mhurhangee/patent-ind-claim-en huggingface dataset:
Motor vehicle underbody cladding having an air inlet , which is delimited with respect to the vehicle or to the roadway by an upper and a lower planar element (4; 3), which each extend rearwards and upwards in a curve in the direction of a vehicle compartment in which components of the vehicle that are to be cooled are located, characterized in that the rear end of the upper planar element is adjoined by a level air baffle plate , which extends a little way (h) directed substantially vertically upwards and then ends substantially freely in the vehicle compartment , in particular in the engine compartment.
A method of producing biochar comprising the steps of: a. placing feedstock in a kiln ; b. burning fuel in an oxidiser and directing the resultant heated gases from the oxidiser to the feedstock to reduce the moisture content of the feedstock; c. burning fuel in an oxidiser and directing the resultant heated gases from the oxidiser to the feedstock to pyrolyse the feedstock; d. removing at least some of the pyrolytic gases, released from the feedstock in step c, to the oxidiser for burning therein; e. directing at least a portion of the at least partially inert gases resultant from the burning of the pyrolytic gases in step d to the feedstock to regulate the amount of heat and air supplied to the kiln to controllably continue pyrolysis of the feedstock therein; characterised in that ; at least some of the heated gases resultant from the fuel burning in either, or both, of steps b and c are directed around the outside of the kiln in an at least partial spiral manner ; and at least some of the resultant heated gases from the fuel burning in step b are directed through the inside of the kiln from the top to the bottom, some of said gases then being directed to the atmosphere via a chimney , and some of said gases being recirculated to the kiln again. a. placing feedstock in a kiln ; b. burning fuel in an oxidiser and directing the resultant heated gases from the oxidiser to the feedstock to reduce the moisture content of the feedstock; c. burning fuel in an oxidiser and directing the resultant heated gases from the oxidiser to the feedstock to pyrolyse the feedstock; d. removing at least some of the pyrolytic gases, released from the feedstock in step c, to the oxidiser for burning therein; e. directing at least a portion of the at least partially inert gases resultant from the burning of the pyrolytic gases in step d to the feedstock to regulate the amount of heat and air supplied to the kiln to controllably continue pyrolysis of the feedstock therein;
Product discharge control device for a form-fill-seal machine, comprising a hopper receiving a metered product amount where it is deposited, discharge control elements movable between a closed position and an open position by driving means, and a fill tube connecting the discharge control device with a fill nozzle of the form-fill-seal machine whereby a bag is filled with product, the driving means of the discharge control elements comprising a motor driving the movement of one of the discharge control elements , and a synchronizing connecting rod synchronizing the movement of the discharge control element driven by the motor with the other discharge control element , said driving means also comprise first and second levers connected by means of said synchronizing connecting rod , each integral with a shaft for moving each of said discharge control elements , characterised by the movement of which is driven by means of a drive belt located between the output shaft of the motor and one of said levers .
Lipid bilayer mimic comprising self-assembled Bola-form amphiphiles on a surface, wherein the amphiphile comprises a hydrocarbon chain with hydrophilic end-groups at both the termini consisting of the α- and ω-ends, wherein the Bola-form amphiphile is an α-(4-amidinophenoxy)alkane substituted at the ω-position with phenoxy substituted at the 3 or 4 position with an oligo ethylene glycol spacer of repeating units of ethylene glycol which is optionally terminated with a ligand, wherein the number of ethylene glycol repeating units range between 1 and 5, and wherein the hydrocarbon chain contains a number of carbons between 2 and 16.
A memory card comprising: a first surface including first to Nth rows, where N is an integer of two or greater, each of first to Nth rows being an area where three or more terminals are arranged in a linear fashion; a second surface facing the opposite side from the first surface; and 1st to Nth terminal groups corresponding to the 1st to Nth rows, each terminal group being placed in the corresponding row, characterized in that the 1st terminal group includes terminals to which the memory card receives differential clock signals, terminals to which the memory card receives single-ended signals, and a terminal to which the memory card receives a first power supply voltage, the Kth terminal group, where K is an integer no smaller than two and no greater than N, includes terminals to which the memory card receives differential data signals; and the Kth terminal group further includes a terminal to which ground potential (VSS) is received and terminals to which the differential data signals are assigned, the terminal to which ground potential is received being placed between the terminals to which the differential data signals are assigned. a first surface including first to Nth rows, where N is an integer of two or greater, each of first to Nth rows being an area where three or more terminals are arranged in a linear fashion; a second surface facing the opposite side from the first surface; and 1st to Nth terminal groups corresponding to the 1st to Nth rows, each terminal group being placed in the corresponding row, characterized in that the 1st terminal group includes terminals to which the memory card receives differential clock signals, terminals to which the memory card receives single-ended signals, and a terminal to which the memory card receives a first power supply voltage, the Kth terminal group, where K is an integer no smaller than two and no greater than N, includes terminals to which the memory card receives differential data signals; and the Kth terminal group further includes a terminal to which ground potential (VSS) is received and terminals to which the differential data signals are assigned, the terminal to which ground potential is received being placed between the terminals to which the differential data signals are assigned.
Method for operating a motor vehicle , wherein the motor vehicle comprises at least two electrical machines coupled mechanically to a respective drive train component, wherein a first of the electrical machines is connected at a first node to an electrical system of the motor vehicle and a second of the electrical machines is connected at a second node to the electrical system of the motor vehicle , wherein the first node and the second node are spaced apart spatially and are connected by at least one electrical line , wherein in a recovery mode of the first and the second electrical machine with connected nodes an electric power is generated by each of the electrical machines as a function of a power demand information, which describes at least a power demand at the first node and a power demand at the second node , wherein the power demand information is determined as a function of a current power demand and/or a predicted power demand and/or a minimum power demand and/or a maximum power demand of an electrical user or more electrical users , which is or are connected respectively to the electrical system at the first node or at the second node .
A liquid storage unit , comprising: a first liquid storage chamber and a second liquid storage chamber communicating with each other, wherein the first liquid storage chamber has a constant volume and an introduction port through which liquid can be supplied from a liquid tank , and wherein the second liquid storage chamber has a wall portion formed by an elastic member to enable a variable volume; characterized by : a pressure control chamber having a wall portion formed by the elastic member , wherein the pressure control chamber is connectable to a pressure control unit such that a pressure of the pressure control chamber can be changed through actuation of the pressure control unit so as to increase and decrease a volume of the second liquid storage chamber through deformation of the elastic member, and wherein the second liquid storage chamber and the pressure control chamber are tightly partitioned from each other irrespective of the deformation of the elastic member. a first liquid storage chamber and a second liquid storage chamber communicating with each other, wherein the first liquid storage chamber has a constant volume and an introduction port through which liquid can be supplied from a liquid tank , and wherein the second liquid storage chamber has a wall portion formed by an elastic member to enable a variable volume; characterized by : a pressure control chamber having a wall portion formed by the elastic member , wherein the pressure control chamber is connectable to a pressure control unit such that a pressure of the pressure control chamber can be changed through actuation of the pressure control unit so as to increase and decrease a volume of the second liquid storage chamber through deformation of the elastic member, and wherein the second liquid storage chamber and the pressure control chamber are tightly partitioned from each other irrespective of the deformation of the elastic member. a pressure control chamber having a wall portion formed by the elastic member , wherein the pressure control chamber is connectable to a pressure control unit such that a pressure of the pressure control chamber can be changed through actuation of the pressure control unit so as to increase and decrease a volume of the second liquid storage chamber through deformation of the elastic member, and wherein the second liquid storage chamber and the pressure control chamber are tightly partitioned from each other irrespective of the deformation of the elastic member.
A gas turbine engine with an axial centerline comprising: a gearbox including a plurality of first gears and a plurality of second gears , the first gears meshed together and respectively rotatable about parallel first gear axes , and the second gears meshed together and respectively rotatable about parallel second gear axes , wherein each of the first gear axes and each of the second gear axes is non-parallel with the axial centerline ; a first torque transmission apparatus configured to drive the first gears wherein the first torque transmission apparatus comprises a first tower shaft ; and a second torque transmission apparatus configured to drive the second gears , wherein the second torque transmission apparatus comprises a second tower shaft ; wherein the first gears are meshed together in a first plane parallel with the axial centerline ; and the second gears are meshed together in a second plane parallel with the axial centerline ; characterised in that : the second plane is parallel with and spaced from the first plane , or angularly offset from the first plane by an acute angle . a gearbox including a plurality of first gears and a plurality of second gears , the first gears meshed together and respectively rotatable about parallel first gear axes , and the second gears meshed together and respectively rotatable about parallel second gear axes , wherein each of the first gear axes and each of the second gear axes is non-parallel with the axial centerline ; a first torque transmission apparatus configured to drive the first gears wherein the first torque transmission apparatus comprises a first tower shaft ; and a second torque transmission apparatus configured to drive the second gears , wherein the second torque transmission apparatus comprises a second tower shaft ; wherein the first gears are meshed together in a first plane parallel with the axial centerline ; and the second gears are meshed together in a second plane parallel with the axial centerline ; characterised in that : the second plane is parallel with and spaced from the first plane , or angularly offset from the first plane by an acute angle .
A system for predicting a health outcome of a subject moving through an environment, the system comprising: - a camera situated within the environment configured to generate one or more images and/or a video sequence including at least a portion of a feature of interest of the subject; and - a processor , configured to identify and segment at least the portion of the feature of interest from the one or more of the images and/or video sequence to form one or more segmented features (2a-e, 3, 4), to calculate one or more metrics from the segmented features, and to predict the health outcome of the subject based upon one or more of the metrics, - characterized in that when the processor determines that the identified portion of the feature of interest is at least partially obstructed in the one or more images and/or video sequence, the processor is further configured to: segment at least a part of the identified portion of the feature of interest from the plurality of images and/or video sequence to form a group of partially segmented features; merge the partially segmented features to form a representative segmented feature; calculate one or more metrics based on the representative segmented feature; and predict the health outcome of the subject based upon one or more of said metrics. - a camera situated within the environment configured to generate one or more images and/or a video sequence including at least a portion of a feature of interest of the subject; and - a processor , configured to identify and segment at least the portion of the feature of interest from the one or more of the images and/or video sequence to form one or more segmented features (2a-e, 3, 4), to calculate one or more metrics from the segmented features, and to predict the health outcome of the subject based upon one or more of the metrics, - characterized in that when the processor determines that the identified portion of the feature of interest is at least partially obstructed in the one or more images and/or video sequence, the processor is further configured to: segment at least a part of the identified portion of the feature of interest from the plurality of images and/or video sequence to form a group of partially segmented features; merge the partially segmented features to form a representative segmented feature; calculate one or more metrics based on the representative segmented feature; and predict the health outcome of the subject based upon one or more of said metrics. segment at least a part of the identified portion of the feature of interest from the plurality of images and/or video sequence to form a group of partially segmented features; merge the partially segmented features to form a representative segmented feature; calculate one or more metrics based on the representative segmented feature; and predict the health outcome of the subject based upon one or more of said metrics.
Method for aligning maps of an electronic locating system, in particular of a LIDAR locating system used in a driver assistance system of a motor vehicle or industrial truck, in the automated driving of motor vehicles, industrial trucks or in mobile robots, wherein at least one map to be aligned of the electronic locating system is aligned in relation to a building model and/or in relation to an already aligned map , wherein the following steps are comprised: - carrying out a first mapping journey , by means of which a first map is generated ; - carrying out an at least second mapping journey for generating at least one second map to be aligned; - manually aligning the first map by means of a building plan representing the building model in order to generate a manually aligned first map ; - automatically aligning the at least one second map to be aligned on the basis of the manually aligned first map in order to automatically generate an aligned second map . - carrying out a first mapping journey , by means of which a first map is generated ; - carrying out an at least second mapping journey for generating at least one second map to be aligned; - manually aligning the first map by means of a building plan representing the building model in order to generate a manually aligned first map ; - automatically aligning the at least one second map to be aligned on the basis of the manually aligned first map in order to automatically generate an aligned second map .
A method for producing a binder composition, wherein the method comprises: i) providing a raw material of crushed lignin agglomerates, wherein at least 90 weight-% of the crushed lignin agglomerates have a particle size of at most 10 mm; ii) dissolving the provided raw material into an aqueous solvent composition, wherein at least 95 weight-% of the total amount of the raw material provided into the aqueous solvent composition is dissolved into the aqueous solvent composition within at most 60 minutes; and iii) heating the composition formed in step ii) at a temperature of 60 - 150 °C in the presence of crosslinking agent and compound selected from the class of phenols for polymerizing the raw material, the crosslinking agent, and the compound selected from the class of phenols. i) providing a raw material of crushed lignin agglomerates, wherein at least 90 weight-% of the crushed lignin agglomerates have a particle size of at most 10 mm; ii) dissolving the provided raw material into an aqueous solvent composition, wherein at least 95 weight-% of the total amount of the raw material provided into the aqueous solvent composition is dissolved into the aqueous solvent composition within at most 60 minutes; and iii) heating the composition formed in step ii) at a temperature of 60 - 150 °C in the presence of crosslinking agent and compound selected from the class of phenols for polymerizing the raw material, the crosslinking agent, and the compound selected from the class of phenols.
A fluid dynamic plant for the controlled drive of a ram of a press that comprises: - A pushing piston slidingly received in a sliding seating of a press that is divided by the ram into a stem-side chamber and a push-side chamber ; - A first pump of a pressurized fluid which is driven and/or controlled by a first servo-motor that is functionally connected with it; - An accumulator group of said pressurized fluid which is fluid-dynamically connected to said first pump or to said sliding seating alternatively; - A distributor group for alternate fluid-dynamic connection of said first pump to said sliding seating or of said first pump to said accumulator group ; - a power generator group interposed between said accumulator group and said push-side chamber , CHARACTERIZED IN THAT a second distributor or pilot to command a cartridge for the interception of said pressurized fluid is interposed between said accumulator group and said power generator group . - A pushing piston slidingly received in a sliding seating of a press that is divided by the ram into a stem-side chamber and a push-side chamber ; - A first pump of a pressurized fluid which is driven and/or controlled by a first servo-motor that is functionally connected with it; - An accumulator group of said pressurized fluid which is fluid-dynamically connected to said first pump or to said sliding seating alternatively; - A distributor group for alternate fluid-dynamic connection of said first pump to said sliding seating or of said first pump to said accumulator group ; - a power generator group interposed between said accumulator group and said push-side chamber ,
A method of making watermarking data embedded in an Elementary Stream accessible to a receiver wherein the Elementary Stream comprises video and/or audio data; wherein the Elementary Stream is to be transmitted as a Packetized Elementary Stream in an MPEG-2 Transport Stream such that the receiver can use the watermarking data to watermark the video and/or audio data in the Elementary Stream; and wherein the watermarking data identifies one or more watermarking locations in the video and/or audio data in the Elementary Stream to be modified by the receiver in accordance with the watermarking data, the method comprising: determining respective one or more watermarking Transport Stream locations in the Transport Stream corresponding to the one or more watermarking locations; and embedding, in the Elementary Stream, the watermarking data including watermarking location information identifying the one or more watermarking Transport Stream locations or modifying watermarking data embedded in the Elementary Stream by adding the watermarking location information; the method further comprising: subsequent to embedding or modifying the watermarking data, packetizing the Elementary Stream into one or more Packetized Elementary Stream packets, each packet comprising a packet header characterized by adding watermarking data location information identifying a location in the Transport Stream corresponding to a location of the watermarking data in the Elementary Stream to a Packetized Elementary Stream private data field of a Packetized Elementary Stream packet header. determining respective one or more watermarking Transport Stream locations in the Transport Stream corresponding to the one or more watermarking locations; and embedding, in the Elementary Stream, the watermarking data including watermarking location information identifying the one or more watermarking Transport Stream locations or modifying watermarking data embedded in the Elementary Stream by adding the watermarking location information; subsequent to embedding or modifying the watermarking data, packetizing the Elementary Stream into one or more Packetized Elementary Stream packets, each packet comprising a packet header characterized by adding watermarking data location information identifying a location in the Transport Stream corresponding to a location of the watermarking data in the Elementary Stream to a Packetized Elementary Stream private data field of a Packetized Elementary Stream packet header.
Snout for a hot-dip coating system for a flat product, the snout extending from the outlet of a continuous furnace into a melt below the coating bath surface and insulating the flat product from the environment, wherein at least one suction unit and a blow-in unit are provided, characterized in that the blow-in unit and the suction unit are provided on a common carrier plate , in that the carrier plate is connected along an edge via at least one joint to the snout , and in that the carrier plate is movable into a closed position in which the carrier plate closes an opening on the snout and an open position.