mhurhangee/ep-ind-claims huggingface dataset:
Steering column for a motor vehicle, comprising a casing unit having a casing tube which has at least one clamping portion, an actuator unit which is disposed in the casing tube and has a steering spindle which is mounted in said actuator unit so as to be rotatable about a longitudinal axis; a clamping bracket having two legs (41a, 41b) which lie opposite one another so as to be transverse to the longitudinal axis and are connected to one another by way of an arcuate portion, the clamping portion of the casing tube being at least partially received between said legs (41a, 41b), wherein the arcuate portion wraps a circumferential region of the clamping portion; a tensioning installation which in a fixing position tensions the clamping bracket on the clamping portion of the casing tube, wherein the clamping portion in the fixing position is tensioned on the actuator unit and establishes the actuator unit in terms of a movement relative to the casing tube in the direction of the longitudinal axis, and in a releasing position slackens the clamping bracket in relation to the clamping portion and releases an adjustment of the actuator unit relative to the casing tube in the direction of the longitudinal axis; wherein the tensioning installation in the fixing position mutually compresses the legs (41a, 41b) transversely to the longitudinal axis; and at least one force transmission element which projects towards the circumferential region of the clamping portion is disposed in the arcuate portion of the clamping bracket, characterized in that entrainment elements are disposed on the casing tube, and the legs (41a, 41b) on the mutually facing sides thereof have contact elements which in the fixing position are able to be pressed transversely to the longitudinal axis against the mutually facing external sides of the entrainment elements.
An electric vehicle comprising a charging arm accommodated in a side portion of the electric vehicle and having a charging head at a position facing toward a corresponding power line of a power supplying device, the charging arm being configured to extend out in a vehicle widthwise direction so that a positive electrode power reception unit of the charging head contacts with a corresponding positive electrode power line of the power line and a negative electrode power reception unit of the charging head contacts with a corresponding negative electrode power line of the power line, wherein the power line is provided at a position facing the side portion of the electric vehicle along a running direction of the electric vehicle to charge an electrical storage device for driving in the electric vehicle, characterized in that the charging head of the charging arm is attached to a front end of an arm member configured to extend in the vehicle widthwise direction, the charging head of the charging arm is joined to the arm member through a UL suspension formed of springs (46a, 46b) attached respectively to upper and lower sides of the arm member, and wherein the UL suspension is configured retain the charging head in a state of contact with the power supplying device in case of movement in upward and downward directions of the charging arm, and the charging head comprises a WD suspension elastically deformable in the vehicle widthwise direction. a charging arm accommodated in a side portion of the electric vehicle and having a charging head at a position facing toward a corresponding power line of a power supplying device, the charging arm being configured to extend out in a vehicle widthwise direction so that a positive electrode power reception unit of the charging head contacts with a corresponding positive electrode power line of the power line and a negative electrode power reception unit of the charging head contacts with a corresponding negative electrode power line of the power line, wherein the power line is provided at a position facing the side portion of the electric vehicle along a running direction of the electric vehicle to charge an electrical storage device for driving in the electric vehicle, characterized in that the charging head of the charging arm is attached to a front end of an arm member configured to extend in the vehicle widthwise direction, the charging head of the charging arm is joined to the arm member through a UL suspension formed of springs (46a, 46b) attached respectively to upper and lower sides of the arm member, and wherein the UL suspension is configured retain the charging head in a state of contact with the power supplying device in case of movement in upward and downward directions of the charging arm, and the charging head comprises a WD suspension elastically deformable in the vehicle widthwise direction.
A process for the manufacture of a printed detergent tablet comprising a) at least one phase from a compressed particulate premix, b) printing on the surface of the detergent tablet with a print resolution of between 40 and 260 dpi, c) a film packaging shrunk onto the detergent tablet, which at least partially covers the printing; comprehensive steps a) Provision of a particulate premix, b) Compression of the particulate premix to form a detergent tablet with at least one phase, whereby the particulate premix is compressed with a compression pressure above 1 kN/cm 2; c) Printing on the surface of the detergent tablet with a print resolution of between 40 and 260 dpi, d) Transport of the printed detergent tablet to a packaging machine, e) Wrapping the printed tablet in film packaging and shrinking the film packaging so that the shrunk film packaging at least partially covers the printing. a) at least one phase from a compressed particulate premix, b) printing on the surface of the detergent tablet with a print resolution of between 40 and 260 dpi, c) a film packaging shrunk onto the detergent tablet, which at least partially covers the printing; comprehensive steps a) Provision of a particulate premix, b) Compression of the particulate premix to form a detergent tablet with at least one phase, whereby the particulate premix is compressed with a compression pressure above 1 kN/cm 2; c) Printing on the surface of the detergent tablet with a print resolution of between 40 and 260 dpi, d) Transport of the printed detergent tablet to a packaging machine, e) Wrapping the printed tablet in film packaging and shrinking the film packaging so that the shrunk film packaging at least partially covers the printing.
An information processing apparatus comprising: a processor configured to: perform brightness correction with an image area that satisfies a predetermined condition in a document image of a captured image of an installation area where a document is installed, as a processing target area; the information processing apparatus being characterized in that the predetermined condition is a condition that a difference in brightness at a boundary position with another image area is equal to or larger than a predetermined threshold value. perform brightness correction with an image area that satisfies a predetermined condition in a document image of a captured image of an installation area where a document is installed, as a processing target area; the information processing apparatus being characterized in that the predetermined condition is a condition that a difference in brightness at a boundary position with another image area is equal to or larger than a predetermined threshold value.
Weighing cell with a weighing system arranged in a housing, a load pick-up, which is arranged outside the housing and which is connected with the weighing system by way of a pick-up axle, and at least one first temperature sensor, characterised in that an air inlet leading into the housing and an air outlet leading out of the housing are provided, by way of which a temperature-controlling gas can be conducted temporarily into the housing and conducted out of the housing, and that the first temperature sensor is, for monitoring the exhaust air temperature, arranged adjacent to the air outlet in the housing.
A resource allocation method, characterized by comprising: notifying, by a network side device, a first correspondence between Priority Per Packet, PPPs, and Logic channel Group Identifiers, LCG IDs, of each target address to a User Equipment, UE; upon the receipt of a sidelink Buffer Status Report, BSR, Medium access Control, MAC, Control Element, CE, reported by the UE, determining, by the network side device, the PPPs corresponding to the LCG IDs of each target address in the sidelink BSR MAC CE in accordance with the first correspondence; and allocating, by the network side device, a resource for each target address of the UE in accordance with the determined PPPs and buffer status information corresponding to the LCG IDs of each target address in the sidelink BSR MAC CE. notifying, by a network side device, a first correspondence between Priority Per Packet, PPPs, and Logic channel Group Identifiers, LCG IDs, of each target address to a User Equipment, UE; upon the receipt of a sidelink Buffer Status Report, BSR, Medium access Control, MAC, Control Element, CE, reported by the UE, determining, by the network side device, the PPPs corresponding to the LCG IDs of each target address in the sidelink BSR MAC CE in accordance with the first correspondence; and allocating, by the network side device, a resource for each target address of the UE in accordance with the determined PPPs and buffer status information corresponding to the LCG IDs of each target address in the sidelink BSR MAC CE.
An acoustic resonator with a reinforcing structure, comprising: a substrate; and a resonant functional layer formed above the substrate, the resonant functional layer comprising: a lower electrode, wherein a cavity is formed between the lower electrode and the substrate; an upper electrode, arranged above the lower electrode; and a piezoelectric layer, arranged between the lower electrode and the upper electrode, wherein an opening passing through the piezoelectric layer is formed in a peripheral area of the piezoelectric layer, and part of the opening is in communication with the cavity; wherein the reinforcing structure comprises a reinforcing layer, and part of the reinforcing layer is formed on an upper surface and a side surface of the piezoelectric layer at an edge of the opening and is in contact with the edge of the opening to reinforce the resonant functional layer near the edge of the opening; and wherein an edge of the lower electrode is exposed in the opening, and the reinforcing layer is in contact with part of the lower electrode exposed in the opening. a substrate; and a resonant functional layer formed above the substrate, the resonant functional layer comprising: a lower electrode, wherein a cavity is formed between the lower electrode and the substrate; an upper electrode, arranged above the lower electrode; and a piezoelectric layer, arranged between the lower electrode and the upper electrode, wherein an opening passing through the piezoelectric layer is formed in a peripheral area of the piezoelectric layer, and part of the opening is in communication with the cavity; a lower electrode, wherein a cavity is formed between the lower electrode and the substrate; an upper electrode, arranged above the lower electrode; and a piezoelectric layer, arranged between the lower electrode and the upper electrode, wherein an opening passing through the piezoelectric layer is formed in a peripheral area of the piezoelectric layer, and part of the opening is in communication with the cavity; wherein the reinforcing structure comprises a reinforcing layer, and part of the reinforcing layer is formed on an upper surface and a side surface of the piezoelectric layer at an edge of the opening and is in contact with the edge of the opening to reinforce the resonant functional layer near the edge of the opening; and wherein an edge of the lower electrode is exposed in the opening, and the reinforcing layer is in contact with part of the lower electrode exposed in the opening.
A process for recovering metals from a stream rich in hydrocarbons and carbonaceous residues by means of a treatment section, characterized in that it comprises the following steps: * sending said stream to a primary treatment effected in one or more steps, wherein said stream is treated in the presence of a fluxant agent in an apparatus, at a temperature ranging from 80 to 180°C, preferably from 100 to 160°C, and subjected to liquid/solid separation in order to obtain a clarified product essentially consisting of liquids and a cake (oilcake); * possibly subjecting the separated cake to drying, in order to remove the hydrocarbon component having a boiling point lower than a temperature ranging from 300 to 350°C from the cake; * sending the cake, possibly dried, to a secondary thermal treatment comprising: * a flameless pyrolysis of the cake effected between 400 and 800°C, in the pretence of air, steam and natural gas or equivalent gas in which the air is in a sub-stoichiometric quantity, during which an inert solid is added; * an oxidation of the pyrolysis residue effected in an oxidizing environment and at temperatures ranging from 400 to 800°C, preferably from 500 to 700°C, effecting said secondary thermal treatment in one or more furnaces of the MHF type, operating with the teeth of the rabbling arms at least partially immersed in the inert bed. * sending said stream to a primary treatment effected in one or more steps, wherein said stream is treated in the presence of a fluxant agent in an apparatus, at a temperature ranging from 80 to 180°C, preferably from 100 to 160°C, and subjected to liquid/solid separation in order to obtain a clarified product essentially consisting of liquids and a cake (oilcake); * possibly subjecting the separated cake to drying, in order to remove the hydrocarbon component having a boiling point lower than a temperature ranging from 300 to 350°C from the cake; * sending the cake, possibly dried, to a secondary thermal treatment comprising: * a flameless pyrolysis of the cake effected between 400 and 800°C, in the pretence of air, steam and natural gas or equivalent gas in which the air is in a sub-stoichiometric quantity, during which an inert solid is added; * an oxidation of the pyrolysis residue effected in an oxidizing environment and at temperatures ranging from 400 to 800°C, preferably from 500 to 700°C, effecting said secondary thermal treatment in one or more furnaces of the MHF type, operating with the teeth of the rabbling arms at least partially immersed in the inert bed. * a flameless pyrolysis of the cake effected between 400 and 800°C, in the pretence of air, steam and natural gas or equivalent gas in which the air is in a sub-stoichiometric quantity, during which an inert solid is added; * an oxidation of the pyrolysis residue effected in an oxidizing environment and at temperatures ranging from 400 to 800°C, preferably from 500 to 700°C, effecting said secondary thermal treatment in one or more furnaces of the MHF type, operating with the teeth of the rabbling arms at least partially immersed in the inert bed.
Receiver of a radiofrequency signal that can be embedded in a jamming signal, comprising: - an analog section comprising a controller comprising at least one amplifier (51, 54), and an analog-to-digital converter at the output of the controller; - a digital section downstream of the analog section, comprising a comparator configured to elaborate an amplitude bit on basis of comparison of the output signal of the analog section with an amplitude bit threshold (Threshold_M), characterised in that the at least one amplifier (51, 54) of the controller of the analog section is a fixed gain amplifier, and in that the digital section comprises a control loop (62, 63) of the amplitude bit threshold configured to maintain an activity duty cycle of the amplitude bit constant and to convert a narrow-band jamming signal into a sinusoidal jamming signal. - an analog section comprising a controller comprising at least one amplifier (51, 54), and an analog-to-digital converter at the output of the controller; - a digital section downstream of the analog section, comprising a comparator configured to elaborate an amplitude bit on basis of comparison of the output signal of the analog section with an amplitude bit threshold (Threshold_M),
A microbicidal composition comprising: (a) N-methyl-1,2-benzisothiazolin-3-one; and (b) dodecylguanidine. (a) N-methyl-1,2-benzisothiazolin-3-one; and (b) dodecylguanidine.
Process for preparing olefins from oxygenates, comprising the following steps: (i) heterogeneously catalysed conversion of the oxygenates in an oxygenate-to-olefin reactor (OTO reactor) under oxygenate conversion conditions to give a product stream containing water, olefins and other hydrocarbons and at least one oxygenate, (ii) quenching the product stream in at least one quench stage to obtain a gaseous stream G comprising hydrocarbons and olefins, a liquid aqueous stream W consisting predominantly of water and oxygenates, and a liquid stream O consisting predominantly of hydrocarbons and comprising olefins, (iii) separating stream G or a stream resulting therefrom and/or stream O or a stream resulting therefrom into a stream C4- consisting predominantly of hydrocarbons having four or fewer carbon atoms and comprising olefins and oxygenates, and into a stream C4+ consisting predominantly of hydrocarbons having four or more carbon atoms and comprising olefins, (iv) separating the stream C4- into a stream C2- containing ethylene and a stream C3+ comprising propylene, propane, C4 hydrocarbons and oxygenates, (v) separating the stream C3+ into a stream C3 comprising propylene and propane and into a stream C4-0 comprising C4 hydrocarbons and oxygenates, (vi) separating the stream C3 into a stream comprising propylene and into a stream comprising propane. (i) heterogeneously catalysed conversion of the oxygenates in an oxygenate-to-olefin reactor (OTO reactor) under oxygenate conversion conditions to give a product stream containing water, olefins and other hydrocarbons and at least one oxygenate, (ii) quenching the product stream in at least one quench stage to obtain a gaseous stream G comprising hydrocarbons and olefins, a liquid aqueous stream W consisting predominantly of water and oxygenates, and a liquid stream O consisting predominantly of hydrocarbons and comprising olefins, (iii) separating stream G or a stream resulting therefrom and/or stream O or a stream resulting therefrom into a stream C4- consisting predominantly of hydrocarbons having four or fewer carbon atoms and comprising olefins and oxygenates, and into a stream C4+ consisting predominantly of hydrocarbons having four or more carbon atoms and comprising olefins, (iv) separating the stream C4- into a stream C2- containing ethylene and a stream C3+ comprising propylene, propane, C4 hydrocarbons and oxygenates, (v) separating the stream C3+ into a stream C3 comprising propylene and propane and into a stream C4-0 comprising C4 hydrocarbons and oxygenates, (vi) separating the stream C3 into a stream comprising propylene and into a stream comprising propane.
Underwater drilling arrangement for creating a bore in a bed of a water body, having - a service platform which can be lowered for positioning on the bed of the water body, - a drilling tool with a drill rod, at the lower end of which a drill head is attached, and - a drill drive, by which the drill rod can be rotatably driven, - wherein a guide tube is provided which is mounted so that it can be rotated and axially moved as well as fixed on the service platform, - wherein the drill rod with drill head is arranged and axially guided in the guide tube, and - wherein a guide tube drive is provided which is arranged on the service platform for incorporating the guide tube into the bed of the water body, - wherein the guide tube comprises a sliding support means for reducing the friction arising during incorporation of the guide tube between the outer shell surface of the guide tube and the earth material of the bed of the water body. - a service platform which can be lowered for positioning on the bed of the water body, - a drilling tool with a drill rod, at the lower end of which a drill head is attached, and - a drill drive, by which the drill rod can be rotatably driven, - wherein a guide tube is provided which is mounted so that it can be rotated and axially moved as well as fixed on the service platform, - wherein the drill rod with drill head is arranged and axially guided in the guide tube, and - wherein a guide tube drive is provided which is arranged on the service platform for incorporating the guide tube into the bed of the water body, - wherein the guide tube comprises a sliding support means for reducing the friction arising during incorporation of the guide tube between the outer shell surface of the guide tube and the earth material of the bed of the water body.
A generator for a wind turbine having a central axis, the generator comprising: a housing of substantially cuboidal form; a stator mounted within the housing; characterized in that the stator has a plurality of multi-phase windings; and a bus ring for conveying electrical power from the plurality of multi-phase windings to power take-off modules; wherein each power take-off module comprises a proximal end portion in electrical communication with the bus ring, and a distal end portion comprising a plurality of power take-off interfaces, wherein the distal end portion of each power take-off module is located substantially within a corner of the housing, and wherein each multi-phase winding is in exclusive electrical communication with a dedicated power take-off module. a housing of substantially cuboidal form; a stator mounted within the housing; characterized in that the stator has a plurality of multi-phase windings; and a bus ring for conveying electrical power from the plurality of multi-phase windings to power take-off modules; wherein each power take-off module comprises a proximal end portion in electrical communication with the bus ring, and a distal end portion comprising a plurality of power take-off interfaces, wherein the distal end portion of each power take-off module is located substantially within a corner of the housing, and wherein each multi-phase winding is in exclusive electrical communication with a dedicated power take-off module.