mhurhangee/patent-ind-claim-en huggingface dataset:
An organic electroluminescent device comprising a light-emitting layer B comprising: (i) a host material H B , which has a lowermost excited singlet state energy level S1 H and a lowermost excited triplet state energy level T1 H ; (ii) a first thermally activated delayed fluorescence (TADF) material E B , which has a lowermost excited singlet state energy level S1 E and a lowermost excited triplet state energy level T1 E ; and (iii) a second TADF material S B , which has a lowermost excited singlet state energy level S1 S and a lowermost excited triplet state energy level T1 S , characterized in that S B transfers energy to E B and E B emits thermally activated delayed fluorescence with an emission maximum between 420 and 500 nm; and wherein the relations expressed by the following formulas to apply: S 1 H > S 1 E S 1 H > S 1 S S 1 E > S 1 S T 1 H > T 1 S (i) a host material H B , which has a lowermost excited singlet state energy level S1 H and a lowermost excited triplet state energy level T1 H ; (ii) a first thermally activated delayed fluorescence (TADF) material E B , which has a lowermost excited singlet state energy level S1 E and a lowermost excited triplet state energy level T1 E ; and (iii) a second TADF material S B , which has a lowermost excited singlet state energy level S1 S and a lowermost excited triplet state energy level T1 S , characterized in that S B transfers energy to E B and E B emits thermally activated delayed fluorescence with an emission maximum between 420 and 500 nm; and wherein the relations expressed by the following formulas to apply: S 1 H > S 1 E S 1 H > S 1 S S 1 E > S 1 S T 1 H > T 1 S
Sliding door which has, extending along its lower edge, a lowerable bottom seal , wherein a further bottom seal , which can likewise be lowered and extends transversely with respect to the lowerable bottom seal , is arranged in a lower region of an end side of the sliding door , characterized in that the further lowerable floor seal has a cross member which carries a further seal , wherein the cross member and/or the further seal extends at least over the thickness of the sliding door .
An implantable pulse generator , comprising: a conductive housing comprising a feedthrough between a first cavity and a second cavity , wherein the housing comprises a conductive top cover and a conductive bottom cover , wherein the first cavity is defined between the top cover and the feedthrough , and wherein the second cavity is defined between the bottom cover and the feedthrough , wherein the feedthrough , the top cover and the bottom cover lie in planes that are parallel; a plurality of feedthrough pins passing through the feedthrough between the first cavity and the second cavity ; a circuit board comprising electronic circuitry in the second cavity connected to each of the plurality of feedthrough pins ; at least one electrode wire cable extending outwardly from the housing , wherein each electrode wire cable comprises a plurality of electrode wires coupled by electrical connections in the first cavity to some of the feedthrough pins ; and a connector block connected to each at least one electrode wire cable , wherein each connector block comprises an opening configured to receive a lead for stimulating a patient's tissue, wherein each of the plurality of electrode wires in an electrode wire cable connected to a connector block are coupled to contacts in that connector block. a conductive housing comprising a feedthrough between a first cavity and a second cavity , wherein the housing comprises a conductive top cover and a conductive bottom cover , wherein the first cavity is defined between the top cover and the feedthrough , and wherein the second cavity is defined between the bottom cover and the feedthrough , wherein the feedthrough , the top cover and the bottom cover lie in planes that are parallel; a plurality of feedthrough pins passing through the feedthrough between the first cavity and the second cavity ; a circuit board comprising electronic circuitry in the second cavity connected to each of the plurality of feedthrough pins ; at least one electrode wire cable extending outwardly from the housing , wherein each electrode wire cable comprises a plurality of electrode wires coupled by electrical connections in the first cavity to some of the feedthrough pins ; and a connector block connected to each at least one electrode wire cable , wherein each connector block comprises an opening configured to receive a lead for stimulating a patient's tissue, wherein each of the plurality of electrode wires in an electrode wire cable connected to a connector block are coupled to contacts in that connector block.
A method for providing media content comprising media segments to a streaming player wherein the media segments are transmitted from a server device to a streaming player, the method being performable at a user equipment and comprising the steps of : - receiving a first media segment (S21) ; - determining time of reception of the first media segment (S22); characterized by - estimating a media segment availability time for requesting subsequent media segments by modifying the determined time of the reception of the first media segment with a correction value compensating a variation in reception intervals of media segments so that the streaming player receives the media segments at a constant time interval (S23); - signaling the estimated availability time to the streaming player (S24). - receiving a first media segment (S21) ; - determining time of reception of the first media segment (S22); - estimating a media segment availability time for requesting subsequent media segments by modifying the determined time of the reception of the first media segment with a correction value compensating a variation in reception intervals of media segments so that the streaming player receives the media segments at a constant time interval (S23); - signaling the estimated availability time to the streaming player (S24).
A method of controlling a microfluidic valve comprising: activating a first inertial pump at a first frequency and a second inertial pump at a second frequency to create a first pattern of fluid flow within a microfluidic valve ; and adjusting at least one of the first frequency and the second frequency to change the first pattern of fluid flow to a second pattern of fluid flow, wherein activating an inertial pump at a frequency comprises implementing a time delay between each activation of an inertial pump to enable a pumping event caused by the activation to be completed before a subsequent activation is initiated. activating a first inertial pump at a first frequency and a second inertial pump at a second frequency to create a first pattern of fluid flow within a microfluidic valve ; and adjusting at least one of the first frequency and the second frequency to change the first pattern of fluid flow to a second pattern of fluid flow, wherein activating an inertial pump at a frequency comprises implementing a time delay between each activation of an inertial pump to enable a pumping event caused by the activation to be completed before a subsequent activation is initiated.
A holding device for accommodating workpieces at least portionwise, in particular cylindrical workpieces, in at least one predetermined position, with at least one holder for accommodating at least one workpiece at least portionwise, wherein the at least one holder comprises at least one predetermined abutment area on which the at least one workpiece abuts in the predetermined position, and at least one force generation unit for generating a holding force, which holds the at least one workpiece in the predetermined position, wherein the at least one abutment area is configured in such a manner that the at least one workpiece is positionable in a predetermined position and location in the at least one holder by the at least one force generation unit , wherein the at least one abutment area is configured such that the longitudinal axes of workpieces held in the at least one holder extend in the vertical direction, characterised in that the holding force generated by the at least one force generation unit acts contactless on the at least one workpiece , and in that the at least one force generation unit comprises at least one magnet , wherein the at least one magnet is arranged in an opening in the at least one holder .
A flooring panel (P, 50) comprising - an upper floor layer having an upper side and a lower side; and - an adhesive layer comprising - an elastic layer having a first side , and a second side , which is located opposite said first side of said elastic layer and which defines a surface of said elastic layer , said elastic layer being made from a foam material and including a plurality of holes distributed throughout said elastic layer , wherein said holes positioned in the interior of said elastic layer are formed as closed cells and open holes are formed in said surface of said elastic layer , said open holes being sized and shaped for applying suction against a support surface when said adhesive layer is applied thereto; characterized by - a sealing material applied to the entire surface of said second side of said elastic layer for enhancing the suction applied by said open holes to the support surface; and - a bonding layer applied to said first side of said elastic layer, wherein said open holes each have a concave shape extending inwardly into said elastic layer and are treated with said sealing material , wherein said sealing material does not completely fill said open holes so as to maintain hollow spaces, said first side of said adhesive layer being attached to said lower side of said upper floor layer . - an upper floor layer having an upper side and a lower side; and - an adhesive layer comprising - an elastic layer having a first side , and a second side , which is located opposite said first side of said elastic layer and which defines a surface of said elastic layer , said elastic layer being made from a foam material and including a plurality of holes distributed throughout said elastic layer , wherein said holes positioned in the interior of said elastic layer are formed as closed cells and open holes are formed in said surface of said elastic layer , said open holes being sized and shaped for applying suction against a support surface when said adhesive layer is applied thereto; - a sealing material applied to the entire surface of said second side of said elastic layer for enhancing the suction applied by said open holes to the support surface; and - a bonding layer applied to said first side of said elastic layer, wherein said open holes each have a concave shape extending inwardly into said elastic layer and are treated with said sealing material ,
A switch assembly comprising: a switch electrically coupled at one end to a power line and at an opposite end to electronics; a high impedance resistive element coupled at one end to the power line and at an opposite end to the electronics, the high impedance resistive element has a higher impedance than the switch so that current flows through the switch from the power line when the switch is closed and through the high impedance resistive element from the power line when the switch is open, characterized in that one of the electronics is a switch closing device, the switch closing device being powered through the high impedance resistive element to close the switch when it is open; and wherein the switch assembly includes a vacuum interrupter having a vacuum chamber defined by a vacuum housing , and the high impedance resistive element is disposed on a surface of the vacuum housing . a switch electrically coupled at one end to a power line and at an opposite end to electronics; a high impedance resistive element coupled at one end to the power line and at an opposite end to the electronics, the high impedance resistive element has a higher impedance than the switch so that current flows through the switch from the power line when the switch is closed and through the high impedance resistive element from the power line when the switch is open, characterized in that one of the electronics is a switch closing device, the switch closing device being powered through the high impedance resistive element to close the switch when it is open; and wherein
A straddled vehicle comprising: a rear cover disposed in a vehicle rear portion with regard to a front-and-rear direction of the vehicle; a taillight housing attached to the rear cover ; a bulb attached to the taillight housing ; a taillight lens attached to the taillight housing , the taillight lens covering the bulb , the taillight lens is configured to cause light emitted from the bulb to transmit therethrough; a lens fastening portion fixing the taillight lens to the taillight housing ; and an auxiliary cover disposed at least partially lateral to the taillight lens with regard to a right-and-left direction of the vehicle in a vehicle rear view, the auxiliary cover covering the lens fastening portion , wherein the rear cover includes at least one side cover disposed lateral to the auxiliary cover with regard to the right-and-left direction of the vehicle in the vehicle rear view, the auxiliary cover includes at least one lock portion disposed lateral to the taillight lens with regard to the right-and-left direction of the vehicle, characterised in that the auxiliary cover is attached to the rear cover by locking the lock portion to the side cover . a rear cover disposed in a vehicle rear portion with regard to a front-and-rear direction of the vehicle; a taillight housing attached to the rear cover ; a bulb attached to the taillight housing ; a taillight lens attached to the taillight housing , the taillight lens covering the bulb , the taillight lens is configured to cause light emitted from the bulb to transmit therethrough; a lens fastening portion fixing the taillight lens to the taillight housing ; and an auxiliary cover disposed at least partially lateral to the taillight lens with regard to a right-and-left direction of the vehicle in a vehicle rear view, the auxiliary cover covering the lens fastening portion , wherein the rear cover includes at least one side cover disposed lateral to the auxiliary cover with regard to the right-and-left direction of the vehicle in the vehicle rear view, the auxiliary cover includes at least one lock portion disposed lateral to the taillight lens with regard to the right-and-left direction of the vehicle, characterised in that the auxiliary cover is attached to the rear cover by locking the lock portion to the side cover .
A method of analyzing a subject for prostate cancer-associated markers, wherein the method comprises testing a sample obtained from said subject for HOXB13 rs138213197 and CIP2A rs2278911, and wherein the presence of at least one HOXB13 rs138213197 T allele and at least one CIP2A rs2278911 T allele indicates that said subject has an increased risk of having or developing prostate cancer.
A shelving assembly comprising a bracket for supporting a shelf and the shelf , wherein the shelf comprises a flat top surface which is capable of supporting articles which may be placed on said shelf, characterized in that the shelf comprises a hydrophobic surface which is arranged in a spill containment pattern on said top surface, wherein a majority of the top surface is not hydrophobic, thereby defining one or more non-hydrophobic spill containment areas bounded by said spill containment pattern of the hydrophobic surface, wherein the hydrophobic surface is created by a hydrophobic or super hydrophobic surface treatment of the top surface .
Strip guide segment of a continuous casting plant, comprising an upper frame and a lower frame , wherein hydraulic cylinder units for setting the spacing between upper frame and lower frame are arranged between the upper frame and lower frame , and wherein a part of hydraulic cylinder unit is connected with the upper frame by way of a first bearing point and a part of the hydraulic cylinder unit is connected with the lower frame by way of a second bearing point , characterised in that at least one of the bearing points comprises: - a bearing with at least one inner ring and at least one outer ring , wherein a part of the hydraulic cylinder unit is connected with the at least one inner ring , - a housing element in which the at least one outer ring is arranged, wherein a radially widened flange is arranged at the housing element , wherein the housing element is fastened to the upper frame or the lower frame by means of the flange . - a bearing with at least one inner ring and at least one outer ring , wherein a part of the hydraulic cylinder unit is connected with the at least one inner ring , - a housing element in which the at least one outer ring is arranged, wherein a radially widened flange is arranged at the housing element ,
A method for creating a superposable revealing layer lenslet grating and base layer lenslet gratings yielding , when superposed, a superposition shape image that shows a recognizable message, comprising the steps of : (i) selecting the message that is to appear as the superposition shape image ; (ii) defining superposition parameters according to a selected superposition technique; (iii) generating from the shape image of the selected message both the revealing and base layers, where the revealing layer comprises an array of revealing layer surfaces specifying the layout of the revealing layer lenslet grating and where the base layer comprises arrays of base layer surfaces specifying the layout of the base layer lenslet gratings and such that the superposition shape image is formed by the sampling action of the revealing layer lenslet grating on the plane on which the base layer lenslet gratings concentrate the incoming light , and that said recognizable message moves dynamically when changing the observation angle in respect to the superposed lenslet gratings ; (iv) fabricating the revealing layer lenslet grating located at the positions of the array of revealing layer surfaces and the base layer lenslet gratings at the positions of the arrays of base layer surfaces by applying techniques such as lithographic techniques, laser writing techniques, etching techniques, reflow techniques and/or embossing techniques. (i) selecting the message that is to appear as the superposition shape image ; (ii) defining superposition parameters according to a selected superposition technique; (iii) generating from the shape image of the selected message both the revealing and base layers, where the revealing layer comprises an array of revealing layer surfaces specifying the layout of the revealing layer lenslet grating and where the base layer comprises arrays of base layer surfaces specifying the layout of the base layer lenslet gratings and such that the superposition shape image is formed by the sampling action of the revealing layer lenslet grating on the plane on which the base layer lenslet gratings concentrate the incoming light , and that said recognizable message moves dynamically when changing the observation angle in respect to the superposed lenslet gratings ; (iv) fabricating the revealing layer lenslet grating located at the positions of the array of revealing layer surfaces and the base layer lenslet gratings at the positions of the arrays of base layer surfaces by applying techniques such as lithographic techniques, laser writing techniques, etching techniques, reflow techniques and/or embossing techniques.
Method for identifying the cavity of a glass container forming machine in which a glass container has been manufactured, which comprises manufacturing a set of glass containers , wherein each of the glass containers has a code (C) which identifies the cavity of the forming machine in which the glass container has been manufactured, characterized in that the method comprises: • for each container of the set of glass containers : ∘ determining a characteristic parameter of the glass container , and ∘ reading the code (C) which identifies the cavity of the forming machine in which the glass container has been manufactured, • performing a classification of the set of glass containers which comprises: ∘ relating each glass container with its characteristic parameter, and ∘ relating each characteristic parameter with the cavity of the forming machine in which the glass container has been manufactured, • manufacturing a new glass container , • determining the characteristic parameter of the new glass container , and • comparing the characteristic parameter of the new glass container with the classification of the set of glass containers , and identifying the cavity in which the new glass container has been manufactured based on said comparison. • for each container of the set of glass containers : ∘ determining a characteristic parameter of the glass container , and ∘ reading the code (C) which identifies the cavity of the forming machine in which the glass container has been manufactured, ∘ determining a characteristic parameter of the glass container , and ∘ reading the code (C) which identifies the cavity of the forming machine in which the glass container has been manufactured, • performing a classification of the set of glass containers which comprises: ∘ relating each glass container with its characteristic parameter, and ∘ relating each characteristic parameter with the cavity of the forming machine in which the glass container has been manufactured, ∘ relating each glass container with its characteristic parameter, and ∘ relating each characteristic parameter with the cavity of the forming machine in which the glass container has been manufactured, • manufacturing a new glass container , • determining the characteristic parameter of the new glass container , and • comparing the characteristic parameter of the new glass container with the classification of the set of glass containers , and identifying the cavity in which the new glass container has been manufactured based on said comparison.
An apparatus, comprising: an array of CMOS-fabricated sensors having corresponding microwells , each sensor in the plurality including a chemically-sensitive field effect transistor, abbreviated as chemFET, having a floating gate structure coupled to a corresponding chemical sample microwell; multiple rows and columns of reference cells around a perimeter of the array each reference cell including a FET having a floating gate structure coupled to a reference voltage line (VREF); and an column bias/ readout circuitry , wherein the column bias/readout circuitry is configured to selectively connect to the sensors in the array and the reference cells around the perimeter of the array. an array of CMOS-fabricated sensors having corresponding microwells , each sensor in the plurality including a chemically-sensitive field effect transistor, abbreviated as chemFET, having a floating gate structure coupled to a corresponding chemical sample microwell; multiple rows and columns of reference cells around a perimeter of the array each reference cell including a FET having a floating gate structure coupled to a reference voltage line (VREF); and an column bias/ readout circuitry , wherein the column bias/readout circuitry is configured to selectively connect to the sensors in the array and the reference cells around the perimeter of the array.
A method for mapping sweat production from the human skin, said method comprising the application to the surface of the human skin of a polydiacetylene (PDA) prepared from a derivative of a conjugated diynoic acid having at least 18 carbon atoms, characterised in that the PDA is a homopolymer of 3-(pentacosa-10,12-diynamido)propyl-imidazole or a salt thereof.