mhurhangee/patent-ind-claim-en huggingface dataset:
An enclosure for growing plants, said enclosure comprising: a) a transparent panel for admitting daylight into the enclosure a plurality of lighting assemblies for growing plants, wherein each lighting assembly comprises; b) a first light source provided inside the enclosure for supplementing the daylight admitted into the enclosure, said light source emitting light predominantly in a wavelength range of from 600 nm to 750 nm; c) a second light source inside the enclosure, said second light source emitting light predominantly in a second wavelength range of 375 to 500 nm; and d) a controller for controlling the output of the second light source independent from the output of the first light source; and e) a means for cooling at least the first light source, wherein the means for cooling comprises, a tube, and a cooling liquid flowing through the tube, wherein said plurality of said light assemblies is arranged in a two-dimensional grid. a) a transparent panel for admitting daylight into the enclosure a plurality of lighting assemblies for growing plants, wherein each lighting assembly comprises; b) a first light source provided inside the enclosure for supplementing the daylight admitted into the enclosure, said light source emitting light predominantly in a wavelength range of from 600 nm to 750 nm; c) a second light source inside the enclosure, said second light source emitting light predominantly in a second wavelength range of 375 to 500 nm; and d) a controller for controlling the output of the second light source independent from the output of the first light source; and e) a means for cooling at least the first light source, wherein the means for cooling comprises, a tube, and a cooling liquid flowing through the tube,
A transaction card, comprising: a first layer ; and a discontinuous metal stratum , characterised in that the discontinuous metal stratum is disposed on a first surface of the first layer and comprises a plurality of isolated metal features that form a halftone pattern; and in that the transaction card further comprises a contact, contactless, or dual interface transaction module disposed in the first layer and electrically isolated from the discontinuous metal stratum . a first layer ; and a discontinuous metal stratum , characterised in that the discontinuous metal stratum is disposed on a first surface of the first layer and comprises a plurality of isolated metal features that form a halftone pattern; and in that the transaction card further comprises a contact, contactless, or dual interface transaction module disposed in the first layer and electrically isolated from the discontinuous metal stratum .
A pouch-type secondary battery case comprising a cup part configured to accommodate an electrode assembly formed by stacking electrodes and separators, wherein the cup part comprises: a bottom portion configured to form a bottom; an outer wall configured to form a side surface and meet the bottom portion ; punch edges configured to connect the bottom portion to the outer wall ; thickness edges configured to connect two adjacent outer walls to each other; and corners formed by connecting the two adjacent punch edges to the thickness edge , wherein at least one of the punch edges is rounded, at least one of the thickness edges is rounded, at least one of the corners is rounded and has a curvature radius different from that of each of the punch edges and the thickness edges , wherein the corners have a curvature radius greater than or equal to that of at least one of the punch edges or the thickness edges , characterized in that the corners have a variable curvature radius therein and the central portions of the corners have an aspherical shape. wherein the cup part comprises: a bottom portion configured to form a bottom; an outer wall configured to form a side surface and meet the bottom portion ; punch edges configured to connect the bottom portion to the outer wall ; thickness edges configured to connect two adjacent outer walls to each other; and corners formed by connecting the two adjacent punch edges to the thickness edge , a bottom portion configured to form a bottom; an outer wall configured to form a side surface and meet the bottom portion ; punch edges configured to connect the bottom portion to the outer wall ; thickness edges configured to connect two adjacent outer walls to each other; and corners formed by connecting the two adjacent punch edges to the thickness edge , wherein at least one of the punch edges is rounded, at least one of the thickness edges is rounded, at least one of the corners is rounded and has a curvature radius different from that of each of the punch edges and the thickness edges , wherein the corners have a curvature radius greater than or equal to that of at least one of the punch edges or the thickness edges , characterized in that the corners have a variable curvature radius therein and the central portions of the corners have an aspherical shape.
A cardiac augmentation device , including: an actuator configured to apply pressure to a heart to augment a pumping function of the heart; a sensor system configured to record two or more different ECG leads (50a-50g) at the augmented heart; a controller configured to: determine one or more control parameters (40a-40d) for the cardiac augmentation device using one or more of the two or more ECG leads; and control operation of the actuator based on the determined one or more control parameters. an actuator configured to apply pressure to a heart to augment a pumping function of the heart; a sensor system configured to record two or more different ECG leads (50a-50g) at the augmented heart; a controller configured to: determine one or more control parameters (40a-40d) for the cardiac augmentation device using one or more of the two or more ECG leads; and control operation of the actuator based on the determined one or more control parameters. determine one or more control parameters (40a-40d) for the cardiac augmentation device using one or more of the two or more ECG leads; and control operation of the actuator based on the determined one or more control parameters.
A vaso-occlusive device for use in the treatment of an aneurysm in a patient comprising a filament, wherein either: genipin, a crosslinking genipin derivative that can crosslink primary amines, or a pharmaceutically acceptable salt thereof, is coated on the filament in a controlled-release coating layer, or genipin, a crosslinking genipin derivative that can crosslink primary amines, or a pharmaceutically acceptable salt thereof is provided as a controlled-release bioerodible filament comprising a bioerodible polymer comprising the genipin, the crosslinking genipin derivative that can crosslink primary amines, or the pharmaceutically acceptable salt thereof, said coated filament, or said filament and said controlled-release filament, is formed being fed into the fundus of the aneurysm using a catheter. genipin, a crosslinking genipin derivative that can crosslink primary amines, or a pharmaceutically acceptable salt thereof, is coated on the filament in a controlled-release coating layer, or genipin, a crosslinking genipin derivative that can crosslink primary amines, or a pharmaceutically acceptable salt thereof is provided as a controlled-release bioerodible filament comprising a bioerodible polymer comprising the genipin, the crosslinking genipin derivative that can crosslink primary amines, or the pharmaceutically acceptable salt thereof,
A method of identifying reflections from optical arrangements in an eye tracking system, the method comprising: using a receiver, receiving an image of an eye of a user from an image sensor, the image resulting from the image sensor detecting light from one or more illuminators reflected from the eye of the user and reflected from optic arrangements located between the one or more illuminators and the eye of the user, wherein the optic arrangements comprise features having a known pattern; using a processing circuitry, identifying two or more glints in the received image, wherein a glint is a representation in the image of a reflection of light from a cornea of the eye of the user and/or from a feature of the optic arrangements; the method being characterised by , using the processing circuitry: determining relative positions in the image of the identified glints; and on condition that the relative positions in the image of the identified glints conform with the known pattern of the features of the optic arrangements, identifying at least one glint of the identified glints as being a representation in the image of a reflection from a feature of the optic arrangements. using a receiver, receiving an image of an eye of a user from an image sensor, the image resulting from the image sensor detecting light from one or more illuminators reflected from the eye of the user and reflected from optic arrangements located between the one or more illuminators and the eye of the user, wherein the optic arrangements comprise features having a known pattern; using a processing circuitry, identifying two or more glints in the received image, wherein a glint is a representation in the image of a reflection of light from a cornea of the eye of the user and/or from a feature of the optic arrangements; the method being characterised by , using the processing circuitry: determining relative positions in the image of the identified glints; and on condition that the relative positions in the image of the identified glints conform with the known pattern of the features of the optic arrangements, identifying at least one glint of the identified glints as being a representation in the image of a reflection from a feature of the optic arrangements. determining relative positions in the image of the identified glints; and on condition that the relative positions in the image of the identified glints conform with the known pattern of the features of the optic arrangements, identifying at least one glint of the identified glints as being a representation in the image of a reflection from a feature of the optic arrangements.
A process for electrically contacting a coated lead comprising the following steps: a. Providing a coated lead comprising an electrically conductive core and an electrically insulating coating ; b. Providing a via hole in the electrically insulating coating in order to expose a section of the electrically conductive core ; c. Applying a first electrically conductive material to the coated lead such that it contacts at least a part of the exposed section of the electrically conductive core via the via hole ; d. Applying a further electrically conductive material to the coated lead such that it contacts at least a part of the first conductive material , wherein the first electrically conductive material comprises a polymer. a. Providing a coated lead comprising an electrically conductive core and an electrically insulating coating ; b. Providing a via hole in the electrically insulating coating in order to expose a section of the electrically conductive core ; c. Applying a first electrically conductive material to the coated lead such that it contacts at least a part of the exposed section of the electrically conductive core via the via hole ; d. Applying a further electrically conductive material to the coated lead such that it contacts at least a part of the first conductive material ,
A processing system comprising: a light irradiation apparatus that irradiates an object with a plurality of processing lights to process the object; the light irradiation apparatus further including: a multibeam optical system that is configured to divide incident light to generate a first processing light and a second processing light of the plurality of processing lights; and a displacement member which the first and second processing lights enter and which is configured to move a first irradiation area of the first processing light and a second irradiation area of the second processing light along one direction that is along a surface of the object, the processing system being characterised by : an irradiation position change apparatus that changes a relative positional relationship between irradiation positions of the plurality of processing lights on a surface of the object so that a desired pattern structure is formed at the object. a light irradiation apparatus that irradiates an object with a plurality of processing lights to process the object; the light irradiation apparatus further including: a multibeam optical system that is configured to divide incident light to generate a first processing light and a second processing light of the plurality of processing lights; and a displacement member which the first and second processing lights enter and which is configured to move a first irradiation area of the first processing light and a second irradiation area of the second processing light along one direction that is along a surface of the object, the processing system being characterised by : an irradiation position change apparatus that changes a relative positional relationship between irradiation positions of the plurality of processing lights on a surface of the object so that a desired pattern structure is formed at the object. a multibeam optical system that is configured to divide incident light to generate a first processing light and a second processing light of the plurality of processing lights; and a displacement member which the first and second processing lights enter and which is configured to move a first irradiation area of the first processing light and a second irradiation area of the second processing light along one direction that is along a surface of the object, the processing system being characterised by : an irradiation position change apparatus that changes a relative positional relationship between irradiation positions of the plurality of processing lights on a surface of the object so that a desired pattern structure is formed at the object.
A data transmission method, applied to a data transmitting end, comprising: establishing a Service Data Adaptation Protocol, SDAP, entity in advance, according to configuration information which is configured by a network or pre-defined; wherein the configuration information comprises at least one of a network slice identifier, a Data Radio Bearer, DRB, identifier, a flow identifier, a session identifier, or association relationship indication information; and, indicating corresponding relationship information of the SDAP entity to an upper layer; wherein the corresponding relationship information comprises at least one of the network slice identifier, the DRB identifier, the flow identifier, the session identifier or an SDAP identifier; transmitting, by the upper layer, a data packet to the corresponding SDAP entity, according to at least one of the network slice identifier, the SDAP identifier, the flow identifier or the session identifier. establishing a Service Data Adaptation Protocol, SDAP, entity in advance, according to configuration information which is configured by a network or pre-defined; wherein the configuration information comprises at least one of a network slice identifier, a Data Radio Bearer, DRB, identifier, a flow identifier, a session identifier, or association relationship indication information; and, indicating corresponding relationship information of the SDAP entity to an upper layer; wherein the corresponding relationship information comprises at least one of the network slice identifier, the DRB identifier, the flow identifier, the session identifier or an SDAP identifier; transmitting, by the upper layer, a data packet to the corresponding SDAP entity, according to at least one of the network slice identifier, the SDAP identifier, the flow identifier or the session identifier.
A catheter , comprising: a tube structure having a proximal section and a distal section , wherein the proximal section of the tube structure includes a plurality of fenestrations defining a plurality of axially extending beams and a plurality of circumferentially extending rings , characterised in that the proximal section has higher torquability than the distal section and has lower flexibility than the distal section , wherein the distal section of the tube structure includes a spiral cut pattern which forms an integral coil in the distal section of the tube structure , the integral coil providing the distal section of the tube structure greater flexibility than the proximal section of the tube structure . a tube structure having a proximal section and a distal section , wherein the proximal section of the tube structure includes a plurality of fenestrations defining a plurality of axially extending beams and a plurality of circumferentially extending rings , characterised in that the proximal section has higher torquability than the distal section and has lower flexibility than the distal section , wherein the distal section of the tube structure includes a spiral cut pattern which forms an integral coil in the distal section of the tube structure , the integral coil providing the distal section of the tube structure greater flexibility than the proximal section of the tube structure .
A method for authenticating by challenge-response a secure element (SE) to a microcontroller (MCU) without a random generator, the method comprising the following steps implemented by the microcontroller (MCU) : - receiving at least one random datum (T, IDX) generated randomly by the secure element (SE), - generating a challenge datum (Z) specific to the microcontroller (MCU) from the random datum (T, IDX) received, - sending the generated challenge datum (Z) to the secure element (SE), - receiving a response datum (R) generated by the secure element (SE) based on the challenge datum (Z), - determining an authentication result based on the response datum received. - receiving at least one random datum (T, IDX) generated randomly by the secure element (SE), - generating a challenge datum (Z) specific to the microcontroller (MCU) from the random datum (T, IDX) received, - sending the generated challenge datum (Z) to the secure element (SE), - receiving a response datum (R) generated by the secure element (SE) based on the challenge datum (Z), - determining an authentication result based on the response datum received.
Safety strut for the purpose of stabilizing a possibly unstable and relatively heavy load in emergency situations, comprising a telescopic tubular body with an axial space which is bounded by an outer casing and an extension member that is axially movable through said axial space, wherein the tubular body is adjustable between a relatively compact starting position, in which the extension member is located at least substantially wholly inside the outer casing, and at least one extended position in which the extension member extends for a greater part outside the outer casing, and comprising blocking bodies for fixing the extension member and the outer casing relative to each other in the at least one extended position, wherein said blocking bodies comprises a number of blocking bodies that are provided all around in a groove in a space between the outer casing and the extension member that extends radially and gradually increases in depth in axial direction on a main surface adjoining the space, wherein at least in the at least one extended position the blocking bodies clamp in a shallow part of the groove between a main surface of the outer casing and a main surface of the extension member in order to block at least a movement of the extension member into the space inside the outer casing, and wherein the extension member is provided with an axial cavity inside which a drive rod is provided which is coupled at an outer end close to the blocking bodies to a drive member which is able and adapted to drive the blocking bodies out of the shallow part of the groove into a deeper part of the groove to enable free setting of the outer casing and the extension member relative to each other.
A vehicle control system , comprising: at least one imaging device attached to a single vehicle and configured to capture a plurality of images during the vehicle's single flight; and a control circuit configured to generate a composite image from the plurality of images, and to display the composite image on a display unit ,wherein the vehicle is operated according to a user's touch operation or user's drag operation, on a portion of the display unit on which the composite image is being displayed; the control circuit is configured to generate a target position information based on an input position of the user's touch operation or the user's drag operation on the display unit relative to a vehicle position displayed on the display unit, the input position representing a target position; the target position information includes a direction from the vehicle position to the target position in a real coordinate system; and the composite image is a stitching image. at least one imaging device attached to a single vehicle and configured to capture a plurality of images during the vehicle's single flight; and a control circuit configured to generate a composite image from the plurality of images, and to display the composite image on a display unit ,wherein the vehicle is operated according to a user's touch operation or user's drag operation, on a portion of the display unit on which the composite image is being displayed; the control circuit is configured to generate a target position information based on an input position of the user's touch operation or the user's drag operation on the display unit relative to a vehicle position displayed on the display unit, the input position representing a target position; the target position information includes a direction from the vehicle position to the target position in a real coordinate system; and the composite image is a stitching image.
A machine for packaging items inside relative cases, comprising a conveyor line for transporting items to be packaged, suitable for being operated with a continuous feed motion; a conveyor line for transporting the cases intended for packaging said items, arranged alongside of said conveyor line for transporting items to be packaged, and capable of being operated with a continuous feed motion equal to that of the same conveyor line for transporting items to be packaged; a transfer device suitable for inserting said items in said relative cases , said transfer device being provided with a plurality of inserting members suitable for being actuated in sequence on command of actuator means to make said insertion of said items in said relative cases ; said transfer device being associated with said conveyor line for transporting items to be packaged in a position contained within the overall dimensions of the same conveyor line for transporting items to be packaged characterised in that said transfer device is housed inside a compartment removably associated with said conveyor line of the items to be packaged. a conveyor line for transporting items to be packaged, suitable for being operated with a continuous feed motion; a conveyor line for transporting the cases intended for packaging said items, arranged alongside of said conveyor line for transporting items to be packaged, and capable of being operated with a continuous feed motion equal to that of the same conveyor line for transporting items to be packaged; a transfer device suitable for inserting said items in said relative cases , said transfer device being provided with a plurality of inserting members suitable for being actuated in sequence on command of actuator means to make said insertion of said items in said relative cases ; said transfer device being associated with said conveyor line for transporting items to be packaged in a position contained within the overall dimensions of the same conveyor line for transporting items to be packaged characterised in that said transfer device is housed inside a compartment removably associated with said conveyor line of the items to be packaged.