mhurhangee/ep-ind-claims huggingface dataset:
A system (1,21) for displaying data associated with at least one device (31,32), said data being displayed next to and/or overlaid on a view of a scene, said scene comprising said at least one device (31,32), said system (1,21) comprising: at least one input interface (3,23); at least one output interface (4,24); and at least one processor (5,25) configured to: - obtain an image captured by a camera of a mobile device (1, 41) via said at least one input interface (3,23), said image capturing said scene comprising said at least one device (31,32), - determine a distance from said camera to the closest device of said at least one device, - select a device level or a group level based on said distance, and - display said data by displaying, via said at least one output interface (4,24), data associated with only said closest device if said device level is selected or an aggregation (81,82) of data associated with a group of devices (31-32,31-33) if said group level is selected, said group of devices (31-32,31-33) comprising said closest device, wherein said at least one processor (5,25) is configured to select said device level if said distance is determined not to exceed a first distance threshold. at least one input interface (3,23); at least one output interface (4,24); and at least one processor (5,25) configured to: - obtain an image captured by a camera of a mobile device (1, 41) via said at least one input interface (3,23), said image capturing said scene comprising said at least one device (31,32), - determine a distance from said camera to the closest device of said at least one device, - select a device level or a group level based on said distance, and - display said data by displaying, via said at least one output interface (4,24), data associated with only said closest device if said device level is selected or an aggregation (81,82) of data associated with a group of devices (31-32,31-33) if said group level is selected, said group of devices (31-32,31-33) comprising said closest device, wherein said at least one processor (5,25) is configured to select said device level if said distance is determined not to exceed a first distance threshold. - obtain an image captured by a camera of a mobile device (1, 41) via said at least one input interface (3,23), said image capturing said scene comprising said at least one device (31,32), - determine a distance from said camera to the closest device of said at least one device, - select a device level or a group level based on said distance, and - display said data by displaying, via said at least one output interface (4,24), data associated with only said closest device if said device level is selected or an aggregation (81,82) of data associated with a group of devices (31-32,31-33) if said group level is selected, said group of devices (31-32,31-33) comprising said closest device, wherein said at least one processor (5,25) is configured to select said device level if said distance is determined not to exceed a first distance threshold.
A sensor comprising at least a substrate, a source electrode and a drain electrode formed on top of said substrate opposing to each other, and a channel arranged between said source electrode and said drain electrode, wherein said channel is composed of ultra fine fibers, wherein a gate electrode is formed in a site of said substrate other than the positions where said source electrode and said drain electrode are placed, wherein a SiO2 film on the substrate on an opposite side to the channel is molecule-modified by a specific substance interacting with a substance to be detected, and such that a sample solution containing substance to be detected can be put between the modified substrate and the gate electrode.
Latent heat accumulator system comprising at least one latent heat accumulator, which contains a storage medium with latent heat, at least one extraction circuit, with which in normal operation as intended the quantity of heat can be extracted from the storage medium, and at least one regeneration circuit, with which in normal operation as intended the quantity of heat can be supplied to the storage medium, wherein the at least one latent heat accumulator comprises - at least one extraction heat exchanger which is in contact with the storage medium and can be connected to the extraction circuit, and - at least one regeneration arrangement within the storage medium, which can be connected to the regeneration circuit, characterised in that a coupling device is provided, with which the at least one extraction heat exchanger can be at least temporarily coupled to the at least one regeneration arrangement for the common extraction of heat from the storage medium or for the common supply of heat to the storage medium. - at least one extraction heat exchanger which is in contact with the storage medium and can be connected to the extraction circuit, and - at least one regeneration arrangement within the storage medium, which can be connected to the regeneration circuit,
A wireless communication method, comprising: receiving, by a user equipment, UE, a radio resource control, RRC, signaling message from a base station, wherein the RRC signaling message configures a type of subframe for transmitting uplink traffic on a first carrier for a master cell group only, wherein the first carrier is configured as a carrier of the master cell group in a dual connectivity scenario, wherein the master cell group uses a Long Term Evolution, LTE, access technology; transmitting, by the UE at a first time in time domain, a first uplink traffic on the first carrier using a subframe corresponding to the configured type of subframe without simultaneously transmitting a second uplink traffic on a second carrier for a secondary cell group, wherein a guaranteed power is allocated to the first carrier for the first uplink traffic, wherein the secondary cell group uses a New Radio, NR, access technology. receiving, by a user equipment, UE, a radio resource control, RRC, signaling message from a base station, wherein the RRC signaling message configures a type of subframe for transmitting uplink traffic on a first carrier for a master cell group only, wherein the first carrier is configured as a carrier of the master cell group in a dual connectivity scenario, wherein the master cell group uses a Long Term Evolution, LTE, access technology; transmitting, by the UE at a first time in time domain, a first uplink traffic on the first carrier using a subframe corresponding to the configured type of subframe without simultaneously transmitting a second uplink traffic on a second carrier for a secondary cell group, wherein a guaranteed power is allocated to the first carrier for the first uplink traffic, wherein the secondary cell group uses a New Radio, NR, access technology.
A window blind (100, 200) comprising a carriage (20, 40) provided in a headrail (10, 30), wherein the carriage (20, 40) is movable along the headrail (10, 30) between a start position and an end position to bring at least one cord, and to move a bottom rail (12, 32) up and down relative to the headrail (10, 30) between a collapsing position and an expanding position; the window blind (100, 200) is characterized in: comprising a retarding unit provided in the headrail (10, 30), wherein the retarding unit provides a retarding force to the carriage (20, 40) to stop the carriage (20, 40) after the carriage (20, 40) is moved to a predetermined position while the carriage (20, 40) is being moved toward the end position. comprising a retarding unit provided in the headrail (10, 30), wherein the retarding unit provides a retarding force to the carriage (20, 40) to stop the carriage (20, 40) after the carriage (20, 40) is moved to a predetermined position while the carriage (20, 40) is being moved toward the end position.
A process for preparing an acetal, said process comprising the step of: i) subjecting a trihydrocarbyl orthoester to hydrogenolysis with hydrogen in the presence of a hydrogenation catalyst to form an acetal; wherein hydrogenolysis is performed at a temperature of 125 °C or less. i) subjecting a trihydrocarbyl orthoester to hydrogenolysis with hydrogen in the presence of a hydrogenation catalyst to form an acetal;
An S-type pyocin for use in a method of prophylaxis or treatment of a Pseudomonas respiratory infection, wherein the pyocin is delivered by pulmonary administration.
A method for wireless communications by an apparatus, comprising: generating a first frame configured to trigger multiple transmissions from multiple devices (120a - 120h), wherein the first frame has a duration field set to a value corresponding to a duration that covers at least the multiple transmissions, the multiple transmissions including at least one clear-to-send frame received from one of the multiple devices; and outputting the first frame for transmission. generating a first frame configured to trigger multiple transmissions from multiple devices (120a - 120h), wherein the first frame has a duration field set to a value corresponding to a duration that covers at least the multiple transmissions, the multiple transmissions including at least one clear-to-send frame received from one of the multiple devices; and outputting the first frame for transmission.
A portable printing cabinet, comprising: a housing having at least four sides (124, 130, 134, 135) and a bottom forming a substantially enclosed interior and an outside; a printing device located within the interior of said housing; an opening in the housing located on any of said at least four sides (124, 130, 134, 135) adjacent to an end of the printing device so that printed paper may be ejected from said opening, or a paper tray located on an outer surface on the outside of the housing or attached to the housing for receiving printed documents; and at least one air filtration unit located within the housing, the at least one air filtration unit comprising a fan and a filter, wherein the at least one air filtration unit is arranged to filter air from the interior of the housing by the fan blowing air out of the housing through the filter such that a negative pressure is achieved within the interior. a housing having at least four sides (124, 130, 134, 135) and a bottom forming a substantially enclosed interior and an outside; a printing device located within the interior of said housing; an opening in the housing located on any of said at least four sides (124, 130, 134, 135) adjacent to an end of the printing device so that printed paper may be ejected from said opening, or a paper tray located on an outer surface on the outside of the housing or attached to the housing for receiving printed documents; and at least one air filtration unit located within the housing, the at least one air filtration unit comprising a fan and a filter, wherein the at least one air filtration unit is arranged to filter air from the interior of the housing by the fan blowing air out of the housing through the filter such that a negative pressure is achieved within the interior.
A vehicle comprising scissor stabilizers, said stabilizers including at least a stabilization assembly provided with at least a support frame on which at least a pair of telescopically extendible arms (3, 31) is assembled, each arm (3, 31) being provided with a first segment (32, 33) hinged to said frame and at least a second extractable segment (34, 35); wherein said stabilization assembly is adapted so as to pass from an extended working configuration, in which the vehicle is stabilized, to a retracted rest configuration, in which the vehicle has the minimum transversal dimension and in which the stabilization assembly has the maximum height above the ground so as to define an opening between the vehicle and the ground; characterized in that, in said retracted configuration the arms (3, 31) are arranged oblique to one another and said opening between the vehicle and the ground is defined by proximal ends (36, 37) of said first segments (32, 33).
A method comprising: monitoring, in a two-level memory system, far memory bandwidth utilization of at least a far memory; dynamically modifying far memory bandwidth availability abased on monitored far memory bandwidth utilization; and dynamically modifying the operational state of at least one processing core in response to modification of available far memory bandwidth. monitoring, in a two-level memory system, far memory bandwidth utilization of at least a far memory; dynamically modifying far memory bandwidth availability abased on monitored far memory bandwidth utilization; and dynamically modifying the operational state of at least one processing core in response to modification of available far memory bandwidth.
A combination of a child seat monitoring system and a child seat, the child seat having a first region and an opposite second region, the child seat having first and second patterns disposed on the first and second regions, respectively, both indicating whether the child seat is a forward-facing type child seat or a rearward-facing type child seat relative to a vehicle seat, the system comprising: a first detection apparatus configured to detect either the first pattern on the first region of the child seat or the second pattern on the second region of the child seat; and a controller operably communicating with the first detection apparatus, the controller configured to generate a first signal when the child seat is a forward-facing child seat. a first detection apparatus configured to detect either the first pattern on the first region of the child seat or the second pattern on the second region of the child seat; and a controller operably communicating with the first detection apparatus, the controller configured to generate a first signal when the child seat is a forward-facing child seat.
A method for inter-Mobile Switching Center, MSC, handover of a mobile device, the method comprising: sending, from an anchor MSC, a Mobile Application Part, MAP, Prepare Handover message without an International Mobile Equipment Identity and Software Version Number, IMEISV, to a target MSC; requesting, by the anchor MSC subsequent to the sending of a MAP Prepare Handover message to the target MSC, an International Mobile Equipment Identity and Software Version Number, IMEISV, of the mobile device from the mobile device; receiving, at the anchor MSC, the IMEISV of the mobile device from said mobile device in response to the requesting; and, forwarding, from the anchor MSC, the IMEISV and/or a corresponding User Equipment Specific Behaviour Information over the IU interface, UESBI-Iu, value in a message to the target MSC. sending, from an anchor MSC, a Mobile Application Part, MAP, Prepare Handover message without an International Mobile Equipment Identity and Software Version Number, IMEISV, to a target MSC; requesting, by the anchor MSC subsequent to the sending of a MAP Prepare Handover message to the target MSC, an International Mobile Equipment Identity and Software Version Number, IMEISV, of the mobile device from the mobile device; receiving, at the anchor MSC, the IMEISV of the mobile device from said mobile device in response to the requesting; and, forwarding, from the anchor MSC, the IMEISV and/or a corresponding User Equipment Specific Behaviour Information over the IU interface, UESBI-Iu, value in a message to the target MSC.
A pigment comprising reservoirs of encapsulated corrosion inhibitors and/or biocides for active corrosion and/or antifouling protection of metallic and polymeric products, wherein the reservoirs having average dimensions in the range 10-50000 nm comprise a porous surface/interface and a porous or empty interior and stimuli-sensitive stoppers which are situated at the outer end of pores in a porous reservoir scaffold or in pores of a reservoir shell and are the result from an interfacial chemical reaction between encapsulated corrosion inhibitor and/or biocide or encapsulated solvent/dispersing agent and an additional external compound and which prevent the release of an encapsulated inhibitor or biocide towards the reservoir exterior in the absence of a stimulus which is selected from the group consisting of an external electromagnetic field, changes in local pH, ionic strength and ambient temperature and which causes the stoppers to release the corrosion inhibitor and/or biocide incorporated therein, wherein the corrosion inhibitor comprises a compound selected from the group consisting of an organic compound containing one or more amino groups, an azole compound or derivative thereof, a thiazole compound or derivative thereof, an imidazole compound or derivative thereof, an organic compound containing one or more carboxyl groups or salts of carboxylic acids, an organic compound containing one or more pyridinium or pyrazine groups, one or more Schiff bases, benzotriazole, mercaptobenzothiazol, quinoline, quinaldic acid or quinolinol, H 2 TiF 6 acid and its derivatives, phosphates, nitrites, silicates, molybdates, borates, iodates, permanganates, tungstates, vanadates, cations of one or more metals selected from the group comprising lanthanides, magnesium, calcium, titanium, zirconium, yttrium, chromium and silver, alkoxysilanes and their derivatives containing amino, imino, carboxy, isocyanato, or thiocyanato groups, silyl esters, halogenated alkoxysilanes, silazanes and derivatives or blends thereof, and wherein the biocide comprises a compound selected from the group consisting of tributyltin compounds and other organotin derivatives, copper compounds, quaternary ammonium compounds (Quats), chlorothalonil, methylene bis(thiocyanate), captan, pyridiniumtriphenylboron, diuron, halogenated alkylisothiazolin, a substituted isothiazolone such as 4,5-dichloro-2-n-octyl-- 4-iso-thiazolin-3-one (DCOIT), thiuram, tetraalkyl thiuram disulfide and their derivatives, zinc oxide, zinc pyrithione, zinc ethylenebis(dithiocarbamate) (zineb), copper pyrithione, dichlorofluanid, TCMS pyridine and thiocyanomethylthiobenzothiazole (TCMTB), halogenides of trimethoxysilyl quaternary ammonium compounds (quaternary alkoxysilyl compounds), 2-methyl-thio-4-t-butylamino-6-cyclopropyl-amino-s-triazine (irgarol), 2-(thiocyanomethylthio)benzothiazole, 2,4,5,6-tetra-chloro-isophthalonitrile, tolylfluanid, 2,3,5,6-tetra-chloro-4-(methylsulphonyl)pyridine and derivatives or blends thereof.
An output method for a touch panel for detecting a touch of a user on a first substrate, the touch panel comprises a first substrate having a first electrode layer, wherein the first substrate is a flexible substrate; a second substrate having a second electrode layer, facing the first electrode layer; a plurality of spacers being disposed between the first substrate and the second substrate; and a controller set being electrically connected to the first electrode layer and the second electrode layer to rapidly and alternately switch between a first operation mode and a second operation mode; wherein the controller set applies a uniform voltage drop electrical field on the first electrode layer or the second electrode layer to generate a first input signal in response to the touch during the first operation mode for forming a resistive touch panel configuration during the first operation mode, and the controller set applies a uniform electrical field on the first electrode layer to generate a second input signal in response to the touch during the second operation mode for forming a capacitive touch panel configuration during the second operation mode, and the data of the touch location is calculated according to a predetermined ratio of the first input signal to the second input signal, the output method comprising: forming the uniform voltage drop electrical field on the first electrode layer or the second electrode layer to generate the first input signal in response to the touch during the first operation mode; forming the uniform electrical field on the first electrode layer to generate the second input signal in response to the touch during the second operation mode; and determining a user interface according to the first input signal and the second input signal; wherein when the first input signal and the second input signal comprise location data, the uniform electrical field is on the first electrode layer, and the uniform voltage drop electrical field is on the second electrode layer, the user interface is a finger touch operation interface, and when only the first input signal comprises location data, the uniform voltage drop electrical field is on the first electrode layer, the user interface is a stylus operation interface. forming the uniform voltage drop electrical field on the first electrode layer or the second electrode layer to generate the first input signal in response to the touch during the first operation mode; forming the uniform electrical field on the first electrode layer to generate the second input signal in response to the touch during the second operation mode; and determining a user interface according to the first input signal and the second input signal;
A spectrophotometer, comprising: a photodetection unit configured to convert received light into an electric signal to output the electric signal; a circuit unit comprising a plurality of gain amplifiers and a plurality of AD converters configured to amplify an output signal from the photodetection unit by a plurality of gains using the plurality of gain amplifiers and configured to convert the amplified output signals into digital signals using the plurality of AD converters to output the digital signals as a plurality of pieces of light amount data; a saturation determination unit configured to determine whether or not each of the plurality of pieces of light amount data from the circuit unit has been saturated; and a measurement result calculation unit configured to calculate, in accordance with a result of the determination by the saturation determination unit, a measurement result of the received light using a part or all of the plurality of pieces of light amount data; wherein the measurement result calculation unit is configured to calculate the measurement result of the received light based on a part or all of the plurality of pieces of light amount data except for light amount data that is determined to have been saturated by the saturation determination unit; characterized in that the measurement result calculation unit is configured to calculate the measurement result by dividing a sum of a part or all of the plurality of pieces of light amount data except for the light amount data that is determined to have been saturated by the saturation determination unit by a sum of the plurality of gains corresponding to the part or all of the plurality of pieces of light amount data. a photodetection unit configured to convert received light into an electric signal to output the electric signal; a circuit unit comprising a plurality of gain amplifiers and a plurality of AD converters configured to amplify an output signal from the photodetection unit by a plurality of gains using the plurality of gain amplifiers and configured to convert the amplified output signals into digital signals using the plurality of AD converters to output the digital signals as a plurality of pieces of light amount data; a saturation determination unit configured to determine whether or not each of the plurality of pieces of light amount data from the circuit unit has been saturated; and a measurement result calculation unit configured to calculate, in accordance with a result of the determination by the saturation determination unit, a measurement result of the received light using a part or all of the plurality of pieces of light amount data;