mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (102, 200, 300) configured to move along a conveyance structure (104, 700, 800, 900, 100), wherein the conveyance structure includes a structure braking element (114, 708, 710, 806, 906, 1006) having one of a magnet and a non-ferrous conductive material, the apparatus comprising: a first truck (202, 302) including: a frame (206, 306) and at least one roller (106, 208, 308) rotatably attached to the frame; a lever arm (109, 212, 312) pivotably connected to the frame, wherein the lever arm includes a load point (108, 216, 316) and a truck braking element (112, 224, 324) having another one of the magnet and the non-ferrous conductive material; wherein the first truck includes a biasing element (110, 220, 320) for biasing the lever arm toward a first angular position, wherein in the first angular position the truck braking element is at a first position with the structure braking element; and wherein a force applied to the load point drives the lever arm against a biasing force of the biasing element, and towards a second angular position, wherein in the second angular position the truck braking element is at a second position with the structure braking element; and the apparatus (102, 200, 300) being characterized in that the force is a weight of a load and the weight applied by the load controls the second position, thereby causing braking forces applied to the apparatus to vary with the applied weight and higher braking forces being created for higher applied weights of the load. a frame (206, 306) and at least one roller (106, 208, 308) rotatably attached to the frame; a lever arm (109, 212, 312) pivotably connected to the frame, wherein the lever arm includes a load point (108, 216, 316) and a truck braking element (112, 224, 324) having another one of the magnet and the non-ferrous conductive material; wherein the first truck includes a biasing element (110, 220, 320) for biasing the lever arm toward a first angular position, wherein in the first angular position the truck braking element is at a first position with the structure braking element; and wherein a force applied to the load point drives the lever arm against a biasing force of the biasing element, and towards a second angular position, wherein in the second angular position the truck braking element is at a second position with the structure braking element; and the apparatus (102, 200, 300) being characterized in that the force is a weight of a load and the weight applied by the load controls the second position, thereby causing braking forces applied to the apparatus to vary with the applied weight and higher braking forces being created for higher applied weights of the load.
A method of fabricating an optical element comprising the steps of: (a) providing a substrate; (b) depositing a multi-layer stack comprising alternating layers (20, 20a-g) of first and second materials on a surface of said substrate wherein said two materials can provide relative etch selectivity; (c) forming a resist layer on top of said stack; (d) patterning said resist layer and developing said resist layer to uncover one or more regions of said stack; (e) etching said one or more uncovered regions of said stack to remove parts of one layer of said multi-layer stack exposed by step (d) to form a relief profile; wherein a plasma etching agent is chosen such that it only attacks the first material and not the second material such that the layer of second material prevents further etching once the top layer of first material has been removed; and (f) depositing a film on said relief profile, wherein etching of the layer of first material follows using a plasma etching agent different to a plasma etching agent used to etch a layer of second material such that etching and removing the remains of the resist layer is done with alternating types of plasma etching agent, and wherein the etching is isotropic plasma etching such that sides of removed parts are slightly angled to form an angle of more than 90° with a newly exposed layer. (a) providing a substrate; (b) depositing a multi-layer stack comprising alternating layers (20, 20a-g) of first and second materials on a surface of said substrate wherein said two materials can provide relative etch selectivity; (c) forming a resist layer on top of said stack; (d) patterning said resist layer and developing said resist layer to uncover one or more regions of said stack; (e) etching said one or more uncovered regions of said stack to remove parts of one layer of said multi-layer stack exposed by step (d) to form a relief profile; wherein a plasma etching agent is chosen such that it only attacks the first material and not the second material such that the layer of second material prevents further etching once the top layer of first material has been removed; and (f) depositing a film on said relief profile,
A wing for an aircraft, comprising a fixed wing, a foldable wing tip portion mounted to the fixed wing via a hinge rotatable about a hinge axis between an extended position and a folded position, and an actuation mechanism for actuating the foldable wing tip portion for movement between the extended position and the folded position, wherein the hinge comprises a tip hinge part mounted to the foldable wing tip portion and a wing hinge part mounted to the fixed wing and engaging the tip hinge part in a manner rotatable about the hinge axis, wherein the actuation mechanism comprises a drive arm mounted to the fixed wing in a manner rotatably driven about a drive axis, and wherein the drive arm is configured to effect movement of the foldable wing tip portion between the extended position and the folded position upon rotation of the drive arm about the drive axis, characterized in that the actuation mechanism comprises a catch element mounted to the tip hinge part or to the structure of the foldable wing tip portion, and the drive arm and the catch element are configured such that in the extended position of the foldable wing tip portion upon rotation of the drive arm the drive arm contacts the catch element and upon further rotation pushes the foldable wing tip portion towards the folded position. a fixed wing, a foldable wing tip portion mounted to the fixed wing via a hinge rotatable about a hinge axis between an extended position and a folded position, and an actuation mechanism for actuating the foldable wing tip portion for movement between the extended position and the folded position, wherein the hinge comprises a tip hinge part mounted to the foldable wing tip portion and a wing hinge part mounted to the fixed wing and engaging the tip hinge part in a manner rotatable about the hinge axis, wherein the actuation mechanism comprises a drive arm mounted to the fixed wing in a manner rotatably driven about a drive axis, and wherein the drive arm is configured to effect movement of the foldable wing tip portion between the extended position and the folded position upon rotation of the drive arm about the drive axis, characterized in that the actuation mechanism comprises a catch element mounted to the tip hinge part or to the structure of the foldable wing tip portion, and the drive arm and the catch element are configured such that in the extended position of the foldable wing tip portion upon rotation of the drive arm the drive arm contacts the catch element and upon further rotation pushes the foldable wing tip portion towards the folded position.
Method for providing first and second data in machine-readable form, wherein a unique first database reference identifier consisting of at least one character is assigned to the first data in a first initialisation step, wherein in a subsequent first identifier transfer step, the first database reference identifier is transferred onto a 2-D identification matrix by marking specific cells of the 2-D identification matrix, wherein each character of the first database reference identifier is represented by exactly one cell value, wherein the 2-D identification matrix has cells, each of which is assigned one cell value, wherein the 2-D identification matrix has linear boundaries to delineate the cells and wherein the boundaries and the cells are designed such that the cell values can be visibly detected, characterised in that in a subsequent second identifier transfer step, a unique second database reference identifier is transferred onto the 2-D identification matrix by marking specific cells of the 2-D identification matrix, wherein the second database reference identifier is assigned to the second data in a second initialisation step.
A three-phase rotary electric machine, comprising a stator in which a three-phase terminal fixing member for fixing three-phase terminals from three-phase coils wound around a stator core to an axial end of the stator core and the three-phase coils are resin-molded together, characterized in that: the three-phase terminal fixing member is formed, at a fixing member contact part that contacts the stator core, with at least one communication groove (44a, 44b, 44c, 44d, 44e; 144a, 144b; 244a, 244b; 344a, 344b) for communicating an inner circumferential side with an outer circumferential side of the stator core, and a hindrance structure (45a, 45b; 145a, 145b; 245a, 245b; 345a, 345b; 345c, 345d) for hindering the resin from flowing to the outside during injection molding is formed in the communication groove (44a, 44b, 44c, 44d, 44e; 144a, 144b; 244a, 244b; 344a, 344b). the three-phase terminal fixing member is formed, at a fixing member contact part that contacts the stator core, with at least one communication groove (44a, 44b, 44c, 44d, 44e; 144a, 144b; 244a, 244b; 344a, 344b) for communicating an inner circumferential side with an outer circumferential side of the stator core, and a hindrance structure (45a, 45b; 145a, 145b; 245a, 245b; 345a, 345b; 345c, 345d) for hindering the resin from flowing to the outside during injection molding is formed in the communication groove (44a, 44b, 44c, 44d, 44e; 144a, 144b; 244a, 244b; 344a, 344b).
A breathing air unit for providing compressed air to be used as breathing air, the unit comprising a compressor, which is provided with a compressor fan which is arranged in a manner allowing it to cause cooling air to flow through the compressor when the compressor is operating and which also causes the cooling air to flow through a first heat exchanger, wherein the first heat exchanger is cooled by the cooling air of the compressor; an electric motor for driving the compressor, the motor being provided with a motor fan drawing cooling air into the motor via a second heat exchanger located upstream of the motor, the motor fan being arranged in a manner allowing it to blow cooling air across the motor, wherein the second heat exchanger is connected in a sealing manner to the motor fan in such a way that all air flowing through the motor fan also must flow through the second heat exchanger; an air inlet through which uncompressed air comprised of ambient pre-filtered air flows into the compressor, wherein air compressed by the compressor is conducted via a compressor pipe through a first heat exchanger and then via an intermediate pipe through the second heat exchanger, and then via an outlet pipe onto a user. a compressor, which is provided with a compressor fan which is arranged in a manner allowing it to cause cooling air to flow through the compressor when the compressor is operating and which also causes the cooling air to flow through a first heat exchanger, wherein the first heat exchanger is cooled by the cooling air of the compressor; an electric motor for driving the compressor, the motor being provided with a motor fan drawing cooling air into the motor via a second heat exchanger located upstream of the motor, the motor fan being arranged in a manner allowing it to blow cooling air across the motor, wherein the second heat exchanger is connected in a sealing manner to the motor fan in such a way that all air flowing through the motor fan also must flow through the second heat exchanger; an air inlet through which uncompressed air comprised of ambient pre-filtered air flows into the compressor, wherein air compressed by the compressor is conducted via a compressor pipe through a first heat exchanger and then via an intermediate pipe through the second heat exchanger, and then via an outlet pipe onto a user.
Method for transmitting a realtime data stream transmitted according to the RTP protocol at a given bitrate in the form of packets between a transmitter and a receiver in a telecommunication network, characterized in that it has the following steps: - reception of a request for retransmission of lost packets; and - transmission of retransmitted packets (PP(i)) and realtime packets (P'(i)) using the RTP protocol, the retransmitted packets being transmitted with priority in relation to the realtime packets during a time interval during which the realtime packets are transmitted at a transmission bitrate that is lower than the given bitrate. - reception of a request for retransmission of lost packets; and - transmission of retransmitted packets (PP(i)) and realtime packets (P'(i)) using the RTP protocol, the retransmitted packets being transmitted with priority in relation to the realtime packets during a time interval during which the realtime packets are transmitted at a transmission bitrate that is lower than the given bitrate.
A method for preparing liposome formulation, the method comprising the steps of: (a) dissolving a lipid fraction comprising at least one kind selected from phospholipid and sterol, and a bioactive substance in an organic solvent; (b) putting an organic solvent solution of the step (a) together with a saccharide carrier into a reaction vessel, and introducing a supercritical fluid thereto so as to prepare proliposome particles coated with a lipid-bioactive substance mixture; (c) discharging the supercritical fluid in step (b) by decompression at a speed in a range of 10 to 200 bar/min so as to obtain the proliposome particles; and (d) hydrating the proliposome particles in step (c) by an aqueous solution at a temperature in the range of 65 to 80°C comprising water so as to form a liposome solution. (a) dissolving a lipid fraction comprising at least one kind selected from phospholipid and sterol, and a bioactive substance in an organic solvent; (b) putting an organic solvent solution of the step (a) together with a saccharide carrier into a reaction vessel, and introducing a supercritical fluid thereto so as to prepare proliposome particles coated with a lipid-bioactive substance mixture; (c) discharging the supercritical fluid in step (b) by decompression at a speed in a range of 10 to 200 bar/min so as to obtain the proliposome particles; and (d) hydrating the proliposome particles in step (c) by an aqueous solution at a temperature in the range of 65 to 80°C comprising water so as to form a liposome solution.
A method for use in a Node B for assigning at least two sub-carriers in a predetermined frequency band for transmitting data to an user equipment UE for use in an orthogonal frequency division multiplex OFDM system, the method comprising the steps of: transmitting data to the UE on sub-carriers of a plurality of sub-carrier groups from a plurality of transmit antennas, wherein each sub-carrier group comprises at least two adjacent subcarriers; receiving channel condition information about each of the plurality of sub-carrier groups for each transmit antenna of the Node B from the UE; selecting a sub-carrier group for the UE, which is to be used for transmission of the data, and selecting a transmit antenna for transmission of the data, in a descending order of the channel condition information; and transmitting data on the selected sub-carrier group, through the selected transmit antenna, wherein the channel condition information comprises values representing channel conditions for each sub-carrier group and each transmit antenna. transmitting data to the UE on sub-carriers of a plurality of sub-carrier groups from a plurality of transmit antennas, wherein each sub-carrier group comprises at least two adjacent subcarriers; receiving channel condition information about each of the plurality of sub-carrier groups for each transmit antenna of the Node B from the UE; selecting a sub-carrier group for the UE, which is to be used for transmission of the data, and selecting a transmit antenna for transmission of the data, in a descending order of the channel condition information; and transmitting data on the selected sub-carrier group, through the selected transmit antenna, wherein the channel condition information comprises values representing channel conditions for each sub-carrier group and each transmit antenna.
Device for covering facades or walls with vegetation, mainly comprising, on the one hand, a support structure attached to the front of the facade or wall to be partially or totally covered, and, on the other hand, at least two and preferably a plurality of modules with a flat structure, either square or rectangular, containing a cultivation substrate and having on one of its major surfaces visible vegetation elements, said modules being mounted in a stationary manner on the support structure (7, 19) while essentially concealing the latter, said support structure essentially consisting of at least two vertical rails, spaced apart from one another, on which the modules are mounted in vertical rows, being located at a distance from the facade or wall and being individually removable, each module taking the form of a generally flat box, in the shape of a parallelepiped, with a small thickness relative to its lateral dimensions and with a relatively solid bottom wall and lateral walls (10, 10', 11, 11'), and the open surface of the box that is opposite to the bottom wall being closed by an openwork wall allowing the passage of vegetation elements and suitable for holding the substrate, device characterised: in that the opposing lateral walls (10 and 10'), oriented vertically after installation, of each box, are provided with hanging elements designed to interact with suitable receiving sites that are present on the mounting rails, in that it further comprises a watering network comprising a plurality of horizontal pipe portions, each connected to one horizontal row of modules and including for each module one or more calibrated discharge openings or one or more emitters, and in that hanging means removable from the horizontal pipe portions are present on the upper horizontal lateral of said modules. in that the opposing lateral walls (10 and 10'), oriented vertically after installation, of each box, are provided with hanging elements designed to interact with suitable receiving sites that are present on the mounting rails, in that it further comprises a watering network comprising a plurality of horizontal pipe portions, each connected to one horizontal row of modules and including for each module one or more calibrated discharge openings or one or more emitters, and in that hanging means removable from the horizontal pipe portions are present on the upper horizontal lateral of said modules.
Snap closure with adjustment of its snap tension, comprising a male component selectively engaged in a female component, said male component and/or female component being fastened to a respective supporting device (11, 21) designed to receive connecting means to a surface of a respective substrate, characterized in that it comprises at least one removable connecting device designed to change a geometric shape of at least one component of said snap closure.
An adjustable tamper evident strapping, adapted, in use, to form an encircling loop, comprising: a flexible elongate member having a first free end, a second end, an intermediate region intermediate the ends, and a plurality of holes; characterized in that, the strapping further comprises: the second end having a detachable tamper indicating means (4, 5a, 5b) provided adjacent thereto, and which detachable tamper indicating means is adapted to be non-releasably fastened to the elongate member in said intermediate region; an upstanding loop member extending from one surface of the elongate member in the region adjacent the second end and intermediate the tamper-indicating means (4, 5a, 5b) and the first free end; and a releasable fastener (7,10) comprising a first fastener component attached in a position proximate to the first free end and a second fastener component attached to the intermediate region, wherein said loop member is adapted to receive the first free end and permit passage of the elongate member therethrough but not to permit passage therethrough of the tamper indicating means (4, 5a, 5b) when fastened to said elongate member. a flexible elongate member having a first free end, a second end, an intermediate region intermediate the ends, and a plurality of holes; characterized in that, the strapping further comprises: the second end having a detachable tamper indicating means (4, 5a, 5b) provided adjacent thereto, and which detachable tamper indicating means is adapted to be non-releasably fastened to the elongate member in said intermediate region; an upstanding loop member extending from one surface of the elongate member in the region adjacent the second end and intermediate the tamper-indicating means (4, 5a, 5b) and the first free end; and a releasable fastener (7,10) comprising a first fastener component attached in a position proximate to the first free end and a second fastener component attached to the intermediate region, wherein said loop member is adapted to receive the first free end and permit passage of the elongate member therethrough but not to permit passage therethrough of the tamper indicating means (4, 5a, 5b) when fastened to said elongate member. the second end having a detachable tamper indicating means (4, 5a, 5b) provided adjacent thereto, and which detachable tamper indicating means is adapted to be non-releasably fastened to the elongate member in said intermediate region; an upstanding loop member extending from one surface of the elongate member in the region adjacent the second end and intermediate the tamper-indicating means (4, 5a, 5b) and the first free end; and a releasable fastener (7,10) comprising a first fastener component attached in a position proximate to the first free end and a second fastener component attached to the intermediate region,
A composition, comprising: (a) ethylenediamine tetraacetic acid; (b) chlorhexidine or orally acceptable addition salt; (c) N-cetyl-N,N,N-trimethylammonium bromide; and (d) water; wherein ethylenediamine tetraacetic acid is present in an amount from about 0.5 to about 20 percent by weight of the composition. (a) ethylenediamine tetraacetic acid; (b) chlorhexidine or orally acceptable addition salt; (c) N-cetyl-N,N,N-trimethylammonium bromide; and (d) water;