mhurhangee/ep-ind-claims huggingface dataset:
A method implemented in a device including a position input sensor, for generating ink data including stroke objects that are vector data configured to reproduce paths formed by operating a pointer, the method comprising: an input step of receiving pen event data representative of a user's hand-drawn motion on a sensor surface; an ink data generation step of generating a stroke object based on the pen event data, generating a metadata object that describes the stroke object based on the pen event data and context information received from an application supporting the pen event data, generating a drawing style object that defines how to draw the stroke object based on the pen event data and the context information, and generating a manipulation object to be executed on a pre-existing stroke object to manipulate the pre-existing stroke object sharable by multiple devices, the manipulation object being generated based on the context information, manipulation information directing that next pen event data to be inputted is to form the manipulation object, and the next pen event data; and an output step of outputting the stroke object, the metadata object, and the drawing style object in association with each other in a recording format or in a transmission format, and outputting the manipulation object in a transmission format, wherein the stroke object, the metadata object and the drawing style object are arranged in the recording format or in the transmission format, and the manipulation object is arranged only in the transmission format and is not arranged in the recording format. an input step of receiving pen event data representative of a user's hand-drawn motion on a sensor surface; an ink data generation step of generating a stroke object based on the pen event data, generating a metadata object that describes the stroke object based on the pen event data and context information received from an application supporting the pen event data, generating a drawing style object that defines how to draw the stroke object based on the pen event data and the context information, and generating a manipulation object to be executed on a pre-existing stroke object to manipulate the pre-existing stroke object sharable by multiple devices, the manipulation object being generated based on the context information, manipulation information directing that next pen event data to be inputted is to form the manipulation object, and the next pen event data; and an output step of outputting the stroke object, the metadata object, and the drawing style object in association with each other in a recording format or in a transmission format, and outputting the manipulation object in a transmission format, wherein the stroke object, the metadata object and the drawing style object are arranged in the recording format or in the transmission format, and the manipulation object is arranged only in the transmission format and is not arranged in the recording format.
A flexible display device comprising: a first flexible substrate; a display unit on the first flexible substrate; a thin film encapsulation layer encapsulating the display unit; a cover layer covering the thin film encapsulation layer; a touch screen layer on the cover layer; and a second flexible substrate on the touch screen layer, a pad unit on the first flexible substrate and configured to transmit an electrical signal to the display unit; wherein the touch screen layer comprises a sensing pattern unit, and a touch pad unit, the touch pad unit being electrically connected to the sensing pattern unit and configured to transmit to a driving circuit of the display unit information corresponding to capacitance changes according to touch locations; wherein the cover layer is under the sensing pattern unit, wherein a thickness of the cover layer from an upper surface of the thin film encapsulation layer to a lower surface of the touch screen layer is about 1 μ m to about 20 μ m, wherein the cover layer comprises silicon-based resin, wherein the touch pad unit and the pad unit are aligned with each other at an exterior of the thin film encapsulation layer; and wherein the second flexible substrate is configured to exposes the pad unit on the first flexible substrate. a first flexible substrate; a display unit on the first flexible substrate; a thin film encapsulation layer encapsulating the display unit; a cover layer covering the thin film encapsulation layer; a touch screen layer on the cover layer; and a second flexible substrate on the touch screen layer, a pad unit on the first flexible substrate and configured to transmit an electrical signal to the display unit; wherein the touch screen layer comprises a sensing pattern unit, and a touch pad unit, the touch pad unit being electrically connected to the sensing pattern unit and configured to transmit to a driving circuit of the display unit information corresponding to capacitance changes according to touch locations; wherein the cover layer is under the sensing pattern unit, wherein a thickness of the cover layer from an upper surface of the thin film encapsulation layer to a lower surface of the touch screen layer is about 1 μ m to about 20 μ m, wherein the cover layer comprises silicon-based resin, wherein the touch pad unit and the pad unit are aligned with each other at an exterior of the thin film encapsulation layer; and wherein the second flexible substrate is configured to exposes the pad unit on the first flexible substrate.
Mobile bathroom unit, comprising at least one washbasin, a water tap assigned to the washbasin, a toilet bowl, a flushing device assigned to the toilet bowl and a sewage water pump, characterized in that the mobile bathroom unit is provided for arrangement in a building having a sewer connection and a water supply connection, and in that the sewage water pump is an electric sewage water pump, and further characterized by a dismountable frame including a bottom trough, at least four support pillars connected to the bottom trough, and a ceiling component (28; 76) connected to the support pillars, wherein the bottom trough, the support pillars and the ceiling component (28; 76) are detachably interconnected by means of plug-in, clamp and/or screw connections, wherein a lockable box for accommodating functional elements is provided and connected to the frame, wherein at least the electric sewage water pump and a connection for power supply are disposed within the box, wherein the water tap and the flushing device are connectable to the water supply connection of the building and the sewage water pump is connectable to the sewer connection of the building.
A hot-melt adhesive for fixing an IC module in a laminated IC module tape characterized in that said adhesive comprises a saturated polyester resin having a heat of fusion in the range from 8 mJ/mg to 25 mJ/mg and has a transmittance of 5% or higher when a film of said adhesive having a thickness of 30 μm is subjected to measurement by a visible light at a wavelength of 600 nm.
Axle suspension for a motor vehicle, comprisinga leaf spring made of fibre composite material and a clamping device which is arranged so as to be offset from the centre of the leaf spring in the longitudinal direction and is used to couple an axle component to the leaf spring, the ends of the leaf spring each being coupled to the motor vehicle via a connection and the leaf spring being formed as a longitudinal leaf spring, the leaf spring having cross-sectional dimensions that differ from one another at least in portions along the central longitudinal axis of said leaf spring, characterised in thatthe axle tube is arranged substantially in the centre of the leaf spring in the longitudinal direction and in that the leaf spring comprises a connection region and two arms extending from the connection region to the ends of the longitudinal leaf spring, the arm of the leaf spring which is trailing in the direction of travel having a greater cross-sectional dimension than the arm which is leading in the direction of travel.
A combination of a lighting device and a connecting device for connecting said lighting device using electrically-powered lighting sources, the lighting device comprising a printed circuit board having a first side on which said lighting sources are located and a second side opposite to said first side, said connecting device comprising: - at least one pair of electrical connectors assembled on said second side of said printed circuit board, wherein each electrical connector has at least one connecting portion defining a receptacle provided for receiving an electrically-powered cable (E, E'), the electrical connectors of said at least one pair being arranged with the receptacles substantially facing each other and facing in a direction substantially parallel to the plane of the printed circuit board, - at least one pair of fastening elements assembled on said second side of said printed circuit board, - a top element which can be coupled with said lighting device, said top element comprising at least two openings provided for receiving, respectively, one fastening element of said pair assembled on said printed circuit board. - at least one pair of electrical connectors assembled on said second side of said printed circuit board, wherein each electrical connector has at least one connecting portion defining a receptacle provided for receiving an electrically-powered cable (E, E'), the electrical connectors of said at least one pair being arranged with the receptacles substantially facing each other and facing in a direction substantially parallel to the plane of the printed circuit board, - at least one pair of fastening elements assembled on said second side of said printed circuit board, - a top element which can be coupled with said lighting device, said top element comprising at least two openings provided for receiving, respectively, one fastening element of said pair assembled on said printed circuit board.
A polyether polymer composition comprising 50 parts by weight or more of a filler per 100 parts by weight of a polyether polymer composed of 10 to 200 oxirane monomer units, wherein at least a part of the oxirane monomer unit composing the polyether polymer is an oxirane monomer unit having a cationic group, and a proportion of the oxirane monomer units having the cationic group based on all oxirane monomer units of the polyether polymer is 20 mol% or more as determined by NMR according to the description.
An agricultural harvesting machine, comprising a front attachment for receiving harvested material containing grain components (21, 22), at least one working assembly (3, 4, 5) for processing the received harvested material as well as an overhead transfer device, wherein the harvested material received by the front attachment passes through the harvesting machine as a flow of harvested material, wherein a NIR sensor which detects the flow of harvested material is disposed downstream of the at least one working assembly (3, 4, 5) along the flow of harvested material, and in that an evaluation device receives and analyses the signals from the NIR sensor, characterized in that the analysis of the signals is directed towards the determination of a degree of cracking of the grain components (23 to 27) contained in the flow of harvested material.
A method for the construction of bladed rings for radial turbomachinery, comprising: preparing at least one cylindrical block (M; M1, M2); making in the cylindrical block (M; M1, M2) a wavy circumferential cut (28, 28', 28") defining a first plurality of teeth and a second plurality of teeth meshing in one another; wherein the wavy circumferential cut (28, 28', 28") splits the cylindrical block (M; M1, M2) into a first annular body (31; 31', 31") provided with the first plurality of teeth and into a second annular body (32; 32', 32") provided with the second plurality of teeth; separating the first annular body (31; 31', 31") from the second annular body (32; 32', 32"); removing material from each of the teeth of the first plurality to confer to said tooth the outline of at least a first blade with an aerodynamic profile; removing material from each of the teeth of the second plurality to confer to said tooth the outline of at least a second blade (22") with an aerodynamic profile; joining coaxially the first annular body (31; 31', 31") to the second annular body (32; 32', 32") by inserting the first blades between the second blades (22"). preparing at least one cylindrical block (M; M1, M2); making in the cylindrical block (M; M1, M2) a wavy circumferential cut (28, 28', 28") defining a first plurality of teeth and a second plurality of teeth meshing in one another; wherein the wavy circumferential cut (28, 28', 28") splits the cylindrical block (M; M1, M2) into a first annular body (31; 31', 31") provided with the first plurality of teeth and into a second annular body (32; 32', 32") provided with the second plurality of teeth; separating the first annular body (31; 31', 31") from the second annular body (32; 32', 32"); removing material from each of the teeth of the first plurality to confer to said tooth the outline of at least a first blade with an aerodynamic profile; removing material from each of the teeth of the second plurality to confer to said tooth the outline of at least a second blade (22") with an aerodynamic profile; joining coaxially the first annular body (31; 31', 31") to the second annular body (32; 32', 32") by inserting the first blades between the second blades (22").
A computer-implemented process for continuous monitoring of a brain stroke during a critical rehabilitation period, the process including the steps of: (i) accessing initial image data representing an initial image of a subject's brain containing a stroke region; (ii) accessing scattering parameter data representing microwaves scattered by the subject's brain and originating from a plurality of antennas disposed around the subject's brain; characterized in that the process further comprises: (iii)processing the scattering parameter data and the initial image data using a gradient-free optimisation method to generate estimates of spatial dimensions of the stroke region within the subject's brain, wherein the initial image of the subject's brain is used as a priori information to improve the accuracy of the generated estimates, and the spatial dimensions of the stroke region are generated as global parameters of the gradient-free optimisation method. (i) accessing initial image data representing an initial image of a subject's brain containing a stroke region; (ii) accessing scattering parameter data representing microwaves scattered by the subject's brain and originating from a plurality of antennas disposed around the subject's brain;
A fluid spray head comprising a single-piece head body forming: - an axial inlet well that is suitable for connecting to a dispenser member, such as a pump or a valve, and - a transverse feed duct that extends from the axial inlet well, the spray head also comprising a dispenser orifice in fluid communication with the transverse feed duct, the fluid coming from the dispenser member passing through the axial inlet well and the transverse feed duct so as to reach the dispenser orifice, the dispenser head being characterized in that a filter (F; F'; F"; F′′′) is situated at the junction between the axial inlet well and the transverse feed duct, this filter (F; F'; F"; F′′′) being formed by the single-piece body in the form of a grid. - an axial inlet well that is suitable for connecting to a dispenser member, such as a pump or a valve, and - a transverse feed duct that extends from the axial inlet well, the spray head also comprising a dispenser orifice in fluid communication with the transverse feed duct, the fluid coming from the dispenser member passing through the axial inlet well and the transverse feed duct so as to reach the dispenser orifice, the dispenser head being characterized in that a filter (F; F'; F"; F′′′) is situated at the junction between the axial inlet well and the transverse feed duct, this filter (F; F'; F"; F′′′) being formed by the single-piece body in the form of a grid.
A method comprising, on a computing platform: executing a first software component loaded in a first operating environment of a computing device; collecting runtime information in the first operating environment wherein the collected runtime information includes one or more of code, data, external symbol tables, and relocation information, including storing a set of state data for an import address table and export pointers of the first software component; communicating the collected runtime information to a second software component in a second operating environment, the second operating environment including a management module on the computing device for executing code independently from the first operating environment and isolated from the first operating environment; comparing the collected runtime information by the second operating environment with a validated set of information about the first software component, including determining whether the first software component is authorized and comparing the state data with the validated set of information about the first software component; and sending an alert if the collected runtime information does not match the validated set of information. executing a first software component loaded in a first operating environment of a computing device; collecting runtime information in the first operating environment wherein the collected runtime information includes one or more of code, data, external symbol tables, and relocation information, including storing a set of state data for an import address table and export pointers of the first software component; communicating the collected runtime information to a second software component in a second operating environment, the second operating environment including a management module on the computing device for executing code independently from the first operating environment and isolated from the first operating environment; comparing the collected runtime information by the second operating environment with a validated set of information about the first software component, including determining whether the first software component is authorized and comparing the state data with the validated set of information about the first software component; and sending an alert if the collected runtime information does not match the validated set of information.
A surgical robot comprising: a surgical robotic drape for enveloping a portion of the surgical robot to define a sterile boundary thereover; and a robotic arm comprising a drive assembly, the drive assembly having a plurality of interfaces for coupling linear mechanical drive to an instrument, the instrument comprising three joints and having a plurality of interfaces for coupling linear mechanical drive from the drive assembly, the drive assembly being configured to provide linear mechanical drive in a direction parallel to the planar extent of the drape for selectively actuating the three joints, wherein the drape comprises: a plurality of interface elements, each interface element configured to engage with both a drive assembly interface and an instrument interface to couple the drive assembly to the instrument to thereby transfer linear mechanical drive provided by the drive assembly through the drape to selectively actuate a respective joint of the instrument, the plurality of interface elements being attached to material of the drape in a spatial arrangement so that each interface element is separated from each of the other interface elements by the material of the drape, each of the interface elements configured to act as reinforcement structures to the material of the drape. a surgical robotic drape for enveloping a portion of the surgical robot to define a sterile boundary thereover; and a robotic arm comprising a drive assembly, the drive assembly having a plurality of interfaces for coupling linear mechanical drive to an instrument, the instrument comprising three joints and having a plurality of interfaces for coupling linear mechanical drive from the drive assembly, the drive assembly being configured to provide linear mechanical drive in a direction parallel to the planar extent of the drape for selectively actuating the three joints, wherein the drape comprises: a plurality of interface elements, each interface element configured to engage with both a drive assembly interface and an instrument interface to couple the drive assembly to the instrument to thereby transfer linear mechanical drive provided by the drive assembly through the drape to selectively actuate a respective joint of the instrument, the plurality of interface elements being attached to material of the drape in a spatial arrangement so that each interface element is separated from each of the other interface elements by the material of the drape, each of the interface elements configured to act as reinforcement structures to the material of the drape.
A rotational speed control device comprising: a housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing; a rotor (12, 112, 212, 312, 412) coupled with the shaft for rotation with the shaft relative to the housing in the viscous fluid, wherein the rotor (12,112,212,312,412) is axially displaceable along the shaft between a low-shear position and a high-shear position; and a spring mechanism disposed in the housing and biasing the rotor (12, 112, 212, 312, 412) toward the low-shear position, characterised in that the rotor (12, 112, 212, 312, 412) comprises an impeller (34, 134) in the viscous fluid that is configured to drive the rotor (12, 112, 212, 312, 412) axially toward the high-shear position by and with rotation of the rotor (12, 112, 212, 312, 412). a housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing; a rotor (12, 112, 212, 312, 412) coupled with the shaft for rotation with the shaft relative to the housing in the viscous fluid, wherein the rotor (12,112,212,312,412) is axially displaceable along the shaft between a low-shear position and a high-shear position; and a spring mechanism disposed in the housing and biasing the rotor (12, 112, 212, 312, 412) toward the low-shear position, characterised in that the rotor (12, 112, 212, 312, 412) comprises an impeller (34, 134) in the viscous fluid that is configured to drive the rotor (12, 112, 212, 312, 412) axially toward the high-shear position by and with rotation of the rotor (12, 112, 212, 312, 412).