mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle lid (1, 1') with a hinge mechanism, which defines the axis of rotation of the said motor vehicle lid, for rotatably mounting on a vehicle body, at least one force-generating aid (2, 2') which is equipped with a lever mechanism (5, 5', 6, 6') consisting of a plurality of levers, wherein the lever mechanism (5, 5', 6, 6') is assembled from two levers (5, 5', 6, 6') which are connected to each other in a rotatable manner in a connecting point designed as a joint, wherein one of the two levers on the vehicle body is mounted rotatably at the other end thereof, which faces the vehicle body, in a joint arranged on the vehicle body, and the second lever is mounted at the other end (8, 8') thereof on the motor vehicle lid in a joint arranged on the closing lid, and the force-generating aid acts on one of the two levers (5, 6) at a point (4, 11) which does not coincide with the joint arranged on the vehicle body, or with the joint arranged on the closing lid, of the two rotatably connected levers (5, 6), but rather is arranged on the respective lever at a predetermined distance from said point, which distance corresponds to an effective lever arm, and, in the closed state of the motor vehicle lid, the levers (5, 5', 6, 6') connected rotatably to one another are substantially folded up and, in the open state of the motor vehicle lid, are substantially unfolded, and the other end of the force-generating aid is mounted rotatably in a securely anchored bearing joint, characterized in that at least one joint (4, 7, 8, 10, 11) is a single-axis joint and the further joints (4, 7, 8, 10, 11) are ball-and-socket joints.
A recombinant oncolytic Herpes Simplex Virus (oHSV), comprising one or more copies of target sequences for one or more microRNAs (miRNAs) inserted into one or more HSV genes essential for HSV replication, wherein the oHSV comprises a surface, wherein said surface comprises one or more non-HSV ligands, and wherein the oHSV comprises a deletion of the internal repeat (joint) region in the HSV genome comprising one copy of the ICPO, ICP34.5, LAT, and ICP4 genes and the ICP47 promoter.
A brush tufting device, comprising at least one tufting tool which has a plurality of partial tools adapted to reciprocate on paths, a drive having a rotation motor and a gear which converts the rotary movement of the rotation motor into the reciprocating movement of at least one partial tool and has a camshaft, the camshaft having at least one drive pair comprising two adjacent cams (82 to 100), the two cams (82 to 100) extending along a radial plane to the axis of rotation of the camshaft and having a cam surface (102, 104) forming the peripheral surface of the cam (82 to 100), each cam surface (102, 104) extending radially outwards, one respective cam follower running along each of the two cam surfaces (102, 104), characterized in that each cam surface (102, 104) further extends at least in sections in an obliquely inclined manner relative to the radial plane, and the two cam followers of each drive pair are seated on a common rocker, the rocker axle of which is arranged between the radial planes of the two cams (82 to 100), each cam follower generating a swiveling movement of the rocker axle in a swiveling direction assigned thereto, and the rocker axle forming an output shaft (60 to 68) and being coupled to an intermediate gear which converts the output movement into the reciprocating movement.
A cleaning device for removing particles from a surface, comprising - spraying means for spraying droplets of a work fluid, - a rotatable brush (3, 4), - an inlet for receiving dirtied air such as air laden with particles, - a cleansing unit suitable for separating at least a portion of the droplets of work fluid from the air, wherein the spraying means comprises the rotatable brush (3, 4) provided with flexible brush elements, which rotatable brush (3, 4) is in use wettable by the work fluid, whilst the brush (3, 4) is rotatable at such a rotational speed and is of such a dimension that in use the droplets (200, 19) of the work fluid are being expelled as a mist of droplets (19, 200) from the flexible brush elements into - a coalescing space of the device, the dirtied air received by the inlet being receivable by the coalescing space, to form coalesced particles of the droplets expelled from the brush elements and particles in the dirtied air, the coalesced particles being conveyable from the coalescing space to the cleansing unit for separating at least a portion of the coalesced particles from the air. - spraying means for spraying droplets of a work fluid, - a rotatable brush (3, 4), - an inlet for receiving dirtied air such as air laden with particles, - a cleansing unit suitable for separating at least a portion of the droplets of work fluid from the air, wherein the spraying means comprises the rotatable brush (3, 4) provided with flexible brush elements, which rotatable brush (3, 4) is in use wettable by the work fluid, whilst the brush (3, 4) is rotatable at such a rotational speed and is of such a dimension that in use the droplets (200, 19) of the work fluid are being expelled as a mist of droplets (19, 200) from the flexible brush elements into - a coalescing space of the device, the dirtied air received by the inlet being receivable by the coalescing space, to form coalesced particles of the droplets expelled from the brush elements and particles in the dirtied air, the coalesced particles being conveyable from the coalescing space to the cleansing unit for separating at least a portion of the coalesced particles from the air.
A lever for the control of the angular setting of a stator blade, in particular in a turboshaft engine compressor, comprising a first end intended to be fitted in a fixed manner on a blade pivot, a second end comprising a cylindrical pin for fitting on a drive means, and a flat intermediate part connecting the first and second ends (42,48), said fist end having a thickness and a width greater than those of the intermediate part and of the second end of the lever, the second end having a thickness greater than that of the intermediate part, the intermediate part being of a constant thickness and being connected to the respective ends (42,48) of the lever by zones (50,52) of progressively increasing thickness, characterized in that shapes and dimensions of the intermediate part and of the second end are determined in order to increase the natural frequencies of the lever in flexion and in torsion above the vibratory frequencies of the turboshaft engine upstream of the lever and in order to retain the stiffness of the lever, the intermediate part locally having a portion: - of a width less than that of the second end of the lever; - which is the portion that is connecting the intermediate part to the second end, - and which define a local decreasing of width of the intermediate part. - of a width less than that of the second end of the lever; - which is the portion that is connecting the intermediate part to the second end, - and which define a local decreasing of width of the intermediate part.
A process for degumming an oil composition containing between 1 and 40% w/w of phospholipids and 1 and 30% w/w water, comprising: contacting said oil composition with an enzymatic mixture, wherein said enzymatic mixture comprises a phosphatidylinositol-specific phospholipase activity; a phosphatidylcholine and phosphatidylethanolamine-specific phospholipase activity; and a lipid acyltransferase at a concentration of not greater than 1.2 μg/g oil; wherein the concentration of lysophospholipid and free fatty acids are maintained at about their initial levels.
A method of derivation for a binary partition pattern of depth data used for depth-based 3D video coding comprising: obtaining a reference sample array of a video block; obtaining a sum of the reference sample array; calculating a threshold by performing arithmetic right shift to the sum, a shift value of the arithmetic right shift being determined according to size information of the video block; and determining the binary partition pattern by comparing the reference sample array with the threshold, wherein the shift value is determined in accordance with following expression: Shift value = 6 − ctDepth ∗ 2 or Shift value = BlockSizeInBit ∗ 2, where ctDepth is a coding tree depth of the video block, ctDepth corresponds to a block size of the video block, and BlockSizeInBit is a bit representation of a block size of the video block. obtaining a reference sample array of a video block; obtaining a sum of the reference sample array; calculating a threshold by performing arithmetic right shift to the sum, a shift value of the arithmetic right shift being determined according to size information of the video block; and determining the binary partition pattern by comparing the reference sample array with the threshold, wherein the shift value is determined in accordance with following expression: Shift value = 6 − ctDepth ∗ 2 or Shift value = BlockSizeInBit ∗ 2, where ctDepth is a coding tree depth of the video block, ctDepth corresponds to a block size of the video block, and BlockSizeInBit is a bit representation of a block size of the video block.
A node state detection method by a node state detection device for detecting a running state of a target node of at least two nodes included in a non-network positioning system, the at least two nodes being located in different positions within the system respectively and both sending a wireless signal, wherein the method comprises: a) acquiring signal data, the signal data comprising data of at least one wireless signal received by a data acquisition terminal during one movement within the system in which the data acquisition terminal passes through a coverage range of the target node during the movement; b) determining whether the acquired signal data has a feature which is conform to a feature indicated by a standard signal feature information; and c) determining the running state of the target node according to a determination result, d1) wherein the standard signal feature information is used for indicating: a feature of data of at least one wireless signal from the target node received by the data acquisition terminal and/or another at least one data acquisition terminal, when the target node is in a normal running state; wherein d2) the standard signal feature information comprises visible node signal feature information used for indicating: a feature of data of at least one wireless signal from the target node received by the data acquisition terminal and/or another at least one data acquisition terminal when passing through at least one visible node (A, B) of the target node when the target node is in the normal running state, wherein a visible node of the target node refers to a node for which the target node is visible. a) acquiring signal data, the signal data comprising data of at least one wireless signal received by a data acquisition terminal during one movement within the system in which the data acquisition terminal passes through a coverage range of the target node during the movement; b) determining whether the acquired signal data has a feature which is conform to a feature indicated by a standard signal feature information; and c) determining the running state of the target node according to a determination result, d1) wherein the standard signal feature information is used for indicating: a feature of data of at least one wireless signal from the target node received by the data acquisition terminal and/or another at least one data acquisition terminal, when the target node is in a normal running state; wherein d2) the standard signal feature information comprises visible node signal feature information used for indicating: a feature of data of at least one wireless signal from the target node received by the data acquisition terminal and/or another at least one data acquisition terminal when passing through at least one visible node (A, B) of the target node when the target node is in the normal running state, wherein a visible node of the target node refers to a node for which the target node is visible.
A method for use in a code division multiple access user equipment, the method comprising: receiving a first pilot signal from a first transmitting antenna of a base station; receiving a second pilot signal from a second transmitting antenna of the base station, wherein the first pilot signal and the second pilot signal have a different pseudo-random chip code sequence; receiving a data signal comprising two antenna specific pseudo-random chip code sequences, wherein each of the antenna specific pseudo-random chip code sequences are associated with the respective transmission antenna and the first and second pilot signals have a different code than the data signal; and characterized by further comprising deriving preferred weights in response to the received first and second pilot signals; and combining a data signal associated with the first antenna with a corresponding data signal associated with the second antenna using the preferred weights. receiving a first pilot signal from a first transmitting antenna of a base station; receiving a second pilot signal from a second transmitting antenna of the base station, wherein the first pilot signal and the second pilot signal have a different pseudo-random chip code sequence; receiving a data signal comprising two antenna specific pseudo-random chip code sequences, wherein each of the antenna specific pseudo-random chip code sequences are associated with the respective transmission antenna and the first and second pilot signals have a different code than the data signal; and characterized by further comprising deriving preferred weights in response to the received first and second pilot signals; and combining a data signal associated with the first antenna with a corresponding data signal associated with the second antenna using the preferred weights.
A thermal type flow meter, comprising: - a base part provided with at least two through bores extending substantially parallel to each other; - a flow tube for the medium whose flow is to be determined, which flow tube extends through the at least two through bores, wherein a part of the flow tube spaced from the base part comprises a measuring tube part where the flow of the medium can be measured; - an insulating housing connected to the base part, which surrounds at least the measuring tube part of the flow tube, the insulating housing comprising an inner housing surface, which faces the measuring tube part, as well as an outer housing surface, which faces away from the measuring tube part; wherein the flow meter comprises a cover element connected to the base part, which cover element surrounds the insulating housing; and wherein the cover element comprises an inner cover surface which faces the outer housing surface and which is spaced therefrom by a distance such that an insulating layer is formed between the inner cover surface and the outer housing surface; characterised in that the spacing between the inner cover surface and the outer housing surface is substantially constant. - a base part provided with at least two through bores extending substantially parallel to each other; - a flow tube for the medium whose flow is to be determined, which flow tube extends through the at least two through bores, wherein a part of the flow tube spaced from the base part comprises a measuring tube part where the flow of the medium can be measured; - an insulating housing connected to the base part, which surrounds at least the measuring tube part of the flow tube, the insulating housing comprising an inner housing surface, which faces the measuring tube part, as well as an outer housing surface, which faces away from the measuring tube part;
An oral spray formulation for use in the treatment of pulmonary arterial hypertension and/or SSRI-induced sexual dysfunction, comprising a solution of sildenafil citrate, wherein the pH of the formulation is 1.5 to less than 3.0 and wherein the formulation comprises a polar solvent comprising a mixture of propylene glycol and ethyl alcohol at a ratio of 70:30 % v/v, 65:35 % v/v, 62.5:37.5 % v/v, 60:40 % v/v, 55:45 % v/v or 50:50 % v/v, wherein the formulation is delivered via the oral cavity.
Pen-type injector, having a housing (2, 3), a cap and a detachable cartridge holder, wherein the cartridge holder has a longitudinal axis and comprises a body for receiving a cartridge, wherein the body comprises at a proximal end engagement means for releasably coupling the cartridge holder to the housing (2, 3), a latch member for releasably engaging the cap and an alignment element which is visual from the outer side of the body, and wherein the housing (2, 3) is provided with engagement means for releasably coupling the cartridge holder to the housing (2, 3) and with an alignment element which is arranged such that it faces the alignment element of the body if the cartridge holder is fully attached to the housing (2, 3) via the engagement means, wherein the alignment element of the body is a lug which forms the latch member, characterized in that the latch member is the alignment element and at the same time a cap retaining member, and that two lugs are located at opposite sides of the body.
A yaw sensor for a wind turbine, the yaw sensor comprising: a rotary switch, configured to be coupled to a yaw drive gearbox of a wind turbine nacelle, the rotary switch being operable to activate and deactivate an electrical contact in dependence on an amount of yaw rotation of the nacelle relative to a start position; wherein the electrical contact is active at a plurality of first yaw rotation ranges with respect to the start position, and inactive at a plurality of second yaw rotation ranges with respect to the start position, the first and second yaw rotation ranges being interleaved, at least some of the first yaw rotation ranges having different lengths from each other and/or at least some of the second yaw rotation ranges having different lengths from each other; wherein the electrical contact generates an electrical signal when active; and a controller operable to receive electrical signals from the electrical contact and to estimate a current yaw rotation of the nacelle relative to the start position based on pulse lengths of the received electrical signal or gaps between pulses of the received electrical signal. a rotary switch, configured to be coupled to a yaw drive gearbox of a wind turbine nacelle, the rotary switch being operable to activate and deactivate an electrical contact in dependence on an amount of yaw rotation of the nacelle relative to a start position; wherein the electrical contact is active at a plurality of first yaw rotation ranges with respect to the start position, and inactive at a plurality of second yaw rotation ranges with respect to the start position, the first and second yaw rotation ranges being interleaved, at least some of the first yaw rotation ranges having different lengths from each other and/or at least some of the second yaw rotation ranges having different lengths from each other; wherein the electrical contact generates an electrical signal when active; and a controller operable to receive electrical signals from the electrical contact and to estimate a current yaw rotation of the nacelle relative to the start position based on pulse lengths of the received electrical signal or gaps between pulses of the received electrical signal.
A hinge cap formed by an injection-molding comprising: an inner lid capable of being attached to a container body; a hinge; and an outer lid that is connected to the inner lid by the hinge to open and close the cap, wherein the inner lid includes: a tubular inner wall portion capable of being attached to a mouth portion of the container body; an inner closing plate portion which protrudes from an inner surface of the inner wall portion for closing one side of the inner wall portion and is formed with a passage port; and a claw portion protruding outwardly in a radial direction from a surface of the inner closing plate portion, the outer lid includes: a tubular outer wall portion; an outer closing plate portion for closing one side of the outer wall portion; and a plurality of convex portions (34,34a, 34b) as undercut portions and a plurality of concave portions (35,35a, 35b, 35c) which are aligned alternately in an axial direction of the tubular outer wall portion on an inner surface of the outer wall portion, one convex portion and a concave portion adjacent to the one convex portion form an engaging portion capable of being engaged with the claw portion in a closed state of the outer lid, and an adjacent convex portion adjacent to the engaging portion and a concave portion adjacent to the adjacent convex portion form a mold pressing portion, characterized in that the outer wall portion has through-holes formed on both sides of the engaging portion.. an inner lid capable of being attached to a container body; a hinge; and an outer lid that is connected to the inner lid by the hinge to open and close the cap, wherein the inner lid includes: a tubular inner wall portion capable of being attached to a mouth portion of the container body; an inner closing plate portion which protrudes from an inner surface of the inner wall portion for closing one side of the inner wall portion and is formed with a passage port; and a claw portion protruding outwardly in a radial direction from a surface of the inner closing plate portion, the outer lid includes: a tubular outer wall portion; an outer closing plate portion for closing one side of the outer wall portion; and a plurality of convex portions (34,34a, 34b) as undercut portions and a plurality of concave portions (35,35a, 35b, 35c) which are aligned alternately in an axial direction of the tubular outer wall portion on an inner surface of the outer wall portion, one convex portion and a concave portion adjacent to the one convex portion form an engaging portion capable of being engaged with the claw portion in a closed state of the outer lid, and an adjacent convex portion adjacent to the engaging portion and a concave portion adjacent to the adjacent convex portion form a mold pressing portion,