mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger comprising a heat exchange coil comprising: a plurality of double-walled tubes traversing an intended air flow path, a plurality of single-walled return bend tubes connecting said double-walled tubes; said return bend tubes (18a; 18b) located outside of said intended air flow path, said double-walled tubes each comprise an inner tube and an outer tube; said inner tubes are connected to said plurality of return bend tubes to define a fluid path through said heat exchange coil; and respective ends of said outer tubes are located outside of said intended air flow path, and the heat exchanger further comprising return bend boxes (30a, 30b) configured to house said return bend tubes and ends of said outer tubes, characterised in that said heat exchange coil is configured to guide circulating water, and the heat exchanger comprises a leak detector to detect the presence of water in at least one of said return bend boxes. a plurality of double-walled tubes traversing an intended air flow path, a plurality of single-walled return bend tubes connecting said double-walled tubes; said return bend tubes (18a; 18b) located outside of said intended air flow path, said double-walled tubes each comprise an inner tube and an outer tube; said inner tubes are connected to said plurality of return bend tubes to define a fluid path through said heat exchange coil; and respective ends of said outer tubes are located outside of said intended air flow path, and the heat exchanger further comprising return bend boxes (30a, 30b) configured to house said return bend tubes and ends of said outer tubes, characterised in that said heat exchange coil is configured to guide circulating water, and the heat exchanger comprises a leak detector to detect the presence of water in at least one of said return bend boxes.
A condensing boiler with a combustion chamber and an exhaust gas path, with an oil boiler which fires the combustion chamber and which has an integrated primary heat exchanger and a secondary heat exchanger arranged in the exhaust gas path from the combustion chamber to the exhaust gas chimney, wherein the secondary heat exchanger is connected directly to the combustion chamber in such a manner that from a structural point of view, a compact unit is formed, characterized in that the secondary heat exchanger is flanged directly onto the combustion chamber, and that the secondary heat exchanger has a rectangular block which is made from carbon-fiber-reinforced plastic and which has combustion gas channels formed by a material removing process and water channels running transverse thereto.
Sealing arrangement for sealing in a strut of an intermediate turbine housing of a gas turbine, in particular an aircraft gas turbine, which strut extends through the annular channel of the gas turbine, comprising a tubular fluid line, in particular an oil line, which extends in an axial direction, a bearing sleeve which surrounds the fluid line radially outwardly and in the circumferential direction, and at least one sealing ring which is arranged between the fluid line and the bearing sleeve in a radial direction and is arranged around the fluid line, characterized in that the sealing ring is received, at least in part, in a groove provided in the bearing sleeve.
An apparatus comprising: a non-volatile random access memory, NVRAM,, adapted to store thereon a memory interface table, MIT,, the NVRAM being communicatively coupled to a processor (110, 210, 221, 510) by a first interface and being byte-rewritable and byte-erasable by the processor so that the NVRAM behaves as a system memory; and a plurality of NVRAM controllers to manage a respective portion of the NVRAM, wherein one of the NVRAM controllers is a boot agent adapted to initialize the NVRAM, and wherein the boot agent is adapted to respond to a query from a computer system to identify itself as the boot agent; wherein the MIT contains information for the one NVRAM controller to initialize the NVRAM upon power-on of the computer system without interacting with the processor (110, 210, 221, 510) and firmware outside of the NVRAM, to thereby allow access to the NVRAM by the computer system, the MIT further containing a pointer to BIOS program code that is stored in the NVRAM; and wherein the one NVRAM controller is adapted to provide the processor with the pointer in the MIT, after initialization of the NVRAM, to allow the processor to access the BIOS program code and to thereby boot up the computer system. a non-volatile random access memory, NVRAM,, adapted to store thereon a memory interface table, MIT,, the NVRAM being communicatively coupled to a processor (110, 210, 221, 510) by a first interface and being byte-rewritable and byte-erasable by the processor so that the NVRAM behaves as a system memory; and a plurality of NVRAM controllers to manage a respective portion of the NVRAM, wherein one of the NVRAM controllers is a boot agent adapted to initialize the NVRAM, and wherein the boot agent is adapted to respond to a query from a computer system to identify itself as the boot agent; wherein the MIT contains information for the one NVRAM controller to initialize the NVRAM upon power-on of the computer system without interacting with the processor (110, 210, 221, 510) and firmware outside of the NVRAM, to thereby allow access to the NVRAM by the computer system, the MIT further containing a pointer to BIOS program code that is stored in the NVRAM; and wherein the one NVRAM controller is adapted to provide the processor with the pointer in the MIT, after initialization of the NVRAM, to allow the processor to access the BIOS program code and to thereby boot up the computer system.
A method comprising: handing over a session of a network node between a source network which provides a packet switched type domain and a target network which provides the packet switched type domain and a circuit switched type domain, characterized by receiving, in the network node, before performing the handover from the source network to the target network, from a network control element, a transfer domain from among the packet switched type domain and the circuit switched type domain that is preferred for the target network, and in that the source network comprises a long term evolution, LTE, network and in that the target network comprises a second-generation/ third-generation, 2G/3G, network. handing over a session of a network node between a source network which provides a packet switched type domain and a target network which provides the packet switched type domain and a circuit switched type domain, characterized by receiving, in the network node, before performing the handover from the source network to the target network, from a network control element, a transfer domain from among the packet switched type domain and the circuit switched type domain that is preferred for the target network, and in that the source network comprises a long term evolution, LTE, network and in that the target network comprises a second-generation/ third-generation, 2G/3G, network.
A changing device for optical elements comprising: • an outer body which is circular and centrosymmetric with respect to a central opening (z-axis) that permits the passing through of light, and • one or more optical elements that are movably arranged (mounted) within said outer body, • wherein the optical elements can be moved manually or driven by one or more actuators into the center opening, • characterized in that the optical elements are selected from optical filters, polarizers, lenses, field flatteners, wedges or prisms, and • that the optical elements are moved into the optical axis and back into parking position by means of levers or linear guidances. • an outer body which is circular and centrosymmetric with respect to a central opening (z-axis) that permits the passing through of light, and • one or more optical elements that are movably arranged (mounted) within said outer body, • wherein the optical elements can be moved manually or driven by one or more actuators into the center opening, • characterized in that the optical elements are selected from optical filters, polarizers, lenses, field flatteners, wedges or prisms, and • that the optical elements are moved into the optical axis and back into parking position by means of levers or linear guidances.
Soft tissue repair implant, comprising - a flexible basic structure (2; 22; 92) having a face and - a plurality of resorbable film pieces (6; 26; 56; 66; 96) attached to the face of the basic structure (2; 22; 92), - wherein each film piece (6; 26; 56; 66; 96) comprises a plurality of solid protrusions (8; 28; 40; 58; 68) emerging from the respective film piece (6; 26; 56; 66; 96) in a direction away from the basic structure (2; 22; 92), and - wherein the protrusions are adapted for fixation to biological soft tissue. - a flexible basic structure (2; 22; 92) having a face and - a plurality of resorbable film pieces (6; 26; 56; 66; 96) attached to the face of the basic structure (2; 22; 92), - wherein each film piece (6; 26; 56; 66; 96) comprises a plurality of solid protrusions (8; 28; 40; 58; 68) emerging from the respective film piece (6; 26; 56; 66; 96) in a direction away from the basic structure (2; 22; 92), and - wherein the protrusions are adapted for fixation to biological soft tissue.
A convertible vehicle comprising: a roof which can be stored in a hood storage compartment at the rear of the vehicle, said hood storage compartment comprising an at least partially movable base region which, in a raised position and when the roof is closed, covers an intermediate space between a rear end of seats of the occupant space and the inner surface of the rear roof portion in the manner of a parcel shelf, said movable base region being connected to the roof and being movable by the roof at least during the closing movement of the latter, characterised in that the movable base region is attached to the rear roof region by a coupling linkage and is held on the vehicle body by a multi-bar linkage (16;17).
A control system for a road treatment vehicle, comprising: a processor; and a storage unit storing computer-readable instructions, wherein, when the computer-readable instructions are accessed and executed by the processor, the processor of the control system is configured to: receive, from a salinity sensor associated with the road treatment vehicle, salinity data comprising an indication of a salinity associated with a surface of a road section on which the road treatment vehicle is located; receive, from the storage unit, historical data comprising historical salinity data indicating the salinity associated with the surface of the road section on which the road treatment vehicle is located at a previous time; determine a treatment material index for the road section indicating a degradation rate of the treatment material for the road section based on the salinity data and the historical data; and determine, in dependence on determining the treatment material index, one or more road treatment parameters for the road treatment material. a processor; and a storage unit storing computer-readable instructions, wherein, when the computer-readable instructions are accessed and executed by the processor, the processor of the control system is configured to: receive, from a salinity sensor associated with the road treatment vehicle, salinity data comprising an indication of a salinity associated with a surface of a road section on which the road treatment vehicle is located; receive, from the storage unit, historical data comprising historical salinity data indicating the salinity associated with the surface of the road section on which the road treatment vehicle is located at a previous time; determine a treatment material index for the road section indicating a degradation rate of the treatment material for the road section based on the salinity data and the historical data; and determine, in dependence on determining the treatment material index, one or more road treatment parameters for the road treatment material. receive, from a salinity sensor associated with the road treatment vehicle, salinity data comprising an indication of a salinity associated with a surface of a road section on which the road treatment vehicle is located; receive, from the storage unit, historical data comprising historical salinity data indicating the salinity associated with the surface of the road section on which the road treatment vehicle is located at a previous time; determine a treatment material index for the road section indicating a degradation rate of the treatment material for the road section based on the salinity data and the historical data; and determine, in dependence on determining the treatment material index, one or more road treatment parameters for the road treatment material.
Unwinding assisting device for an automatic winder including a yarn splicing device, the unwinding assisting device comprising a regulating member for regulating a balloon generated when a yarn is unwound from a yarn supplying bobbin and an elevating and lowering means for elevating and lowering the regulating means including a stepping motor and a stepping motor control section for controlling the elevating and lowering of the regulating means, characterized in that a count means for counting the number of pulses transmitted to the stepping motor is provided, and the stepping motor control section adapted to control the elevating and lowering of the regulating means according to the number of pulses transmitted to the stepping motor.
A harmonic current compensator connected in parallel with a load to a system power supply and configured to supply a compensation current to limit a harmonic component contained in a load current to be input from the system power supply to the load, the harmonic current compensator comprising: a load current detection portion configured to detect the load current; a compensation current detection portion configured to detect the compensation current supplied to the load; a control amount computing portion configured to compute a control amount of the compensation current based on the harmonic component contained in the load current detected by the load current detection portion and the compensation current detected by the compensation current detection portion; and a limiter configured to, when the control amount computed by the control amount computing portion exceeds a preset value, limit the control amount, characterized in that the limiter is configured to limit the control amount computed by the control amount computing portion to less than or equal to the preset value, the preset value is such a value that a value of the compensation current based on the control signal generated by the control amount limited to the preset value does not exceed an overcurrent level of the compensation current. a load current detection portion configured to detect the load current; a compensation current detection portion configured to detect the compensation current supplied to the load; a control amount computing portion configured to compute a control amount of the compensation current based on the harmonic component contained in the load current detected by the load current detection portion and the compensation current detected by the compensation current detection portion; and a limiter configured to, when the control amount computed by the control amount computing portion exceeds a preset value, limit the control amount, characterized in that the limiter is configured to limit the control amount computed by the control amount computing portion to less than or equal to the preset value, the preset value is such a value that a value of the compensation current based on the control signal generated by the control amount limited to the preset value does not exceed an overcurrent level of the compensation current.
A double-crusted layer pizza product, comprising: a lower crust layer forming a base; an upper crust layer positioned above the lower crust layer, wherein at least 20 percent of the peripheral edges of the lower and upper crust layers (14, 12) are spaced from one another defining a gap therebetween; a first sauce layer directly adjacent to an upper surface of the lower crust layer, the sauce layer comprising about 50 percent water by weight or less; a second sauce layer applied directly adjacent to the upper crust layer on a lower surface thereof and positioned between the lower and upper crust layers (14, 12), the sauce layer having a water concentration of 47 percent weight or higher; and at least one ingredient between the first sauce layer and the second sauce layer. a lower crust layer forming a base; an upper crust layer positioned above the lower crust layer, wherein at least 20 percent of the peripheral edges of the lower and upper crust layers (14, 12) are spaced from one another defining a gap therebetween; a first sauce layer directly adjacent to an upper surface of the lower crust layer, the sauce layer comprising about 50 percent water by weight or less; a second sauce layer applied directly adjacent to the upper crust layer on a lower surface thereof and positioned between the lower and upper crust layers (14, 12), the sauce layer having a water concentration of 47 percent weight or higher; and at least one ingredient between the first sauce layer and the second sauce layer.
Device for connecting an electrical conductor to an electrical connection region of an electrical switching device, the switching device comprising an electrical switching module connected to the electrical connection region, and an auxiliary module, the connection device being removable from the electrical switching device and comprising: - at least one primary component for electrically connecting a primary conductor to the connection region, - an insulating shell which receives each primary connection component and is capable of electrically insulating each primary connection component from the outside of the connection device when the primary conductor is connected to the corresponding connection region, and - fixing means for fixing the shell to the switching device, the connection device further comprising: - at least one secondary component for connecting a secondary electrical conductor capable of supplying power to the auxiliary module, and - for each secondary component, an electrically conductive joining piece connected between said secondary component and a respective primary component, the insulating shell further receiving each secondary component and each joining piece and being capable of electrically insulating each secondary component from the outside of the connection device when the secondary conductor is connected to the secondary component, each primary component comprising a primary cage comprising a primary clamping wall and a movable primary clamping plate capable of clamping a respective primary conductor against the primary clamping wall, each secondary component comprising a secondary cage comprising a secondary clamping wall and movable secondary clamping means capable of clamping their respective secondary conductor against the secondary clamping wall, the primary clamping plate and the secondary clamping means being displaceable independently of one another, characterised in that the joining piece comprises a primary connection tab capable of interposing itself between the primary conductor and the primary clamping wall and a secondary connection tab capable of interposing itself between the secondary conductor and the secondary clamping means. - at least one primary component for electrically connecting a primary conductor to the connection region, - an insulating shell which receives each primary connection component and is capable of electrically insulating each primary connection component from the outside of the connection device when the primary conductor is connected to the corresponding connection region, and - fixing means for fixing the shell to the switching device, - at least one secondary component for connecting a secondary electrical conductor capable of supplying power to the auxiliary module, and - for each secondary component, an electrically conductive joining piece connected between said secondary component and a respective primary component,
A method for dividing each of multiple channels of digital audio signals into auditory events, comprising detecting changes in spectral content with respect to time in the audio signal in each of the channels, identifying the auditory event boundaries in the audio signal of a channel, wherein each boundary is in response to a change in spectral content with respect to time in the channel exceeding a threshold such that a set of auditory event boundaries is obtained for each channel, and every audio segment in a channel between consecutive boundaries constitutes an auditory event, and characterised by: identifying a combined auditory event boundary for the channels in response to the identification of an auditory event boundary in any channel.
A mobile communication device, comprising: a wireless module operable to perform wireless transmissions and receptions to and from a service network; and a controller module operable to obtain a list of Public Land Mobile Networks, PLMNs, equivalent to each other when attached to a service network when the mobile communication device does not have a packet data network connection for emergency bearer services, and to remove any Public Land Mobile Networks, PLMNs, from the list of Public Land Mobile Networks, PLMNs, that are present in a forbidden Public Land Mobile Network, PLMN, list before storing the list of Public Land Mobile Networks, PLMNs, equivalent to each other such that the mobile communication device, after being restarted does not select forbidden Public Land Mobile Networks, PLMNs, and to obtain a list of Public Land Mobile Networks, PLMNs, equivalent to each other when the mobile communication deivce is attached to a service network for emergency bearer services via the wireless module, characterised in that when the list of Public Land Mobile Networks, PLMNs, equivalent to each other is obtained when the mobile communication deivce is attached to the service network for emergency bearer services, the controller module is operable to not store the list in response to a power-off of the mobile communication device. a wireless module operable to perform wireless transmissions and receptions to and from a service network; and a controller module operable to obtain a list of Public Land Mobile Networks, PLMNs, equivalent to each other when attached to a service network when the mobile communication device does not have a packet data network connection for emergency bearer services, and to remove any Public Land Mobile Networks, PLMNs, from the list of Public Land Mobile Networks, PLMNs, that are present in a forbidden Public Land Mobile Network, PLMN, list before storing the list of Public Land Mobile Networks, PLMNs, equivalent to each other such that the mobile communication device, after being restarted does not select forbidden Public Land Mobile Networks, PLMNs, and to obtain a list of Public Land Mobile Networks, PLMNs, equivalent to each other when the mobile communication deivce is attached to a service network for emergency bearer services via the wireless module, characterised in that when the list of Public Land Mobile Networks, PLMNs, equivalent to each other is obtained when the mobile communication deivce is attached to the service network for emergency bearer services, the controller module is operable to not store the list in response to a power-off of the mobile communication device.