mhurhangee/patent-ind-claim-en huggingface dataset:
An occupant support comprising a seat bottom , a seat back coupled to the seat bottom for movement about a seat-back pivot axis relative to the seat bottom between an upright position and a folded-forward position a seat-motion controller providing means for controlling movement of the occupant support in one of a powered fine-adjustment mode in which the seat back rotates about the seat-back pivot axis relative to the seat bottom between the upright position and the folded-forward position at a first rotational speed in response to electric energy being supplied to a motor connected to the seat-motion controller and a powered gross-movement mode in which the seat back rotates about the seat-back pivot axis relative to the seat bottom at a second rotational speed greater than the first rotational speed between the upright position and the folded-forward position in response to electric energy being supplied to the motor , characterised by a mode controller including a cam-shaft unit and a plurality of pawls , the cam-shaft unit is configured to rotate at the second rotational speed in response to electric energy being supplied to the motor and is movable axially relative to a mobile flange between a first position and a second position, and the plurality of pawls are arranged circumferentially about the cam-shaft unit . a seat bottom , a seat back coupled to the seat bottom for movement about a seat-back pivot axis relative to the seat bottom between an upright position and a folded-forward position a seat-motion controller providing means for controlling movement of the occupant support in one of a powered fine-adjustment mode in which the seat back rotates about the seat-back pivot axis relative to the seat bottom between the upright position and the folded-forward position at a first rotational speed in response to electric energy being supplied to a motor connected to the seat-motion controller and a powered gross-movement mode in which the seat back rotates about the seat-back pivot axis relative to the seat bottom at a second rotational speed greater than the first rotational speed between the upright position and the folded-forward position in response to electric energy being supplied to the motor , characterised by a mode controller including a cam-shaft unit and a plurality of pawls , the cam-shaft unit is configured to rotate at the second rotational speed in response to electric energy being supplied to the motor and is movable axially relative to a mobile flange between a first position and a second position, and the plurality of pawls are arranged circumferentially about the cam-shaft unit .
A filtering arrangement for a wireless communication receiver, the filtering arrangement comprising: an input port configured to receive a digital signal, wherein the digital signal has a signal bandwidth and comprises a desired signal ; dividing circuitry configured to divide the digital signal into two or more signal parts, wherein the two or more signal parts comprise two edge signal parts; and a respective processing branch associated with each of the two or more signal parts, wherein a processing branch configured to process a respective edge signal part comprises: - a digital edge filter configured to filter the edge signal part; - determination circuitry configured to determine whether an un-desired signal is comprised in the edge signal part; and - frequency shifting circuitry configured to frequency shift the edge signal part responsive to determination by the determination circuitry. an input port configured to receive a digital signal, wherein the digital signal has a signal bandwidth and comprises a desired signal ; dividing circuitry configured to divide the digital signal into two or more signal parts, wherein the two or more signal parts comprise two edge signal parts; and a respective processing branch associated with each of the two or more signal parts, wherein a processing branch configured to process a respective edge signal part comprises: - a digital edge filter configured to filter the edge signal part; - determination circuitry configured to determine whether an un-desired signal is comprised in the edge signal part; and - frequency shifting circuitry configured to frequency shift the edge signal part responsive to determination by the determination circuitry. - a digital edge filter configured to filter the edge signal part; - determination circuitry configured to determine whether an un-desired signal is comprised in the edge signal part; and - frequency shifting circuitry configured to frequency shift the edge signal part responsive to determination by the determination circuitry.
Belt, of the type used as a motion transmission means or as a transport means, characterised in that it comprises a plurality of parallel or almost parallel, transversal holes , which are orderly distributed along its longitudinal extension and are arranged at the sides of the belt itself , in the thickness of the same, and with an arrangement transverse to the median longitudinal plane (X-X;Y-Y;Z-Z) which contains the longitudinal geometric axis of the belt ; said transversal holes consisting of grooves between the teeth of the toothed part of a toothed belt covered by a closing band or belt firmly applied on the teeth heads to cover the grooves so as to generate the transversal holes , which are used to house correspondingly reinforcing pins or pegs in the belt joint zones.
An apparatus, comprising: an energy source, ES, configured to provide electrical power during discharging mode of operation and receive electrical power during charging mode of operation; and an electric drive system , comprising; a converter coupled to the energy source , the converter configured to convert the electrical power received from the energy source into drive electrical power, and configured to convert regenerative electrical power into charge electrical power for charging the energy source ; at least one motor coupled to the converter , the motor configured to receive the drive electrical power provided from the converter and provide mechanical power for driving at least one load in drive mode of operation, and configured to convert mechanical power from the load into the regenerative electrical power in regenerative mode of operation; and a controller coupled to the energy source , converter , and at least one motor , the controller configured to receive at least one first parameter indicating charging status of the energy source , and configured to receive at least one second parameter indicating operation condition of the at least one motor , wherein the controller is configured to send control signals to the converter , based at least in part on a braking command, the at least one first parameter, and the at least one second parameter to allow the electric drive system to controllably generate loss power resulting from the regenerative electrical power. an energy source, ES, configured to provide electrical power during discharging mode of operation and receive electrical power during charging mode of operation; and an electric drive system , comprising; a converter coupled to the energy source , the converter configured to convert the electrical power received from the energy source into drive electrical power, and configured to convert regenerative electrical power into charge electrical power for charging the energy source ; at least one motor coupled to the converter , the motor configured to receive the drive electrical power provided from the converter and provide mechanical power for driving at least one load in drive mode of operation, and configured to convert mechanical power from the load into the regenerative electrical power in regenerative mode of operation; and a controller coupled to the energy source , converter , and at least one motor , the controller configured to receive at least one first parameter indicating charging status of the energy source , and configured to receive at least one second parameter indicating operation condition of the at least one motor , wherein the controller is configured to send control signals to the converter , based at least in part on a braking command, the at least one first parameter, and the at least one second parameter to allow the electric drive system to controllably generate loss power resulting from the regenerative electrical power.
A compound cemtirestat disulfide which is 2,2'-(disulfanediylbis(5 H - triazino[5,6- b ]indole-3,5-diyl))diacetic acid of formula I: or a pharmaceutically acceptable form thereof selected from the group a mono- or dibasic salt, mono- or diesters, amides, or combinations thereof.
A three-degree-of-freedom flexible hinge mechanism-type piezoelectric micro-gripper, which comprises a first gripper finger and a second gripper finger , wherein a base is provided at the tails of the first gripper finger and the second gripper finger , a third flexible hinge and a first right-angled link are sequentially connected between the base and the first gripper finger , a fourth flexible hinge and a second right-angled link are sequentially connected between the base and the second gripper finger , and an x-direction drive unit is provided between the first right-angled link and the second right-angled link , and is connected to the first right-angled link via a first flexible hinge and to the second right-angled link via a second flexible hinge ; characterized in that the micro-gripper further comprises a y-direction drive unit acting on the base and a z-direction drive unit acting on the y-direction drive unit , wherein the y-direction drive unit is stacked above the base , and the z-direction drive unit is provided on a rear side of the base and form a gap therewith.
Opto-electro-mechanical system for manipulating optical radiation, comprising • a rotationally movable element , wherein the element is itself an optical element or comprises an optical element, • a stator for the movable element having a recess enabling a deflection range, • a flexible connection (9, 16, 16', 16") between the stator and the movable element providing a corresponding kinematically defined mobility, wherein the flexible connection provides a rotational mobility, defines a torsion axis , and elastically deforms under torsion, and • an actuator for deflecting the movable element, wherein the actuator rotationally deflects the movable element in accordance with the kinematically defined mobility, • wherein the stator is connected in one piece to the movable element , and the one-piece connection consists of silicate glass, in particular quartz glass, and • wherein the recess is arranged around the movable element in such a way that the movable element is deflectable in accordance with the kinematically defined mobility with elastic deformation of the connection (9, 16, 16', 16") by means of the actuator, characterized in that the flexible connection is formed rod-shaped, wherein the rod-shaped flexible connection has a rounded, in particular circular or oval, rod cross section. • a rotationally movable element , wherein the element is itself an optical element or comprises an optical element, • a stator for the movable element having a recess enabling a deflection range, • a flexible connection (9, 16, 16', 16") between the stator and the movable element providing a corresponding kinematically defined mobility, wherein the flexible connection provides a rotational mobility, defines a torsion axis , and elastically deforms under torsion, and • an actuator for deflecting the movable element, wherein the actuator rotationally deflects the movable element in accordance with the kinematically defined mobility, • wherein the stator is connected in one piece to the movable element , and the one-piece connection consists of silicate glass, in particular quartz glass, and • wherein the recess is arranged around the movable element in such a way that the movable element is deflectable in accordance with the kinematically defined mobility with elastic deformation of the connection (9, 16, 16', 16") by means of the actuator,
An apparatus for producing spunbond nonwovens from continuous filaments , in particular continuous filaments of thermoplastic material, wherein a spinneret for spinning the filaments, a cooling device for cooling the spun filaments and a stretching device for stretching the filaments is provided, wherein an intermediate passage is disposed between the cooling device and the stretching device , wherein the intermediate passage connects the cooling device and a draw-down passage of the stretching device , wherein the intermediate passage comprises at least two converging passage sections arranged one after the other or one below the other in the flow direction of the filaments, wherein the first or upper passage section in the flow direction of the filaments has a shorter length than the second or lower passage section in the flow direction of the filaments, wherein the ratio of the inlet width B E to the outlet width B A of the first upper passage section (B E /B A ) is 1.5 to 5.5, preferably 1.5 to 4 and very preferably 1.8 to 3.5 and wherein the ratio of the inlet width b E to the outlet width b A of the second lower passage section (b E /b A ) is 1.2 to 4, preferably 1.2 to 3.3, very preferably 1.4 to 3, wherein the ratio B E /B A is greater than the ratio b E /b A or equal to the ratio b E /b A and wherein the unit comprising cooling device , intermediate passage and stretching device is configured as a closed unit and wherein apart from the supply of cooling air in the cooling device , no further supply of air into this closed unit takes place.
A process for energy recovery in a process for the preparation of 1,3,5-trioxane comprising the steps a) reacting formaldehyde in the presence of water and at least one acidic catalyst in a first reactor (R1) to obtain a first product mixture (P1), which comprises water and 1,3,5-trioxane, wherein the first product mixture (P1) is transferred as stream from the first reactor (R1) to a distillation tower (D), b) contacting the first product mixture (P1) with at least one extractant (E) in the distillation tower (D) to obtain an overhead product (OP), and a side cut (SC), wherein the overhead product (OP) comprises the at least one extractant (E) and water, and wherein the side cut (SC) comprises the at least one extractant (E) and 1,3,5-trioxane, wherein the overhead product (OP) is transferred as stream from the distillation tower (D) to a mechanical compressor (MC), wherein the stream has a first temperature (T1) and a first pressure (p1), c) mechanical compression of the stream in the mechanical compressor (MC) to obtain a compressed stream , which has a second temperature (T2) and a second pressure (p2), wherein the second temperature (T2) of the compressed stream is higher than the first temperature (T1) of the stream and wherein the second pressure (p2) of the compressed stream is higher than the first pressure (p1) of the stream , d) transferring heat from the compressed stream to the first reactor (R1). a) reacting formaldehyde in the presence of water and at least one acidic catalyst in a first reactor (R1) to obtain a first product mixture (P1), which comprises water and 1,3,5-trioxane, wherein the first product mixture (P1) is transferred as stream from the first reactor (R1) to a distillation tower (D), b) contacting the first product mixture (P1) with at least one extractant (E) in the distillation tower (D) to obtain an overhead product (OP), and a side cut (SC), wherein the overhead product (OP) comprises the at least one extractant (E) and water, and wherein the side cut (SC) comprises the at least one extractant (E) and 1,3,5-trioxane, wherein the overhead product (OP) is transferred as stream from the distillation tower (D) to a mechanical compressor (MC), wherein the stream has a first temperature (T1) and a first pressure (p1), c) mechanical compression of the stream in the mechanical compressor (MC) to obtain a compressed stream , which has a second temperature (T2) and a second pressure (p2), wherein the second temperature (T2) of the compressed stream is higher than the first temperature (T1) of the stream and wherein the second pressure (p2) of the compressed stream is higher than the first pressure (p1) of the stream , d) transferring heat from the compressed stream to the first reactor (R1).
Drive apparatus for a pivotable vehicle flap, comprising a housing , a spindle rod which is rotatably arranged in the housing , a brake arrangement , comprising a brake housing , a first brake element which can be non-rotatably connected to the spindle rod , wherein the first brake element is designed as an annular brake disk having at least one first brake surface ; a second brake element which is non-rotatably connected to the brake housing , wherein the second brake element is designed as an annular brake disk having at least one second brake surface , wherein at least one of the first brake element and the second brake element is displaceable along a longitudinal axis (L) of the spindle rod , and a biasing means for biasing the brake element (17; 19) which is displaceable along the longitudinal axis (L) of the spindle rod in the direction towards the other brake element (19; 17), characterized in that the brake arrangement comprises an intermediate element arranged between the first brake element and the second brake element , wherein the first brake element and the second brake element are spaced apart from one another by the intermediate element , and wherein the intermediate element is arranged between the first brake surface of the first brake element and the second brake surface of the second brake element and is in contact with the first brake surface of the first brake element and the second brake surface of the second brake element and wherein the intermediate element consists at least in part of a carbon-fibre fabric. a housing , a spindle rod which is rotatably arranged in the housing , a brake arrangement , comprising a brake housing , a first brake element which can be non-rotatably connected to the spindle rod , wherein the first brake element is designed as an annular brake disk having at least one first brake surface ; a second brake element which is non-rotatably connected to the brake housing , wherein the second brake element is designed as an annular brake disk having at least one second brake surface , wherein at least one of the first brake element and the second brake element is displaceable along a longitudinal axis (L) of the spindle rod , and a biasing means for biasing the brake element (17; 19) which is displaceable along the longitudinal axis (L) of the spindle rod in the direction towards the other brake element (19; 17), characterized in that the brake arrangement comprises an intermediate element arranged between the first brake element and the second brake element , wherein the first brake element and the second brake element are spaced apart from one another by the intermediate element , and wherein the intermediate element is arranged between the first brake surface of the first brake element and the second brake surface of the second brake element and is in contact with the first brake surface of the first brake element and the second brake surface of the second brake element and wherein the intermediate element consists at least in part of a carbon-fibre fabric.
Method for monitoring a separator in which a lighter liquid is accumulating above a heavier liquid in a chamber , in which liquids a pipe is immersed, which pipe comprises a pipe opening and which is connected to an outlet leading out of the chamber above the pipe opening , which outlet defines an outlet level , wherein a first float is provided which is adapted to float at the boundary surface between the heavier liquid and the lighter liquid , - characterized - in that a guiding device of a magnetostrictive position measuring system is immersed in the liquids , which guiding device includes a magnetostrictive measuring wire and which guides the first float which is provided with a magnet, - wherein the position of the first float is monitored by a control and analysis device for the magnetostrictive position measuring system , - in that the control and analysis device monitors the position of the first float as a function of time and - in that the control and analysis device generates an indication for a obstructed outlet from the chamber if the position of the first float increases within a predetermined time interval by more than a predetermined value. - characterized - in that a guiding device of a magnetostrictive position measuring system is immersed in the liquids , which guiding device includes a magnetostrictive measuring wire and which guides the first float which is provided with a magnet, - wherein the position of the first float is monitored by a control and analysis device for the magnetostrictive position measuring system , - in that the control and analysis device monitors the position of the first float as a function of time and - in that the control and analysis device generates an indication for a obstructed outlet from the chamber if the position of the first float increases within a predetermined time interval by more than a predetermined value.
A refrigerator comprising, a body , a cooling cabinet arranged on the body , in which cooling is performed, a door provided on the body , blocking connection of the cooling cabinet with an outer environment, a gasket attached to the door , arranged between the door and the body , a first and a second sensor arranged on the door , and a door opening mechanism arranged on the body , enabling the door to open, the door opening mechanism comprising an engine , a gear mechanism actuated by means of the engine , a push rod moving in connection with the gear mechanism enabling opening of the door by being pushed, a control unit enabling the door opening mechanism to change position upon triggering of the sensors by the user and characterized by, transforming the annular motion of the gear mechanism to linear motion the push rod moving linearly on an horizontal axis such that the door opening mechanism takes a first position enabling the door to be in a closed position, a second position enabling the gasket to detach from the body to make the door easier to open by neutralizing the gasket resistance generated on the door and a third position enabling the door to be completely open by being spaced from the body by moving away, a triggering member arranged on the push rod , a first switch and a second switch triggered by means of the triggering member , the control unit enabling the door mechanism to shift to the second position upon triggering of the first sensor by the user, and to the third position upon triggering of the second sensor by the user.
An aqueous pigment ink composition for board marker characterised by comprising at least a masking pigment, 1 to 10 % by mass of a styrene-acrylate resin and/or a styrene-maleate resin, 0.1 to 15 % by mass of trehalose, a fluorinated surfactant, and water, each based on a total amount of the ink composition.