mhurhangee/patent-ind-claim-en huggingface dataset:
A natural gas liquefaction system , comprising: an integrally-geared turbo-compressor with a plurality of compressor stages; a single prime mover for driving the compressor ; a pre-cooling loop , through which a first refrigerant is adapted to circulate, wherein one or more first compressor stages of the plurality of compressor stages are adapted to pressurize the first refrigerant; a cooling loop , through which a second refrigerant is adapted to circulate, wherein one or more second compressor stages of the plurality of compressor stages are adapted to pressurize the second refrigerant; a first heat exchanger device for transferring heat from a natural gas and/or from the second refrigerant to the first refrigerant; and a second heat exchanger device for transferring heat from the natural gas to the second refrigerant; wherein said single prime mover drives each of the one or more first compressor stages and second compressor stages ; wherein the compressor comprises a plurality of first compressor stages , and wherein the pre-cooling loop is configured to divide the first refrigerant into a plurality of precooling streams, which are guided to a respective one of said plurality of first compressor stages . an integrally-geared turbo-compressor with a plurality of compressor stages; a single prime mover for driving the compressor ; a pre-cooling loop , through which a first refrigerant is adapted to circulate, wherein one or more first compressor stages of the plurality of compressor stages are adapted to pressurize the first refrigerant; a cooling loop , through which a second refrigerant is adapted to circulate, wherein one or more second compressor stages of the plurality of compressor stages are adapted to pressurize the second refrigerant; a first heat exchanger device for transferring heat from a natural gas and/or from the second refrigerant to the first refrigerant; and a second heat exchanger device for transferring heat from the natural gas to the second refrigerant; wherein said single prime mover drives each of the one or more first compressor stages and second compressor stages ; wherein the compressor comprises a plurality of first compressor stages , and wherein the pre-cooling loop is configured to divide the first refrigerant into a plurality of precooling streams, which are guided to a respective one of said plurality of first compressor stages .
A processing module for a receiver device configured to provide for processing of a signal comprising at least one frame received by the receiver device from a transmitter device , the at least one frame comprising a plurality of repeating predetermined synchronization symbols for providing synchronization between the processing module and the transmitter device and, subsequent to the synchronization symbols, one or more start-of-frame symbols defining the end of the synchronization symbols, the processing module configured to: perform cross correlation to obtain a cross-correlation function on i) at least a part of the received frame ; with ii) a predetermined modulation sequence used to modulate the one or more start-of-frame symbols and not the synchronization symbols ; and determine the location of a start of the one or more start-of-frame symbols based on an increase , above a threshold increase, in the cross-correlation function from a negative cross-correlation with the synchronization symbols to a greater cross-correlation with the part of the received frame containing the start-of-frame symbols wherein the cross correlation function comprises a first region and a second region , the first region comprising a region in which the cross correlation function Is negative and indicative of cross correlation with the synchronization symbols and the second region comprising a region of increased correlation relative to the first region indicative of the end of the synchronization symbols and the start of the start-of-frame symbols, and wherein said increase above a threshold increase comprises a peak in the cross-correlation function designating the detection of the start-of-frame symbols at the end of the second region . perform cross correlation to obtain a cross-correlation function on i) at least a part of the received frame ; with ii) a predetermined modulation sequence used to modulate the one or more start-of-frame symbols and not the synchronization symbols ; and i) at least a part of the received frame ; with ii) a predetermined modulation sequence used to modulate the one or more start-of-frame symbols and not the synchronization symbols ; and determine the location of a start of the one or more start-of-frame symbols based on an increase , above a threshold increase, in the cross-correlation function from a negative cross-correlation with the synchronization symbols to a greater cross-correlation with the part of the received frame containing the start-of-frame symbols wherein the cross correlation function comprises a first region and a second region , the first region comprising a region in which the cross correlation function Is negative and indicative of cross correlation with the synchronization symbols and the second region comprising a region of increased correlation relative to the first region indicative of the end of the synchronization symbols and the start of the start-of-frame symbols, and wherein said increase above a threshold increase comprises a peak in the cross-correlation function designating the detection of the start-of-frame symbols at the end of the second region .
A balance joint suitable for attaching between a seat arrangement and a chair leg arrangement , said balance joint including first and second mountings together forming a hollow space, and at least one hinge pin , the mountings are rotatably mounted to each other by means of the at least one hinge pin, wherein the mountings are designed with attachment plate and side walls in such a way that the side walls of the first mounting can be arranged outside the side walls of the second mounting , wherein one of said mountings is provided with two additional side walls, so that the hollow space between the mountings is completely delimited by side walls, the joint further comprising at least one elastic packing arranged in said hollow space and characterised in that the at least one elastic packing is arranged between the mountings so that the possibility for expansion of the elastic packing is limited by the mounting in all directions.
Use of a multi-component synthetic resin adhesive composition for the fixing sector with one or more non-reactive diluents for embedding anchoring means in mortar in holes or crevices, wherein the synthetic resin adhesive composition and an anchoring means are introduced into a hole or crevice and the synthetic resin adhesive composition is caused to cure, the synthetic resin adhesive composition being characterised in that it comprises at least one biogenic, non-reactive diluent that is liquid at application temperature, wherein "biogenic" means that the reactive diluents, at least with parts of their molecules, are obtained from plants or vegetable or animal materials, this being detectable via the 14 C content in accordance with ASTM6866.
A compound being a RXR agonist for use in combination with a thyroid hormone in a_method of treating a muscular disorder, wherein the RXR agonist has the structure of Formula II wherein R is H or lower alkyl of 1 to 6 carbon; wherein administration of the RXR agonist and the thyroid hormone treats the muscular disorder in the individual more effectively that either the RXR agonist or thyroid hormone alone.
Tread profile of a vehicle tyre, having radially raised profile positives - such as profile block elements or profile ribs - that are bounded by grooves and are bounded in a radial direction R of the tyre by a radially outer surface , and having fine sipes formed in a manner spaced apart from one another in profile positives , wherein fine sipes are formed in the profile positive that are formed, in their main extension direction in the radially outer surface , from successively arranged - oriented in particular in the main extension direction - first rectilinear portions and second portions that are in the form of a circle segment line, and wherein at least those first rectilinear portions of a fine sipe that each connect two second portions in the form of a circle segment line together are formed parallel to one another, characterized in that the second portion in the form of a circle segment line is formed at least in each case with a circle radius R K , wherein, within the circle of at least some portions in the form of a circle segment line, in each case an elevation of the rubber material is formed, and wherein this elevation is formed in a circular, annular circle-segment-shaped or ring-segment-shaped manner with an outside radius Rz of the circle shape or ring shape, where R K ≥ (R Z + 0.5 mm).
A method of producing a martensitic stainless steel strip by performing the following processes continuously: an unwinding process in which a martensitic stainless steel strip with a thickness 1 mm or less is unwound; a quenching process in which the steel strip is passed through a quenching furnace in a non-oxidizing gas atmosphere and heated and then cooled; a tempering process in which the quenched steel strip is passed through a tempering furnace in a non-oxidizing gas atmosphere and tempered; and a winding process in which the tempered steel strip is wound, wherein the quenching furnace of the quenching process comprises at least a temperature raising unit and a holding unit , wherein, when a predetermined quenching temperature is set as T (°C), the temperature raising unit is set to be within a temperature range of 0.7T (°C) or higher and lower than T (°C), and a set heating temperature on an exit side of the steel strip is set to be higher than a set heating temperature on an entry side of the steel strip when the steel strip passes through the temperature raising unit , wherein the holding unit is set to the quenching temperature T (°C), and wherein a time spent in the quenching furnace by the steel strip in the temperature raising unit is equal to or longer than a time spent in the quenching furnace by the steel strip in the holding unit . an unwinding process in which a martensitic stainless steel strip with a thickness 1 mm or less is unwound; a quenching process in which the steel strip is passed through a quenching furnace in a non-oxidizing gas atmosphere and heated and then cooled; a tempering process in which the quenched steel strip is passed through a tempering furnace in a non-oxidizing gas atmosphere and tempered; and a winding process in which the tempered steel strip is wound, wherein the quenching furnace of the quenching process comprises at least a temperature raising unit and a holding unit , wherein, when a predetermined quenching temperature is set as T (°C), the temperature raising unit is set to be within a temperature range of 0.7T (°C) or higher and lower than T (°C), and a set heating temperature on an exit side of the steel strip is set to be higher than a set heating temperature on an entry side of the steel strip when the steel strip passes through the temperature raising unit , wherein the holding unit is set to the quenching temperature T (°C), and wherein a time spent in the quenching furnace by the steel strip in the temperature raising unit is equal to or longer than a time spent in the quenching furnace by the steel strip in the holding unit .
A method for receiving a power signal in a receiver of a wireless charger system, wherein the system comprises a wireless charger apparatus which generates a magnetic field, and the receiver magnetically coupled with the wireless charger apparatus so that the power signal is received inductively by the receiver , the method comprising: receiving, from the wireless charger apparatus in a standby mode, an initial signal used by the wireless charger apparatus to detect the presence of the receiver ; transmitting, to the wireless charger apparatus in an ID call mode, information on a native ID of the receiver ; receiving, in a charging mode, the power signal transferred from the wireless charger apparatus ; transmitting, in the charging mode, a power adjustment signal for adjusting the power signal transferred from the wireless charger apparatus , wherein the power adjustment signal causes the wireless charger apparatus to increase the power signal when a voltage level of the power signal is below a reference voltage value; transmitting, in the charging mode, a second power adjustment signal that causes the wireless charger apparatus to decrease the power signal when the voltage level of the power signal is above the reference voltage value; and transmitting, to the wireless charger apparatus , a data signal indicating a completely charged state of a battery . receiving, from the wireless charger apparatus in a standby mode, an initial signal used by the wireless charger apparatus to detect the presence of the receiver ; transmitting, to the wireless charger apparatus in an ID call mode, information on a native ID of the receiver ; receiving, in a charging mode, the power signal transferred from the wireless charger apparatus ; transmitting, in the charging mode, a power adjustment signal for adjusting the power signal transferred from the wireless charger apparatus , wherein the power adjustment signal causes the wireless charger apparatus to increase the power signal when a voltage level of the power signal is below a reference voltage value; transmitting, in the charging mode, a second power adjustment signal that causes the wireless charger apparatus to decrease the power signal when the voltage level of the power signal is above the reference voltage value; and transmitting, to the wireless charger apparatus , a data signal indicating a completely charged state of a battery .
A method for controlling or regulating a cab suspension and a chassis suspension of a motor vehicle , the control or regulation of the cab suspension depending on at least one determined item of road information which relates to a road segment lying ahead in the direction of travel of the motor vehicle and being carried out in such a way that, depending on the determined item of road information , adaptation of a spring-damper apparatus of the cab suspension is carried out, characterized a) in that in a first operating mode, depending on the determined item of road information , adaptation only of the spring-damper apparatus of the cab suspension is carried out and no adaptation of a spring-damper apparatus of the chassis suspension of the motor vehicle is carried out; and b) in that in a second operating mode, depending on the determined item of road information , both adaptation of the spring-damper apparatus of the cab suspension and adaptation of the spring-damper apparatus of the chassis suspension of the motor vehicle are carried out; c) wherein, depending on the determined item of road information , it is determined whether the first or second operating mode is selected. a) in that in a first operating mode, depending on the determined item of road information , adaptation only of the spring-damper apparatus of the cab suspension is carried out and no adaptation of a spring-damper apparatus of the chassis suspension of the motor vehicle is carried out; and b) in that in a second operating mode, depending on the determined item of road information , both adaptation of the spring-damper apparatus of the cab suspension and adaptation of the spring-damper apparatus of the chassis suspension of the motor vehicle are carried out; c) wherein, depending on the determined item of road information , it is determined whether the first or second operating mode is selected.
A laundry care composition comprising: (i) from 2 to 70 wt% of a surfactant; and (ii) from 0.0001 to 20.0 wt% of a leuco polymer comprising a polyethylenimine and at least one leuco moiety covalently bound to the polyethylenimine, wherein the polyethylenimine comprises three or more amine nitrogen atoms and 1 mol.% or more of amine hydrogen atoms in the polyethylenimine are replaced with a moiety selected from the group consisting of 2-hydroxypropyl, 1-hydroxypropane-2-yl, and polyalkoxy groups. (i) from 2 to 70 wt% of a surfactant; and (ii) from 0.0001 to 20.0 wt% of a leuco polymer comprising a polyethylenimine and at least one leuco moiety covalently bound to the polyethylenimine, wherein the polyethylenimine comprises three or more amine nitrogen atoms and 1 mol.% or more of amine hydrogen atoms in the polyethylenimine are replaced with a moiety selected from the group consisting of 2-hydroxypropyl, 1-hydroxypropane-2-yl, and polyalkoxy groups.
Method for the secure transmission of data between a mobile ID transmitter and a control device of a motor vehicle comprising the steps: establishing a wireless communication link between the ID transmitter and the control device, wherein a link is established using a frequency spreading method with first connection parameters, Establishing encrypted data communication over the communication link, Generating second connection parameters in the mobile ID transmitter or control device and transmitting the second connection parameters via the encrypted data communication of the wireless communication link, Changing the communication link to use the second connection parameters of the frequency spreading method in the ID transmitter and the control device and continuing the data communication via the changed communication link. establishing a wireless communication link between the ID transmitter and the control device, wherein a link is established using a frequency spreading method with first connection parameters, Establishing encrypted data communication over the communication link, Generating second connection parameters in the mobile ID transmitter or control device and transmitting the second connection parameters via the encrypted data communication of the wireless communication link, Changing the communication link to use the second connection parameters of the frequency spreading method in the ID transmitter and the control device and continuing the data communication via the changed communication link.
A fluid cooled photovoltaic, PV, module assembly, the assembly comprising: a photovoltaic, PV, module comprising a plurality of silicon based cells or thin film based cells, a PV front region, and a PV back region; a thermal collector module comprising a thickness of polymer based material having a plurality of tubes extending from a first end to a second end, the thickness of polymer based material having a collector front region and a collector back region, a first manifold coupled to the plurality of tubes on the first end to gather fluid from each of the plurality of tubes, and a second manifold coupled to the plurality of tubes on the second end to gather fluid from each of the plurality of tubes; an interface region characterizing the PV back region and the collector front region, the interface region being characterized by a substantially continuous contact between the PV back region and the collector front region; and a back structure configured to press the thickness of polymer based material against the PV module such that the interface region maintains the substantially continuous contact. a photovoltaic, PV, module comprising a plurality of silicon based cells or thin film based cells, a PV front region, and a PV back region; a plurality of silicon based cells or thin film based cells, a PV front region, and a PV back region; a thermal collector module comprising a thickness of polymer based material having a plurality of tubes extending from a first end to a second end, the thickness of polymer based material having a collector front region and a collector back region, a first manifold coupled to the plurality of tubes on the first end to gather fluid from each of the plurality of tubes, and a second manifold coupled to the plurality of tubes on the second end to gather fluid from each of the plurality of tubes; a thickness of polymer based material having a plurality of tubes extending from a first end to a second end, the thickness of polymer based material having a collector front region and a collector back region, a first manifold coupled to the plurality of tubes on the first end to gather fluid from each of the plurality of tubes, and a second manifold coupled to the plurality of tubes on the second end to gather fluid from each of the plurality of tubes; an interface region characterizing the PV back region and the collector front region, the interface region being characterized by a substantially continuous contact between the PV back region and the collector front region; and a back structure configured to press the thickness of polymer based material against the PV module such that the interface region maintains the substantially continuous contact.
A tableted chewing gum suitable for active pharmaceutical ingredients, the chewing gum comprising a population of particles, the population of particles comprising a) directly compressible (DC) sugar alcohol particles, b) non-directly compressible (non-DC) sugar alcohol particles and c) particles comprising gum base, the gum base comprising at least 5% by weight of elastomer, wherein the non-DC sugar alcohol particles are non-DC erythritol particles.
Method for operating a combined cycle power plant having a waste heat steam generator configured according to the once-through principle that has a multiplicity of heating surfaces (2-10) which are arranged in the exhaust gas duct of the gas turbine and are connected to one another to form a three-stage pressure system, consisting of a low-pressure stage, an intermediate-pressure stage and a high-pressure stage for the water-steam circuit of the steam turbine, wherein each of the pressure stages has in each case at least one heating surface for preheating, for evaporating and for superheating, and wherein a water-steam separator , which is arranged between the outlet of the evaporator heating surface and the inlet of the superheater heating surface of the intermediate-pressure stage and in which excess water can be separated from the steam, is provided with a branching-off line for diverting the excess water and wherein the branching-off line is connected to a heat exchanger circuit for preheating the fuel for the gas turbine, characterized in that , during load operation of the combined cycle power plant, a water mass flow fed to the waste heat steam generator is set such that the evaporator heating surface of the intermediate-pressure stage, whose preheater heating surface and evaporator heating surface are plumbed in one pass and with no separate outlet manifold at the outlet of the preheater heating surface or separate inlet manifold for the evaporator heating surface , is oversupplied and thus a defined quantity of excess water, heated but not evaporated in the evaporator heating surface , is diverted via the water-steam separator to a heat exchanger circuit for preheating fuel for the gas turbine.
A flexible waveguide band comprising: a spine comprising a pliable rod; a plurality of vertebrae comprising rigid pieces connected to said spine along the length of said spine, said vertebrae each comprising at least one waveguide channel guide for sound waves and a center portion comprising an open portion for receiving said spine; wherein at least a portion of said spine and said plurality of vertebrae are encased within a potting material . a spine comprising a pliable rod; a plurality of vertebrae comprising rigid pieces connected to said spine along the length of said spine, said vertebrae each comprising at least one waveguide channel guide for sound waves and a center portion comprising an open portion for receiving said spine; wherein at least a portion of said spine and said plurality of vertebrae are encased within a potting material .