mhurhangee/patent-ind-claim-en huggingface dataset:
System with guide rails for the protection of an orchard from weather conditions, which consists of a row of columns with each column stabilized in its base by one side, and on another, i.e. the top of each column a pin is placed onto which a pivoting arm is rotationally positioned, while a middle cable is run through a cross-sectional opening on the pin , and the ends of pivoting arms are each connected via a single end cable , through a guide rail ; over the pivoting arms a rectangular cover is placed, which has a sliding connection to the middle cable by its middle section, and a sliding connection to the end cables through its longer sides, wherein the rotational guide rail consists of a stud screw firmly connected to the end cable on one end by tightening the end cable between two nuts (16.1, 16.2) screwed onto the same end of the screw , while the connection of the one end of the screw and side end cable is placed inside a cylindrical casing or a cap (12.a), and another end of the screw , with a fashioned head of the screw , is rotationally connected to the end of each pivoting arm , so that the rotational axis of the screw is parallel to the rotational axis of the pivoting arm .
A vehicle navigation system for previewing turns for a user, comprising: a processor and a non-transitory data storage on which is stored computer code which, when executed on the processor, causes the vehicle navigation system to obtain a route between an origin and a destination , wherein the route includes a plurality of turns and instructions for the user at each of the plurality of turns; a turn selector for selecting one of the turns to preview for the user; a vantage controller for selecting vantages for a three-dimensional animated preview of a locale of the selected turn and for retrieving the three-dimensional animated preview , wherein the three-dimensional animated preview simulates how the locale will appear as the instructions for the selected turn are followed; and a display for displaying the three-dimensional animated preview to the user; characterized by further comprising user controls comprising a voice recognition module for receiving user commands that enable the user to adjust the vantages or that enable the user to specify a turn for which a preview is requested. a processor and a non-transitory data storage on which is stored computer code which, when executed on the processor, causes the vehicle navigation system to obtain a route between an origin and a destination , wherein the route includes a plurality of turns and instructions for the user at each of the plurality of turns; a turn selector for selecting one of the turns to preview for the user; a vantage controller for selecting vantages for a three-dimensional animated preview of a locale of the selected turn and for retrieving the three-dimensional animated preview , wherein the three-dimensional animated preview simulates how the locale will appear as the instructions for the selected turn are followed; and a display for displaying the three-dimensional animated preview to the user; characterized by further comprising user controls comprising a voice recognition module for receiving user commands that enable the user to adjust the vantages or that enable the user to specify a turn for which a preview is requested.
A method performed by a wireless transmit/receive unit, WTRU, the method comprising: receiving, from a base station, a broadcasted signal including system information, the system information providing configuration information including any one or a combination of a resource allocation, mapping information, a resource indication, and a mode indication directing the behavior of the WTRU, wherein the configuration information allows the WTRU to request one or more system information blocks, SIBs, ; transmitting, to the base station, based on the configuration information, a request signal requesting one or more SIBs, the request signal including a preamble associated with one or more SIBs and a control field indicating additional SIB request information, wherein the preamble is a random access channel, RACH, resource; and receiving, from the base station, the requested one or more SIBs in response to the request signal. receiving, from a base station, a broadcasted signal including system information, the system information providing configuration information including any one or a combination of a resource allocation, mapping information, a resource indication, and a mode indication directing the behavior of the WTRU, wherein the configuration information allows the WTRU to request one or more system information blocks, SIBs, ; transmitting, to the base station, based on the configuration information, a request signal requesting one or more SIBs, the request signal including a preamble associated with one or more SIBs and a control field indicating additional SIB request information, wherein the preamble is a random access channel, RACH, resource; and receiving, from the base station, the requested one or more SIBs in response to the request signal.
A computer-implemented method for generating one or more segmented 3-D teeth models, the method comprising: obtaining (S100, S110, S120; S1010) a 3-D mesh model of a patient's dentition; executing (S130; S202; S1020) an automated segmentation procedure on the obtained 3-D mesh model and displaying (S130; S202; S1020) at least one initially segmented tooth from the 3-D mesh model; recording (S140; S1030) the at least one initially segmented tooth according to an operator instruction and removing the recorded at least one tooth from the 3-D mesh model to form a modified 3-D mesh model; performing (S204; S208; S214; S1040; S1060), one or more times, a sequence of: (i) identifying a modified segmentation procedure; (ii) executing (S206, S212) the modified segmentation procedure on the modified 3-D mesh model and displaying one or more segmented teeth from the modified 3-D mesh model; (iii) recording at least one of the one or more segmented teeth and removing the recorded at least one tooth from the modified 3-D mesh model; and displaying, storing, or transmitting (S220; S1070) recorded segmentation results. obtaining (S100, S110, S120; S1010) a 3-D mesh model of a patient's dentition; executing (S130; S202; S1020) an automated segmentation procedure on the obtained 3-D mesh model and displaying (S130; S202; S1020) at least one initially segmented tooth from the 3-D mesh model; recording (S140; S1030) the at least one initially segmented tooth according to an operator instruction and removing the recorded at least one tooth from the 3-D mesh model to form a modified 3-D mesh model; performing (S204; S208; S214; S1040; S1060), one or more times, a sequence of: (i) identifying a modified segmentation procedure; (ii) executing (S206, S212) the modified segmentation procedure on the modified 3-D mesh model and displaying one or more segmented teeth from the modified 3-D mesh model; (iii) recording at least one of the one or more segmented teeth and removing the recorded at least one tooth from the modified 3-D mesh model; and (i) identifying a modified segmentation procedure; (ii) executing (S206, S212) the modified segmentation procedure on the modified 3-D mesh model and displaying one or more segmented teeth from the modified 3-D mesh model; (iii) recording at least one of the one or more segmented teeth and removing the recorded at least one tooth from the modified 3-D mesh model; and displaying, storing, or transmitting (S220; S1070) recorded segmentation results.
A method comprising: receiving a binaural speech signal recorded by earpods worn by a user; dividing the binaural speech signal into frames (S1); applying a time-frequency transform to each frame (S2); computing features of the frames based on a time-frequency representation (S3); classifying, by a classifier , each frame as self speech or external speech, based at least in part on a first subset of the features (S4), wherein self speech is speech of the user, and external speech is speech from other people than the user; computing a dissimilarity function based on a second subset of the features (S5); segmenting the signal at peaks of the dissimilarity function (S6); for each segment, determining a respective overall class among self speech or external speech by aggregating classifier data of the frames belonging to the segment (S7); and processing each segment with a speech enhancement chain whose settings are based on determined overall class for such segment (S8). receiving a binaural speech signal recorded by earpods worn by a user; dividing the binaural speech signal into frames (S1); applying a time-frequency transform to each frame (S2); computing features of the frames based on a time-frequency representation (S3); classifying, by a classifier , each frame as self speech or external speech, based at least in part on a first subset of the features (S4), wherein self speech is speech of the user, and external speech is speech from other people than the user; computing a dissimilarity function based on a second subset of the features (S5); segmenting the signal at peaks of the dissimilarity function (S6); for each segment, determining a respective overall class among self speech or external speech by aggregating classifier data of the frames belonging to the segment (S7); and processing each segment with a speech enhancement chain whose settings are based on determined overall class for such segment (S8).
Multi-bottle container , such as six-packs and the like, comprising a box-like external packaging comprising divisions, grouped in pairs and arranged in two parallel rows, in each case in succession, for receiving bottles, the external packaging being formed from a base and at least two opposing side walls , and the base being provided with opening formations as engagement openings for mounting the container on support members of a bottle crate, characterised in that the base of the container is provided, centrally in the base longitudinal direction, with a number of elongate first opening formations corresponding to the number (n) of bottle division pairs and with second opening formations complementary thereto, which are arranged in a plurality of parallel rows transverse to the base longitudinal direction, at a lateral distance from and in the gaps between the first opening formations , and in that the number of rows is (n-1) the number (n) of bottle division pairs, the opening formations having elongate slits of an oval or rectangular outline with rounded corners, or in that the opening formations each have two web openings which are arranged at a distance from one another and between which a slit-like opening extends in each case.
A refrigerator door assembly comprising: a door panel including a door flange on opposite sides of the panel ; a top end cap mounted to the top of the door panel between the door flanges ; a bottom end cap opposite the top end cap ; a vacuum insulation panel inside the door panel ; an inner door liner ; a gasket surrounding a periphery of the inner door liner ; and left and right brackets secured to the inside of the inner door liner ; wherein the vacuum insulated panel comprises: an outer film ; a flat main wall on the outer film ; a top wall , on the outer film adjacent to and at an edge of the main wall ; a bottom wall on the outer film adjacent to the main wall and opposite to the top wall ; a left wall on the outer film and adjacent to and at the edge of the main wall ; a right wall on the outer film and adjacent to the main wall and opposite to the left wall , wherein the top wall , the bottom wall , the left wall , the right wall and the main wall are each vacuum insulated walls, wherein one or more of the top wall , the bottom wall , the left wall and the right wall have a different thickness than the main wall ; an inner film on top of the main wall and each of the top wall , bottom wall , left wall and right wall ; wherein the inner film is longer than the outer film so that a gap is created between the walls of the unfolded vacuum insulated panel, wherein the inner and outer films are sealed, and wherein the inner film is configured to be of a length wherein folding the top wall , bottom wall , left wall and right wall onto the main wall produces a three-dimensional vacuum insulated panel of non-uniform thickness. an outer film ; a flat main wall on the outer film ; a top wall , on the outer film adjacent to and at an edge of the main wall ; a bottom wall on the outer film adjacent to the main wall and opposite to the top wall ; a left wall on the outer film and adjacent to and at the edge of the main wall ; a right wall on the outer film and adjacent to the main wall and opposite to the left wall , wherein the top wall , the bottom wall , the left wall , the right wall and the main wall are each vacuum insulated walls, wherein one or more of the top wall , the bottom wall , the left wall and the right wall have a different thickness than the main wall ; an inner film on top of the main wall and each of the top wall , bottom wall , left wall and right wall ; wherein the inner film is longer than the outer film so that a gap is created between the walls of the unfolded vacuum insulated panel, wherein the inner and outer films are sealed, and wherein the inner film is configured to be of a length wherein folding the top wall , bottom wall , left wall and right wall onto the main wall produces a three-dimensional vacuum insulated panel of non-uniform thickness.
Installation for the treatment by membrane permeation of a feed gas stream comprising at least methane and carbon dioxide, said installation comprising: - a first membrane separation unit capable of receiving the feed gas stream and providing a first permeate and a first retentate, - a second membrane separation unit capable of receiving the first retentate and supplying a second permeate and a second retentate, - a compressor for compressing the first permeate to a pressure of between 17 bar and 25 bar, - means for cooling the first compressed permeate to a temperature below -40°C, - a distillation column to separate the first cooled permeate into a gaseous stream and a liquid stream, - at least one means for recycling the gas stream leaving the distillation column to the inlet of the first membrane separation unit, - means for measuring the concentration of methane and/or carbon dioxide in the gas stream leaving the distillation column, - means for comparing the concentration of methane and/or carbon dioxide measured by the measuring means with a target value, and - means for adjusting the pressure and/or temperature of the first permeate as a function of the comparison made by the comparison means. - a first membrane separation unit capable of receiving the feed gas stream and providing a first permeate and a first retentate, - a second membrane separation unit capable of receiving the first retentate and supplying a second permeate and a second retentate, - a compressor for compressing the first permeate to a pressure of between 17 bar and 25 bar, - means for cooling the first compressed permeate to a temperature below -40°C, - a distillation column to separate the first cooled permeate into a gaseous stream and a liquid stream, - at least one means for recycling the gas stream leaving the distillation column to the inlet of the first membrane separation unit, - means for measuring the concentration of methane and/or carbon dioxide in the gas stream leaving the distillation column, - means for comparing the concentration of methane and/or carbon dioxide measured by the measuring means with a target value, and - means for adjusting the pressure and/or temperature of the first permeate as a function of the comparison made by the comparison means.
An optical signal device, in particular a signal tower or similar with modular design, having at least one first replaceable light module comprising at least one light element for optical display of one or more different operating states of a technical device , such as a machine, a system, a motor vehicle or similar, wherein the first light module has at least one first circuit board oriented substantially in the direction of a longitudinal axis of the signal device, with the at least one first light element and electrical components, the first circuit board has a first end face oriented in the direction of the longitudinal axis and a second end face arranged opposite the first end face oriented in the direction of the longitudinal axis , wherein at least one contact is provided between at least one first releasably contactable, electrical contact surface and a second electrical contact surface of an adjacent module formed as a second light module and/or as a holding module and/or as a socket module for holding and connecting the signal device in an operating position, wherein the adjacent module comprises at least one second circuit board substantially oriented in the direction of the longitudinal axis , wherein in the direction of the longitudinal axis at least the two electrical contact surfaces , which are releasably contactable to one another, of the contacts are arranged between the first circuit board and the second circuit board , wherein the first light module has at least one additional contact element to the circuit board , which comprises the second electrical contact surface of the contact , characterized in that the contact element has, at least on both sides of the longitudinal central plane , in each case a contact ramp oriented to the longitudinal axis for an adjacent circuit board and/or first contact surface , such that the second contact surface is arranged between two contact ramps .
An endovascular prosthesis comprising: a tubular body having a proximal end , a distal end , and a lumen disposed between the proximal and distal ends , the tubular body including a body graft material and a plurality of stents coupled to the body graft material ; and a mobile external coupling extending outwardly from the tubular body , wherein the mobile external coupling includes a base coupled to the tubular body , a top spaced from the tubular body , and a coupling lumen disposed between the base and the top , wherein the coupling lumen is in flow communication with the body lumen and wherein the mobile external coupling includes a coupling graft material and a helically shaped stent coupled to the coupling graft material ; wherein the coupling graft material is a continuation of the body graft material or wherein the coupling graft material is attached to the body graft material ; characterised in that the mobile external coupling is generally frustoconically shaped and wherein, to create the frustoconically shaped outline, a bottom of the helically shaped stent has a larger diameter than a top of the helically shaped stent . a tubular body having a proximal end , a distal end , and a lumen disposed between the proximal and distal ends , the tubular body including a body graft material and a plurality of stents coupled to the body graft material ; and a mobile external coupling extending outwardly from the tubular body , wherein the mobile external coupling includes a base coupled to the tubular body , a top spaced from the tubular body , and a coupling lumen disposed between the base and the top , wherein the coupling lumen is in flow communication with the body lumen and wherein the mobile external coupling includes a coupling graft material and a helically shaped stent coupled to the coupling graft material ; wherein the coupling graft material is a continuation of the body graft material or wherein the coupling graft material is attached to the body graft material ; characterised in that the mobile external coupling is generally frustoconically shaped and wherein, to create the frustoconically shaped outline, a bottom of the helically shaped stent has a larger diameter than a top of the helically shaped stent .
Side gusset bag made of plastic film, in which, in a flat, empty state, at least one folding wall lies folded between two main walls along a folding line , in a double layer, and which has a carrying handle arranged on the inside of the folding wall with at least two gripping straps , which are arranged on both sides of the folding line and are accessible via at least two access openings positioned in the folding wall , wherein the access openings and the gripping straps are delimited by a sealing strip on the inside of the folding wall opposite an interior space of the side gusset bag , the gripping straps leave at least one space between one another along the folding line for a folding area of the sealing strip and are positioned under a cover strip , which is part of the folding wall , and wherein the respective two ends of the gripping straps are fixed to the inside of the folding wall by means of fastening connections , characterized by guide connections between the gripping straps and the cover strip in the area between the fastening connections .
A multi pass type color image forming apparatus comprising: a photoconductor ; an exposure unit adapted to irradiate a surface of the photoconductor to form an electrostatic latent image on the photoconductor; a plurality of developers adapted to develop the electrostatic latent image formed on the photoconductor to form developing agent images on the photoconductor; an intermediate transfer belt to which the developing agent images formed on the photoconductor are transferred; a cleaning unit adapted to come into contact with the intermediate transfer belt to remove developing agent wastes; a position recognition part formed on the intermediate transfer belt; a position sensing unit adapted to sense the position recognition part; a motor adapted to rotate the intermediate transfer belt ; and a controller adapted to control the exposure unit based on a sensing signal generated when the position sensing unit senses the position recognition part, characterised in that the controller is adapted to control velocity of the motor in an exposure section of second and subsequent colors to be lower than reference velocity of the motor in an exposure section of a first color to correct a color registration error between a developing agent image of the first color and developing agent images of the subsequent colors of a page caused by a change in rotational velocity of the intermediate transfer belt due to contact with the cleaning unit a photoconductor ; an exposure unit adapted to irradiate a surface of the photoconductor to form an electrostatic latent image on the photoconductor; a plurality of developers adapted to develop the electrostatic latent image formed on the photoconductor to form developing agent images on the photoconductor; an intermediate transfer belt to which the developing agent images formed on the photoconductor are transferred; a cleaning unit adapted to come into contact with the intermediate transfer belt to remove developing agent wastes; a position recognition part formed on the intermediate transfer belt; a position sensing unit adapted to sense the position recognition part; a motor adapted to rotate the intermediate transfer belt ; and a controller adapted to control the exposure unit based on a sensing signal generated when the position sensing unit senses the position recognition part, characterised in that the controller is adapted to control velocity of the motor in an exposure section of second and subsequent colors to be lower than reference velocity of the motor in an exposure section of a first color to correct a color registration error between a developing agent image of the first color and developing agent images of the subsequent colors of a page caused by a change in rotational velocity of the intermediate transfer belt due to contact with the cleaning unit