mhurhangee/patent-ind-claim-en huggingface dataset:
A self-locating apparatus for computing, comprising: one or more processors to execute instructions; a Wireless Credential Exchange Module (WCEM), coupled to the one or more processors, configured to detect a location tag; and a management engine, coupled to the WCEM, to query and receive information of the location tag from the WCEM, and to provide an external asset management server with an identifier of the apparatus and information of the location tag or a location information of the apparatus determined based at least in part on the information of the location tag, to self-locate the apparatus; and a Trusted Platform Module (TPM), coupled to the management engine, to store the information of the location tag in a location identifier, and to generate a root of trust for a trusted execution path (TEP), using a combination of the information of the location tag and a chipset key of the apparatus. one or more processors to execute instructions; a Wireless Credential Exchange Module (WCEM), coupled to the one or more processors, configured to detect a location tag; and a management engine, coupled to the WCEM, to query and receive information of the location tag from the WCEM, and to provide an external asset management server with an identifier of the apparatus and information of the location tag or a location information of the apparatus determined based at least in part on the information of the location tag, to self-locate the apparatus; and a Trusted Platform Module (TPM), coupled to the management engine, to store the information of the location tag in a location identifier, and to generate a root of trust for a trusted execution path (TEP), using a combination of the information of the location tag and a chipset key of the apparatus.
A method comprising: maintaining , by a frontend node of a storage service, a first data structure (111-115) having indications that reference objects (K, T, S, L, P) of storage service requests received at the frontend node; obtaining the indications of a first set of the storage service requests from the frontend node by a backend node of the storage service; selecting , by the backend node, the storage service requests to fulfill from the obtained indications of the first set of storage service requests based, at least in part, on an index of objects stored at the backend node; communicating , to the frontend node from the backend node, a third data structure having the obtained indications of the selected storage service requests; updating , by the frontend node, a second data structure based on the communicated indications of the third data structure from the backend node, the second data structure corresponding to the backend node, includes pointers to the referenced objects; and communicating , to the frontend node from the backend node, fulfillment of the selected storage service requests. maintaining , by a frontend node of a storage service, a first data structure (111-115) having indications that reference objects (K, T, S, L, P) of storage service requests received at the frontend node; obtaining the indications of a first set of the storage service requests from the frontend node by a backend node of the storage service; selecting , by the backend node, the storage service requests to fulfill from the obtained indications of the first set of storage service requests based, at least in part, on an index of objects stored at the backend node; communicating , to the frontend node from the backend node, a third data structure having the obtained indications of the selected storage service requests; updating , by the frontend node, a second data structure based on the communicated indications of the third data structure from the backend node, the second data structure corresponding to the backend node, includes pointers to the referenced objects; and communicating , to the frontend node from the backend node, fulfillment of the selected storage service requests.
A motorized window treatment system for controlling an amount of light entering a space, the system comprising: a plurality of motorized window treatments , each motorized window treatment operable to adjust a respective covering material to control the amount of light entering the space; a plurality of window sensors , each window sensor mounted adjacent at least one of the plurality of motorized window treatments, each window sensor configured to measure an amount of daylight shining on the respective window sensor; and a system controller configured to receive sensor readings from the window sensors and to control the plurality of motorized window treatments in response to the sensor readings to keep the covering materials aligned while the sensor readings are within a predetermined amount, characterized in that the system controller is configured to dynamically group the window sensors together into sensor groups based upon the sensor readings and control the motorized window treatments based upon the sensor groups. a plurality of motorized window treatments , each motorized window treatment operable to adjust a respective covering material to control the amount of light entering the space; a plurality of window sensors , each window sensor mounted adjacent at least one of the plurality of motorized window treatments, each window sensor configured to measure an amount of daylight shining on the respective window sensor; and a system controller configured to receive sensor readings from the window sensors and to control the plurality of motorized window treatments in response to the sensor readings to keep the covering materials aligned while the sensor readings are within a predetermined amount, characterized in that the system controller is configured to dynamically group the window sensors together into sensor groups based upon the sensor readings and control the motorized window treatments based upon the sensor groups.
A polyurethane/urea nanocomposite comprising: a) a polyurethane/urea polymer matrix, and b) surface modified silicon carbide nanoparticles dispersed within and covalently bound to a polyurethane/urea polymer comprising the polyurethane/urea polymer matrix wherein the surface modified silicon carbide nanoparticle comprises a silicon carbide core and a linking group derived from a first surface modifying agent, wherein the linking group is covalently bound to the surface of the silicon carbide core and covalently bound to the polyurethane/urea polymer, and wherein the linking group is derived from a first surface modifying agent according to Formula la: (R 1 O) 3 -Si-R 2 -N=C=O (Ia) wherein each R 1 is independently selected from -H, -CH 3 , -C 2 H 5 , -C 3 H 7 , -C 4 H 9 , and C 5 H 11 ; and wherein R 2 is selected from bivalent aliphatic or aromatic groups having a molecular weight of between 14 and 350 which are unbranched, branched or cyclic, and which are optionally substituted and optionally contain heteroatoms. a) a polyurethane/urea polymer matrix, and b) surface modified silicon carbide nanoparticles dispersed within and covalently bound to a polyurethane/urea polymer comprising the polyurethane/urea polymer matrix wherein the surface modified silicon carbide nanoparticle comprises a silicon carbide core and a linking group derived from a first surface modifying agent, wherein the linking group is covalently bound to the surface of the silicon carbide core and covalently bound to the polyurethane/urea polymer, and wherein the linking group is derived from a first surface modifying agent according to Formula la: (R 1 O) 3 -Si-R 2 -N=C=O (Ia) wherein each R 1 is independently selected from -H, -CH 3 , -C 2 H 5 , -C 3 H 7 , -C 4 H 9 , and C 5 H 11 ; and wherein R 2 is selected from bivalent aliphatic or aromatic groups having a molecular weight of between 14 and 350 which are unbranched, branched or cyclic, and which are optionally substituted and optionally contain heteroatoms. wherein each R 1 is independently selected from -H, -CH 3 , -C 2 H 5 , -C 3 H 7 , -C 4 H 9 , and C 5 H 11 ; and wherein R 2 is selected from bivalent aliphatic or aromatic groups having a molecular weight of between 14 and 350 which are unbranched, branched or cyclic, and which are optionally substituted and optionally contain heteroatoms.
Electronic payment terminal , whose casing comprises two half-shells, an upper half-shell and a lower half-shell in which a housing is arranged which can be blocked by means of a trapdoor, wherein the housing comprises: - a connector , connecting a printed circuit board of said terminal with at least one connection pad of a removable transactional memory module, said connector and said connection pad comprising connection means according to a standard format; - a device for retaining said removable transactional memory module in an operating position, said retaining device comprising means for resiliently holding said removable transactional memory module in said operating position; said terminal further comprising: - means for the verification of the presence of said removable transactional memory module, providing an item of presence information; said terminal being characterised in that it also comprises: - means for the authentication of said removable transactional memory module, comprising means for reading a serial number of the removable transactional memory module contained in said removable transactional memory module, and verification means for said serial number, providing an item of authentication information; - means for blocking the operation of said terminal, said blocking means taking the form of a cut-off circuit preventing the terminal from starting in the event of negative presence and/or authentication information. - a connector , connecting a printed circuit board of said terminal with at least one connection pad of a removable transactional memory module, said connector and said connection pad comprising connection means according to a standard format; - a device for retaining said removable transactional memory module in an operating position, said retaining device comprising means for resiliently holding said removable transactional memory module in said operating position; - means for the verification of the presence of said removable transactional memory module, providing an item of presence information; said terminal being characterised in that it also comprises: - means for the authentication of said removable transactional memory module, comprising means for reading a serial number of the removable transactional memory module contained in said removable transactional memory module, and verification means for said serial number, providing an item of authentication information; - means for blocking the operation of said terminal, said blocking means taking the form of a cut-off circuit preventing the terminal from starting in the event of negative presence and/or authentication information.
A bioadhesive formulation comprising a polycaprolactone dendrimer having a dendrimer core and a plurality of polycaprolactone chains extending from the dendrimer core, wherein at least one of the polycaprolactone chains has an end which is covalently attached with a diazirine, and wherein the diazirine converts to a carbene and/or a diazoalkyl when a stimulant is applied to the bioadhesive formulation.
A dual resonator filter comprising a dielectric film printed on a non-conductive or insulating substrate and a metallic microstrip line coupled to said substrate, the dielectric film is a low sintering temperature TiTe 3 O 8 film; wherein - the non-conductive or insulating substrate is selected from alumina, AIN, or SiC, preferably alumina; and wherein - the metallic microstrip line coupled to said substrate is made of copper, gold or platinum, preferably copper; wherein the TiTe 3 O 8 film is a dual circular layer. the dielectric film is a low sintering temperature TiTe 3 O 8 film; wherein - the non-conductive or insulating substrate is selected from alumina, AIN, or SiC, preferably alumina; and wherein - the metallic microstrip line coupled to said substrate is made of copper, gold or platinum, preferably copper; - the non-conductive or insulating substrate is selected from alumina, AIN, or SiC, preferably alumina; and wherein - the metallic microstrip line coupled to said substrate is made of copper, gold or platinum, preferably copper; wherein the TiTe 3 O 8 film is a dual circular layer.
Radial compressor for a supercharging device of an internal combustion engine, having a compressor wheel arranged in a compressor housing, having a fresh air feed duct for guiding a fresh air mass flow to the compressor wheel, and having an iris diaphragm mechanism which is arranged upstream of the compressor wheel in the fresh air feed duct and which has a multiplicity of blades for opening and closing an diaphragm orifice in order to variably set a flow cross section for the fresh air mass flow, wherein the blades comprise a main blade , which is actuated for adjustment by an actuating element , and blades guided for adjustment by said main blade , wherein all the blades are rotatably mounted on the compressor housing or on some other fixed component, characterized in that all the guided blades are moved in each case only by the movement of the preceding blade and move only the respectively following blade, and in that all the blades have a guide slot , in which a guide element of the respectively adjacent blade engages for adjustment of the following blade. the blades comprise a main blade , which is actuated for adjustment by an actuating element , and blades guided for adjustment by said main blade , wherein all the blades are rotatably mounted on the compressor housing or on some other fixed component, characterized in that all the guided blades are moved in each case only by the movement of the preceding blade and move only the respectively following blade, and in that all the blades have a guide slot , in which a guide element of the respectively adjacent blade engages for adjustment of the following blade.
A modular handle assembly for supporting and controlling a steerable catheter having at least one deflection wire , said modular handle assembly comprising; a handle portion extending along an axis (A) for being secured about a portion of the steerable catheter , at least one barrel rotatably connected to said handle portion for rotation about said axis (A), characterized in that at least one actuation screw shaft disposed within said handle portion and extending through said barrel for connection with the deflection wire of the steerable catheter , and at least one pinion gear threadedly interconnecting said actuation screw shaft and said barrel for translating rotational movement of said barrel about said axis (A) into axial movement of said actuation screw shaft to provide for movement of said deflection wire to curl the steerable catheter .
A method for in situ process monitoring during laser processing comprising at least the steps of: a. emitting at least one ultrashort pulse laser beam by an ultrashort pulse laser ; b. splitting the at least one ultrashort pulse laser beam by a beam splitter into at least one main pulse laser beam and at least one reference pulse laser beam ; c. reflecting or transmitting said at least one main pulse laser beam by a target object and reflecting said at least one reference pulse laser beam by a reference mirror ; d. providing at least one combined pulse laser beam by superposing the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam ; e. coupling the at least one combined pulse laser beam into a dispersive element ; f. interfering the at least one combined pulse laser beam with itself due to temporally stretching the frequency content by the dispersive element ; g. converting at least one interference beam to an electrical signal , whereby the at least one interference beam is a result and an emission of the dispersive element with an inversely proportional amplitude/intensity modulation of the spectrum, and a respective temporal waveform after time-stretch in the dispersive element , to the time delay between the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam ; h. filtering a specific frequency and/or a specific range of frequencies of the electrical signal and i. rectifying the filtered electrical signal to an output signal for control functions and/or as measurand. a. emitting at least one ultrashort pulse laser beam by an ultrashort pulse laser ; b. splitting the at least one ultrashort pulse laser beam by a beam splitter into at least one main pulse laser beam and at least one reference pulse laser beam ; c. reflecting or transmitting said at least one main pulse laser beam by a target object and reflecting said at least one reference pulse laser beam by a reference mirror ; d. providing at least one combined pulse laser beam by superposing the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam ; e. coupling the at least one combined pulse laser beam into a dispersive element ; f. interfering the at least one combined pulse laser beam with itself due to temporally stretching the frequency content by the dispersive element ; g. converting at least one interference beam to an electrical signal , whereby the at least one interference beam is a result and an emission of the dispersive element with an inversely proportional amplitude/intensity modulation of the spectrum, and a respective temporal waveform after time-stretch in the dispersive element , to the time delay between the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam ; h. filtering a specific frequency and/or a specific range of frequencies of the electrical signal and i. rectifying the filtered electrical signal to an output signal for control functions and/or as measurand.
A method for adjusting a Physical Downlink Control Channel, PDCCH, monitoring period, comprising: switching (S210), by a terminal device within a plurality of PDCCH search spaces corresponding to a first Bandwidth Part, BWP, a PDCCH search space for monitoring a PDCCH, wherein different PDCCH search spaces correspond to different PDCCH monitoring periods, characterized in that : the first BWP belongs to a first serving cell; and said switching the PDCCH search space for monitoring the PDCCH comprises: switching, by the terminal device, a PDCCH search space of the first serving cell based on a switching result of a PDCCH search space of a second serving cell. switching (S210), by a terminal device within a plurality of PDCCH search spaces corresponding to a first Bandwidth Part, BWP, a PDCCH search space for monitoring a PDCCH, wherein different PDCCH search spaces correspond to different PDCCH monitoring periods, characterized in that : the first BWP belongs to a first serving cell; and said switching the PDCCH search space for monitoring the PDCCH comprises: switching, by the terminal device, a PDCCH search space of the first serving cell based on a switching result of a PDCCH search space of a second serving cell.
An inattention warning device for warning a driver (D) of a vehicle regarding inattention, comprising: an inattention detecting unit that detects inattention of the driver (D) of the vehicle ; a weather detection unit that detects weather outside the vehicle; a warning issuing time calculation unit that calculates a warning issuing time (t1) by calculation in accordance with a predetermined condition when the inattention of the driver (D) has been detected, said calculation in accordance with the predetermined condition includes a calculation that delays the warning issuing time (t1) when the weather detection unit detects bad weather; and a warning unit that issues a warning regarding the inattention if the inattention continues until the warning issuing time (t1) has expired, otherwise not issues any warning regarding the inattention if the inattention has not continued until the warning issuing time (t1) has expired. an inattention detecting unit that detects inattention of the driver (D) of the vehicle ; a weather detection unit that detects weather outside the vehicle; a warning issuing time calculation unit that calculates a warning issuing time (t1) by calculation in accordance with a predetermined condition when the inattention of the driver (D) has been detected, said calculation in accordance with the predetermined condition includes a calculation that delays the warning issuing time (t1) when the weather detection unit detects bad weather; and a warning unit that issues a warning regarding the inattention if the inattention continues until the warning issuing time (t1) has expired, otherwise not issues any warning regarding the inattention if the inattention has not continued until the warning issuing time (t1) has expired.
A gear system for a turbofan engine assembly comprising: a sun gear rotatable about an engine centerline; a non-rotatable ring gear ; a rotating carrier that is configured to drive a fan; and a plurality of planet gears intermeshed between the sun gear and the ring gear , each of the plurality of planet gears supported on rolling element bearings fit into the carrier , wherein each of the plurality of planet gears includes an inner cavity and a lubricant passage directed at the rolling element bearings and the carrier includes an outer scoop that is configured to receive lubricant from an outer fixed lubricant jet and feeds lubricant into the inner cavity and through the lubricant passage to spray lubricant on to the rolling element bearings ; characterized in that the carrier has a larger outer diameter than a pitch diameter of the ring gear . a sun gear rotatable about an engine centerline; a non-rotatable ring gear ; a rotating carrier that is configured to drive a fan; and a plurality of planet gears intermeshed between the sun gear and the ring gear , each of the plurality of planet gears supported on rolling element bearings fit into the carrier , wherein each of the plurality of planet gears includes an inner cavity and a lubricant passage directed at the rolling element bearings and the carrier includes an outer scoop that is configured to receive lubricant from an outer fixed lubricant jet and feeds lubricant into the inner cavity and through the lubricant passage to spray lubricant on to the rolling element bearings ; characterized in that the carrier has a larger outer diameter than a pitch diameter of the ring gear .
A device for monitoring the transverse cross-section of a gastric sleeve during formation thereof in a subject during a sleeve gastrectomy, the device comprising an elongated catheter extending between a proximal end and a distal end , a primary inflatable element defining a primary hollow interior region located on the catheter towards the distal end thereof, and a first communicating means communicating with the primary hollow interior region of the primary inflatable element for accommodating an inflating medium into the primary hollow interior region for inflating thereof, characterised in that the primary inflatable element defines a main portion , the main portion when inflated is adapted to substantially define a desired transverse cross-section of the gastric sleeve, the main portion of the primary inflatable element extends from a proximal end of the primary inflatable element to a distal portion thereof, the distal portion of the primary inflatable element is of transverse cross-section greater than the transverse cross-section of the main portion when the primary inflatable element is inflated, the distal portion of the primary inflatable element tapers distally towards the catheter when the primary inflatable element is inflated, and the distally tapering portion of the primary inflatable element is adapted for locating in the antrum.