mhurhangee/ep-ind-claims huggingface dataset:
An abrasive saw chain comprising: a drive link including an upper surface; a cutting element coupled to the upper surface of the drive link, the cutting element having a lower surface extending across a width of the abrasive saw chain, the cutting element configured to cut aggregate material or pipe; and a tie strap coupled to the drive link, characterized in that the tie strap includes an upper surface to contact and support the lower surface of the cutting element when the tie strap and the drive link are under load substantially perpendicular to a long axis of the tie strap, wherein there is a gap between the upper surface of the tie strap and the lower surface of the cutting element when the tie strap and the drive link are not under load substantially perpendicular to a long axis of the tie strap and wherein the upper surface of the tie strap contacts the lower surface of the cutting element when the tie strap and the drive link are under load substantially perpendicular to the long axis of the tie strap. a drive link including an upper surface; a cutting element coupled to the upper surface of the drive link, the cutting element having a lower surface extending across a width of the abrasive saw chain, the cutting element configured to cut aggregate material or pipe; and a tie strap coupled to the drive link, characterized in that the tie strap includes an upper surface to contact and support the lower surface of the cutting element when the tie strap and the drive link are under load substantially perpendicular to a long axis of the tie strap, wherein there is a gap between the upper surface of the tie strap and the lower surface of the cutting element when the tie strap and the drive link are not under load substantially perpendicular to a long axis of the tie strap and wherein the upper surface of the tie strap contacts the lower surface of the cutting element when the tie strap and the drive link are under load substantially perpendicular to the long axis of the tie strap.
A metering apparatus comprising: a microcomputer (301, 501); a transceiver unit (303, 401) coupled to the MCU (301, 501), the transceiver unit (303, 401) to provide power line communication; memory coupled to the MCU (301, 501), the memory to store data; a communication device coupled to the MCU (301, 501); analog transducers coupled to the MCU (301, 501), the analog transducers to supply real time data to the MCU (301, 501); an electronically operated relay coupled to the MCU (301, 501), the electronically operated relay to disconnect the line outputs from a meter, wherein the meter includes the metering apparatus; a battery coupled to the MCU (301, 501), the battery to provide power to the MCU (301, 501) for powering a portion of a functionality of the MCU (301, 501) when a main power supply is turned off; characterized by cold start interrupt circuitry coupled to the MCU (301, 501), the cold start interrupt circuitry to change a mode of operation of the metering apparatus between a stop mode and a normal mode, wherein all clocks used by the MCU (301, 501) are turned off and the battery is to provide power to the MCU (301, 501) when the metering apparatus is in the stop mode, and wherein the MCU (301, 501) generates a real-time clock when the metering apparatus is in normal mode. a microcomputer (301, 501); a transceiver unit (303, 401) coupled to the MCU (301, 501), the transceiver unit (303, 401) to provide power line communication; memory coupled to the MCU (301, 501), the memory to store data; a communication device coupled to the MCU (301, 501); analog transducers coupled to the MCU (301, 501), the analog transducers to supply real time data to the MCU (301, 501); an electronically operated relay coupled to the MCU (301, 501), the electronically operated relay to disconnect the line outputs from a meter, wherein the meter includes the metering apparatus; a battery coupled to the MCU (301, 501), the battery to provide power to the MCU (301, 501) for powering a portion of a functionality of the MCU (301, 501) when a main power supply is turned off; characterized by cold start interrupt circuitry coupled to the MCU (301, 501), the cold start interrupt circuitry to change a mode of operation of the metering apparatus between a stop mode and a normal mode, wherein all clocks used by the MCU (301, 501) are turned off and the battery is to provide power to the MCU (301, 501) when the metering apparatus is in the stop mode, and wherein the MCU (301, 501) generates a real-time clock when the metering apparatus is in normal mode.
A system for fiber-optic communication comprising: a housing; a circuit board disposed in the housing; a port included in the housing, the port forming an opening in the housing that is configured to receive a fiber optic cable; a fiber optic cable comprising printed circuitry printed on an outer surface of the fiber optic cable, the printed circuitry being configured to convert optical signals transmitted by the cable to electrical signals; circuitry (114, 116, 118, 120, 122) included in the port, the circuitry positioned for electrical communication with the printed circuitry on the fiber optic cable when the fiber optic cable is received in the port; a keyway included in the port to axially and rotationally align the fiber optic cable so that the printed circuitry aligns with the circuitry (114, 116, 118, 120, 122) included in the port; a locking stay included on the port, the locking stay configured to fixedly couple and hold the fiber optic cable in place in the port; an output connector configured for detachable connection and output of electrical signals, the output connector being in electrical communication with the circuitry (114, 116, 118, 120, 122) included in the port; and a connector configured to couple with an end of the fiber optic cable and sized to be received and mated with the locking stay. a housing; a circuit board disposed in the housing; a port included in the housing, the port forming an opening in the housing that is configured to receive a fiber optic cable; a fiber optic cable comprising printed circuitry printed on an outer surface of the fiber optic cable, the printed circuitry being configured to convert optical signals transmitted by the cable to electrical signals; circuitry (114, 116, 118, 120, 122) included in the port, the circuitry positioned for electrical communication with the printed circuitry on the fiber optic cable when the fiber optic cable is received in the port; a keyway included in the port to axially and rotationally align the fiber optic cable so that the printed circuitry aligns with the circuitry (114, 116, 118, 120, 122) included in the port; a locking stay included on the port, the locking stay configured to fixedly couple and hold the fiber optic cable in place in the port; an output connector configured for detachable connection and output of electrical signals, the output connector being in electrical communication with the circuitry (114, 116, 118, 120, 122) included in the port; and a connector configured to couple with an end of the fiber optic cable and sized to be received and mated with the locking stay.
A method for determining activity of spermine/spermidine N 1 -acetyltransferase (SSAT) in a mammal comprises the steps of: taking a biological sample collected from the mammal to which rimantadine has been introduced; detecting an acetylated metabolite of rimantadine in the biological sample; and correlating a presence of the acetylated metabolite of rimantadine in the biological sample to SSAT activity in the mammal. taking a biological sample collected from the mammal to which rimantadine has been introduced; detecting an acetylated metabolite of rimantadine in the biological sample; and correlating a presence of the acetylated metabolite of rimantadine in the biological sample to SSAT activity in the mammal.
Pore pressure monitoring device, for use in geotechnical engineering, adapted to be deployed underground for monitoring pore-water pressure in the surrounding ground, comprising: a pressure sensor cavity, a housing surrounding the sensor cavity, a pressure sensor means, for sensing a fluid pressure of a fluid in the sensor cavity, wherein the cavity is in fluid communication with the surrounding ground, so as to allow equalisation of outside and inside pressure and ensure that no granular/solid pressure is exerted to the pressure sensor means, characterized in that the pore pressure monitoring device further comprises a degassing means, comprising: a gas discharge means and a gas-water filter means, wherein the a gas-water filter means is adapted for providing a route for gas to escape from the fluid in the sensor cavity towards the gas discharge means for discharging filtered gas to the atmosphere. a pressure sensor cavity, a housing surrounding the sensor cavity, a pressure sensor means, for sensing a fluid pressure of a fluid in the sensor cavity, wherein the cavity is in fluid communication with the surrounding ground, so as to allow equalisation of outside and inside pressure and ensure that no granular/solid pressure is exerted to the pressure sensor means, characterized in that the pore pressure monitoring device further comprises a degassing means, comprising: a gas discharge means and a gas-water filter means, wherein the a gas-water filter means is adapted for providing a route for gas to escape from the fluid in the sensor cavity towards the gas discharge means for discharging filtered gas to the atmosphere.
A method of supporting traffic recovery at a switching node of an OpenFlow network, wherein the switching node has a plurality of ports and the switching node has at least one flow table for storing flow entries which determine forwarding of received packets between the ports, the method comprising: receiving an instruction from a controller to configure a backup path at the switching node; installing a flow entry for the backup path in the at least one flow table of the switching node; and renewing (104, 105) the flow entry for the backup path based on at least one of: an association between the flow entry for the backup path and a flow entry for a working path at the switching node, wherein the flow entry for the backup path is renewed when the flow entry for the working path is used to forward a received packet; and receiving a flow entry renewal packet from another switching node on the backup path. receiving an instruction from a controller to configure a backup path at the switching node; installing a flow entry for the backup path in the at least one flow table of the switching node; and renewing (104, 105) the flow entry for the backup path based on at least one of: an association between the flow entry for the backup path and a flow entry for a working path at the switching node, wherein the flow entry for the backup path is renewed when the flow entry for the working path is used to forward a received packet; and receiving a flow entry renewal packet from another switching node on the backup path. an association between the flow entry for the backup path and a flow entry for a working path at the switching node, wherein the flow entry for the backup path is renewed when the flow entry for the working path is used to forward a received packet; and receiving a flow entry renewal packet from another switching node on the backup path.
A solid scent booster composition comprising: - a solid carrier, - granulated powder comprising particles made of: a) a water soluble polymer matrix, b) an oil phase comprising a perfume dispersed in said polymer matrix, said oil being at least partly encapsulated in microcapsules, wherein - granulated powder comprises up to 30% by weight of encapsulated oil based on the total weight of the powder. - a solid carrier, - granulated powder comprising particles made of: a) a water soluble polymer matrix, b) an oil phase comprising a perfume dispersed in said polymer matrix, said oil being at least partly encapsulated in microcapsules, wherein a) a water soluble polymer matrix, b) an oil phase comprising a perfume dispersed in said polymer matrix, said oil being at least partly encapsulated in microcapsules, - granulated powder comprises up to 30% by weight of encapsulated oil based on the total weight of the powder.
A transition metal compound belonging to any one of Groups 3 to 10 of the periodic table, or a lanthanoid series thereof, which is represented by the following general formula: wherein A 1 and A 2 each independently represent a crosslinking group represented by the following general formula, and may be identical to or different from each other, X represents a σ-bonding or n-bonding ligand, and when a plurality of X's are present, the plurality of X's may be identical to or different from each other, Y represents a Lewis base, and when a plurality of Y's are present, the plurality of Y's may be identical to or different from each other, and the Y may be crosslinked with another Y or the X, "q" represents an integer of from 1 to 5, and represents [(valence of M)-2], "r" represents an integer of from 0 to 3, M represents a metal element belonging to any one of Groups 3 to 10 of the periodic table, or the lanthanoid series thereof, "n" represents an integer of from 0 to 4, "m" represents an integer of from 0 to 4, and R represents a substituent of a cycloalkyl group, wherein the R's independently represent a hydrogen atom, an alkyl group, an aryl group, a halogen atom, an amino group, or a sulfur-containing group, and when the R's each represent an alkyl group, two adjacent alkyl groups may form a ring, and a plurality of R's may be identical to or different from each other; wherein E represents C, Si, Ge, or Sn, R 1 and R 2 each independently represent a hydrogen atom, a halogen atom, a hydrocarbon group having 1 to 20 carbon atoms, or a halogenated hydrocarbon group having 1 to 20 carbon atoms, and may be identical to or different from each other, or may be bonded to each other to form a ring, and "e" represents an integer of from 1 to 4.
An evaporator array for a water treatment system, the evaporator array comprising; a produced water feed and a first evaporator to receive produced water from the produced water feed, a makeup water feed and a second evaporator to receive makeup water from the makeup water feed, an output distillate stream to receive distillate from the first evaporator and an output distillate stream to receive distillate from the second evaporator, the outlet distillate streams (52a, 52e) being supplied to a combined output distillate stream, and a blowdown stream to receive blowdown from the first evaporator and a blowdown stream to receive blowdown from the second evaporator, the blowdown streams (53a, 53e) being supplied to a combined blowdown stream, the first evaporator and the second evaporator each having means for controlling their working pH, the working pH of the first evaporator being in the pH range 11 to 12 and the pH of the second evaporator being in the pH range 2 to 5 and wherein the first evaporator is connectable to the makeup water feed and the second evaporator is connectable to the produced water feed to permit operation of the first and second evaporator to be switched.
A reading head protection apparatus, comprising: a protective jacket comprising a reading head connection end and a chip connection end connected to the reading head connection end, the reading head connection end being configured to connect to a reading head, and the chip connection end being configured to connect to a chip carrier, wherein a first mounting cavity is arranged in the reading head connection end, a second mounting cavity is arranged in the chip connection end, and the second mounting cavity is communicated with the first mounting cavity, the chip connection end comprises a second connecting sleeve, the second mounting cavity is formed in the second connecting sleeve and configured to have an interference fit to the chip carrier, the inner diameter of the second connecting sleeve is greater than the inner diameter of the first connecting sleeve; and a step portion is formed at an end of the second mounting cavity connected to the first mounting cavity, the step portion has a stopper surface configured to abut against the chip carrier, characterised by a sealing member arranged on the stopper surface, wherein the sealing member is provided with a communication hole allowing the reading head to pass through. a protective jacket comprising a reading head connection end and a chip connection end connected to the reading head connection end, the reading head connection end being configured to connect to a reading head, and the chip connection end being configured to connect to a chip carrier, wherein a first mounting cavity is arranged in the reading head connection end, a second mounting cavity is arranged in the chip connection end, and the second mounting cavity is communicated with the first mounting cavity, the chip connection end comprises a second connecting sleeve, the second mounting cavity is formed in the second connecting sleeve and configured to have an interference fit to the chip carrier, the inner diameter of the second connecting sleeve is greater than the inner diameter of the first connecting sleeve; and a step portion is formed at an end of the second mounting cavity connected to the first mounting cavity, the step portion has a stopper surface configured to abut against the chip carrier, characterised by a sealing member arranged on the stopper surface, wherein the sealing member is provided with a communication hole allowing the reading head to pass through.
The invention relates to an internal combustion engine comprising an internal combustion engine and a cooling system which comprises a coolant pump, a main cooler, a heating heat exchanger, a bypass bypassing the heating heat exchanger, coolant channels (24, 26) in the internal combustion engine, and a regulating device having an actuator for the regulated distribution of a coolant as a function of at least one local coolant temperature, wherein the regulating device, during an actuation of a actuator in one direction - in a first position allows a flow of coolant through the internal combustion engine and the heating heat exchanger and prevents such flow through the bypass and the main cooler; - in a second position additionally allows a flow of coolant through the bypass; - in a third position additionally allows a flow of coolant through the main cooler; and - in a zero position situated in front of the first position prevents a flow of coolant through the cooling system, characterized in that the regulating device comprises a first gate valve moved by the actuator and a second gate valve moved by the first gate valve, wherein a coolant flow through the cooling system is prevented in a closed position of the second gate valve. - in a first position allows a flow of coolant through the internal combustion engine and the heating heat exchanger and prevents such flow through the bypass and the main cooler; - in a second position additionally allows a flow of coolant through the bypass; - in a third position additionally allows a flow of coolant through the main cooler; and - in a zero position situated in front of the first position prevents a flow of coolant through the cooling system,
Titanium oxide particles, comprising: octahedral-shaped particles, wherein each particle of the octahedral-shaped particles has line segments each of which connects two apexes which face each other and has a maximum value of the line segments, and an average value of the maximum values is 300 nm or more and 1,000 nm or less, wherein a value (the average value of the maximum values/BET-converted average particle diameter) obtained by dividing the average value of the maximum values of the line segments by an average particle diameter converted from a BET specific surface area is 1.0 or more and 2.5 or less, and the crystalline phase of the titanium oxide particles is an anatase type. octahedral-shaped particles, wherein each particle of the octahedral-shaped particles has line segments each of which connects two apexes which face each other and has a maximum value of the line segments, and an average value of the maximum values is 300 nm or more and 1,000 nm or less, wherein a value (the average value of the maximum values/BET-converted average particle diameter) obtained by dividing the average value of the maximum values of the line segments by an average particle diameter converted from a BET specific surface area is 1.0 or more and 2.5 or less, and the crystalline phase of the titanium oxide particles is an anatase type.
An acetylcholine receptor-binding peptide consisting of any one sequence among amino acid sequences represented by the following sequence numbers 2, 29 and 30: Sequence number 2: RKSLLR; Sequence number 29: WTWKGKGTLN; and Sequence number 30: WTWKGKGTL; or consisting of an amino acid sequence represented by any one of the following general formulas 1 to 3: [General Formula 1] WTWKG-X n; [General Formula 2] TWKG-X n; [General Formula 3] WKG-X n; wherein the X n is selected from the group consisting of the following sequence numbers 1, 2 and 4: [Sequence number 1] KGTLNR; [Sequence number 2] RKSLLR; [Sequence number 4] RDKLQM. Sequence number 2: RKSLLR; Sequence number 29: WTWKGKGTLN; and Sequence number 30: WTWKGKGTL; or consisting of an amino acid sequence represented by any one of the following general formulas 1 to 3: [General Formula 1] WTWKG-X n; [General Formula 2] TWKG-X n; [General Formula 3] WKG-X n; [General Formula 1] WTWKG-X n; [General Formula 2] TWKG-X n; [General Formula 3] WKG-X n; wherein the X n is selected from the group consisting of the following sequence numbers 1, 2 and 4: [Sequence number 1] KGTLNR; [Sequence number 2] RKSLLR; [Sequence number 4] RDKLQM. [Sequence number 1] KGTLNR; [Sequence number 2] RKSLLR; [Sequence number 4] RDKLQM.
Object storage system for a motor vehicle, said system comprising a fixing wall and a storage device, said device comprising: - a frame opened in a general U shape, said frame being connected against a front face of said wall by multiple anchoring bodies, in a way to flatten said frame against said wall, - a net tensioned on said frame, the upper edge of said net being equipped with a connector, tight between the end sections of said frame, in a way to form an upper edge of said net, said system being characterised in that said end sections are equipped with anchoring brackets, each one of said brackets comprising: - a first section extending through a respective orifice provided in said wall, - a second section pointing towards the top and pressing against a bottom face of said wall, in a way to flatten said end sections against said front face. - a frame opened in a general U shape, said frame being connected against a front face of said wall by multiple anchoring bodies, in a way to flatten said frame against said wall, - a net tensioned on said frame, the upper edge of said net being equipped with a connector, tight between the end sections of said frame, in a way to form an upper edge of said net, - a first section extending through a respective orifice provided in said wall, - a second section pointing towards the top and pressing against a bottom face of said wall, in a way to flatten said end sections against said front face.