mhurhangee/ep-ind-claims huggingface dataset:
A removable transceiver module (200, 300) comprising: a base frame (201, 301) installable in a rail-pair receptacle that at least partially surrounds a first connector in a system board; a module base board and a second connector attached thereto; and a lever handle (204, 304) pivotally attached to the base frame (201, 301) and coupled to the module base board; wherein the removable transceiver module (200, 300) is to be installed in the receptacle in response to a lateral movement of the base frame (201, 301) with respect to the receptacle to align the second connector with the first connector; wherein the lever handle (204, 304) is movable between a closed position to couple the second connector to the first connector and an open position to install the removable transceiver module (200, 300) into the receptacle, the lever handle (204, 304) determining a vertical move of the module base board between the closed position and the open position; characterized in that the vertical move of the module base board is relative to the base frame (201,301); and the lever handle comprises projections that are positioned to: allow insertion of the removable transceiver module into the receptacle only with the lever handle in its open position, and prevent actuation of the lever handle until the projections are aligned with recesses in the receptacle to house the projections when the removable transceiver module is fully inserted in the receptacle and the lever handle is in the closed position. a base frame (201, 301) installable in a rail-pair receptacle that at least partially surrounds a first connector in a system board; a module base board and a second connector attached thereto; and a lever handle (204, 304) pivotally attached to the base frame (201, 301) and coupled to the module base board; wherein the removable transceiver module (200, 300) is to be installed in the receptacle in response to a lateral movement of the base frame (201, 301) with respect to the receptacle to align the second connector with the first connector; wherein the lever handle (204, 304) is movable between a closed position to couple the second connector to the first connector and an open position to install the removable transceiver module (200, 300) into the receptacle, the lever handle (204, 304) determining a vertical move of the module base board between the closed position and the open position; characterized in that the vertical move of the module base board is relative to the base frame (201,301); and the lever handle comprises projections that are positioned to: allow insertion of the removable transceiver module into the receptacle only with the lever handle in its open position, and prevent actuation of the lever handle until the projections are aligned with recesses in the receptacle to house the projections when the removable transceiver module is fully inserted in the receptacle and the lever handle is in the closed position.
A composition comprising a fullerene-polymer complex comprising one or more fullerenes and a non-conjugated hydrophilic or amphiphilic polymer, said non-conjugated polymer being substituted with at least one substituent comprising a functional group comprising a carbon-carbon pi-bond which interacts with said one or more fullerenes via pi-stacking.
Balancing board for exercising the sense of balance comprising a top part, where said top part is substantially rigid, and a bottom part, where said bottom part is resilient, where said bottom part has a perimeter defining a bottom part perimeter edge, where said top part has a perimeter defining a top part perimeter edge where, when said top part perimeter edge and said bottom part perimeter edge is arranged adjacent to each other, characterised in that the balancing board further comprises a sealing part engaging said top part perimeter edge and said bottom part perimeter edge in a sealing manner, by moulding together the sealing part with said top part and said bottom part, thereby providing an airtight connection, such that a volume is encapsulated between the bottom part and the top part, where the bottom part forms a resilient air bag effect, when a user is standing on the top part.
Adjustable-performance stun grenade (100, 100') having a fuse head and rocker lever, a primer charge with a delay charge and an effect charge, having at least an upper and a lower blowout opening (8, 9, 12, 18, 19), wherein the stun grenade (100, 100') comprises at least two modules (101, 102), the at least two modules (101, 102) being separate from one another and also connected to one another, characterized in that the one upper module contains the delay charge and the at least one upper blowout opening and receives the fuse head with primer cap and fuse housing, and the other lower module contains a chamber for receiving the effect charge.
A pharmaceutical composition comprising an oral pharmaceutical suspension comprising at least one active ingredient, water, konjac glucomannan powder, and xanthan gum wherein the pharmaceutical composition comprises 0.1% w/w to 0.3% w/w konjac glucomannan powder and 0.01% w/w to 0.1% w/w xanthan gum.
A refrigerator comprising: an ice maker comprising: an ice making tray rotatably provided therein; and a driving unit connected with the ice making tray, to rotate the ice making tray selectively; wherein a plurality of ice making recesses are provided and the plurality of the ice making recesses are partitioned by a partition wall in the ice making tray, and wherein the refrigerator further comprises: a cooling member provided in the ice making tray, contactable with water supplied to the ice making tray, wherein the cooling member comprises: a plurality of cooling fins arranged in each of the ice making recesses, contactable with water received in the ice making recesses, the plurality of the cooling fins spaced apart from each other; and a connection part that connects the cooling fins with each other, characterized in that the cooling fin is a plate fin provided in a shape corresponding to a sectional shape of the ice making recess. an ice maker comprising: an ice making tray rotatably provided therein; and a driving unit connected with the ice making tray, to rotate the ice making tray selectively; an ice making tray rotatably provided therein; and a driving unit connected with the ice making tray, to rotate the ice making tray selectively; wherein a plurality of ice making recesses are provided and the plurality of the ice making recesses are partitioned by a partition wall in the ice making tray, and a cooling member provided in the ice making tray, contactable with water supplied to the ice making tray, wherein the cooling member comprises: a plurality of cooling fins arranged in each of the ice making recesses, contactable with water received in the ice making recesses, the plurality of the cooling fins spaced apart from each other; and a connection part that connects the cooling fins with each other, characterized in that the cooling fin is a plate fin provided in a shape corresponding to a sectional shape of the ice making recess. a plurality of cooling fins arranged in each of the ice making recesses, contactable with water received in the ice making recesses, the plurality of the cooling fins spaced apart from each other; and a connection part that connects the cooling fins with each other, characterized in that the cooling fin is a plate fin provided in a shape corresponding to a sectional shape of the ice making recess.
A capsule adapted to contain at least one liquid substance for aerosol therapy, comprising a capsule body forming a closed chamber adapted to contain the at least one substance, the closed chamber being delimited at the bottom by a bottom capsule wall, in which at least one puncturable and/or tearable and/or peelable portion is obtained to allow the substance to flow out of the capsule, wherein a capsule nozzle is obtained in the capsule body, adapted to be fitted onto a device nozzle of a dispensing device so as to define, together with the device nozzle, at least one substance suction channel for the suction of the substance by the Venturi effect, wherein the capsule nozzle crosses the whole capsule body and protrudes, with a conical upper portion thereof, from a top wall of the capsule body, and wherein the capsule body supports nebulization means adapted to cause a nebulization of the substance leaving the capsule nozzle by means of an impact between the substance and said nebulization means.
A driving state estimation device comprising: a traveling state data acquisition unit configured to acquire traveling state data including at least one of a vehicle state and an operation state of a driving operator operable by a driver; a distribution data acquisition unit (130, 130A) configured to acquire distribution data for a traveling state distribution based on the traveling state data acquired by the traveling state data acquisition unit; an absolute value conversion unit (130, 130B) configured to convert values of the distribution data acquired by the distribution data acquisition unit (130, 130A) into their absolute values; a traveling state distribution calculation unit (130, 130D, 130E) configured to classify the absolute values of the distribution data in different time ranges into bins as a plurality of segmented data ranges based on the distribution data whose values are converted by the absolute value conversion unit (130, 130B) into their absolute values, and to calculate frequency distributions of the distribution data as a plurality of traveling state distributions; and a driving state estimation unit configured to estimate a driving state of the driver based on the plurality of traveling state distributions calculated by the traveling state distribution calculation unit (130, 130D, 130E). a traveling state data acquisition unit configured to acquire traveling state data including at least one of a vehicle state and an operation state of a driving operator operable by a driver; a distribution data acquisition unit (130, 130A) configured to acquire distribution data for a traveling state distribution based on the traveling state data acquired by the traveling state data acquisition unit; an absolute value conversion unit (130, 130B) configured to convert values of the distribution data acquired by the distribution data acquisition unit (130, 130A) into their absolute values; a traveling state distribution calculation unit (130, 130D, 130E) configured to classify the absolute values of the distribution data in different time ranges into bins as a plurality of segmented data ranges based on the distribution data whose values are converted by the absolute value conversion unit (130, 130B) into their absolute values, and to calculate frequency distributions of the distribution data as a plurality of traveling state distributions; and a driving state estimation unit configured to estimate a driving state of the driver based on the plurality of traveling state distributions calculated by the traveling state distribution calculation unit (130, 130D, 130E).
Apparatus (1, 14) for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, wherein the energy beam is guided onto a build plane via an irradiation device, which apparatus (1, 14) comprises an evaluation unit adapted to determine spectral information of radiation emitted in the manufacturing process, characterized in that the evaluation unit is adapted to determine spectral information of radiation emitted from at least one adjacent zone of the build plane adjacent to the at least one consolidation zone, in which consolidation zone the energy beam directly irradiates the build material.
Method for calibrating a vibrating gyroscope to be calibrated in a gyroscopic system; said vibrating gyroscope supplying measurements and being controlled in gyrometer mode in a control loop; said control loop corresponding to at least one current control for an operating parameter; said calibration method comprising the following steps in the control loop: /a/ obtaining a modified control to be applied to the gyrometer for said operating parameter by introducing a sinusoidal interference into the current control; /b/ applying the modified control to the gyrometer as the current control; /c/ determining a measurement value resulting from step /b/; and /d/ identifying a correction value for the operating parameter on the basis of a correlation between said measurement value and said modified control; said correction value being applied to the next measurements supplied by the gyroscope. /a/ obtaining a modified control to be applied to the gyrometer for said operating parameter by introducing a sinusoidal interference into the current control; /b/ applying the modified control to the gyrometer as the current control; /c/ determining a measurement value resulting from step /b/; and /d/ identifying a correction value for the operating parameter on the basis of a correlation between said measurement value and said modified control;
Method of manufacturing a hollow glass product from a glass tube semi-finished product, comprising the steps of: providing the glass tube semi-finished product with a first mark (2; 3), wherein the first mark is applied without changing the physical or chemical properties of the inner surface of the glass tube semi-finished product; further processing of the glass tube semi-finished product and at least section-wise thermal reshaping the glass tube semi-finished product into the hollow glass product at temperatures above the transformation temperature (T G) of the glass of the glass tube semi-finished product; wherein the first mark (2; 3) remains unchanged during further processing of the glass tube semi-finished product and the at least section-wise thermal reshaping of the glass tube semi-finished product into the hollow glass product, and wherein the first mark (2; 3) includes information on an origin and/or on tube-specific production data of the glass tube semi-finished product and can be read out on the manufactured hollow glass product after its manufacture in order to enable a decision on the origin and/or on the tube-specific production data of the glass tube semi-finished product. providing the glass tube semi-finished product with a first mark (2; 3), wherein the first mark is applied without changing the physical or chemical properties of the inner surface of the glass tube semi-finished product; further processing of the glass tube semi-finished product and at least section-wise thermal reshaping the glass tube semi-finished product into the hollow glass product at temperatures above the transformation temperature (T G) of the glass of the glass tube semi-finished product; wherein the first mark (2; 3) remains unchanged during further processing of the glass tube semi-finished product and the at least section-wise thermal reshaping of the glass tube semi-finished product into the hollow glass product, and wherein the first mark (2; 3) includes information on an origin and/or on tube-specific production data of the glass tube semi-finished product and can be read out on the manufactured hollow glass product after its manufacture in order to enable a decision on the origin and/or on the tube-specific production data of the glass tube semi-finished product.
A mobile terminal comprising: - a display configured to display at least one selection object (1110, 1120) having a perceived three-dimensional, 3D, depth; - a detecting unit (121, 140, 141-144) configured to detect a distance of a pointer from the mobile terminal and to detect a position of the pointer relative to the mobile terminal; and - a controller configured to: - control a prescribed visual effect to be displayed on the display based on the detected distance and the detected position of the pointer, and - when the distance of the pointer is determined to be equal to or less than a first threshold and the detected position of the pointer corresponds to a specific selection object, activate a function corresponding to the specific selection object; characterized in that the prescribed visual effect includes displaying a shadow (1130, 1130', 1130") at a prescribed 3D depth on an extension of a straight line formed by connecting a virtual light source at a prescribed point in a 3D space with the pointer and the display, wherein when the pointer moves in a lateral direction, a shape of the shadow (1130, 1130', 1130") is changed in accordance with a contour arrangement state of the specific selection object. - a display configured to display at least one selection object (1110, 1120) having a perceived three-dimensional, 3D, depth; - a detecting unit (121, 140, 141-144) configured to detect a distance of a pointer from the mobile terminal and to detect a position of the pointer relative to the mobile terminal; and - a controller configured to: - control a prescribed visual effect to be displayed on the display based on the detected distance and the detected position of the pointer, and - when the distance of the pointer is determined to be equal to or less than a first threshold and the detected position of the pointer corresponds to a specific selection object, activate a function corresponding to the specific selection object; - control a prescribed visual effect to be displayed on the display based on the detected distance and the detected position of the pointer, and - when the distance of the pointer is determined to be equal to or less than a first threshold and the detected position of the pointer corresponds to a specific selection object, activate a function corresponding to the specific selection object;
A device for storing energy, having: - a heat storage device, which has a storage region and an outer wall surrounding the storage region, and - a heat transfer element (9; 51; 52), wherein - the storage region has a heat storage medium, - an intermediate region between the storage region and the outer wall is filled at least partially with a gaseous medium, - the intermediate region is coupled with a first pumping device in such a manner that a pressure of the gaseous medium is adjustable, - the heat transfer element (9; 51; 52) - is filled at least partially with a working medium, - at least in certain sections is arranged in the intermediate region, - at least in certain sections is arranged in the storage region, and/or - at least in certain sections is arranged on a surface of the storage region facing the intermediate region, and - a first section of the heat transfer element (9; 51; 52) is arranged in the intermediate region in such a manner that the working medium in the heat transfer element (9; 51; 52) in the first section can be heated by means of heat output by the heat storage medium and a second section of the heat transfer element (9; 51; 52) is arranged outside the outer wall in such a manner that the working medium in the second section cools. - a heat storage device, which has a storage region and an outer wall surrounding the storage region, and - a heat transfer element (9; 51; 52), - the storage region has a heat storage medium, - an intermediate region between the storage region and the outer wall is filled at least partially with a gaseous medium, - the intermediate region is coupled with a first pumping device in such a manner that a pressure of the gaseous medium is adjustable, - the heat transfer element (9; 51; 52) - is filled at least partially with a working medium, - at least in certain sections is arranged in the intermediate region, - at least in certain sections is arranged in the storage region, and/or - at least in certain sections is arranged on a surface of the storage region facing the intermediate region, and - is filled at least partially with a working medium, - at least in certain sections is arranged in the intermediate region, - at least in certain sections is arranged in the storage region, and/or - at least in certain sections is arranged on a surface of the storage region facing the intermediate region, and - a first section of the heat transfer element (9; 51; 52) is arranged in the intermediate region in such a manner that the working medium in the heat transfer element (9; 51; 52) in the first section can be heated by means of heat output by the heat storage medium and a second section of the heat transfer element (9; 51; 52) is arranged outside the outer wall in such a manner that the working medium in the second section cools.
A hybrid data compression device (1810; 2510) for compressing an uncompressed data block (1805; 2505) into a compressed data block (1818; 2518) in a cache subsystem, memory subsystem or data transferring subsystem of a computer system, the uncompressed data block comprising one or a plurality of data values of one or a plurality of data types, wherein the data block is one of the following: a cache line, cache set, cache block or cache sector for storage in a cache in the computer system, and a cache line, memory row, a memory page or memory sector for storage in the memory in the computer system, or for transfer within the computer system, and wherein the data types of the data values are any of the following: integers, pointers, floating-point numbers, characters, strings, boolean values, code instructions, or data types defined by a specific format or standard, the hybrid data compression device comprising: a plurality of data compressors (1814; 2514), each compressor being configured for a respective data compression scheme (1814-1...1814-n; 2514-1...2514-n); and a predictor mechanism (1812; 2512) configured for predicting data types of data values of the uncompressed data block (1805; 2505) and for selecting an estimated best suited data compressor among said plurality of data compressors using as main criterion a dominating data type among the predicted data types, wherein the hybrid data compression device is configured to generate the compressed data block (1818; 2518) by causing the selected estimated best suited data compressor to compress the whole of the uncompressed data block. a cache line, cache set, cache block or cache sector for storage in a cache in the computer system, and a cache line, memory row, a memory page or memory sector for storage in the memory in the computer system, or for transfer within the computer system, and a plurality of data compressors (1814; 2514), each compressor being configured for a respective data compression scheme (1814-1...1814-n; 2514-1...2514-n); and a predictor mechanism (1812; 2512) configured for predicting data types of data values of the uncompressed data block (1805; 2505) and for selecting an estimated best suited data compressor among said plurality of data compressors using as main criterion a dominating data type among the predicted data types, wherein the hybrid data compression device is configured to generate the compressed data block (1818; 2518) by causing the selected estimated best suited data compressor to compress the whole of the uncompressed data block.