mhurhangee/patent-ind-claim-en huggingface dataset:
A kit of parts comprising Paste (A), Paste (B) and Paste (C) for conducting a dental impression and retraction process, the pastes being characterized as follows: Paste (A) comprising: at least one polyorganosiloxane with at least two olefinically unsaturated groups, and at least one organohydrogenpolysiloxane, at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s) and optionally additive(s), Paste (B) comprising: at least one polyorganosiloxane optionally with olefinically unsaturated groups, at least one addition cure catalyst, optionally at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s), and optionally additive(s); Paste (C) comprising: a softener, a condensation cure catalyst, optionally filler(s), and optionally additive(s), optionally at least one polyorganosiloxane optionally with olefinically unsaturated groups. Paste (A) comprising: at least one polyorganosiloxane with at least two olefinically unsaturated groups, and at least one organohydrogenpolysiloxane, at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s) and optionally additive(s), at least one organohydrogenpolysiloxane, at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s) and optionally additive(s), Paste (B) comprising: at least one polyorganosiloxane optionally with olefinically unsaturated groups, at least one addition cure catalyst, optionally at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s), and optionally additive(s); at least one addition cure catalyst, optionally at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s), and optionally additive(s); Paste (C) comprising: a softener, a condensation cure catalyst, optionally filler(s), and optionally additive(s), optionally at least one polyorganosiloxane optionally with olefinically unsaturated groups. a softener, a condensation cure catalyst, optionally filler(s), and optionally additive(s), optionally at least one polyorganosiloxane optionally with olefinically unsaturated groups.
A method for a first entity to protect a first amount of data and to enable a second entity to perform data processing based on the first amount of data, the method comprising the first entity: applying a predetermined function to the first amount of data to generate a first value ; and generating a second amount of data for the second entity to process, said generating comprising combining, using a first combination function, each of a number N of elements of the first amount of data with the first value ; wherein the predetermined function is a function for which application of the predetermined function to an input quantity of data generates a corresponding output value, and the predetermined function has a property that, given a second quantity of data generated by modifying each of N elements of a first quantity of data by combining, using the first combination function, each of those N of elements of the first quantity of data with the output value generated by applying the predetermined function to the first quantity of data, the first quantity of data is regenerated from the second quantity of data by combining, using a second combination function, each of the N modified elements with the output value produced by applying the predetermined function to the second quantity of data. applying a predetermined function to the first amount of data to generate a first value ; and generating a second amount of data for the second entity to process, said generating comprising combining, using a first combination function, each of a number N of elements of the first amount of data with the first value ; wherein the predetermined function is a function for which application of the predetermined function to an input quantity of data generates a corresponding output value, and the predetermined function has a property that, given a second quantity of data generated by modifying each of N elements of a first quantity of data by combining, using the first combination function, each of those N of elements of the first quantity of data with the output value generated by applying the predetermined function to the first quantity of data, the first quantity of data is regenerated from the second quantity of data by combining, using a second combination function, each of the N modified elements with the output value produced by applying the predetermined function to the second quantity of data.
A sliding door module/pivoting sliding door module for a rail vehicle comprising: - two door leaves , - a supporting member oriented longitudinally in the direction of sliding of the door leaves that is mounted such that it is able to slide horizontally in particular transversely to its longitudinal extension, - at least one linear guide having at least one profile rail and at least one guide runner/guide rail , - the at least one profile rail being fixed to the supporting member or forming part of it in the form of a profile portion, and the at least one guide runner/guide rail being mounted on the at least one profile rail , characterised in that - the two door leaves are fixed by means of brackets to the guide runners/guide rails of two linear guides that are arranged one above the other. - two door leaves , - a supporting member oriented longitudinally in the direction of sliding of the door leaves that is mounted such that it is able to slide horizontally in particular transversely to its longitudinal extension, - at least one linear guide having at least one profile rail and at least one guide runner/guide rail , - the at least one profile rail being fixed to the supporting member or forming part of it in the form of a profile portion, and the at least one guide runner/guide rail being mounted on the at least one profile rail , - the two door leaves are fixed by means of brackets to the guide runners/guide rails of two linear guides that are arranged one above the other.
A data transmission method in a system comprising a secondary base station and a primary base station, comprising: a) sending , by the secondary base station, an identifier of a first physical uplink control channel PUCCH code channel resource to the primary base station at a first moment, so that the primary base station determines to receive, by using the first PUCCH code channel resource, a feedback that is on a first data block and that is sent by a user equipment UE; b) sending , by the secondary base station, the identifier of the first PUCCH code channel resource and the first data block to the UE at a second moment; and c) receiving , by the secondary base station, the feedback from the primary base station, wherein the feedback is received by the primary base station from the UE by using the first PUCCH code channel resource; d) wherein the second moment is later than the first moment, an interval T between the second moment and the first moment is greater than or equal to a delay t of one-time inter-station unidirectional transmission between the secondary base station and the primary base station, the secondary base station serves a secondary component carrier of the UE, and the primary base station serves a primary component carrier of the UE, and e) wherein the UE sends, after receiving the identifier of the first PUCCH code channel resource and the first data block from the secondary base station, the feedback on the first data block to the primary base station by using the first PUCCH code channel resource. a) sending , by the secondary base station, an identifier of a first physical uplink control channel PUCCH code channel resource to the primary base station at a first moment, so that the primary base station determines to receive, by using the first PUCCH code channel resource, a feedback that is on a first data block and that is sent by a user equipment UE; b) sending , by the secondary base station, the identifier of the first PUCCH code channel resource and the first data block to the UE at a second moment; and c) receiving , by the secondary base station, the feedback from the primary base station, wherein the feedback is received by the primary base station from the UE by using the first PUCCH code channel resource; d) wherein the second moment is later than the first moment, an interval T between the second moment and the first moment is greater than or equal to a delay t of one-time inter-station unidirectional transmission between the secondary base station and the primary base station, the secondary base station serves a secondary component carrier of the UE, and the primary base station serves a primary component carrier of the UE, and e) wherein the UE sends, after receiving the identifier of the first PUCCH code channel resource and the first data block from the secondary base station, the feedback on the first data block to the primary base station by using the first PUCCH code channel resource.
A pharmaceutical formulation for use in treating or providing prophylaxis against pulmonary infection in a patient, the pharmaceutical formulation comprising: a liposomal complexed aminoglycoside, wherein the pharmaceutical formulation is an aqueous dispersion of liposomes and is aerosolized at a rate from 0.60 gram per minute to 0.80 gram per minute, wherein the aerosolized pharmaceutical formulation is administered to the lungs of the patient using a vibrating mesh nebulizer; wherein the vibrating mesh nebulizer comprises a membrane comprising a plurality of through holes, wherein the nozzle portion is defined by the continuous portion of the through hole in the extension direction starting from the smallest diameter of the through hole towards the first side until it reaches a diameter 2 or 3 times of the smallest diameter of the hole and the length of the nozzle portion is less than 25 μm, wherein the aerosolized pharmaceutical formulation comprises a mixture of free aminoglycoside and liposomal complexed aminoglycoside and the percent liposomal complexed aminoglycoside in the aerosolized pharmaceutical formulation post nebulization is from 60% to 70%, wherein the lipid component of the liposome consists of dipalmitoylphosphatidylcholine (DPPC) and cholesterol, and the fine particle fraction (FPF) of the aerosolized pharmaceutical formulation is greater than or equal to 64%, as measured by the Andersen Cascade Impactor (ACI), or greater or equal to 51%, as measured by the Next Generation Impactor (NGI), and wherein the pulmonary infection is a nontuberculous mycobacterial infection. a liposomal complexed aminoglycoside, wherein the pharmaceutical formulation is an aqueous dispersion of liposomes and is aerosolized at a rate from 0.60 gram per minute to 0.80 gram per minute, wherein the aerosolized pharmaceutical formulation is administered to the lungs of the patient using a vibrating mesh nebulizer; wherein the vibrating mesh nebulizer comprises a membrane comprising a plurality of through holes, wherein the nozzle portion is defined by the continuous portion of the through hole in the extension direction starting from the smallest diameter of the through hole towards the first side until it reaches a diameter 2 or 3 times of the smallest diameter of the hole and the length of the nozzle portion is less than 25 μm, wherein the aerosolized pharmaceutical formulation comprises a mixture of free aminoglycoside and liposomal complexed aminoglycoside and the percent liposomal complexed aminoglycoside in the aerosolized pharmaceutical formulation post nebulization is from 60% to 70%, wherein the lipid component of the liposome consists of dipalmitoylphosphatidylcholine (DPPC) and cholesterol, and the fine particle fraction (FPF) of the aerosolized pharmaceutical formulation is greater than or equal to 64%, as measured by the Andersen Cascade Impactor (ACI), or greater or equal to 51%, as measured by the Next Generation Impactor (NGI), and wherein the pulmonary infection is a nontuberculous mycobacterial infection.
A method for improving the operability of a motor vehicle to make it possible to reduce risk of its becoming stuck on a hill, comprising the steps of: - determining (S1) the vehicle's location and itinerary (R); - determining (S2) the topography along said itinerary (R), characterised by the steps of: - using (S3) available information about carriageway state along said itinerary (R) to assess operability conditions on a hill to be driven on along said itinerary (R); - using available facilities for improving (S4) the vehicle's operability to decide about its potential operability on the hill on the basis of information about said topography and carriageway state and whereby said available facilities for improving the vehicle's operability on the hill comprise measures for improving the friction at its contact with the carriageway before the vehicle reaches the hill and whereby said measures for improving the friction at the vehicle's contact with the carriageway comprise one or more of the following: load redistribution, differential locking, gearing adaptation of the vehicle's propulsion. - determining (S1) the vehicle's location and itinerary (R); - determining (S2) the topography along said itinerary (R), - using (S3) available information about carriageway state along said itinerary (R) to assess operability conditions on a hill to be driven on along said itinerary (R); - using available facilities for improving (S4) the vehicle's operability to decide about its potential operability on the hill on the basis of information about said topography and carriageway state and whereby said available facilities for improving the vehicle's operability on the hill comprise measures for improving the friction at its contact with the carriageway before the vehicle reaches the hill and whereby said measures for improving the friction at the vehicle's contact with the carriageway comprise one or more of the following: load redistribution, differential locking, gearing adaptation of the vehicle's propulsion.
A Secure World access method, comprising: creating a first virtual machine in a Normal World; loading a plurality of programs in the Normal World to the first virtual machine, wherein the plurality of programs comprise a kernel and at least one user program, the kernel runs in a first-level mode, the at least one user program runs in a second-level mode, and the first level is higher than the second level; characterized in that when it is determined that a first user program in the at least one user program needs to access a Secure World, creating, in the Normal World, a second virtual machine running in the first-level mode; and stripping the first user program from the first virtual machine, and loading the first user program to the second virtual machine, so that the first user program accesses the Secure World by using the second virtual machine and the first user program directly receives information in the Secure World by using the second virtual machine. creating a first virtual machine in a Normal World; loading a plurality of programs in the Normal World to the first virtual machine, wherein the plurality of programs comprise a kernel and at least one user program, the kernel runs in a first-level mode, the at least one user program runs in a second-level mode, and the first level is higher than the second level; characterized in that when it is determined that a first user program in the at least one user program needs to access a Secure World, creating, in the Normal World, a second virtual machine running in the first-level mode; and stripping the first user program from the first virtual machine, and loading the first user program to the second virtual machine, so that the first user program accesses the Secure World by using the second virtual machine and the first user program directly receives information in the Secure World by using the second virtual machine.
Device for sorting containers , in particular cans and bottles as beverage containers, at least comprising a conveyor belt for transporting a plurality of container units , an identification device for identifying a decoration on each container unit conveyed on the conveyor belt, it being possible for selection data to be generated by the identification device as a function of the respective decorations present on a specifically detected container , a selecting device for repositioning individual pack units on the conveyor belt as a function of the respectively identified decoration, the selecting device forming an endless track and having disengaging means for displacing the identified pack units , the endless track extending in a selecting region along the conveyor belt , wherein the individual disengaging means in the selecting area can be accelerated to the same speed as the conveyor belt by means of a transport device and are thereby assigned to a concrete and previously identified pack unit , the control of the transport unit being effected in dependence on the selecting data characterized in that the respective disengaging means can be disengaged for displacing the adjacent pack unit in a direction (N) inclined to the transport direction (T) of the conveyor belt . at least comprising a conveyor belt for transporting a plurality of container units , an identification device for identifying a decoration on each container unit conveyed on the conveyor belt, it being possible for selection data to be generated by the identification device as a function of the respective decorations present on a specifically detected container , a selecting device for repositioning individual pack units on the conveyor belt as a function of the respectively identified decoration, the selecting device forming an endless track and having disengaging means for displacing the identified pack units , the endless track extending in a selecting region along the conveyor belt , wherein the individual disengaging means in the selecting area can be accelerated to the same speed as the conveyor belt by means of a transport device and are thereby assigned to a concrete and previously identified pack unit , the control of the transport unit being effected in dependence on the selecting data characterized in that the respective disengaging means can be disengaged for displacing the adjacent pack unit in a direction (N) inclined to the transport direction (T) of the conveyor belt .
Terahertz measuring apparatus for measuring a test object , wherein the terahertz measuring apparatus comprises: a THz transmission and reception unit for emitting terahertz radiation in an emission solid angle along an optical axis (A), receiving reflected terahertz radiation and producing a signal amplitude (S) as a function of time or frequency (t, f), and a control and evaluation device for receiving and evaluating the signal amplitude (S), wherein the control and evaluation device ascertains defects of the test object from the signal amplitude (S), characterised in that the terahertz measuring apparatus comprises a mask positioned or positionable in the optical axis (A) for masking a core region of the emission solid angle about the optical axis (A). a THz transmission and reception unit for emitting terahertz radiation in an emission solid angle along an optical axis (A), receiving reflected terahertz radiation and producing a signal amplitude (S) as a function of time or frequency (t, f), and a control and evaluation device for receiving and evaluating the signal amplitude (S), wherein the control and evaluation device ascertains defects of the test object from the signal amplitude (S), characterised in that the terahertz measuring apparatus comprises a mask positioned or positionable in the optical axis (A) for masking a core region of the emission solid angle about the optical axis (A).
A method for a system, the system comprising a mobile device belonging to a user, a managed device and an identification server , wherein the method comprises: broadcasting , by the mobile device, a presence identifier, wherein a portion of the presence identifier is generated based on a one-time password seed and is generated based on a schedule known to the mobile device and the identification server such that the mobile device periodically changes the presence identifier being broadcast; detecting , by the managed device, the presence identifier broadcast by the mobile device; providing , by the managed device, the portion of the presence identifier to the identification server; receiving , by the managed device, from the identification server, identifying information associated with the user, where the identification server uses the portion to identify the user based on the one-time password seed; and performing an action based on the identifying information by the managed device, wherein the action is one of granting the user access to an asset managed by the managed device, and provisioning a resource for the user, wherein the resource is controlled by the managed device. broadcasting , by the mobile device, a presence identifier, wherein a portion of the presence identifier is generated based on a one-time password seed and is generated based on a schedule known to the mobile device and the identification server such that the mobile device periodically changes the presence identifier being broadcast; detecting , by the managed device, the presence identifier broadcast by the mobile device; providing , by the managed device, the portion of the presence identifier to the identification server; receiving , by the managed device, from the identification server, identifying information associated with the user, where the identification server uses the portion to identify the user based on the one-time password seed; and performing an action based on the identifying information by the managed device, wherein the action is one of granting the user access to an asset managed by the managed device, and provisioning a resource for the user, wherein the resource is controlled by the managed device.
Process for the production of a polyethylene by polymerisation of a reaction mixture comprising ethylene in the presence a catalyst system and an antistatic agent according to formula I: wherein R1, R2 and R3 stand for a moiety according to formula II or a hydrocarbon moiety having 1 to 20 carbon atoms wherein each of R4, R5 and R6 may be the same or different, and wherein each of R4, R5 and R6 is a hydrocarbon moiety having 1 to 10 carbon atoms, and wherein at least one of R1, R2 and R3 is a moiety according to formula II.