mhurhangee/patent-ind-claim-en huggingface dataset:
Pneumatic vehicle tyre having a profiled tread with spikes , which are arranged in spike rows (Sp) running around the circumference of the tread, wherein each spike has a spike body anchored in the rubber material of the tread and a spike pin protruding beyond the periphery of the tread, wherein spikes of a first type and spikes of a second type, which differ from one another in the design of their spike pins , are anchored in the tread, wherein the spikes of the first type bring about better lateral force transmission than the spikes of the second type, which bring about better braking and tractive force transmission than the spikes of the first type, characterized in that both spikes of the first type and spikes of the second type are respectively positioned in at least one spike row (Sp) in a lateral circumferential region (S B ) and in at least one spike row (Sp) in a central circumferential region (Z).
A unit operation device comprising at least one helical flow inverter, each of said helical flow inverter comprising a helical tube having a single inlet at one end and an outlet at the opposite end, each of said helical tube comprising at least one installation, characterized in that the at least one installation is selected from at least one of a plurality of baffles or a contraction choke. each of said helical tube comprising at least one installation, characterized in that the at least one installation is selected from at least one of a plurality of baffles or a contraction choke.
A hearing device comprising - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit ; and - an interface , characterized in that the processing unit is configured to: - obtain a firmware certificate; - verify the firmware certificate, and wherein the processing unit is configured to, if the firmware certificate is not verified: - obtain an access right certificate, the access right certificate comprising an access right identifier, wherein the access right identifier is indicative of one or more access rights associated with the hearing device; - verify the access right certificate; and - if the access right certificate is verified, provide an access right according to the access right identifier, wherein to provide the access right according to the access right identifier comprises to allow control of one or more hearing device features. - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit ; and - an interface , - obtain a firmware certificate; - verify the firmware certificate, and wherein the processing unit is configured to, if the firmware certificate is not verified: - obtain an access right certificate, the access right certificate comprising an access right identifier, wherein the access right identifier is indicative of one or more access rights associated with the hearing device; - verify the access right certificate; and - if the access right certificate is verified, provide an access right according to the access right identifier, wherein to provide the access right according to the access right identifier comprises to allow control of one or more hearing device features.
Mounting arrangement for a drug-delivery device comprising - a plug element with a longitudinal axis (L) and a housing part having a recess with a side wall which is adapted to receive a front section of the plug element , - wherein the side wall of the recess is provided with a protrusion for fixing the plug element in a given position relative to the housing part by a force-fit engagement, wherein the recess of the housing part has the shape of a hollow cylinder, wherein the longitudinal profile of the protrusion of the recess is inclined along a longitudinal end section of the protrusion for the purpose of facilitating the insertion of the plug element into the recess when establishing the force-fit engagement, wherein the front section of the plug element has the shape of a cylinder, and wherein the protrusion is deformable such that the plug element is fixed in a given position relative to the housing part in the force-fit engagement, characterized in that the plug element and the recess are designed such that with the protrusion arranged on the side wall , the protrusion is deformed during an assembly when the plug element is plugged into the recess , wherein the deformation of the protrusion is plastically or plastically and elastically, and in that the protrusion is formed integrally with the housing part . - a plug element with a longitudinal axis (L) and a housing part having a recess with a side wall which is adapted to receive a front section of the plug element , - wherein the side wall of the recess is provided with a protrusion for fixing the plug element in a given position relative to the housing part by a force-fit engagement, wherein the recess of the housing part has the shape of a hollow cylinder, wherein the longitudinal profile of the protrusion of the recess is inclined along a longitudinal end section of the protrusion for the purpose of facilitating the insertion of the plug element into the recess when establishing the force-fit engagement, wherein the front section of the plug element has the shape of a cylinder, and wherein the protrusion is deformable such that the plug element is fixed in a given position relative to the housing part in the force-fit engagement, characterized in that the plug element and the recess are designed such that with the protrusion arranged on the side wall , the protrusion is deformed during an assembly when the plug element is plugged into the recess , wherein the deformation of the protrusion is plastically or plastically and elastically, and in that the protrusion is formed integrally with the housing part .
A polymer, which is a fluorine-containing polymer having repeating units derived from: (a) a monomer of the formula: CH 2 =C(-X 11 )-C (=O)-Y 11 -Y 12 -Rf wherein X 11 is H or methyl, Y 11 is -O- or -NH-, Y 12 is a direct bond, or a divalent aliphatic, aromatic or cycloaliphatic hydrocarbon group, and Rf is C 1-20 -perfluoroalkyl; (b) a fluorine-free monomer of the formula: CH 2 =C(-X 21 )-C (=O)-O-Y 21 wherein X 21 is H or methyl, and Y 21 is a C 1-40 -hydrocarbon group; and (c) a fluorine-free monomer of the formula: [CH 2 =C(-X 31 )-C (=O)-O-(Y 31 ) p -(O) q - ] n P(=O)(O-Y 32 ) 3- n wherein X 31 is H or methyl, Y 31 is C 1-5 -alkylene or C 1-5 -oxyalkylene, Y 32 is H, an alkali metal atom or an ammonium group, p is a number of 1-10, q is 0 or 1, and n is 1, 2 or 3; the amount of which, based on the polymer, is 0.1-4 wt.-%. (a) a monomer of the formula: CH 2 =C(-X 11 )-C (=O)-Y 11 -Y 12 -Rf wherein X 11 is H or methyl, Y 11 is -O- or -NH-, Y 12 is a direct bond, or a divalent aliphatic, aromatic or cycloaliphatic hydrocarbon group, and Rf is C 1-20 -perfluoroalkyl; X 11 is H or methyl, Y 11 is -O- or -NH-, Y 12 is a direct bond, or a divalent aliphatic, aromatic or cycloaliphatic hydrocarbon group, and Rf is C 1-20 -perfluoroalkyl; (b) a fluorine-free monomer of the formula: CH 2 =C(-X 21 )-C (=O)-O-Y 21 wherein X 21 is H or methyl, and Y 21 is a C 1-40 -hydrocarbon group; and X 21 is H or methyl, and Y 21 is a C 1-40 -hydrocarbon group; and (c) a fluorine-free monomer of the formula: [CH 2 =C(-X 31 )-C (=O)-O-(Y 31 ) p -(O) q - ] n P(=O)(O-Y 32 ) 3- n wherein X 31 is H or methyl, Y 31 is C 1-5 -alkylene or C 1-5 -oxyalkylene, Y 32 is H, an alkali metal atom or an ammonium group, p is a number of 1-10, q is 0 or 1, and n is 1, 2 or 3; the amount of which, based on the polymer, is 0.1-4 wt.-%. X 31 is H or methyl, Y 31 is C 1-5 -alkylene or C 1-5 -oxyalkylene, Y 32 is H, an alkali metal atom or an ammonium group, p is a number of 1-10, q is 0 or 1, and n is 1, 2 or 3; the amount of which, based on the polymer, is 0.1-4 wt.-%.
A computer-implemented method for investigating potential malicious communications, the method comprising: by a computer system including one or more computer-readable storage devices configured to store computer executable instructions and one or more processors configured to execute the computer executable instructions: accessing records of electronic communications that were sent to internal recipients within a local network; accessing a prescreened electronic communication preliminarily identified as a potential undesirable electronic communication; grouping the records into a data cluster, wherein the records in the data cluster share one or more similar characteristics with the prescreened electronic communication; identifying one or more recipients associated with the records in the data cluster, the one or more recipients being authorized to access the local network; determining respective ranks or statuses associated with at least some of the one or more recipients associated with the records in the data cluster; determining a priority of the data cluster based at least in part on a rank or status associated with at least one of the one or more recipients, wherein the priority indicates an importance of assessing if the electronic communications are undesirable; and providing data to a computing device, wherein the data is rendered on the computing device as an interactive user interface including an indication of the data cluster and an indication of the priority of assessing an undesirability of the electronic communications in the data cluster. accessing records of electronic communications that were sent to internal recipients within a local network; accessing a prescreened electronic communication preliminarily identified as a potential undesirable electronic communication; grouping the records into a data cluster, wherein the records in the data cluster share one or more similar characteristics with the prescreened electronic communication; identifying one or more recipients associated with the records in the data cluster, the one or more recipients being authorized to access the local network; determining respective ranks or statuses associated with at least some of the one or more recipients associated with the records in the data cluster; determining a priority of the data cluster based at least in part on a rank or status associated with at least one of the one or more recipients, wherein the priority indicates an importance of assessing if the electronic communications are undesirable; and providing data to a computing device, wherein the data is rendered on the computing device as an interactive user interface including an indication of the data cluster and an indication of the priority of assessing an undesirability of the electronic communications in the data cluster.
Pneumatic tyre with a profiled tread comprising radially raised tread bar elements that are separated from one another, wherein at least one tread bar element has at least one recess on a side face of the tread bar element , wherein the recess is intended for influencing the mechanical properties of the at least one tread bar element , and the at least one recess has been created by means of a laser, wherein the at least one recess has a depth in the tread bar element that corresponds to 100% of the length of an extent of the at least one tread bar element , characterized in that the at least one recess is formed exclusively in a base region of the at least one tread bar element , wherein a base region of the at least one tread bar element is such a region of the tread bar element that is oriented towards a running surface of the pneumatic tyre , and wherein the at least one tread bar element has a head region , wherein the head region of the at least one tread bar element is such a region of the at least one tread bar element that is oriented towards a possible roadway, wherein the head region faces away from the tread in the radial direction, wherein the base region is arranged spatially between the head region and the tread of the pneumatic tyre , wherein a side face of the tread bar element extends obliquely or perpendicularly to a roadway contact area (F) of the tread bar element , wherein the roadway contact area (F) is the surface of the tread bar element that is in direct contact with the roadway on which the pneumatic tyre rolls during regular rolling of the pneumatic tyre , wherein the side face of the tread bar element extends radially away from the tread and at right angles to an axis of rotation (RA) of the pneumatic tyre , wherein a minimum extent of a surface area of a cross section (Q) of the at least one recess is 0.05 mm to 0.1 mm, wherein the cross section (Q) is the cross section (Q) of a recess that is aligned orthogonal to a longitudinal alignment of the recess through the tread bar element , wherein the longitudinal alignment corresponds to the alignment of the recess in the tread bar element that lies parallel or orthogonal to a circumferential direction of the pneumatic tyre and in each case at right angles to its axis of rotation (RA).
An escape system comprising: • a textile support of variable cross-section comprising a first part having a first cross-section and provided with a first end and a second part having a second cross-section smaller than the first section and provided with a second end , • a descender mounted sliding along the textile support from the first part to the second part , and configured to exert a braking force on the textile support , escape system characterized in that it comprises at least one brake mounted sliding along the textile support in the second part , the brake being ∘ configured to exert an additional braking force on the textile support when the brake is moving toward the second end , ∘ distinct from the descender so as to allow the descender to move independently from the brake , ∘ disposed between the descender and the second end , ∘ configured to prevent the descender from moving alone in the second part toward the second end . • a textile support of variable cross-section comprising a first part having a first cross-section and provided with a first end and a second part having a second cross-section smaller than the first section and provided with a second end , • a descender mounted sliding along the textile support from the first part to the second part , and configured to exert a braking force on the textile support , escape system characterized in that it comprises at least one brake mounted sliding along the textile support in the second part , the brake being ∘ configured to exert an additional braking force on the textile support when the brake is moving toward the second end , ∘ distinct from the descender so as to allow the descender to move independently from the brake , ∘ disposed between the descender and the second end , ∘ configured to prevent the descender from moving alone in the second part toward the second end . ∘ configured to exert an additional braking force on the textile support when the brake is moving toward the second end , ∘ distinct from the descender so as to allow the descender to move independently from the brake , ∘ disposed between the descender and the second end , ∘ configured to prevent the descender from moving alone in the second part toward the second end .
A device for bonding a first substrate surface of a first substrate to a second substrate surface of a second substrate , having: - a first substrate holder for accommodating the first substrate , - a second substrate holder for accommodating the second substrate , characterized in that at least the first substrate holder has a first recess with a fixing device for fixing the first substrate in the first recess , as well as an elevation at least partly surrounding the recess , wherein the recess and/or the elevation is/are adapted to the first substrate in particular to the shape of the first substrate , in such a manner that the substrate surface with the expansion surface forms a substantially continuous surface and/or merges into the elevation , wherein a first distance (ho) between a substrate periphery of the first substrate and an inner wall of the elevation is smaller than 1 mm, wherein a second distance (vo) between the first substrate surface and the expansion surface is smaller than 1 mm. - a first substrate holder for accommodating the first substrate , - a second substrate holder for accommodating the second substrate , characterized in that at least the first substrate holder has a first recess with a fixing device for fixing the first substrate in the first recess , as well as an elevation at least partly surrounding the recess , wherein the recess and/or the elevation is/are adapted to the first substrate in particular to the shape of the first substrate , in such a manner that the substrate surface with the expansion surface forms a substantially continuous surface and/or merges into the elevation , wherein a first distance (ho) between a substrate periphery of the first substrate and an inner wall of the elevation is smaller than 1 mm, wherein a second distance (vo) between the first substrate surface and the expansion surface is smaller than 1 mm.
A work device , comprising: a first control device , having a first time-measuring unit configured to measure elapsed time, the first control device being configured to control a first work device , which is configured to perform one of a sequence of multiple tasks; a second control device , having a second time-measuring unit configured to measure elapsed time, the second control device being configured to control a second work device , which is configured to perform one of the sequence of operations; a third control device , having a reference time-measuring unit configured to measure a reference time, the third control device being configured to transmit commands to the first control device and the second control device ; and a communication unit, configured to enable communication between the first control device , the second control device , and the third control device ; wherein the first control device and the second control device are configured to acquire the reference time of the third control device via the communication unit and to measure times in the first and second control devices , respectively, using the acquired reference time as a starting point, wherein the first control device and the second control device are configured to measure the time in the first control device and the time in the second control device , respectively, taking into account a time taken to acquire the reference time. a first control device , having a first time-measuring unit configured to measure elapsed time, the first control device being configured to control a first work device , which is configured to perform one of a sequence of multiple tasks; a second control device , having a second time-measuring unit configured to measure elapsed time, the second control device being configured to control a second work device , which is configured to perform one of the sequence of operations; a third control device , having a reference time-measuring unit configured to measure a reference time, the third control device being configured to transmit commands to the first control device and the second control device ; and a communication unit, configured to enable communication between the first control device , the second control device , and the third control device ; wherein the first control device and the second control device are configured to acquire the reference time of the third control device via the communication unit and to measure times in the first and second control devices , respectively, using the acquired reference time as a starting point, wherein the first control device and the second control device are configured to measure the time in the first control device and the time in the second control device , respectively, taking into account a time taken to acquire the reference time.
A method of producing nanocellulose, including defibrillating cellulosic raw material by simultaneous oxidation and sonication, wherein a swelling agent is present during the oxidation and sonication, the swelling agent including NaOH, wherein the oxidation is carried out using H 2 O 2 as an oxidant.
A method for optically segmenting a scintillator or light-transmitting object for use in an imaging device, said method including the steps of: a) forming a micro-void at a selected location within said scintillator or light-transmitting object, using a laser beam; b) repeating said step of forming a micro-void to form a plurality of micro-voids, wherein the micro-voids are disposed in multiple layers within a given volume of the scintillator or light-transmitting object, said plurality of micro-voids cooperating to define at least one optical boundary, said at least one optical boundary segmenting said scintillator or light-transmitting object, wherein said at least one optical boundary assists in control and distribution of scintillation light. a) forming a micro-void at a selected location within said scintillator or light-transmitting object, using a laser beam; b) repeating said step of forming a micro-void to form a plurality of micro-voids, wherein the micro-voids are disposed in multiple layers within a given volume of the scintillator or light-transmitting object, said plurality of micro-voids cooperating to define at least one optical boundary, said at least one optical boundary segmenting said scintillator or light-transmitting object, wherein said at least one optical boundary assists in control and distribution of scintillation light.
A consensus node changing method based on a Honey Badger Byzantine Fault Tolerance, BFT, consensus mechanism, comprising: when receiving a transaction for changing a blockchain's consensus node, executing, by a consensus node of the blockchain, the transaction to trigger a smart contract to update a consensus node configuration list of the blockchain, wherein the consensus node configuration list comprises serial numbers allocated to consensus nodes of the blockchain based on a serial number allocation rule specified by the smart contract; associating, by the consensus node of the blockchain based on serial numbers of consensus nodes recorded in the updated consensus node configuration list, other consensus nodes of the blockchain with at least two state machines locally configured in the consensus node , wherein each of the state machines is configured with states corresponding to a consensus phase in the Honey Badger BFT consensus mechanism and configured to perform state switching based on a control signal to perform a consensus operation specified by the consensus phase corresponding to a current state of the state machine; and processing, by the consensus node of the blockchain based on the state machines that have been configured locally, a consensus proposal initiated by one or more of the other consensus nodes associated with the state machines. when receiving a transaction for changing a blockchain's consensus node, executing, by a consensus node of the blockchain, the transaction to trigger a smart contract to update a consensus node configuration list of the blockchain, wherein the consensus node configuration list comprises serial numbers allocated to consensus nodes of the blockchain based on a serial number allocation rule specified by the smart contract; associating, by the consensus node of the blockchain based on serial numbers of consensus nodes recorded in the updated consensus node configuration list, other consensus nodes of the blockchain with at least two state machines locally configured in the consensus node , wherein each of the state machines is configured with states corresponding to a consensus phase in the Honey Badger BFT consensus mechanism and configured to perform state switching based on a control signal to perform a consensus operation specified by the consensus phase corresponding to a current state of the state machine; and processing, by the consensus node of the blockchain based on the state machines that have been configured locally, a consensus proposal initiated by one or more of the other consensus nodes associated with the state machines.