mhurhangee/ep-ind-claims huggingface dataset:
Strawberries tray with compartments intended to be arranged in the interior of a box for the storage and transport of the strawberries, comprising a sheet and a plurality of compartments in said sheet, wherein each compartment is intended to receive a strawberry and wherein - the compartments are evenly distributed on the sheet, and - each compartment comprises: - a first depression that extends downwards from the sheet and is configured to receive the sepal of the strawberry; - a second depression which extends concentrically downwards from the first depression and which is configured to receive the pedicle of the strawberry; - a protrusion that protrudes upwards from the first depression and which has a truncated pyramid configuration with a front face, having an inclination of between 50° and 70° with respect to the sheet, which is configured to support the thalamus of the strawberry; characterized in that the compartments are spaced apart from each other, each compartment comprises one single protrusion and the front faces of the protrusions of all the compartments are parallel to each other. - the compartments are evenly distributed on the sheet, and - each compartment comprises: - a first depression that extends downwards from the sheet and is configured to receive the sepal of the strawberry; - a second depression which extends concentrically downwards from the first depression and which is configured to receive the pedicle of the strawberry; - a protrusion that protrudes upwards from the first depression and which has a truncated pyramid configuration with a front face, having an inclination of between 50° and 70° with respect to the sheet, which is configured to support the thalamus of the strawberry; characterized in that the compartments are spaced apart from each other, each compartment comprises one single protrusion and the front faces of the protrusions of all the compartments are parallel to each other. - a first depression that extends downwards from the sheet and is configured to receive the sepal of the strawberry; - a second depression which extends concentrically downwards from the first depression and which is configured to receive the pedicle of the strawberry; - a protrusion that protrudes upwards from the first depression and which has a truncated pyramid configuration with a front face, having an inclination of between 50° and 70° with respect to the sheet, which is configured to support the thalamus of the strawberry; characterized in that the compartments are spaced apart from each other, each compartment comprises one single protrusion and the front faces of the protrusions of all the compartments are parallel to each other.
A system for monitoring usage of 3D rental glasses, comprising: a plurality of 3D glasses each having an RFID tag; a delivery, collection, and washing infrastructure configured to deliver the 3D glasses to a 3D venue for use by patrons of the 3D venue, collect used 3D glasses from the 3D venue, wash the 3D glasses; wherein the delivery, collection, and washing performed by the infrastructure is done with the aid of scanning the RFID tags of the glasses for inventory control and efficiency metrics; and a plurality of storage and washing racks each configured to hold at least a portion of the plurality of 3D glasses vertically in position with nearly vertical orientation of lenses of the 3D glasses, and each storage and washing rack adapted to securely hold stacked pairs of 3D glasses with a first stack of 3D glasses and a second stack of 3D glasses held facing in opposite directions with each pair of 3D glasses in the first stack facing in the same direction and with each pair of 3D glasses in the second stack facing in the same direction in a manner that creates a hollow column between the opposing stacked pairs of 3D glasses. a plurality of 3D glasses each having an RFID tag; a delivery, collection, and washing infrastructure configured to deliver the 3D glasses to a 3D venue for use by patrons of the 3D venue, collect used 3D glasses from the 3D venue, wash the 3D glasses; wherein the delivery, collection, and washing performed by the infrastructure is done with the aid of scanning the RFID tags of the glasses for inventory control and efficiency metrics; and a plurality of storage and washing racks each configured to hold at least a portion of the plurality of 3D glasses vertically in position with nearly vertical orientation of lenses of the 3D glasses, and each storage and washing rack adapted to securely hold stacked pairs of 3D glasses with a first stack of 3D glasses and a second stack of 3D glasses held facing in opposite directions with each pair of 3D glasses in the first stack facing in the same direction and with each pair of 3D glasses in the second stack facing in the same direction in a manner that creates a hollow column between the opposing stacked pairs of 3D glasses.
A method for high frequency acoustic spectrum imaging for an object over a field of view, the method comprising: - a step of capturing a photographic image of the object in the field of view; - a step of creating a raster with grids as an overlay on the image; - a step of detecting high frequency acoustic waves emanating from the object by a directional microphone by scanning through the grids of the raster; - a step of generating an acoustic signal data corresponding to the high frequency acoustic waves detected while scanning; - a step of registering coordinates (x, y) of focal point of the directional microphone on the grid corresponding to every measurement of the acoustic signal data; - a step of plotting a visual representation of the acoustic signal data on the raster corresponding to its coordinates (x, y) on the grid; - a step of superimposing the raster on the captured image to get the high frequency acoustic spectrum image for the object. - a step of capturing a photographic image of the object in the field of view; - a step of creating a raster with grids as an overlay on the image; - a step of detecting high frequency acoustic waves emanating from the object by a directional microphone by scanning through the grids of the raster; - a step of generating an acoustic signal data corresponding to the high frequency acoustic waves detected while scanning; - a step of registering coordinates (x, y) of focal point of the directional microphone on the grid corresponding to every measurement of the acoustic signal data; - a step of plotting a visual representation of the acoustic signal data on the raster corresponding to its coordinates (x, y) on the grid; - a step of superimposing the raster on the captured image to get the high frequency acoustic spectrum image for the object.
A speed control device configured to control a speed of a movable body so that the speed automatically follows a speed setting set by a user, comprising: a target speed setting module configured to set a target speed that is a target of the speed of the movable body to follow, for every unit time, according to the speed setting, to change the target speed based on a given rate of change; a change rate adjusting modul e configured to decrease the rate of change by adjusting the rate of change at a multiple stages, when the target speed set by the target speed setting module approaches the speed setting; a base throttle opening calculating module configured to calculate a base throttle opening related to a throttle opening control of an engine provided to the movable body, based on the target speed set by the target speed setting module; characterised in that a throttle opening outputting module configured to output the base throttle opening calculated by the base throttle opening calculating module to a control device of the engine as a throttle opening for control, wherein the throttle opening outputting module outputs a given lower limit (U min) of the throttle opening to the control device of the engine as the throttle opening for control when the base throttle opening calculated by the base throttle opening calculating module is below the given lower limit (U min) of the throttle opening, with the given lower limit (U min) being based on a dead zone during which the speed of the movable body remains unchanged in response to a change in the throttle opening received by the control device of the engine. a target speed setting module configured to set a target speed that is a target of the speed of the movable body to follow, for every unit time, according to the speed setting, to change the target speed based on a given rate of change; a change rate adjusting modul e configured to decrease the rate of change by adjusting the rate of change at a multiple stages, when the target speed set by the target speed setting module approaches the speed setting; a base throttle opening calculating module configured to calculate a base throttle opening related to a throttle opening control of an engine provided to the movable body, based on the target speed set by the target speed setting module; characterised in that a throttle opening outputting module configured to output the base throttle opening calculated by the base throttle opening calculating module to a control device of the engine as a throttle opening for control, wherein the throttle opening outputting module outputs a given lower limit (U min) of the throttle opening to the control device of the engine as the throttle opening for control when the base throttle opening calculated by the base throttle opening calculating module is below the given lower limit (U min) of the throttle opening, with the given lower limit (U min) being based on a dead zone during which the speed of the movable body remains unchanged in response to a change in the throttle opening received by the control device of the engine.
A method of automatically providing applications with access to data in different structural types using a common data structure in an object-oriented system of a computerized environment comprising one or more application programs (120, 125, 130) using one or more data elements that correspond to different type structures based on different data shapes (135, 140, 145), such that applications using different structural types are interoperable, wherein a data shape refers to basic, identifiable features of a data element that are used to categorize the data element, wherein the common data structure comprises one or more schemas that define structural types and schemas that correlate with data shapes and wherein the common data structure classifies data in any application by data shape in terms of an atom, a sequence, a record or an operation, comprising the acts of: receiving an access request from an application for data (127, 133) maintained by a different application (125, 130), wherein the requested data correspond to a different type structure; identifying a proxy (165, 170, 175) corresponding to the different application; mapping the requested data to a common data structure using the identified proxy, wherein the identified proxy creates a mapped data structure that maps the requested data (127, 133) to the common data structure; providing the mapped data structure to the requesting application; receiving a request from the requesting application to perform an operation on the mapped data structure; and sending a new request to the different application, the new request comprising mapping information from the mapped data structure and the operation. receiving an access request from an application for data (127, 133) maintained by a different application (125, 130), wherein the requested data correspond to a different type structure; identifying a proxy (165, 170, 175) corresponding to the different application; mapping the requested data to a common data structure using the identified proxy, wherein the identified proxy creates a mapped data structure that maps the requested data (127, 133) to the common data structure; providing the mapped data structure to the requesting application; receiving a request from the requesting application to perform an operation on the mapped data structure; and sending a new request to the different application, the new request comprising mapping information from the mapped data structure and the operation.
A resonator, comprising: a resonant cavity casing that has a resonant cavity and an open end, a cover that covers the open end and is connected to the resonant cavity casing, a resonance tube located inside the resonant cavity, and a tuning rod disposed inside the resonance tube, wherein the resonator further comprises a dielectric material that is filled in the resonant cavity and whose dielectric constant is greater than 1, the dielectric material is filled in a capacitance area formed between the top of the resonance tube and the cover, the tuning rod is rotatable relative to the dielectric material, and the shapes of face-to-face surfaces of the tuning rod and the dielectric material are non-circular, so that an overlapping of the tuning rod and the dielectric material is changed to adjust a frequency when the tuning rod is rotated relative to the dielectric material, wherein an upper surface of the filled dielectric material is in contact with a lower surface of the cover.
Electrical machine, in particular for motorized adjustment of moving parts in motor vehicles, having a housing in which at least two permanent magnets are arranged, wherein a rotor having an approximately cylindrical circumferential surface is arranged in the housing, wherein the housing forms a magnetic return path, and the housing has flattened regions between the permanent magnets which are magnetized in the same sense in the radial direction, the housing wall forming mutually opposite magnetic consequent poles on said regions, and each of the flattened regions of the housing having two beads which run approximately parallel in the axial direction and which form an inner contour of the consequent poles and a transition to retaining regions of the permanent magnets, characterized in that the at least two permanent magnets are fastened in the housing by at least one magnet-retaining spring, wherein the magnet-retaining spring has a first limb and a second limb, which limbs are connected to one another by means of a clip, and the first and the second limb (90, 91) span a plane in space, wherein the clip projects out of the spanned plane, and the two limbs (90, 91) respectively bear against two side faces of the permanent magnets which are situated opposite one another in relation to the circumferential direction of the housing, and the clip overlaps the rotor in relation to the radial direction, wherein the magnet-retaining spring is produced as an integral bent part which is composed of spring steel.
Item of footwear comprising: - a first envelope extending length-wise from a rear end to a front end, width-wise between a lateral edge and a medial edge, and height-wise from a bottom to an upper end, the first envelope comprising mechanically interconnected threads (44, 45, 46, 47, 48), - a second envelope extending length-wise from a rear end to a front end, width-wise between a lateral edge and a medial edge, and height-wise from a bottom to an upper end, the second envelope comprising mechanically interconnected threads, the second envelope being disposed on the outside of the first envelope, - a reinforcement situated between the first envelope and the second envelope, at least some of the threads of the first envelope and of the second envelope comprising at least one hot-melt filament, the threads that comprise at least one hot-melt filament being distributed throughout the first envelope and the second envelope and the shape of the first envelope and the shape of the second envelope being fixed by melting of the threads that comprise at least one hot-melt filament. - a first envelope extending length-wise from a rear end to a front end, width-wise between a lateral edge and a medial edge, and height-wise from a bottom to an upper end, the first envelope comprising mechanically interconnected threads (44, 45, 46, 47, 48), - a second envelope extending length-wise from a rear end to a front end, width-wise between a lateral edge and a medial edge, and height-wise from a bottom to an upper end, the second envelope comprising mechanically interconnected threads, the second envelope being disposed on the outside of the first envelope, - a reinforcement situated between the first envelope and the second envelope, at least some of the threads of the first envelope and of the second envelope comprising at least one hot-melt filament, the threads that comprise at least one hot-melt filament being distributed throughout the first envelope and the second envelope and the shape of the first envelope and the shape of the second envelope being fixed by melting of the threads that comprise at least one hot-melt filament.
An electronic article surveillance system, comprising: an EAS portal; and an EAS tag (112, 512) comprising a tag housing; an RFID element disposed in the tag housing, and which is responsive to an RFID interrogation field applied at the EAS portal to generate an encoded RF signal which contains a first unique identifier information assigned to the EAS tag (112, 512); a short range communication beacon system disposed in the tag housing which continuously generates an SRC radio beacon transmission at predetermined intervals in response to a beacon enable signal; wherein the EAS system is arranged to generate at least one wireless transmission which initiates the beacon enable signal in response to an unauthorized transition of the EAS tag (112, 512) across a boundary associated with the EAS portal; and wherein the SRC radio beacon transmission includes a second unique identifier (207a, 207b) of said EAS tag (112, 512). an EAS portal; and an EAS tag (112, 512) comprising a tag housing; an RFID element disposed in the tag housing, and which is responsive to an RFID interrogation field applied at the EAS portal to generate an encoded RF signal which contains a first unique identifier information assigned to the EAS tag (112, 512); a short range communication beacon system disposed in the tag housing which continuously generates an SRC radio beacon transmission at predetermined intervals in response to a beacon enable signal; wherein the EAS system is arranged to generate at least one wireless transmission which initiates the beacon enable signal in response to an unauthorized transition of the EAS tag (112, 512) across a boundary associated with the EAS portal; and wherein the SRC radio beacon transmission includes a second unique identifier (207a, 207b) of said EAS tag (112, 512). a tag housing; an RFID element disposed in the tag housing, and which is responsive to an RFID interrogation field applied at the EAS portal to generate an encoded RF signal which contains a first unique identifier information assigned to the EAS tag (112, 512); a short range communication beacon system disposed in the tag housing which continuously generates an SRC radio beacon transmission at predetermined intervals in response to a beacon enable signal; wherein the EAS system is arranged to generate at least one wireless transmission which initiates the beacon enable signal in response to an unauthorized transition of the EAS tag (112, 512) across a boundary associated with the EAS portal; and wherein the SRC radio beacon transmission includes a second unique identifier (207a, 207b) of said EAS tag (112, 512).
A nonwoven web comprising heat bondable fibres and comprising bonding impressions (11, 13) formed by calender roller, wherein the bonding impressions are locations of deformed, intermeshed or entangled, and melted or thermally fused, materials from fibres superimposed and compressed in a z-direction, wherein the bonding impressions (11, 13) form a pattern repeated in the machine direction, wherein the bonding impressions (11, 13) include: a. a system of basic bonding impressions, which are arranged to create visually primary patterns and an area of each basic impression is at least 1 mm 2, and b. a system of auxiliary bonding impressions having the area smaller than 1 mm 2, c. and wherein a sum of bonding areas of the individual auxiliary bonding impressions accounts for at least 30% of a total bonding area. a. a system of basic bonding impressions, which are arranged to create visually primary patterns and an area of each basic impression is at least 1 mm 2, and b. a system of auxiliary bonding impressions having the area smaller than 1 mm 2, c. and wherein a sum of bonding areas of the individual auxiliary bonding impressions accounts for at least 30% of a total bonding area.
A process for the production of sugars from biomass including at least one polysaccharide which comprises putting a biomass in contact with an aqueous solution of at least one organic acid said at least one organic acid being selected from alkyl-sulfonic acids having general formula: R-SO 3 H wherein R represents a linear or branched C 1 -C 3 alkyl group, the pH of said aqueous solution being ranging from 0.6 to 1.6, preferably ranging from 0.9 to 1.3.
A method of sending by a first device data objects for generating on a display of at least one second device a second instance of a graphical user interface presented on a display of the first device, the method comprising: generating using reactive user interface programming a first view of the graphical user interface based on content data received from a server; generating by the first device data objects for generating, based on reactive programming, a next view of the graphical user interface, the data objects comprising event information relating to functions performed at the first device on the graphical user interface presented by the first device; storing the data objects in a memory of the first device; generating by the first device the next view of the graphical user interface based on content data from the server and the data objects; and sending the data objects from the first device for use by the at least one second device in generation, based on reactive programming, of a second instance of the graphical user interface presented on the display of the first device on the display of the at least one second device, characterized in that each event information in the data objects is provided with time stamp information such that information in the data objects and data corresponding to content data available for the first device can be related based on the time stamp information for enabling later replay on the display of the at least one second device of a video playback type presentation of the graphical user interface presented on the display of the first device based on the event history in the data objects and content data from the server. generating using reactive user interface programming a first view of the graphical user interface based on content data received from a server; generating by the first device data objects for generating, based on reactive programming, a next view of the graphical user interface, the data objects comprising event information relating to functions performed at the first device on the graphical user interface presented by the first device; storing the data objects in a memory of the first device; generating by the first device the next view of the graphical user interface based on content data from the server and the data objects; and sending the data objects from the first device for use by the at least one second device in generation, based on reactive programming, of a second instance of the graphical user interface presented on the display of the first device on the display of the at least one second device, characterized in that each event information in the data objects is provided with time stamp information such that information in the data objects and data corresponding to content data available for the first device can be related based on the time stamp information for enabling later replay on the display of the at least one second device of a video playback type presentation of the graphical user interface presented on the display of the first device based on the event history in the data objects and content data from the server.