mhurhangee/patent-ind-claim-en huggingface dataset:
An access control device , used to provide a secure access control mechanism for a system when said system is remotely accessed, characterized in that said access control device comprises: a front-end firewall configured to provide a first network port , said first network port configured to connect a computer to remotely access said system , a bastion host connected with said front-end firewall , and a back-end firewall connected with said bastion host and configured to provide a second network port , said second network port configured to connect said system , said back-end firewall configured to determine through said second network port the remotely accessible resources in said system and to determine the resources which said computer can remotely access among the remotely accessible resources in said system according to the preconfigured remote access control policies, and said bastion host is configured to provide said computer with information provided by said back-end firewall about the resources said computer can remotely access through said first network port of said front-end firewall so that said computer can remotely access the resources, said access control device is configured to receive industrial protocol messages transferred in said system and to obtain the information about the remotely accessible resources in said system from the received industrial protocol messages according to different industrial protocols. a front-end firewall configured to provide a first network port , said first network port configured to connect a computer to remotely access said system , a bastion host connected with said front-end firewall , and a back-end firewall connected with said bastion host and configured to provide a second network port , said second network port configured to connect said system , said back-end firewall configured to determine through said second network port the remotely accessible resources in said system and to determine the resources which said computer can remotely access among the remotely accessible resources in said system according to the preconfigured remote access control policies, and said bastion host is configured to provide said computer with information provided by said back-end firewall about the resources said computer can remotely access through said first network port of said front-end firewall so that said computer can remotely access the resources, said access control device is configured to receive industrial protocol messages transferred in said system and to obtain the information about the remotely accessible resources in said system from the received industrial protocol messages according to different industrial protocols.
Device for preparing a cosmetic composition , the device comprising: - a structure defining a housing extending along a longitudinal axis (X-X'), the housing receiving at least one capsule , the or at least one of the capsules containing at least one component of the cosmetic composition , - an outlet nozzle opening at one end of the housing , suitable for being fluidically connected to a receptacle or to a preform intended to form a receptacle , and - a piston movable in translation relative to the structure along the longitudinal axis (X-X') in the housing , suitable for perforating the or each capsule and conveying contents of each capsule to the outlet nozzle , characterized in that the device comprises at least one planar support bearing in an integral manner a cosmetic product, each planar support being arranged in the housing , at least one portion of each support being arranged to be driven by the piston into the receptacle containing the cosmetic composition . - a structure defining a housing extending along a longitudinal axis (X-X'), the housing receiving at least one capsule , the or at least one of the capsules containing at least one component of the cosmetic composition , - an outlet nozzle opening at one end of the housing , suitable for being fluidically connected to a receptacle or to a preform intended to form a receptacle , and - a piston movable in translation relative to the structure along the longitudinal axis (X-X') in the housing , suitable for perforating the or each capsule and conveying contents of each capsule to the outlet nozzle ,
A compound of formula (I) wherein n is 0, 1 or 2, R 1 is H, or an amino acid side chain which, if a functional group is present, may optionally be substituted by a C 1 -C 6 alkylgroup, a C 1 -C 6 alkylcarbonyl group or a C 1 -C 6 alkoxycarbonyl group, R 2 is H or Methyl, and R 3 is selected from the group consisting of H, a C 1 -C 6 alkyl group and an arylC 1 -C 6 alkanyl group or a cosmetically acceptable salt thereof. n is 0, 1 or 2, R 1 is H, or an amino acid side chain which, if a functional group is present, may optionally be substituted by a C 1 -C 6 alkylgroup, a C 1 -C 6 alkylcarbonyl group or a C 1 -C 6 alkoxycarbonyl group, R 2 is H or Methyl, and R 3 is selected from the group consisting of H, a C 1 -C 6 alkyl group and an arylC 1 -C 6 alkanyl group
An access control method, applied to an electronic device, comprising: receiving , by a Local Profile Assistant, LPA, module located on an application layer of the electronic device, a control instruction, wherein the control instruction is to indicate a control operation on an embedded Universal Integrated Circuit Card, eUICC; invoking , by the LPA module, in response to the control instruction, an Application Programming Interface, API, of an Operation System, OS, of the electronic device to send information or command corresponding to the control instruction to the eUICC; and when the API of the OS is invoked, determining , by the OS, based on an access control rule, whether the LPA module has a permission to access the eUICC or not, and sending, in response to the determination that the LPA module has the permission to access the eUICC, the information or command corresponding to the control instruction to the eUICC, such that the eUICC performs an operation based on the information or command. receiving , by a Local Profile Assistant, LPA, module located on an application layer of the electronic device, a control instruction, wherein the control instruction is to indicate a control operation on an embedded Universal Integrated Circuit Card, eUICC; invoking , by the LPA module, in response to the control instruction, an Application Programming Interface, API, of an Operation System, OS, of the electronic device to send information or command corresponding to the control instruction to the eUICC; and when the API of the OS is invoked, determining , by the OS, based on an access control rule, whether the LPA module has a permission to access the eUICC or not, and sending, in response to the determination that the LPA module has the permission to access the eUICC, the information or command corresponding to the control instruction to the eUICC, such that the eUICC performs an operation based on the information or command.
A first device, which provides an audio signal to a second device, the first device comprising: a memory that stores at least one previous audio frame; a control unit that: determines a packet size based on a bandwidth supported by a channel mode, determines a frame size based on the packet size, divides an audio signal input to the first device into a plurality of audio frames based on the frame size, compares a current audio frame among the plurality of audio frames with the at least one previous audio frame prestored in the memory of the first device, and selects one of the prestored previous audio frames based on similarity of the prestored previous audio frame and the current audio frame; and a communication unit that transmits an identification value representing the selected previous audio frame to the second device, wherein, when the similarity, based on a correlation value of the prestored previous audio frame and the current audio frame, is greater than a preset threshold, the control unit selects one of the prestored previous audio frames. a memory that stores at least one previous audio frame; a control unit that: determines a packet size based on a bandwidth supported by a channel mode, determines a frame size based on the packet size, divides an audio signal input to the first device into a plurality of audio frames based on the frame size, compares a current audio frame among the plurality of audio frames with the at least one previous audio frame prestored in the memory of the first device, and selects one of the prestored previous audio frames based on similarity of the prestored previous audio frame and the current audio frame; and a communication unit that transmits an identification value representing the selected previous audio frame to the second device, determines a packet size based on a bandwidth supported by a channel mode, determines a frame size based on the packet size, divides an audio signal input to the first device into a plurality of audio frames based on the frame size, compares a current audio frame among the plurality of audio frames with the at least one previous audio frame prestored in the memory of the first device, and selects one of the prestored previous audio frames based on similarity of the prestored previous audio frame and the current audio frame; and a communication unit that transmits an identification value representing the selected previous audio frame to the second device, wherein, when the similarity, based on a correlation value of the prestored previous audio frame and the current audio frame, is greater than a preset threshold, the control unit selects one of the prestored previous audio frames.
A mechanical testing apparatus to test the mechanical strength of a honeycomb body having intersecting walls of porous ceramic material extending axially from a first end face to a second end face and an outer axial surface , the apparatus comprising: a first platen and a second platen comprising facing surfaces configured to apply a force (F20) to the honeycomb body when disposed on the outer axial surface between the facing surfaces of the first platen and the second platen ; and a controller configured to monitor a result when the force (F20) is applied to the honeycomb body disposed between the first platen and the second platen , wherein the first platen comprises a curved surface configured to apply the force (F20) over a first area of the outer axial surface of the honeycomb body and the second platen comprises a curved surface configured to apply the force (F20) over a second area of the outer axial surface of the honeycomb body disposed opposing the first area, wherein the first area is less than one-tenth of the area of the second area. a first platen and a second platen comprising facing surfaces configured to apply a force (F20) to the honeycomb body when disposed on the outer axial surface between the facing surfaces of the first platen and the second platen ; and a controller configured to monitor a result when the force (F20) is applied to the honeycomb body disposed between the first platen and the second platen , wherein the first platen comprises a curved surface configured to apply the force (F20) over a first area of the outer axial surface of the honeycomb body and the second platen comprises a curved surface configured to apply the force (F20) over a second area of the outer axial surface of the honeycomb body disposed opposing the first area, wherein the first area is less than one-tenth of the area of the second area.
A device for cooling a semiconductor arrangement , wherein the semiconductor arrangement comprises at least one power semiconductor with a semiconductor chip , which is arranged on a carrier , the device for cooling the semiconductor arrangement comprising: a cooling device , which is configured to generate a control variable (S)-dependent flow of a coolant along the semiconductor arrangement ; a change-determining means , which is configured to determine a temperature change value (DT), which describes a time-dependent temperature change of a component temperature (TH) of the semiconductor arrangement ; and a control device to which the temperature change value (DT) is transmitted, and which is configured to determine a change difference (AD) between the temperature change value (DT) and a change default value (DV) and to determine the control variable (S) depending on the change difference (ΔD), wherein the change default value (DV) specifies a desired or permissible temperature change of the component temperature (TH); characterised in that the change default value (DV) is specified dependent on one or more parameters comprising at least a time of day. a cooling device , which is configured to generate a control variable (S)-dependent flow of a coolant along the semiconductor arrangement ; a change-determining means , which is configured to determine a temperature change value (DT), which describes a time-dependent temperature change of a component temperature (TH) of the semiconductor arrangement ; and a control device to which the temperature change value (DT) is transmitted, and which is configured to determine a change difference (AD) between the temperature change value (DT) and a change default value (DV) and to determine the control variable (S) depending on the change difference (ΔD), wherein the change default value (DV) specifies a desired or permissible temperature change of the component temperature (TH); characterised in that the change default value (DV) is specified dependent on one or more parameters comprising at least a time of day.
An intravaginal culture apparatus, comprising: an outer container configured for insertion into a vaginal canal, wherein the outer container includes an upper portion that removably couples with a lower portion ; a receiving cavity located in the upper portion; an inner vessel received in the receiving cavity, wherein the inner vessel includes an interior chamber configured to house an embryo; a second receiving cavity located in the lower portion; a second inner vessel received in the second receiving cavity, 4 wherein the second inner vessel is configured to house an embryo; and wherein the outer container, the inner vessel, and the second inner vessel include a CO 2 permeable construction 6 . an outer container configured for insertion into a vaginal canal, wherein the outer container includes an upper portion that removably couples with a lower portion ; a receiving cavity located in the upper portion; an inner vessel received in the receiving cavity, wherein the inner vessel includes an interior chamber configured to house an embryo; a second receiving cavity located in the lower portion; a second inner vessel received in the second receiving cavity, 4 wherein the second inner vessel is configured to house an embryo; and wherein the outer container, the inner vessel, and the second inner vessel include a CO 2 permeable construction 6 .
An apparatus comprising: a memory controller configured to select a target phase change memory cell for a memory access operation, the memory controller comprising: a sense module configured to determine whether a snap back event occurs during a sensing interval; and a write back module configured to transition the target phase change memory cell back to a set state if the snap back event is detected, the set state being associated with a crystalline phase of the phase change memory cell; and switch circuitry comprising a word line, hereinafter termed WL, switch configured to couple a target WL to a WL select voltage source and a bit line, hereinafter termed BL, switch configured to couple a target BL to a BL select voltage source, the target phase change memory cell being coupled to the target WL and the target BL; wherein the memory controller is configured to control the switch circuitry to turn at least one of the WL switch and the BL switch partially OFF at or near the start of the sensing interval; to control the switch circuitry to turn the at least one of the WL switch and the BL switch ON if the snap back event is detected, and to maintain the at least one of the WL switch and the BL switch partially OFF during the sensing interval if no snap back occurs. a memory controller configured to select a target phase change memory cell for a memory access operation, the memory controller comprising: a sense module configured to determine whether a snap back event occurs during a sensing interval; and a write back module configured to transition the target phase change memory cell back to a set state if the snap back event is detected, the set state being associated with a crystalline phase of the phase change memory cell; and a sense module configured to determine whether a snap back event occurs during a sensing interval; and a write back module configured to transition the target phase change memory cell back to a set state if the snap back event is detected, the set state being associated with a crystalline phase of the phase change memory cell; and switch circuitry comprising a word line, hereinafter termed WL, switch configured to couple a target WL to a WL select voltage source and a bit line, hereinafter termed BL, switch configured to couple a target BL to a BL select voltage source, the target phase change memory cell being coupled to the target WL and the target BL; wherein the memory controller is configured to control the switch circuitry to turn at least one of the WL switch and the BL switch partially OFF at or near the start of the sensing interval; to control the switch circuitry to turn the at least one of the WL switch and the BL switch ON if the snap back event is detected, and to maintain the at least one of the WL switch and the BL switch partially OFF during the sensing interval if no snap back occurs.
A method for opening locks, designed for use in a lock equipped with a cylinder , rotor or tumbler, and inlet channel in the rotor for an opening key , wherein it comprises the following steps: a. Positioning and pre-insertion into the inlet channel of the lock of a tool designed for said purpose and said tool having a geometry which is compatible with the opening key in relation to the same inlet channel , and said positioning and pre-insertion being up to only one region of said tool corresponding to the tip thereof, and in a manner initially similar to inserting the same opening key into said inlet channel . b. Pressing by means of an impingement gun on the same tool in the inlet channel , after the positioning and pre-insertion thereof. c. Penetration of said tool into the inlet channel as a consequence of the previous pressing , and interlocking in the inlet channel , occupying a space similar to the corresponding opening key in the same inlet channel . d. Breaking the cylinder and/or rotor as a consequence of the previous penetration and interlocking . e. Opening of the lock . a. Positioning and pre-insertion into the inlet channel of the lock of a tool designed for said purpose and said tool having a geometry which is compatible with the opening key in relation to the same inlet channel , and said positioning and pre-insertion being up to only one region of said tool corresponding to the tip thereof, and in a manner initially similar to inserting the same opening key into said inlet channel . b. Pressing by means of an impingement gun on the same tool in the inlet channel , after the positioning and pre-insertion thereof. c. Penetration of said tool into the inlet channel as a consequence of the previous pressing , and interlocking in the inlet channel , occupying a space similar to the corresponding opening key in the same inlet channel . d. Breaking the cylinder and/or rotor as a consequence of the previous penetration and interlocking . e. Opening of the lock .
A computer-implemented method for estimating shape parameters of an image data set of a fovea comprising the steps of: - Acquiring an image data set of the macula of an eye, the macula comprising a foveal pit and a foveal rim at least partially, - Estimating the center of the foveal pit from the image data set , - Estimating from the center of the foveal pit , radially extending height profiles (c) of the fovea , - For each height profile (c), fitting a model-function to the height profile (c), - Estimating for each height profile (c) a set of fit parameters from the fitted model-function, - Determining from the sets of estimated fit parameters at least one shape parameter of the fovea , particularly of the foveal pit , - Determining at least one shape feature of at least a part of the fovea , particularly of the foveal pit from the at least on shape parameter, characterized in that the model function is a Bézier function or wherein the model-function is a smooth composite Bézier path comprising Bézier-functions. - Acquiring an image data set of the macula of an eye, the macula comprising a foveal pit and a foveal rim at least partially, - Estimating the center of the foveal pit from the image data set , - Estimating from the center of the foveal pit , radially extending height profiles (c) of the fovea , - For each height profile (c), fitting a model-function to the height profile (c), - Estimating for each height profile (c) a set of fit parameters from the fitted model-function, - Determining from the sets of estimated fit parameters at least one shape parameter of the fovea , particularly of the foveal pit , - Determining at least one shape feature of at least a part of the fovea , particularly of the foveal pit from the at least on shape parameter,
A method of processing a mobile manufacturer coupon comprising steps of: receiving from a mobile electronic device a barcode of a mobile manufacturer coupon at an electronic point-of-sale system ; determining at the electronic point-of-sale system whether redemption criterion for the coupon is satisfied; emitting an audio acknowledgement signal from the electronic point-of-sale system if the redemption criterion is satisfied, the audio acknowledgement signal comprising a sound wave having a characteristic expected by the mobile electronic device to indicate successful redemption of the coupon and being received and interpreted by the mobile electronic device; and emitting an audio non-acknowledgement signal from the electronic point-of-sale system if the redemption criterion is not satisfied, the audio non-acknowledgement signal being received and interpreted by the mobile electronic device. receiving from a mobile electronic device a barcode of a mobile manufacturer coupon at an electronic point-of-sale system ; determining at the electronic point-of-sale system whether redemption criterion for the coupon is satisfied; emitting an audio acknowledgement signal from the electronic point-of-sale system if the redemption criterion is satisfied, the audio acknowledgement signal comprising a sound wave having a characteristic expected by the mobile electronic device to indicate successful redemption of the coupon and being received and interpreted by the mobile electronic device; and emitting an audio non-acknowledgement signal from the electronic point-of-sale system if the redemption criterion is not satisfied, the audio non-acknowledgement signal being received and interpreted by the mobile electronic device.