mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising a burner pressure sensing system, the system comprising: a pressure sensor ; a burner pressure sensing line for sensing burner pressure, the burner pressure sensing line extending from a source of burner pressure air to the pressure sensor ; the pressure sensor for producing a burner pressure signal representative of sensed burner pressure; a water trap fluidically coupled to the burner pressure sensing line; a first heat sink positioned inside the water trap for condensing moisture contained in the burner pressure air; an outlet on the water trap for removing condensed moisture; and a finned heat sink tube used to passively control the temperature of the burner pressure line to minimize condensation. a pressure sensor ; a burner pressure sensing line for sensing burner pressure, the burner pressure sensing line extending from a source of burner pressure air to the pressure sensor ; the pressure sensor for producing a burner pressure signal representative of sensed burner pressure; a water trap fluidically coupled to the burner pressure sensing line; a first heat sink positioned inside the water trap for condensing moisture contained in the burner pressure air; an outlet on the water trap for removing condensed moisture; and a finned heat sink tube used to passively control the temperature of the burner pressure line to minimize condensation.
Electromechanical power-assisted steering system for a motor vehicle, comprising a worm which can be driven in rotation about a drive axle (A) by an electric motor , cooperates with a worm wheel coupled to a steering shaft , and is mounted rotatably about the drive axle (A) in a bearing which is held in a mounting which can be displaced relative to the worm wheel , wherein the mounting has a core element made of a core material which is connected to at least one contact element made of a soft material which is softer relative to the core material and is elastically easier to deform, and a contact element forms a damping body projecting outwards from the mounting , characterized in that the bearing has a bearing ring which is mounted in the mounting in a bearing receptacle and contacts a contact element arranged in the bearing receptacle .
A compound and pharmaceutically acceptable salts thereof, wherein the compound has the following formula:
An RNA complex for use as a medicament, wherein the RNA comprises a sense strand and an antisense strand, and is capable of reducing expression of a gene in a cell, wherein the RNA complex is an siRNA construct having a core double-stranded region having from 15 to 24 base pairs, and wherein: one or more of positions 7 and 8 of the antisense strand are occupied by the same or different hydroxymethyl substituted nucleomonomer, wherein the positions of the antisense strand are numbered beginning with position 1 at the 5' end of the antisense strand, and wherein the or each hydroxymethyl substituted nucleomonomer is a monomer D wherein base is a purine or pyrimidine base.
A disposable loading unit for a surgical stapling instrument, comprising: a staple cartridge carrier configured to operably support a staple cartridge ; an anvil including at least one staple deforming cavity, wherein said anvil is movably mounted relative to said staple cartridge carrier and configured to be rotated between an open position and a closed position, and wherein the cross-section of said anvil and staple cartridge carrier defines a first perimeter in said closed position; a drive member movable relative to said staple cartridge carrier and said anvil , wherein said drive member is configured to operably engage said anvil and rotate said anvil from said open position into said closed position; and an actuator configured to operably engage said anvil and displace said anvil toward said staple cartridge carrier such that the cross-section of said anvil and said staple cartridge carrier defines a second perimeter which is smaller than said first perimeter; wherein said actuator is movable independently of said drive member . a staple cartridge carrier configured to operably support a staple cartridge ; an anvil including at least one staple deforming cavity, wherein said anvil is movably mounted relative to said staple cartridge carrier and configured to be rotated between an open position and a closed position, and wherein the cross-section of said anvil and staple cartridge carrier defines a first perimeter in said closed position; a drive member movable relative to said staple cartridge carrier and said anvil , wherein said drive member is configured to operably engage said anvil and rotate said anvil from said open position into said closed position; and an actuator configured to operably engage said anvil and displace said anvil toward said staple cartridge carrier such that the cross-section of said anvil and said staple cartridge carrier defines a second perimeter which is smaller than said first perimeter; wherein said actuator is movable independently of said drive member .
A method for the identification of a biopolymer comprising the steps of: a) measuring the linear pattern of sequence specific markers on a biopolymer, b) calculating the similarity score between the measured linear pattern and an expected linear pattern for each individual member of a user-defined set of potential target biopolymers, c) calculating the significance for each of the obtained similarity scores, thereby obtaining a set of target biopolymers with significant similarity of the expected linear pattern to the measured linear pattern, d) modifying the expected linear pattern of the set of target biopolymers of step c) by reshuffling marker positions from the expected pattern of said target biopolymers, e) calculating the similarity score between the measured linear pattern and the modified expected linear pattern of step d) for each individual member of the significant set of potential target biopolymers of step b), f) calculating the significance for each of the obtained similarity scores, thereby obtaining, compared to the set of target biopolymers of step c, a reduced set of target biopolymers with significant similarity, resulting in improved specificity without loss of sensitivity for the identification of the measured sequence. a) measuring the linear pattern of sequence specific markers on a biopolymer, b) calculating the similarity score between the measured linear pattern and an expected linear pattern for each individual member of a user-defined set of potential target biopolymers, c) calculating the significance for each of the obtained similarity scores, thereby obtaining a set of target biopolymers with significant similarity of the expected linear pattern to the measured linear pattern, d) modifying the expected linear pattern of the set of target biopolymers of step c) by reshuffling marker positions from the expected pattern of said target biopolymers, e) calculating the similarity score between the measured linear pattern and the modified expected linear pattern of step d) for each individual member of the significant set of potential target biopolymers of step b), f) calculating the significance for each of the obtained similarity scores, thereby obtaining, compared to the set of target biopolymers of step c, a reduced set of target biopolymers with significant similarity, resulting in improved specificity without loss of sensitivity for the identification of the measured sequence.
A process for producing a photosensitive resin for 3D printing comprising the following steps: (i) treating a vegetable oil with a polyol selected from the group which consists of polyols comprising 2 to 6 carbon atoms and at least 2 hydroxyl groups to form a monoglyceride, (ii) reacting the monoglyceride of step (i) with an unsaturated reagent selected from the group which consists of acids, esters or anhydrides comprising at least one carboxylic group and at least one double bond to form a liquid resin with a viscosity measured with a rotational viscometer of lower than 20 Pa·s at the temperature of 20°C, (iii) mixing the liquid resin with (a) a comonomer selected from the group which consists of vinyl and acrylic monomers, and (b) a photoinitiator. (i) treating a vegetable oil with a polyol selected from the group which consists of polyols comprising 2 to 6 carbon atoms and at least 2 hydroxyl groups to form a monoglyceride, (ii) reacting the monoglyceride of step (i) with an unsaturated reagent selected from the group which consists of acids, esters or anhydrides comprising at least one carboxylic group and at least one double bond to form a liquid resin with a viscosity measured with a rotational viscometer of lower than 20 Pa·s at the temperature of 20°C, (iii) mixing the liquid resin with (a) a comonomer selected from the group which consists of vinyl and acrylic monomers, and (b) a photoinitiator.
An energy management system comprising: at least one energy monitoring and control device configured to monitor the power usage of an electrical device ; and a security system communicatively coupled to the at least one energy monitoring and control device and having at least one sensor configured to sense a security event, the security system being configured to receive information about the power usage of the electrical device , and to determine a security event has occurred based, at least in part, on the received information about the power usage of the electrical device when the security system is armed; characterized in that the security system is further configured to require the monitored electrical device to be turned off before the security system is armed. at least one energy monitoring and control device configured to monitor the power usage of an electrical device ; and a security system communicatively coupled to the at least one energy monitoring and control device and having at least one sensor configured to sense a security event, the security system being configured to receive information about the power usage of the electrical device , and to determine a security event has occurred based, at least in part, on the received information about the power usage of the electrical device when the security system is armed; characterized in that the security system is further configured to require the monitored electrical device to be turned off before the security system is armed. to receive information about the power usage of the electrical device , and to determine a security event has occurred based, at least in part, on the received information about the power usage of the electrical device when the security system is armed;
A co-rotating self-cleaning two-screw extruder with a gradual number of threads and through self-cleaning function, said extruder comprising a barrel and a screw assembly, the screw assembly being located in a barrel chamber of the barrel , wherein the screw assembly includes a first screw and a second screw , which co-rotate at the same speed in engagement; characterized in that the first screw includes a first single threaded element , a first transition element , a multiple threaded element , a second transition element and a second single threaded element that are connected in sequence; and the second screw correspondingly includes a first single threaded element, a third transition element , a multiple threaded element, a fourth transition element and a second single threaded element that are connected in sequence; wherein the materials, while moving in the flow passage, are transferred by rotation of the first and second screws, and meanwhile get their respective compositions mixed based on the structure of a gradual number of threads, with the flow passage expanded, contracted and re-expanded in shape in sequence; wherein the materials undergo the single-to-multiple threaded, multiple-to-single threaded and again single-to-multiple threaded chaotic mixing in sequence, while the materials are transferred, the first and second screws always keep engaged, and achieve the self-cleaning effect by wiping each other.
A tire mold comprising a tread mold portion which is divided in a tire circumferential direction into a plurality of mold segments , each mold segment having transverse edges and being movable in a respective operation direction (OD) between (i) an opened position, in which the mold segments are spaced from each other, and (ii) a closed position, in which two neighboring mold segments are in contact with each other by one of their transverse edges , each of the mold segments comprising a plurality of blades for molding laterally extending sipes on a tire tread surface; wherein at least a first one of said mold segments has laterally extending blades located at a first transverse edge , and at least a second one of said mold segments neighboring said first one of said mold segments has laterally extending blades located at a second transverse edge adjacent to the first transverse edge of the first one of said mold segments , characterized in that said laterally extending blades located at the first transverse edge of the first one of said mold segments interlock between the laterally extending blades located at the second transverse edge of the second one of said mold segments when the mold segments are in the closed position.
A converter for converting three-phase AC to DC comprising: three AC reactors connected to a power source for supplying the three-phase AC; a three-phase diode bridge ; a plurality of series connected smoothing capacitors connected between the positive and negative terminal of the DC output side of said three-phase diode bridge ; three bidirectional switches ; and a controller configured to control said three bidirectional switches ; the converter characterized in further comprising: two series-connected flywheel diodes connected between the positive and negative terminal of the DC output side of said three-phase diode bridge ; a reactor inserted between the midpoint of said two flywheel diodes and the midpoint of said smoothing capacitors , wherein the three bidirectional switches are each directly connected to one respective AC terminal of said three-phase diode bridge and to the midpoint of said two flywheel diodes . three AC reactors connected to a power source for supplying the three-phase AC; a three-phase diode bridge ; a plurality of series connected smoothing capacitors connected between the positive and negative terminal of the DC output side of said three-phase diode bridge ; three bidirectional switches ; and a controller configured to control said three bidirectional switches ; the converter characterized in further comprising: two series-connected flywheel diodes connected between the positive and negative terminal of the DC output side of said three-phase diode bridge ; a reactor inserted between the midpoint of said two flywheel diodes and the midpoint of said smoothing capacitors , wherein the three bidirectional switches are each directly connected to one respective AC terminal of said three-phase diode bridge and to the midpoint of said two flywheel diodes . two series-connected flywheel diodes connected between the positive and negative terminal of the DC output side of said three-phase diode bridge ; a reactor inserted between the midpoint of said two flywheel diodes and the midpoint of said smoothing capacitors , wherein the three bidirectional switches are each directly connected to one respective AC terminal of said three-phase diode bridge and to the midpoint of said two flywheel diodes .
Charging device for charging an electrical storage battery , comprising a filtering stage intended to be connected to the electrical network , a voltage buck stage connected to the filtering stage and a voltage boost stage coupled with the voltage buck stage and intended to be connected to an electrical storage battery , said charging device comprising a control system for controlling at least one of the stages of the charging device , characterized in that the control system comprises a state observer for observing at least two state variables (x i ) , said state variables including an output voltage (V F ) of the filtering stage and a rectified current (i n ) .
Steam electrolysis system for the production of hydrogen, the system comprising: - at least one steam electrolyser cell comprising a positive electrode, a negative electrode and a gas-impermeable electrolyte, wherein the positive electrode is electrically connected to the negative electrode and the negative electrode is electrically connected to the positive electrode and wherein the electrolyte is arranged between the positive electrode and the negative electrode, - at least one feeding gas arrangement comprising at least one electric steam generator - at least one feeding gas supply route for supplying a flow of feeding gas comprising at least steam from the at least one feeding gas arrangement to the at least one steam electrolyser cell, - at least one gas moving device for removing hydrogen from the at least one steam electrolyser cell, and - at least one external power supply source for operating the system, wherein the at least one external power supply is electrically coupled to the at least one electric steam generator of the feeding gas arrangement and to the least one steam electrolyser cell, characterized in that the at least one steam electrolyser cell and the at least one electric steam generator are electrically connected in parallel. - at least one steam electrolyser cell comprising a positive electrode, a negative electrode and a gas-impermeable electrolyte, wherein the positive electrode is electrically connected to the negative electrode and the negative electrode is electrically connected to the positive electrode and wherein the electrolyte is arranged between the positive electrode and the negative electrode, - at least one feeding gas arrangement comprising at least one electric steam generator - at least one feeding gas supply route for supplying a flow of feeding gas comprising at least steam from the at least one feeding gas arrangement to the at least one steam electrolyser cell, - at least one gas moving device for removing hydrogen from the at least one steam electrolyser cell, and - at least one external power supply source for operating the system,
A band width part, BWP, switching method, performed by a terminal, the method comprising: keeping , after determining that the terminal needs to perform BWP switching, a first BWP that is presently activated on a carrier in an active state; activating a second BWP on the carrier; sending a message to a base station on the second BWP; characterized in that the method further comprises: controlling the first BWP to be in an inactive state; wherein controlling the first BWP to be in the inactive state comprises: receiving by the terminal, after the second BWP is activated, an instruction message sent by the base station; and controlling , by the terminal, the first BWP to be in the inactive state according to the instruction message. keeping , after determining that the terminal needs to perform BWP switching, a first BWP that is presently activated on a carrier in an active state; activating a second BWP on the carrier; sending a message to a base station on the second BWP; characterized in that the method further comprises: controlling the first BWP to be in an inactive state; wherein controlling the first BWP to be in the inactive state comprises: receiving by the terminal, after the second BWP is activated, an instruction message sent by the base station; and controlling , by the terminal, the first BWP to be in the inactive state according to the instruction message. receiving by the terminal, after the second BWP is activated, an instruction message sent by the base station; and controlling , by the terminal, the first BWP to be in the inactive state according to the instruction message.
A home appliance, comprising: an electrical equipment compartment disposed in an upper portion of the home appliance, and including an upper side that is open; an electrical equipment compartment cover covering the open upper side of the electrical equipment compartment , forming at least a portion of an upper surface of the home appliance, and including a speaker hole ; a microphone accommodating portion protruding upward from the electrical equipment compartment cover and including a front portion that includes microphone holes laterally spaced apart from each other and which faces toward a front of the home appliance; a microphone unit including a printed circuit board, PCB , disposed behind the microphone holes in the microphone accommodating portion , and microphone chips mounted on the PCB and corresponding respectively to the microphone holes so that a sensing portion of each microphone chip of the microphone chips is aligned with the corresponding microphone hole of the microphone holes ; and a speaker unit disposed in the electrical equipment compartment and positioned to emit sound through the speaker hole . an electrical equipment compartment disposed in an upper portion of the home appliance, and including an upper side that is open; an electrical equipment compartment cover covering the open upper side of the electrical equipment compartment , forming at least a portion of an upper surface of the home appliance, and including a speaker hole ; a microphone accommodating portion protruding upward from the electrical equipment compartment cover and including a front portion that includes microphone holes laterally spaced apart from each other and which faces toward a front of the home appliance; a microphone unit including a printed circuit board, PCB , disposed behind the microphone holes in the microphone accommodating portion , and microphone chips mounted on the PCB and corresponding respectively to the microphone holes so that a sensing portion of each microphone chip of the microphone chips is aligned with the corresponding microphone hole of the microphone holes ; and a speaker unit disposed in the electrical equipment compartment and positioned to emit sound through the speaker hole .
An ink-set comprising: a cyan ink composition comprising from about 1.0 : 1.0 to about 1.0 : 5.0 by weight cyan pigment to cyan dye; a magenta ink composition comprising from about 1.0 : 1.5 to about 1.0 : 7.0 by weight magenta pigment to magenta dye; a yellow ink composition comprising yellow dye; and a black ink composition comprising from about 1.0 : 1.0 to about 1.0 : 1.5 by weight black pigment to black dye, wherein the cyan ink composition comprises from about 0.5 to about 1.5 percent by weight cyan pigment and from about 1.5 to about 2.5 percent by weight cyan dye, and wherein the magenta ink composition comprises from about 0.5 to about 1.5 percent by weight magenta pigment and from about 2.5 to about 3.5 percent by weight magenta dye. a cyan ink composition comprising from about 1.0 : 1.0 to about 1.0 : 5.0 by weight cyan pigment to cyan dye; a magenta ink composition comprising from about 1.0 : 1.5 to about 1.0 : 7.0 by weight magenta pigment to magenta dye; a yellow ink composition comprising yellow dye; and a black ink composition comprising from about 1.0 : 1.0 to about 1.0 : 1.5 by weight black pigment to black dye, wherein the cyan ink composition comprises from about 0.5 to about 1.5 percent by weight cyan pigment and from about 1.5 to about 2.5 percent by weight cyan dye, and wherein the magenta ink composition comprises from about 0.5 to about 1.5 percent by weight magenta pigment and from about 2.5 to about 3.5 percent by weight magenta dye.