mhurhangee/ep-ind-claims huggingface dataset:
An optical module, comprising: a transparent substrate; a refractive optical element mounted on the substrate; a conductive heating trace deposited on the substrate around the refractive optical element; a temperature sensor, comprising a resistive trace, which is deposited on the substrate in a vicinity of the refractive optical element and is configured to sense a temperature of the substrate; an optical output element, which is connected to the substrate by a mechanical seal; and control circuitry (50, 51, 53), which is coupled to the temperature sensor and configured to measure a resistance of the resistive trace so as to measure a difference between the temperature of the substrate and a target operating temperature of the module, and to drive a current through the conductive heating trace, responsively to the difference, so as to heat the substrate to the target operating temperature, characterized in that the resistive trace is deposited on the substrate beneath the mechanical seal so that the resistive trace will break upon disruption of the mechanical seal, and the control circuitry is configured to inhibit operation of the optical module upon detecting, based on the resistance, that the resistive trace has broken. a transparent substrate; a refractive optical element mounted on the substrate; a conductive heating trace deposited on the substrate around the refractive optical element; a temperature sensor, comprising a resistive trace, which is deposited on the substrate in a vicinity of the refractive optical element and is configured to sense a temperature of the substrate; an optical output element, which is connected to the substrate by a mechanical seal; and control circuitry (50, 51, 53), which is coupled to the temperature sensor and configured to measure a resistance of the resistive trace so as to measure a difference between the temperature of the substrate and a target operating temperature of the module, and to drive a current through the conductive heating trace, responsively to the difference, so as to heat the substrate to the target operating temperature, characterized in that the resistive trace is deposited on the substrate beneath the mechanical seal so that the resistive trace will break upon disruption of the mechanical seal, and the control circuitry is configured to inhibit operation of the optical module upon detecting, based on the resistance, that the resistive trace has broken.
A crystalline salt having a structure: wherein X - is monomaleate and has an X-ray powder diffraction ("XRPD") pattern comprising peaks at 6.9, 17.3, and 17.8 ± 0.2° 2θ, and optionally at 4.9, 6.8, 7.7, 10.9, 12.4, 13.5, 14.2, 16.1, 16.4, 18.5, 21.0, 22.0, 23.4, 23.7, 24.5, and 25.2 ± 0.2° 2θ, using Cu Kα radiation ("Form A").
A Multimedia Messaging Service Gateway, MMSGW, system, for the reception of a multimedia content associated with a MMS message, the MMS message comprising an actual message and the associated multimedia content, the MMS message originating from a mobile device arranged in co-operation with a carrier comprising a server, the MMSGW comprising:- • an ingress, for reception of a notification to the MMSGW of sending of the MMS message and for forwarding of the notification to, • an initial parser, arranged in co-operation with the server and arranged to obtain metadata associated with the multimedia content, for production of an IP object based on the notification, • a content retrieval for download of the multimedia content from the server according to the IP object, • a store for storage of the retrieved multimedia content and/or metadata associated with the retrieved multimedia content, • an egress arranged to transmit a MMSGW process completion indicator, • an API, arranged to facilitate retrieval of the retrieved multimedia content and/or metadata by at least one remote party. • an ingress, for reception of a notification to the MMSGW of sending of the MMS message and for forwarding of the notification to, • an initial parser, arranged in co-operation with the server and arranged to obtain metadata associated with the multimedia content, for production of an IP object based on the notification, • a content retrieval for download of the multimedia content from the server according to the IP object, • a store for storage of the retrieved multimedia content and/or metadata associated with the retrieved multimedia content, • an egress arranged to transmit a MMSGW process completion indicator, • an API, arranged to facilitate retrieval of the retrieved multimedia content and/or metadata by at least one remote party.
Clamping jaw arrangement with two jaw elements, wherein one jaw element is designed as a carrier jaw and one jaw element is designed as an interchangeable jaw, which is mounted or can be mounted exchangeably on the upper side of the carrier jaw, securing means comprising a securing element which is movably arranged on the one jaw element so that it can be moved between a securing position in which an end section of the securing element projects beyond the one jaw element, so that it comes or can be brought into engagement with a recess of the other jaw element in order to secure the jaw elements in a defined position relative to one another, and a release position in which the securing element is countersunk into the one jaw element in order to release the jaw elements from one another, and actuating means which are designed and suitable for moving the securing element into its release position, characterized in that the actuating means are arranged in the interchangeable jaw. two jaw elements, wherein one jaw element is designed as a carrier jaw and one jaw element is designed as an interchangeable jaw, which is mounted or can be mounted exchangeably on the upper side of the carrier jaw, securing means comprising a securing element which is movably arranged on the one jaw element so that it can be moved between a securing position in which an end section of the securing element projects beyond the one jaw element, so that it comes or can be brought into engagement with a recess of the other jaw element in order to secure the jaw elements in a defined position relative to one another, and a release position in which the securing element is countersunk into the one jaw element in order to release the jaw elements from one another, and actuating means which are designed and suitable for moving the securing element into its release position,
A composite resin molded product, comprising: a main agent resin; and a plurality of natural fibers dispersed in the main agent resin, wherein the plurality of natural fibers each contain a microorganism or an enzyme, when the composite resin molded product is 100% by mass, a content rate of the plurality of natural fibers each containing the microorganism or the enzyme in the composite resin molded product is 10% by mass or more and 99% by mass or less, at least one of the plurality of natural fibers is exposed on a surface of the composite resin molded product, and at least a part of a surface of the at least one of the plurality of natural fibers is coated with a hydrolyzable coating resin. a main agent resin; and a plurality of natural fibers dispersed in the main agent resin, wherein the plurality of natural fibers each contain a microorganism or an enzyme, when the composite resin molded product is 100% by mass, a content rate of the plurality of natural fibers each containing the microorganism or the enzyme in the composite resin molded product is 10% by mass or more and 99% by mass or less, at least one of the plurality of natural fibers is exposed on a surface of the composite resin molded product, and at least a part of a surface of the at least one of the plurality of natural fibers is coated with a hydrolyzable coating resin.
A power line communication signal pass-through device, wherein the PLC signal pass-through device comprises, a PLC adaptor; and a PLC signal transmission line, coupled to the PLC adaptor, the PLC signal transmission line including a plurality of data wires (D1-D4), characterized in that the data wires are grouped into a plurality of twist pairs, and the twist pairs transmit a plurality of data streams, respectively; the PLC adaptor comprises a first magnetic core, a second magnetic core, and a capacitor coupled between the first magnetic core and the second magnetic core. a PLC adaptor; and a PLC signal transmission line, coupled to the PLC adaptor, the PLC signal transmission line including a plurality of data wires (D1-D4), characterized in that the data wires are grouped into a plurality of twist pairs, and the twist pairs transmit a plurality of data streams, respectively; the PLC adaptor comprises a first magnetic core, a second magnetic core, and a capacitor coupled between the first magnetic core and the second magnetic core.
A method for determining a location of a signal's source of transmission, comprising: demodulating, by a receiver of a communication device, a detected carrier signal modulated with a Pseudo Noise, PN, code sequence to obtain an original information-bearing signal therefrom; computing, by the receiver, time delay offsets using correlations of PN code windows for each symbol of the original information-bearing signal; curve fitting the time delay offsets to construct a fitted curve that has a best fit to a series of data points defining the time delay offsets; wherein the method further comprises: extrapolating unknown time delay offsets using the fitted curve; determining, by the receiver, a Time Of Arrival, TOA, of the detected carrier signal using the time delay offsets and the unknown time delay offsets; and using, by the receiver, the TOA to determine a location of the original information-bearing signal's source of transmission. demodulating, by a receiver of a communication device, a detected carrier signal modulated with a Pseudo Noise, PN, code sequence to obtain an original information-bearing signal therefrom; computing, by the receiver, time delay offsets using correlations of PN code windows for each symbol of the original information-bearing signal; curve fitting the time delay offsets to construct a fitted curve that has a best fit to a series of data points defining the time delay offsets; wherein the method further comprises: extrapolating unknown time delay offsets using the fitted curve; determining, by the receiver, a Time Of Arrival, TOA, of the detected carrier signal using the time delay offsets and the unknown time delay offsets; and using, by the receiver, the TOA to determine a location of the original information-bearing signal's source of transmission. extrapolating unknown time delay offsets using the fitted curve; determining, by the receiver, a Time Of Arrival, TOA, of the detected carrier signal using the time delay offsets and the unknown time delay offsets; and using, by the receiver, the TOA to determine a location of the original information-bearing signal's source of transmission.
A method of ultrasound reflection measurement using a measurement cell containing a medium and a first ultrasound transducer and a second ultrasound transducer on mutually opposite first and second walls (10a, b) of the cell respectively, the method comprising - transmitting ultrasound from the first ultrasound transducer to the second ultrasound transducer and vice versa transmitting ultrasound from the second ultrasound transducer to the first ultrasound transducer, through the walls (10a, b) of the measurement cell and the medium between the walls (10a,b); - detecting (22, 24) a first and second reflection response using the first and second ultrasound transducer (12, 14) respectively in response to their own transmissions; - using (22, 24) the second and first ultrasound transducer (14, 12) to detect a first and second transmission response to the ultrasound using transmitted by the first and second ultrasound transducer (12, 14) respectively; - computing an ultrasound frequency dependent ratio of a Fourier transform value of a product of signals obtained from the first and second transmission response and a Fourier transform value of a product of signals obtained from the first and second reflection response; - computing ultrasound frequency dependent ultrasound speed and/or attenuation data of ultrasound in the medium from said ratio as a function of the ultrasound frequency. - transmitting ultrasound from the first ultrasound transducer to the second ultrasound transducer and vice versa transmitting ultrasound from the second ultrasound transducer to the first ultrasound transducer, through the walls (10a, b) of the measurement cell and the medium between the walls (10a,b); - detecting (22, 24) a first and second reflection response using the first and second ultrasound transducer (12, 14) respectively in response to their own transmissions; - using (22, 24) the second and first ultrasound transducer (14, 12) to detect a first and second transmission response to the ultrasound using transmitted by the first and second ultrasound transducer (12, 14) respectively; - computing an ultrasound frequency dependent ratio of a Fourier transform value of a product of signals obtained from the first and second transmission response and a Fourier transform value of a product of signals obtained from the first and second reflection response; - computing ultrasound frequency dependent ultrasound speed and/or attenuation data of ultrasound in the medium from said ratio as a function of the ultrasound frequency.
A traffic simulation system in which vehicle models, which simulate vehicles, are moved in a road system model that simulates a road system including a plurality of roads and intersections that connect the roads, the traffic simulation system comprising: a judging unit for judging a presence or an absence of an entering vehicle model, which is the vehicle model that enters from a road in the road system model to a different road thereof via an intersection; a calculating unit for calculating a velocity after entering the different road for the entering vehicle model that has been judged by the judging unit to be entering the different road on the basis of a density of the vehicle models in the different road after the entering vehicle model has entered the different road; and a setting unit for setting the velocity calculated by the calculating unit only for the entering vehicle model that has entered the different road. a judging unit for judging a presence or an absence of an entering vehicle model, which is the vehicle model that enters from a road in the road system model to a different road thereof via an intersection; a calculating unit for calculating a velocity after entering the different road for the entering vehicle model that has been judged by the judging unit to be entering the different road on the basis of a density of the vehicle models in the different road after the entering vehicle model has entered the different road; and a setting unit for setting the velocity calculated by the calculating unit only for the entering vehicle model that has entered the different road.
A change gearing particularly for shredders, having at least two reduction stages with ratios different from each other, comprising an outer case, wherein a drive shaft is axially arranged, carrying at least two sun pinions (C1, C2) acting on respective sets of planetary gears (B1, B2) which engage in corresponding toothed crowns (E1, E2), said set of planetary gears (B1, B2) being mounted on planetary gear carriers (D1, D2), rigidly connected to each other, characterized in that said toothed crowns (E1, E2) are embedded and fixed to respective shells (H1, H2) which can rotate on bearings (T1, T2) and carries, at the outside, disk clutches (F1, F2) apt to block alternately the respective shells (H1, H2) to the outer case.
Material rod feeding device for feeding material rods to a machine tool, comprising a magazine for stocking the material rods, and a guide means into which material rods to be processed can be fed from the magazine, one at a time, wherein a feeding direction of a material rod from the magazine into the guide means is transversely to the longitudinal axis of the material rod in the guide means; wherein the guide means comprises a support leg and an abutment leg for providing a variably modifiable receiving channel, wherein the support leg provides a support surface of the receiving channel, which is inclined in the feeding direction and relative to the horizontal, and wherein the abutment leg is movable along the inclination relative to the support leg, so that the variably modifiable receiving channel is formed between the two legs, into which the material rod to be processed can be fed onto the support surface, characterized in that the support leg together with the abutment leg is vertically movable as a whole.
A silicone gel composition comprising: branched organopolysiloxane in an amount of 100 parts by weight, having at least two alkenyl groups bonded to silicon atoms in a molecule, and a viscosity measured using a type B viscometer in accordance with JIS K 7117-1 ranging from 10 to 10,000 mPa·s at 25°C; Optionally linear organopolysiloxane, in an amount of 2 to 150 parts by weight per 100 parts by weight of the component, having at least two alkenyl groups bonded to silicon atoms in a molecule, and a viscosity measured using type B viscometer in accordance with JIS K 7117-1 ranging from 1.0 to 10,000 mPa·s at 25°C; organohydrogenpolysiloxane in an amount so that the amount of the hydrogen atoms bonded to silicon atoms is 0.7 to 1.2 per alkenyl group bonded to silicon atom in total amount of composition, having at least two hydrogen atoms bonded to silicon atoms in a molecule, and a viscosity measured using type B viscometer in accordance with JIS K 7117-1 ranging from 2 to 1,000 mPa·s at 25°C; a platinum-based addition reaction catalyst in an amount so that the amount of platinum-based metal is 0.01 to 1,000 ppm in total amount of composition; and, a reaction product, in an amount of 0.2 to 10 parts by weight, of (d-1) alkali metal silanolate with (d-2) at least one ceric salt selected from cerium chloride and a carboxylic acid salt of cerium. branched organopolysiloxane in an amount of 100 parts by weight, having at least two alkenyl groups bonded to silicon atoms in a molecule, and a viscosity measured using a type B viscometer in accordance with JIS K 7117-1 ranging from 10 to 10,000 mPa·s at 25°C; Optionally linear organopolysiloxane, in an amount of 2 to 150 parts by weight per 100 parts by weight of the component, having at least two alkenyl groups bonded to silicon atoms in a molecule, and a viscosity measured using type B viscometer in accordance with JIS K 7117-1 ranging from 1.0 to 10,000 mPa·s at 25°C; organohydrogenpolysiloxane in an amount so that the amount of the hydrogen atoms bonded to silicon atoms is 0.7 to 1.2 per alkenyl group bonded to silicon atom in total amount of composition, having at least two hydrogen atoms bonded to silicon atoms in a molecule, and a viscosity measured using type B viscometer in accordance with JIS K 7117-1 ranging from 2 to 1,000 mPa·s at 25°C; a platinum-based addition reaction catalyst in an amount so that the amount of platinum-based metal is 0.01 to 1,000 ppm in total amount of composition; and, a reaction product, in an amount of 0.2 to 10 parts by weight, of (d-1) alkali metal silanolate with (d-2) at least one ceric salt selected from cerium chloride and a carboxylic acid salt of cerium.
An electronic scanning antenna configured to transmit and to receive signals in the region of one terahertz, said antenna comprising an array of two-dimensional radiating elements, formed using nano-components, said antenna being characterised in that it comprises: - an optical source capable of illuminating said array of radiating elements so as to control their operation; and - a two-dimensional spatial light modulator placed between said optical source and said array of radiating elements, said modulator comprising as many activatable transparent pads as there are radiating elements, so as to let or not let the radiation from said optical source pass towards the corresponding radiating element. - an optical source capable of illuminating said array of radiating elements so as to control their operation; and - a two-dimensional spatial light modulator placed between said optical source and said array of radiating elements, said modulator comprising as many activatable transparent pads as there are radiating elements, so as to let or not let the radiation from said optical source pass towards the corresponding radiating element.
A method executed by a user equipment, the method comprising: receiving radio resource control, RRC, signaling and receiving downlink control information, DCI, the RRC signaling comprising a maximum physical uplink shared channel, PUSCH, repetition value, and the DCI comprising a repetition number indication field; determining a defined set of PUSCH repetition values corresponding to the maximum PUSCH repetition value; selecting a parameter n from the defined set of PUSCH repetition values based on the repetition number indication field; characterized in determining a total number of subframes N required to transmit a PUSCH according to the parameter n, a total number of allocated resource units N RU, and time occupied by each resource unit N t UL; and transmitting the PUSCH in the N subframes, wherein the total number of the subframes N is equal to the parameter n when an indication of sub-physical resource block, PRB, resource allocation mode is not received via the RRC signaling or via the DCI, the total number of the subframes N is equal to a value calculated by multiplying a first parameter by a second parameter when the indication of sub-PRB resource allocation mode is received via the RRC signaling or via the DCI, the first parameter is a product of the total number of allocated resource units N RU and a total number of uplink slots occupied by each resource unit N slots UL divided by 2, and the second parameter is a nearest integer equal to or larger than a quotient of the parameter n divided by the first parameter. receiving radio resource control, RRC, signaling and receiving downlink control information, DCI, the RRC signaling comprising a maximum physical uplink shared channel, PUSCH, repetition value, and the DCI comprising a repetition number indication field; determining a defined set of PUSCH repetition values corresponding to the maximum PUSCH repetition value; selecting a parameter n from the defined set of PUSCH repetition values based on the repetition number indication field; characterized in determining a total number of subframes N required to transmit a PUSCH according to the parameter n, a total number of allocated resource units N RU, and time occupied by each resource unit N t UL; and transmitting the PUSCH in the N subframes, wherein the total number of the subframes N is equal to the parameter n when an indication of sub-physical resource block, PRB, resource allocation mode is not received via the RRC signaling or via the DCI, the total number of the subframes N is equal to a value calculated by multiplying a first parameter by a second parameter when the indication of sub-PRB resource allocation mode is received via the RRC signaling or via the DCI, the first parameter is a product of the total number of allocated resource units N RU and a total number of uplink slots occupied by each resource unit N slots UL divided by 2, and the second parameter is a nearest integer equal to or larger than a quotient of the parameter n divided by the first parameter.