mhurhangee/patent-ind-claim-en huggingface dataset:
A recombinant rabies virus vector (RABV) comprising a nucleotide sequence encoding at least one immunogenic glycoprotein, which glycoprotein is a chimeric protein comprising the S1 domain of the spike protein of Middle East Respiratory Coronavirus (MERS-CoV) and a membrane anchor, which membrane anchor comprises a portion of the RABV glycoprotein, said portion comprising the cytoplasmic domain, the transmembrane domain, and a portion of the ectodomain.
A computer implemented method for generating a geometric pattern on a piece of sports and leisure clothing and a computer comprising the steps of: loading surface data of the piece of sports and leisure clothing into the computer, loading a base boundary into the computer, wherein the base boundary forms the contour of a base item that is to be visualized on the piece of sports and leisure clothing, dividing the surrounding area of the piece of sports and leisure clothing outside the base item into a plurality of subareas, loading a plurality of images into the computer, distributing the plurality of images over the plurality of subareas, so that each subarea contains at least one image, thereby visually defining the base boundary by means of the arrangement of the plurality of images, generating the geometric pattern on the piece of sports and leisure clothing, characterized in that, the base boundary creates an abrupt transition from the base item to the surrounding area, wherein the base boundary is visible due to the color and/or brightness of the plurality of images that differ from the color and brightness of the area inside of the base boundary. loading surface data of the piece of sports and leisure clothing into the computer, loading a base boundary into the computer, wherein the base boundary forms the contour of a base item that is to be visualized on the piece of sports and leisure clothing, dividing the surrounding area of the piece of sports and leisure clothing outside the base item into a plurality of subareas, loading a plurality of images into the computer, distributing the plurality of images over the plurality of subareas, so that each subarea contains at least one image, thereby visually defining the base boundary by means of the arrangement of the plurality of images, generating the geometric pattern on the piece of sports and leisure clothing, characterized in that, the base boundary creates an abrupt transition from the base item to the surrounding area, wherein the base boundary is visible due to the color and/or brightness of the plurality of images that differ from the color and brightness of the area inside of the base boundary.
A powder build material container outlet structure comprising: a first connector portion to connect to a powder build material container ; a second connector portion comprising an adaptor to receive a nozzle structure of an external aspiration system; and a aspiration channel to aspire powder build material from the powder build material container to the nozzle structure of the external powder aspiration system; wherein the first connector portion is rotatably connected to the second connector portion to align the adaptor in a predetermined orientation, so that relative rotation of the second connector portion with respect to the first connector portion is enabled. a first connector portion to connect to a powder build material container ; a second connector portion comprising an adaptor to receive a nozzle structure of an external aspiration system; and a aspiration channel to aspire powder build material from the powder build material container to the nozzle structure of the external powder aspiration system; wherein the first connector portion is rotatably connected to the second connector portion to align the adaptor in a predetermined orientation, so that relative rotation of the second connector portion with respect to the first connector portion is enabled.
A stylus operable to transmit and receive signals to and from a sensor controller, wherein the sensor controller is connected to a sensor that capacitively couples to the stylus , wherein the stylus is capable of operating in: a first mode, in which the stylus transmits a first pen signal (P1), wherein the first mode is a mode in which bidirectional communication is implemented; a second mode, in which the stylus transmits a second pen signal (P2), wherein the second mode is different from the first mode; a discovery state, in which the stylus performs a reception process of a search signal (DS) transmitted from a first sensor controller , the first sensor controller being configured for the first mode, characterized in that the search signal (DS) allows the stylus to detect the presence of the first sensor controller and includes a known bit pattern at the stylus side; and in the discovery state, the reception process of the search signal (DS) and a transmission process in the second mode for sending out a pen signal (P2) are alternately repeated. a first mode, in which the stylus transmits a first pen signal (P1), wherein the first mode is a mode in which bidirectional communication is implemented; a second mode, in which the stylus transmits a second pen signal (P2), wherein the second mode is different from the first mode; a discovery state, in which the stylus performs a reception process of a search signal (DS) transmitted from a first sensor controller , the first sensor controller being configured for the first mode, characterized in that the search signal (DS) allows the stylus to detect the presence of the first sensor controller and includes a known bit pattern at the stylus side; and in the discovery state, the reception process of the search signal (DS) and a transmission process in the second mode for sending out a pen signal (P2) are alternately repeated.
A lip and skin tissue balm composition comprising: (a) a first low-melt wax having a melting temperature of between 25°C and 37°C; (b) a second low-melt wax having a melting temperature of between 25°C and 37°C; (c) a high-melt wax having a melting temperature of greater than 50°C; (d) one or more oils; and (e) optionally a flavoring agent; wherein the high-melt wax is present in an amount of 18.6% to 27.0% by weight; the ratio of the combined first and second low-melt waxes to the high-melt wax is 1:1 to 2:1; and the ratio of the first and second low-melt waxes to the one or more oils is 2.5:1 to 11:1. (a) a first low-melt wax having a melting temperature of between 25°C and 37°C; (b) a second low-melt wax having a melting temperature of between 25°C and 37°C; (c) a high-melt wax having a melting temperature of greater than 50°C; (d) one or more oils; and (e) optionally a flavoring agent; the high-melt wax is present in an amount of 18.6% to 27.0% by weight; the ratio of the combined first and second low-melt waxes to the high-melt wax is 1:1 to 2:1; and the ratio of the first and second low-melt waxes to the one or more oils is 2.5:1 to 11:1.
Method for manufacturing a folded panel , comprising the following steps: - feeding a panel with a front side and a rear side , - installing an elongated recess at the rear so that at the front between remaining panel sections a flexible transition section remains at the front of the recess , - bending the panel sections relative to each other to a folded condition with a desired curvature of the transition section , - applying an adhesive in the recess in order to fix the folded condition, characterized in that , before the panel sections are bent relative to each other, a template is inserted into the recess, which template has an end face with a shape such that the transition section in the folded condition abuts the end face , and the transition section is bent around the end face while bending the panel sections , after which the template is removed and the panel so folded is held in the folded position and then the adhesive is applied. - feeding a panel with a front side and a rear side , - installing an elongated recess at the rear so that at the front between remaining panel sections a flexible transition section remains at the front of the recess , - bending the panel sections relative to each other to a folded condition with a desired curvature of the transition section , - applying an adhesive in the recess in order to fix the folded condition,
A transport unit for transporting printed circuit boards along a transport direction within at least one zone of a soldering system , in particular a reflow soldering system, a base part being provided with a drivable output shaft , characterized in that at least two output gears rotatably coupled to the output shaft are provided, in that at least two drive parts (86 to 91) which can be releasably attached to and removed from the base part are each provided with a drive gear such that the drive parts (86 to 91) have drive rollers which are rotatably coupled to the drive gear and act against the printed circuit board to transport the printed circuit board through the zone, in that when the drive parts (86 to 91) are attached to the base part , each output gear is in engagement with the associated drive gear , and in that receiving parts (76 to 81) extending in the direction of transport on the base part are provided for receiving and releasably attaching the drive parts (86 to 91), the receiving parts (76 to 81) each having the output gear which can be brought into engagement with the drive gear and can be driven by the output shaft .
A method for processing computed tomography, CT, imaging data (D), preferably dual-energy or multi-energy CT imaging data, of a subject's respiratory system, wherein the subject has a CT-contrast enhancing agent distributed in its blood vessels, comprising the steps: - providing first CT imaging data (D 1 ) obtained at least at two x-ray energy levels (E 1 , E 2 ) in a first respiratory phase (R 1 ), preferably in an inhalation phase, of the subject ; - providing second CT imaging data (D 2 ) obtained at least at two x-ray energy levels (E' 1 , E' 2 ) in a second respiratory phase (R 2 ), preferably in an exhalation phase, of the subject ; - reconstructing first regional perfusion blood volume, PBV, imaging data (PBV 1 ) from the provided first CT imaging data (D 1 ); - reconstructing second regional PBV imaging data (PBV 2 ) from the provided second CT imaging data (D 2 ); characterised in that the method further comprises: - reconstructing first virtual non-contrast, VNC, imaging data (VNC 1 ) from the provided first CT imaging data (D 1 ); - reconstructing second VNC imaging data (VNC 2 ) from the provided second CT imaging data (D 2 ); - determining a transformation function T for registering the first and second reconstructed VNC imaging data (VNC 1 , VNC 2 ); - registering the first and second reconstructed VNC imaging data (VNC 1 , VNC 2 ) by applying said transformation function T; and - calculating regional ventilation imaging data (VD) using the registered first and second reconstructed VNC imaging data (VNC 1 , VNC 2 ) and/or the determined transformation function T. - providing first CT imaging data (D 1 ) obtained at least at two x-ray energy levels (E 1 , E 2 ) in a first respiratory phase (R 1 ), preferably in an inhalation phase, of the subject ; - providing second CT imaging data (D 2 ) obtained at least at two x-ray energy levels (E' 1 , E' 2 ) in a second respiratory phase (R 2 ), preferably in an exhalation phase, of the subject ; - reconstructing first regional perfusion blood volume, PBV, imaging data (PBV 1 ) from the provided first CT imaging data (D 1 ); - reconstructing second regional PBV imaging data (PBV 2 ) from the provided second CT imaging data (D 2 ); characterised in that the method further comprises: - reconstructing first virtual non-contrast, VNC, imaging data (VNC 1 ) from the provided first CT imaging data (D 1 ); - reconstructing second VNC imaging data (VNC 2 ) from the provided second CT imaging data (D 2 ); - determining a transformation function T for registering the first and second reconstructed VNC imaging data (VNC 1 , VNC 2 ); - registering the first and second reconstructed VNC imaging data (VNC 1 , VNC 2 ) by applying said transformation function T; and - calculating regional ventilation imaging data (VD) using the registered first and second reconstructed VNC imaging data (VNC 1 , VNC 2 ) and/or the determined transformation function T.
Switch for a vehicle, in particular as a steering column switch for arrangement on a steering column of a vehicle, with an actuable switch lever which has along its longitudinal axis a bearing element with which the switch lever is mounted movably in a bearing of a base housing , a switching element which is movement-coupled to the switch lever and which is embodied with a contactfree signalling element , wherein the switch lever can be actuated on a first side of the bearing element , and the switching element is arranged on a second side of the bearing element , wherein the switching element is embodied as a reversing lever with a first and a second lever arm , the reversing lever is retained in the connection region of the first and second lever arm in a reversing bearing rotatably on the base housing , the signalling element is arranged on the first lever arm , and the second lever arm is coupled to the switch lever , and wherein the switch lever is pivotable about an axis , and the reversing lever converts the movement of the switch lever about the one axis into a corresponding movement of the signalling element about the one axis , characterized in that the switch lever is pivotable about a second axis arranged transversely to the axis , and the reversing lever converts the movement of the switch lever about the two axes into a corresponding movement of the signalling element about the two axes . an actuable switch lever which has along its longitudinal axis a bearing element with which the switch lever is mounted movably in a bearing of a base housing , a switching element which is movement-coupled to the switch lever and which is embodied with a contactfree signalling element , wherein the switch lever can be actuated on a first side of the bearing element , and the switching element is arranged on a second side of the bearing element , wherein the switching element is embodied as a reversing lever with a first and a second lever arm , the reversing lever is retained in the connection region of the first and second lever arm in a reversing bearing rotatably on the base housing , the signalling element is arranged on the first lever arm , and the second lever arm is coupled to the switch lever , and wherein the switch lever is pivotable about an axis , and the reversing lever converts the movement of the switch lever about the one axis into a corresponding movement of the signalling element about the one axis , characterized in that the switch lever is pivotable about a second axis arranged transversely to the axis , and the reversing lever converts the movement of the switch lever about the two axes into a corresponding movement of the signalling element about the two axes .
A semiconductor package , comprising: a first build-up dielectric layer disposed over a first passivation layer , the first build-up dielectric layer further having a first surface; a metal trace disposed over at least a first portion of the first surface, the metal trace having a second surface in contact with the first surface, and a third surface opposing the second surface; and a second passivation layer disposed over at least a portion the first surface and over at least a portion of the third surface; a second build-up dielectric layer disposed over the second passivation layer ; and a via disposed in the second build-up dielectric and in electrical contact with the metal trace . a first build-up dielectric layer disposed over a first passivation layer , the first build-up dielectric layer further having a first surface; a metal trace disposed over at least a first portion of the first surface, the metal trace having a second surface in contact with the first surface, and a third surface opposing the second surface; and a second passivation layer disposed over at least a portion the first surface and over at least a portion of the third surface; a second build-up dielectric layer disposed over the second passivation layer ; and a via disposed in the second build-up dielectric and in electrical contact with the metal trace .
A round window coupling device for a hybrid electric-mechanical stimulation hearing implant system, the device comprising: a rigid outer shell having a proximal end , a distal end and an outer surface, and configured to securely fit into a round window niche in a cochlear outer surface of a recipient patient; an electrode groove in the outer surface of the outer shell configured to snuggly fit around a portion of a cochlear implant electrode array passing through the round window niche; a coupling filling enclosed within the outer shell and configured to couple mechanical vibrations from the proximal end of the outer shell to the distal end of the outer shell with minimal attenuation; a transducer receiver at the proximal end of the outer shell configured to connect to and receive vibrations from a drive surface of a mechanical transducer ; and a drive face at the distal end of the outer shell configured to interface to perilymph fluid within the cochlea of the recipient patient to deliver vibrations from the coupling filling to the perilymph fluid with minimal attenuation for perception as sound. a rigid outer shell having a proximal end , a distal end and an outer surface, and configured to securely fit into a round window niche in a cochlear outer surface of a recipient patient; an electrode groove in the outer surface of the outer shell configured to snuggly fit around a portion of a cochlear implant electrode array passing through the round window niche; a coupling filling enclosed within the outer shell and configured to couple mechanical vibrations from the proximal end of the outer shell to the distal end of the outer shell with minimal attenuation; a transducer receiver at the proximal end of the outer shell configured to connect to and receive vibrations from a drive surface of a mechanical transducer ; and a drive face at the distal end of the outer shell configured to interface to perilymph fluid within the cochlea of the recipient patient to deliver vibrations from the coupling filling to the perilymph fluid with minimal attenuation for perception as sound.
Device for the mixing of polymethylmethacrylate bone cement and for storage of a monomer liquid and a cement powder as starting components of the bone cement, the device comprising a cartridge with an internal space for mixing the bone cement that is closed on one side by means of a mobile dispensing plunger ; a monomer container for a monomer liquid and/or a connector for attachment of a monomer container for a monomer liquid such that the monomer container is openable appropriately in the device such that the monomer liquid flows from the monomer container into the device; a connecting conduit through which the monomer liquid can be guided into the internal space of the cartridge , whereby a first hollow cylinder is connected to the connecting conduit and a second hollow cylinder is connected, via a vacuum conduit , to the internal space of the cartridge , whereby a pumping plunger that can be shifted axially in the first hollow cylinder is arranged in the first hollow cylinder and a vacuum plunger that can be shifted axially in the second hollow cylinder is arranged in the second hollow cylinder , whereby the pumping plunger and the vacuum plunger can be moved simultaneously , characterized in that the first hollow cylinder is connected to the monomer container and/or the connector for attachment of a monomer container in appropriate manner such that the monomer liquid flows from the opened monomer container or an opened attached monomer container into the first hollow cylinder and the connecting conduit connects the first hollow cylinder to the internal space of the cartridge in appropriate manner such that the pumping plunger can be used to push monomer liquid from the first hollow cylinder through the connecting conduit into the internal space of the cartridge by actuating the pumping plunger .
A magnetic resonance measurement apparatus comprising: a transmission signal generator configured to generate an RF transmission signal ; a reception signal processor configured to process an RF reception signal ; and a controller configured to control the transmission signal generator and the reception signal processor and to select a frequency conversion scheme or a non-conversion scheme, the transmission signal generator comprising: an original signal generator circuit configured to allow a selection of a frequency of a transmission signal in accordance with an observation nucleus and to generate the RF transmission signal having the selected frequency when the non-conversion scheme is selected; and to generate an IF (intermediate frequency) transmission signal of fixed frequency when the frequency conversion scheme is selected; and a transmission side frequency converter circuit configured to convert the IF transmission signal into the RF transmission signal when the frequency conversion scheme is selected. a transmission signal generator configured to generate an RF transmission signal ; a reception signal processor configured to process an RF reception signal ; and a controller configured to control the transmission signal generator and the reception signal processor and to select a frequency conversion scheme or a non-conversion scheme, the transmission signal generator comprising: an original signal generator circuit configured to allow a selection of a frequency of a transmission signal in accordance with an observation nucleus and to generate the RF transmission signal having the selected frequency when the non-conversion scheme is selected; and to generate an IF (intermediate frequency) transmission signal of fixed frequency when the frequency conversion scheme is selected; and a transmission side frequency converter circuit configured to convert the IF transmission signal into the RF transmission signal when the frequency conversion scheme is selected. an original signal generator circuit configured to allow a selection of a frequency of a transmission signal in accordance with an observation nucleus and to generate the RF transmission signal having the selected frequency when the non-conversion scheme is selected; and to generate an IF (intermediate frequency) transmission signal of fixed frequency when the frequency conversion scheme is selected; and a transmission side frequency converter circuit configured to convert the IF transmission signal into the RF transmission signal when the frequency conversion scheme is selected.