mhurhangee/patent-ind-claim-en huggingface dataset:
Lamella roof with a horizontally oriented frame, in which a number of lamellae can be pivoted by more than 90° between a position closing the lamella roof and an open position, wherein a synchronization device synchronizes the movement of all lamellae and in at least one of the lamellae an electric drive motor is provided, the motor head of which is fixed to a bearing block on the frame via a bearing element and the output shaft of which is coupled to the driven lamella , characterized in that the bearing block and the bearing element are coupled without play via a force-fitting, form-fitting or material-bonded connection (at 48).
A seal for a large roller bearing for sealing a joint between two adjacent ring segments or ring parts of the roller bearing, characterized by at least two mutually spaced apart sealing limbs of a rubber elastic sealing material for sealing insertion into grooves that are formed at both sides of the joint in ring segments or ring parts that are adjacent to one another and a connection section connecting the sealing limbs and composed of a rubber elastic sealing material to span said joint , wherein a desired stretching section is provided in the region of the connection section and has a greater elasticity and/or a smaller stretching stiffness in comparison with adjacent sealing sections and/or in comparison with the sealing limbs .
Road finishing machine with a screed , wherein the screed comprises at least one compacting unit , and the road finishing machine furthermore comprises a GNSS receiver as well as a material conveyor , wherein the road finishing machine comprises an electronic control system which comprises a memory and a data processor , characterised in that in the memory , digital construction data , including a nominal height profile of a road pavement to be finished, are stored, and the control system is configured to automatically control, based on the construction data , an actuator mechanism provided on the road finishing machine , including a levelling cylinder and/or a transverse camber adjustment and/or a slope adjustment and/or a berm adjustment , to install laying material with the nominal height profile and thereby a defined transverse profile for the respective position coordinate point of the road finishing machine determined with the GNSS receiver .
A system , comprising: a drill string operatively connected to a running tool conducting a wellbore operation; a riser encasing the drill string and the running tool within a fluid column containing a fluid; an external ultrasonic module (EUM) residing entirely outside the riser , wherein the EUM comprises a first ultrasonic transducer acoustically coupled to the riser ; characterized by : a communication system comprising the EUM and an internal ultrasonic module (IUM) , wherein the IUM resides entirely inside the riser and comprises a second ultrasonic transducer acoustically coupled to the drill string , wherein the IUM is operatively connected to the EUM and the running tool , wherein the IUM and the EUM exchange information between one another using sets of ultrasonic acoustic waves that propagate along a communication path comprising the drill string and the riser . a drill string operatively connected to a running tool conducting a wellbore operation; a riser encasing the drill string and the running tool within a fluid column containing a fluid; an external ultrasonic module (EUM) residing entirely outside the riser , wherein the EUM comprises a first ultrasonic transducer acoustically coupled to the riser ; characterized by : a communication system comprising the EUM and an internal ultrasonic module (IUM) , wherein the IUM resides entirely inside the riser and comprises a second ultrasonic transducer acoustically coupled to the drill string , wherein the IUM is operatively connected to the EUM and the running tool , wherein the IUM and the EUM exchange information between one another using sets of ultrasonic acoustic waves that propagate along a communication path comprising the drill string and the riser .
A lectin, comprised in an extracorporeal device, for use in a method of treating or inhibiting a sequelae associated with COVID-19 infection, wherein the sequela associated with COVID-19 infection comprises COVID-19-associated coagulopathy (CAC), in a patient having no COVID-19 viral particles and exhibiting the CAC, the method comprising: a) introducing blood or plasma obtained from the patient comprising exosomes associated with the sequela associated with a COVID-19 infection into the extracorporeal device comprising the lectin that binds to said exosomes; b) contacting the blood or plasma from the patient with the lectin in the extracorporeal device for a time sufficient to allow the exosomes present in the blood or plasma to bind to said lectin; c) reintroducing the blood or plasma obtained after (b) into said patient, wherein the blood or plasma obtained after (b) has a reduced amount of the exosomes as compared to the blood or plasma of said patient prior to (b); and d) measuring levels of D-dimer, C-reactive protein, T-Troponin, IL-1, IL-6, IL-10, IL-15, CXCL10, CCL2, Myeloperoxidase,VCAM-1 and/or TNF alpha in a sample of the patient's blood taken after (b) relative to a sample of the patient's blood taken before (b). a) introducing blood or plasma obtained from the patient comprising exosomes associated with the sequela associated with a COVID-19 infection into the extracorporeal device comprising the lectin that binds to said exosomes; b) contacting the blood or plasma from the patient with the lectin in the extracorporeal device for a time sufficient to allow the exosomes present in the blood or plasma to bind to said lectin; c) reintroducing the blood or plasma obtained after (b) into said patient, wherein the blood or plasma obtained after (b) has a reduced amount of the exosomes as compared to the blood or plasma of said patient prior to (b); and d) measuring levels of D-dimer, C-reactive protein, T-Troponin, IL-1, IL-6, IL-10, IL-15, CXCL10, CCL2, Myeloperoxidase,VCAM-1 and/or TNF alpha in a sample of the patient's blood taken after (b) relative to a sample of the patient's blood taken before (b).
Process for preparing urea, wherein the process comprises the following steps: a) provision of a gas stream A comprising hydrogen, nitrogen and carbon dioxide; b) removal of at least part of the carbon dioxide of the gas stream A by means of a solvent to form a carbon dioxide-depleted gas stream B ; c) synthesis of ammonia from at least part of the hydrogen and at least part of the nitrogen which are present in the gas stream B ; d) desorption of the carbon dioxide from the solvent (3"); and e) synthesis of urea from at least part of the ammonia synthesized in step (c) and at least part of the carbon dioxide desorbed in step (d) ; where the desorption of the carbon dioxide in step (d) is carried out at a higher pressure than the synthesis of the urea in step (e). a) provision of a gas stream A comprising hydrogen, nitrogen and carbon dioxide; b) removal of at least part of the carbon dioxide of the gas stream A by means of a solvent to form a carbon dioxide-depleted gas stream B ; c) synthesis of ammonia from at least part of the hydrogen and at least part of the nitrogen which are present in the gas stream B ; d) desorption of the carbon dioxide from the solvent (3"); and e) synthesis of urea from at least part of the ammonia synthesized in step (c) and at least part of the carbon dioxide desorbed in step (d) ;
Catalyst composition for a polyester manufacturing process, comprising a titanium catalyst and/or an antimony catalyst as main catalyst, and either (i) at least one co-catalyst A, or (ii) at least one co-catalyst B and at least one co-catalyst C, or (iii) a combination of at least one co-catalyst A, at least one co-catalyst B and at least one co-catalyst C, and wherein co-catalyst A is selected from the group consisting of a metal salt of an alkyl or an aryl phosphinic acid, or a metal salt of an alkyl or aryl diphosphinic acid, or a combination thereof, and co-catalyst B is selected from the group consisting of an alkyl or aryl phosphinic acid, an alkyl or aryl diphosphinic acid a combination thereof, and co-catalyst C selected from the group of a metal salt, a metal hydroxide or a metal organyl compound. (i) at least one co-catalyst A, or (ii) at least one co-catalyst B and at least one co-catalyst C, or (iii) a combination of at least one co-catalyst A, at least one co-catalyst B and at least one co-catalyst C, and wherein co-catalyst A is selected from the group consisting of a metal salt of an alkyl or an aryl phosphinic acid, or a metal salt of an alkyl or aryl diphosphinic acid, or a combination thereof, and co-catalyst B is selected from the group consisting of an alkyl or aryl phosphinic acid, an alkyl or aryl diphosphinic acid a combination thereof, and co-catalyst C selected from the group of a metal salt, a metal hydroxide or a metal organyl compound. co-catalyst A is selected from the group consisting of a metal salt of an alkyl or an aryl phosphinic acid, or a metal salt of an alkyl or aryl diphosphinic acid, or a combination thereof, and co-catalyst B is selected from the group consisting of an alkyl or aryl phosphinic acid, an alkyl or aryl diphosphinic acid a combination thereof, and co-catalyst C selected from the group of a metal salt, a metal hydroxide or a metal organyl compound.
Textile product for producing clothing , in particular sportswear or the like, from a textile fabric consisting of at least one first yarn and at least one second yarn , which yarns consist of different, exclusively natural materials, the textile fabric consisting mainly of the first yarn on a side (I) intended to face a wearer (T) and the textile fabric consisting mainly of the second yarn on a side (A) intended to face away from the wearer (T), characterised in that the first yarn consists of a material with a low water absorption of from 5% to 30% and the second yarn consists of a material with high water absorption of from 50% to 80%.
A computer-implemented method for processing seismic data acquired during a seismic survey, the method comprising: accessing seismic data that was acquired, using one or more sensors, during a seismic survey based on interaction of energy generated by one or more marine vibrators with a subsurface formation, wherein the energy was generated during a sweep that includes multiple sub-sweeps; and characterized by processing the seismic data based on a depth of a particular target within the subsurface formation, wherein, for a deeper target within the subsurface formation, the processing includes combining an increased number of sub-sweeps to achieve higher-amplitude data. accessing seismic data that was acquired, using one or more sensors, during a seismic survey based on interaction of energy generated by one or more marine vibrators with a subsurface formation, wherein the energy was generated during a sweep that includes multiple sub-sweeps; and characterized by processing the seismic data based on a depth of a particular target within the subsurface formation, wherein, for a deeper target within the subsurface formation, the processing includes combining an increased number of sub-sweeps to achieve higher-amplitude data.
Tensioning device for a surge arrester, having an end fitting and tensioning means , said tensioning device having an axial clearance for receiving a tensioning means , and a region that in the axial direction tapers in a conical manner, for introducing into a clearance of the end fitting that is shaped so as to be of a substantially exact fit, wherein the delimitation walls of the clearance for the tensioning means in the conical region are movable towards the clearance interior , wherein the tensioning device is configured in multiple parts, characterized in that a friction layer is applied to the surface of the conical region , and the parts are configured as cone segments which in the assembled state in the conical region configure the axial clearance for receiving a tensioning means and at least one slot , and the at least one slot runs from the external face of the conical region up to the axial clearance for receiving a tensioning means, and the at least one slot is designed in such a manner that the delimitation walls are movable in a radial manner and each of the cone segments on that end thereof that faces away from the conically tapered region has in each case at least one first fastening means for connecting to an adjacent cone segment . an axial clearance for receiving a tensioning means , and a region that in the axial direction tapers in a conical manner, for introducing into a clearance of the end fitting that is shaped so as to be of a substantially exact fit, wherein the delimitation walls of the clearance for the tensioning means in the conical region are movable towards the clearance interior , wherein the tensioning device is configured in multiple parts, characterized in that a friction layer is applied to the surface of the conical region , and the parts are configured as cone segments which in the assembled state in the conical region configure the axial clearance for receiving a tensioning means and at least one slot , and the at least one slot runs from the external face of the conical region up to the axial clearance for receiving a tensioning means, and the at least one slot is designed in such a manner that the delimitation walls are movable in a radial manner and each of the cone segments on that end thereof that faces away from the conically tapered region has in each case at least one first fastening means for connecting to an adjacent cone segment .
A manufacturing method of a bonding structure in which a first member and a second member are bonded, the method comprising: a step for forming a perforation in form of an approximately round non-through hole when observed from a plane with an opening in the surface of the first member and forming a protrusion that protrudes into the inner circumferential surface of the perforation ; a step for disposing the region of the first member where the perforation is formed adjacent to the second member ; and a step for filling and curing the second member in the perforation of the first member by irradiating a laser on the region of the first member where the perforation is formed from the second member side, wherein the perforation and the protrusion that protrudes into the inner circumferential surface of the perforation are formed by irradiating a laser in which one pulse is configured from a plurality of sub-pulses, characterized in that one period of the sub-pulse is lower than 15 ns, and the number of sub-pulses of one pulse is more than 2 and lower than 50. a step for forming a perforation in form of an approximately round non-through hole when observed from a plane with an opening in the surface of the first member and forming a protrusion that protrudes into the inner circumferential surface of the perforation ; a step for disposing the region of the first member where the perforation is formed adjacent to the second member ; and a step for filling and curing the second member in the perforation of the first member by irradiating a laser on the region of the first member where the perforation is formed from the second member side, wherein the perforation and the protrusion that protrudes into the inner circumferential surface of the perforation are formed by irradiating a laser in which one pulse is configured from a plurality of sub-pulses, characterized in that one period of the sub-pulse is lower than 15 ns, and the number of sub-pulses of one pulse is more than 2 and lower than 50.
An implantable stimulation lead for stimulation of neural tissue of a patient, comprising: an elongated lead body having distal and proximal ends and wire conductors extending therebetween; and a paddle structure adapted to be implanted adjacent to neural tissue for electrical stimulation, the paddle structure comprising a flexible polymer body , electrodes arranged in a multi-dimensional pattern and positioned along a contact side of the flexible polymer body, and a plurality of sets of microtubes with each microtube having an inner lumen, the plurality of sets of microtubes extending along a side of the flexible polymer body opposite to the contact side and configured to facilitate positioning the wire conductors; wherein the electrodes are electrically coupled to the wire conductors of the lead body through wires positioned within the inner lumens of the plurality of sets of microtubes, each set of microtubes are positioned to extend along the paddle structure, and the polymer body of the paddle structure flexes transversely about its longitudinal axis (Y) and the plurality of sets of microtubes are arranged generally parallel to the longitudinal axis. an elongated lead body having distal and proximal ends and wire conductors extending therebetween; and a paddle structure adapted to be implanted adjacent to neural tissue for electrical stimulation, the paddle structure comprising a flexible polymer body , electrodes arranged in a multi-dimensional pattern and positioned along a contact side of the flexible polymer body, and a plurality of sets of microtubes with each microtube having an inner lumen, the plurality of sets of microtubes extending along a side of the flexible polymer body opposite to the contact side and configured to facilitate positioning the wire conductors; wherein the electrodes are electrically coupled to the wire conductors of the lead body through wires positioned within the inner lumens of the plurality of sets of microtubes, each set of microtubes are positioned to extend along the paddle structure, and the polymer body of the paddle structure flexes transversely about its longitudinal axis (Y) and the plurality of sets of microtubes are arranged generally parallel to the longitudinal axis.
A quick mounting holder structure for sinking mechanical extension device of functional sofa , comprising a mounting support ; a stretchable component ; a backrest component ; and a main body ; wherein the mounting support , the stretchable component , and the backrest component are rotatably installed on the main body ; characterized in that : the mounting support includes a crossbeam and at least one mounting piece ; the crossbeam includes a main board and a side panel ; the side panel is fixed on the main board and is perpendicular to said main board ; the at least one mounting piece is fixed on the side panel ; the at least one mounting piece is perpendicular to the side panel ; and at least one fixing hole and at least one mounting hole are provided on the at least mounting piece ; wherein the at least one mounting piece is made by bending the side panel ; and an opening is formed between the at least one mounting piece and the side panel . a mounting support ; a stretchable component ; a backrest component ; and a main body ; wherein the mounting support , the stretchable component , and the backrest component are rotatably installed on the main body ; characterized in that : the mounting support includes a crossbeam and at least one mounting piece ; the crossbeam includes a main board and a side panel ; the side panel is fixed on the main board and is perpendicular to said main board ; the at least one mounting piece is fixed on the side panel ; the at least one mounting piece is perpendicular to the side panel ; and at least one fixing hole and at least one mounting hole are provided on the at least mounting piece ; wherein the at least one mounting piece is made by bending the side panel ; and an opening is formed between the at least one mounting piece and the side panel .
Paint-spraying booth comprising a paint-spraying chamber in which the paint is sprayed and which is provided with an air flow for evacuation of the overspray which is conveyed to at least one filter unit of the booth for filtering and separation of the paint overspray from the air flow, the filter unit comprising a plurality of replaceable filter modules , each filter module being removably contained inside a housing in the filter unit, characterized in that it comprises an automated system for removing and transporting each filter module of the plurality between its housing and a zone for entry/exit of the filter modules into/from the booth, the automated system comprising a motorized shuttle which is displaceable along the filter modules of the filter unit in order to controllably load/unload the filter modules into/from the housings , the automated system comprising transfer means for controllably displacing a filter module between its housing and the shuttle when the shuttle is transported in the vicinity of the housing, the transfer means comprising an actuator and transfer device and a carriage from which the filter module can be hung and which can be displaced on rails inside the housing by means of the actuator or transfer device , the actuator or transfer device being adapted to move the filter module between its housing and the shuttle while keeping the filter module suspended.
Robot cleaner for cleaning a surface, which has a carriage with at least a drive wheel , a dust absorption device and a support , which, in conjunction with the carriage, determines the distance between the dust absorption device and the surface to be cleaned, wherein the dust absorption device is a rotation brush which, viewed from a front side of the robot cleaner , is arranged offset to the right eccentrically, wherein the support , viewed from the front side of the cleaning robot , is arranged to the left eccentrically adjacent to the rotation brush .
A display containing an array of pixels, wherein each pixel comprises at least a first driving transistor and at least a second light emitting transistor mounted on a common substrate , wherein the first driving transistor comprises the following elements: - a first source electrode and a first drain electrode physically separated but electrically connected to each other by a semiconductor layer , - a first dielectric layer , and - at least one first gate electrode , and the second light emitting transistor comprises the following elements: - a second gate electrode , - a second dielectric layer , - a light emitting channel layer , and - a second source electrode having a length Ls and a second drain electrode having a length Ld, wherein the second gate electrode is in electrical contact with the first source electrode and/or the first drain electrode , wherein said second source electrode and second drain electrode are horizontally separated by at least 2 μm along a separation direction orthogonal to a stacking direction of the layers of the second light emitting transistor, and wherein at least one of the second source electrode and the second drain electrode vertically overlaps with the second gate by at least 5 μm, such vertical overlaps being represented by L and L', respectively, along said separation direction orthogonal to a stacking direction of the layers of the second light emitting transistor, characterized in that at least one of the first source and first drain electrodes of the first driving transistor is at least partially beneath one of the second source and second drain electrodes ; wherein one of the first source and first drain electrodes of the first driving transistor is the second gate electrode of the second light emitting transistor . - a first source electrode and a first drain electrode physically separated but electrically connected to each other by a semiconductor layer , - a first dielectric layer , and - at least one first gate electrode , and - a second gate electrode , - a second dielectric layer , - a light emitting channel layer , and - a second source electrode having a length Ls and a second drain electrode having a length Ld,