mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting diode , comprising a substrate , an anode , a hole transport layer , a light emitting layer , an electron transport layer , and a cathode (16, 22, 38 4a) wherein, the light emitting layer comprises a first phosphorescent light emitting layer , a blue fluorescent light emitting layer , and a second phosphorescent light emitting layer , which are stacked along a direction from the anode to the cathode ; a material capable of conducting holes and blocking electrons is employed in the first phosphorescent light emitting layer as its host material, a material capable of conducting electrons and blocking holes is employed in the second phosphorescent light emitting layer as its host material, and a material capable of conducting both holes and electrons is employed in the blue fluorescent light emitting layer ; characterised in that the first phosphorescent light emitting layer is a green phosphorescent light emitting layer formed by doping a guest material of tris(2-phenylpyridine)iridium (Ir(ppy) 3 ) into a host material of 4,4'-cyclohexylidenebis[N,N-bis (4-methylphenyl)aniline] (TAPC) at a molar ratio of 7%; and the second phosphorescent light emitting layer is a red phosphorescent light emitting layer formed by doping a guest material of tris(2-phenylquinoline)iridium (Ir(2-phq) 3 ) into a host material of 2,9-dimethyl-4,7-diphenyl-1,10-phenanthroline (BCP) at a molar ratio of 8%.
An integrated circuit, comprising: a semiconductor die having a first surface and a second surface opposite to the first surface, the semiconductor die having active circuit components fabricated in the first surface of the semiconductor die or in the second surface of the semiconductor die, and an inductor layer provided over the first surface of the semiconductor die, the inductor layer comprising an inductor with: a magnetic core having a first core element and a second core element generally aligned with the first core element; and a winding provided as separate spirals around each of the magnetic core elements, such that each spiral generates flux in an opposite direction to the other spiral in response to a common signal through the winding, wherein the winding of the inductor is oriented to conduct the flux in a direction generally parallel to the first surface of the semiconductor die, and wherein the winding extends between an input terminal and an output terminal of the inductor. a semiconductor die having a first surface and a second surface opposite to the first surface, the semiconductor die having active circuit components fabricated in the first surface of the semiconductor die or in the second surface of the semiconductor die, and an inductor layer provided over the first surface of the semiconductor die, the inductor layer comprising an inductor with: a magnetic core having a first core element and a second core element generally aligned with the first core element; and a winding provided as separate spirals around each of the magnetic core elements, such that each spiral generates flux in an opposite direction to the other spiral in response to a common signal through the winding, wherein the winding of the inductor is oriented to conduct the flux in a direction generally parallel to the first surface of the semiconductor die, and wherein the winding extends between an input terminal and an output terminal of the inductor. a magnetic core having a first core element and a second core element generally aligned with the first core element; and a winding provided as separate spirals around each of the magnetic core elements, such that each spiral generates flux in an opposite direction to the other spiral in response to a common signal through the winding, wherein the winding of the inductor is oriented to conduct the flux in a direction generally parallel to the first surface of the semiconductor die, and wherein the winding extends between an input terminal and an output terminal of the inductor.
A method of forming a porous material, the method comprising the steps of a) fusing porogens to form a porogen scaffold comprising fused porogens; b) coating the porogen scaffold with an elastomer base to form an elastomer coated porogen scaffold; c) curing the elastomer coated porogen scaffold; and d) removing the porogen scaffold, wherein porogen scaffold removal results in a porous material, the porous material comprising a substantially non-degradable, biocompatible elastomer matrix defining an array of interconnected pores. a) fusing porogens to form a porogen scaffold comprising fused porogens; b) coating the porogen scaffold with an elastomer base to form an elastomer coated porogen scaffold; c) curing the elastomer coated porogen scaffold; and d) removing the porogen scaffold, wherein porogen scaffold removal results in a porous material, the porous material comprising a substantially non-degradable, biocompatible elastomer matrix defining an array of interconnected pores.
An aqueous binding composition for a fibrous material comprising (a) a water-soluble polyamic acid formed by the reaction of (i) a polycarboxylic acid and/or polyanhydride having a molecular weight of at least 150 and (ii) ammonia, and (b) an organic crosslinking agent capable of undergoing a covalent crosslinking reaction with said water-soluble polyamic acid when heated.
A hazardous gas detector comprising: a housing defining an interior region ; a laser emitting component oriented to emit a laser light away from the housing; a lens disposed within an aperture defined by the housing, the lens allowing returning infrared light of the laser light to enter the interior region; a mirror disposed within the interior region and oriented to split the returning laser light into a short wave infrared light and a long wave infrared light ; characterized by a one-dimensional camera pixel array disposed within the interior region, the 1D camera imaging a planar region that includes an illuminated portion comprising the short wave infrared light. a housing defining an interior region ; a laser emitting component oriented to emit a laser light away from the housing; a lens disposed within an aperture defined by the housing, the lens allowing returning infrared light of the laser light to enter the interior region; a mirror disposed within the interior region and oriented to split the returning laser light into a short wave infrared light and a long wave infrared light ; characterized by a one-dimensional camera pixel array disposed within the interior region, the 1D camera imaging a planar region that includes an illuminated portion comprising the short wave infrared light.
A hub lock assembly for retaining a vehicle wheel hub in position, the hub lock assembly comprising a hub lock nut (120, 120', 120") and a mating component with which the hub lock nut (120, 120', 120") is arranged to be mated in a mated position; the hub lock nut (120, 120', 120") comprising a circumferential inner wall defining a central hole , the inner wall having a threaded portion , the hub lock nut (120, 120', 120") comprising at least one resilient portion (122, 122', 122") adapted to be movable in a radial direction (R) outwardly from the central hole when subjected to an external force (F) provided by the mating component , wherein the at least one resilient portion is arranged to provide prevailing torque to the hub lock nut (120, 120', 120") when subjected to the external force (F), the at least one resilient portion (122, 122', 122") having an engagement area for receiving said external force (F), wherein the engagement area is located radially outwardly of the threaded portion in the mated position, characterized in that the mating component comprises a protrusion (220, 220', 220") extending radially outwards from the mating component and configured to subject the resilient portion (122, 122', 122") to the external force (F) in the mated position. the hub lock nut (120, 120', 120") comprising a circumferential inner wall defining a central hole , the inner wall having a threaded portion , the hub lock nut (120, 120', 120") comprising at least one resilient portion (122, 122', 122") adapted to be movable in a radial direction (R) outwardly from the central hole when subjected to an external force (F) provided by the mating component , wherein the at least one resilient portion is arranged to provide prevailing torque to the hub lock nut (120, 120', 120") when subjected to the external force (F), the at least one resilient portion (122, 122', 122") having an engagement area for receiving said external force (F), wherein the engagement area is located radially outwardly of the threaded portion in the mated position, characterized in that the mating component comprises a protrusion (220, 220', 220") extending radially outwards from the mating component and configured to subject the resilient portion (122, 122', 122") to the external force (F) in the mated position.
A high throughput satellite system , comprising: an array (Fig. 1(a)-(b): 300; Fig. 6: 500) of coordinated remote satellites , each remote satellite having one or more antenna (Fig. 1(a): 306; Fig. 2(a): 310) and maintaining a predetermined or dynamic distance to each other to form a combined aperture system in space; wherein said maintaining a predetermined or dynamic distance is performed by using first order gravitational forces or electromagnetic coupling between the remote satellites .
Method for producing a sensor having a circuit carrier , which has a placement island carrying a sensor circuit for outputting a sensor signal dependent on a physical transmitter field and an interface which is electrically connected to the placement island and is intended to transmit the sensor signal to a superordinate signal processing device , characterized by : - enveloping a part of the circuit carrier containing the placement island and the sensor circuit in a first protective compound , - connecting a signal transmission element to the interface , and - enveloping at least one part of the first protective compound and the interface , with at least one part of the signal transmission element connected thereto, in a second protective compound , wherein the enclosing operation by means of the first protective compound is carried out as moulding, during which a thermosetting plastic compound, as the first protective compound, is pressed in a special mould around the circuit carrier, wherein the signal transmission element is a cable, - enveloping at least one part of the second protective compound in a third protective compound , wherein the third protective compound is formed with a fastening section for fastening the sensor to a sensor carrier , wherein the fastening section comprises a sleeve which is radially enveloped by the third protective compound . - enveloping a part of the circuit carrier containing the placement island and the sensor circuit in a first protective compound , - connecting a signal transmission element to the interface , and - enveloping at least one part of the first protective compound and the interface , with at least one part of the signal transmission element connected thereto, in a second protective compound , wherein the enclosing operation by means of the first protective compound is carried out as moulding, during which a thermosetting plastic compound, as the first protective compound, is pressed in a special mould around the circuit carrier, wherein the signal transmission element is a cable, - enveloping at least one part of the second protective compound in a third protective compound , wherein the third protective compound is formed with a fastening section for fastening the sensor to a sensor carrier , wherein the fastening section comprises a sleeve which is radially enveloped by the third protective compound .
An optical apparatus (1; 2; 3) comprising: a deflection unit configured to deflect illumination light from a light source to scan an object and deflect reflected light from the object ; and a guide unit configured to guide the illumination light from the light source to the deflection unit and guide the reflected light from the deflection unit to a light-receiving element , wherein the light guide unit includes a first surface on which the illumination light from the light source is incident and a second surface including a transmissive region through which the illumination light from the first surface is transmitted and a reflective region that reflects the reflected light from the deflection unit , wherein the first and the second surfaces are non-parallel to each other, and wherein the illumination light from the first surface is incident on the transmissive region without being transmitted or reflected by other surfaces. a deflection unit configured to deflect illumination light from a light source to scan an object and deflect reflected light from the object ; and a guide unit configured to guide the illumination light from the light source to the deflection unit and guide the reflected light from the deflection unit to a light-receiving element , wherein the light guide unit includes a first surface on which the illumination light from the light source is incident and a second surface including a transmissive region through which the illumination light from the first surface is transmitted and a reflective region that reflects the reflected light from the deflection unit , wherein the first and the second surfaces are non-parallel to each other, and wherein the illumination light from the first surface is incident on the transmissive region without being transmitted or reflected by other surfaces.
A hearing device to be worn by a user for stimulating the user's hearing, comprising an interface for wireless communication with external devices , and a pairing control unit for controlling pairing of the hearing device with external devices, wherein the pairing control unit is configured to maintain a plurality of pairing tables (P1, P2), wherein each pairing table is configured to persistently store a limited number of pairing information entries for a maximum number of external devices paired with hearing device, and wherein, once the maximum number of external devices has been reached, one of the existing entries is overwritten when a new pairing information entry is to be stored in the respective pairing table, wherein the pairing control unit is configured to decide in which one of the pairing tables the new pairing information entry is to be persistently stored, the decision being based on target pairing table selection information provided to the pairing control unit during the pairing process, and wherein the pairing control unit is further configured to receive the target pairing table selection information as a message from a respective external device involved in the pairing process, to receive the target pairing table selection information as an input via a user interface of a third device communicating with the hearing device, or to derive the target pairing table selection information from device identification information, such as an address or an attribute, received from the external device involved in the pairing process.
A side support for a postural support seat , comprising: at least one support element for exerting a force on a user sitting in the postural support seat ; at least a first hinge element and at least a second hinge element forming a joint-link chain, wherein the support element is attached to a first end of the joint-link-chain; and at least one attachment element , wherein a second end of the joint-link-chain, being opposite to the first end is connected to the attachment element , and wherein the attachment element is adapted to be connected to the postural support seat characterized in that the first hinge element and/or the second hinge element comprises at least one castellation element and/or at least one serration element being arranged around at least one through hole at a location where two neighboring first and/or second hinge elements are contacting each other, wherein the castellation element and/or the serration element of the first or second hinge element is adapted to interact with a castellation element and/or serration element of the neighboring first and/or second hinge element , and wherein a locking pin for coupling two neighboring first and/or second hinge elements to each other for forming the joint-link chain is inserted in the through hole and is kept biased by spring means for keeping the castellation elements and/or serration elements (170b, in engagement. at least one support element for exerting a force on a user sitting in the postural support seat ; at least a first hinge element and at least a second hinge element forming a joint-link chain, wherein the support element is attached to a first end of the joint-link-chain; and at least one attachment element , wherein a second end of the joint-link-chain, being opposite to the first end is connected to the attachment element , and wherein the attachment element is adapted to be connected to the postural support seat characterized in that the first hinge element and/or the second hinge element comprises at least one castellation element and/or at least one serration element being arranged around at least one through hole at a location where two neighboring first and/or second hinge elements are contacting each other, wherein the castellation element and/or the serration element of the first or second hinge element is adapted to interact with a castellation element and/or serration element of the neighboring first and/or second hinge element , and wherein a locking pin for coupling two neighboring first and/or second hinge elements to each other for forming the joint-link chain is inserted in the through hole and is kept biased by spring means for keeping the castellation elements and/or serration elements (170b, in engagement.
An incubator , comprising: a body , a transparent hood covering above the body , and openably engaged to the body ; an accommodating space defined between the body and the transparent hood and configured to accommodate a baby; an illumination light source , disposed in the body so as to avoid disturbing observation of the baby through the transparent hood ; an emitting member , fixed to the transparent hood and disposed inside at an upper part of the transparent hood , and configured to emit light from the illumination light source , so as to illuminate the accommodating space , a guiding member , fixed to the transparent hood and disposed at a side part of the transparent hood , and configured to guide the light from the illumination light source to the emitting member , and a reflection plate included in the emitting member for reflecting the light guided by the guiding member , characterised in that when the transparent hood is closed, light from the illumination light source enters the guiding member , the guiding member guides the light to the emitting member , and the light guided by the guiding member is emitted from the emitting member into the accommodating space , and when the transparent hood is opened, the light from the illumination light source does not enter the guiding member , and the emitting member does not emit the light. a body , a transparent hood covering above the body , and openably engaged to the body ; an accommodating space defined between the body and the transparent hood and configured to accommodate a baby; an illumination light source , disposed in the body so as to avoid disturbing observation of the baby through the transparent hood ; an emitting member , fixed to the transparent hood and disposed inside at an upper part of the transparent hood , and configured to emit light from the illumination light source , so as to illuminate the accommodating space , a guiding member , fixed to the transparent hood and disposed at a side part of the transparent hood , and configured to guide the light from the illumination light source to the emitting member , and a reflection plate included in the emitting member for reflecting the light guided by the guiding member , characterised in that when the transparent hood is closed, light from the illumination light source enters the guiding member , the guiding member guides the light to the emitting member , and the light guided by the guiding member is emitted from the emitting member into the accommodating space , and when the transparent hood is opened, the light from the illumination light source does not enter the guiding member , and the emitting member does not emit the light.
A method for access control for a terminal device in a dual connectivity to a primary cell and a primary secondary cell, characterized by the method comprising: responsive to that the terminal device satisfies a condition of radio resource control connection reestablishment when the terminal device performs or is to perform an addition or change of a target primary secondary cell to access the target primary secondary cell, wherein the condition of radio resource control connection reestablishment comprises: a radio link failure occurs to a radio link between the terminal device and a source primary cell, terminating (S701), by the terminal device, an ongoing access to the target primary secondary cell; initiating (S800), by the terminal device, a radio resource control connection reestablishment procedure to establish a radio resource control connection with a target primary cell. responsive to that the terminal device satisfies a condition of radio resource control connection reestablishment when the terminal device performs or is to perform an addition or change of a target primary secondary cell to access the target primary secondary cell, wherein the condition of radio resource control connection reestablishment comprises: a radio link failure occurs to a radio link between the terminal device and a source primary cell, terminating (S701), by the terminal device, an ongoing access to the target primary secondary cell; initiating (S800), by the terminal device, a radio resource control connection reestablishment procedure to establish a radio resource control connection with a target primary cell.
A method for detecting endotoxin by electrochemical measurement, characterized by comprising the steps of: bringing a fluid to be tested into contact with an adsorbent that adsorbs endotoxin to adsorb the endotoxin; bringing a basic solution into contact with the adsorbent having adsorbed the endotoxin to desorb and hydrolyse the endotoxin from the adsorbent; and using triple pulse amperometry to electrochemically measure the basic solution containing the desorbed and hydrolysed endotoxin. bringing a fluid to be tested into contact with an adsorbent that adsorbs endotoxin to adsorb the endotoxin; bringing a basic solution into contact with the adsorbent having adsorbed the endotoxin to desorb and hydrolyse the endotoxin from the adsorbent; and using triple pulse amperometry to electrochemically measure the basic solution containing the desorbed and hydrolysed endotoxin.