mhurhangee/ep-ind-claims huggingface dataset:
An organoid, comprising one or more types of cells, and comprising decellularized placental vascular scaffold, wherein said organoid performs at least one function of an organ, or a tissue from an organ; wherein said at least one function of an organ or tissue from an organ is production of a protein, growth factor, cytokine, interleukin, or small molecule characteristic of at least one cell type from said organ or tissue; wherein said decellularized placental vascular scaffold comprises substantially intact placental vasculature matrix; wherein said cells have been genetically engineered to produce a protein or polypeptide not naturally produced by the cell, or have been genetically engineered to produce a protein or polypeptide in an amount greater than that naturally produced by the cell; and wherein said cellular composition comprises differentiated cells.
A multiband antenna comprising: a substrate having a first surface and a second surface; a first conductive plate on the first surface of the substrate; a second conductive plate on the second surface of the substrate, wherein the second conductive plate at least partially overlaps the first conductive plate in the plane of the substrate, a ground plane, wherein the substrate is connected to the ground plane and is substantially perpendicular to the ground plane; a feeding port that is electrically coupled to both the first conductive plate and the second conductive plate; wherein the first and second conductive plates (404, 408) extend away from the ground plane in a longitudinal direction, and wherein the length of the first conductive plate in the longitudinal direction corresponds to a quarter wavelength of the frequency of signal that the first conductive plate is configured to transmit and receive, and the length of the second conductive plate in the longitudinal direction corresponds to a quarter wavelength of the frequency of signal that the second conductive plate is configured to transmit and receive, the multiband antenna being characterized in that less than about 15 % of the second conductive plate overlaps the first conductive plate, less than about 45 % of the first conductive plate overlaps the second conductive plate, and in that the multiband antenna further comprises a connecting conductor that is configured to provide an electrical connection between the first conductive plate, the second conductive plate and the feeding port. a substrate having a first surface and a second surface; a first conductive plate on the first surface of the substrate; a second conductive plate on the second surface of the substrate, wherein the second conductive plate at least partially overlaps the first conductive plate in the plane of the substrate, a ground plane, wherein the substrate is connected to the ground plane and is substantially perpendicular to the ground plane; a feeding port that is electrically coupled to both the first conductive plate and the second conductive plate; wherein
A wearable device or a smart watch comprising: a controller configured to perform general calculations and data processing under the guidance of an operating system or various application software, data storage configured to store the software to be executed by the controller and various data, a digital display capable of showing information in textual and graphic form, an input subsystem including multiple control rings (620, 630) operable on a plurality of axes, a subsystem for haptic feedback and communication, a sensor assembly associated with the control rings capable of capturing and communicating to the controller of the smart watch the input events generated when an operator rotates, pushes, presses, squeezes, taps, double-taps, or otherwise interacts with the control ring, wherein at least one of the control rings is exposed so as to be convenient to observe and operate from the direction coinciding with the face or dial of the watch, while at least one other control ring is exposed for operation along the edges of the wearable device. a controller configured to perform general calculations and data processing under the guidance of an operating system or various application software, data storage configured to store the software to be executed by the controller and various data, a digital display capable of showing information in textual and graphic form, an input subsystem including multiple control rings (620, 630) operable on a plurality of axes, a subsystem for haptic feedback and communication, a sensor assembly associated with the control rings capable of capturing and communicating to the controller of the smart watch the input events generated when an operator rotates, pushes, presses, squeezes, taps, double-taps, or otherwise interacts with the control ring, wherein at least one of the control rings is exposed so as to be convenient to observe and operate from the direction coinciding with the face or dial of the watch, while at least one other control ring is exposed for operation along the edges of the wearable device.
Optical sectioning sensor for outputting a digital output coordinate, with an illumination device for projecting a light line onto an object to be measured; an electronic camera for recording the light line projected onto the object to be measured; a processing device for determining at least one measuring coordinate in a measuring coordinate system (X, Y, Z) on the basis of the recorded light line; and a coordinate transformation device for transforming the measuring coordinates from the measuring coordinate system (X, Y, Z) into the output coordinates in an output coordinate system (X', Y', Z') by means of a coordinate transformation, whereby the optical sectioning sensor comprises an inclination angle determination device for determining the inclination angle of the optical sectioning sensor in relation to a plane surface of the object to be measured.
A method of producing a light-emitting device, the method comprising: disposing a plurality of light-emitting elements on a surface of a supporting substrate; forming a reflecting layer (53, 54) on the respective light-emitting elements along peripheries of top surfaces of the light-emitting elements facing an area between the light-emitting elements; forming a wavelength conversion layer so as to embed the plurality of light-emitting elements therein on the supporting substrate; and irradiating the wavelength conversion layer with laser beams to remove the wavelength conversion layer disposed at the area between the light-emitting elements; wherein the reflecting layer (53, 54) comprises a first reflecting layer and a second reflecting layer, and wherein the step of forming the reflecting layer (53, 54) comprises: forming the first reflecting layer on each of the plurality of light-emitting elements, the first reflecting layer configured to reflect light emitted from the light-emitting element; and forming the second reflecting layer on the first reflecting layer, the second reflecting layer configured to reflect the laser beams. disposing a plurality of light-emitting elements on a surface of a supporting substrate; forming a reflecting layer (53, 54) on the respective light-emitting elements along peripheries of top surfaces of the light-emitting elements facing an area between the light-emitting elements; forming a wavelength conversion layer so as to embed the plurality of light-emitting elements therein on the supporting substrate; and irradiating the wavelength conversion layer with laser beams to remove the wavelength conversion layer disposed at the area between the light-emitting elements; wherein the reflecting layer (53, 54) comprises a first reflecting layer and a second reflecting layer, and wherein the step of forming the reflecting layer (53, 54) comprises: forming the first reflecting layer on each of the plurality of light-emitting elements, the first reflecting layer configured to reflect light emitted from the light-emitting element; and forming the second reflecting layer on the first reflecting layer, the second reflecting layer configured to reflect the laser beams. forming the first reflecting layer on each of the plurality of light-emitting elements, the first reflecting layer configured to reflect light emitted from the light-emitting element; and forming the second reflecting layer on the first reflecting layer, the second reflecting layer configured to reflect the laser beams.
Timing synchronisation circuit for a digital receiver structure, comprising - a timing error detection module comprising a phase difference calculation unit arranged for calculating a phase difference between incoming samples of a digital data stream and a timing error estimator arranged for determining a timing error estimate based on said calculated phase difference, and for generating, based on the determined timing error estimate, a signal indicative of timing error detection, and - a timing error control module arranged for receiving said signal indicative of timing error detection, for evaluating the number of received signals indicative of timing error detection and for outputting, when said number of received signals indicative of timing error detection reaches a threshold value, a sampling adjustment command for adjusting the sampling instants applied for obtaining said digital data stream. - a timing error detection module comprising a phase difference calculation unit arranged for calculating a phase difference between incoming samples of a digital data stream and a timing error estimator arranged for determining a timing error estimate based on said calculated phase difference, and for generating, based on the determined timing error estimate, a signal indicative of timing error detection, and - a timing error control module arranged for receiving said signal indicative of timing error detection, for evaluating the number of received signals indicative of timing error detection and for outputting, when said number of received signals indicative of timing error detection reaches a threshold value, a sampling adjustment command for adjusting the sampling instants applied for obtaining said digital data stream.
A method for laser cutting a particularly plate-shaped workpiece along a curve by means of a laser beam, wherein a microjoint (14, 14a, 14b) with a lower height (d) than the workpiece thickness is produced during laser cutting of the workpiece, wherein the laser power of the laser beam on a segment of the curve corresponding to the length of the microjoint (14, 14a, 14b) is reduced from a higher laser power (P A) sufficient for cutting through the workpiece to a lower laser power (Ps) insufficient for completely cutting through the workpiece, and then if the microjoint is not at the end of the curve, the laser power of the laser beam is increased again to the higher laser power (P A), characterised in that the power drop (-ΔP) from the higher to the lower laser power and the power increase (+ΔP) from the lower to the higher laser power take different lengths of time.
Steering axle, preferably trailing steering axle, having, in the region of the two ends of an axle beam, in each case one pivotably movably mounted wheel support which is provided with a steering knuckle for mounting the vehicle wheel, a single-piece or multiple-piece push-pull link bar which connects the wheel supports in an articulated manner, a hydraulic steering unit for actuating the push-pull link bar, which hydraulic steering unit has a cylinder housing which is fixed at least in the axial direction with respect to the axle beam, a piston which can be moved in the said cylinder housing, and steering rods which are connected to the piston, lead out of the cylinder housing on both sides, and are part of the push-pull link bar, and having stop elements which are arranged on the steering rods outside of the cylinder housing for limiting the actuating travel of the push-pull link rod in the axial direction, characterized in that the stop elements are stop rings which are fastened on the steering rods, and in that the stop elements can be adjusted in the axial direction.
A method for servicing and/or repairing an agricultural working machine, characterized in that in an analysis routine, a breakdown duration probability of and/or a probability of damage to the agricultural working machine and/or a component of the agricultural working machine is determined on the basis of operational data for the agricultural working machine and wherein, based on the analysis routine, a delivery routine comprising a delivery of a replacement part corresponding to a component of the agricultural working machine to a service point associated with the agricultural working machine is initiated in order to reduce the breakdown duration probability and/or the probability of damage.
A polyurethane encapsulating compound for embedding hollow fibers of filter elements, obtainable by mixing a polyol component and an isocyanate component to give a reaction mixture and reacting the mixture to completion to give the polyurethane encapsulating compound, wherein the polyol component comprises at least one fatty-acid-based polyol having a hydroxyl number of greater than 50 to less than 500 mg KOH/g and a functionality of from 2 to 6 and at least one bismuth catalyst, obtainable by mixing a bismuth carboxylate (a2-I) with an amine compound (a2-II) having at least one tertiary nitrogen atom and at least one isocyanate-reactive hydrogen atom, wherein the molar ratio of bismuth to the amine compound (a2-II) is 1:0.5 to 1:50. at least one fatty-acid-based polyol having a hydroxyl number of greater than 50 to less than 500 mg KOH/g and a functionality of from 2 to 6 and at least one bismuth catalyst, obtainable by mixing a bismuth carboxylate (a2-I) with an amine compound (a2-II) having at least one tertiary nitrogen atom and at least one isocyanate-reactive hydrogen atom, wherein the molar ratio of bismuth to the amine compound (a2-II) is 1:0.5 to 1:50.
A computing system, comprising: a processor; a front end system that exposes an application programming interface that receives an access request requesting access to a protected resource, the access request having a header portion and a parameter portion; and a security system that: identifies a signed resource access token including a signature in the header portion of the access request, wherein the signed resource access token has a content portion that includes a first identifier, and the parameter portion of the access request has a second identifier; generates a comparison result indicative of a comparison of the first identifier with the second identifier; and authorizes the access request based on ensuring that the signed resource access token is authorized using the signature and on the comparison result being a match, wherein the security system comprises API header parsing logic configured to parse the header portion to identify the signed resource access token. a processor; a front end system that exposes an application programming interface that receives an access request requesting access to a protected resource, the access request having a header portion and a parameter portion; and a security system that: identifies a signed resource access token including a signature in the header portion of the access request, wherein the signed resource access token has a content portion that includes a first identifier, and the parameter portion of the access request has a second identifier; generates a comparison result indicative of a comparison of the first identifier with the second identifier; and authorizes the access request based on ensuring that the signed resource access token is authorized using the signature and on the comparison result being a match, wherein the security system comprises API header parsing logic configured to parse the header portion to identify the signed resource access token. identifies a signed resource access token including a signature in the header portion of the access request, wherein the signed resource access token has a content portion that includes a first identifier, and the parameter portion of the access request has a second identifier; generates a comparison result indicative of a comparison of the first identifier with the second identifier; and authorizes the access request based on ensuring that the signed resource access token is authorized using the signature and on the comparison result being a match, wherein the security system comprises API header parsing logic configured to parse the header portion to identify the signed resource access token.
An image processing system, comprising: an input port for receiving a plurality of input images including two or more input images of the same object, wherein the object has two or more different contrast modes, wherein each input image is representative of one or a combination of the different contrast modes of the object; an image transformer configured to transform the plurality of the two or more input images into respective transformed images; wherein operation of the transformer is driven by a regularized objective function that includes a regularizer function as at least one functional component; wherein the regularizer function includes at least one term computed from noise normalized gradients in at least one of the two or more transformed images or in at least one of the respective intermediate images generated during operation of said image transformer, wherein the normalization of the gradients is based on at least one local statistical variance in at least one of the respective input images or intermediate images or transformed images. an input port for receiving a plurality of input images including two or more input images of the same object, wherein the object has two or more different contrast modes, wherein each input image is representative of one or a combination of the different contrast modes of the object; an image transformer configured to transform the plurality of the two or more input images into respective transformed images; wherein operation of the transformer is driven by a regularized objective function that includes a regularizer function as at least one functional component; wherein the regularizer function includes at least one term computed from noise normalized gradients in at least one of the two or more transformed images or in at least one of the respective intermediate images generated during operation of said image transformer, wherein the normalization of the gradients is based on at least one local statistical variance in at least one of the respective input images or intermediate images or transformed images.
A method for performing an authenticated key agreement protocol, in accordance with a multimedia communication system, between a first party and a second party, the method at the first party comprising steps of: obtaining least one private key for the first party from a key service; sending a first message comprising an encrypted first random key component from the first party to the second party, the first random key component having been computed at the first party, and the first message having been encrypted using a public key of the second party in accordance with an identity based encryption operation; receiving a second message comprising an encrypted random key component pair at the first party from the second party, the random key component pair having been formed from the first random key component and a second random key component computed at the second party, and the second message having been encrypted at the second party using a public key of the first party in accordance with the identity based encryption operation; decrypting the second message using the private key obtained by the first party from the key service to obtain the second random key component; sending a third message comprising the second random key component from the first party to the second party, the third message having been encrypted using the public key of the second party in accordance with the identity based encryption operation; and computing at the first party a secure key based on the second random key component, the secure key being used for conducting at least one call session with the second party via a media plane of the multimedia communication system. obtaining least one private key for the first party from a key service; sending a first message comprising an encrypted first random key component from the first party to the second party, the first random key component having been computed at the first party, and the first message having been encrypted using a public key of the second party in accordance with an identity based encryption operation; receiving a second message comprising an encrypted random key component pair at the first party from the second party, the random key component pair having been formed from the first random key component and a second random key component computed at the second party, and the second message having been encrypted at the second party using a public key of the first party in accordance with the identity based encryption operation; decrypting the second message using the private key obtained by the first party from the key service to obtain the second random key component; sending a third message comprising the second random key component from the first party to the second party, the third message having been encrypted using the public key of the second party in accordance with the identity based encryption operation; and computing at the first party a secure key based on the second random key component, the secure key being used for conducting at least one call session with the second party via a media plane of the multimedia communication system.
A method for making an adult incontinent device comprising the steps of: providing a chassis for the adult incontinent device, the chassis having a lateral attachment surface; affixing a wing to the lateral attachment surface, the wing is a stretch laminate with at least one nonwoven layer and at least one elastic layer, the nonwoven layer and the elastic layer are bound together in face-to-face contact, the stretch laminate has at least one stretch zone with the elastic layer and at least one non-stretch zone without the elastic layer, a width of the elastic layer in the stretch zone is equal to or in a range of 25-90% of a width of the non-stretch zone, the stretch laminate has no overlap portions between the stretch zone and the non-stretch zone; and thereby forming the adult incontinent device. providing a chassis for the adult incontinent device, the chassis having a lateral attachment surface; affixing a wing to the lateral attachment surface, the wing is a stretch laminate with at least one nonwoven layer and at least one elastic layer, the nonwoven layer and the elastic layer are bound together in face-to-face contact, the stretch laminate has at least one stretch zone with the elastic layer and at least one non-stretch zone without the elastic layer, a width of the elastic layer in the stretch zone is equal to or in a range of 25-90% of a width of the non-stretch zone, the stretch laminate has no overlap portions between the stretch zone and the non-stretch zone; and thereby forming the adult incontinent device.