mhurhangee/patent-ind-claim-en huggingface dataset:
Method of anonymous identification of a security module by a server , said method comprising: - reception (E5) from the module of a request for address of a server for managing subscription data of an operator, said request comprising a current identification value (ID c ) of the module, said current identification value being dependent on an identifier of the module and a current date, - searching (E6) for the current identification value in at least one set (S) of identification values, said set being associated with an operator and comprising for a given module, a plurality of identification values, an identification value being computed as a function of the identifier of the module and of a date, the date varying for the plurality of identification values of the set between an initial date and a final date, - dispatching (E7) to the security module of the subscription data management server address associated with the operator when the current identification value figures in the set of identification values. - reception (E5) from the module of a request for address of a server for managing subscription data of an operator, said request comprising a current identification value (ID c ) of the module, said current identification value being dependent on an identifier of the module and a current date, - searching (E6) for the current identification value in at least one set (S) of identification values, said set being associated with an operator and comprising for a given module, a plurality of identification values, an identification value being computed as a function of the identifier of the module and of a date, the date varying for the plurality of identification values of the set between an initial date and a final date, - dispatching (E7) to the security module of the subscription data management server address associated with the operator when the current identification value figures in the set of identification values.
An air cleaner , comprising: a cylindrical case including a n inlet through which air is suctioned in a radial direction into the cylindrica 1 case; a filter configured to be detachably provided in the case and having a cylindrical shape; and a filter frame configured to support the filter, wherein the f ilter frame includes: a lower frame provided at a lower portion of the filter; an up per frame provided at an upper portion of the filter; and a plurality of supporting frames that extends toward the upper frame from the lower frame , wherein: the plurality of supporting frames is arrayed in a circumferential direction along a rim portion of the lower and upper frames and is configured to support an outer circumferential surface of the filter , and an entry portion is formed between the plurality of support frames, the entry portion being configured with an insertion portion to receive the filter, wherein the lower frame , the upper frame , and the plurality of supporting frames form a mounting space for the filter, and the filter is movable toward the mounting space through the insertion portion in the radial direction to be mounted therein, the air cleaner characterized in that the plurality of supporting frames includes: two first frames ; and at least one second frame provided in a space between the two first frames, and wherein the entry portion is formed between the two first frames, and a distance between the two first frame in a circumferential direction is longer than a distance between one of the at least one second frame and one of the first frames . the plurality of supporting frames is arrayed in a circumferential direction along a rim portion of the lower and upper frames and is configured to support an outer circumferential surface of the filter , and an entry portion is formed between the plurality of support frames, the entry portion being configured with an insertion portion to receive the filter, wherein the lower frame , the upper frame , and the plurality of supporting frames form a mounting space for the filter, and the filter is movable toward the mounting space through the insertion portion in the radial direction to be mounted therein, the air cleaner characterized in that the plurality of supporting frames includes: two first frames ; and at least one second frame provided in a space between the two first frames, and wherein the entry portion is formed between the two first frames, and a distance between the two first frame in a circumferential direction is longer than a distance between one of the at least one second frame and one of the first frames . two first frames ; and at least one second frame provided in a space between the two first frames, and wherein the entry portion is formed between the two first frames, and a distance between the two first frame in a circumferential direction is longer than a distance between one of the at least one second frame and one of the first frames .
A method for controlling a data read/write command between a control device and a storage device in a non-volatile memory express, NVMe, over fabric, NVMe over fabric, architecture, wherein the storage device comprises a data processing unit, and a buffer unit, and the method comprises: dividing , by the data processing unit, a storage space of the buffer unit into at least two storage spaces according to a control command sent by the control device, wherein the at least two storage spaces are used for buffering data to be transmitted according to a data read/write command; establishing, by the data processing unit, a correspondence between the at least two storage spaces and command queues, wherein the command queue is a queue comprising a data read/write command sent by the control device, wherein data to be transmitted according to a data read/write command in each command queue can be buffered only in a corresponding storage space matching the correspondence; and receiving , by the data processing unit, a first data read/write command sent by the control device; and buffering, by the data processing unit, according to the correspondence between the at least two storage spaces and the command queues, data to be transmitted according to the first data read/write command into a first storage space that is of the buffer unit and that is corresponding to a first command queue, wherein the first data read/write command is a data read/write command in the first command queue. dividing , by the data processing unit, a storage space of the buffer unit into at least two storage spaces according to a control command sent by the control device, wherein the at least two storage spaces are used for buffering data to be transmitted according to a data read/write command; establishing, by the data processing unit, a correspondence between the at least two storage spaces and command queues, wherein the command queue is a queue comprising a data read/write command sent by the control device, wherein data to be transmitted according to a data read/write command in each command queue can be buffered only in a corresponding storage space matching the correspondence; and receiving , by the data processing unit, a first data read/write command sent by the control device; and buffering, by the data processing unit, according to the correspondence between the at least two storage spaces and the command queues, data to be transmitted according to the first data read/write command into a first storage space that is of the buffer unit and that is corresponding to a first command queue, wherein the first data read/write command is a data read/write command in the first command queue.
A wireline system for use on a drill rig comprising a mast , a drill string , and a drill head configured to impart rotation to the drill string within a drilling formation, the mast having a longitudinal axis and opposed first and second ends , the first end of the mast being configured for positioning proximate the drilling formation, the drill rig having a first transverse axis and a second transverse axis extending perpendicularly relative to the first transverse axis , wherein when the mast is positioned in a vertical position, the first and second transverse axes are substantially perpendicular to the longitudinal axis of the mast , wherein the first transverse axis divides the drill rig into a front portion and a back portion , wherein the second transverse axis extends from the front portion of the drill rig to the back portion of the drill rig , characterised in that the wireline system comprises: a wireline assembly operatively secured to the mast at a first axial location relative to the longitudinal axis of the mast , the first axial location being proximate the first end of the drill mast , wherein the wireline assembly comprises a drum configured for engagement with a drilling cable ; and a roller assembly operatively secured to the mast at a second axial location relative to the longitudinal axis of the mast , the second axial location being positioned between the first axial location and the second end of the mast relative to the longitudinal axis of the mast , wherein the roller assembly is configured for engagement with the drilling cable , wherein the wireline assembly and the roller assembly are positioned within the front portion of the drill rig , and wherein at least a portion of the wireline assembly and at least a portion of the roller assembly are axially spaced from the mast relative to the second transverse axis . a wireline assembly operatively secured to the mast at a first axial location relative to the longitudinal axis of the mast , the first axial location being proximate the first end of the drill mast , wherein the wireline assembly comprises a drum configured for engagement with a drilling cable ; and a roller assembly operatively secured to the mast at a second axial location relative to the longitudinal axis of the mast , the second axial location being positioned between the first axial location and the second end of the mast relative to the longitudinal axis of the mast , wherein the roller assembly is configured for engagement with the drilling cable , wherein the wireline assembly and the roller assembly are positioned within the front portion of the drill rig , and wherein at least a portion of the wireline assembly and at least a portion of the roller assembly are axially spaced from the mast relative to the second transverse axis .
A method of operation of a communications network, the method comprising: receiving a plurality of dynamic radio traffic requests from wireless communications nodes, wherein the traffic requests comprise requests for backhaul traffic received from radio base stations , and requests for fronthaul traffic to digital units received from remote radio units ; translating the radio traffic requests into corresponding transport layer requirements; and requesting transport network resources for the radio traffic based on the transport layer requirements, which meet the radio traffic requests; wherein the transport network comprises a plurality of optical channels; and comprising determining whether it is possible to allocate transport network resources on a single optical channel to meet a radio traffic request, and if so, requesting transport network resources on a single optical channel, and if not, requesting transport network resources on multiple optical channels that follow a same physical path. receiving a plurality of dynamic radio traffic requests from wireless communications nodes, wherein the traffic requests comprise requests for backhaul traffic received from radio base stations , and requests for fronthaul traffic to digital units received from remote radio units ; translating the radio traffic requests into corresponding transport layer requirements; and requesting transport network resources for the radio traffic based on the transport layer requirements, which meet the radio traffic requests; wherein the transport network comprises a plurality of optical channels; and comprising determining whether it is possible to allocate transport network resources on a single optical channel to meet a radio traffic request, and if so, requesting transport network resources on a single optical channel, and if not, requesting transport network resources on multiple optical channels that follow a same physical path.
A holding arrangement for holding a dental tray , the holding arrangement comprising a base member , an engagement member , which is arranged to be slidably displaceable on a surface of the base member along a first axis (A), and a spring member configured to bias the engagement member towards an engaged position, in which the engagement member is configured to engage with a dental tray so as to hold the dental tray . a base member , an engagement member , which is arranged to be slidably displaceable on a surface of the base member along a first axis (A), and a spring member configured to bias the engagement member towards an engaged position, in which the engagement member is configured to engage with a dental tray so as to hold the dental tray .
The use as a reactive component in the curing of compositions based on epoxy resins of a functionalized α-angelica lactone (XOMAL) having the general formula: wherein: R a is a C 1 -C 30 alkyl, C 3 -C 30 cycloalkyl, C 6 -C 18 aryl or C 2 -C 12 alkenyl group.
A PVD apparatus for coating substrates comprising: a vacuum chamber having an opening through which substrates can be received and a door configured to seal the opening ; one or more targets arranged in the vacuum chamber ; a cooling unit configured to cool the substrates ; and rotating means configured to rotate substrates relative to the one or more targets and the cooling unit , characterized by a lifting chamber that communicates with the interior of the vacuum chamber and is configured to receive the cooling unit ; wherein the vacuum chamber defines a lifting axis (X) along which the cooling unit and the lifting chamber are arranged; and wherein the apparatus further comprises displacement means configured to displace the cooling unit along the lifting axis and between the vacuum chamber and the lifting chamber. a vacuum chamber having an opening through which substrates can be received and a door configured to seal the opening ; one or more targets arranged in the vacuum chamber ; a cooling unit configured to cool the substrates ; and rotating means configured to rotate substrates relative to the one or more targets and the cooling unit , characterized by a lifting chamber that communicates with the interior of the vacuum chamber and is configured to receive the cooling unit ; wherein the vacuum chamber defines a lifting axis (X) along which the cooling unit and the lifting chamber are arranged; and wherein the apparatus further comprises displacement means configured to displace the cooling unit along the lifting axis and between the vacuum chamber and the lifting chamber.
A method for in situ relocation of an underground utility, comprising the steps of inserting at least one lifting member down into the ground alongside a buried underground utility; characterized in that a lifting bracket is being extended from the at least one lifting member ; raising the lifting member causing the lifting bracket to engage a portion of the buried underground utility; and continuing to raise the lifting member until the buried underground utility reaches a predetermined positon. characterized in that a lifting bracket is being extended from the at least one lifting member ; raising the lifting member causing the lifting bracket to engage a portion of the buried underground utility; and continuing to raise the lifting member until the buried underground utility reaches a predetermined positon.
A plasma treatment apparatus , comprising: a vacuum chamber arranged to accomodate a treatment target (W); an inductively coupling antenna unit arranged to generate plasma in the vacuum chamber ; a high frequency power source arranged to supply a high frequency power to the inductively coupling antenna unit and a feeding terminal (X1) of the high frequency power; wherein the inductively coupling antenna unit has one or a plurality of antenna conductors and a lid arranged to cover an opening formed in a wall surface of the vacuum chamber , the one or the plurality of antenna conductors has a linear shape and is attached to the lid without a gap in which discharge occurs, the feeding terminal (X1) of the high frequency power is connected to a central portion of the one or the plurality of antenna conductors in a longitudinal direction thereof, and both end portions of the one or the plurality of antenna conductors in the longitudinal direction thereof are grounded, and wherein the high frequency power source is arranged to supply the high frequency power supplied to the central portion of the one or the plurality of antenna conductors in the longitudinal direction thereof via the feeding terminal (X1). a vacuum chamber arranged to accomodate a treatment target (W); an inductively coupling antenna unit arranged to generate plasma in the vacuum chamber ; a high frequency power source arranged to supply a high frequency power to the inductively coupling antenna unit and a feeding terminal (X1) of the high frequency power; wherein the inductively coupling antenna unit has one or a plurality of antenna conductors and a lid arranged to cover an opening formed in a wall surface of the vacuum chamber , the one or the plurality of antenna conductors has a linear shape and is attached to the lid without a gap in which discharge occurs, the feeding terminal (X1) of the high frequency power is connected to a central portion of the one or the plurality of antenna conductors in a longitudinal direction thereof, and both end portions of the one or the plurality of antenna conductors in the longitudinal direction thereof are grounded, and wherein the high frequency power source is arranged to supply the high frequency power supplied to the central portion of the one or the plurality of antenna conductors in the longitudinal direction thereof via the feeding terminal (X1).
A working machine, in particular a tractor, with a chassis and a cabin disposed on the chassis , wherein the cabin is disposed on the chassis by means of a cabin mounting for resilient and damping suspension of the cabin relative to the chassis , wherein the cabin mounting comprises a damping system as well as at least one guide device for guiding the movement of the cabin, wherein the guide device comprises at least one guide element which is mounted, in particular articulated, on the chassis side, and a guide element which is mounted, in particular articulated, on the cabin side which are articulated to each other by means of a respective articulation assembly with at least one degree of freedom, wherein the respective articulation assembly has a guide rod on the chassis side and a guide rod on the cabin side which are articulated to each other, wherein the guide rod on the chassis side is connected to the guide element mounted on the chassis side in a manner that is fixed against rotation and wherein the guide rod on the cabin side is connected to the guide element mounted on the cabin side in a manner that is fixed against rotation, characterized in that at least two spring elements which are coaxial with the pivot axis are associated with the guide elements on the chassis side and on the cabin side, wherein in each case, a spring element is positioned in front of and a spring element is positioned behind the respective guide element .
A sensor comprising a mount , comprising: a first mount part for mounting a sensor part; and a second mount part for mounting the first mount part; wherein a first adjustment mechanism is provided to adjust the first mount part relative to the second mount part and a second adjustment mechanism is provided to adjust the second mount part relative to a support ; characterised in that at least one of the first adjustment mechanism and the second adjustment mechanism is a discrete vernier adjustment mechanism, wherein the vernier adjustment mechanism comprises a first array of first alignment features, which are notches or projections and which are spaced apart by a first spacing and a second array of second alignment features, which are notches or projections and which are spaced apart by a second spacing different from the first spacing, the arrays being arranged such that alignment of a selected first alignment feature with a selected second alignment feature defines the adjustment of the vernier adjustment mechanism; and wherein the sensor further comprises fixing means, such as a pin, clip, clasp or band, which is arranged to fix the selected first alignment feature in alignment with the selected second alignment feature so as to prevent or restrict relative movement of one array relative to the other. a first mount part for mounting a sensor part; and a second mount part for mounting the first mount part; wherein a first adjustment mechanism is provided to adjust the first mount part relative to the second mount part and a second adjustment mechanism is provided to adjust the second mount part relative to a support ; characterised in that at least one of the first adjustment mechanism and the second adjustment mechanism is a discrete vernier adjustment mechanism, wherein the vernier adjustment mechanism comprises a first array of first alignment features, which are notches or projections and which are spaced apart by a first spacing and a second array of second alignment features, which are notches or projections and which are spaced apart by a second spacing different from the first spacing, the arrays being arranged such that alignment of a selected first alignment feature with a selected second alignment feature defines the adjustment of the vernier adjustment mechanism; and wherein the sensor further comprises fixing means, such as a pin, clip, clasp or band, which is arranged to fix the selected first alignment feature in alignment with the selected second alignment feature so as to prevent or restrict relative movement of one array relative to the other.
A sliding vane type compressor, comprising: a vent hole provided on a flange of the sliding vane type compressor and in communication with a compression cavity of an air cylinder of the sliding vane type compressor; a guiding passage provided on the flange and through the flange; and an exhaust passage provided on an eccentric circle of the sliding vane type compressor, the exhaust passage being for communicating the compression cavity and the guiding passage with rotation of the eccentric circle , characterised in that said guiding passage is provided on the flange across the entire thickness direction, wherein the thickness direction is intended as being parallel to the axis of the eccentric circle . a vent hole provided on a flange of the sliding vane type compressor and in communication with a compression cavity of an air cylinder of the sliding vane type compressor; a guiding passage provided on the flange and through the flange; and an exhaust passage provided on an eccentric circle of the sliding vane type compressor, the exhaust passage being for communicating the compression cavity and the guiding passage with rotation of the eccentric circle , characterised in that said guiding passage is provided on the flange across the entire thickness direction, wherein the thickness direction is intended as being parallel to the axis of the eccentric circle .