mhurhangee/ep-ind-claims huggingface dataset:
A vaporizer for generating a vaporized chemical decontaminating agent to decontaminate a region, said vaporizer comprising: a primary flow path having an inlet end (52 b) and an outlet end; a blower for conveying a carrier gas along said primary flow path; a secondary flow path having a first end fluidly connected to said primary flow path at a location between said outlet end of said primary flow path and said blower and a second end fluidly connected to said primary flow path at a location between said inlet end (52 b) of said primary flow path and said blower, wherein a portion of said carrier gas flows from said first end of said secondary flow path to said second end of said secondary flow path; a heating element disposed along said secondary flow path; and a liquid flow path having a first end fluidly connected to a source of liquid chemical decontaminating agent and a second end fluidly connected to said heating element, said liquid flow path injecting said liquid chemical decontaminating agent into said secondary flow path at a location upstream of said heating element, wherein said heating element vaporizes said liquid chemical decontaminating agent to form said vaporized chemical decontaminating agent. a primary flow path having an inlet end (52 b) and an outlet end; a blower for conveying a carrier gas along said primary flow path; a secondary flow path having a first end fluidly connected to said primary flow path at a location between said outlet end of said primary flow path and said blower and a second end fluidly connected to said primary flow path at a location between said inlet end (52 b) of said primary flow path and said blower, wherein a portion of said carrier gas flows from said first end of said secondary flow path to said second end of said secondary flow path; a heating element disposed along said secondary flow path; and a liquid flow path having a first end fluidly connected to a source of liquid chemical decontaminating agent and a second end fluidly connected to said heating element, said liquid flow path injecting said liquid chemical decontaminating agent into said secondary flow path at a location upstream of said heating element, wherein said heating element vaporizes said liquid chemical decontaminating agent to form said vaporized chemical decontaminating agent.
A computer-implemented method of detecting pirated software, the method comprising: receiving, by a server, a request, from a client computer (30, 40, 50), for a software update to a software application resident on a client computer; determining, in response to the request and by the server, a test to be performed against software in the client computer, the test comprising executable code; sending, by the server, the test from the server to the client computer; executing the code of the test at the client computer; sending, by the client computer, results of the test to the server for evaluation; processing the results of the test at the server to determine if the test failed; and denying, by the server, the client computer the software update if the client computer fails the test, wherein the test detects pirated software. receiving, by a server, a request, from a client computer (30, 40, 50), for a software update to a software application resident on a client computer; determining, in response to the request and by the server, a test to be performed against software in the client computer, the test comprising executable code; sending, by the server, the test from the server to the client computer; executing the code of the test at the client computer; sending, by the client computer, results of the test to the server for evaluation; processing the results of the test at the server to determine if the test failed; and denying, by the server, the client computer the software update if the client computer fails the test, wherein the test detects pirated software.
A folded camera module (300, 400, 500) having a respective folded camera module height and first and second ends, comprising: a) a lens module carrying a lens having a first optical axis; b) an image sensor positioned at the first end; c) a first actuator positioned at a side of the camera module and operable to provide a first movement of the lens module in a first direction parallel to the first optical axis; d) a second actuator positioned at the second end and operable to provide a second movement of the lens module in a second direction perpendicular to the first direction, wherein the folded camera module height is defined by a diameter of the lens module and by a range of the second movement; and e) a third actuator positioned at the second end of the camera module and operable to provide a third movement of the lens module in a third direction perpendicular to both the first and second directions. a) a lens module carrying a lens having a first optical axis; b) an image sensor positioned at the first end; c) a first actuator positioned at a side of the camera module and operable to provide a first movement of the lens module in a first direction parallel to the first optical axis; d) a second actuator positioned at the second end and operable to provide a second movement of the lens module in a second direction perpendicular to the first direction, wherein the folded camera module height is defined by a diameter of the lens module and by a range of the second movement; and e) a third actuator positioned at the second end of the camera module and operable to provide a third movement of the lens module in a third direction perpendicular to both the first and second directions.
An information processing apparatus, comprising: a storage unit storing, for each of a plurality of terminals, terminal information including customer use function and installed program version, wherein the customer use function indicating a function validated among a plurality of functions of an application installed on a terminal, and the installed program version indicating the version of the application installed on the terminal, a communication unit for receiving information (324, 325) including an update function indicating a function to be updated by applying an update program of updating the application among the plurality of functions of the application, and an update program version indicating a version of the application, a comparison component configured to compare, for each of the plurality of terminals, the installed program version with the update program version and, if the two program versions coincide, to perform a function comparison of comparing the update function with the customer use function, and an update management component configured to determine, for each of the plurality of terminals, whether or not the terminal is a target of applying the update program based on the function comparison result by the comparison component. a storage unit storing, for each of a plurality of terminals, terminal information including customer use function and installed program version, wherein the customer use function indicating a function validated among a plurality of functions of an application installed on a terminal, and the installed program version indicating the version of the application installed on the terminal, a communication unit for receiving information (324, 325) including an update function indicating a function to be updated by applying an update program of updating the application among the plurality of functions of the application, and an update program version indicating a version of the application, a comparison component configured to compare, for each of the plurality of terminals, the installed program version with the update program version and, if the two program versions coincide, to perform a function comparison of comparing the update function with the customer use function, and an update management component configured to determine, for each of the plurality of terminals, whether or not the terminal is a target of applying the update program based on the function comparison result by the comparison component.
An isolated polynucleotide encoding a polypeptide of interest, said isolated polynucleotide comprising: (a) a sequence of n number of linked nucleosides or nucleotides comprising at least one modified nucleoside or nucleotide as compared to the chemical structure of an A, G, U or C nucleoside or nucleotide, (b) a 5' UTR, (c) a 3' UTR, and (d) at least one 5' cap structure, wherein the at least one modified nucleoside or nucleotide comprises 1-methylpseudouridine, and is not pseudouridine or 5-methyl-cytidine; wherein the polynucleotide exhibits a reduced cellular innate immune response when introduced into a population of cells, as compared to the cellular innate immune induced by a corresponding unmodified nucleic acid; wherein the polynucleotide has a Protein:Cytokine ratio of greater than 100; and wherein the Protein:Cytokine ratio is the ratio of the amount of encoded polypeptide produced in a cell, tissue or organism to the amount of one or more cytokines whose expression is triggered in the cell, tissue or organism as a result ofadministration or contact with the polynucleotide. (a) a sequence of n number of linked nucleosides or nucleotides comprising at least one modified nucleoside or nucleotide as compared to the chemical structure of an A, G, U or C nucleoside or nucleotide, (b) a 5' UTR, (c) a 3' UTR, and (d) at least one 5' cap structure,
A mineral wool consisting of at least 13% by dry weight post-consumer concrete, at least 20% by dry weight furnace slag, 5-12% by dry weight brick chips, 2-4% by dry weight virgin materials, 10-30% by dry weight waste glass, and 5-22% by dry weight foundry sand; and wherein an acid-to-base ratio of said mineral wool is defined as Al 2 O 3 + Si O 2 CaO + MgO, and said mineral wool has the acid-to-base ratio from 1.0 to 1.5.
A fuel supply system of an internal combustion engine, in particular common rail fuel supply system of a marine diesel internal combustion engine operated with heavy fuel oil, having more than two fuel pumps connected in parallel in a pressure regulating circuit, in particular high-pressure fuel pumps, wherein each of the fuel pumps comprises a pump piston that is movably guided in a pump cylinder and a valve support carrying a low-pressure-side suction valve and a high-pressure-side delivery valve, characterized in that on the valve support of each of the fuel pumps connected in parallel a pressure sensor each is received, with the help of which at least delivery impulses of the respective fuel pump are detectable, wherein the pressure sensor received by the valve support of the respective fuel pump is assigned to the high-pressure-side delivery valve in order to detect delivery impulses of the respective fuel pump on the high-pressure side, and on the valve support of at least two fuel pumps connected in parallel a pressure sensor each each is received, with the help of which the delivery impulses of the respective pump and, further, an absolute pressure on the respective fuel pump on the high-pressure side are detectable, wherein on the valve support of at least two fuel pumps connected in parallel a pressure sensor each is received, with the help of which the delivery impulses of the respective fuel pump and, further, an absolute pressure on the respective fuel pump on the high-pressure side are detectable, wherein on the valve support of at least one further fuel pump a pressure sensor is received, with the help of which the delivery impulses of the respective fuel pump but no absolute pressure on the respective fuel pump on the high-pressure side are detectable.
A die-casting method in which a melt is forwarded under the influence of a pressure difference from a hermetically sealed lower chamber and/or a lower pressure compartment and/or a furnace interior of a furnace through a riser tube, filling the cavity of a casting mold, where the cast piece solidifies and after which it is removed from the casting mold, characterized in that the pressure supply of the lower chamber and/or of the lower pressure compartment and/or furnace interior takes place via two valves that are switched in a parallel manner, namely via a first valve for a main charge of the pressure compartment and via a second valve for the precise pressure adjustment inside the pressure compartment, wherein the first valve is larger than the second valve.
A method for controlling power in a microgrid, wherein the microgrid comprises power sources, loads and includes at least one connection to a main grid where a transformer is arranged to transfer electric power between the microgrid and the main grid, said method comprising: - monitoring the power balance within the microgrid, - monitoring the transformer, including monitoring the transformer temperature, - detecting a need for overloading the transformer based on the power balance within the microgrid, characterized by further comprising: - determining a load profile for the transformer based on the power balance within the microgrid, - determining a prognosis of the transformer temperature based on the load profile, - determining a schedule for power control of the microgrid, wherein the determining of a schedule for power control includes analyzing the prognosis of the transformer temperature. - monitoring the power balance within the microgrid, - monitoring the transformer, including monitoring the transformer temperature, - detecting a need for overloading the transformer based on the power balance within the microgrid, - determining a load profile for the transformer based on the power balance within the microgrid, - determining a prognosis of the transformer temperature based on the load profile, - determining a schedule for power control of the microgrid, wherein the determining of a schedule for power control includes analyzing the prognosis of the transformer temperature.
Shrink-fitting device for clamping and unclamping tools having a tool shank with a tool holder, which has a sleeve portion open at its free end and made of electrically conductive material for holding the tool shank with a friction fit, and having an induction coil surrounding the sleeve part of the tool holder, formed as an annular or cylindrical coil to which preferably high-frequency AC voltage can be applied to heat the sleeve part, wherein the induction coil bears on its outer circumference a first casing made of magnetically conductive and electrically nonconductive material, and the device comprises power semiconductor components for producing an AC voltage feeding the induction coil and an induction coil housing preferably consisting of insulating material, characterized in that the induction coil and its first casing are surrounded on the outer circumference by a second casing, which consists of magnetically nonconductive and electrically conductive material and is designed in such a way that a stray field occurring in its surroundings generates eddy currents in the second casing and, as a result, weakens the stray field, and in that at least the power semiconductor components, together with the induction coil, are accommodated in an induction coil housing, which encloses the induction coil, its first and its second casing (3, 9) and the power semiconductor components, at least along the circumference of the induction coil.
A foot exercise device for exercising and/or strengthening the muscles associated with the plantar fascia of a foot, the device comprising: a base for receiving a foot to be exercised and/or strengthened thereon, the base being substantially inflexible in that it permits the foot to work against the base without causing the base to flex; and a resilient member adapted to exert a resistive force on the top of the foot as the foot is moved from an extended position where the toes of the foot are directed towards a front portion of the base to a retracted position where the toes are pulled towards the heel of the foot, and wherein the base for receiving the foot thereon comprises at least one of an upwardly directed front portion and a wedge located on a front portion of the device which supports the toes in a dorsiflexed position and against which the foot can work. a base for receiving a foot to be exercised and/or strengthened thereon, the base being substantially inflexible in that it permits the foot to work against the base without causing the base to flex; and a resilient member adapted to exert a resistive force on the top of the foot as the foot is moved from an extended position where the toes of the foot are directed towards a front portion of the base to a retracted position where the toes are pulled towards the heel of the foot, and wherein the base for receiving the foot thereon comprises at least one of an upwardly directed front portion and a wedge located on a front portion of the device which supports the toes in a dorsiflexed position and against which the foot can work.
A radio access method in a radio access network, RAN, architecture, wherein basic digital processing units, DUs, of the architecture are deployed in one or more sites, and the method comprises: receiving, by a switching device of the architecture in a different site to the basic DUs, a first data packet sent by a first basic DU; determining, according to a data routing policy, a bandwidth requirement of a transmission network, and a baseband processing capability of the first basic DU, to send the first data packet to a second basic DU for collaborative processing; sending the first data packet to the second basic DU; and performing, by the second basic DU, collaborative processing on the first data packet and a second data packet, wherein the second data packet and the first data packet are of a same data type, wherein said collaborative processing involves processing the output of the first DU by the second DU, wherein the data type of the data packet comprises: layer 2, L2, scheduling data, hard bit data, frequency-domain in-phase-quadrature, IQ, data, and time-domain IQ data. receiving, by a switching device of the architecture in a different site to the basic DUs, a first data packet sent by a first basic DU; determining, according to a data routing policy, a bandwidth requirement of a transmission network, and a baseband processing capability of the first basic DU, to send the first data packet to a second basic DU for collaborative processing; sending the first data packet to the second basic DU; and performing, by the second basic DU, collaborative processing on the first data packet and a second data packet, wherein the second data packet and the first data packet are of a same data type, wherein said collaborative processing involves processing the output of the first DU by the second DU, wherein the data type of the data packet comprises: layer 2, L2, scheduling data, hard bit data, frequency-domain in-phase-quadrature, IQ, data, and time-domain IQ data.
Textile machine, especially a spinning machine or winding machine, with numerous identical workstations (3a-3i) arranged beside one another along a longitudinal side, with numerous maintenance devices (15a, 15b) movable along the workstations (3a-3i) for servicing the workstations (3a-3i), with a control and communication system, wherein every one of the maintenance devices (15a, 15b) comprises a node which is connected to a bus topology component (26a, 26b, 26c, 26d; 38a, 38b, 38c, 38d) through a maintenance device bus line (19a, 19b, 19c,19d), which bus topology component (26a, 26b, 26c, 26d; 38a, 38b, 38c, 38d) connect a multiple bus lines, wherein at least some of the bus topology components (26a, 26b, 26c, 26d; 38a, 38b, 38c, 38d) are connected to a common bus line (22, 23, 28, 30, 33) of the control and communication system, characterized in that, at least one portion of the bus topology components (26a, 26b, 26c, 26d; 38a, 38b, 38c, 38d) is arranged in a middle area of the textile machine between both of the terminal frames of the textile machine, seen in the longitudinal direction of the textile machine, wherein the maintenance device bus lines (19a, 19b, 19c,19d) are developed as trailing cables (19a, 19b, 19c,19d) or as self-spooling cables, each extending from a machine-proof connection device (21, 21 a, 21b) to a movable section of the textile machine, namely to one of the movable maintenance devices (15a, 15b), having nodes, and wherein the bus topology components (26a, 26b, 26c, 26d; 38a, 38b, 38c, 38d) are arranged in an area of a machine-proof connection device (21, 21a, 21b) of the maintenance device bus line (19a, 19b, 19c,19d) respectively assigned to it.
A pH sensor comprising: a substrate; an ion sensitive field effect transistor (ISFET) die including an ion sensing part that responds to pH, wherein the ISFET die is bonded to the substrate; wherein the ion sensing part of the ISFET die is configured to be exposed to a medium, and wherein the ion sensing part outputs a signal related to a pH level of the medium; characterized in that a plurality of strips of a first composition of a bonding agent material (206, 208) is disposed in a first pattern between the substrate and the ISFET die, wherein the plurality of strips induces a counteracting force in a direction that counteracts at least a portion of environmental forces on the ISFET die during thermal change, and wherein the counteracting force is configured to maintain the change in piezoresistance of the ISFET die from a drain to a source to less than 0.5%. a substrate; an ion sensitive field effect transistor (ISFET) die including an ion sensing part that responds to pH, wherein the ISFET die is bonded to the substrate; wherein the ion sensing part of the ISFET die is configured to be exposed to a medium, and wherein the ion sensing part outputs a signal related to a pH level of the medium; characterized in that a plurality of strips of a first composition of a bonding agent material (206, 208) is disposed in a first pattern between the substrate and the ISFET die, wherein the plurality of strips induces a counteracting force in a direction that counteracts at least a portion of environmental forces on the ISFET die during thermal change, and wherein the counteracting force is configured to maintain the change in piezoresistance of the ISFET die from a drain to a source to less than 0.5%.
An electronic device with a Universal Serial Bus interface, comprising a power management chip, a USB interface chip and a control circuit, wherein the control circuit is connected with the power management chip and the USB interface chip respectively and the control circuit being configured to adopt a charging voltage (VCHG) as a control signal to output a voltage corresponding to the control signal to a USB power anode (USB_VBUS) pin of the USB interface chip, wherein the charging voltage (VCHG) is connected to an input of the power management chip, wherein the control signal and the voltage output to the USB_VBUS pin are mutually isolated; and characterized in that a control pin of the control circuit is connected with a charging voltage (VCHG) pin of the power management chip; an output pin of the control circuit is connected with the USB_VBUS pin of the USB interface chip; a power pin of the control circuit is connected with a fixed voltage input end; the fixed voltage input end being configured to input a high level which is more than a starting voltage of a USB status machine and less than a maximum working voltage of the USB_VBUS; the control circuit is configured to output a fixed voltage from the output pin of the control circuit when detecting that the voltage at the control pin is more than a set threshold, and is configured to output a low level from the output pin of the control circuit when detecting that the voltage at the control pin is less than the set threshold, wherein the low level is more than or equal to 0V and less than the starting voltage of the USB status machine.