mhurhangee/patent-ind-claim-en huggingface dataset:
A photoconductive antenna, comprising - a photoconductive substrate; - an array of antenna electrodes on or in the substrate; - a bias circuit configured to determine voltages applied to the antenna electrodes by capacitive voltage division over a series of successive capacitors, each capacitor being formed by the antenna electrodes of a respective pair of successive ones of the antenna electrodes in the array as plates of the capacitor; wherein the successive ones of the antenna electrodes of each of the respective pairs are separated by gaps between pairs of successive ones of the antenna electrodes; characterised in that the photoconductive antenna comprises - a plurality of micro-lenses located over the photoconductive substrate, each micro-lens being configured to concentrate incoming light on a part of the photoconductive substrate on or in which a respective one of the gaps is located. - a photoconductive substrate; - an array of antenna electrodes on or in the substrate; - a bias circuit configured to determine voltages applied to the antenna electrodes by capacitive voltage division over a series of successive capacitors, each capacitor being formed by the antenna electrodes of a respective pair of successive ones of the antenna electrodes in the array as plates of the capacitor; wherein the successive ones of the antenna electrodes of each of the respective pairs are separated by gaps between pairs of successive ones of the antenna electrodes; characterised in that the photoconductive antenna comprises - a plurality of micro-lenses located over the photoconductive substrate, each micro-lens being configured to concentrate incoming light on a part of the photoconductive substrate on or in which a respective one of the gaps is located.
A wind turbine generator , comprising: a tower , a nacelle rotatably mounted to said tower , said nacelle having a longitudinal axis and being configured to align the longitudinal axis with the direction of the incoming wind during operation of said wind turbine generator , one or more heat-generating components housed in said wind turbine generator , characterized in that it further comprises a containerized HVAC module mounted on a roof of said nacelle and operably connected to said one or more heat-generating components for cooling said heat-generating components . a tower , a nacelle rotatably mounted to said tower , said nacelle having a longitudinal axis and being configured to align the longitudinal axis with the direction of the incoming wind during operation of said wind turbine generator , one or more heat-generating components housed in said wind turbine generator , characterized in that it further comprises a containerized HVAC module mounted on a roof of said nacelle and operably connected to said one or more heat-generating components for cooling said heat-generating components .
A process for coating a substrate comprising the following steps: i) providing a graphite substrate; ii) providing an aqueous suspension comprising at least one tantalum carbide particle and at least one dispersant, wherein the proportion of the at least one tantalum carbide particle is in the range from 30% to 95% by weight based on the total weight of the suspension; iii) applying the suspension from step ii) to the surface of the graphite substrate from step i); iv) drying the applied suspension, resulting in the formation of a coating on the surface of the graphite substrate. i) providing a graphite substrate; ii) providing an aqueous suspension comprising at least one tantalum carbide particle and at least one dispersant, wherein the proportion of the at least one tantalum carbide particle is in the range from 30% to 95% by weight based on the total weight of the suspension; iii) applying the suspension from step ii) to the surface of the graphite substrate from step i); iv) drying the applied suspension, resulting in the formation of a coating on the surface of the graphite substrate.
A solvent-based inkjet ink comprising at least a pigment, an organic solvent, a binder resin and a dispersant, wherein the binder resin comprises a vinyl chloride-vinyl acetate-based resin, the dispersant has a weight-average molecular weight (Mw) of 5,000 to 20,000, an acid value (mg KOH/g) of 5 to 20, an amine value (mg KOH/g) of 20 to 50, and the ratio (Mw/Mn) of the weight-average molecular weight (Mw) relative to the number-average molecular weight (Mn) of the dispersant is not more than 2, said Mw, Mn, acid value and amine value being determined as described in the specification, and the dispersant has a main chain composed of a polyethyleneimine and a side chain having at least an oxyalkylenecarbonyl group. a weight-average molecular weight (Mw) of 5,000 to 20,000, an acid value (mg KOH/g) of 5 to 20, an amine value (mg KOH/g) of 20 to 50, and the ratio (Mw/Mn) of the weight-average molecular weight (Mw) relative to the number-average molecular weight (Mn) of the dispersant is not more than 2, said Mw, Mn, acid value and amine value being determined as described in the specification,
Method for configuring a wireless communication coverage extension system comprising a backhaul network in tree form, comprising a plurality of nodes implementing a functionality of access point of one and the same wireless communication network, the wireless communication coverage extension system being adapted to make it possible to connect devices to said nodes by means of the wireless communication network or by cable in order to form a local area network, at least two nodes in said plurality of nodes being connected directly to an internet access gateway, referred to as a gateway, characterised in that the method comprises the following steps: - identifying said at least two nodes directly connected to said gateway among said nodes in the backhaul subnetwork; - selecting a single node among said at least two nodes identified in order to be the node through which a configuration of said wireless communication coverage extension system is defined by comparing a parameter associated with one of the at least two nodes to a corresponding parameter associated with another node of said at least two nodes, said parameter for a given node being: a number of nodes in a branch of said tree to which said given node belongs, a performance parameter in terms of bandwidth, error rate and/or latency time of a link between said given node and said gateway, an operating time of the given node as the node through which a configuration of said wireless communication coverage extension system is defined, or a combination of at least two of said parameters; and - sending the configuration of the wireless communication coverage extension system defined from the selected node to all the other nodes in the backhaul subnetwork. - identifying said at least two nodes directly connected to said gateway among said nodes in the backhaul subnetwork; - selecting a single node among said at least two nodes identified in order to be the node through which a configuration of said wireless communication coverage extension system is defined by comparing a parameter associated with one of the at least two nodes to a corresponding parameter associated with another node of said at least two nodes, said parameter for a given node being: a number of nodes in a branch of said tree to which said given node belongs, a performance parameter in terms of bandwidth, error rate and/or latency time of a link between said given node and said gateway, an operating time of the given node as the node through which a configuration of said wireless communication coverage extension system is defined, or a combination of at least two of said parameters; and - sending the configuration of the wireless communication coverage extension system defined from the selected node to all the other nodes in the backhaul subnetwork.
A torrefaction reactor comprising: a vibrating reactor; a solid waffle plate bifurcating the reactor into a bottom plenum and a top plenum, said solid plate sealed at either end to the ends of said reactor such that said bottom plenum and said top plenum are sealed one from the other, said solid waffle plate angled downwardly such that vibration of said reactor results in the movement of the biomass from said input airlock device to said output airlock device, and said plate being undulating thereby providing more surface area to transfer energy; motors having offset weights for vibrating said reactor; an input airlock device at one end of said reactor above said solid plate for injecting a biomass onto the top of said solid waffle plate and an exit airlock device on the opposite end of said solid plate for the removal of torrefied material, and including a source of heated non-volatile gas and duct work between said source and said reactor for injecting the heated non-volatile gas to the underside of said solid plate. a vibrating reactor; a solid waffle plate bifurcating the reactor into a bottom plenum and a top plenum, said solid plate sealed at either end to the ends of said reactor such that said bottom plenum and said top plenum are sealed one from the other, said solid waffle plate angled downwardly such that vibration of said reactor results in the movement of the biomass from said input airlock device to said output airlock device, and said plate being undulating thereby providing more surface area to transfer energy; motors having offset weights for vibrating said reactor; an input airlock device at one end of said reactor above said solid plate for injecting a biomass onto the top of said solid waffle plate and an exit airlock device on the opposite end of said solid plate for the removal of torrefied material, and including a source of heated non-volatile gas and duct work between said source and said reactor for injecting the heated non-volatile gas to the underside of said solid plate.
A welding material for Ni-based heat resistant alloy, the welding material having a chemical composition consisting, by mass%, of: C: 0.08 to 0.12%, Si: 0.10% or less, Mn: 0.02 to 1.50%, P: 0.008% or less, S: 0.002% or less, Ni: more than 56.0% to 60.0% or less, Co: 8.0 to 12.0%, Cr: 18.0 to 22.0%, Mo: 6.0 to 10.0%, Ti: 0.01 to 0.50%, Al: 0.50 to 1.00%, N: 0.010% or less, O: 0.010% or less, Nb: 0 to 0.50%, B: 0 to 0.0050%, Ca: 0 to 0.050%, Mg: 0 to 0.050%, REM: 0 to 0.20%, and the balance: Fe and impurities, wherein a thickness of an oxide layer formed on the surface of the welding material is 30 μm or less. C: 0.08 to 0.12%, Si: 0.10% or less, Mn: 0.02 to 1.50%, P: 0.008% or less, S: 0.002% or less, Ni: more than 56.0% to 60.0% or less, Co: 8.0 to 12.0%, Cr: 18.0 to 22.0%, Mo: 6.0 to 10.0%, Ti: 0.01 to 0.50%, Al: 0.50 to 1.00%, N: 0.010% or less, O: 0.010% or less, Nb: 0 to 0.50%, B: 0 to 0.0050%, Ca: 0 to 0.050%, Mg: 0 to 0.050%, REM: 0 to 0.20%, and the balance: Fe and impurities, wherein a thickness of an oxide layer formed on the surface of the welding material is 30 μm or less.
A motor support for a vehicle seat, comprising - at least two support fixing areas for fixing the motor support to two mutually opposite components (S2a, S2b) of the vehicle seat, and - at least one motor fixing area for fixing a motor to the motor support , wherein the motor support forms at least one pivot bearing point and at least one fixing element at the motor fixing area , and the at least one pivot bearing point is adapted to specify a mounting position for the motor at the motor fixing area , from which the motor arranged on the motor fixing area can be pivoted into a fixing position along a pivoting path specified with the at least one pivot bearing point , upon reaching of which the motor is fixed via the at least one fixing element , characterized in that the at least one pivot bearing point is formed by a ball head-shaped pivot bearing portion . - at least two support fixing areas for fixing the motor support to two mutually opposite components (S2a, S2b) of the vehicle seat, and - at least one motor fixing area for fixing a motor to the motor support , wherein the motor support forms at least one pivot bearing point and at least one fixing element at the motor fixing area , and the at least one pivot bearing point is adapted to specify a mounting position for the motor at the motor fixing area , from which the motor arranged on the motor fixing area can be pivoted into a fixing position along a pivoting path specified with the at least one pivot bearing point , upon reaching of which the motor is fixed via the at least one fixing element , characterized in that the at least one pivot bearing point is formed by a ball head-shaped pivot bearing portion .
A process for making esters of furandicarboxylic acid (FDCA), comprising: reacting an aqueous feed comprising glucaric acid with a high boiling first alcohol in the presence of an acid catalyst and with removing water during the reaction, to form a first product mixture comprising a first ester of FDCA and the high boiling first alcohol, wherein the high boiling first alcohol is selected from the C 4 to C 11 linear alcohols and C 4 to C 11 branched alcohols; removing unreacted high boiling first alcohol from the first product mixture; combining the first ester of FDCA and the high boiling first alcohol with a lower boiling second alcohol selected from the group consisting of methanol, ethanol, isopropanol and n-propanol; transesterifying the first ester with the lower boiling second alcohol to form a second product mixture comprising a second ester of FDCA with the lower boiling second alcohol; and recovering the second ester of FDCA with the lower boiling second alcohol. reacting an aqueous feed comprising glucaric acid with a high boiling first alcohol in the presence of an acid catalyst and with removing water during the reaction, to form a first product mixture comprising a first ester of FDCA and the high boiling first alcohol, wherein the high boiling first alcohol is selected from the C 4 to C 11 linear alcohols and C 4 to C 11 branched alcohols; removing unreacted high boiling first alcohol from the first product mixture; combining the first ester of FDCA and the high boiling first alcohol with a lower boiling second alcohol selected from the group consisting of methanol, ethanol, isopropanol and n-propanol; transesterifying the first ester with the lower boiling second alcohol to form a second product mixture comprising a second ester of FDCA with the lower boiling second alcohol; and recovering the second ester of FDCA with the lower boiling second alcohol.
A sensor system for monitoring an object , comprising at least a first part and a second part, of which the second part is a sensor module including at least one sensor, and the first part is an adapter for connecting the sensor module to the object , and at least one fastening means for a fastening of the first part to the object to be monitored, the first part and the second part being designed to establish a detachable connection between the second part and the first part, and one of the described parts being equipped with a signal generator , which is designed to detect a detachment of the said connection between the second part and the first part and generate a signal triggered thereby, the said fastening of the first part to the object not being detachable non-destructively in a state in which the second part is connected to the first part as described, characterized in that the sensor system additionally comprises at least one functional module , which is designed for both a detachable connection to the sensor module and a detachable connection to the adapter .
A method for constructing a gripping sock, the method comprising: knitting threads to create a fabric structure conforming to a user's foot to construct a sock that defines an inner surface and an outer surface, wherein said inner surface is proximal to a user contact surface and distal to an external contact surface, and wherein said outer surface is proximal to said external contact surface and distal to said user contact surface; configuring a gripping material into one or more of a plurality of shapes for selective application of said gripping material on said inner surface and said outer surface of said sock; and selectively applying the configured gripping material on said inner surface and said outer surface of said sock, wherein said gripping material on said inner surface and said outer surface of said sock adheres to said user contact surface and said external contact surface respectively; wherein the gripping material comprises a non-slip material such that in use said adherence of said gripping material on said inner surface and said outer surface of said sock to said user contact surface and said external contact surface respectively provides grip to a user's foot between the user's foot and the sock, and simultaneously provides grip to the user's foot between the sock and an inside surface of footwear worn by the user. knitting threads to create a fabric structure conforming to a user's foot to construct a sock that defines an inner surface and an outer surface, wherein said inner surface is proximal to a user contact surface and distal to an external contact surface, and wherein said outer surface is proximal to said external contact surface and distal to said user contact surface; configuring a gripping material into one or more of a plurality of shapes for selective application of said gripping material on said inner surface and said outer surface of said sock; and selectively applying the configured gripping material on said inner surface and said outer surface of said sock, wherein said gripping material on said inner surface and said outer surface of said sock adheres to said user contact surface and said external contact surface respectively; wherein the gripping material comprises a non-slip material such that in use said adherence of said gripping material on said inner surface and said outer surface of said sock to said user contact surface and said external contact surface respectively provides grip to a user's foot between the user's foot and the sock, and simultaneously provides grip to the user's foot between the sock and an inside surface of footwear worn by the user.
Device for diagnosing the functionality of nerve fibres, having an electrode arrangement for stimulus charging, comprising several electrodes arranged in an electrode array and at least one further electrode , and at least one recording electrode, wherein the device also has a control unit for stimulus charging of the electrodes of the electrode array with pulses and a measuring unit connected to the recording electrode for detecting a somatosensory evoked potential (SEP) of thin nerve fibres, wherein the further electrode is distanced from the electrode array, and the electrodes of the electrode array are two-dimensionally distributed punctiform electrodes which have a tapering surface for punctiform contact with the skin and are designed to be laid on the skin without perforating same.
A method for controlling the quantity of liquid contained in a cartridge for an aerosol generating device, wherein the cartridge comprises a container and a liquid contained in the container ; wherein the method comprises the steps of: - measuring the quantity of liquid contained in the cartridge ; and - comparing the quantity of liquid with a reference quantity of liquid; wherein the step of measuring the quantity of liquid comprises sequentially the following steps: - weighing the container of the cartridge in a first weighing group ; - injecting a quantity of liquid in the container in a filling station ; - weighing the container containing liquid in a second weighing group ; and - calculating the weight of the liquid contained in the container ; wherein a first conveyor is provided; characterised in that the first conveyor is comprising: a first gripping portion at which it receives the container without liquid from the first weighing group ; a first release portion at which the container without liquid is moved to the filling station to fill the container with the liquid ; a second gripping portion at which it receives the container containing liquid from the filling station ; and a second release portion at which the container containing liquid is moved to the second weighing group ; the method comprises a second conveyor which comprises: a first gripping portion at which the container without liquid is received; a first release portion at which the container without liquid is moved to the first weighing group ; and a second gripping portion at which the container containing liquid is received from the second weighing group . - measuring the quantity of liquid contained in the cartridge ; and - comparing the quantity of liquid with a reference quantity of liquid; - weighing the container of the cartridge in a first weighing group ; - injecting a quantity of liquid in the container in a filling station ; - weighing the container containing liquid in a second weighing group ; and - calculating the weight of the liquid contained in the container ; wherein a first conveyor is provided; characterised in that the first conveyor is comprising: a first gripping portion at which it receives the container without liquid from the first weighing group ; a first release portion at which the container without liquid is moved to the filling station to fill the container with the liquid ; a second gripping portion at which it receives the container containing liquid from the filling station ; and a second release portion at which the container containing liquid is moved to the second weighing group ; the method comprises a second conveyor which comprises: a first gripping portion at which the container without liquid is received; a first release portion at which the container without liquid is moved to the first weighing group ; and a second gripping portion at which the container containing liquid is received from the second weighing group .
A method for removing carbomer-based lubricant from a cytological specimen sample suspended in a collection preservative solution, the method comprising: pelletizing the specimen; decanting the collection preservative solution to isolate the pelleted specimen; adding a wash solution to the pelleted specimen, wherein the wash solution is a Tris-based alkaline buffer further comprising a basic amino acid; centrifuging the specimen and wash solution to form a supernatant and cell pellet; decanting the supernatant to isolate the cell pellet; and adding a replacement preservative solution to the cell pellet. pelletizing the specimen; decanting the collection preservative solution to isolate the pelleted specimen; adding a wash solution to the pelleted specimen, wherein the wash solution is a Tris-based alkaline buffer further comprising a basic amino acid; centrifuging the specimen and wash solution to form a supernatant and cell pellet; decanting the supernatant to isolate the cell pellet; and adding a replacement preservative solution to the cell pellet.
A composition comprising: a) a phase change material; b) 1 to 10 wt% of a silica gelling additive; c) a styrene co-polymer gelling additive; and d) 0.05 to 10 wt% of a diol, wherein the diol is a polyethylene glycol; and wherein the composition is in the form of a gel and wherein the weight ratio of b) silica gelling additive to c) styrene co-polymer gelling additive in the composition is in the range from 0.6 to 5:1. a) a phase change material; b) 1 to 10 wt% of a silica gelling additive; c) a styrene co-polymer gelling additive; and d) 0.05 to 10 wt% of a diol, wherein the diol is a polyethylene glycol; and