mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing rights transfer of using digital content from a first device to a second device , comprising steps of: providing by an authentication device a first verification code R 1 and a second verification code R 2 ; encrypting, at the authentication device , the first verification code R 1 with one or more public keys that are not in use as valid public keys, such as to generate a first authentication dataset C from the one or more encrypted versions of the first verification code R 1 ; encrypting, at the first device , the second verification code R 2 with a public key of the second device , and combining such encrypted version of the second verification code R 2 and the elements of the first authentication dataset C, such as to generate a second authentication dataset C', and sending the second authentication dataset C' to the second device; obtaining a response message M at the second device by decrypting, with a private key of the second device , the elements in the second authentication dataset C' , ; and verifying, at the authentication device , the response message M to allow the rights transfer only when the response message M contains a data value corresponding to the second verification code R 2 but does not contain any data value corresponding to the first verification code R 1 , or otherwise to deny the rights transfer if the verification fails. providing by an authentication device a first verification code R 1 and a second verification code R 2 ; encrypting, at the authentication device , the first verification code R 1 with one or more public keys that are not in use as valid public keys, such as to generate a first authentication dataset C from the one or more encrypted versions of the first verification code R 1 ; encrypting, at the first device , the second verification code R 2 with a public key of the second device , and combining such encrypted version of the second verification code R 2 and the elements of the first authentication dataset C, such as to generate a second authentication dataset C', and sending the second authentication dataset C' to the second device; obtaining a response message M at the second device by decrypting, with a private key of the second device , the elements in the second authentication dataset C' , ; and verifying, at the authentication device , the response message M to allow the rights transfer only when the response message M contains a data value corresponding to the second verification code R 2 but does not contain any data value corresponding to the first verification code R 1 , or otherwise to deny the rights transfer if the verification fails.
A method performed by a network node associated with a cell in a wireless communication system , the method comprising: generating resource location information identifying one or more candidate time-frequency resource locations for a common control channel utilized in the cell; transmitting the resource location information to one or more user equipments, UEs ; selecting a time-frequency resource location of the one or more candidate time-frequency resource locations for the common control channel; transmitting control signaling to the one or more UEs over the selected time-frequency resource, wherein the control signaling comprises an uplink opportunity indicator, the uplink opportunity indicator identifying a time period during which an uplink transmission opportunity exists for the one or more UEs , wherein a UE of the one or more UEs is configured with periodic CSI reporting; and receiving a channel state indicator, CSI, report transmitted during the identified time period by at least one of the one or more UEs responsive to transmitting the control signaling comprising the uplink opportunity indicator, wherein the CSI report is received from the UE when the periodic instant happens only if the common control channel indicates an uplink. generating resource location information identifying one or more candidate time-frequency resource locations for a common control channel utilized in the cell; transmitting the resource location information to one or more user equipments, UEs ; selecting a time-frequency resource location of the one or more candidate time-frequency resource locations for the common control channel; transmitting control signaling to the one or more UEs over the selected time-frequency resource, wherein the control signaling comprises an uplink opportunity indicator, the uplink opportunity indicator identifying a time period during which an uplink transmission opportunity exists for the one or more UEs , wherein a UE of the one or more UEs is configured with periodic CSI reporting; and receiving a channel state indicator, CSI, report transmitted during the identified time period by at least one of the one or more UEs responsive to transmitting the control signaling comprising the uplink opportunity indicator, wherein the CSI report is received from the UE when the periodic instant happens only if the common control channel indicates an uplink.
Measurement device for a liquid meter with swing piston comprising : - a hollow chamber pierced with at least one inlet opening and at least one outlet opening and limited by a cylindrical lateral wall , a bottom , and a cover ; - a piston enclosed in said chamber and held mobile, along a partition, around a well; wherein said cover is covered by a filtering membrane , characterized in said filtering membrane having at least two surface zones produced with portions of filtering membranes with filters of differing degrees of levels of filtration. - a hollow chamber pierced with at least one inlet opening and at least one outlet opening and limited by a cylindrical lateral wall , a bottom , and a cover ; - a piston enclosed in said chamber and held mobile, along a partition, around a well; wherein said cover is covered by a filtering membrane , characterized in said filtering membrane having at least two surface zones produced with portions of filtering membranes with filters of differing degrees of levels of filtration.
A circular weaving machine , with - a main axis ; - a circular reed ; - a warp band feed device for the feeding of warp bands ; - at least two weaving shuttles which circulate along the circular reed , in each case with a bobbin holder for purposes of holding a weft bobbin (13; 13a, 13b), wherein the bobbin holder is set up so as to maintain the longitudinal axis of the weft bobbin essentially parallel to the direction of circulation of the weaving shuttle during the circulation of the weaving shuttle , - a weft bobbin changeover device for purposes of replacing a weft bobbin accommodated in the bobbin holder of the weaving shuttle , and - a guiding device for purposes of guiding the changeover device between a standby position raised from the bobbin holder and a changeover position lowered to the bobbin holder , characterised in that the weft bobbin (13; 13a, 13b) is held by the bobbin holder so as to be rotatable about its longitudinal axis . - a main axis ; - a circular reed ; - a warp band feed device for the feeding of warp bands ; - at least two weaving shuttles which circulate along the circular reed , in each case with a bobbin holder for purposes of holding a weft bobbin (13; 13a, 13b), wherein the bobbin holder is set up so as to maintain the longitudinal axis of the weft bobbin essentially parallel to the direction of circulation of the weaving shuttle during the circulation of the weaving shuttle , - a weft bobbin changeover device for purposes of replacing a weft bobbin accommodated in the bobbin holder of the weaving shuttle , and - a guiding device for purposes of guiding the changeover device between a standby position raised from the bobbin holder and a changeover position lowered to the bobbin holder ,
A memory array structure for storing data, comprising: a flash memory array ; a random access memory array operatively coupled to said flash memory and configured to receive said data; a memory management module operatively coupled between said random access memory array and said flash memory array, said memory management module being configured to monitor said data stored in said random access memory array and to transfer a block of data stored in said random access memory array to said flash memory array in response to said memory management module determining that said data block meets a predetermined size criterion; and characterized by a data bus operatively coupled to said flash memory array and configured to output at least a portion of said data originally stored in said random access memory array directly from said flash memory array; wherein said memory management module is configured to receive, from an external controller operatively coupled to said memory array and having firmware configured to control, at least in part, said memory array, an interrupt command generated in response to a detected operation of an implantable medical device. a flash memory array ; a random access memory array operatively coupled to said flash memory and configured to receive said data; a memory management module operatively coupled between said random access memory array and said flash memory array, said memory management module being configured to monitor said data stored in said random access memory array and to transfer a block of data stored in said random access memory array to said flash memory array in response to said memory management module determining that said data block meets a predetermined size criterion; and characterized by a data bus operatively coupled to said flash memory array and configured to output at least a portion of said data originally stored in said random access memory array directly from said flash memory array; wherein said memory management module is configured to receive, from an external controller operatively coupled to said memory array and having firmware configured to control, at least in part, said memory array, an interrupt command generated in response to a detected operation of an implantable medical device.
Reflective composite material (V) with a support consisting of aluminium, with an intermediate layer of anodically oxidised support material located on one side (A) of the support and with an optically active multilayer system applied on top of the intermediate layer , which system consists of at least three layers, the upper layers being dielectric and/or oxidic layers, and the lowest layer being a metallic layer consisting of silver, which forms a reflective layer , wherein a diffusion-inhibiting barrier layer is arranged above the intermediate layer and below the reflective layer , wherein the reflective layer is bonded to the barrier layer via an adhesion promoter layer , characterized in that a mixed layer of the chemical composition Si a C b O c N d H e is applied to the optical multilayer system as a cover layer , in particular as a CVD layer, preferably as a PE-CVD layer, the indices a, b, c, d and e designating a stochiometric or non-stochiometric ratio and being set in such a way that the cover layer , at a chosen layer thickness (D7), has a light absorption of less than 10 percent, and wherein the carbon content - based on the total mass of the cover layer - is in the range of 0.2 atomic percent to 15.0 atomic percent. wherein a diffusion-inhibiting barrier layer is arranged above the intermediate layer and below the reflective layer , wherein the reflective layer is bonded to the barrier layer via an adhesion promoter layer , characterized in that a mixed layer of the chemical composition Si a C b O c N d H e is applied to the optical multilayer system as a cover layer , in particular as a CVD layer, preferably as a PE-CVD layer, the indices a, b, c, d and e designating a stochiometric or non-stochiometric ratio and being set in such a way that the cover layer , at a chosen layer thickness (D7), has a light absorption of less than 10 percent, and wherein the carbon content - based on the total mass of the cover layer - is in the range of 0.2 atomic percent to 15.0 atomic percent.
A seat , in particular for a bicycle, having two concave half-saddles each adapted to accommodate one buttock of a user, - each half-saddle being mounted rotatably to allow each half-saddle to tilt back and forth during a pedaling movement, - each half-saddle having a projecting outer edge , - said seat comprising a system for longitudinal stabilization of the cyclist capable of ensuring an alternate retention of the movement of the half-saddles , - a vertical member , such as a vertical plate or a tripod, being linked to each half-saddle , characterized in that : - the longitudinal stabilization system comprises an element having one end linked to the member of one of the half-saddles , said element passing through a pulley , and having its other end linked to the member of the other half-saddle , in order to act in tension by the intermediary of the pulley for the return of one of the half-saddles by the other during the pedaling movement, - the pulley being taken up by a hoist capable of adjusting an average tilt position of the half-saddles . - each half-saddle being mounted rotatably to allow each half-saddle to tilt back and forth during a pedaling movement, - each half-saddle having a projecting outer edge , - said seat comprising a system for longitudinal stabilization of the cyclist capable of ensuring an alternate retention of the movement of the half-saddles , - a vertical member , such as a vertical plate or a tripod, being linked to each half-saddle , - the longitudinal stabilization system comprises an element having one end linked to the member of one of the half-saddles , said element passing through a pulley , and having its other end linked to the member of the other half-saddle , in order to act in tension by the intermediary of the pulley for the return of one of the half-saddles by the other during the pedaling movement, - the pulley being taken up by a hoist capable of adjusting an average tilt position of the half-saddles .
A composition, which is a solid electrolyte composition comprising: an inorganic solid electrolyte (A) having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder (B) having at least one of a constituent component selected from formulae and : wherein R 1 is H, alkyl or aryl, L a1 , L b1 each independently are a single bond or alkylene, L 11 is a divalent organic group, L a2 , L b2 each independently are alkylene having ≥ 2 carbon atoms, L 12 is a divalent organic group, and A is selected from a carboxylic acid group, a sulfonic acid group, a phosphoric acid group, a cyano group, and a hydrocarbon ring group in which ≥ 3 rings are fused. an inorganic solid electrolyte (A) having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder (B) having at least one of a constituent component selected from formulae and : wherein R 1 is H, alkyl or aryl, L a1 , L b1 each independently are a single bond or alkylene, L 11 is a divalent organic group, L a2 , L b2 each independently are alkylene having ≥ 2 carbon atoms, L 12 is a divalent organic group, and A is selected from a carboxylic acid group, a sulfonic acid group, a phosphoric acid group, a cyano group, and a hydrocarbon ring group in which ≥ 3 rings are fused. R 1 is H, alkyl or aryl, L a1 , L b1 each independently are a single bond or alkylene, L 11 is a divalent organic group, L a2 , L b2 each independently are alkylene having ≥ 2 carbon atoms, L 12 is a divalent organic group, and A is selected from a carboxylic acid group, a sulfonic acid group, a phosphoric acid group, a cyano group, and a hydrocarbon ring group in which ≥ 3 rings are fused.
A method for color profiling of a display device , comprising: applying a plurality of digital color values to a reference display device, wherein the digital color values are located in a low saturation region of an input color space; measuring a plurality of physical color values output by the reference display device, the physical color values being associated with the applied digital color values; determining, based on the measured physical color values of the reference display device, a core mapping of digital color values of the low saturation region of the input color space to physical color values output by the reference display device; applying a plurality of digital color values to a display device , wherein the digital color values are located in a high saturation region of the input color space; measuring a plurality of physical color values output by the display device , the physical color values being associated with the applied digital color values; and generating color profile data for the display device by determining a mapping of digital color values of the full input color space to physical color values output by the display device, based on the measured physical color values and based on the core mapping , wherein the low saturation region comprises low saturation digital color values that are not comprised by the high saturation region. applying a plurality of digital color values to a reference display device, wherein the digital color values are located in a low saturation region of an input color space; measuring a plurality of physical color values output by the reference display device, the physical color values being associated with the applied digital color values; determining, based on the measured physical color values of the reference display device, a core mapping of digital color values of the low saturation region of the input color space to physical color values output by the reference display device; applying a plurality of digital color values to a display device , wherein the digital color values are located in a high saturation region of the input color space; measuring a plurality of physical color values output by the display device , the physical color values being associated with the applied digital color values; and generating color profile data for the display device by determining a mapping of digital color values of the full input color space to physical color values output by the display device, based on the measured physical color values and based on the core mapping , wherein the low saturation region comprises low saturation digital color values that are not comprised by the high saturation region.
An intramedullary autograft harvesting instrument comprising: a cutting rod having a body and a cutting head ; a harvesting member configured to be disposed about the body of the cutting rod ; and an outer tube configured to be disposed about the harvesting member , characterized in that the harvesting member is tubular along its length to define lumen , wherein the lumen is configured to house the body . a cutting rod having a body and a cutting head ; a harvesting member configured to be disposed about the body of the cutting rod ; and an outer tube configured to be disposed about the harvesting member , characterized in that the harvesting member is tubular along its length to define lumen , wherein the lumen is configured to house the body .
A brush head assembly comprising: a hard platen a second hard platen having a plurality of bristle tuft holes therethrough; a plurality of bristle tufts , each of which comprises a plurality of bristle strands having a proximal end and a free end , wherein each of the plurality of bristle tufts are inserted into a respective one of the bristle tuft holes in the second hard platen; and an elastomeric matrix that is between the second hard platen and the hard platen and at least partially encompasses the hard platen and the proximal end of the bristle tufts. a hard platen a second hard platen having a plurality of bristle tuft holes therethrough; a plurality of bristle tufts , each of which comprises a plurality of bristle strands having a proximal end and a free end , wherein each of the plurality of bristle tufts are inserted into a respective one of the bristle tuft holes in the second hard platen; and an elastomeric matrix that is between the second hard platen and the hard platen and at least partially encompasses the hard platen and the proximal end of the bristle tufts.
An add-on module for a liquid jet laser system, the add-on module comprising a coupling assembly removably attachable to a laser focus optic assembly of the liquid jet laser system, wherein the coupling assembly comprises a coupling body , a window assembly and a nozzle assembly , comprising a nozzle for forming a liquid jet , wherein the coupling assembly is removably attachable to the laser focus optic assembly with the window assembly facing the laser focus optic assembly , wherein the window assembly is removably attached to the coupling body at a first surface, and wherein the nozzle assembly is removably attached to the coupling body at a second surface opposite the first surface such that the coupling assembly is configured to allow independent removal of a window in the window assembly and a nozzle in the nozzle assembly , characterized in that the nozzle assembly comprises an air jet nozzle assembly including an air jet nozzle being coupleable to the nozzle assembly , wherein the air jet nozzle is configured to form a gas flow surrounding and not interfering with a liquid jet generated by the nozzle in the nozzle assembly . a coupling assembly removably attachable to a laser focus optic assembly of the liquid jet laser system, wherein the coupling assembly comprises a coupling body , a window assembly and a nozzle assembly , comprising a nozzle for forming a liquid jet , wherein the coupling assembly is removably attachable to the laser focus optic assembly with the window assembly facing the laser focus optic assembly , wherein the window assembly is removably attached to the coupling body at a first surface, and wherein the nozzle assembly is removably attached to the coupling body at a second surface opposite the first surface such that the coupling assembly is configured to allow independent removal of a window in the window assembly and a nozzle in the nozzle assembly , characterized in that the nozzle assembly comprises an air jet nozzle assembly including an air jet nozzle being coupleable to the nozzle assembly , wherein the air jet nozzle is configured to form a gas flow surrounding and not interfering with a liquid jet generated by the nozzle in the nozzle assembly .