mhurhangee/ep-ind-claims huggingface dataset:
Process for the production of a chemical compound from a carbon dioxide comprising starting material, comprising the steps of a) providing a feed stream comprising carbon dioxide; b) electrolysing in an electrolysis stage at least a part of the amount of the carbon dioxide in the feed stream to a first gas stream containing carbon monoxide and a second gas stream containing oxygen, wherein the molar ratio between carbon monoxide and oxygen is 1:0.5; c) introducing carbon dioxide into the first and/or the second gas stream either by maintaining a degree of conversion of carbon dioxide in the electrolysis stage of less than 100% and/or sweeping either the first or the second gas stream or both gas streams with a sweep gas containing carbon dioxide and/or at some stage between the electrolysis stage and a subsequent reaction stage with a gas containing carbon dioxide to obtain a first process stream containing carbon monoxide and a second process stream containing oxygen, wherein the first and/or second process stream further contains carbon dioxide and the molar ratio of carbon monoxide in the first process stream to oxygen in the second process stream is 1:0.5; and d) introducing the first and second process stream into the reaction stage and reacting the first and second process stream combined or in succession with a substrate to the chemical compound by means of an oxidative carbonylation reaction with the carbon monoxide and oxygen contained in the process feed stream. a) providing a feed stream comprising carbon dioxide; b) electrolysing in an electrolysis stage at least a part of the amount of the carbon dioxide in the feed stream to a first gas stream containing carbon monoxide and a second gas stream containing oxygen, wherein the molar ratio between carbon monoxide and oxygen is 1:0.5; c) introducing carbon dioxide into the first and/or the second gas stream either by maintaining a degree of conversion of carbon dioxide in the electrolysis stage of less than 100% and/or sweeping either the first or the second gas stream or both gas streams with a sweep gas containing carbon dioxide and/or at some stage between the electrolysis stage and a subsequent reaction stage with a gas containing carbon dioxide to obtain a first process stream containing carbon monoxide and a second process stream containing oxygen, wherein the first and/or second process stream further contains carbon dioxide and the molar ratio of carbon monoxide in the first process stream to oxygen in the second process stream is 1:0.5; and d) introducing the first and second process stream into the reaction stage and reacting the first and second process stream combined or in succession with a substrate to the chemical compound by means of an oxidative carbonylation reaction with the carbon monoxide and oxygen contained in the process feed stream.
Strand production device for producing pelletizable material strands with - at least one perforated plate, which has a base plate and through-holes extending in the base plate from an upstream side to a downstream side, - at least one electrical heating cartridge to heat the at least one perforated plate, wherein the at least one perforated plate is arranged on a reinforcing carrier, wherein the reinforcing carrier comprises a plurality of reinforcing struts to support the at least one perforated plate while ensuring a large-surface distribution and transfer of the heat generated by the at least one electrical heating cartridge to the at least one perforated plate, and wherein at least one receiving space is formed in the reinforcing carrier, characterized in that the at least one receiving space is formed in an associated reinforcing strut and extends in a longitudinal extension direction of the reinforcing strut, that the at least one electrical heating cartridge is arranged in the at least one receiving space. - at least one perforated plate, which has a base plate and through-holes extending in the base plate from an upstream side to a downstream side, - at least one electrical heating cartridge to heat the at least one perforated plate,
A reinforcement pillar assembly for a machine housing, the reinforcement pillar assembly comprising: a cover panel formed of a polymer material, wherein the cover panel includes an outer surface and an inner surface adapted to face in a direction towards a wall of the machine housing; and at least one support pillar formed of a metallic material and adapted to be coupled to the cover panel, wherein the at least support pillar includes a first planar extension adapted to be coupled to the inner surface of the cover panel and a second planar extension adapted to abut the wall of the machine housing, wherein, in use, a gap (G') is defined between the inner surface of the cover panel and the wall of the machine housing, characterized in that the cover panel and the at least one support pillar have a thickness in a range of 6 mm to 12 mm and 0.8 mm to 3 mm, respectively; wherein the at least one support pillar includes a plurality of slots distributed along a length of the at least one support pillar, wherein the at least one support pillar is adapted to be coupled to the machine housing through the plurality of slots; and wherein, in use, the gap (G') is adapted to allow a flow of air between the machine housing and the reinforcement pillar assembly. a cover panel formed of a polymer material, wherein the cover panel includes an outer surface and an inner surface adapted to face in a direction towards a wall of the machine housing; and at least one support pillar formed of a metallic material and adapted to be coupled to the cover panel, wherein the at least support pillar includes a first planar extension adapted to be coupled to the inner surface of the cover panel and a second planar extension adapted to abut the wall of the machine housing, wherein, in use, a gap (G') is defined between the inner surface of the cover panel and the wall of the machine housing, characterized in that the cover panel and the at least one support pillar have a thickness in a range of 6 mm to 12 mm and 0.8 mm to 3 mm, respectively; wherein the at least one support pillar includes a plurality of slots distributed along a length of the at least one support pillar, wherein the at least one support pillar is adapted to be coupled to the machine housing through the plurality of slots; and wherein, in use, the gap (G') is adapted to allow a flow of air between the machine housing and the reinforcement pillar assembly.
An electric power conversion device that is applied to a DC power supply and transmission system in which a plurality of power supply systems are connected by a DC line and are interconnected with each other, the electric power conversion device comprising: a converter being connected between the power supply systems and the DC line and performing electric power conversion; a reactor connected between the converter and the DC line; characterised in that the electric power conversion device further comprises: an earthing switch unit having a limited current circuit and a disconnecting switch each of which is connected in series with each other and a switch connected in parallel to the limited current circuit, wherein the earthing switch unit is connected at least between the reactor and the DC line. a converter being connected between the power supply systems and the DC line and performing electric power conversion; a reactor connected between the converter and the DC line; characterised in that the electric power conversion device further comprises: an earthing switch unit having a limited current circuit and a disconnecting switch each of which is connected in series with each other and a switch connected in parallel to the limited current circuit, wherein an earthing switch unit having a limited current circuit and a disconnecting switch each of which is connected in series with each other and a switch connected in parallel to the limited current circuit, wherein the earthing switch unit is connected at least between the reactor and the DC line.
Remote control device configured to be electrically connected to a power supply network, the device being characterised in that it comprises: - A first and a second supply terminal (15, 16) and at least one output terminal, - A radio frequency module configured to at least receive radio frequency signals representative of control commands and to provide a control signal associated with said radio frequency signals, - A Filter Circuit electrically connected between the first supply terminal and the radio frequency module, the Filter Circuit being configured to at least separate radio frequency signals representative of control commands passing through the first supply terminal and direct them to the radio frequency module, - A power supply module electrically connected to the first supply terminal via the Filter Circuit and to the second supply terminal via a mains Filter Circuit, - A control module electrically connected between the second supply terminal and the output terminal, the second supply terminal providing an electrical signal, the control module being configured to control the amount of electrical signal passing through the control module in accordance with the control signal provided by the radio frequency module, the electrical connection of at least one input terminal of the control module to the second supply terminal of the remote control device is made between said second supply terminal and the mains Filter Circuit. - A first and a second supply terminal (15, 16) and at least one output terminal, - A radio frequency module configured to at least receive radio frequency signals representative of control commands and to provide a control signal associated with said radio frequency signals, - A Filter Circuit electrically connected between the first supply terminal and the radio frequency module, the Filter Circuit being configured to at least separate radio frequency signals representative of control commands passing through the first supply terminal and direct them to the radio frequency module, - A power supply module electrically connected to the first supply terminal via the Filter Circuit and to the second supply terminal via a mains Filter Circuit, - A control module electrically connected between the second supply terminal and the output terminal, the second supply terminal providing an electrical signal, the control module being configured to control the amount of electrical signal passing through the control module in accordance with the control signal provided by the radio frequency module, the electrical connection of at least one input terminal of the control module to the second supply terminal of the remote control device is made between said second supply terminal and the mains Filter Circuit.
A shower partition comprising: - a plate-shaped partition element having a side edge, - a mounting device comprising at least a first fitment member and a second fitment member for connecting the plate-shaped partition element to a wall or to a further plate-shaped partition element, - wherein the first fitment member is fixedly connected to the plate-shaped partition element and - wherein the second fitment member can be fixedly connected to the wall or the further plate-shaped partition element, - wherein provided spaced along the side edge of the plate-shaped partition element are at least two adjusting devices by which the spacing between the first fitment member and the second fitment member is adjustable independently of each other in a direction at a right angle to the side edge of the plate-shaped partition element, and - wherein each of the at least two adjusting devices has an arresting device by which the spacing respectively adjusted by way of the adjusting device between the first fitment member and the second fitment member can be arrested, - wherein each of the at least two adjusting devices has a gear displaceable at a tooth arrangement, characterised in that each of the at least two adjusting devices has at least one fitment element which - preferably during mounting - is mounted pivotably relative to the second fitment member and has at least the tooth arrangement extending at a right angle to the side edge of the plate-shaped partition element, wherein the fitment element is arranged at the second fitment member and wherein the gear is arranged at the first fitment member. - a plate-shaped partition element having a side edge, - a mounting device comprising at least a first fitment member and a second fitment member for connecting the plate-shaped partition element to a wall or to a further plate-shaped partition element, - wherein the first fitment member is fixedly connected to the plate-shaped partition element and - wherein the second fitment member can be fixedly connected to the wall or the further plate-shaped partition element, - wherein provided spaced along the side edge of the plate-shaped partition element are at least two adjusting devices by which the spacing between the first fitment member and the second fitment member is adjustable independently of each other in a direction at a right angle to the side edge of the plate-shaped partition element, and - wherein each of the at least two adjusting devices has an arresting device by which the spacing respectively adjusted by way of the adjusting device between the first fitment member and the second fitment member can be arrested, - wherein each of the at least two adjusting devices has a gear displaceable at a tooth arrangement,
A mobile X-ray apparatus comprising: an X-ray radiator; a controller configured to control the X-ray radiator; and a power supply comprising a lithium ion battery configured to supply an operating power to the X-ray radiator and the controller, and a battery management system configured to control an operation of a protection circuit for protecting the lithium ion battery, characterized in that the BMS is further configured to receive a signal indicating that the X-ray radiator starts X-ray emission from the controller _and prevent the protection circuit from operating protection against at least one of overcurrent and over-discharge. an X-ray radiator; a controller configured to control the X-ray radiator; and a power supply comprising a lithium ion battery configured to supply an operating power to the X-ray radiator and the controller, and a battery management system configured to control an operation of a protection circuit for protecting the lithium ion battery, characterized in that the BMS is further configured to receive a signal indicating that the X-ray radiator starts X-ray emission from the controller _and prevent the protection circuit from operating protection against at least one of overcurrent and over-discharge.
A method of entropy coding for source symbols generated in a video coding system, the method comprising: receiving a current source symbol having a current symbol value belonging to a set of symbol values; determining a bit index of a most significant bit, MSB, referred to as MSB index, of the current symbol value, and any refinement bit for the current symbol value; deriving a first binary string by binarizing a prefix part based on the MSB index of the current symbol value using a unary code or a truncated unary code; deriving a second binary string by binarizing a suffix part corresponding to one or more refinement bits of the current symbol value using a fixed-length code or a truncated binary code if any refinement bit exists; and encoding the first binary string using context-adaptive binary arithmetic coding, CABAC, and encoding the second binary string using CABAC if the second binary string exists, characterized in that when the current source symbol corresponds to syntax Index_Mode representing a runlength minus one of a consecutively repeating palette index in a same row, a bin of the first binary string with a bin index equal to zero is coded in a regular CABAC mode with three contexts, wherein a first context is selected if the palette index is less than a first threshold T1, a second context is selected if the palette index is greater than or equal to the first threshold T1 and less than a second threshold T2, and a third context is selected if the palette index is greater than or equal to the second threshold T2, and wherein the second threshold T2 is greater than the first threshold T1. receiving a current source symbol having a current symbol value belonging to a set of symbol values; determining a bit index of a most significant bit, MSB, referred to as MSB index, of the current symbol value, and any refinement bit for the current symbol value; deriving a first binary string by binarizing a prefix part based on the MSB index of the current symbol value using a unary code or a truncated unary code; deriving a second binary string by binarizing a suffix part corresponding to one or more refinement bits of the current symbol value using a fixed-length code or a truncated binary code if any refinement bit exists; and encoding the first binary string using context-adaptive binary arithmetic coding, CABAC, and encoding the second binary string using CABAC if the second binary string exists, characterized in that when the current source symbol corresponds to syntax Index_Mode representing a runlength minus one of a consecutively repeating palette index in a same row, a bin of the first binary string with a bin index equal to zero is coded in a regular CABAC mode with three contexts, wherein a first context is selected if the palette index is less than a first threshold T1, a second context is selected if the palette index is greater than or equal to the first threshold T1 and less than a second threshold T2, and a third context is selected if the palette index is greater than or equal to the second threshold T2, and wherein the second threshold T2 is greater than the first threshold T1.
A sensor management system, comprising: a host device comprising a host device processor circuit configured to perform operations comprising: receiving measurement system configuration data from a remote server, wherein the measurement system configuration data describes a first configuration of a measurement system for interfacing with a first sensor (118A, 118B, 118N); generating a first register map based at least in part on the measurement system configuration data; and sending the first register map to the measurement system. the measurement system, comprising: a switch matrix; and a measurement system processor circuit configured to perform operations comprising: receiving the first register map from the host device; comparing the first register map to an error rule set indicating register map arrangements that are inconsistent with the first sensor; after comparing the first register map to the error rule set, if the first register map passes the error rule set, configuring the switch matrix for sampling the first sensor according to the first configuration of the measurement system; receiving a plurality of samples from a first sensor; and generating first digital measurement data based at least in part on the plurality of samples. receiving measurement system configuration data from a remote server, wherein the measurement system configuration data describes a first configuration of a measurement system for interfacing with a first sensor (118A, 118B, 118N); generating a first register map based at least in part on the measurement system configuration data; and sending the first register map to the measurement system. the measurement system, comprising: a switch matrix; and a measurement system processor circuit configured to perform operations comprising: receiving the first register map from the host device; comparing the first register map to an error rule set indicating register map arrangements that are inconsistent with the first sensor; after comparing the first register map to the error rule set, if the first register map passes the error rule set, configuring the switch matrix for sampling the first sensor according to the first configuration of the measurement system; receiving a plurality of samples from a first sensor; and generating first digital measurement data based at least in part on the plurality of samples. receiving the first register map from the host device; comparing the first register map to an error rule set indicating register map arrangements that are inconsistent with the first sensor; after comparing the first register map to the error rule set, if the first register map passes the error rule set, configuring the switch matrix for sampling the first sensor according to the first configuration of the measurement system; receiving a plurality of samples from a first sensor; and generating first digital measurement data based at least in part on the plurality of samples.
An antenna assembly tunable from remote comprising: a main reflector, a sub-reflector associated with the main reflector, a feed configured to receive transmission illuminating the main reflector via the sub-reflector, or to transmit transmission to the main reflector via the sub-reflector, and a geometric measuring device configured to scan the surface of the main reflector by measuring a distance to a plurality of selected points on the inner face of main reflector from the geometric measuring device and to yield a set of data items representing the geometries of the inner face of the main reflector, wherein the sub-reflector comprises: a plurality of actuators disposed over and attached to its outer face, each of the plurality of actuators being configured to locally deform the surface of the sub-reflector adjacent to that actuator by locally pushing the material forming the sub-reflector inwardly or outwardly in response to a change in the actuator position, and wherein the antenna assembly is configured to calculate a correction vector comprising movement values for some or all of the actuators of the sub-reflector based on the said set of data items. a main reflector, a sub-reflector associated with the main reflector, a feed configured to receive transmission illuminating the main reflector via the sub-reflector, or to transmit transmission to the main reflector via the sub-reflector, and a geometric measuring device configured to scan the surface of the main reflector by measuring a distance to a plurality of selected points on the inner face of main reflector from the geometric measuring device and to yield a set of data items representing the geometries of the inner face of the main reflector, wherein the sub-reflector comprises: a plurality of actuators disposed over and attached to its outer face, each of the plurality of actuators being configured to locally deform the surface of the sub-reflector adjacent to that actuator by locally pushing the material forming the sub-reflector inwardly or outwardly in response to a change in the actuator position, and wherein the antenna assembly is configured to calculate a correction vector comprising movement values for some or all of the actuators of the sub-reflector based on the said set of data items. a plurality of actuators disposed over and attached to its outer face, each of the plurality of actuators being configured to locally deform the surface of the sub-reflector adjacent to that actuator by locally pushing the material forming the sub-reflector inwardly or outwardly in response to a change in the actuator position, and wherein the antenna assembly is configured to calculate a correction vector comprising movement values for some or all of the actuators of the sub-reflector based on the said set of data items.