering the first segment of the video program for playback to a viewer; and selecting the future segment of the video program based at least in part upon the predictive data encoded with the previously received first segment, wherein the selecting comprises selecting the future segment from a lower quality media stream of the same media program if the predictive data indicates that the bandwidth consumption of the future segment of the same media program will exceed the amount of bandwidth that is available to the client device. requesting and receiving , via a network , a first segment of the video program from a first media stream having a first quality from a server, wherein the first segment received from the server is encoded with predictive data describing a bandwidth consumption of a future segment of the same media program, wherein the predictive data contains a numerical representation that describes the bandwidth consumption of a future segment, wherein the predictive data contains a first value representing a size of a future segment; rendering the first segment of the video program for playback to a viewer; and selecting the future segment of the video program based at least in part upon the predictive data encoded with the previously received first segment, wherein the selecting comprises selecting the future segment from a lower quality media stream of the same media program if the predictive data indicates that the bandwidth consumption of the future segment of the same media program will exceed the amount of bandwidth that is available to the client device.
A process for preparing a structured metal-ceramic substrate, characterized by the following process steps: (1.1) applying of a thick-film paste containing Cu as a metal onto a ceramic substrate; (1.1a) sintering the thick-film paste at a temperature below 1025°C; (1.2) applying of a metal foil onto the thick-film layer of the ceramic substrate; and (1.3) bonding of the metal foil with the ceramic substrate via the thick-film layer, wherein the thick-film paste comprises 70 to less than 92 wt.-% copper based on the total weight of the thick-film paste. (1.1) applying of a thick-film paste containing Cu as a metal onto a ceramic substrate; (1.1a) sintering the thick-film paste at a temperature below 1025°C; (1.2) applying of a metal foil onto the thick-film layer of the ceramic substrate; and (1.3) bonding of the metal foil with the ceramic substrate via the thick-film layer, wherein the thick-film paste comprises 70 to less than 92 wt.-% copper based on the total weight of the thick-film paste.
A computer implemented method for medical image fusion by a medical imaging system, the method comprising: dividing a first medical image into patches; characterized by for each patch, extracting an input feature vector of intensities of the first medical image for the patch, a first displacement vector of the patch based on similarity with a second medical image, intensities of the first medical image for neighboring ones of the patches, and second displacement vectors of the neighboring patches based on similarity with the second medical image; generating a deep-learnt feature vector from application of the input feature vector to a deep machine-learnt classifier; determining non-rigid deformation of the first medical image relative to the second medical image from the deep-learnt feature vector; and fusing the first medical image with the second medical image based on the non-rigid deformation. dividing a first medical image into patches; characterized by for each patch, extracting an input feature vector of intensities of the first medical image for the patch, a first displacement vector of the patch based on similarity with a second medical image, intensities of the first medical image for neighboring ones of the patches, and second displacement vectors of the neighboring patches based on similarity with the second medical image; generating a deep-learnt feature vector from application of the input feature vector to a deep machine-learnt classifier; determining non-rigid deformation of the first medical image relative to the second medical image from the deep-learnt feature vector; and fusing the first medical image with the second medical image based on the non-rigid deformation.
An agricultural bale press, in particular a square bale press, comprising at least one working assembly for processing and/or conveying crop material and a pressing chamber , wherein the pressing chamber has two mutually opposite side walls and a pressure plate upwardly delimiting the pressing chamber , wherein arranged between a side wall and the top-side pressure plate is a corner profile extending at least along a part of the pressing chamber , wherein the corner profile has at least one first pressing profile having a first pressing surface directed towards the pressing chamber for cooperating with the crop material , characterised in that the at least one first pressing profile has a first entry region with a first entry surface , wherein the first entry surface adjoins the first pressing surface and is at an angle with respect thereto, wherein an end of the first entry surface , that faces away from the first pressing surface , is further spaced from the pressing chamber than the first pressing surface .
A baby carrier comprising chest straps , which are arranged to extend around both shoulder regions of a wearer, a waist belt , and a carrier bag mounted on the chest straps and the waist belt, said carrier bag comprises a front piece having leg openings, said front piece forms together with at least a portion of a means a carrier pouch , wherein a lower portion of the front piece forms a first seat support , and the front piece is at an upper portion detachably attached to respective chest strap by a buckle , wherein a second seat support is fixedly arranged at an inside of the lower portion of the front piece between said lower portion and said means , characterized in that the second seat support is divisible by a partition means so as to enable deactivation of said second seat support , said partition means being arranged in the width direction of the front piece, in that the second seat support has a seat width which is narrower than the seat width of the first seat support , and in that the front piece is provided at respective leg opening with a side edge which is flexible and/or openable and which permit a narrower leg position of a child when supported by the second seat support .
A spinal rod assembly comprising: a flexible spinal fusion rod comprising link members that articulate with one another so that said rod is formable into a curved orientation; and a locking mechanism coupled to said link members and configured to lock said link members so that said rod is maintained in the curved orientation, wherein said locking mechanism comprises a flexible elongate member that passes through lumens of said link members from one portion to another portion of said rod , and a fastener arranged to presses said flexible elongate member against an inner wall of at least one of said lumens to lock said flexible elongate member in place, the spinal rod assembly being characterized in that said rod comprises at least one chamfered end and wherein said fastener is located in said at least one chamfered end . a flexible spinal fusion rod comprising link members that articulate with one another so that said rod is formable into a curved orientation; and a locking mechanism coupled to said link members and configured to lock said link members so that said rod is maintained in the curved orientation, wherein said locking mechanism comprises a flexible elongate member that passes through lumens of said link members from one portion to another portion of said rod , and a fastener arranged to presses said flexible elongate member against an inner wall of at least one of said lumens to lock said flexible elongate member in place, the spinal rod assembly being characterized in that said rod comprises at least one chamfered end and wherein said fastener is located in said at least one chamfered end .
A control device configured for use in a lighting control system to control respective amount of power delivered to a plurality of lighting loads , the plurality of lighting loads being external to the control device and each comprising one or more light sources, characterized in the control device comprising: a user input device configured to detect a first user input and a second user input, the user input device comprising a touch sensitive surface ; a control circuit configured to generate first control data to adjust the respective amount of power delivered to the plurality of lighting loads to an absolute power level based on the first user input, the absolute power level corresponding to a percentage of respective maximum power levels of the plurality of lighting loads, the control circuit further configured to generate second control data to adjust the respective amount of power delivered to the plurality of lighting loads by a relative amount based on the second user input, the relative amount corresponding to an amount of adjustment relative to respective present power levels of the plurality of lighting loads; and a communication circuit configured to transmit, to one or more of the plurality of lighting loads or a central controller of the load control system, a first control signal including the first control data and a second control signal including the second control data. a user input device configured to detect a first user input and a second user input, the user input device comprising a touch sensitive surface ; a control circuit configured to generate first control data to adjust the respective amount of power delivered to the plurality of lighting loads to an absolute power level based on the first user input, the absolute power level corresponding to a percentage of respective maximum power levels of the plurality of lighting loads, the control circuit further configured to generate second control data to adjust the respective amount of power delivered to the plurality of lighting loads by a relative amount based on the second user input, the relative amount corresponding to an amount of adjustment relative to respective present power levels of the plurality of lighting loads; and a communication circuit configured to transmit, to one or more of the plurality of lighting loads or a central controller of the load control system, a first control signal including the first control data and a second control signal including the second control data.
A method of determining a filling level of a product in a tank using a radar level gauge system comprising a transceiver , a transmission line probe , and processing circuitry , the method comprising the steps of: generating an electromagnetic transmit signal (S T ) exhibiting a measurement sweep across a time series of piece-wise constant frequencies being within a measurement frequency range starting at a first frequency (f 1 ), and ending at a second frequency (f 2 ) higher than the first frequency, a difference (f step ) between frequencies in each pair of adjacent frequencies in the frequency range being equal to the first frequency (f 1 ); guiding the transmit signal (S T ) towards and into the product in the tank ; guiding an electromagnetic reflection signal (S R ) resulting from reflection of the transmit signal (S T ) at impedance discontinuities encountered thereby, back towards the transceiver ; mixing the reflection signal (S R ) with an electromagnetic reference signal (S REF ) exhibiting a reference sweep across a time series of piece-wise constant reference frequencies, the reference signal being in phase with the transmit signal (S T ) at a start of the measurement sweep and exhibiting a constant frequency difference in relation to the transmit signal (S T ) across the measurement sweep, the mixing resulting in a mixer output indicative of a difference between the reflection signal (S R ) and the reference signal (S REF ); forming a measurement signal (S m ) based on the mixer output; and determining the filling level based on the measurement signal. generating an electromagnetic transmit signal (S T ) exhibiting a measurement sweep across a time series of piece-wise constant frequencies being within a measurement frequency range starting at a first frequency (f 1 ), and ending at a second frequency (f 2 ) higher than the first frequency, a difference (f step ) between frequencies in each pair of adjacent frequencies in the frequency range being equal to the first frequency (f 1 ); guiding the transmit signal (S T ) towards and into the product in the tank ; guiding an electromagnetic reflection signal (S R ) resulting from reflection of the transmit signal (S T ) at impedance discontinuities encountered thereby, back towards the transceiver ; mixing the reflection signal (S R ) with an electromagnetic reference signal (S REF ) exhibiting a reference sweep across a time series of piece-wise constant reference frequencies, the reference signal being in phase with the transmit signal (S T ) at a start of the measurement sweep and exhibiting a constant frequency difference in relation to the transmit signal (S T ) across the measurement sweep, the mixing resulting in a mixer output indicative of a difference between the reflection signal (S R ) and the reference signal (S REF ); forming a measurement signal (S m ) based on the mixer output; and determining the filling level based on the measurement signal.
A method for identifying an unknown microorganism from a sample, the method comprising: providing a cartridge configured to retain an unknown microorganism from a sample and generate ions of the unknown microorganism, wherein the cartridge comprises a porous substrate; and a mass analyzer operably coupled to the cartridge to receive the generated ions of the unknown microorganism; generating the ions of the unknown microorganism from the sample using the cartridge, wherein the generated ions are received by the mass analyzer; obtaining at least one mass spectrum of the unknown microorganism from the mass analyzer; annotating the at least one mass spectrum of the unknown microorganism to generate one or more annotated mass spectra; comparing the one or more annotated mass spectra to a database comprising annotated mass spectra of known organisms; and identifying the unknown organism based on results of the comparison. providing a cartridge configured to retain an unknown microorganism from a sample and generate ions of the unknown microorganism, wherein the cartridge comprises a porous substrate; and a mass analyzer operably coupled to the cartridge to receive the generated ions of the unknown microorganism; generating the ions of the unknown microorganism from the sample using the cartridge, wherein the generated ions are received by the mass analyzer; obtaining at least one mass spectrum of the unknown microorganism from the mass analyzer; annotating the at least one mass spectrum of the unknown microorganism to generate one or more annotated mass spectra; comparing the one or more annotated mass spectra to a database comprising annotated mass spectra of known organisms; and identifying the unknown organism based on results of the comparison.
An abrading operation monitoring system comprising: a particle tracking system that receives, from a particle position retriever , a position of an abrasive particle on an abrasive article surface, an abrasive operation parameter retriever that retrieves, using a communication component, a current set of operation parameters for an abrading machine; an abrasive volume calculator that calculates an abrading volume for a worksurface contacted by the abrasive article surface based on a path of the tracked abrasive particle and the current set of operation parameters; and an abrasive parameters adjuster that is configured to provide a new set of operation parameters for the abrading system based on the calculated abrading volume; and wherein the abrading system is configured to implement the new set of operation parameters. a particle tracking system that receives, from a particle position retriever , a position of an abrasive particle on an abrasive article surface, an abrasive operation parameter retriever that retrieves, using a communication component, a current set of operation parameters for an abrading machine; an abrasive volume calculator that calculates an abrading volume for a worksurface contacted by the abrasive article surface based on a path of the tracked abrasive particle and the current set of operation parameters; and an abrasive parameters adjuster that is configured to provide a new set of operation parameters for the abrading system based on the calculated abrading volume; and wherein the abrading system is configured to implement the new set of operation parameters.
An automatically traveling floor cleaning appliance , designed with a device for creating photographic pictures (FA) of a surface to be travelled over, the floor cleaning appliance having an evaluation unit which is set up to evaluate a picture (FA) with regard to the type of floor covering produced by the device , and to use a floor covering recognised by the evaluation of the evaluation unit with regard to a traversing strategy and/or with regard to an adjustment of cleaning parameters, such as floor spacing and/or size of secondary air openings and/or brush speed, characterised in that the evaluation unit is designed to detect and classify surfaces detected with the photographic pictures (FA) by the targeted use of digital image processing differences with regard to differences in their properties means of on the basis of predetermined features, whereby, based on these differences, the cleaning appliance is enabled to interrupt a cleaning process as a whole or/and to leave or avoid a detected floor surface depending on the type of floor covering detected.