mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving , from at least one input device (202A-N), at least one data processing preference of the at least one input device (202A-N), verification data of the at least one input device (202A-N), and verification data of an output device (302A-N); creating a trusted application comprising an isolated, trusted environment configured to implement data processing defined by the at least one data processing preference, wherein the creating comprises linking the isolated, trusted environment with the verification data of the at least one input device (202A-N) and the verification data of the output device (302A-N); providing , to the at least one input device (202A-N), trust data of the isolated, trusted environment; and providing , to an application provider , the trusted application comprising the isolated, trusted environment to implement the data processing defined by the at least one data processing preference, wherein the data processing is implemented in response to mutual verification between the isolated, trusted environment and the at least one input device (202A-N), the mutual verification based on the trust data of the isolated, trusted environment and the verification data of the at least one input device (202A-N). receiving , from at least one input device (202A-N), at least one data processing preference of the at least one input device (202A-N), verification data of the at least one input device (202A-N), and verification data of an output device (302A-N); creating a trusted application comprising an isolated, trusted environment configured to implement data processing defined by the at least one data processing preference, wherein the creating comprises linking the isolated, trusted environment with the verification data of the at least one input device (202A-N) and the verification data of the output device (302A-N); providing , to the at least one input device (202A-N), trust data of the isolated, trusted environment; and providing , to an application provider , the trusted application comprising the isolated, trusted environment to implement the data processing defined by the at least one data processing preference, wherein the data processing is implemented in response to mutual verification between the isolated, trusted environment and the at least one input device (202A-N), the mutual verification based on the trust data of the isolated, trusted environment and the verification data of the at least one input device (202A-N).
A machine assembly for use in an elevator system , comprising: a drive sheave configured to rotate about a first axis of rotation (R); a first roller shaft configured to rotate about a second axis of rotation (S) substantially parallel to the first axis of rotation (R), wherein rotation of the first roller shaft about the second axis of rotation (S) is configured to rotate the drive sheave about the first axis of rotation (R); and a first motor operably coupled to the first roller shaft and configured to rotate the first roller shaft about the second axis of rotation (S), a second roller shaft operably coupled to the drive sheave , the second roller shaft being configured to rotate about a third axis of rotation (S) substantially parallel to the first axis of rotation (R) and the second axis of rotation (S). wherein the roller shafts support a weight of the drive sheave ; characterized in that the first roller shaft includes two traction rollers arranged in contact with the drive sheave ; and the first motor is arranged concentrically about a portion of the first roller shaft between the two traction rollers . a drive sheave configured to rotate about a first axis of rotation (R); a first roller shaft configured to rotate about a second axis of rotation (S) substantially parallel to the first axis of rotation (R), wherein rotation of the first roller shaft about the second axis of rotation (S) is configured to rotate the drive sheave about the first axis of rotation (R); and a first motor operably coupled to the first roller shaft and configured to rotate the first roller shaft about the second axis of rotation (S), a second roller shaft operably coupled to the drive sheave , the second roller shaft being configured to rotate about a third axis of rotation (S) substantially parallel to the first axis of rotation (R) and the second axis of rotation (S). wherein the roller shafts support a weight of the drive sheave ; characterized in that the first roller shaft includes two traction rollers arranged in contact with the drive sheave ; and the first motor is arranged concentrically about a portion of the first roller shaft between the two traction rollers .
A relay apparatus for relaying data communicated between a server connected to an external network established outside a facility and a device connected directly or indirectly to an internal network established inside the facility , the relay apparatus comprising: a data acquiring means for acquiring data output from a port of a network switch connected to the internal network ; a detecting means for analyzing the data acquired by the data acquiring means to detect an unauthorized access to the device, a detection information transmitting means for transmitting to the server , when the unauthorized access is detected, detection information on the unauthorized access, characterized by the port of the network switch being a mirror port ; a load status monitoring means for monitoring a status of a load applied on the relay apparatus , and a data storing means for storing the data acquired by the data acquiring means , wherein the detecting means performs an analysis on data only when the load on the relay apparatus is lower than or equal to a predetermined load. a data acquiring means for acquiring data output from a port of a network switch connected to the internal network ; a detecting means for analyzing the data acquired by the data acquiring means to detect an unauthorized access to the device, a detection information transmitting means for transmitting to the server , when the unauthorized access is detected, detection information on the unauthorized access, characterized by the port of the network switch being a mirror port ; a load status monitoring means for monitoring a status of a load applied on the relay apparatus , and a data storing means for storing the data acquired by the data acquiring means , wherein the detecting means performs an analysis on data only when the load on the relay apparatus is lower than or equal to a predetermined load.
A method comprising: transmitting , by a user equipment, UE, in a standby mode, a tracking sequence to a network node in a network, the tracking sequence is used to track the UE and to keep it alive in the network; receiving , by the UE from the network node, a tracking response; and transmitting , by the UE that transitions from the standby mode to an active mode, uplink, UL, data to the network node after the receiving the tracking response, wherein the UE enters the standby mode, instead of an idle state, when not in the active state, and when the UE enters the network, the UE remains connected and synchronized with the network node while the UE is in the standby mode, so that a random access procedure is only performed upon an initial access or after a tracking failure or a keeping alive failure. transmitting , by a user equipment, UE, in a standby mode, a tracking sequence to a network node in a network, the tracking sequence is used to track the UE and to keep it alive in the network; receiving , by the UE from the network node, a tracking response; and transmitting , by the UE that transitions from the standby mode to an active mode, uplink, UL, data to the network node after the receiving the tracking response, wherein the UE enters the standby mode, instead of an idle state, when not in the active state, and when the UE enters the network, the UE remains connected and synchronized with the network node while the UE is in the standby mode, so that a random access procedure is only performed upon an initial access or after a tracking failure or a keeping alive failure.
Biphasic calcium phosphate/hydroxyapatite (CAP/HAP) bone substitute material comprising a sintered CAP core and a closed epitactically grown layer of nanocrystalline HAP deposited on the external surface of the sintered CAP core, whereby the epitactically grown nanocrystals have the same size and morphology as human bone mineral, wherein the closed epitactically grown layer of nanocrystalline HAP deposited on the external surface of the sintered CAP core has a homogeneous coarse external surface comprising flat crystal platelets.
A dual slip cut unit for severing an extension panel web into discrete pieces, said dual slip cut unit comprising: a rotating anvil ; a first rotating knife engageable with the rotating anvil to cut a plurality of severed pieces from an extension panel web ; and a second rotating knife engageable with the rotating anvil to cut each severed piece into first and second subdivided pieces , characterized in that : (a) the dual slip cut unit further comprises a first transfer roll operable to rotate faster than the rotating anvil and configured to receive the first and second subdivided pieces (2102") from the rotating anvil , (b) a rotating speed of the rotating anvil creates a first gap between adjacent severed pieces , and (c) a rotating speed of the transfer drum creates a second gap between adjacent first and second subdivided pieces and increases the first gap. a rotating anvil ; a first rotating knife engageable with the rotating anvil to cut a plurality of severed pieces from an extension panel web ; and a second rotating knife engageable with the rotating anvil to cut each severed piece into first and second subdivided pieces , characterized in that : (a) the dual slip cut unit further comprises a first transfer roll operable to rotate faster than the rotating anvil and configured to receive the first and second subdivided pieces (2102") from the rotating anvil , (b) a rotating speed of the rotating anvil creates a first gap between adjacent severed pieces , and (c) a rotating speed of the transfer drum creates a second gap between adjacent first and second subdivided pieces and increases the first gap. (a) the dual slip cut unit further comprises a first transfer roll operable to rotate faster than the rotating anvil and configured to receive the first and second subdivided pieces (2102") from the rotating anvil , (b) a rotating speed of the rotating anvil creates a first gap between adjacent severed pieces , and (c) a rotating speed of the transfer drum creates a second gap between adjacent first and second subdivided pieces and increases the first gap.
Floor cleaning machine , comprising locomotion means for moving on the floor (P), at least one processing and control unit operatively interlocked with said locomotion means , and at least one operator group suitable to carry out a washing treatment, and/or cleaning treatment and/or the like on the floor (P) itself, said operator group comprising at least one cleaning member in form of a band wound in a first reel , winding means for winding said cleaning member , unwound from said first reel , in a second reel , and an operating head suitable to hold a portion of said cleaning member , interposed between said first reel and said second reel , in contact with the floor (P), said processing and control unit comprising automatic driving means operatively interlocked with said locomotion means , characterized in that said operating head holds said portion in contact with floor (P) by exerting a certain amount of pressure which can vary in relation to the different types of floor (P) itself.
A method of synthesizing a higher resolution image from a plurality of images captured from different viewpoints, comprising capturing and processing a plurality of images using a plurality of imagers that are provided to an upstream pipeline processing module , wherein a subset of imagers includes a telephoto lens; aligning portions of the plurality of images to compensate for parallax using an image pixel correlation module ; performing parallax compensation using a parallax compensation module to resolve differences in the fields-of-views of the imagers due to spatial separations between the imagers, wherein the parallax compensation module uses scan-line based parallax information to adjust mapping between physical pixel addresses and logical pixel addresses; and performing super-resolution processing using a super-resolution module to obtain a higher resolution image, wherein the higher resolution image has a resolution that is greater than the resolutions of the images captured by the plurality of imagers, wherein a central area of the higher resolution image has a higher resolution than an outer area of the higher resolution image, wherein the higher resolution of the central area of the higher resolution image is determined by a super-resolution capability of the subset of imagers equipped with the telephoto lens. capturing and processing a plurality of images using a plurality of imagers that are provided to an upstream pipeline processing module , wherein a subset of imagers includes a telephoto lens; aligning portions of the plurality of images to compensate for parallax using an image pixel correlation module ; performing parallax compensation using a parallax compensation module to resolve differences in the fields-of-views of the imagers due to spatial separations between the imagers, wherein the parallax compensation module uses scan-line based parallax information to adjust mapping between physical pixel addresses and logical pixel addresses; and performing super-resolution processing using a super-resolution module to obtain a higher resolution image, wherein the higher resolution image has a resolution that is greater than the resolutions of the images captured by the plurality of imagers, wherein a central area of the higher resolution image has a higher resolution than an outer area of the higher resolution image, wherein the higher resolution of the central area of the higher resolution image is determined by a super-resolution capability of the subset of imagers equipped with the telephoto lens.
Method for operating an electrostatic particle sensor designed to detect the particle concentration in the exhaust gas of an internal combustion engine, said particle sensor comprising a first electrode , a second electrode electrically insulated from the first electrode by means of an insulating body , a guard electrode electrically insulated from the first electrode and from the second electrode by means of the insulating body , and a voltage supply which is designed to apply a first electric potential to the first electrode when the particle sensor is in measuring mode, to apply a second electric potential to the second electrode in such a manner that an electrical voltage is created between the first electrode , and to apply an electrical guard potential to the guard electrode , wherein the method comprises: - application of the first electrical potential to the first electrode , application of the second electrical potential to the second electrode and application of the electrical guard potential to the guard electrode , characterized in that the method also comprises: - limiting a first leakage current flowing between the first electrode and the guard electrode via the insulating body to a first leakage-current limiting value by means of a first electrical limiting resistor arranged between the guard electrode and the voltage supply . - application of the first electrical potential to the first electrode , application of the second electrical potential to the second electrode and application of the electrical guard potential to the guard electrode , - limiting a first leakage current flowing between the first electrode and the guard electrode via the insulating body to a first leakage-current limiting value by means of a first electrical limiting resistor arranged between the guard electrode and the voltage supply .
A polypeptide capable of binding to TGF-β1, 2 and/or 3 for use in treating or preventing a cancer associated with elevated or unwanted levels of TGF-β1, 2 and/or 3, wherein said polypeptide is capable of inhibiting the interaction of TGF-β1, 2 and/or 3 with CLPTM1, and wherein said polypeptide is in the form of a fusion protein comprising a polypeptide which: (i) has or comprises an amino acid sequence as set forth in SEQ ID NO:2 (extracellular domain of CLPTM1), or an amino acid sequence having at least 75% sequence identity to SEQ ID NO:2; or (ii) is or comprises part of the sequence of (i), said part comprising at least the sequence of SEQ ID NO:5; wherein said polypeptide is linked to a fusion partner. (i) has or comprises an amino acid sequence as set forth in SEQ ID NO:2 (extracellular domain of CLPTM1), or an amino acid sequence having at least 75% sequence identity to SEQ ID NO:2; or (ii) is or comprises part of the sequence of (i), said part comprising at least the sequence of SEQ ID NO:5;
An apparatus for providing configuration data to an integrated circuit, the apparatus comprising: a device programmer , coupled to a semiconductor fuse array disposed on a die , configured to program said semiconductor fuse array with compressed configuration data; and a plurality of cores , also disposed on said die , wherein each of said plurality of cores is coupled to said semiconductor fuse array , and wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store said decompressed configuration data sets for one or more cache memories within said each of said plurality of cores , a stores , also disposed on said die on which the plurality of cores is disposed but not within any of said plurality of cores, configured for storage and access of decompressed configuration data sets; said each of said plurality of cores comprising: reset logic , configured to employ said decompressed configuration data sets to initialize said one or more cache memories upon power-up/reset; and sleep logic , configured to determine that power is restored following a power gating event, and configured to subsequently access said stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches following said power gating event. a device programmer , coupled to a semiconductor fuse array disposed on a die , configured to program said semiconductor fuse array with compressed configuration data; and a plurality of cores , also disposed on said die , wherein each of said plurality of cores is coupled to said semiconductor fuse array , and wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store said decompressed configuration data sets for one or more cache memories within said each of said plurality of cores , a stores , also disposed on said die on which the plurality of cores is disposed but not within any of said plurality of cores, configured for storage and access of decompressed configuration data sets; said each of said plurality of cores comprising: reset logic , configured to employ said decompressed configuration data sets to initialize said one or more cache memories upon power-up/reset; and sleep logic , configured to determine that power is restored following a power gating event, and configured to subsequently access said stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches following said power gating event. reset logic , configured to employ said decompressed configuration data sets to initialize said one or more cache memories upon power-up/reset; and sleep logic , configured to determine that power is restored following a power gating event, and configured to subsequently access said stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches following said power gating event.
A method for preparing a modified chitosan, chitosan variant or chitosan derivative, the method comprises the step of: (a) incubating chitosan in an aqueous solution of an organic carboxylic acid or a salt thereof, wherein the organic carboxylic acid is selected form the group consisting of valeric acid, para -aminobenzoic acid, glucuronic acid or a salt of any of said acids, in particular a valeric acid chloride, wherein the chitosan has a degree of deacetylation of 62% to 98%. (a) incubating chitosan in an aqueous solution of an organic carboxylic acid or a salt thereof, wherein the organic carboxylic acid is selected form the group consisting of valeric acid, para -aminobenzoic acid, glucuronic acid or a salt of any of said acids, in particular a valeric acid chloride,
An analytical pretreatment device, comprising: a supporting material ; a plurality of inlet ports (Ai) as fluid injection ports, the number of the inlet ports being equal to the value m; a plurality of outlet ports (Bj) as fluid outlet ports, the number of the outlet ports being equal to the value n; a plurality of hollow filaments (Xij) communicating between the inlet ports and the outlet ports, the number of the hollow filaments being equal to the value m×n and each hollow filament communicating respectively between one inlet port and one outlet port, the hollow filaments being arranged such that each of the inlet ports communicates with each of the outlet ports by a respective hollow filament; and n filler-containing cartridges (Cj) respectively connected to the outlet ports, wherein: m is a natural number and n is a natural number; the supporting material comprises a first supporting material and a second supporting material ; and the hollow filaments are placed between the first supporting material and the second supporting material; and a fixing layer formed on a hollow filament-sided surface of at least one of the first supporting material and the second supporting material for holding the hollow filaments. a supporting material ; a plurality of inlet ports (Ai) as fluid injection ports, the number of the inlet ports being equal to the value m; a plurality of outlet ports (Bj) as fluid outlet ports, the number of the outlet ports being equal to the value n; a plurality of hollow filaments (Xij) communicating between the inlet ports and the outlet ports, the number of the hollow filaments being equal to the value m×n and each hollow filament communicating respectively between one inlet port and one outlet port, the hollow filaments being arranged such that each of the inlet ports communicates with each of the outlet ports by a respective hollow filament; and n filler-containing cartridges (Cj) respectively connected to the outlet ports, wherein: m is a natural number and n is a natural number; the supporting material comprises a first supporting material and a second supporting material ; and the hollow filaments are placed between the first supporting material and the second supporting material; and a fixing layer formed on a hollow filament-sided surface of at least one of the first supporting material and the second supporting material for holding the hollow filaments. m is a natural number and n is a natural number; the supporting material comprises a first supporting material and a second supporting material ; and the hollow filaments are placed between the first supporting material and the second supporting material; and a fixing layer formed on a hollow filament-sided surface of at least one of the first supporting material and the second supporting material for holding the hollow filaments.