mhurhangee/patent-ind-claim-en huggingface dataset:
A cubicle comprising: a side wall ; a pivotably mounted door having a lock for maintaining the door at a closed position; a locking device for the door , the locking device comprising: a fixed base section provided at the side wall ; and a retractable section which laterally extends from the base section to a normal use position in which the door is prevented from pivoting outwards from a closed position, wherein the retractable section is movable to an emergency use position in which the door is free to pivot outwards from the closed position, characterized in that , the locking device and the door include inhibiting means adapted to inhibit lateral movement of the door relative to the locking device when the door is in a closed position. a side wall ; a pivotably mounted door having a lock for maintaining the door at a closed position; a locking device for the door , the locking device comprising: a fixed base section provided at the side wall ; and a retractable section which laterally extends from the base section to a normal use position in which the door is prevented from pivoting outwards from a closed position, wherein the retractable section is movable to an emergency use position in which the door is free to pivot outwards from the closed position, characterized in that , the locking device and the door include inhibiting means adapted to inhibit lateral movement of the door relative to the locking device when the door is in a closed position. a fixed base section provided at the side wall ; and a retractable section which laterally extends from the base section to a normal use position in which the door is prevented from pivoting outwards from a closed position, wherein the retractable section is movable to an emergency use position in which the door is free to pivot outwards from the closed position, characterized in that ,
A light intensity adjustable ultraviolet device for curing an optical fiber coating, comprising: a cylindrical mounting base; a UVLED light source module mounted along a peripheral direction and an axial direction in an inner cavity of the cylindrical mounting base; a cylindrical focusing lens configured in front of a light emitting surface of the UVLED light source module, so that ultraviolet light emitted by the UVLED light source module is focused on a curing axis; and an ultraviolet sensor mounted in the inner cavity of the cylindrical mounting base, wherein the ultraviolet sensor is connected to a UVLED power supply control module via an ultraviolet intensity signal processing module; the UVLED power supply control module is connected to the UVLED light source module, so that an optical fiber drawing speed and an ultraviolet intensity form a control closed loop, and wherein the ultraviolet sensor is mounted on a corresponding surface of an emit end of the UVLED light source module. a cylindrical mounting base; a UVLED light source module mounted along a peripheral direction and an axial direction in an inner cavity of the cylindrical mounting base; a cylindrical focusing lens configured in front of a light emitting surface of the UVLED light source module, so that ultraviolet light emitted by the UVLED light source module is focused on a curing axis; and an ultraviolet sensor mounted in the inner cavity of the cylindrical mounting base, wherein the ultraviolet sensor is connected to a UVLED power supply control module via an ultraviolet intensity signal processing module; the UVLED power supply control module is connected to the UVLED light source module, so that an optical fiber drawing speed and an ultraviolet intensity form a control closed loop, and wherein the ultraviolet sensor is mounted on a corresponding surface of an emit end of the UVLED light source module.
A machining tool , in particular a router, comprising a shaft rotatingly drivable about an axis of rotation (R); a tool mount which is drive-effectively coupled to the shaft or formed in one piece therewith; and a clamping device for releasably fastening a tool in the tool mount , wherein the clamping device comprises: at least one clamping member which is held at the tool mount and which has a central leadthrough for leading through a tool to be introduced into the tool mount , with the clamping member being deformable by an axial action and the width of the leadthrough being variable by this deformation; and a clamping element which is supported at the tool mount and which is displaceable in an axial direction between a clamping position and a release position, with the clamping member being able to be acted on axially by a displacement of the clamping element in the direction of the clamping position, characterized in that the clamping member has a conical ring surrounding the central leadthrough , with the ring having an outer marginal region and an inner marginal region , and with one of the marginal regions of the clamping member being able to be acted on axially, while the other marginal region is supported, by a displacement of the clamping element in the direction of the clamping position in order to flatten the clamping member . at least one clamping member which is held at the tool mount and which has a central leadthrough for leading through a tool to be introduced into the tool mount , with the clamping member being deformable by an axial action and the width of the leadthrough being variable by this deformation; and a clamping element which is supported at the tool mount and which is displaceable in an axial direction between a clamping position and a release position, with the clamping member being able to be acted on axially by a displacement of the clamping element in the direction of the clamping position,
A conversion LED with a chip, which emits primary blue radiation, as well as a phosphor containing layer, which converts at least a part of the primary radiation of the chip into secondary radiation, upstream of the chip, wherein a first yellow-green emitting phosphor of the type garnet A 3 B 5 O 12 :Ce and a second orange-red emitting phosphor of the type nitride silicate M 2 X 5 Y 8 :D is used, characterized in that the peak wavelength of the primary radiation is in the range of 430 to 450 nm, in particular to 445 nm, while the first phosphor is a garnet with the cation A = Lu or a mixture of Lu, Y with a 30% fraction of Y up to, and wherein the first phosphor comprises 10% to 40 mol% Ga at the component B, remainder Al, while the second phosphor is a nitride silicate, which contains both Ba and Sr as cation M, and in which the doping consists of Eu, wherein the second phosphor contains 35 to 75 mol% Ba for the component M, remainder is Sr, wherein X = Si and Y = N is valid.
An agricultural vehicle having a structural frame supporting vehicle components within the interior of the vehicle, the vehicle further comprising at least one panel provided on the frame , the panel at least partially covering a portion of the vehicle interior, the panel comprising: a substantially rigid sub-frame , and a flexible sheet material supported by said sub-frame ; wherein the panel comprises a closure mechanism coupled with at least a portion of the flexible sheet material , such that an operator can open the closure mechanism to at least partly remove a portion of the flexible sheet material, to provide access to an interior of the vehicle covered by the panel , characterised in that the agricultural vehicle is a combine harvester, and in that the panel covers at least a portion of a processor system of the harvester. a substantially rigid sub-frame , and a flexible sheet material supported by said sub-frame ; wherein the panel comprises a closure mechanism coupled with at least a portion of the flexible sheet material , such that an operator can open the closure mechanism to at least partly remove a portion of the flexible sheet material, to provide access to an interior of the vehicle covered by the panel , characterised in that the agricultural vehicle is a combine harvester, and in that the panel covers at least a portion of a processor system of the harvester.
An elevator car , comprising: multiple sidewalls , a floor and a ceiling , which jointly enclose an interior of the elevator car , wherein the floor and the ceiling are spaced apart from one another by a height of the sidewalls , and a ladder for evacuating persons from the interior of the elevator car , wherein the elevator car has a flap that is arranged on one of the sidewalls , characterized in that the flap can be displaced between a closed state, in which the flap blocks access to a region behind the flap from the interior of the elevator car , and an open state, in which the region behind the flap can be accessed from the interior of the elevator car , in the form of a pivoting motion, wherein the flap has a height that is smaller than half the height of the sidewalls , wherein the ladder is in the closed state of the flap arranged in the region behind the flap , and wherein the ladder can be removed from the flap and extended for the evacuation. multiple sidewalls , a floor and a ceiling , which jointly enclose an interior of the elevator car , wherein the floor and the ceiling are spaced apart from one another by a height of the sidewalls , and a ladder for evacuating persons from the interior of the elevator car , wherein the elevator car has a flap that is arranged on one of the sidewalls , characterized in that the flap can be displaced between a closed state, in which the flap blocks access to a region behind the flap from the interior of the elevator car , and an open state, in which the region behind the flap can be accessed from the interior of the elevator car , in the form of a pivoting motion, wherein the flap has a height that is smaller than half the height of the sidewalls , wherein the ladder is in the closed state of the flap arranged in the region behind the flap , and wherein the ladder can be removed from the flap and extended for the evacuation.
A conductive ink, comprising: a high melting temperature thermoplastic polyurethane, TPU, the high melting temperature TPU including a melting point between 120 °C (248 °F) and 200 °C (392 °F); a plurality of conductive particles disposed in the high melting temperature TPU, the plurality of conductive particles comprising between 70% and 85% of the conductive ink by weight; a free radical crosslinker; and an additive configured to act as a reinforcing agent and an adhesive promoter, the additive including titanium dioxide particles. a high melting temperature thermoplastic polyurethane, TPU, the high melting temperature TPU including a melting point between 120 °C (248 °F) and 200 °C (392 °F); a plurality of conductive particles disposed in the high melting temperature TPU, the plurality of conductive particles comprising between 70% and 85% of the conductive ink by weight; a free radical crosslinker; and an additive configured to act as a reinforcing agent and an adhesive promoter, the additive including titanium dioxide particles.
A display panel comprising: a first region (DA) where a plurality of pixel groups are disposed; and a second region (CA) where a plurality of square or rhombus pixel groups (PG) and a plurality of light transmitting parts (AG) are disposed, wherein the plurality of square or rhombus pixel groups (PG) disposed in the second region (CA) are disposed between the light transmitting parts (AG), an aspect ratio of each of the square or rhombus pixel groups (PG) disposed in the second region (CA) is different from that of each of the pixel groups disposed in the first region, and each of the square or rhombus pixel groups (PG) of the second region (CA) includes the same number of sub-pixels as each of the pixel groups of the first region (DA), wherein: the size of each of the sub-pixels disposed in the pixel group disposed in the second region (CA) is the same as the size of each of the sub-pixels disposed in the pixel group disposed in the first region (DA), characterised in that each of the light transmitting parts (AG) includes a circular or oval light transmitting part, and the circular or oval light transmitting parts disposed are disposed in a zigzag shape in a first direction and a second direction. a first region (DA) where a plurality of pixel groups are disposed; and a second region (CA) where a plurality of square or rhombus pixel groups (PG) and a plurality of light transmitting parts (AG) are disposed, wherein the plurality of square or rhombus pixel groups (PG) disposed in the second region (CA) are disposed between the light transmitting parts (AG), an aspect ratio of each of the square or rhombus pixel groups (PG) disposed in the second region (CA) is different from that of each of the pixel groups disposed in the first region, and each of the square or rhombus pixel groups (PG) of the second region (CA) includes the same number of sub-pixels as each of the pixel groups of the first region (DA), wherein: the size of each of the sub-pixels disposed in the pixel group disposed in the second region (CA) is the same as the size of each of the sub-pixels disposed in the pixel group disposed in the first region (DA), characterised in that each of the light transmitting parts (AG) includes a circular or oval light transmitting part, and the circular or oval light transmitting parts disposed are disposed in a zigzag shape in a first direction and a second direction. the size of each of the sub-pixels disposed in the pixel group disposed in the second region (CA) is the same as the size of each of the sub-pixels disposed in the pixel group disposed in the first region (DA), characterised in that each of the light transmitting parts (AG) includes a circular or oval light transmitting part, and the circular or oval light transmitting parts disposed are disposed in a zigzag shape in a first direction and a second direction.
An apparatus for estimating a vehicle pitch relative to a road, the apparatus comprising: a wheel speed sensor part adapted to obtain wheel speed data; an inertial measurement unit, IMU, sensor part adapted to obtain IMU data; a preprocessing part adapted to extract a stop section and a moving section based on the wheel speed data and the IMU data; and a slope estimation part adapted to estimate a vehicle pitch in the stop section and a road slope in the moving section and estimate a vehicle pitch relative to a road based on the vehicle pitch and the road slope, wherein the slope estimation part is adapted to: fit a virtual line to a shape of a road to calculate a magnitude of an error based on the virtual line and a position of a vehicle; compare the calculated magnitude of the error and a predetermined threshold to evaluate linearity of the road; and estimate the vehicle pitch relative to a road according to a result of the evaluation when the linearity of the road is appropriate. a wheel speed sensor part adapted to obtain wheel speed data; an inertial measurement unit, IMU, sensor part adapted to obtain IMU data; a preprocessing part adapted to extract a stop section and a moving section based on the wheel speed data and the IMU data; and a slope estimation part adapted to estimate a vehicle pitch in the stop section and a road slope in the moving section and estimate a vehicle pitch relative to a road based on the vehicle pitch and the road slope, wherein the slope estimation part is adapted to: fit a virtual line to a shape of a road to calculate a magnitude of an error based on the virtual line and a position of a vehicle; compare the calculated magnitude of the error and a predetermined threshold to evaluate linearity of the road; and estimate the vehicle pitch relative to a road according to a result of the evaluation when the linearity of the road is appropriate. fit a virtual line to a shape of a road to calculate a magnitude of an error based on the virtual line and a position of a vehicle; compare the calculated magnitude of the error and a predetermined threshold to evaluate linearity of the road; and estimate the vehicle pitch relative to a road according to a result of the evaluation when the linearity of the road is appropriate.
A processor-implemented method for automatically determining misalignment of an imaging device having a visible light sensor and an infrared sensor , the method comprising capturing by the visible light sensor a first visible light image at a first time; generating a visual indicator representing a measurement zone associated with the infrared sensor onto the first visible light image ; capturing by the visible light sensor a second visible light image at a second time, the second time being subsequent to the first time; generating a visual indicator representing the measurement zone associated with the infrared sensor onto the second visible light image ; comparing a location of the visual indicator representing the measurement zone of the imaging device in the first visible light image with a location of the visual indicator representing the measurement zone of the imaging device in the second visible light image ; and automatically changing a position of the imaging device based on a change in horizontal or vertical position between the location of the visual indicator in the first visible light image and the location of the visual indicator in the second visible light image . capturing by the visible light sensor a first visible light image at a first time; generating a visual indicator representing a measurement zone associated with the infrared sensor onto the first visible light image ; capturing by the visible light sensor a second visible light image at a second time, the second time being subsequent to the first time; generating a visual indicator representing the measurement zone associated with the infrared sensor onto the second visible light image ; comparing a location of the visual indicator representing the measurement zone of the imaging device in the first visible light image with a location of the visual indicator representing the measurement zone of the imaging device in the second visible light image ; and automatically changing a position of the imaging device based on a change in horizontal or vertical position between the location of the visual indicator in the first visible light image and the location of the visual indicator in the second visible light image .
A composite frozen confectionery comprising a) a soft aerated ice confection core with an overrun of 10 to 50 %, wherein the force used to penetrate a knife like probe in the aerated ice confection penetration to 25 mm fixed depth at a temperature of -10°C in the ice confection core, does not exceed 100 Newton, preferably 50 Newton, and more preferably 20 Newton with a TA-XT2i texture analyser from SMS, the knife like probe being of stainless steel and having a thickness of 1 mm, and a surface of 40x39,7 mm, and two parts of the knife probe's forming the point which penetrates into a sample form an angle of 60°; and b) an aqueous-based ice crispy shell, substantially free of sugars and fat, wherein the ice confection core includes a refreshing block comprising at least one salivating agent and at least one cooling agent, in a weight ratio of 1:0.05 to 1:0.2, preferably 1:0.11 to 1:0.16 respectively. a) a soft aerated ice confection core with an overrun of 10 to 50 %, wherein the force used to penetrate a knife like probe in the aerated ice confection penetration to 25 mm fixed depth at a temperature of -10°C in the ice confection core, does not exceed 100 Newton, preferably 50 Newton, and more preferably 20 Newton with a TA-XT2i texture analyser from SMS, the knife like probe being of stainless steel and having a thickness of 1 mm, and a surface of 40x39,7 mm, and two parts of the knife probe's forming the point which penetrates into a sample form an angle of 60°; and b) an aqueous-based ice crispy shell, substantially free of sugars and fat,
A sheathed optical waveguide, comprising a plurality of light conducting fibres which form a bundle , said bundle being surrounded by a sheathing in the form of a tube of crosslinked elastomeric material , characterized in that the inner wall of the tube has imprints of the light conducting fibres , while the light conducting fibres are not materially bonded to the elastomeric material on the inner wall of the tube nor are they embedded in the inner wall.
A system in which at least one user terminal apparatus and a plurality of server apparatuses are communicably connected, each of the plurality of server apparatuses including storage means configured to control storage of a content in a storage medium, setting means configured to set a disclosure range of the content, communication means configured to transmit/receive the content from a first server apparatus to a second server apparatus , and distribution means configured to distribute the content from the second server apparatus to a third-party terminal apparatus, the system being characterized by further comprising: comparison means configured to compare (S611, S709) a first disclosure range set in the first server apparatus with a second disclosure range set in the second server apparatus ; and notification means configured to send a notification to the user terminal apparatus based on a result of the comparison, wherein the distribution means distributes the content to a third-party terminal apparatus included in a disclosure range decided based on the result of the comparison, wherein the notification means sends the notification, if the result of the comparison indicates that the disclosure range of the first disclosure range information is different from the disclosure range of the second disclosure range information. comparison means configured to compare (S611, S709) a first disclosure range set in the first server apparatus with a second disclosure range set in the second server apparatus ; and notification means configured to send a notification to the user terminal apparatus based on a result of the comparison, wherein the distribution means distributes the content to a third-party terminal apparatus included in a disclosure range decided based on the result of the comparison, wherein the notification means sends the notification, if the result of the comparison indicates that the disclosure range of the first disclosure range information is different from the disclosure range of the second disclosure range information.