mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle seat comprising: a seat backrest that has a seat backrest frame formed in a frame shape and a net disposed to stretch in the seat backrest frame , wherein the net has a first string portion arranged radially, and the first string portion extends radially from a connection portion , characterized in that the first string portion forms a backrest surface . a seat backrest that has a seat backrest frame formed in a frame shape and a net disposed to stretch in the seat backrest frame , wherein the net has a first string portion arranged radially, and the first string portion extends radially from a connection portion , characterized in that the first string portion forms a backrest surface .
An image generation device characterized by comprising: image capturing means installed on a water moving object; target information acquisition means for acquiring target information about a target; augmented image generation means for generating an augmented image in which the target information acquired by the target information acquisition means is displayed in a captured image captured by the image capturing means; marker display means for displaying a marker for selecting the target, first detailed information of which is to be displayed by a user such that the marker moves according to a display place of the target in the augmented image; and marker moving means for moving the display place of at least one of a plurality of the markers so that determination regions which determining that each marker has been selected do not overlap each other; and a first detailed information display means for displaying the first detailed information about the target corresponding to the marker selected by the user based on the target information acquired by the target information acquisition means, wherein the marker display means includes different display modes of the marker for respective types of the target information acquisition means which acquire the first detailed information. image capturing means installed on a water moving object; target information acquisition means for acquiring target information about a target; augmented image generation means for generating an augmented image in which the target information acquired by the target information acquisition means is displayed in a captured image captured by the image capturing means; marker display means for displaying a marker for selecting the target, first detailed information of which is to be displayed by a user such that the marker moves according to a display place of the target in the augmented image; and marker moving means for moving the display place of at least one of a plurality of the markers so that determination regions which determining that each marker has been selected do not overlap each other; and a first detailed information display means for displaying the first detailed information about the target corresponding to the marker selected by the user based on the target information acquired by the target information acquisition means, wherein the marker display means includes different display modes of the marker for respective types of the target information acquisition means which acquire the first detailed information.
An apparatus for controlling fluid flow through a section of medical tubing, comprising: an adapter coupled to an end of the section of medical tubing, the adapter having a lumen wherein the lumen of the adapter and the section of medical tubing are in fluid communication; and a septum disposed within the lumen of the adapter , the septum blocking fluid flow between the section of medical tubing and the adapter , the fluid flow being unblocked by either exerting a force on at least one contact surface of the septum , or by inserting a probe into the lumen of the adapter whereby the probe displaces a portion of the septum and unblocks the fluid flow, wherein the septum further comprises at least one slit , the at least one slit forming a pathway through the septum characterized by an actuator deposited within a portion of the septum , the actuator comprising an interface surface such that when the probe contacts the interface surface and advances the actuator through the pathway of the septum , the actuator biases open the slit of the septum . an adapter coupled to an end of the section of medical tubing, the adapter having a lumen wherein the lumen of the adapter and the section of medical tubing are in fluid communication; and a septum disposed within the lumen of the adapter , the septum blocking fluid flow between the section of medical tubing and the adapter , the fluid flow being unblocked by either exerting a force on at least one contact surface of the septum , or by inserting a probe into the lumen of the adapter whereby the probe displaces a portion of the septum and unblocks the fluid flow, wherein the septum further comprises at least one slit , the at least one slit forming a pathway through the septum characterized by an actuator deposited within a portion of the septum , the actuator comprising an interface surface such that when the probe contacts the interface surface and advances the actuator through the pathway of the septum , the actuator biases open the slit of the septum .
A voltage management system , comprising: a conversion configuration table that stores configuration information associated with a plurality of voltage signals, where the configuration information is associated with an analog-to-digital conversion process; a voltage information management module configured to manage the analog-to-digital conversion of the plurality of voltage signals based on the conversion configuration table to obtain digital voltage values indicative of voltage levels of the plurality of voltage signals; and a processor configured to communicate with the voltage information management module to process and store the digital voltage values in a memory device , wherein the conversion configuration table includes a multiplexor select value indicating a multiplexor to be utilized to sample respective voltage signal of the plurality of voltage signals, a multiplexor input value indicating an input port of the multiplexor for sampling the respective voltage signal, a scaling denominator value and a scaling numerator value for scaling the respective sampled voltage signal by a ratio of said scaling numerator value and said scaling denominator value to obtain a respective digital voltage value representing the respective sampled voltage signal, and a destination address which indicates a storage address in the memory device for storing the respective digital voltage value. a conversion configuration table that stores configuration information associated with a plurality of voltage signals, where the configuration information is associated with an analog-to-digital conversion process; a voltage information management module configured to manage the analog-to-digital conversion of the plurality of voltage signals based on the conversion configuration table to obtain digital voltage values indicative of voltage levels of the plurality of voltage signals; and a processor configured to communicate with the voltage information management module to process and store the digital voltage values in a memory device , wherein the conversion configuration table includes a multiplexor select value indicating a multiplexor to be utilized to sample respective voltage signal of the plurality of voltage signals, a multiplexor input value indicating an input port of the multiplexor for sampling the respective voltage signal, a scaling denominator value and a scaling numerator value for scaling the respective sampled voltage signal by a ratio of said scaling numerator value and said scaling denominator value to obtain a respective digital voltage value representing the respective sampled voltage signal, and a destination address which indicates a storage address in the memory device for storing the respective digital voltage value.
A track pad for a continuous track assembly, comprising: a body formed of a first material with a first hardness; at least one roller-engaging surface configured to engage a roller of the continuous track assembly, wherein the roller-engaging surface is formed of a second, different, material with a second hardness that is greater than the first hardness, and wherein the second material is configured to engage the roller ; and characterised by the provision of two roller-engaging surfaces and two sprocket-engaging surfaces , wherein a first sprocket-engaging surface configured to engage a sprocket when operated in a first direction and a second sprocket-engaging surface configured to engage a sprocket when operated in a second direction, said first and second sprocket-engaging surfaces being formed of the second material; by the provision of one or more bushings configured to link the track pad to another track pad , wherein the one or more bushings are located in the body by suspending or placing them in a casting mold used for the casting of the track pad at the time of manufacture and are formed of the second material; and wherein the first material is a metal material and the second material is a ceramic material. a body formed of a first material with a first hardness; at least one roller-engaging surface configured to engage a roller of the continuous track assembly, wherein the roller-engaging surface is formed of a second, different, material with a second hardness that is greater than the first hardness, and wherein the second material is configured to engage the roller ; and characterised by the provision of two roller-engaging surfaces and two sprocket-engaging surfaces , wherein a first sprocket-engaging surface configured to engage a sprocket when operated in a first direction and a second sprocket-engaging surface configured to engage a sprocket when operated in a second direction, said first and second sprocket-engaging surfaces being formed of the second material; by the provision of one or more bushings configured to link the track pad to another track pad , wherein the one or more bushings are located in the body by suspending or placing them in a casting mold used for the casting of the track pad at the time of manufacture and are formed of the second material; and wherein the first material is a metal material and the second material is a ceramic material.
A gas turbine engine comprising: a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a second spool comprising a second compressor and a second turbine mounted to a second shaft ; a third spool comprising a third compressor and a third turbine mounted to a third shaft ; a primary combustor disposed between and fluidly communicating with the first compressor and the first turbine ; a diffuser disposed between and fluidly communicating with the first compressor and the primary combustor ; a secondary combustor disposed between and fluidly communicating with the second compressor and the second turbine ; and an outlet duct assembly fluidly connecting the second turbine to the diffuser and the primary combustor , the outlet duct assembly comprising: a main duct extending from and communicating with the second turbine ; a plurality of first branch ducts extending from and communicating between the main duct to the diffuser ; and a second branch duct extending from and communicating between the main duct to the primary combustor . a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a second spool comprising a second compressor and a second turbine mounted to a second shaft ; a third spool comprising a third compressor and a third turbine mounted to a third shaft ; a primary combustor disposed between and fluidly communicating with the first compressor and the first turbine ; a diffuser disposed between and fluidly communicating with the first compressor and the primary combustor ; a secondary combustor disposed between and fluidly communicating with the second compressor and the second turbine ; and an outlet duct assembly fluidly connecting the second turbine to the diffuser and the primary combustor , the outlet duct assembly comprising: a main duct extending from and communicating with the second turbine ; a plurality of first branch ducts extending from and communicating between the main duct to the diffuser ; and a second branch duct extending from and communicating between the main duct to the primary combustor . a main duct extending from and communicating with the second turbine ; a plurality of first branch ducts extending from and communicating between the main duct to the diffuser ; and a second branch duct extending from and communicating between the main duct to the primary combustor .
A method of wireless communication, comprising: determining , by a base station, a downlink enablement status for a downlink re-synchronization procedure over an unlicensed spectrum; transmitting , by the base station, a downlink status indication identifying the downlink enablement status; providing, by the base station, at least two re-synchronization boundaries within a single frame usable by a user equipment, UE, for clear channel assessment, CCA, or extended CCA, ECCA, before uplink transmission, wherein the at least two re-synchronization boundaries are associated with a particular uplink/downlink subframe configuration; and transmitting, by the base station, an indication for one or more user equipments, UE, to refrain from transmission for a predetermined duration right before one or more re-synchronization boundaries defined within the single frame. determining , by a base station, a downlink enablement status for a downlink re-synchronization procedure over an unlicensed spectrum; transmitting , by the base station, a downlink status indication identifying the downlink enablement status; providing, by the base station, at least two re-synchronization boundaries within a single frame usable by a user equipment, UE, for clear channel assessment, CCA, or extended CCA, ECCA, before uplink transmission, wherein the at least two re-synchronization boundaries are associated with a particular uplink/downlink subframe configuration; and transmitting, by the base station, an indication for one or more user equipments, UE, to refrain from transmission for a predetermined duration right before one or more re-synchronization boundaries defined within the single frame.
A box spring having a base , a number of slats for supporting the base , a frame for receiving the slats , and a number of legs to space the frame from the floor, wherein the frame has a head segment held at a middle crossbeam ; wherein the head segment has a head crossbeam , a right head side rail foldable in itself, and a left head side rail foldable in itself; wherein the right head side rail has a middle element pivotably held at the middle crossbeam and a head element pivotably held at the head crossbeam ; and wherein the left head side rail has a middle element pivotably held at the middle crossbeam and a head element pivotably held at the head crossbeam such that the head segment can be pushed together after folding in the right head side rail and the left head side rail such that the box spring can be shipped by commercial mail packages having a maximum size of 80 cm x 80 cm x 120 cm; or wherein the frame has a foot segment held at a middle crossbeam ; wherein the foot segment has a foot crossbeam , a right foot side rail foldable in itself, and a left foot side rail foldable in itself; wherein the right foot side rail has a middle element pivotably held at the middle crossbeam and a foot element pivotably held at the foot crossbeam ; and wherein the left foot side rail has a middle element pivotably held at the middle crossbeam and a foot element pivotably held at the foot crossbeam such that the foot segment can be pushed together after folding in the right foot side rail and the left foot side rail such that the box spring can be shipped by commercial mail packages having a maximum size of 80 cm x 80 cm x 120 cm; wherein the head element of the head side rail of the head side rail is foldably held at the middle element of the head side rail via a folding joint ; and/or wherein the foot element of the foot side rail is foldably held at the middle element of the foot side rail via a folding joint , characterized in that the folding joint is formed from a fitting bent in U shape and a respective one joint axle for the middle element and for the head element of the head side rail or for the middle element and for the foot element of the foot side rail , with at least one joint axle receiver opening for receiving a joint axle being formed for each joint axle in the fitting .
A terminal comprising: a receiving section that, in an unlicensed spectrum, receives a first synchronization signal/physical broadcast channel, SS/PBCH, block and monitors, based on the first SS/PBCH block, a first downlink control channel used for scheduling of first system information; and a control section that determines, by using a first candidate, a first control resource set, CORESET, corresponding to the first downlink control channel, wherein the first candidate differs from a second candidate associated with a second CORESET corresponding to a second downlink control channel used for scheduling of second system information in a licensed spectrum. a receiving section that, in an unlicensed spectrum, receives a first synchronization signal/physical broadcast channel, SS/PBCH, block and monitors, based on the first SS/PBCH block, a first downlink control channel used for scheduling of first system information; and a control section that determines, by using a first candidate, a first control resource set, CORESET, corresponding to the first downlink control channel, wherein the first candidate differs from a second candidate associated with a second CORESET corresponding to a second downlink control channel used for scheduling of second system information in a licensed spectrum.
A method for the treatment of wastewater containing at least one organic ammonium ion and optionally impurities such as soluble silica, which method comprises an electrodialysis of the optionally pretreated wastewater to obtain desalted water having a reduced content of organic ammonium ion and a concentrate containing an organic ammonium ion, wherein the electrodialysis is carried out in at least one electrodialyser, the membrane stack of the electrodialyser has at least one membrane unit, and the membranes in at least a part of the membrane unit(s) comprise a styrene-type homogeneous cation exchange membrane, wherein the organic ammonium ion is represented by formula I, in formula I, R 1 , R 2 , R 3 and R 4 are independently selected from C 1 -C 5 alkyl, and C 6- C 12 aryl. which method comprises an electrodialysis of the optionally pretreated wastewater to obtain desalted water having a reduced content of organic ammonium ion and a concentrate containing an organic ammonium ion, wherein the electrodialysis is carried out in at least one electrodialyser, the membrane stack of the electrodialyser has at least one membrane unit, and the membranes in at least a part of the membrane unit(s) comprise a styrene-type homogeneous cation exchange membrane, wherein the organic ammonium ion is represented by formula I, in formula I, R 1 , R 2 , R 3 and R 4 are independently selected from C 1 -C 5 alkyl, and C 6- C 12 aryl.
An optoelectronic sensor , in particular a laser scanner, for detecting and determining the distance of objects in a monitored area , comprising a light transmitter for transmitting a transmitted light beam , a light receiver for generating a received signal from transmitted light remitted or reflected by objects in the monitored area , and an evaluation unit configured for a first distance measurement with a first sensitivity measuring a first object distance on the basis of the light time of flight of the transmitted light beam which is transmitted and received again, characterized in that the evaluation unit is further configured to determine a limitation of the range of vision by comparing the first object distance with a second object distance from a second distance measurement at a second sensitivity different from the first sensitivity.
A refrigerant pipe for air-conditioning systems operated with carbon dioxide as refrigerant, in particular air-conditioning systems of motor vehicles, wherein, on at least one, preferably on both ends, the pipe is tightly provided with connecting parts for connection to onward-leading components, in particular welded thereto, wherein the pipe has an inner corrugated hose made of metal, which is impervious to refrigerant and which is connected to the connecting parts , and the corrugated hose is surrounded at a radial distance by an axial support in the form of a flexible jacket made of plastic, which is radially pressure-resistant and which is connected to the connecting parts , wherein the flexible jacket is a braided hose or a knitted hose, characterised in that the jacket has a negative temperature expansion coefficient at operating temperature of 180°C, based on room temperature, and a strength- and movement-optimized geometry by the combination of low fibre weight of between 100 and 600 dtex with a degree of coverage of at least 98%, interwoven in 48-64 rabbits with at least 4 and maximally 24 threads.
A method comprising: obtaining a first task to print, a second task to print, and a printing mode, wherein the second task is different from and independent of the first task; defining a layout of a printing image comprising a center region configured to contain the first task, and a peripheral region configured to contain the second task; choosing between overlaying, underlaying and stitching the second task and the first task based on the printing mode, wherein overlaying includes printing the second task over the first task in the peripheral region, underlaying includes printing the second task under the first task in the peripheral region, and stitching includes printing the second task around the first task in the peripheral region; determining a number of printing images needed to print the first task; and arranging the first task and the second task within the determined number of printing images. obtaining a first task to print, a second task to print, and a printing mode, wherein the second task is different from and independent of the first task; defining a layout of a printing image comprising a center region configured to contain the first task, and a peripheral region configured to contain the second task; choosing between overlaying, underlaying and stitching the second task and the first task based on the printing mode, wherein overlaying includes printing the second task over the first task in the peripheral region, underlaying includes printing the second task under the first task in the peripheral region, and stitching includes printing the second task around the first task in the peripheral region; determining a number of printing images needed to print the first task; and arranging the first task and the second task within the determined number of printing images.