mhurhangee/patent-ind-claim-en huggingface dataset:
A boarding bridge comprising: a first tunnel configured to be connected to a terminal gate; a second tunnel configured to be overlappingly connected to the first tunnel; and a controller, wherein each of the first tunnel and the second tunnel has a plurality of transparent displays and characterised in that each of said tunnels includes one or more overlap detecting sensors , and the controller being configured such that when it is detected that the transparent displays of the first and second tunnels are overlapped through the overlap detecting sensors that detect whether or not the transparent displays of the first tunnel and the transparent displays of the second tunnel are overlapped with each other, the controller selectively controls an image reproduction of the transparent displays of the first and second tunnels so that images reproduced in the transparent displays of the first and second tunnels are not overlapped with each other. a first tunnel configured to be connected to a terminal gate; a second tunnel configured to be overlappingly connected to the first tunnel; and a controller, wherein each of the first tunnel and the second tunnel has a plurality of transparent displays and characterised in that each of said tunnels includes one or more overlap detecting sensors , and the controller being configured such that when it is detected that the transparent displays of the first and second tunnels are overlapped through the overlap detecting sensors that detect whether or not the transparent displays of the first tunnel and the transparent displays of the second tunnel are overlapped with each other, the controller selectively controls an image reproduction of the transparent displays of the first and second tunnels so that images reproduced in the transparent displays of the first and second tunnels are not overlapped with each other.
A dispensing system comprising: a robot configured to move a dispenser for suctioning a liquid (C1) to be dispensed; a camera for capturing an image including at least a tip of the dispenser , a liquid surface (SF1) of the liquid (C1), and an object not to be dispensed (C2) located below the liquid surface (SF1); an image processing module configured to acquire location information for the liquid surface (SF1), location information for a boundary (BD1) between the liquid (C1) and the object not to be dispensed (C2), and location information for the tip of the dispenser based on the image; characterized in that the dispensing system further comprises a lowering control module configured to control, when suctioning the liquid (C1) into the dispenser , the robot to lower the dispenser based on the location information for the tip , the location information for the liquid surface (SF1), and the location information for the boundary (BD1), and a target position setting module configured to set a final target position (GL1) based on the location information for the boundary (BD1), wherein the lowering control module controls the robot to lower the tip of the dispenser following lowering of the liquid surface (SF1), and lower the tip of the dispenser to the final target position (GL1); and the target position setting module updates the final target position (GL1) based on the location information for the boundary (BD1) while the robot lowers the dispenser . a robot configured to move a dispenser for suctioning a liquid (C1) to be dispensed; a camera for capturing an image including at least a tip of the dispenser , a liquid surface (SF1) of the liquid (C1), and an object not to be dispensed (C2) located below the liquid surface (SF1); an image processing module configured to acquire location information for the liquid surface (SF1), location information for a boundary (BD1) between the liquid (C1) and the object not to be dispensed (C2), and location information for the tip of the dispenser based on the image; characterized in that the dispensing system further comprises a lowering control module configured to control, when suctioning the liquid (C1) into the dispenser , the robot to lower the dispenser based on the location information for the tip , the location information for the liquid surface (SF1), and the location information for the boundary (BD1), and a target position setting module configured to set a final target position (GL1) based on the location information for the boundary (BD1), wherein the lowering control module controls the robot to lower the tip of the dispenser following lowering of the liquid surface (SF1), and lower the tip of the dispenser to the final target position (GL1); and the target position setting module updates the final target position (GL1) based on the location information for the boundary (BD1) while the robot lowers the dispenser .
A gas burner assembly for a gas cooking appliance comprising at least one base part wherein: - the base part includes a shell with an open top side, - the base part includes and/or supports at least one injector (26; 26A, 26B) arranged in the central and deepest position of the shell , and - the inner side of the shell is formed as a circumferential surface of a truncated cone, the gas burner assembly comprises an intermediate part arranged above the base part , wherein said intermediate part includes a vertical Venturi pipe in its central portion, so that the Venturi pipe is arranged above the injector (26; 26A, 26B), the gas burner assembly comprises a burner crown arranged above the intermediate part , characterized in that the burner crown includes a plurality of flame ports , the burner crown includes an inner central chamber and an outer annular chamber , wherein the inner central chamber is covered by an inner burner cap and the outer annular chamber is covered by an outer burner cap , a plurality of outer flame ports is formed in an outer circumferential side wall of the outer annular chamber , wherein the outer burner cap is formed as a circular ring and inclined in radial direction, so that the level of the outer burner cap rises from inside to outside. - the base part includes a shell with an open top side, - the base part includes and/or supports at least one injector (26; 26A, 26B) arranged in the central and deepest position of the shell , and - the inner side of the shell is formed as a circumferential surface of a truncated cone, the gas burner assembly comprises an intermediate part arranged above the base part , wherein said intermediate part includes a vertical Venturi pipe in its central portion, so that the Venturi pipe is arranged above the injector (26; 26A, 26B), the gas burner assembly comprises a burner crown arranged above the intermediate part , characterized in that the burner crown includes a plurality of flame ports , the burner crown includes an inner central chamber and an outer annular chamber , wherein the inner central chamber is covered by an inner burner cap and the outer annular chamber is covered by an outer burner cap , a plurality of outer flame ports is formed in an outer circumferential side wall of the outer annular chamber , wherein the outer burner cap is formed as a circular ring and inclined in radial direction, so that the level of the outer burner cap rises from inside to outside.
An apparatus to perform artificial neural network (ANN) processing comprising: an input/output (I/O) interface ; a plurality of processing units communicatively coupled to the I/O interface to receive data for input neurons and synaptic weights associated with each of the input neurons, each of the plurality of processing units to process at least a portion of the data for the input neurons and synaptic weights to generate partial results; an interconnect communicatively coupling the plurality of processing units , each of the processing units to share the partial results with one or more other processing units over the interconnect , the other processing units using the partial results to generate additional partial results or final results; characterized in a plurality of latches to store the received data and weights for the input neurons such that the input data and weights for a given computation are shared between the plurality of processing units by providing the latched input data and weights to the plurality of processing units over a plurality of processing cycles to avoid reading the received data and weights from the I/O interface multiple times during the given computation. an input/output (I/O) interface ; a plurality of processing units communicatively coupled to the I/O interface to receive data for input neurons and synaptic weights associated with each of the input neurons, each of the plurality of processing units to process at least a portion of the data for the input neurons and synaptic weights to generate partial results; an interconnect communicatively coupling the plurality of processing units , each of the processing units to share the partial results with one or more other processing units over the interconnect , the other processing units using the partial results to generate additional partial results or final results; characterized in a plurality of latches to store the received data and weights for the input neurons such that the input data and weights for a given computation are shared between the plurality of processing units by providing the latched input data and weights to the plurality of processing units over a plurality of processing cycles to avoid reading the received data and weights from the I/O interface multiple times during the given computation.
An oral smokeless tobacco product or an oral smokeless non-tobacco snuff product, comprising carbamide or a carbamide salt, wherein the oral smokeless tobacco product is moist snuff, such as snus, and wherein the oral smokeless non-tobacco snuff product is shaped into a form resembling moist snuff, such as snus, and wherein the carbamide or the carbamide portion of the carbamide salt is present in an amount of from 0.1 mg/g to 200 mg/g of the final product.
An external component of a cochlear implant hearing system , comprising: a speech processor module comprising a housing, processing circuitry that receives signals output by a microphone , and one or more connectors for connecting the speech processor module to at least one of a headpiece interface , an accessories interface , a power supply interface and a clinic interface ; and a protective case configured for providing protection for the speech processor module comprising a connector constructed and arranged to mate with said one or more connectors ; wherein said speech processor module is removably mountable within said protective case and operable while mounted therein so that the speech processor module is operable in both, a stand-alone mode as a stand-alone speech processor module and, when mounted in the protective case , a body-worn mode as a body-worn speech processor module . a speech processor module comprising a housing, processing circuitry that receives signals output by a microphone , and one or more connectors for connecting the speech processor module to at least one of a headpiece interface , an accessories interface , a power supply interface and a clinic interface ; and a protective case configured for providing protection for the speech processor module comprising a connector constructed and arranged to mate with said one or more connectors ; wherein said speech processor module is removably mountable within said protective case and operable while mounted therein so that the speech processor module is operable in both, a stand-alone mode as a stand-alone speech processor module and, when mounted in the protective case , a body-worn mode as a body-worn speech processor module .
A signal transmission method, applied to an access point, characterized by comprising: acquiring (S101) a second-type target station that matches a first-type target station; making (S102) a channel reservation with the second-type target station; and after the reservation is completed, transmitting (S103) a first signal to the first-type target station, wherein the acquiring (S101) a second-type target station that matches a first-type target station comprises: acquiring parameter information of the first-type target station and parameter information of a plurality of second-type stations; and finding out the second-type target station from the second-type stations, on a basis of the acquired parameter information and according to a preset matching strategy, wherein the first-type target station is an Internet of Things device station, and the second-type target station is a wireless local area network device station. acquiring (S101) a second-type target station that matches a first-type target station; making (S102) a channel reservation with the second-type target station; and after the reservation is completed, transmitting (S103) a first signal to the first-type target station, wherein the acquiring (S101) a second-type target station that matches a first-type target station comprises: acquiring parameter information of the first-type target station and parameter information of a plurality of second-type stations; and finding out the second-type target station from the second-type stations, on a basis of the acquired parameter information and according to a preset matching strategy, acquiring parameter information of the first-type target station and parameter information of a plurality of second-type stations; and finding out the second-type target station from the second-type stations, on a basis of the acquired parameter information and according to a preset matching strategy, wherein the first-type target station is an Internet of Things device station, and the second-type target station is a wireless local area network device station.
Fluid dispenser for arrangement in handles of the type extending from a door and comprising a cylindrical door handle which ends in a free end, and wherein the cylindrical door handle comprises an opening to the fluid dispensed which dispenser comprises: an end portion for fluid-tight assembly with the free end of the cylindrical door handle which end portion comprises a spring loaded button mechanism ; a pump portion comprising a cylinder with an inlet channel and an outlet channel ; a piston mutually adapted to the cylinder such that a movement of the piston in the cylinder causes transport of a fluid from inlet channel to outlet channel; a piston rod for connection between the spring loaded button mechanism and piston, and wherein the outlet channel is connected with the opening to the fluid dispensed and that distanced from the end portion, the pump portion is adapted to form a fluid-tight assembly with the inner sides of the cylindrical door handle such that the piston via the piston rod is moved in the cylinder by the spring loaded button mechanism and thereby generating an overpressure which transports a fluid from inlet channel to outlet channel. an end portion for fluid-tight assembly with the free end of the cylindrical door handle which end portion comprises a spring loaded button mechanism ; a pump portion comprising a cylinder with an inlet channel and an outlet channel ; a piston mutually adapted to the cylinder such that a movement of the piston in the cylinder causes transport of a fluid from inlet channel to outlet channel; a piston rod for connection between the spring loaded button mechanism and piston, and wherein the outlet channel is connected with the opening to the fluid dispensed and that distanced from the end portion, the pump portion is adapted to form a fluid-tight assembly with the inner sides of the cylindrical door handle such that the piston via the piston rod is moved in the cylinder by the spring loaded button mechanism and thereby generating an overpressure which transports a fluid from inlet channel to outlet channel.
A laser processing device configured to: irradiate in use a sheet-like object to be processed with a laser light (L) while locating a converging point (P) within the object , so as to form a modified region in the object along a line to cut of the object , the laser processing device comprising: a laser light source configured to emit the laser light (L); and control means configured to control a pulse width (H) of the laser light (L); characterized in that the laser processing device is configured to generate in use a fracture (C) extending along a thickness direction of the object from the modified region as the modified region is formed, wherein the fracture (C) extends from upper and lower end portions of the modified region , the fracture (C) is not the modified region , wherein the control means is configured to change the pulse width (H) according to a length (CL) of the fracture (C) to be generated from the modified region based on a predetermined association between the pulse width of the laser light, the thickness of the object and the length of the fracture, the length (CL) of the fracture (C) indicates the distance from one end of the fracture (C) to the other end thereof, wherein the control means is configured to change the pulse width (H) according to an input value concerning the length (CL) of the fracture (C), and wherein the control means is configured to change the pulse width (H) according to an input value concerning a thickness of the object . a laser light source configured to emit the laser light (L); and control means configured to control a pulse width (H) of the laser light (L); characterized in that the laser processing device is configured to generate in use a fracture (C) extending along a thickness direction of the object from the modified region as the modified region is formed, wherein the fracture (C) extends from upper and lower end portions of the modified region , the fracture (C) is not the modified region , wherein the control means is configured to change the pulse width (H) according to a length (CL) of the fracture (C) to be generated from the modified region based on a predetermined association between the pulse width of the laser light, the thickness of the object and the length of the fracture, the length (CL) of the fracture (C) indicates the distance from one end of the fracture (C) to the other end thereof, wherein the control means is configured to change the pulse width (H) according to an input value concerning the length (CL) of the fracture (C), and wherein the control means is configured to change the pulse width (H) according to an input value concerning a thickness of the object .
A method for determining a location of a transit stop for a transit system, the method comprising: registering a plurality of entries of device location data of a plurality of mobile computing devices ; and determining a transit stop location responsive to the registered entries of device location data, characterized in that each entry of the plurality of entries comprises a geographical coordinate of a mobile computing device from the plurality of mobile computing devices at a time the mobile computing device displayed information relating to the transit stop. registering a plurality of entries of device location data of a plurality of mobile computing devices ; and determining a transit stop location responsive to the registered entries of device location data, characterized in that each entry of the plurality of entries comprises a geographical coordinate of a mobile computing device from the plurality of mobile computing devices at a time the mobile computing device displayed information relating to the transit stop.
A method executed at least in part on a computing device to detect and extract one or more components of an image document, the method comprising: receiving the image document comprising text, one or more paths, and one or more images; detecting the text of the image document; binarizing the image document, extracting the detected text from the binarized image document prior to detection of the one or more paths; extracting the one or more detected paths from the binarized image document; extracting the one or more images from the binarized image document; and storing the extracted text, paths and/or images in a data store, wherein the one or more detected paths are vertical lines and/or horizontal lines and represent layout elements, wherein extracting the text from the binarized image document comprises coloring a bounding box above a baseline for each word in the detected text into a background color. receiving the image document comprising text, one or more paths, and one or more images; detecting the text of the image document; binarizing the image document, extracting the detected text from the binarized image document prior to detection of the one or more paths; extracting the one or more detected paths from the binarized image document; extracting the one or more images from the binarized image document; and storing the extracted text, paths and/or images in a data store, wherein the one or more detected paths are vertical lines and/or horizontal lines and represent layout elements, wherein extracting the text from the binarized image document comprises coloring a bounding box above a baseline for each word in the detected text into a background color.
A multi-bit adder comprising: a full adder stage configured to receive at least some of a plurality of least significant bits, LSBs, of first data and second data; a half adder stage configured to receive at least some of a plurality of most significant bits, MSBs, of the first data and the second data, wherein the half adder stage includes at least one half adder; a carry generation stage coupled to the full adder stage and the half adder stage, wherein the carry generation stage includes at least one serial propagate-generate, PG, component coupled to outputs of the at least one half adder; and a post summing stage coupled to the carry generation stage and the half adder stage and configured to generate a partial sum output of the first data and the second data, wherein a number of the at least some of the plurality of LSBs is different from a number of the at least some of the plurality of MSBs. a full adder stage configured to receive at least some of a plurality of least significant bits, LSBs, of first data and second data; a half adder stage configured to receive at least some of a plurality of most significant bits, MSBs, of the first data and the second data, wherein the half adder stage includes at least one half adder; a carry generation stage coupled to the full adder stage and the half adder stage, wherein the carry generation stage includes at least one serial propagate-generate, PG, component coupled to outputs of the at least one half adder; and a post summing stage coupled to the carry generation stage and the half adder stage and configured to generate a partial sum output of the first data and the second data, wherein a number of the at least some of the plurality of LSBs is different from a number of the at least some of the plurality of MSBs.
ttachment element for a noise protection wall, having an essentially prismatic body which has a head portion with an essentially trapezoidal cross-section, from the narrow side of which a wall portion with an essentially rectangular cross-section projects downwards, characterised in that a solar panel extending over the entire length of the prismatic body is fastened to the broad side of the head portion , the fastening of the solar panel being effected by preferably punctiform supports spaced from one another along opposite edges of the broad side of the head portion , whereby a cabling is provided below the solar panel between the opposite supports.