mhurhangee/ep-ind-claims huggingface dataset:
A combination unit respirator comprising a breathing hose (10, 10') having a first end and a second end, the first end configured to connect to a face mask worn by a user having a self-contained breathing apparatus (SCBA), a powered air purifying respirator (PAPR); and a switch manually positionable to an SCBA mode or to a PAPR mode to selectively enable air flow from the SCBA or the PAPR to the breathing hose, respectively; characterized in that the combination unit respirator further comprises: a control and demand valve in fluid communication with the second end, the control and demand valve having a first connector configured to connect to the self-contained breathing apparatus (SCBA) and a second connector configured to connect to the powered air purifying respirator (PAPR); and a first pneumatic signal line extending between the switch and the first connector, and a second pneumatic signal line extending between the switch and a spool piston in the control and demand valve; wherein the control and demand valve is configured to cause air to flow from the SCBA to the breathing hose (10, 10') when the switch is positioned to the SCBA mode or from the PAPR to the breathing hose (10, 10') when the switch is positioned to the PAPR mode. a control and demand valve in fluid communication with the second end, the control and demand valve having a first connector configured to connect to the self-contained breathing apparatus (SCBA) and a second connector configured to connect to the powered air purifying respirator (PAPR); and a first pneumatic signal line extending between the switch and the first connector, and a second pneumatic signal line extending between the switch and a spool piston in the control and demand valve; wherein the control and demand valve is configured to cause air to flow from the SCBA to the breathing hose (10, 10') when the switch is positioned to the SCBA mode or from the PAPR to the breathing hose (10, 10') when the switch is positioned to the PAPR mode.
A photocurable composition composed mainly of an anthracene derivative including three or more anthracene moiety-containing groups per molecule which is liquid at room temperature, characterized in that said composition makes a transition from a fluid state to a non-fluid state when it is irradiated with light, and even after being restored back to room temperature after heating, said composition remains in a fluid state.
An earth-boring rotary drill bit (10, 50) comprising: a bit body (12, 52) configured to carry one or more cutters for engaging a subterranean earth formation, the bit body (12, 52) comprising a particle-matrix composite material having a plurality of hard particles randomly dispersed throughout a matrix material, characterized in that the matrix material comprises a shape memory alloy, wherein the dispersed particles of the particle-matrix composite material are randomly dispersed within the matrix material by infiltration and solidification of molten matrix material within a particle precursor of the hard particles. a bit body (12, 52) configured to carry one or more cutters for engaging a subterranean earth formation, the bit body (12, 52) comprising a particle-matrix composite material having a plurality of hard particles randomly dispersed throughout a matrix material, characterized in that the matrix material comprises a shape memory alloy, wherein the dispersed particles of the particle-matrix composite material are randomly dispersed within the matrix material by infiltration and solidification of molten matrix material within a particle precursor of the hard particles.
A tire for preventing irregular tread wear, in which a groove is formed on a tread, the tire comprising: a reinforcing rib coupled to a first sidewall, which is one of both sidewalls (101, 102) forming the groove, and protruding toward the groove from the first sidewall; a hidden groove formed in one portion of a second sidewall which is the other of the sidewalls (101, 102) forming the groove; and a remaining tread part protruding toward the groove from a side surface of the hidden groove, the remaining tread part being the other portion of the second sidewall, wherein the hidden groove provides a channel in which a fluid can flow and wherein the side surface of the hidden groove has a slope in a direction away from the reinforcing rib and an angle formed between the side surface of the hidden groove and the bottom surface of the groove is an obtuse angle, the reinforcing rib having a protruding width ranging from 30 to 70% of the width of the groove and the reinforcing rib being formed to be in contact with a bottom surface of the groove, characterized in that the reinforcing rib has a height ranging from 80 to 90% of the depth of the groove a reinforcing rib coupled to a first sidewall, which is one of both sidewalls (101, 102) forming the groove, and protruding toward the groove from the first sidewall; a hidden groove formed in one portion of a second sidewall which is the other of the sidewalls (101, 102) forming the groove; and a remaining tread part protruding toward the groove from a side surface of the hidden groove, the remaining tread part being the other portion of the second sidewall, wherein the hidden groove provides a channel in which a fluid can flow and wherein the side surface of the hidden groove has a slope in a direction away from the reinforcing rib and an angle formed between the side surface of the hidden groove and the bottom surface of the groove is an obtuse angle, the reinforcing rib having a protruding width ranging from 30 to 70% of the width of the groove and the reinforcing rib being formed to be in contact with a bottom surface of the groove, characterized in that the reinforcing rib has a height ranging from 80 to 90% of the depth of the groove
An instrument comprising first and second jaws and a flexible electrode, the flexible electrode comprising: a therapeutic electrode couplable to a source of radiofrequency energy; a sensing electrode; and an insulative layer positioned between the therapeutic electrode and the sensing electrode, wherein the therapeutic electrode and the sensing electrode are configured to contact tissue positioned between first and second jaws (29012, 29014) of the surgical instrument, characterized in that the sensing electrode overlays the therapeutic electrode. a therapeutic electrode couplable to a source of radiofrequency energy; a sensing electrode; and an insulative layer positioned between the therapeutic electrode and the sensing electrode, wherein the therapeutic electrode and the sensing electrode are configured to contact tissue positioned between first and second jaws (29012, 29014) of the surgical instrument, characterized in that the sensing electrode overlays the therapeutic electrode.
Method of controlling a glossiness level in an image processing apparatus comprising a printing section including toner image forming means (B, 3, 4, 7) for forming a non-transparent toner image (1a to 5a) and a transparent toner image (1a to 1e) on a recording material; and fixing means (B, 5) for heating and fixing the non-transparent toner image and the transparent toner image on recording material; the method comprising printing, by the printing section, an image having a test pattern in which a non-transparent toner image and a transparent toner image are overlaid and fixed on the recording material, wherein the test pattern comprises a plurality of groups of predetermined different gradation patches (1a to 5a, 1b to 5b, 1c to 5c, 1d to 5d, 1e to 5e) for each type of non-transparent toner, wherein different predetermined amounts of transparent toner are deposited on the patches; measuring a glossiness level of the image having the test pattern by using a glossiness detecting means (A, 122) for detecting a glossiness of an area; determining a relation between a glossiness level measured, an amount of transparent toner being deposited and a type and gradation of non-transparent toner for at least two patches of the test pattern; and controlling the glossiness level for the image by adjusting an amount of transparent toner to be deposited, per unit area, on the recording material for each type and each gradation of the non-transparent toner on the basis of the determination.
A power converter for a wind turbine, said power converter comprising: an array (336,338) of switching devices (206,276); and a control module comprising a current damping device, said control module configured to: control a switching behavior of said array of switching devices (336,338); and receive a current having a first frequency component and a second frequency component different from the first frequency component from the wind turbine, said current damping device configured to reduce an amplitude of the first frequency component, and to substantially maintain an amplitude of the second frequency component, wherein the first frequency component is sub synchronous with respect to the second frequency component. an array (336,338) of switching devices (206,276); and a control module comprising a current damping device, said control module configured to: control a switching behavior of said array of switching devices (336,338); and receive a current having a first frequency component and a second frequency component different from the first frequency component from the wind turbine, said current damping device configured to reduce an amplitude of the first frequency component, and to substantially maintain an amplitude of the second frequency component, wherein the first frequency component is sub synchronous with respect to the second frequency component. control a switching behavior of said array of switching devices (336,338); and receive a current having a first frequency component and a second frequency component different from the first frequency component from the wind turbine, said current damping device configured to reduce an amplitude of the first frequency component, and to substantially maintain an amplitude of the second frequency component, wherein the first frequency component is sub synchronous with respect to the second frequency component.
A rigid press-fit cap for a motor vehicle, said cap comprising a first metal layer and characterized by comprising at least a second layer of polyamide 11 in direct contact with said first layer and in that said second layer entirely covers said first layer.
An article comprising: a carbon-carbon composite structure; an oxidation protection composition including a base layer disposed on an outer surface of the carbon-carbon composite structure and a sealing layer disposed on an outer surface of the base layer, wherein the base layer comprises a first phosphate glass composition having a boron nitride additive dispersed throughout the base layer, and wherein the sealing layer comprises a second phosphate glass composition and is free of boron nitride. a carbon-carbon composite structure; an oxidation protection composition including a base layer disposed on an outer surface of the carbon-carbon composite structure and a sealing layer disposed on an outer surface of the base layer, wherein the base layer comprises a first phosphate glass composition having a boron nitride additive dispersed throughout the base layer, and wherein the sealing layer comprises a second phosphate glass composition and is free of boron nitride. wherein the base layer comprises a first phosphate glass composition having a boron nitride additive dispersed throughout the base layer, and wherein the sealing layer comprises a second phosphate glass composition and is free of boron nitride.
A therapeutic composition for use in reducing cellular proliferation of malignant cells in a patient, the composition comprising a cell permeable peptide molecule comprising the amino acid sequence LGIPEAEY.
A mobile station apparatus (5A, 5B, 5C) configured to receive signals transmitted from a base station apparatus using a plurality of downlink component frequency bands each having a beforehand determined frequency bandwidth, the mobile station apparatus (5A, 5B, 5C) comprising: a reception processing part configured to acquire first information used for specifying priorities of the plurality of downlink component frequency bands; an uplink control data generation part configured to generate second information indicative of channel quality corresponding to each of the plurality of downlink component frequency bands; and an uplink control channel selection part configured to select a particular periodic physical uplink control channel, PUCCH, based on the first information, in case that a plurality of periodic PUCCHs occur in the same UL subframe, each of the plurality of periodic PUCCHs being one periodic PUCCH in a corresponding one of a plurality of periodic PUCCH sets, each of the plurality of periodic PUCCH sets being beforehand allocated from the base station apparatus so as to be used for transmitting the second information for a corresponding one of the plurality of downlink component frequency bands. a reception processing part configured to acquire first information used for specifying priorities of the plurality of downlink component frequency bands; an uplink control data generation part configured to generate second information indicative of channel quality corresponding to each of the plurality of downlink component frequency bands; and an uplink control channel selection part configured to select a particular periodic physical uplink control channel, PUCCH, based on the first information, in case that a plurality of periodic PUCCHs occur in the same UL subframe, each of the plurality of periodic PUCCHs being one periodic PUCCH in a corresponding one of a plurality of periodic PUCCH sets, each of the plurality of periodic PUCCH sets being beforehand allocated from the base station apparatus so as to be used for transmitting the second information for a corresponding one of the plurality of downlink component frequency bands.
Process for dyeing or lightening human keratin fibres, which consists in extemporaneously mixing at the time of use two compositions and and in applying the mixture to the fibres; the said mixture comprising at least 25% by weight of fatty substances relative to the total weight of the mixture of compositions +; with: * composition being in the form of a direct emulsion comprising: • at least 30 % by weight of oil(s) (i); • at least one fatty alcohol having at least 20 carbon atoms in its longest hydrocarbon chain (ii); • at least one surfactant (iii); • at least one basifying agent (iv); • and optionally at least one dye chosen from oxidation dyes and direct dyes, and mixtures thereof (v); * composition comprising, in a cosmetically acceptable medium, at least one oxidizing agent. * composition being in the form of a direct emulsion comprising: • at least 30 % by weight of oil(s) (i); • at least one fatty alcohol having at least 20 carbon atoms in its longest hydrocarbon chain (ii); • at least one surfactant (iii); • at least one basifying agent (iv); • and optionally at least one dye chosen from oxidation dyes and direct dyes, and mixtures thereof (v); • at least 30 % by weight of oil(s) (i); • at least one fatty alcohol having at least 20 carbon atoms in its longest hydrocarbon chain (ii); • at least one surfactant (iii); • at least one basifying agent (iv); • and optionally at least one dye chosen from oxidation dyes and direct dyes, and mixtures thereof (v); * composition comprising, in a cosmetically acceptable medium, at least one oxidizing agent.
An integrated circuit card test unit for testing a device under test, comprising: - a first integrated circuit card slot, - a second integrated circuit card slot, - a switch unit, - an integrated circuit card controller, - an integrated circuit card adaptor establishing an interface for the device under test, and - a switch control interface, wherein the switch unit is connected to the first integrated circuit card slot, the second integrated circuit card slot, the integrated circuit card controller, and the integrated circuit card adaptor, wherein the switch unit has at least a first operation mode in which a connection between either the first integrated circuit card slot or the second integrated circuit card slot and the integrated circuit card adaptor is established via the switch unit, wherein the switch unit has at least a second operation mode in which a connection between either the first integrated circuit card slot or the second integrated circuit card slot and the integrated circuit card controller is established via the switch unit, and wherein the switch unit is configured to selectively connect either the first or the second integrated circuit card slot (20, 22) to the integrated circuit card controller and, respectively, the second or first integrated circuit card slot (22, 20) to the integrated circuit card adaptor. - a first integrated circuit card slot, - a second integrated circuit card slot, - a switch unit, - an integrated circuit card controller, - an integrated circuit card adaptor establishing an interface for the device under test, and - a switch control interface, wherein
A method for powder coating of a surface comprising the steps of a. provision of a pre-coated metal surface, wherein said pre-coated metal surface comprises a charged polymer surface, particularly a positively charged polymer surface, b. application of a membrane to said charged polymer surface and subsequent application of an electrostatic potential to said membrane, wherein said membrane is applied in such way to said charged polymer surface that ion permeation takes place after the application of the electrostatic potential in sections, of the polymer yielding a charged polymer surface with activated polymer surface sections, c. removal of said membrane, yielding an activated surface, d. application of at least one charged powder coating onto said activated surface, yielding a patterned surface. a. provision of a pre-coated metal surface, wherein said pre-coated metal surface comprises a charged polymer surface, particularly a positively charged polymer surface, b. application of a membrane to said charged polymer surface and subsequent application of an electrostatic potential to said membrane, wherein said membrane is applied in such way to said charged polymer surface that ion permeation takes place after the application of the electrostatic potential in sections, of the polymer yielding a charged polymer surface with activated polymer surface sections, c. removal of said membrane, yielding an activated surface, d. application of at least one charged powder coating onto said activated surface,
Method for cleaning road pavers or feeders, wherein adhering road-building material is fluidically removed at least to a large part from the road paver or feeder, wherein the adhering road-building material is removed at least by means of compressed air from compressed air nozzles from a conveyer, a supply container (14; 27), a paving screed, a scraper conveyor, a distributing auger, pushing rollers (18; 30) and/or a running-gear unit (12; 23) of the road paver or feeder, wherein the road-building material is subjected to pulsed or continuous, collimated gas jets of high speed and the compressed air nozzles are arranged on the respective component of the road paver or of the feeder and the compressed air can be generated by a compressor arranged on the road paver or the feeder, wherein the compressor is directly driven by an internal combustion engine of the drive unit or by hydraulic or electric motors.
An internal combustion engine comprising: at least one combustion chamber; a turbocharger with an exhaust gas turbine and an exhaust gas after-treatment device, the exhaust gas after-treatment device, having a first catalytic converter arranged aerodynamically between the at least one combustion chamber and the exhaust gas turbine; a second catalytic converter arranged aerodynamically between the first catalytic converter and the exhaust gas turbine; and at least one partial oxidation chamber arranged aerodynamically between the first catalytic converter and the second catalytic converter; the internal combustion engine being characterized by further comprising a bypass configured to be adjusted by a bypass valve, through which the exhaust gas can flow around the exhaust gas after-treatment device to the exhaust gas turbine. at least one combustion chamber; a turbocharger with an exhaust gas turbine and an exhaust gas after-treatment device, the exhaust gas after-treatment device, having a first catalytic converter arranged aerodynamically between the at least one combustion chamber and the exhaust gas turbine; a second catalytic converter arranged aerodynamically between the first catalytic converter and the exhaust gas turbine; and at least one partial oxidation chamber arranged aerodynamically between the first catalytic converter and the second catalytic converter; the internal combustion engine being characterized by further comprising a bypass configured to be adjusted by a bypass valve, through which the exhaust gas can flow around the exhaust gas after-treatment device to the exhaust gas turbine.
A method for refreshing a JEDEC SDRAM with an external multi-row, multi-bank refresh function based on optimized command sequences, the method comprising: - determining, at initialization time of the JEDEC SDRAM, inter-operation timing parameters for the external multi-row, multi-bank refresh function, - determining optimized timing parameters for row-level activation (ACT, 402) and pre-charge (PRE, 404) commands, where the optimized timing parameters comprise a time between the ACT command and the PRE command (t RAS) and could further comprise at least one selected out of the group comprising the time between two successive ACT commands (t RRD, 402), a four-bank activate window (t FAW) and a time for a PRE command to complete (t RP), - applying the optimized timing parameters for the row-level ACT and PRE commands for refreshing the JEDEC SDRAM with the external multi-row multi-bank refresh function; wherein for operational commands un-optimized timing parameters are used, and wherein, for determining the optimized time between the ACT command and the PRE command (t RAS), the method also comprises: - reducing stepwise the timing parameter t RAS by issuing PRE commands shorter after the ACT commands until a presence of a DQS signal is detected in response to an RD, read, command issued after the PRE command. - determining, at initialization time of the JEDEC SDRAM, inter-operation timing parameters for the external multi-row, multi-bank refresh function, - determining optimized timing parameters for row-level activation (ACT, 402) and pre-charge (PRE, 404) commands, where the optimized timing parameters comprise a time between the ACT command and the PRE command (t RAS) and could further comprise at least one selected out of the group comprising the time between two successive ACT commands (t RRD, 402), a four-bank activate window (t FAW) and a time for a PRE command to complete (t RP), - applying the optimized timing parameters for the row-level ACT and PRE commands for refreshing the JEDEC SDRAM with the external multi-row multi-bank refresh function; wherein for operational commands un-optimized timing parameters are used, and wherein, for determining the optimized time between the ACT command and the PRE command (t RAS), the method also comprises: - reducing stepwise the timing parameter t RAS by issuing PRE commands shorter after the ACT commands until a presence of a DQS signal is detected in response to an RD, read, command issued after the PRE command. - reducing stepwise the timing parameter t RAS by issuing PRE commands shorter after the ACT commands until a presence of a DQS signal is detected in response to an RD, read, command issued after the PRE command.