mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling by a server called secure server the use by a process entity operated by a service provider of a first set of at least one data element of a data owner provided by a communication device to the process entity, the secure sever being operated by a third party trusted by the data owner and independent from the service provider operating the process entity, the method being suitable to be implemented by the secure server and comprising the steps of: - receiving at least one digital signature representative of a process authorized by the data owner and adapted to carry out a series of at least one instruction using the first set of at least one data element; - receiving, from the process entity the series of at least one instruction, and a ciphered version of the first set of at least one data element which is communicated to the process entity by the communication device; - verifying that the series of at least one instruction correspond to a process authorized by the data owner of the communication device by comparing the at least one digital signature received by the secure server with a digital signature obtained by the secure server using as an input the series of at least one instruction received by the secure server; - and if the series of at least one instruction correspond to an authorized process: i. deciphering the first set of at least one data element; ii. generating a result data by executing the series of at least one instruction using the first set of at least one data element as an input; iii. transmitting the result data to the process entity. - receiving at least one digital signature representative of a process authorized by the data owner and adapted to carry out a series of at least one instruction using the first set of at least one data element; - receiving, from the process entity the series of at least one instruction, and a ciphered version of the first set of at least one data element which is communicated to the process entity by the communication device; - verifying that the series of at least one instruction correspond to a process authorized by the data owner of the communication device by comparing the at least one digital signature received by the secure server with a digital signature obtained by the secure server using as an input the series of at least one instruction received by the secure server; - and if the series of at least one instruction correspond to an authorized process: i. deciphering the first set of at least one data element; ii. generating a result data by executing the series of at least one instruction using the first set of at least one data element as an input; iii. transmitting the result data to the process entity. i. deciphering the first set of at least one data element; ii. generating a result data by executing the series of at least one instruction using the first set of at least one data element as an input; iii. transmitting the result data to the process entity.
A mounting device for mounting an imaging device of an indirect vision system on a vehicle, with a support arm to be fixed to the vehicle and at least one carrier member to be fixed to the support arm, wherein the carrier member comprises connecting means (16, 18, 18', 22) for mounting the imaging device, the carrier member is formed, at least in a fixing area with the support arm, as a thermoplastic melt-processable material and surrounds the support arm by thermoplastic moulding, at least over a partial section thereof closed walled, the carrier member encapsulates the support arm in the fixing area, in particular by means of injection moulding; the support arm is formed as a tubular profile; the carrier member encompasses the support arm in a torque-proof manner; characterised in that the support arm has a shape and surface contouring deviating from the rest of the tubular profile shape in the fixing area; the carrier member in the fixing area experiences a particularly radially directed shrinkage after the casting process, which leads to a bracing between the support arm and carrier member; and that sections from the shrunk, tensioned carrier member press against the surface contouring of the supporting arm.
A compound membrane for use in a spirometer breathing tube, the compound membrane comprising a first sheet and a second sheet of flexible sheeting (16, 18) connected along a periphery thereof, wherein each of said first and second sheets (16, 18) comprises an opening cut therethrough to create a flap, and wherein the flap of the first sheet overlaps the flap of the second sheet.
A control unit for controlling a moveable crowd gate of a holding area at an entrance of a milking parlour at a farm, wherein the control unit is configured to: obtain information from at least one sensor (210, 220, 310a, 310b, 330a, 330b, 330c, 340) regarding animals present in the holding area, wherein the obtained information relates to head movements of a number of animals, among the animals in the holding area or wherein the obtained information relates to an estimated heart rate of animals within the holding area; determine a stress level among the animals in the holding area, based on the obtained information; and control movement of the crowd gate, via an actuator configured to adjust position of the moveable crowd gate, based on the determined stress level. obtain information from at least one sensor (210, 220, 310a, 310b, 330a, 330b, 330c, 340) regarding animals present in the holding area, wherein the obtained information relates to head movements of a number of animals, among the animals in the holding area or wherein the obtained information relates to an estimated heart rate of animals within the holding area; determine a stress level among the animals in the holding area, based on the obtained information; and control movement of the crowd gate, via an actuator configured to adjust position of the moveable crowd gate, based on the determined stress level.
An elongated lighting device, in particular, a strip-light luminaire, comprising: - at least one light source; - at least one first optical arrangement, which is arranged behind the light source in the emission direction of the light source; - at least one separate second optical arrangement, which is arranged detachably on the lighting device in the emission direction of the light source behind the first optical arrangement, specifically in such a manner that the light emerging from the first optical arrangement can partially enter into the second optical arrangement, so that the lighting device can emit light from the first optical arrangement and light from the second optical arrangement, characterized in that the second optical arrangement focuses and directionally emits the light entering from the first optical arrangement; and wherein a light-entry surface of the second optical arrangement, on which light from the first optical arrangement enters into the second optical arrangement, seen from above has substantially a rectangular shape, and wherein the light-emitting surface of the second optical arrangement, on which light exits from the second optical arrangement or is guided to the lens element of the second optical arrangement, seen from above has substantially a circular form. - at least one light source; - at least one first optical arrangement, which is arranged behind the light source in the emission direction of the light source; - at least one separate second optical arrangement, which is arranged detachably on the lighting device in the emission direction of the light source behind the first optical arrangement, specifically in such a manner that the light emerging from the first optical arrangement can partially enter into the second optical arrangement, so that the lighting device can emit light from the first optical arrangement and light from the second optical arrangement, characterized in that the second optical arrangement focuses and directionally emits the light entering from the first optical arrangement; and wherein a light-entry surface of the second optical arrangement, on which light from the first optical arrangement enters into the second optical arrangement, seen from above has substantially a rectangular shape, and wherein the light-emitting surface of the second optical arrangement, on which light exits from the second optical arrangement or is guided to the lens element of the second optical arrangement, seen from above has substantially a circular form.
A method for preventing unauthorized software or firmware upgrades between two or more computing devices (104 - 110) connected on a data bus, the method comprising: transmitting, by a maintenance device coupled to the data bus, cryptographic metadata for authorized upgrade images to at least one target computing device coupled to the data bus, the cryptographic metadata comprising a manifest list corresponding to the authorized upgrade images monitoring, by a security appliance coupled to the data bus, transmissions from the maintenance device of striped update image data on the data bus and generating striped update hashes corresponding to the striped update image data using information in the manifest list; providing, to the security appliance, signed striped hashes corresponding to an upgrade image file transmitted by the maintenance device; validating the striped update hashes by comparing the striped update hashes to the signed striped hashes; when at least one of the striped update hashes fails validation, logging by the security appliance that an unauthorized upload has been attempted before the unauthorized upload completes; and performing (518, 532) at least one mitigation action, before the unauthorized upload completes, in response to the attempted unauthorized upload, wherein the signed striped hashes corresponding to the upgrade image file comprises at least first and second subsets of signed striped hashes, the first subset of signed striped hashes being different in size relative to the second subset of signed striped hashes. transmitting, by a maintenance device coupled to the data bus, cryptographic metadata for authorized upgrade images to at least one target computing device coupled to the data bus, the cryptographic metadata comprising a manifest list corresponding to the authorized upgrade images monitoring, by a security appliance coupled to the data bus, transmissions from the maintenance device of striped update image data on the data bus and generating striped update hashes corresponding to the striped update image data using information in the manifest list; providing, to the security appliance, signed striped hashes corresponding to an upgrade image file transmitted by the maintenance device; validating the striped update hashes by comparing the striped update hashes to the signed striped hashes; when at least one of the striped update hashes fails validation, logging by the security appliance that an unauthorized upload has been attempted before the unauthorized upload completes; and performing (518, 532) at least one mitigation action, before the unauthorized upload completes, in response to the attempted unauthorized upload, wherein the signed striped hashes corresponding to the upgrade image file comprises at least first and second subsets of signed striped hashes, the first subset of signed striped hashes being different in size relative to the second subset of signed striped hashes.
A method of controlling bondline separation between a composite stiffener and a composite structure, the method comprising: providing a composite stiffener comprising a web and a base flange, wherein the web terminates at a web termination point, wherein the base flange terminates at a flange termination point forward of the web termination point, and wherein the base flange comprises rounded corners; trimming the web from a full height at a location prior to the web termination point to a reduced height at the web termination point, wherein trimming the web from the full height to the reduced height comprises forming a leading edge of the web with a curved configuration; providing a recessed notch within the base flange at the flange termination point such that the web termination point is positioned substantially at a center of the recessed notch, wherein the recessed notch comprises an arcuate edge such that the web termination point is located on the arcuate edge; and bonding a bottom surface of the base flange to a top surface of the composite structure. providing a composite stiffener comprising a web and a base flange, wherein the web terminates at a web termination point, wherein the base flange terminates at a flange termination point forward of the web termination point, and wherein the base flange comprises rounded corners; trimming the web from a full height at a location prior to the web termination point to a reduced height at the web termination point, wherein trimming the web from the full height to the reduced height comprises forming a leading edge of the web with a curved configuration; providing a recessed notch within the base flange at the flange termination point such that the web termination point is positioned substantially at a center of the recessed notch, wherein the recessed notch comprises an arcuate edge such that the web termination point is located on the arcuate edge; and bonding a bottom surface of the base flange to a top surface of the composite structure.
An information processing apparatus comprising: a first acquiring means that acquires an access history from a memory means that stores, per user, the access history of an access from a mobile terminal to a server apparatus through a mobile communication network; a second acquiring means that acquires a use history from a memory means that stores, per user, the use history including a use period of time in which a service is to be used by a user and information which contributes to specifying a position of the user at the time when the user uses the service; a specifying means that, when a time indicated by one access history associated with one user corresponds to one use period of time included in one use history associated with the one user, specifies a position specified based on the information which contributes to specifying the position included in the one use history, as a position at which the mobile terminal is present at the time of the access related to the one access history; and an outputting means that outputs position information which indicates the position specified by the specifying means and information which indicates a communication carrier which operates the mobile communication network through which the access related to the one access history is made in a manner in which the position information is associated with the information which indicates the communication carrier. a first acquiring means that acquires an access history from a memory means that stores, per user, the access history of an access from a mobile terminal to a server apparatus through a mobile communication network; a second acquiring means that acquires a use history from a memory means that stores, per user, the use history including a use period of time in which a service is to be used by a user and information which contributes to specifying a position of the user at the time when the user uses the service; a specifying means that, when a time indicated by one access history associated with one user corresponds to one use period of time included in one use history associated with the one user, specifies a position specified based on the information which contributes to specifying the position included in the one use history, as a position at which the mobile terminal is present at the time of the access related to the one access history; and an outputting means that outputs position information which indicates the position specified by the specifying means and information which indicates a communication carrier which operates the mobile communication network through which the access related to the one access history is made in a manner in which the position information is associated with the information which indicates the communication carrier.
A VRAC modulator of formula I or a pharmaceutically acceptable salt thereof, and an anti-cancer treatment for use in the treatment of cancer, wherein the anti-cancer treatment is a topoisomerase I inhibitor selected from irinotecan, its active metabolite SN-38, or topotecan.
A computer-implemented method for generating a physical layout output file for fabricating a superconducting circuit, the method comprising: receiving a netlist file defining terminal input/ output (I/O) connections between superconducting components, the superconducting components comprising Reciprocal Quantum Logic gates, Josephson junctions, inductors and transformers; determining a respective gate tile type for each RQL gate in the netlist, wherein the gate tile type includes a RQL gate type associated with each RQL gate type in the netlist and a plurality of associated unassigned Josephson junctions; determining position placement of each gate tile and its associated Josephson junctions in a circuit layout; assigning unassigned Josephson junctions to Josephson junctions defined in active interconnect circuits of the netlist that provide terminal I/O connections between superconducting components, wherein each of the active interconnects includes a Josephson transmission line; determining wire routes to couple the assigned Josephson junctions to one another and provide the wired inductors to form the active interconnect circuits that couple the terminal I/O connections between the superconducting components; and generating a physical layout output file with the determined position placement of each gate tile, and the determined wire routes. receiving a netlist file defining terminal input/ output (I/O) connections between superconducting components, the superconducting components comprising Reciprocal Quantum Logic gates, Josephson junctions, inductors and transformers; determining a respective gate tile type for each RQL gate in the netlist, wherein the gate tile type includes a RQL gate type associated with each RQL gate type in the netlist and a plurality of associated unassigned Josephson junctions; determining position placement of each gate tile and its associated Josephson junctions in a circuit layout; assigning unassigned Josephson junctions to Josephson junctions defined in active interconnect circuits of the netlist that provide terminal I/O connections between superconducting components, wherein each of the active interconnects includes a Josephson transmission line; determining wire routes to couple the assigned Josephson junctions to one another and provide the wired inductors to form the active interconnect circuits that couple the terminal I/O connections between the superconducting components; and generating a physical layout output file with the determined position placement of each gate tile, and the determined wire routes.
Method for carrying out a changeover process in a system for producing beverage containers, wherein this system in a working operation produces plastic containers from plastic parisons by means of a transforming device and these produced containers are transported to a filling device and the containers are filled with a liquid and in particular a beverage, wherein the liquid is introduced into the container at a temperature of over 50°C, characterised in that at least the transforming device and the filling device are at least intermittently in data communication and for carrying out the changeover process by at least the transforming device or the filling device a value is output and/or used which is characteristic for a changeover status of this transforming device or this filling device.
A mobile communication system in which a mobile terminal and a base station carry out radio communication with each other, characterized in that the mobile terminal is adapted to judge whether or not the mobile terminal is able to make a transition to a temporary stop period for data transmission to temporarily stop transmission of data; notify the base station of a result of the judgment showing that the mobile terminal is able to make a transition to the temporary stop period for data transmission; and temporarily stop supply of electric power to data transmission processing units (14, 15) and data reception processing units (17, 18) in the mobile terminal, when receiving from the base station a result of judgment showing that the mobile terminal is able to make a transition to a temporary stop period for data reception to temporarily stops reception of data, and the base station is adapted to: judge, when receiving from the mobile terminal the result of a judgment showing that the mobile terminal is able to make a transition to the temporary stop period for data transmission, whether the mobile terminal is able to make a transition to the temporary stop period for data reception; and notify the mobile terminal of a result of the judgment with respect to the mobile terminal. judge, when receiving from the mobile terminal the result of a judgment showing that the mobile terminal is able to make a transition to the temporary stop period for data transmission, whether the mobile terminal is able to make a transition to the temporary stop period for data reception; and notify the mobile terminal of a result of the judgment with respect to the mobile terminal.
A process for producing a high-molecular dispersant that is a diblock polymer having a formula of A-B or a triblock polymer having a formula of A-B-C, wherein, in the formulas and, A, B and C each represent a polymer block of at least one addition-polymerizable monomers, wherein the A and C blocks are polymer blocks, each of which is a polymer block polymerized from at least one addition-polymerizable monomer which contains an acid group as at least one component and has an acid value of from 40 to 300 mgKOH/g, and the A and C blocks may be the same or different, and the B block is a polymer block formed primarily from a hydrophobic addition-polymerizable monomer; said process comprising polymerizing addition-polymerizable monomers with a radical generator while using an organic iodide as a polymerization initiating compound and an organic phosphorus compound, organic nitrogen compound or organic oxygen compound as a catalyst. wherein, in the formulas and, A, B and C each represent a polymer block of at least one addition-polymerizable monomers, wherein the A and C blocks are polymer blocks, each of which is a polymer block polymerized from at least one addition-polymerizable monomer which contains an acid group as at least one component and has an acid value of from 40 to 300 mgKOH/g, and the A and C blocks may be the same or different, and the B block is a polymer block formed primarily from a hydrophobic addition-polymerizable monomer; said process comprising polymerizing addition-polymerizable monomers with a radical generator while using an organic iodide as a polymerization initiating compound and an organic phosphorus compound, organic nitrogen compound or organic oxygen compound as a catalyst.
A sulfonic acid group-containing polymer comprising a constituent unit containing a sulfonic acid group, and a constituent unit not containing a sulfonic acid group, wherein the constituent unit containing a sulfonic acid group contains one or more identical or different constituent units having the following formula at 25 mol% or more based on the total molar amount thereof: in the constituent units having the formula, each X 1 is independently one of a ketone group, a sulfone group, a direct linkage, -PO(R 1)- (where R 1 is an organic group), -(CF 2) f - (where f is an integer from 1 to 5) or -C(CF 3) 2 -; and each Z 1 is independently O or S; each M 1 is independently hydrogen, a metal cation, an ammonium cation or a hydrocarbon group having 1 to 20 carbon atoms; * is a bonding site with a moiety having formula or other constituent units.