mhurhangee/patent-ind-claim-en huggingface dataset:
An overhead line installation comprising a tensioning device for an overhead line for providing electric power to a vehicle, the tensioning device comprising means for applying a tensioning force along a direction transverse to the overhead line comprising a suspended mass whose weight is referred to the overhead line to provide the tensioning force and thereby creating a tension in it, wherein the overhead line is suspended by means of hangers at intervals along its length, each hanger having an upper fixed part coupled to a supporting structure and a lower free part through which it is coupled to the overhead line, wherein the relative positions of the fixed parts of the hangers are such that the fixed parts of the hangers are offset from the line along a direction transverse to the line, the line thereby being laterally stabilised without provision of additional means for restraining transverse motion of the free parts of the hangers.
At least one machine-readable storage medium comprising instructions that when executed by a computing-system, cause the computing-system to: receive an instruction pointer (IP) information element, the IP information element to include an indication of an address of a location in a computer-readable storage; retrieve a signed system management mode (SMM) information element from the computer-readable storage based on the address, the signed SMM information element to include an indication of an SMM invoker, and indication of a hash value of an operating system OS SMM driver, and a signature to authenticate the SMM invoker; authenticate the OS SMM driver based on the indication of the hash value of the OS SMM driver; determine whether the OS SMM driver is authorized to invoke one or more operations in a SMM based on the indication of the hash value of the OS SMM driver; determine whether the signature is valid; execute the one or more operations in the SMM based on the SMM invoker, a determination that the OS SMM driver is authorized to invoke the one or more operations in the SMM, and a determination that the signature is valid; and restrict execution of the one or more operations in the SMM based on a determination that the OS SMM driver is not authorized to invoke the one or more operations in the SMM. receive an instruction pointer (IP) information element, the IP information element to include an indication of an address of a location in a computer-readable storage; retrieve a signed system management mode (SMM) information element from the computer-readable storage based on the address, the signed SMM information element to include an indication of an SMM invoker, and indication of a hash value of an operating system OS SMM driver, and a signature to authenticate the SMM invoker; authenticate the OS SMM driver based on the indication of the hash value of the OS SMM driver; determine whether the OS SMM driver is authorized to invoke one or more operations in a SMM based on the indication of the hash value of the OS SMM driver; determine whether the signature is valid; execute the one or more operations in the SMM based on the SMM invoker, a determination that the OS SMM driver is authorized to invoke the one or more operations in the SMM, and a determination that the signature is valid; and restrict execution of the one or more operations in the SMM based on a determination that the OS SMM driver is not authorized to invoke the one or more operations in the SMM.
A filling device comprising a storage tank for storing hydrogen fuel, a filling nozzle for filling hydrogen from the storage tank through a fuel filling system to an in-vehicle hydrogen filling tank mounted on a vehicle, and a roc having a valve element at an end, said rod slidably arranged against an elastic member in a pipe joint main body of the filling nozzle, characterised in that in an end portion of the pipe joint main body on a side of the in vehicle hydrogen filling tank, an innermost projecting portion for forming surface on which the rod slides projects on the side of the in-vehicle hydrogen filling tank, and when the filling nozzle is connected to a vehicle side filling port of the in-vehicle hydrogen filling tank, an outer surface of the projecting portion of the pipe joint main body contacts an inner surface of the vehicle side filling port .
A liquid pharmaceutical formulation comprising: 0.1-8% wt. % of nicotine; at least 65 wt.% water; and one or more of flavouring agents, co-solubilisers and solubilisers; wherein the formulation comprises a co-solubiliser and/or a solubiliser; wherein the nicotine is the form of a nicotine salt of nicotine and an acid; wherein the pharmaceutical formulation has a pH of from 4.5 to 5.9; and wherein the liquid pharmaceutical formulation is aerosolisable to form an inhalable formulation. 0.1-8% wt. % of nicotine; at least 65 wt.% water; and one or more of flavouring agents, co-solubilisers and solubilisers; wherein the formulation comprises a co-solubiliser and/or a solubiliser; wherein the nicotine is the form of a nicotine salt of nicotine and an acid; wherein the pharmaceutical formulation has a pH of from 4.5 to 5.9; and wherein the liquid pharmaceutical formulation is aerosolisable to form an inhalable formulation.
Method for manufacturing a smartcard comprising a fingerprint sensor, the method comprising: arranging a fingerprint sensor module in an opening of a carrier layer of a smartcard body ; arranging a plurality of layers on a first side of the carrier layer to cover the sensing surface of the fingerprint sensor module; forming a cavity in the smartcard in an area corresponding to a sensing area of the fingerprint sensor module, wherein the cavity is formed in the outermost layer of the plurality of layers covering the sensing surface of the fingerprint sensor module; forming a plurality of surface structures in the cavity of the smartcard; and depositing a liquid hydrophobic material in the cavity to at least partially cover the surface structures. arranging a fingerprint sensor module in an opening of a carrier layer of a smartcard body ; arranging a plurality of layers on a first side of the carrier layer to cover the sensing surface of the fingerprint sensor module; forming a cavity in the smartcard in an area corresponding to a sensing area of the fingerprint sensor module, wherein the cavity is formed in the outermost layer of the plurality of layers covering the sensing surface of the fingerprint sensor module; forming a plurality of surface structures in the cavity of the smartcard; and depositing a liquid hydrophobic material in the cavity to at least partially cover the surface structures.
A wireless communications base station having a data store for storing reference transmission characteristics, a receiver for detecting wireless transmissions transmitted by other wireless base stations, a sensor for searching for transmissions received by the receiver for transmissions having the reference characteristics, the sensor being configured to detect a first, hibernation, signal indicative that a neighbouring base station is entering a first hibernation state in which it is scanning for transmissions from mobile terminals but is not transmitting a beacon signal, and to detect a second, shut down signal, indicative that a neighbouring base station is entering a second state in which it is neither transmitting nor receiving, the sensor being configured to identify when a transmission having the reference characteristics ceases to be detected by the sensor, and a reporting system is configured to initiate a channel reallocation plan in response to the second, shutdown, signal, and to report a transmitter outage if the sensor system identifies that a transmission having the reference characteristics has ceased to be detected, and neither the first hibernation signal nor the second shutdown signal has been received. the sensor being configured to detect a first, hibernation, signal indicative that a neighbouring base station is entering a first hibernation state in which it is scanning for transmissions from mobile terminals but is not transmitting a beacon signal, and to detect a second, shut down signal, indicative that a neighbouring base station is entering a second state in which it is neither transmitting nor receiving, the sensor being configured to identify when a transmission having the reference characteristics ceases to be detected by the sensor, and a reporting system is configured to initiate a channel reallocation plan in response to the second, shutdown, signal, and to report a transmitter outage if the sensor system identifies that a transmission having the reference characteristics has ceased to be detected, and neither the first hibernation signal nor the second shutdown signal has been received.
Use of unsaturated fatty acids, selected from the group consisting of oleic acid, stearic acid, palmitic acid, lauric acid, myristic acid, margaric acid, palmitoleic acid, linoleic acid, linolenic acid, in pure form or mixtures thereof or their esters, for example the triglyceride, ethylate, propanolate or butylate, or natural oils, selected from the group consisting of rapeseed oil, olive oil, sunflower oil, or flaxseed oil as a passivating agent in the production of a stabilized lithium metal powder, wherein pure lithium metal with a sodium content < 100 ppm is reacted above 180°C under dispersing conditions with the passivating agent in amounts of 1 g to 10 g per kg of lithium metal in an inert organic solvent.
Refrigeration appliance , in particular household refrigeration appliance, having at least one refrigerated goods shelf and a carcass with a refrigeration compartment , wherein the refrigeration compartment has two side areas , on which in each case bearings are provided, with a contact area for supporting the refrigerated goods shelf in each case and with a rear end facing towards a rear wall of the carcass in each case and with a front end facing away from the rear wall in each case, characterised in that the refrigerated goods shelf has at least one latching element embodied as a resilient latching tongue , which latches to the front end or the rear end of one of the bearings , in particular with a positive fit, and the end of the resilient latching tongue , in the latched state, faces towards or touches the relevant front end or the relevant rear end of the bearing , and that the refrigerated goods shelf has a recess , into which the latching tongue can be at least partially pressed, in order to unlatch the latching tongue from the bearing , and in which the latching tongue can be pressed for the insertion of the refrigerated goods shelf .
A compound for use in treating Stargardt disease, wherein said compound is selected from the group consisting of: or a tautomer, stereoisomer, or a pharmaceutically acceptable solvate, hydrate, salt, or N -oxide thereof.
An optical fiber comprising a core of a refractive index n 1 , an inner cladding , surrounding an outer circumferential surface of the core without a gap, an outer cladding , directly covering an outer circumferential surface of the inner cladding , and a cover layer covering the outer cladding , wherein the inner cladding is of a refractive index n 2 being lower than the refractive index n 1 of the core , and a refractive index of the outer cladding is lower than the refractive index n 2 of the inner cladding , the optical fiber being for use in a laser device and capable of propagating light having a wavelength of 1060 nm through the core in at least an LP01 mode and an LP11 mode, wherein a difference between a propagation constant of light in the LP01 mode and a propagation constant of light in the LP11 mode is 1850 rad/m or more and 4000 rad/m or less, a refractive index profile of the core with respect to the inner cladding is stepwise, the core has a diameter of 18 μm or more and 28.5 μm or less, and a relative refractive index difference Δn of the core with respect to the inner cladding , being (n 1 2 -n 2 2 )/(2n 1 2 ), is 0.1% or more and 0.2% or less.
A non-therapeutic method of inhibiting the conversion of carnitine to trimethylamine (TMA) by a bacterium comprising: contacting the bacterium with a compound set forth in Formula (I): wherein R 1 is isothiocyanate; n' is selected from 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; and R 2 is selected from alkyl, branched alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, aryl, or substituted carbonyl; wherein when R 2 is phenyl, R 2 is substituted with 0, 1, or 2 groups independently selected from alkyl, branched alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, halo, or aryl; wherein when R 2 is heteroalkyl or heterocycloalkyl, the heteroatom(s) are not S; wherein when n' is 2, R 2 is not unsubstituted phenyl; and including any acceptable salts or solvates thereof. n' is selected from 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; and R 2 is selected from alkyl, branched alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, aryl, or substituted carbonyl; wherein when R 2 is phenyl, R 2 is substituted with 0, 1, or 2 groups independently selected from alkyl, branched alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, halo, or aryl; wherein when R 2 is heteroalkyl or heterocycloalkyl, the heteroatom(s) are not S; wherein when n' is 2, R 2 is not unsubstituted phenyl; and including any acceptable salts or solvates thereof.
A S. cerevisiae strain, which was deposited in China Center for Type Culture Collection (CCTCC), Wuhan University, Wuhan, Hubei Province, China, on October 10, 2014, with the accession number CCTCC M 2014463.
A predicted value shaping system for correcting a predicted value obtained by predicting a target value for controlling a controlled object, the predicted value shaping system comprising: a predicted value acquisition unit that acquires the predicted value; a result value acquisition unit that acquires a result value that is a previous target value of the controlled object; and a control value calculation unit that calculates a control value for controlling the controlled object by applying the result value and the predicted value to an algorithm to correct the predicted value, characterised in that the algorithm uses parameters of a control model of the controlled object, wherein the parameters of the control model are A P , B P , and C P , the control model is represented by { x P t + 1 y t = A P x P t + B P v t = C P x P t where v(t) is the control value at time t, and y(t) is an output of the controlled object at the time t, and the algorithm is represented by { ξ t + 1 v t = A * ξ t + B * r ^ t − 1 − r t − 1 = C * ξ t + D * r ^ t − 1 − r t − 1 + r ^ t where (t) is the predicted value at the time t , (t - 1) is the previous predicted value before the time t, r(t - 1) is the result value, and A * = A P − B P C P B P − 1 C P A P B * = − B P C P B P − 1 C P A P B P + A P B P C * = − C P B P − 1 C P A P D * = − C P B P − 1 C P A P B P . a predicted value acquisition unit that acquires the predicted value; a result value acquisition unit that acquires a result value that is a previous target value of the controlled object; and a control value calculation unit that calculates a control value for controlling the controlled object by applying the result value and the predicted value to an algorithm to correct the predicted value, characterised in that the algorithm uses parameters of a control model of the controlled object, wherein the parameters of the control model are A P , B P , and C P , the control model is represented by { x P t + 1 y t = A P x P t + B P v t = C P x P t where v(t) is the control value at time t, and y(t) is an output of the controlled object at the time t, and the algorithm is represented by { ξ t + 1 v t = A * ξ t + B * r ^ t − 1 − r t − 1 = C * ξ t + D * r ^ t − 1 − r t − 1 + r ^ t where (t) is the predicted value at the time t , (t - 1) is the previous predicted value before the time t, r(t - 1) is the result value, and A * = A P − B P C P B P − 1 C P A P B * = − B P C P B P − 1 C P A P B P + A P B P C * = − C P B P − 1 C P A P D * = − C P B P − 1 C P A P B P .
A method of configuring a plurality of smart city devices using an application running on a mobile device , the mobile device including a user interface and a memory , the method comprising: installing a particular smart city device of the plurality of smart city devices ; automatically identifying a geo-location of the particular smart city device by identifying a current geo-location of the mobile device using a location service of the mobile device ; manually entering by a user configuration information for the particular smart city device using a screen of the user interface of the mobile device , the configuration information including one or more of a device name, a device type, an IP address and an installer note regarding the particular smart city device ; sending at least some of the configuration information to the particular smart city device to configure the particular smart city device ; saving the geo-location and the configuration information of the particular smart city device in the mobile device ; repeating the installing, entering, recognizing and storing steps for each of a number of the plurality of smart city devices ; and uploading the saved geo-location and the configuration information for each of the number of smart city devices from the mobile device to a remote server . installing a particular smart city device of the plurality of smart city devices ; automatically identifying a geo-location of the particular smart city device by identifying a current geo-location of the mobile device using a location service of the mobile device ; manually entering by a user configuration information for the particular smart city device using a screen of the user interface of the mobile device , the configuration information including one or more of a device name, a device type, an IP address and an installer note regarding the particular smart city device ; sending at least some of the configuration information to the particular smart city device to configure the particular smart city device ; saving the geo-location and the configuration information of the particular smart city device in the mobile device ; repeating the installing, entering, recognizing and storing steps for each of a number of the plurality of smart city devices ; and uploading the saved geo-location and the configuration information for each of the number of smart city devices from the mobile device to a remote server .
An oral pharmaceutical composition comprising an essential oil portion and a carrier oil portion, wherein the essential oil portion consists essentially of • from about 20 vol.-% to about 50 vol.-% of the essential oil derived from Citrus bergamia based on the total volume of the essential oil portion; • from about 20 vol.-% to about 50 vol.-% of the essential oil derived from Matricaria chamomilla based on the total volume of the essential oil portion; • from about 10 vol.-% to about 30 vol.-% of the essential oil derived from Origanum vulgare based on the total volume of the essential oil portion; • from about 5 vol.-% to about 20 vol.-% of the essential oil derived from Juniperus communis based on the total volume of the essential oil portion; and • from about 5 vol.-% to about 20 vol.-% of the essential oil derived from Rosmarinus officinalis based on the total volume of the essential oil portion; and wherein a carrier oil portion comprises a fatty acid. • from about 20 vol.-% to about 50 vol.-% of the essential oil derived from Citrus bergamia based on the total volume of the essential oil portion; • from about 20 vol.-% to about 50 vol.-% of the essential oil derived from Matricaria chamomilla based on the total volume of the essential oil portion; • from about 10 vol.-% to about 30 vol.-% of the essential oil derived from Origanum vulgare based on the total volume of the essential oil portion; • from about 5 vol.-% to about 20 vol.-% of the essential oil derived from Juniperus communis based on the total volume of the essential oil portion; and • from about 5 vol.-% to about 20 vol.-% of the essential oil derived from Rosmarinus officinalis based on the total volume of the essential oil portion; and
A method, comprising: receiving, by a network node , a session update request comprising a temporary mobile group identity, TMGI, pointing to a currently active multimedia broadcast/multimedia service, MBMS, session and a new quality of service, QoS, requirement, and updating the multimedia broadcast/multimedia service, MBMS, bearer context with the new quality of service, QoS, requirement. receiving, by a network node , a session update request comprising a temporary mobile group identity, TMGI, pointing to a currently active multimedia broadcast/multimedia service, MBMS, session and a new quality of service, QoS, requirement, and updating the multimedia broadcast/multimedia service, MBMS, bearer context with the new quality of service, QoS, requirement.
A blower, in particular a side channel blower, comprising a blower housing with a shaft opening through which passes a blower motor shaft rotatable about an axis of rotation (A), wherein the blower motor shaft is supported relative to the blower housing by a shaft bearing , wherein the shaft bearing comprises a bearing inner ring fixed to the blower motor shaft and a bearing outer ring fixed to the blower housing , wherein the shaft opening has in an axial end region a first radial expansion region with a ring-like bottom region for providing a bearing receiving space , characterized in that the bearing outer ring is held axially between the ring-like bottom region of the first radial expansion region and a ring-like deformation region of the blower housing , which deformation region radially engages over the bearing outer ring on its side facing away from the bottom region of the first radial expansion region .
A warehousing robot, comprising: a climbing component and an underframe , wherein the climbing component is configured to dock with a track on a shelf, and drive the warehousing robot to climb along the shelf after completing a docking; and the climbing component is slidably connected with the underframe to enable the climbing component to slide relative to the underframe along a preset direction in a horizontal plane during a docking process of the climbing component and the track; wherein the climbing component comprises a body and a climbing unit, the climbing unit is arranged on the body , and the body is slidably connected with the underframe ; characterized in that the warehousing robot further comprises an elastomer, the elastomer connects with the body and the underframe , and undergoes elastic deformation when the body slides relative to the underframe along the preset direction. a climbing component and an underframe , wherein the climbing component is configured to dock with a track on a shelf, and drive the warehousing robot to climb along the shelf after completing a docking; and the climbing component is slidably connected with the underframe to enable the climbing component to slide relative to the underframe along a preset direction in a horizontal plane during a docking process of the climbing component and the track; wherein the climbing component comprises a body and a climbing unit, the climbing unit is arranged on the body , and the body is slidably connected with the underframe ; characterized in that the warehousing robot further comprises an elastomer, the elastomer connects with the body and the underframe , and undergoes elastic deformation when the body slides relative to the underframe along the preset direction.