mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system for device registration and discovery of a content-centric network, CCN, the system comprising: a processor ; and a storage device coupled to the processor and storing instructions which when executed by the processor cause the processor to perform a method, the method comprising: receiving , by the computer system, an interest for registration of a client device, wherein the interest includes at least a unique identifier associated with the client device; generating a content object in response to the interest, wherein the content object includes at least a name assigned to the client device, a routable name prefix allowing the device to be reached by other devices, and one or more name prefixes for the client device to publish data under, wherein the one or more name prefixes are different from the routable name prefix; and sending the content object to the client device, thereby enabling the client device to publish data and to be discovered by other client devices in the CCN. a processor ; and a storage device coupled to the processor and storing instructions which when executed by the processor cause the processor to perform a method, the method comprising: receiving , by the computer system, an interest for registration of a client device, wherein the interest includes at least a unique identifier associated with the client device; generating a content object in response to the interest, wherein the content object includes at least a name assigned to the client device, a routable name prefix allowing the device to be reached by other devices, and one or more name prefixes for the client device to publish data under, wherein the one or more name prefixes are different from the routable name prefix; and sending the content object to the client device, thereby enabling the client device to publish data and to be discovered by other client devices in the CCN. receiving , by the computer system, an interest for registration of a client device, wherein the interest includes at least a unique identifier associated with the client device; generating a content object in response to the interest, wherein the content object includes at least a name assigned to the client device, a routable name prefix allowing the device to be reached by other devices, and one or more name prefixes for the client device to publish data under, wherein the one or more name prefixes are different from the routable name prefix; and sending the content object to the client device, thereby enabling the client device to publish data and to be discovered by other client devices in the CCN.
A filled aluminium container containing a wine characterised in that the maximum oxygen content of the head space is 1 % v/v and the wine prior to filling is micro filtered and dissolved oxygen levels throughout the aluminium container filling process are maintained up to 0.5 mg/L, wherein the dissolved oxygen level at winery and after wine transfer to tanker is less than 0.5 mg/L, the dissolved oxygen level in storage tank at filling facility prior to canning is less than 0.5 mg/L and the maximum wine dissolved oxygen level is less than 0.5 mg/L after filling of the wine into the container, and final levels of dissolved CO 2 are from 50 ppm for sparkling wines, 400 ppm to 800 ppm for still white wines, and from 200 ppm to 400 ppm for still red wines, prior to filling the container, wherein the filled aluminium container of wine has a molecular sulphur dioxide content of between 0.4 and 0.8 mg/L.
A method for determining a capacitance of an external capacitor with an integrated circuit device, said method comprising the steps of: charging from a voltage reference (Vref) an internal capacitor in an integrated circuit device to the reference voltage, wherein the internal capacitor has a known capacitance and is a sampling capacitor of an analog-to-digital converter (ADC) (218; 318) in the integrated circuit device (200; 300) having one terminal permanently connected with ground; optionally measuring the reference voltage with the analog-to-digital converter (ADC) ; discharging an external capacitor with a first switch in the integrated circuit device thereby removing any charge on the external capacitor ; therafter coupling the charged internal capacitor in parallel to the discharged external capacitor with a second switch in the integrated circuit device so that some of the charge on the internal capacitor is transferred to the external capacitor ; thereafter decoupling the internal capacitor from the external capacitor and measuring a voltage on the internal capacitor with the ADC in the integrated circuit device ; and calculating a capacitance of the external capacitor from the reference voltage, the measured voltage on the internal capacitor, and the known capacitance of the internal capacitor with a digital processor in the integrated circuit device. charging from a voltage reference (Vref) an internal capacitor in an integrated circuit device to the reference voltage, wherein the internal capacitor has a known capacitance and is a sampling capacitor of an analog-to-digital converter (ADC) (218; 318) in the integrated circuit device (200; 300) having one terminal permanently connected with ground; optionally measuring the reference voltage with the analog-to-digital converter (ADC) ; discharging an external capacitor with a first switch in the integrated circuit device thereby removing any charge on the external capacitor ; therafter coupling the charged internal capacitor in parallel to the discharged external capacitor with a second switch in the integrated circuit device so that some of the charge on the internal capacitor is transferred to the external capacitor ; thereafter decoupling the internal capacitor from the external capacitor and measuring a voltage on the internal capacitor with the ADC in the integrated circuit device ; and calculating a capacitance of the external capacitor from the reference voltage, the measured voltage on the internal capacitor, and the known capacitance of the internal capacitor with a digital processor in the integrated circuit device.
A holographic display method for a holographic display device, the holographic display device comprising a spatial light modulator, comprising: acquiring an area of N th diffraction order corresponding to an eye position; according to the area of N th diffraction order, calculating a holographic complex amplitude distribution corresponding to a window of N th diffraction order to obtain window hologram information, a function of the holographic complex amplitude distribution being expressed by C(m, n)=A(m, n) ∗ exp[-iφ(m, n)/N]; encoding the window hologram information; and according to the encoded window hologram information, loading, to the spatial light modulator, the encoded window hologram information in the area of N th diffraction order to display a hologram, wherein C is the function of the holographic complex amplitude distribution, A is an amplitude function, i is a phase identifier, φ is a phase function, m is a sequence number of row where a pixel is located and n is a sequence number of column where the pixel is located, and N = ±j, where j is an integer other than 0 and multiples of 3. acquiring an area of N th diffraction order corresponding to an eye position; according to the area of N th diffraction order, calculating a holographic complex amplitude distribution corresponding to a window of N th diffraction order to obtain window hologram information, a function of the holographic complex amplitude distribution being expressed by C(m, n)=A(m, n) ∗ exp[-iφ(m, n)/N]; encoding the window hologram information; and according to the encoded window hologram information, loading, to the spatial light modulator, the encoded window hologram information in the area of N th diffraction order to display a hologram, wherein C is the function of the holographic complex amplitude distribution, A is an amplitude function, i is a phase identifier, φ is a phase function, m is a sequence number of row where a pixel is located and n is a sequence number of column where the pixel is located, and N = ±j, where j is an integer other than 0 and multiples of 3.
Regulator for compressed gas, comprising: - a body with a gas inlet , a gas outlet and a gas passage fluidly interconnecting said gas inlet and gas outlet ; - a pressure reducer with, in the gas passage , a shut-off device (14.1/14.2) and a movable assembly (14.3, 14.5) operatively connected to the shut-off device (14.1/14.2) and delimiting with the body a regulating chamber (14.6) downstream of the shut-off device (14.1/14.2); - a pressure relief device in the gas passage downstream of the regulating chamber (14.6); characterized in that the regulator further comprises: - a flow restriction in the gas passage upstream of the shut-off device (14.1/14.2), dimensioned for reducing the gas pressure at the gas outlet under a maximum pressure value when the pressure relief device is opened and the shut-off device (14.1/14.2) is opened. - a body with a gas inlet , a gas outlet and a gas passage fluidly interconnecting said gas inlet and gas outlet ; - a pressure reducer with, in the gas passage , a shut-off device (14.1/14.2) and a movable assembly (14.3, 14.5) operatively connected to the shut-off device (14.1/14.2) and delimiting with the body a regulating chamber (14.6) downstream of the shut-off device (14.1/14.2); - a pressure relief device in the gas passage downstream of the regulating chamber (14.6); - a flow restriction in the gas passage upstream of the shut-off device (14.1/14.2), dimensioned for reducing the gas pressure at the gas outlet under a maximum pressure value when the pressure relief device is opened and the shut-off device (14.1/14.2) is opened.
A ventilation system comprising a ventilating unit and an acoustic attenuator for reducing acoustic emissions from the ventilation unit, the ventilating unit comprising a housing and a plurality of ports , with each port comprising an aperture and a spigot surrounding and extending outwardly from the aperture , and the attenuator comprising: an attenuator housing having a plurality of first ports configured to receive the spigots of the ventilating unit and a plurality of second ports ; an acoustic attenuating material provided within the attenuator housing having a plurality of channels formed therein defining fluid conduits interconnecting the first ports and second ports with the acoustic attenuating material being in direct fluid communication with the fluid flow through the conduits such that sound waves present within the fluid flow are directly absorbed by the sound attenuating material ; and the attenuator further comprises barrier means arranged to fluidly isolate the conduits from each other to prevent air from any one of the conduits from passing into any one of the other conduits through the sound attenuating material characterised in that : the plurality of first ports of the attenuator and the spigots of the ventilating unit are configured and arranged such when the ventilating unit and the attenuator are connected the spigots of the ventilating unit are entirely received within the housing of the attenuator such that the acoustic emissions from the spigots are attenuated by the acoustic attenuating material of the attenuator . an attenuator housing having a plurality of first ports configured to receive the spigots of the ventilating unit and a plurality of second ports ; an acoustic attenuating material provided within the attenuator housing having a plurality of channels formed therein defining fluid conduits interconnecting the first ports and second ports with the acoustic attenuating material being in direct fluid communication with the fluid flow through the conduits such that sound waves present within the fluid flow are directly absorbed by the sound attenuating material ; and the attenuator further comprises barrier means arranged to fluidly isolate the conduits from each other to prevent air from any one of the conduits from passing into any one of the other conduits through the sound attenuating material characterised in that : the plurality of first ports of the attenuator and the spigots of the ventilating unit are configured and arranged such when the ventilating unit and the attenuator are connected the spigots of the ventilating unit are entirely received within the housing of the attenuator such that the acoustic emissions from the spigots are attenuated by the acoustic attenuating material of the attenuator .
An aircraft extending between a forward end and an aft end , the aircraft comprising: a fuselage defining a top side and a bottom side , the fuselage additionally defining a frustum located proximate the aft end of the aircraft , the frustum defining a top reference line extending along the frustum at the top side of the fuselage and a bottom reference line extending along the frustum at the bottom side of the fuselage , the top and bottom reference lines meeting at a reference point located aft of the frustum , the fuselage further defining a recessed portion located aft of the frustum and indented inwardly from the bottom reference line ; and an aft engine including a nacelle extending adjacent to the recessed portion of the fuselage , wherein: the aft engine defines a central axis , wherein the nacelle defines a bottom portion and an inlet , and characterized in that : the inlet defines a non-axis symmetrical shape with respect to the central axis ; the recessed portion on the bottom side defines an angle with respect to a mean line of the aircraft , wherein the mean line extends between the forward end and the aft end ; the recessed portion on the top side defines an angle with respect to the mean line ; and the inward indention from the bottom reference line is such that the angle defined by the recessed portion on the bottom side is greater than the angle defined by the recessed portion on the top side . the aft engine defines a central axis , wherein the nacelle defines a bottom portion and an inlet , and characterized in that : the inlet defines a non-axis symmetrical shape with respect to the central axis ; the recessed portion on the bottom side defines an angle with respect to a mean line of the aircraft , wherein the mean line extends between the forward end and the aft end ; the recessed portion on the top side defines an angle with respect to the mean line ; and the inward indention from the bottom reference line is such that the angle defined by the recessed portion on the bottom side is greater than the angle defined by the recessed portion on the top side .
An apparatus for communicating with Long Term Evolution, LTE, cellular networks (2; 30,31), and for registering with an LTE cellular network, wherein: the apparatus comprises a radio for communicating with LTE cellular networks using a first LTE access technology and for communicating with LTE cellular networks using a second LTE access technology , different from the first LTE access technology; the apparatus is configured to access an identity-data memory (14; 19) storing identity data received by the apparatus; the apparatus comprises an access-technology-identification memory (14; 19) for storing access-technology identification information that identifies with which of the first LTE access technology and the second LTE access technology a Globally Unique Temporary Identifier, GUTI, stored in the identity-data memory is associated; and the apparatus is configured, when registering (34; 41; 141) with an LTE cellular network using a selected LTE access technology of the first and second LTE access technologies, to process access-technology identification information, stored in the access-technology-identification memory, which identifies with which of the first LTE access technology and the second LTE access technology the GUTI stored in the identity-data memory is associated, to determine whether the GUTI stored in the identity-data memory is associated with the selected LTE access technology, and, when the GUTI stored in the identity-data memory is associated with the selected LTE access technology, to send the GUTI to the LTE cellular network when registering with the LTE cellular network. the apparatus comprises a radio for communicating with LTE cellular networks using a first LTE access technology and for communicating with LTE cellular networks using a second LTE access technology , different from the first LTE access technology; the apparatus is configured to access an identity-data memory (14; 19) storing identity data received by the apparatus; the apparatus comprises an access-technology-identification memory (14; 19) for storing access-technology identification information that identifies with which of the first LTE access technology and the second LTE access technology a Globally Unique Temporary Identifier, GUTI, stored in the identity-data memory is associated; and the apparatus is configured, when registering (34; 41; 141) with an LTE cellular network using a selected LTE access technology of the first and second LTE access technologies, to process access-technology identification information, stored in the access-technology-identification memory, which identifies with which of the first LTE access technology and the second LTE access technology the GUTI stored in the identity-data memory is associated, to determine whether the GUTI stored in the identity-data memory is associated with the selected LTE access technology, and, when the GUTI stored in the identity-data memory is associated with the selected LTE access technology, to send the GUTI to the LTE cellular network when registering with the LTE cellular network.
A composition for forming a lubricant coating layer on or above a threaded connection for pipes, the composition comprising: polyisobutylene, a metal soap, which is a metallic salt of fatty acid other than with sodium and potassium, a wax, and a basic metal salt of an aromatic organic acid, which is a salt constituted by an aromatic organic acid and a surplus alkali metal or alkaline earth metal. polyisobutylene, a metal soap, which is a metallic salt of fatty acid other than with sodium and potassium, a wax, and a basic metal salt of an aromatic organic acid, which is a salt constituted by an aromatic organic acid and a surplus alkali metal or alkaline earth metal.
A tissue sample cassette comprising: an upper tray comprising dividers in a top wall of the upper tray , the dividers separating multiple compartments ; a lower tray coupled to the upper tray , the lower tray comprising a central recess defined by sidewalls located on a base of the lower tray ; and an absorbent material located in the central recess of the lower tray , an upper surface of the absorbent material forming a bottom wall of the compartments , the dividers of the upper tray being located over the upper surface of the absorbent material , wherein the compartments are sized and configured to retain respective biopsy tissue samples therein and over the upper surface of the absorbent material and characterized in that the absorbent material is pre-wetted with a chemical fixative. an upper tray comprising dividers in a top wall of the upper tray , the dividers separating multiple compartments ; a lower tray coupled to the upper tray , the lower tray comprising a central recess defined by sidewalls located on a base of the lower tray ; and an absorbent material located in the central recess of the lower tray , an upper surface of the absorbent material forming a bottom wall of the compartments , the dividers of the upper tray being located over the upper surface of the absorbent material , wherein the compartments are sized and configured to retain respective biopsy tissue samples therein and over the upper surface of the absorbent material and characterized in that the absorbent material is pre-wetted with a chemical fixative.
A method for establishing a communication between a plurality of communication devices and a communication network using a subscription of a first communication device , the method performed at the first communication device comprising: receiving, from a second communication device which belongs to the plurality of communication devices, a request message including a device identifier of the second communication device to obtain a subscription identity of the subscription and capability of a universal subscriber identity module, USIM, wherein the capability of the USIM indicates whether the USIM supports a share of the subscription for simultaneous access of the plurality of communication devices to the communication network ; transmitting the request message including the device identifier to obtain the subscription identity and the capability of the USIM to the USIM ; receiving, from the USIM , a response including the subscription identity and the capability of the USIM, wherein the response indicates that the simultaneous access of the plurality of communication devices to the communication network is supported using the shared subscription supported by the USIM; generating a unique key for the second communication device based on the response received from the USIM; and transmitting the response along with the generated unique key to the second communication device , wherein the response and the generated unique key are used to establish communication between the second communication device and the communication network using the subscription of the first communication device. receiving, from a second communication device which belongs to the plurality of communication devices, a request message including a device identifier of the second communication device to obtain a subscription identity of the subscription and capability of a universal subscriber identity module, USIM, wherein the capability of the USIM indicates whether the USIM supports a share of the subscription for simultaneous access of the plurality of communication devices to the communication network ; transmitting the request message including the device identifier to obtain the subscription identity and the capability of the USIM to the USIM ; receiving, from the USIM , a response including the subscription identity and the capability of the USIM, wherein the response indicates that the simultaneous access of the plurality of communication devices to the communication network is supported using the shared subscription supported by the USIM; generating a unique key for the second communication device based on the response received from the USIM; and transmitting the response along with the generated unique key to the second communication device , wherein the response and the generated unique key are used to establish communication between the second communication device and the communication network using the subscription of the first communication device.
A tape material for manufacturing an ignition plug electrode, the tape material being used for forming electrode chips, in which a base metal layer and a precious metal layer are cladded, on a bonded region set on an electrode base material of an ignition plug, the electrode chips being continuously connected, wherein the tape material being in the form of a long tape in which the base metal layer that is suitable for being in contact with the bonded region is cladded with the precious metal layer that is in contact with the base metal layer, the base metal layer of the tape material has a width substantially equal to one of the longitudinal width, lateral width and diameter of the bonded region, characterized in that at least one projection is formed on a surface of the base metal layer on the bonded region side in the cross-section shape of the tape material, the projection being in the form of a line.