mhurhangee/ep-ind-claims huggingface dataset:
A connector for joining a first member and a second member of a structure comprising: a thermally expandable structural adhesive material; a shaped polymeric carrier that: i. carries the thermally expandable structural adhesive material; ii. spaces the first member from the second member prior to activation for thermal expansion of the structural adhesive material; iii. limits movement of the first member relative to the second member at least prior to activation for thermal expansion of the structural adhesive material, characterized in, that the shaped polymeric carrier: iv. matingly engages the first and second members wherein at least a portion of the first member is located within the shaped polymeric carrier; wherein the expandable structural adhesive material is shaped and positioned at selective locations around the carrier for defining a plurality of gaps where the first and second member are in direct opposing relation with one another prior to expansion but upon activation the expandable structural adhesive material will expand and flow in a direction to fill the gaps in between the first and second member, so that the first and second members are connected together and are insulated relative to each other by the expandable material. a thermally expandable structural adhesive material; a shaped polymeric carrier that: i. carries the thermally expandable structural adhesive material; ii. spaces the first member from the second member prior to activation for thermal expansion of the structural adhesive material; iii. limits movement of the first member relative to the second member at least prior to activation for thermal expansion of the structural adhesive material, characterized in, that the shaped polymeric carrier: iv. matingly engages the first and second members wherein at least a portion of the first member is located within the shaped polymeric carrier; i. carries the thermally expandable structural adhesive material; ii. spaces the first member from the second member prior to activation for thermal expansion of the structural adhesive material; iii. limits movement of the first member relative to the second member at least prior to activation for thermal expansion of the structural adhesive material, iv. matingly engages the first and second members wherein at least a portion of the first member is located within the shaped polymeric carrier; wherein the expandable structural adhesive material is shaped and positioned at selective locations around the carrier for defining a plurality of gaps where the first and second member are in direct opposing relation with one another prior to expansion but upon activation the expandable structural adhesive material will expand and flow in a direction to fill the gaps in between the first and second member, so that the first and second members are connected together and are insulated relative to each other by the expandable material.
A video encoding apparatus for subjecting a video image to motion compensated encoding, the apparatus comprising: an acquisition module configured to acquire available blocks having motion vectors and number of the available blocks from encoded blocks adjacent to a to-be-encoded block; a selection module configured to select one block from the available blocks; a selection information encoding module configured to select one code table from a plurality of code tables depending on the number of the available blocks, wherein when there are two available blocks, a code table including two indexes 0 and 1 is selected, and when there are three available blocks, a code table including indexes 0, 1 and 2 is selected, and encode selection information specifying the selected block using the selected code table having the same number of entries as the number of the available blocks; and an image encoding module configured to subject the to-be-encoded block to a motion compensated prediction encoding using a motion vector of the selected block. an acquisition module configured to acquire available blocks having motion vectors and number of the available blocks from encoded blocks adjacent to a to-be-encoded block; a selection module configured to select one block from the available blocks; a selection information encoding module configured to select one code table from a plurality of code tables depending on the number of the available blocks, wherein when there are two available blocks, a code table including two indexes 0 and 1 is selected, and when there are three available blocks, a code table including indexes 0, 1 and 2 is selected, and encode selection information specifying the selected block using the selected code table having the same number of entries as the number of the available blocks; and an image encoding module configured to subject the to-be-encoded block to a motion compensated prediction encoding using a motion vector of the selected block.
A grinding machine, in particular high-speed grinding machine, comprising a machine bed on which bearing supports for a turbine rotor consisting of a plurality of stages and a grinding disk head are arranged, wherein the turbine rotor is rotatable about its axis and mounted in the mounting supports, and at the grinding disk head, at least one grinding disk is mounted in a receptacle (8, 8a) and is rotatable about a spindle axis extending parallel to the rotor axis, and wherein the grinding disk head and the bearing supports are displaceable relative to one another in the axial direction of the machine bed, which is determined by the rotor axis, so that the blades of the successive stages of the turbine rotor can be successively ground, wherein a magazine for grinding disks and an automatically operating grinding disk changer are provided, characterized in that each grinding disk has on its one front side a coupling piece of a first kind which interacts with a corresponding counter piece in the receptacles (8, 8a) on the grinding disk head and the magazine carrier, and on its other front side has a coupling piece of a second kind which interacts with the receptacles on the grinding disk changer, whereby the coupling piece of the second kind consists of a ring to be inserted in a recess on the front side of the grinding disk core, wherein the ring axis lies in the grinding disk axis and wherein the ring's rim projecting from the front side has a radially inward pointing collar, that the counter piece in the receptacle at the grinding disk changer consists of a ring-like recess for receiving the ring, wherein on the inner edge of the recess, clamping elements are provided which, by means of an actuating mechanism, are movable radially outward in order to engage behind the collar at an inserted ring and to close the coupling in this manner, and that the actuating mechanism can be brought by means of a clamping device consisting of springs into a position closing the coupling, and by means of a hydraulically or pneumatically acting control element can be brought into a position releasing the coupling.
A substrate treating apparatus for performing a predetermined treatment on a substrate, the apparatus comprising: a design information memory unit configured to store three-dimensional design information about at least target components to be detected for an abnormality; an imaging unit configured to capture a real image including the target components; a matching processing unit configured to determine which of the target components matches a real image shape as a two-dimensional shape in the real image captured by the imaging unit in accordance with a degree of coincidence of feature points between the real image shape and a two-dimensional design shape based on three-dimensional design information about the target components; and an abnormality detecting unit configured to detect an abnormality of a target component, matched in the matching processing unit, through comparison between reality information about the matched target component based on the real image and normal information based on three-dimensional design information when the matched target component is normal. a design information memory unit configured to store three-dimensional design information about at least target components to be detected for an abnormality; an imaging unit configured to capture a real image including the target components; a matching processing unit configured to determine which of the target components matches a real image shape as a two-dimensional shape in the real image captured by the imaging unit in accordance with a degree of coincidence of feature points between the real image shape and a two-dimensional design shape based on three-dimensional design information about the target components; and an abnormality detecting unit configured to detect an abnormality of a target component, matched in the matching processing unit, through comparison between reality information about the matched target component based on the real image and normal information based on three-dimensional design information when the matched target component is normal.
A method for preparing a Eucalyptus extract containing macrocarpals, wherein an essential oil constituent is removed from a Eucalyptus plant and the residue is extracted with water or an ethanol aqueous solution in a first step, the extraction residue obtained in the first step is extracted with an ethanol aqueous solution or ethanol in a second step, an extraction solution containing macrocarpals being obtained, wherein the ethanol aqueous solution used in the first step is a solution of less than or equal to 30 % by weight concentration of ethanol and the ethanol aqueous solution used in the second step is a solution with over 30 % by weight concentration of ethanol.
A control device (10, 100) for controlling the position of an instrumented cable towed in water, such as a marine seismic streamer, and/or a towed instrumented cable array (streamer-array) with the possibility to control the individual instrumented cables, both in shape and position, in relation to other instrumented cables and by that counteract cross currents and/or other dynamic forces which affect a towed array behind a seismic survey vessel, which control device (10, 100) includes a main body (12, 101), wings (11, 102), connection means (14a-b) for mechanical and electrical connection of the control device (10, 100) in-line in series between two adjacent sections of an instrumented cable, and drive means to control the respective angular position of the wings (11, 102) to control the lateral and vertical position of the instrumented cable, characterized in that - integrated in each of the wings (11, 102) are power supply, electronics and circuit card, sensors and at least one electrical motor to control the respective angular position of the wings (11, 102) to control the lateral and vertical position of the instrumented cable, - the wings (11, 102) are formed by a wing part and fastening part (30, 104) which are connected mutually by a shaft (24, 105), - the main body (12, 101) is provided with separate fastening and connection means (15, 103) adapted for individual detachable mechanical arrangement of the wings (11, 102) to the main body (12, 101) by means of the fastening part (30, 104), and - the main body (12, 101) and fastening part (30, 104) of the wing (11, 102) are provided with means (31, 32, 110) respectively, for electrical and signal connection of the wing (11, 102) to the main body (12, 101). - integrated in each of the wings (11, 102) are power supply, electronics and circuit card, sensors and at least one electrical motor to control the respective angular position of the wings (11, 102) to control the lateral and vertical position of the instrumented cable, - the wings (11, 102) are formed by a wing part and fastening part (30, 104) which are connected mutually by a shaft (24, 105), - the main body (12, 101) is provided with separate fastening and connection means (15, 103) adapted for individual detachable mechanical arrangement of the wings (11, 102) to the main body (12, 101) by means of the fastening part (30, 104), and - the main body (12, 101) and fastening part (30, 104) of the wing (11, 102) are provided with means (31, 32, 110) respectively, for electrical and signal connection of the wing (11, 102) to the main body (12, 101).
Tyre with a radial carcass reinforcement, made up of at least one layer of metal reinforcing elements, the said tyre comprising a crown reinforcement formed of at least two working crown layers of reinforcing elements which are crossed from one layer to the other, making with the circumferential direction angles of between 10° and 45°, and itself radially capped by a tread, the said tread being connected to two beads by two sidewalls, the metal reinforcing elements of at least one layer of the carcass reinforcement being non-wrapped cords which, in the test referred to as the permeability test, return a flow rate of less than 20 cm 3 /min, and, in a radial plane, at least over part of the meridian profile of the tyre, the thickness of rubber compound between the interior surface of the cavity of the tyre and the point of a metal reinforcing element of the carcass reinforcement closest to the said interior surface of the cavity being less than or equal to 3.8 mm, characterized in that, in a radial plane, the ratio between the thickness of rubber compound measured at the circumferential mid plane (XX') between the interior surface of the cavity of the tyre and the point of a metal reinforcing element of the carcass reinforcement closest to the said interior surface of the cavity and the thickness of rubber compound measured in another region of the tyre between the interior surface of the cavity of the tyre and the point of a metal reinforcing element of the carcass reinforcement closest to the said interior surface of the cavity is greater than 1.05.
An antenna radiating element, wherein the antenna radiating element comprises a pair of crosswise disposed dipoles and parasitic element assemblies; each of the parasitic element assemblies comprises at least one pair of external parasitic elements, each of the external parasitic elements is disposed in an angle range spanned by two neighboring dipole arms of the crosswise disposed dipoles and the external parasitic elements of the at least one pair of the external parasitic elements are symmetrically disposed on two sides at a periphery of the dipoles; each of the parasitic element assembly is fastened to the dipole and configured to reflect and converge a radiation signal transmitted by the dipole, and each of the external parasitic elements is a metal wire and all external parasitic elements form an open ring-shape, wherein an opening of the open ring-shape is formed by two adjacent ends of two of the external parasitic elements and the two adjacent ends of the two adjacent external parasitic elements forming the opening are bend towards the dipole.
An air-gas mixture burning appliance, comprising: a burning unit for burning a combustible air-gas mixture; a flame detector for sensing a presence of a flame in the burning unit; an air-gas mixing unit that is arranged upstream of the burning unit and is adapted for mixing of air and gas to form the combustible air-gas mixture; a gas valve that is arranged upstream of the air-gas mixing unit and is adapted for regulating a flow of the gas to the air-gas mixing unit; a controller that is adapted for determining an earliest flame appearance time for an ignition phase of the burning unit by selecting from at least two different durations of time; and that is adapted to determine the earliest flame appearance time as an anticipated minimum duration of time that elapses between an opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit, characterized in that it further comprises a gas valve leak detector that is adapted for detecting a leak of the gas valve during the ignition phase of the burning unit based on measuring a measured duration of time between the opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit, and checking that the measured duration of time is shorter than the determined earliest flame appearance time. a burning unit for burning a combustible air-gas mixture; a flame detector for sensing a presence of a flame in the burning unit; an air-gas mixing unit that is arranged upstream of the burning unit and is adapted for mixing of air and gas to form the combustible air-gas mixture; a gas valve that is arranged upstream of the air-gas mixing unit and is adapted for regulating a flow of the gas to the air-gas mixing unit; a controller that is adapted for determining an earliest flame appearance time for an ignition phase of the burning unit by selecting from at least two different durations of time; and that is adapted to determine the earliest flame appearance time as an anticipated minimum duration of time that elapses between an opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit, characterized in that it further comprises a gas valve leak detector that is adapted for detecting a leak of the gas valve during the ignition phase of the burning unit based on measuring a measured duration of time between the opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit, and checking that the measured duration of time is shorter than the determined earliest flame appearance time.
Angle grinder having an elongate tool housing, which has a motor-housing portion, bounded in a radial direction by an outer perimeter, and an extension portion, which together form a housing longitudinal axis, wherein, in the region of the extension portion, a tool receptacle is arranged, which is provided with an abutment face for the flat abutment of an exchangeable grinding wheel, wherein, between the abutment face and the housing longitudinal axis, a spacing is formed that is less than or equal to a maximum radius formed from the housing longitudinal axis to the outer perimeter of the motor-housing portion, characterized in that a transmission unit is provided, which is configured in the manner of a belt drive.
Detector for detecting particles comprising at least: - at least one resonant cavity formed at least in part by a first reflector, a second reflector disposed at a distance from the first reflector and a channel located between the first and second reflectors, the channel being intended to receive at least one fluid comprising particles and to receive at least one light radiation; - at least one detection system comprising at least one photodetector, - characterised in that the detector is configured such that a portion of the light radiation present in the channel escapes from the cavity by passing through the second reflector and reaches the detection system, thereby enabling the at least one photodetector to detect leakages from the cavity, - and in that the second reflector is a photonic crystal membrane PCM based reflector. - at least one resonant cavity formed at least in part by a first reflector, a second reflector disposed at a distance from the first reflector and a channel located between the first and second reflectors, the channel being intended to receive at least one fluid comprising particles and to receive at least one light radiation; - at least one detection system comprising at least one photodetector, - characterised in that the detector is configured such that a portion of the light radiation present in the channel escapes from the cavity by passing through the second reflector and reaches the detection system, thereby enabling the at least one photodetector to detect leakages from the cavity, - and in that the second reflector is a photonic crystal membrane PCM based reflector.
A carrier element for a compaction device having two suction drums, a suction insert being situated within each suction drum; in each case a suction drum being associatable with an output roller pair (7, 8) of a drawing unit of a spinning machine; the suction drums being rotatably supported, via a bearing, on a shaft that is fastened to the carrier element; a suction channel extending within the carrier element; characterized in that the carrier element is made up of two half-shells (H1, H2) which are connectable to one another via fastening means and which in the connected state form the suction channel, each of the half-shells (H1, H2) having a suction insert.
An apparatus comprising: a power amplifier to receive and amplify an input radio frequency signal and provide an output RF signal; and a variable matching circuit coupled to the power amplifier and to match a fixed impedance at an input of the variable matching circuit to a variable impedance at an input of the power amplifier; characterised in that the power amplifier comprises a first transistor of a first type, and the variable matching circuit comprises a second transistor of a second type different from the first type; wherein the first transistor has a first capacitance-to- voltage curve, and the second transistor has a second CV curve that is reversed of the first CV curve. a power amplifier to receive and amplify an input radio frequency signal and provide an output RF signal; and a variable matching circuit coupled to the power amplifier and to match a fixed impedance at an input of the variable matching circuit to a variable impedance at an input of the power amplifier; characterised in that the power amplifier comprises a first transistor of a first type, and the variable matching circuit comprises a second transistor of a second type different from the first type; wherein the first transistor has a first capacitance-to- voltage curve, and the second transistor has a second CV curve that is reversed of the first CV curve.
Lighting apparatus with a rail apparatus, which can be attached to a surface of an object and has two rails (21, 22), which are arranged so as to be spaced apart from one another, to which a lamp can be attached and on which said lamp can be supplied with power, the rails (21, 22) being electrically connected to a transformer, wherein at least one first lamp is arranged on the rails (21, 22) and can be supplied with power in the low-voltage range via the transformer and the rails (21, 22), and at least one second lamp is arranged on a housing of the transformer, characterized in that the at least one second lamp is connected to the system voltage.
A vibration damper comprising a visco-elastically-enhanced BNNT material, wherein the visco-elastically-enhanced BNNT material comprises a BNNT material that has been dispersed in a dispersant, separated onto a filter membrane, and formed into a desired geometry in order to increase its density; and wherein the visco-elastically-enhanced BNNT material comprises a plurality of stacked BNNT mats.