mhurhangee/ep-ind-claims huggingface dataset:
An Actuated valve comprising flow regulating means for regulating the flow of a fluid between an input bore and an output bore of a barrel of a body; a body comprising: a barrel having at least the input bore and the output bore; an actuating volume inside of which at least part of the actuating means (1303, 1304) can be placed, wherein the barrel and the actuating volume are integrally formed in a single piece wherein the flow regulating means is at least partially coated with a sealing coating (5201, 5202, 5203, 5204, 5205, 5207, 5208) shaped with one or more lips extending along a perimeter of the flow regulating means such that in a closed state of the actuated valve, the one or more lips of the sealing coating are placed between the flow regulating means and the body, for closing one or more gaps between the flow regulating means and the body; and wherein the sealing coating further comprises a third lip surrounding the shaft hole and/or a fourth lip surrounding the axis hole of the flow regulating means, at least one of the third lip and the fourth lip forming a linear continuation of the one or more lips to provide a continuous sealing lip for the actuated valve. a barrel having at least the input bore and the output bore; an actuating volume inside of which at least part of the actuating means (1303, 1304) can be placed, wherein the barrel and the actuating volume are integrally formed in a single piece wherein the flow regulating means is at least partially coated with a sealing coating (5201, 5202, 5203, 5204, 5205, 5207, 5208) shaped with one or more lips extending along a perimeter of the flow regulating means such that in a closed state of the actuated valve, the one or more lips of the sealing coating are placed between the flow regulating means and the body, for closing one or more gaps between the flow regulating means and the body; and wherein the sealing coating further comprises a third lip surrounding the shaft hole and/or a fourth lip surrounding the axis hole of the flow regulating means, at least one of the third lip and the fourth lip forming a linear continuation of the one or more lips to provide a continuous sealing lip for the actuated valve.
An in-vehicle camera bracket for attaching an in-vehicle camera to a vehicle body, the in-vehicle camera bracket comprising: a bracket main body capable of fastening the in-vehicle camera; three or more hooks formed in the bracket main body, and configured to fix the in-vehicle camera to the vehicle body, characterized in that the three or more hooks are disposed such that the three or more hooks are caught by at least opposite two internal edge sides of a nearly rectangular attaching hole provided in the vehicle body when attached to the vehicle body, and a part of at least one of the three or more hooks contacts with each of the four internal edge sides of the nearly rectangular attaching hole, when the three or more hooks are attached to the vehicle body. a bracket main body capable of fastening the in-vehicle camera; three or more hooks formed in the bracket main body, and configured to fix the in-vehicle camera to the vehicle body, characterized in that the three or more hooks are disposed such that the three or more hooks are caught by at least opposite two internal edge sides of a nearly rectangular attaching hole provided in the vehicle body when attached to the vehicle body, and a part of at least one of the three or more hooks contacts with each of the four internal edge sides of the nearly rectangular attaching hole, when the three or more hooks are attached to the vehicle body.
A device for receiving a forklift truck battery comprising a structure, a plurality of rolls pivoting relative to the structure around axes belonging to the same reference plane and parallel to an axial direction, the device comprising a bottom wall, the bottom wall being capable of moving relative to the structure according to a translational movement, characterised in that the translational movement of the bottom wall relative to the structure is done according to a direction contained in the reference plane.
An elevator system for a multi-level architectural structure, the system comprising: a system controller, an elevator and an elevator controller, wherein the system controller and elevator controller communicate over a network, a multi-level hoistway (117; 270) in which the elevator travels, the multi-level hoistway (117; 270) including a plurality of egress levels, including a first egress level, the first level being a primary egress level, wherein during an alarm condition the system (101; 200), when the primary level is inaccessible, is configured to perform an emergency assessment of identifying a safe level of the plurality of levels at which to discharge passengers, the assessment comprising: obtaining a smoke density profile for the egress levels, the profile illustrating a distribution of smoke within the multilevel structure, analyzing the smoke density profile, identifying a safe level having a smoke density that is safe for passengers, and instructing the elevator to discharge passengers on the safe level; and characterized in that the assessment includes: identifying a first set of levels having a smoke density that is safe for passengers, determining a relative distance between the elevator and each of the levels in the first set of levels, and instructing the elevator to discharge passengers on the nearest safe level. a system controller, an elevator and an elevator controller, wherein the system controller and elevator controller communicate over a network, a multi-level hoistway (117; 270) in which the elevator travels, the multi-level hoistway (117; 270) including a plurality of egress levels, including a first egress level, the first level being a primary egress level, wherein during an alarm condition the system (101; 200), when the primary level is inaccessible, is configured to perform an emergency assessment of identifying a safe level of the plurality of levels at which to discharge passengers, the assessment comprising: obtaining a smoke density profile for the egress levels, the profile illustrating a distribution of smoke within the multilevel structure, analyzing the smoke density profile, identifying a safe level having a smoke density that is safe for passengers, and instructing the elevator to discharge passengers on the safe level; and obtaining a smoke density profile for the egress levels, the profile illustrating a distribution of smoke within the multilevel structure, analyzing the smoke density profile, identifying a safe level having a smoke density that is safe for passengers, and instructing the elevator to discharge passengers on the safe level; and identifying a first set of levels having a smoke density that is safe for passengers, determining a relative distance between the elevator and each of the levels in the first set of levels, and instructing the elevator to discharge passengers on the nearest safe level.
A a method of reducing the One Drop Filling mura in a liquid crystal display of the polymer stabilised alignment mode, by using in the PSA display an LC medium comprising a polymerisable component A) comprising from 0.005 to 0.02% of a first polymerisable compound and from 0.2 to 0.4% of a second polymerisable compound, wherein the first polymerisable compound has faster polymerisation speed than the second polymerisable compound, the first polymerisable compound is selected from formulae F1-F6, and the second polymerisable compound is selected from formulae S1-S3, and a liquid-crystalline component B), hereinafter also referred to as "LC host mixture", comprising one or more mesogenic or liquid-crystalline compounds in which the individual radicals, independently of each other and on each occurrence identically or differently, have the following meanings P a polymerisable group, Sp a spacer group or a single bond, Sp' a spacer group, L F, Cl, CN or straight-chain or branched, optionally mono- or polyfluorinated alkyl, alkoxy, alkenyl, alkynyl, alkylcarbonyl, alkoxycarbonyl, alkylcarbonyloxy or alkoxycarbonyloxy having 1 to 12 C atoms, preferably F, R a, R b -Sp-P, -Sp' 2, H or one of the meanings given for L, r 0, 1, 2, 3 or 4, s 0, 1, 2 or 3, t 0, 1 or 2. P a polymerisable group, Sp a spacer group or a single bond, Sp' a spacer group, L F, Cl, CN or straight-chain or branched, optionally mono- or polyfluorinated alkyl, alkoxy, alkenyl, alkynyl, alkylcarbonyl, alkoxycarbonyl, alkylcarbonyloxy or alkoxycarbonyloxy having 1 to 12 C atoms, preferably F, R a, R b -Sp-P, -Sp' 2, H or one of the meanings given for L, r 0, 1, 2, 3 or 4, s 0, 1, 2 or 3, t 0, 1 or 2.
Measuring arrangement for simultaneous measurement of optical and electrical properties of a dielectric medium to be investigated, as well as the analytes contained therein, comprising a field-effect transistor and a surface plasmon resonance sensor, - wherein the measuring arrangement comprises a sample chamber for receiving the dielectric medium, which sample chamber is arranged such that the optical and electrical properties of the dielectric medium can be recorded simultaneously, - wherein the gate electrode of the field-effect transistor forms the active surface of the surface plasmon resonance sensor, and comprises charge carriers which can be caused to oscillate by means of electromagnetic radiation, - wherein the measuring arrangement comprises an electromagnetic radiation source which is arranged and designed such that a portion of the energy of the electromagnetic radiation incident on the surface of the gate electrode is absorbed by the gate electrode, and - wherein the measuring arrangement comprises a detector of the surface plasmon resonance sensor for measuring the intensity of the electromagnetic radiation reflected from the surface of the gate electrode characterized in that the surface plasmon resonance sensor comprises an optical fiber having an optically reflective and electrically conductive surface, wherein the optical fiber comprises an electrical contact and forms the gate electrode of the measurement arrangement, and wherein the reflective surface of the optical fiber is guided into the sample chamber, such that the dielectric medium can be contacted with the reflective surface. - wherein the measuring arrangement comprises a sample chamber for receiving the dielectric medium, which sample chamber is arranged such that the optical and electrical properties of the dielectric medium can be recorded simultaneously, - wherein the gate electrode of the field-effect transistor forms the active surface of the surface plasmon resonance sensor, and comprises charge carriers which can be caused to oscillate by means of electromagnetic radiation, - wherein the measuring arrangement comprises an electromagnetic radiation source which is arranged and designed such that a portion of the energy of the electromagnetic radiation incident on the surface of the gate electrode is absorbed by the gate electrode, and - wherein the measuring arrangement comprises a detector of the surface plasmon resonance sensor for measuring the intensity of the electromagnetic radiation reflected from the surface of the gate electrode wherein the optical fiber comprises an electrical contact and forms the gate electrode of the measurement arrangement, and wherein the reflective surface of the optical fiber is guided into the sample chamber, such that the dielectric medium can be contacted with the reflective surface.
A binder composition for a rechargeable lithium battery, comprising: a cross-linked composition of polyacrylic acid and polyvinyl alcohol, wherein the polyacrylic acid comprises one or more non-cross-linked acid groups that are substituted with an alkali metal cation or ammonium cation or combinations thereof, characterized in that the binder composition has a cross-linking ratio ranging from 20% to 70%. a cross-linked composition of polyacrylic acid and polyvinyl alcohol, wherein the polyacrylic acid comprises one or more non-cross-linked acid groups that are substituted with an alkali metal cation or ammonium cation or combinations thereof, characterized in that the binder composition has a cross-linking ratio ranging from 20% to 70%.
An actuator assembly (2, 64, 76, 92) for moving a movable aerodynamic surface (38, 122) of an aircraft, comprising: - an input section for introducing an externally provided rotary motion into the actuator assembly (2, 64, 76, 92), and - a geared rotary actuator (4, 68, 78) having at least one actuator slice (6, 70, 80) comprising a planetary gear with a sun gear couplable to the input section, a fixed gear attachable to a fixed component of the aircraft and an output gear couplable with the movable aerodynamic surface (38, 122), - at least one clutch (40, 42, 66, 82, 93) which is connected to the geared rotary actuator (4, 68, 78) and which is designed to couple the movable surface (38, 122) with the input section and to selectively decouple the movable surface (38, 122) from the input section, such that it is freely movable, characterized in that the at least one clutch (40, 42, 66, 82, 93) is arranged in or at the at least one actuator slice (6, 70, 80), such that the respective output gear is decouplable from the remaining part of the respective planetary gear. - an input section for introducing an externally provided rotary motion into the actuator assembly (2, 64, 76, 92), and - a geared rotary actuator (4, 68, 78) having at least one actuator slice (6, 70, 80) comprising a planetary gear with a sun gear couplable to the input section, a fixed gear attachable to a fixed component of the aircraft and an output gear couplable with the movable aerodynamic surface (38, 122), - at least one clutch (40, 42, 66, 82, 93) which is connected to the geared rotary actuator (4, 68, 78) and which is designed to couple the movable surface (38, 122) with the input section and to selectively decouple the movable surface (38, 122) from the input section, such that it is freely movable,
A device for wetting a plurality of threads, having a plurality of wetting means (1.1... 1.7) which are configured for applying a metered amount of a fluid per thread and having a metering unit which has one of a plurality of metering means (2.1... 2.7) per wetting means (1.1... 1.7), wherein the metering means (2.1... 2.7) are connected to the wetting means (1.1... 1.7), characterized in that the metering means (2.1... 2.7) are formed by a plurality of gear pairs which are disposed sandwich-like in a pump block and that the wetting means (1.1... 1.7) are disposed on a support plate, which support plate is held on the pump block.
A device, wherein the device is an input device including an operation member operated by a user, said input device comprising: a case body; and a plurality of markers configured to emit light to an outside of the case body, wherein the device includes an indicator configured to indicate a state of the device, and a control portion configured to light the plurality of markers at predetermined intervals, a light source of the indicator is different from any light source of the plurality of markers, and the control portion lights the indicator in a period during which the plurality of markers are unlit, and does not light the indicator in an exposure period during which an image sensing device images the device. a case body; and a plurality of markers configured to emit light to an outside of the case body, wherein the device includes an indicator configured to indicate a state of the device, and a control portion configured to light the plurality of markers at predetermined intervals, a light source of the indicator is different from any light source of the plurality of markers, and the control portion lights the indicator in a period during which the plurality of markers are unlit, and does not light the indicator in an exposure period during which an image sensing device images the device.
A computer-implemented method, comprising: receiving control information; generating, using a processor, a multidimensional space of possible grid control states based on the control information; constraining the multidimensional space by removing grid control states that are outside of normal operational conditions; selecting, using a processor, a grid control state from the constrained multidimensional space; and automatically adjusting one or more controls of the utility grid to implement the selected grid control state. receiving control information; generating, using a processor, a multidimensional space of possible grid control states based on the control information; constraining the multidimensional space by removing grid control states that are outside of normal operational conditions; selecting, using a processor, a grid control state from the constrained multidimensional space; and automatically adjusting one or more controls of the utility grid to implement the selected grid control state.
Device for transporting sausages from a clip machine comprising a conveying device having a conveying plane defined by the upper run of an endless conveyor belt or by the axis plus radius of rollers of a roller conveyor or by the plate surface of a planar slide plate, on which the sausage is transported in a conveying direction, characterized in that the conveying plane is inclined arranged around an inclination axis running parallel to the conveying direction and a pivot support is arranged along the lower lying longitudinal side of the conveying device due to the inclination, which is pivotable around a pivot axis running parallel to the conveying direction between a support position and a release position.
A microcrystalline glass containing a water-repellent and oil-repellent composite coating layer on the surface, characterized in that from the outermost surface of the microcrystalline glass, it includes: a water-repellent and oil-repellent layer, an intermediate layer and a bottom layer, wherein, the intermediate layer is the intermediate layer containing ionic crystals with a lattice energy of 700-3000kJ/mol; wherein, the intermediate layer is a crystal layer formed by at least one ionic crystal of LiF, NaF and/or KF as the original coating material; or formed by at least one of MgF 2, CaF 2, SrF 2 or BaF 2 as the original coating material; the thickness of the intermediate layer is 1-5nm; the thickness of the bottom layer is 3-15nm; and the bottom layer includes compounds containing Si-O bonds or a mixed silicon oxide layer; and the microcrystalline glass's crystallinity is greater than 60%. wherein, the intermediate layer is a crystal layer formed by at least one ionic crystal of LiF, NaF and/or KF as the original coating material; or formed by at least one of MgF 2, CaF 2, SrF 2 or BaF 2 as the original coating material; the thickness of the intermediate layer is 1-5nm; the thickness of the bottom layer is 3-15nm; and the bottom layer includes compounds containing Si-O bonds or a mixed silicon oxide layer; and the microcrystalline glass's crystallinity is greater than 60%.
A method of creating an upper for an article of footwear, comprising: associating a footwear segment with a last member (102; 1802), wherein the last member (102; 1802) includes a plurality of retractable pins and wherein the footwear segment includes an extension portion (620; 1620); inserting the plurality of retractable pins through holes in the extension portion (620; 1620); modifying the footwear segment while the footwear segment is on the last member (102; 1802); and removing the extension portion (620; 1620), characterized in that the plurality of retractable pins are centered at an instep of the last member (102; 1802). associating a footwear segment with a last member (102; 1802), wherein the last member (102; 1802) includes a plurality of retractable pins and wherein the footwear segment includes an extension portion (620; 1620); inserting the plurality of retractable pins through holes in the extension portion (620; 1620); modifying the footwear segment while the footwear segment is on the last member (102; 1802); and removing the extension portion (620; 1620), characterized in that the plurality of retractable pins are centered at an instep of the last member (102; 1802).
An apparatus, comprising: a separation chamber, having, an inlet configured to receive a gas sample from a patient; an outlet configured to output the gas sample; and an aperture disposed between the inlet and the outlet at a bottom of the separation chamber, wherein the separation chamber defines a channel extending in a first direction between the inlet and the outlet and is configured to pass the gas sample through the channel from the inlet to the outlet; and a reservoir disposed beneath the aperture of the separation chamber; characterized in that the apparatus further comprises a gas permeable membrane extending across the channel such that a first portion of the membrane disposed at a top of the channel is located closer to the inlet than a second portion of the membrane disposed at a bottom of the channel. a separation chamber, having, an inlet configured to receive a gas sample from a patient; an outlet configured to output the gas sample; and an aperture disposed between the inlet and the outlet at a bottom of the separation chamber, an inlet configured to receive a gas sample from a patient; an outlet configured to output the gas sample; and an aperture disposed between the inlet and the outlet at a bottom of the separation chamber, wherein the separation chamber defines a channel extending in a first direction between the inlet and the outlet and is configured to pass the gas sample through the channel from the inlet to the outlet; and a reservoir disposed beneath the aperture of the separation chamber; characterized in that the apparatus further comprises a gas permeable membrane extending across the channel such that a first portion of the membrane disposed at a top of the channel is located closer to the inlet than a second portion of the membrane disposed at a bottom of the channel.
A method for safe braking of an electrically-powered door in the event of a fault when the door drops uncontrolledly, - in which at least one desired value "direction of rotation" and/or "travelling speed" and/or "door position" is ascertained and compared with an actual value, - in which the actual values "direction of rotation", "traveling speed" and/or "door position" are ascertained by at least one position sensor, - in which, in the event of a deviation of the actual value from the desired value which lies outside a specified range, a motorised braking operation or a motorised stopping operation is initiated, characterised in that - the comparison between the desired value and actual value is carried out permanently, such that the comparison is carried out during moving of the door and also when the door is stopped, - the door after a braking or stopping operation is moved into a safe holding position, - it is monitored if an electromechanical braking device has a defect and the door is not in the specified stopped position, or if a defective balancing device which is intended to hold the door in the respective rest position when stopped is recognised. - in which at least one desired value "direction of rotation" and/or "travelling speed" and/or "door position" is ascertained and compared with an actual value, - in which the actual values "direction of rotation", "traveling speed" and/or "door position" are ascertained by at least one position sensor, - in which, in the event of a deviation of the actual value from the desired value which lies outside a specified range, a motorised braking operation or a motorised stopping operation is initiated, - the comparison between the desired value and actual value is carried out permanently, such that the comparison is carried out during moving of the door and also when the door is stopped, - the door after a braking or stopping operation is moved into a safe holding position, - it is monitored if an electromechanical braking device has a defect and the door is not in the specified stopped position, or if a defective balancing device which is intended to hold the door in the respective rest position when stopped is recognised.