mhurhangee/patent-ind-claim-en huggingface dataset:
Hybrid drive system for a motor vehicle comprising an internal combustion engine , a first electric motor and a second electric motor , which are connected to an output shaft of the hybrid drive system via a gearbox, wherein at least two different transmission ratios between the two electric motors and the output shaft can be preset by means of the gearbox, wherein the gearbox comprises a first gearbox part and a second gearbox part , each of which can be connected to the output shaft , wherein the first electric motor is connected to the first gearbox part and the second electric motor is connected to the second gearbox part , and wherein the internal combustion engine can be selectively decoupled from the gearbox or connected in a form-fit manner to at least one gearbox part , wherein the first electric motor is connected with a constant transmission ratio to a first drive shaft of the first gearbox part and the second electric motor is connected with a constant transmission ratio to a second drive shaft of the second gearbox part , wherein the first electric motor engages with the first gearbox part via a toothed gearing between a gear wheel co-rotatably connected to the first electric motor and a gear wheel co-rotatably connected to the first drive shaft of the first gearbox part , wherein the second electric motor engages with the second gearbox part via a toothed gearing between a gear wheel co-rotationally connected to the second electric motor and a gear wheel co-rotationally connected to the second transmission shaft of the second gearbox part , and wherein the internal combustion engine can be connected in a form-fit manner to the first drive shaft of the first gearbox part or to the second drive shaft of the second gearbox part , characterized in that the internal combustion engine can be connected in a form-fit manner to the gear wheel of the first gearbox part via a toothed gearing or to the gear wheel of the second gearbox part via a toothed gearing.
A compound for use in a method of treating cancer, the compound represented by the following Formula: or where n is from 4 to 46,000.
A method of manufacturing a compressed rod of web material for the filter rod of an aerosol-generating article, comprising: supplying a feed of web material from a supply apparatus ; drawing the web material through a filter rod manufacturing apparatus; introducing a curved ridge into the central portion of the width wise cross-section of the web material as it approaches contact with the interior of a folding funnel , by drawing the web material across a forming surface of a former that contacts a central portion of the web material , in which the forming surface deflects the central portion of the web material from a line extending between where the web material leaves the supply apparatus and the centre of an outlet of the folding funnel ; and folding the web material in the folding funnel to form a compressed rod of web material ; and, characterised in that the forming surface is provided with a textured surface having a pattern of ridges. supplying a feed of web material from a supply apparatus ; drawing the web material through a filter rod manufacturing apparatus; introducing a curved ridge into the central portion of the width wise cross-section of the web material as it approaches contact with the interior of a folding funnel , by drawing the web material across a forming surface of a former that contacts a central portion of the web material , in which the forming surface deflects the central portion of the web material from a line extending between where the web material leaves the supply apparatus and the centre of an outlet of the folding funnel ; and folding the web material in the folding funnel to form a compressed rod of web material ; and, characterised in that the forming surface is provided with a textured surface having a pattern of ridges.
A security seal mechanism for safeguarding a heat cost allocator against tampering attempts, comprising a front part , a back part , and a seal body , the front part and the seal body forming a preassembled unit, so that the seal body is captively held at the front part , and the seal body being adapted to be transferred from a defined first position only to a defined second position, which is different from the defined first position and in which a locking element of the back part prevents a non-damaging removal of the front part from the back part , characterized in that the locking element is a locking hook formed on the back part of the heat cost allocator, in that the seal body , when in the defined first position, does not come into contact with the locking element , in that , in the defined second position of the seal body , a part of a locking section of the seal body opposite an engagement section of the seal body comes to rest behind the locking element , in that the seal body is adapted to be transferred from the defined second position only to a defined third position, which is different from the defined first position and the defined second position and in which the locking element permits a non-damaging removal of the front part , in that in the defined third position of the seal body , the locking element comes to rest in front of a first lateral recess of a release section of the seal body , so that the seal body can be moved past the locking element , and in that in the defined third position of the seal body , a spike visibly protrudes from the front part and visibly damages the front part when the seal body is transferred from the defined second position to the defined third position.
A computer-implemented method performed by a service-side system for blockchain-based decentralized-identifier creation, comprising: obtaining a request for creating a decentralized identifier, DID, wherein the request comprises a public key of a cryptographic key pair; creating , based on the public key, a blockchain account associated with a blockchain ; creating the DID based on information associated with the blockchain account; returning a confirmation message comprising the created DID; obtaining an unsigned blockchain transaction for adding a DID document to the blockchain , the DID document corresponding to the DID; determining a hash value of the unsigned blockchain transaction; sending the hash value to a computing device associated with a sender of the request for creating the DID; receiving a digital signature from the computing device associated with the sender of the request for creating the DID, wherein the digital signature is generated by encrypting the hash value using a private key of the cryptographic key pair; adding the digital signature to the unsigned blockchain transaction to generate a blockchain transaction for adding the DID document to the blockchain ; and sending the generated blockchain transaction to one or more blockchain nodes associated with the blockchain for adding to the blockchain . obtaining a request for creating a decentralized identifier, DID, wherein the request comprises a public key of a cryptographic key pair; creating , based on the public key, a blockchain account associated with a blockchain ; creating the DID based on information associated with the blockchain account; returning a confirmation message comprising the created DID; obtaining an unsigned blockchain transaction for adding a DID document to the blockchain , the DID document corresponding to the DID; determining a hash value of the unsigned blockchain transaction; sending the hash value to a computing device associated with a sender of the request for creating the DID; receiving a digital signature from the computing device associated with the sender of the request for creating the DID, wherein the digital signature is generated by encrypting the hash value using a private key of the cryptographic key pair; adding the digital signature to the unsigned blockchain transaction to generate a blockchain transaction for adding the DID document to the blockchain ; and sending the generated blockchain transaction to one or more blockchain nodes associated with the blockchain for adding to the blockchain .
A bicycle fork comprising two fork legs connected with one another via a fork bridge , and a steer tube connected with a fork bridge , wherein the steer tube comprises at least one flattening extending in the longitudinal direction of the steer tube and a circular cylindrical lower part facing the fork bridge , characterized in that the circular cylindrical part is arranged to be offset, in particular not coaxial, with respect to the upper part of the steer tube having the in particular two flattenings . two fork legs connected with one another via a fork bridge , and a steer tube connected with a fork bridge , wherein the steer tube comprises at least one flattening extending in the longitudinal direction of the steer tube and a circular cylindrical lower part facing the fork bridge , characterized in that the circular cylindrical part is arranged to be offset, in particular not coaxial, with respect to the upper part of the steer tube having the in particular two flattenings .
A process for preparing a zeolitic material having framework type AEI and having a framework structure which comprises a tetravalent element Y, a trivalent element X, and oxygen, said process comprising (i) providing a zeolitic material having framework type CHA and having a framework structure comprising the tetravalent element Y, the trivalent element X, and oxygen; (ii) preparing a synthesis mixture comprising the zeolitic material provided in (i), water, a source of the tetravalent element Y other than the zeolitic material provided in (i), and an AEI framework structure directing agent; wherein the AEI framework structure directing agent comprises one or more N,N-(C 1 -C 3 )dialkyl-(C 1 -C 3 )dialkylpiperidinium cation containing compounds; (iii) subjecting the synthesis mixture prepared in (ii) to hydrothermal synthesis conditions comprising heating the synthesis mixture to a temperature in the range of from 100 to 200 °C and keeping the synthesis mixture at a temperature in this range under autogenous pressure, obtaining the zeolitic material having framework type AEI; wherein Y is Si; wherein X is Al; wherein in the framework structure of the zeolitic material provided in (i), the molar ratio Y:X, calculated as YO 2 : X 2 O 3 , is at most 20:1. (i) providing a zeolitic material having framework type CHA and having a framework structure comprising the tetravalent element Y, the trivalent element X, and oxygen; (ii) preparing a synthesis mixture comprising the zeolitic material provided in (i), water, a source of the tetravalent element Y other than the zeolitic material provided in (i), and an AEI framework structure directing agent; wherein the AEI framework structure directing agent comprises one or more N,N-(C 1 -C 3 )dialkyl-(C 1 -C 3 )dialkylpiperidinium cation containing compounds; (iii) subjecting the synthesis mixture prepared in (ii) to hydrothermal synthesis conditions comprising heating the synthesis mixture to a temperature in the range of from 100 to 200 °C and keeping the synthesis mixture at a temperature in this range under autogenous pressure, obtaining the zeolitic material having framework type AEI; wherein Y is Si; wherein X is Al; wherein in the framework structure of the zeolitic material provided in (i), the molar ratio Y:X, calculated as YO 2 : X 2 O 3 , is at most 20:1.
Data-processing device comprising: - a unit for processing data (102 1 ...102 4 ), - a storage memory in which groups of data (C, D) relative to respective contexts are recorded, - a buffer-memory device (104 1 ...104 5 ) connected to an input or to an output of the processing unit (102 1 ...102 4 ) in order to exchange data with it, the buffer-memory device (104 1 ...104 5 ) being designed to: • contain a first group of data (A), relative to a first context, • exchange data between the processing unit (102 1 ...102 4 ) and the first group of data (A), the data-processing device being characterized in that the buffer-memory device (104 1 ...104 5 ) is further designed to: - contain a second group of data (B), relative to a second context, - upon reception of a context-switching instruction (CC), exchange data between the processing unit (102 1 ...102 4 ) and the second group of data (B), in place of the first group of data (A), and in that it further comprises a context-switching device designed to: - emit the context-switching instruction (CC) to the buffer-memory device (104 1 ...104 5 ), - select one (C) of the groups of data (C, D) recorded in the storage memory , - copy the first group of data (A), from the buffer-memory device (104 1 ...104 5 ), to the storage memory , - copy the selected group of data (C), from the storage memory , to the buffer-memory device (104 1 ...104 5 ). - a unit for processing data (102 1 ...102 4 ), - a storage memory in which groups of data (C, D) relative to respective contexts are recorded, - a buffer-memory device (104 1 ...104 5 ) connected to an input or to an output of the processing unit (102 1 ...102 4 ) in order to exchange data with it, the buffer-memory device (104 1 ...104 5 ) being designed to: • contain a first group of data (A), relative to a first context, • exchange data between the processing unit (102 1 ...102 4 ) and the first group of data (A), the data-processing device being characterized in that the buffer-memory device (104 1 ...104 5 ) is further designed to: • contain a first group of data (A), relative to a first context, • exchange data between the processing unit (102 1 ...102 4 ) and the first group of data (A), - contain a second group of data (B), relative to a second context, - upon reception of a context-switching instruction (CC), exchange data between the processing unit (102 1 ...102 4 ) and the second group of data (B), in place of the first group of data (A), - emit the context-switching instruction (CC) to the buffer-memory device (104 1 ...104 5 ), - select one (C) of the groups of data (C, D) recorded in the storage memory , - copy the first group of data (A), from the buffer-memory device (104 1 ...104 5 ), to the storage memory , - copy the selected group of data (C), from the storage memory , to the buffer-memory device (104 1 ...104 5 ).
Arrangement with a press , with two components and with at least one clamping element which can be inserted in the axial direction, via an actuating element of the press which is axially displaceable via an actuator , radially between a region of the first component and a region of the second component , characterized in that the actuating element passes through both the components and also the at least one clamping element in the axial direction, wherein the actuating element at one end cooperates with the actuator and at the other end is configured with a cover element via which the actuating element is actively connected to the components , wherein the at least one clamping element is arranged between the cover element and the components or between the components and a housing region of the actuator , and wherein the actuating element is movable by the actuator and/or the actuator is movable, for insertion of the clamping element between the components , in a scope reducing an axial distance between the cover element and the housing region of the actuator .
A machining device with at least two, in particular with at least four carousel carriers that can be pivoted or turned around an axis of rotation D, wherein each carousel carrier has at least one receiving device for receiving at least one body to be machined, wherein at least one motor, in particular a servomotor for moving the receiving device or the body, is arranged on each carousel carrier , wherein a switching aggregate with power units for the motors or servomotors is present, and characterized in that the switching aggregate is at least sectionally or at least partially arranged centrally on the axis of rotation D, and wherein the switching aggregate can be pivoted or turned around an axis of rotation while turning the carousel carrier around the axis of rotation D.
Cable termination device for being mounted at a cable , the cable termination device comprising: an insulator housing with a first end and a second end , and a stress control device , wherein the stress control device comprises a cone and is provided with an upper deflector element and a lower deflector element for controlling an electric field, the upper deflector element and the lower deflector element being formed as separate parts, wherein the stress control device is configured to be located in the insulator housing and to be installed at the cable , and wherein, when the stress control device is installed at said cable , said cone is parallel to the cable, and the beaked end of said cone points toward the first end of the insulator housing , wherein inside the insulator housing a metal pipe is fixed, whereby the metal pipe extends from the first end of the insulator housing to a point between the first end and second end of the insulator housing , wherein a socket is integrated in a part of the insulator housing which is adjacent to the second end of the insulator housing , said socket comprising a conical part and a socket stress deflector , the socket stress deflector being in contact with the metal pipe , wherein the upper deflector element and the stress deflector of the socket overlap, and wherein an inner surface of the conical part of the socket and the lower deflector element form a critical interface and overlap when the cable is fully inserted into the cable termination device . an insulator housing with a first end and a second end , and a stress control device , wherein the stress control device comprises a cone and is provided with an upper deflector element and a lower deflector element for controlling an electric field, the upper deflector element and the lower deflector element being formed as separate parts, wherein the stress control device is configured to be located in the insulator housing and to be installed at the cable , and wherein, when the stress control device is installed at said cable , said cone is parallel to the cable, and the beaked end of said cone points toward the first end of the insulator housing , wherein inside the insulator housing a metal pipe is fixed, whereby the metal pipe extends from the first end of the insulator housing to a point between the first end and second end of the insulator housing , wherein a socket is integrated in a part of the insulator housing which is adjacent to the second end of the insulator housing , said socket comprising a conical part and a socket stress deflector , the socket stress deflector being in contact with the metal pipe , wherein the upper deflector element and the stress deflector of the socket overlap, and wherein an inner surface of the conical part of the socket and the lower deflector element form a critical interface and overlap when the cable is fully inserted into the cable termination device .
A hearing device for being worn at least partly within an ear canal, comprising a shell enclosing a cavity with a first sound opening and a second sound opening, and having a receiver within the cavity , the receiver being divided into a front chamber and a back chamber by a membrane , wherein the receiver comprises a casing with a first sound port providing access to the front chamber and a third sound port providing access to the back chamber , and wherein the front chamber is in acoustic communication with the exterior of the shell via the first sound opening connected to the first sound port by a first sound tube , characterised in that the back chamber is in acoustic communication with the cavity via the third sound port , the cavity forming an extension of the back chamber , and wherein the cavity is in acoustic communication with the exterior of the shell via a canal formed integrally with the shell , a first end of the canal forming the second sound opening, and a second end of the canal forming a further sound opening to the exterior of the shell , and wherein said canal is structured and configured as a venting canal providing ventilation as well as pressure equalisation of the inner portion of the ear canal to outside the ear when the hearing device is being worn.
A compression-ignition direct-injection internal-combustion engine comprising at least a cylinder , a cylinder head carrying fuel injection means , a piston sliding in this cylinder, a combustion chamber delimited on one side by the upper face of the piston comprising a pip extending in the direction of the cylinder head and arranged at the centre of a concave bowl , said injection means projecting fuel in at least two fuel jet sheets with different sheet angles (A1, A2), a lower sheet of jet axis C1 and an upper sheet of jet axis C2, at least two separate mixing zones (Z1, Z2) of the combustion chamber, one of the zones comprising a toroidal volume of centre B into which fuel jets of the lower sheet are injected in such a way that the axis C1 of the lower sheet jets is situated between the centre B and the pip , characterized in that the first zone (Z1) associated with the said lower sheet of jet axis C1 is delimited by the pip , the said toroidal volume , a lateral wall and a convex rounded surface , and in that the second zone (Z2) associated with the said upper sheet of jet axis C2 is demarcated by an inclined plane , a convex surface , a substantially planar surface , a convex surface , a planar surface and the peripheral internal wall of the cylinder and the said cylinder head .
Bus arrangement, comprising - a coordinator having a coordinator address; - a first subscriber having a first subscriber address; - a bus , which couples the coordinator to the first subscriber, characterised in that , the first subscriber is configured to receive an information message from the coordinator in a configuration phase (K), to extract the coordinator address from the information message, and to establish and store a safety address as a function of the first subscriber address and the coordinator address. - a coordinator having a coordinator address; - a first subscriber having a first subscriber address; - a bus , which couples the coordinator to the first subscriber, characterised in that , the first subscriber is configured to receive an information message from the coordinator in a configuration phase (K), to extract the coordinator address from the information message, and to establish and store a safety address as a function of the first subscriber address and the coordinator address.
A method for substantially nickel-free phosphating of a metallic surface, wherein a metallic surface, optionally after cleaning and/or activation, is first treated with an acidic aqueous phosphating composition which comprises zinc ions, manganese ions, and phosphate ions, is optionally rinsed and/or dried, and is thereafter treated with an aqueous after-rinse composition which comprises from 10 to 500 mg/l (calculated as metal) of molybdenum ions as molybdate and zirconium ions and has a pH in the range from 3 to 5, wherein both the phosphating composition and the after-rinse composition comprise less than 0.3 g/l of nickel ions and wherein the phosphating composition comprises less than 0.5 g/l of nitrate.