mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting diode device having an electrode sheet of a light emitting area and an electrode contact in contact with the electrode sheet , wherein the electrode contact at least partly surrounds the electrode sheet of the light emitting area such that there is an interface between the electrode sheet and the electrode contact , wherein this interface comprises portions defining two intersecting planes through which a current is flowing during operation of the organic light emitting diode device , wherein the electrode sheet of the light emitting area and the electrode contact are locally separated by a separator that is formed of an isolating material and/or a material having a sheet resistance higher than a sheet resistance of the electrode contact , wherein the separator is arranged in an area in a vicinity of an intersection between the two planes defined by the portions of the interface , and the separator being arranged on at least one side of the intersection to be spaced from the intersection by a distance (L1) and having a length (L3) in a direction parallel to the interface, and wherein the device comprises two separators arranged on both sides of the intersection to be spaced from the intersection respectively by a distance (L1, L2) taken along each side of the intersection.
A process shutter arrangement for a vacuum process system comprising: - a shutter disc having an essentially circumferential outer diameter D Do , a thickness t, a first surface , and a second surface , the disc comprising at least three positioning mortises in the first surface near the outer diameter D Do , each mortise being centered with respect to a radially axis ξ 1-3 in an xy-plane of the disc and having two long sides a positioned in parallel or right angled to the respective axis ξ 1-3 ; - a shutter arm comprising a bearing sickle with an inner periphery D Si , and at least three positioning tenons near or adjacent to the inner diameter D Si , and corresponding with positioning mortises to position the disc when set on the positioning tenons or on an optional bearing surface of the sickle. - a shutter disc having an essentially circumferential outer diameter D Do , a thickness t, a first surface , and a second surface , the disc comprising at least three positioning mortises in the first surface near the outer diameter D Do , each mortise being centered with respect to a radially axis ξ 1-3 in an xy-plane of the disc and having two long sides a positioned in parallel or right angled to the respective axis ξ 1-3 ; - a shutter arm comprising a bearing sickle with an inner periphery D Si , and at least three positioning tenons near or adjacent to the inner diameter D Si , and corresponding with positioning mortises to position the disc when set on the positioning tenons or on an optional bearing surface of the sickle.
System for acquiring data from the surface of bones and joints for surgical planning and manufacturing of patient-specific templates and patient specific instruments using an apparatus comprised of three units: a data collection unit, a computerized unit and a desktop 3D printer, which are functionally, physically and electrically connected to each other in a compact, portable fashion and suitable for hospital-based or clinic-based service, wherein: - the data-collection unit comprises four components: electro-magnetic (EM) device, diagnostic ultrasound machine, laser scanner and a receiver for acquisition of external data, which are physically and electrically connected and function as one unit that integrates the data from multiple sources and has sensor fusion ability; - the apparatus further comprises a compatible diagnostic 3D ultrasound (US) machine and its software with musculoskeletal probe, said US machine being designed to complement the other three components in the data-collection unit in order to formulate a complete dataset for the area of interest of bones and joints - the data-collection unit comprises four components: electro-magnetic (EM) device, diagnostic ultrasound machine, laser scanner and a receiver for acquisition of external data, which are physically and electrically connected and function as one unit that integrates the data from multiple sources and has sensor fusion ability; - the apparatus further comprises a compatible diagnostic 3D ultrasound (US) machine and its software with musculoskeletal probe, said US machine being designed to complement the other three components in the data-collection unit in order to formulate a complete dataset for the area of interest of bones and joints
A connector comprising: an electric wire ; a terminal connected to the electric wire ; a housing having a housing space to house a connection portion of the electric wire and the terminal ; and a heat storage member being made of metal material, having a function of absorbing heat generated at the connection portion between the electric wire and the terminal and dissipating the heat to an outside of the connector , and being located in the housing space , characterized in that the heat storage member is press-fitted between an inner wall surface of the housing and a surface of the terminal , wherein the inner wall surface defines the housing space , and the connector further comprises a seal member to seal an opening portion of the housing space to isolate the connection portion housed in the housing space from an outside. an electric wire ; a terminal connected to the electric wire ; a housing having a housing space to house a connection portion of the electric wire and the terminal ; and a heat storage member being made of metal material, having a function of absorbing heat generated at the connection portion between the electric wire and the terminal and dissipating the heat to an outside of the connector , and being located in the housing space , characterized in that the heat storage member is press-fitted between an inner wall surface of the housing and a surface of the terminal , wherein the inner wall surface defines the housing space , and the connector further comprises a seal member to seal an opening portion of the housing space to isolate the connection portion housed in the housing space from an outside.
An MEMS microphone, comprising a substrate and comprising a vibrating diaphragm and a back electrode which are located above the substrate , wherein a plurality of comb tooth parts are formed in edge positions of the vibrating diaphragm , the plurality of comb tooth parts are distributed in a peripheral direction of the vibrating diaphragm at intervals, a position between every two adjacent comb tooth parts on the vibrating diaphragm is connected to the substrate via an insulating layer ; and the comb tooth parts on the vibrating diaphragm are at least partially overlapped with the substrate , characterised in that a clearance exists between the comb tooth parts and the substrate and is configured as an airflow circulation channel for airflows to pass by radially to the outside of the MEMS microphone.
A system for capturing physiological state of a user at or around a peripheral catheter insertion site , the system comprising: multiple modalities of wearable sensors , a processor in electrical communication with the multiple modalities of wearable sensors , wherein the processor is configured to run an algorithm to process sensor data collected from the multiple modalities of wearable sensors and to detect the presence of extravascular fluid, and an indicator in electrical communication with the processor and configured to provide an indication of the presence of extravascular fluid, characterized in that one of the multiple modalities of wearable sensors is a position sensor; and wherein the algorithm takes into account readings of the position sensor indicative of a questionable reading by another of the wearable sensors . multiple modalities of wearable sensors , a processor in electrical communication with the multiple modalities of wearable sensors , wherein the processor is configured to run an algorithm to process sensor data collected from the multiple modalities of wearable sensors and to detect the presence of extravascular fluid, and an indicator in electrical communication with the processor and configured to provide an indication of the presence of extravascular fluid, characterized in that one of the multiple modalities of wearable sensors is a position sensor; and wherein the algorithm takes into account readings of the position sensor indicative of a questionable reading by another of the wearable sensors .
A travel region specifying device comprising: a positional information acquirer configured to acquire positional information of a body part of a work vehicle ; a travel trajectory region specifier configured to specify a travel trajectory region (JA) of the body part based on a travel trajectory (J) of the body part specified using the positional information, said travel trajectory region (JA) being a closed region surrounded by the travel trajectory (J); and a travel region specifier configured to specify a field shape (HK) as a travel region (H) where the body part travels based on a plurality of selection points selected from the travel trajectory (J) by an operator; characterized by comprising: a notifier configured to issue a predetermined notification, wherein the predetermined notification is a notification suggesting that the travel region (H) includes a region outside the travel trajectory region (JA). a positional information acquirer configured to acquire positional information of a body part of a work vehicle ; a travel trajectory region specifier configured to specify a travel trajectory region (JA) of the body part based on a travel trajectory (J) of the body part specified using the positional information, said travel trajectory region (JA) being a closed region surrounded by the travel trajectory (J); and a travel region specifier configured to specify a field shape (HK) as a travel region (H) where the body part travels based on a plurality of selection points selected from the travel trajectory (J) by an operator; characterized by comprising: a notifier configured to issue a predetermined notification, wherein the predetermined notification is a notification suggesting that the travel region (H) includes a region outside the travel trajectory region (JA). a notifier configured to issue a predetermined notification, wherein the predetermined notification is a notification suggesting that the travel region (H) includes a region outside the travel trajectory region (JA).
A method for printing a plurality of scan lines (SL) with one or more inkjet heads (310, 320, 330; 310a, 320a, 330a); said method comprising: a. receiving at least one scanline of the plurality of scanlines; b. creating, from pixels of said at least one scanline, a plurality of bundles (B) of a predetermined size, such that said plurality of bundles comprises first bundles and consecutive bundles, said first bundles and said consecutive bundles comprising pixels for which nozzles of the one or more inkjet heads have to be fired within a first time period and within a consecutive time period, respectively; and storing said plurality of bundles in a first memory ; wherein the predetermined size of a bundle of the plurality of bundles is chosen in function of a second memory ; c. transferring said plurality of bundles from the first memory to the second memory ; d. repeating steps a-c until all pixels for which nozzles of the one or more inkjet heads have to be fired within the first time period are available in the second memory as the first bundles; e. firing nozzles of the one or more inkjet heads in accordance with the first bundles within the first time period; f. repeating steps d and e for consecutive bundles and associated respective consecutive time periods. a. receiving at least one scanline of the plurality of scanlines; b. creating, from pixels of said at least one scanline, a plurality of bundles (B) of a predetermined size, such that said plurality of bundles comprises first bundles and consecutive bundles, said first bundles and said consecutive bundles comprising pixels for which nozzles of the one or more inkjet heads have to be fired within a first time period and within a consecutive time period, respectively; and storing said plurality of bundles in a first memory ; wherein the predetermined size of a bundle of the plurality of bundles is chosen in function of a second memory ; c. transferring said plurality of bundles from the first memory to the second memory ; d. repeating steps a-c until all pixels for which nozzles of the one or more inkjet heads have to be fired within the first time period are available in the second memory as the first bundles; e. firing nozzles of the one or more inkjet heads in accordance with the first bundles within the first time period; f. repeating steps d and e for consecutive bundles and associated respective consecutive time periods.
A building structure comprising: a building core extending vertically from a ground; at least one perimeter column spaced from the building core and at the exterior perimeter of the building structure; at least one outrigger beam having a main body portion connected to the building core , an end portion distal from the building core in a direction of the at least one perimeter column and a vane portion extending from said end portion ; at least one damper having a high-viscosity fluid container connected to said at least one perimeter column ; characterized in that : said vane portion extends vertically into and out of said high-viscosity fluid container to couple the building core to the at least one perimeter column , such that permanent differential vertical deformations in the building structure are accommodated by said vane portion extending vertically into or out of said high-viscosity fluid container ; and whereby when the building structure is subjected to lateral loads and the building core is displaced with respect to the at least one perimeter column , high-viscosity fluid within the high-viscosity fluid container is sheared by said vane portion to damp vibrations in the building structure. a building core extending vertically from a ground; at least one perimeter column spaced from the building core and at the exterior perimeter of the building structure; at least one outrigger beam having a main body portion connected to the building core , an end portion distal from the building core in a direction of the at least one perimeter column and a vane portion extending from said end portion ; at least one damper having a high-viscosity fluid container connected to said at least one perimeter column ; characterized in that : said vane portion extends vertically into and out of said high-viscosity fluid container to couple the building core to the at least one perimeter column , such that permanent differential vertical deformations in the building structure are accommodated by said vane portion extending vertically into or out of said high-viscosity fluid container ; and whereby when the building structure is subjected to lateral loads and the building core is displaced with respect to the at least one perimeter column , high-viscosity fluid within the high-viscosity fluid container is sheared by said vane portion to damp vibrations in the building structure.
A modular kit for building a cage for spondylodesis, the kit comprising at least two plates , wherein the plates consist of a biocompatible material and each comprise a planar structure and a plurality of pins projecting from the planar structure of the plates , wherein the pins each comprise at least one latching element , wherein the pins are elastically deformable and are arranged sufficiently close to each other on the planar structure such that pressing planar structures studded with pins of several plates onto each other causes the latching elements of different plates to snap into each other, wherein at least two of the at least two plates comprise a recess with a diameter of at least 5 mm.
A compound represented by the formula (I): wherein R 1 is an optionally substituted cyclic group; R 2 is a hydrogen atom, a halogen atom, a cyano group, an optionally substituted C 1-6 alkyl group, or an optionally substituted C 1-6 alkoxy group; - - - - - is a single bond or a double bond; ring A is an optionally further substituted ring; and R 3 and R 4 are each independently a hydrogen atom, a halogen atom, a hydroxy group, an optionally substituted C 1-6 alkyl group, or an optionally substituted C 1-6 alkoxy group, or a salt thereof. R 1 is an optionally substituted cyclic group; R 2 is a hydrogen atom, a halogen atom, a cyano group, an optionally substituted C 1-6 alkyl group, or an optionally substituted C 1-6 alkoxy group; - - - - - is a single bond or a double bond; ring A is an optionally further substituted ring; and R 3 and R 4 are each independently a hydrogen atom, a halogen atom, a hydroxy group, an optionally substituted C 1-6 alkyl group, or an optionally substituted C 1-6 alkoxy group,
An ingestible medical device for performing at least one of collecting samples and distributing substances within the GI tract of a body, wherein the medical device comprises: a storage sub-unit comprising at least one chamber having a chamber opening , the at least one chamber providing a space for a collected sample to be stored or from which a substance is distributed; a chamber enclosure enclosing the storage sub-unit , the chamber enclosure having an access port to expose or cover the chamber opening of the at least one chamber for sample distribution and sample collection respectively; a position encoder sub-unit configured to generate a positioning signal for determining a distance of the access port relative to the chamber opening of the at least one chamber ; a motor coupled to a rotatable element for rotating the rotatable element to align the access port with the chamber opening of the at least one chamber to obtain the collected sample or release the substance to be distributed; and a main microcontroller coupled to the motor and the position encoder sub-unit, the main microcontroller being configured to rotate the motor based on the positioning signal, wherein one of the storage sub-unit and the chamber enclosure is the rotatable element. a storage sub-unit comprising at least one chamber having a chamber opening , the at least one chamber providing a space for a collected sample to be stored or from which a substance is distributed; a chamber enclosure enclosing the storage sub-unit , the chamber enclosure having an access port to expose or cover the chamber opening of the at least one chamber for sample distribution and sample collection respectively; a position encoder sub-unit configured to generate a positioning signal for determining a distance of the access port relative to the chamber opening of the at least one chamber ; a motor coupled to a rotatable element for rotating the rotatable element to align the access port with the chamber opening of the at least one chamber to obtain the collected sample or release the substance to be distributed; and a main microcontroller coupled to the motor and the position encoder sub-unit, the main microcontroller being configured to rotate the motor based on the positioning signal,
A garment care device comprising: - a water tank for containing water, - a steam generator in fluid communication with the water tank for generating steam, - a soleplate defining an overall flat surface comprising a plurality of steam vents in fluid communication with the steam generator, - controlling means for controlling the flow of steam exiting the steam vents, the controlling means being adapted to take a first state resulting in steam exiting the steam vents, and a second state resulting in steam not exiting the steam vents, - a button adapted to be actuated by a user of said garment care device, characterized by - a first sensing unit for detecting if said user is holding or not said garment care device, - a processing unit connected to said button and to said first sensing unit, said processing unit being adapted to set the controlling means in said first state if the following primary conditions are fulfilled: - said button has been continuously pressed by said user during at least a first time duration (D1), and - after said first time duration (D1), said first sensing unit detects that the user is holding the garment care device. - a water tank for containing water, - a steam generator in fluid communication with the water tank for generating steam, - a soleplate defining an overall flat surface comprising a plurality of steam vents in fluid communication with the steam generator, - controlling means for controlling the flow of steam exiting the steam vents, the controlling means being adapted to take a first state resulting in steam exiting the steam vents, and a second state resulting in steam not exiting the steam vents, - a button adapted to be actuated by a user of said garment care device, characterized by - a first sensing unit for detecting if said user is holding or not said garment care device, - a processing unit connected to said button and to said first sensing unit, said processing unit being adapted to set the controlling means in said first state if the following primary conditions are fulfilled: - said button has been continuously pressed by said user during at least a first time duration (D1), and - after said first time duration (D1), said first sensing unit detects that the user is holding the garment care device. - said button has been continuously pressed by said user during at least a first time duration (D1), and - after said first time duration (D1), said first sensing unit detects that the user is holding the garment care device.