mhurhangee/ep-ind-claims huggingface dataset:
Fitting for a window, a door or the like comprising a tiltable and slidable leaf, a scissor-type extension mechanism of the fitting being connectable at one end at least indirectly to the leaf and at the other end at least indirectly to a slider and/or carriage, and the fitting comprising a control part which has a control contour in or on which a control pin of the scissor-type extension mechanism is guided, the control contour comprising a first control portion and a second control portion, the control pin being moved in or on the first control portion for tilting open the leaf and in or on the second control portion for sliding open the leaf and characterized in that the control part has a latch which, in a blocking position, limits or prevents the movement of the control pin along the control contour, and the latch is movable by an actuating element of the fitting, which actuating element is at least indirectly rotatably connected to the scissor-type extension mechanism, into a release position in which the latch does not limit or prevent the movement of the control pin, the latch being arranged in the blocking position between the first control portion and the second control portion. a scissor-type extension mechanism of the fitting being connectable at one end at least indirectly to the leaf and at the other end at least indirectly to a slider and/or carriage, and the fitting comprising a control part which has a control contour in or on which a control pin of the scissor-type extension mechanism is guided, the control contour comprising a first control portion and a second control portion, the control pin being moved in or on the first control portion for tilting open the leaf and in or on the second control portion for sliding open the leaf and characterized in that the control part has a latch which, in a blocking position, limits or prevents the movement of the control pin along the control contour, and the latch is movable by an actuating element of the fitting, which actuating element is at least indirectly rotatably connected to the scissor-type extension mechanism, into a release position in which the latch does not limit or prevent the movement of the control pin, the latch being arranged in the blocking position between the first control portion and the second control portion.
A method for refining and/or extending a digital map using traces derived from probe data, said digital map storing a plurality of line segments spatially associated within a coordinate system, at least one, and preferably all, of the line segments having an associated segment weight value, the method comprising the steps of: providing at least one probe trace having a defined creation date; assigning a trace weight value to the at least one probe trace; adjusting the position of a line segment associated with the at least one probe trace based on the segment weight value of the line segment and the trace weight value; adjusting the trace weight value and the segment weight value as a function of the time span between a recalculation date, wherein the recalculation date is a date which the adjustment of the position of the line segment occurs, and the trace creation date; and removing a line segment from the digital map when a predicted expiry date is reached, wherein the predicted expiry date is determined for a line segment based on when the adjusted segment weight value will fall below a predetermined threshold value and wherein the predicted expiry date is extended as probe traces from the at least one probe trace are associated with the line segment. providing at least one probe trace having a defined creation date; assigning a trace weight value to the at least one probe trace; adjusting the position of a line segment associated with the at least one probe trace based on the segment weight value of the line segment and the trace weight value; adjusting the trace weight value and the segment weight value as a function of the time span between a recalculation date, wherein the recalculation date is a date which the adjustment of the position of the line segment occurs, and the trace creation date; and removing a line segment from the digital map when a predicted expiry date is reached, wherein the predicted expiry date is determined for a line segment based on when the adjusted segment weight value will fall below a predetermined threshold value and wherein the predicted expiry date is extended as probe traces from the at least one probe trace are associated with the line segment.
A disposable blood processing set for a centrifugal blood processing apparatus, said blood processing set comprising: a leukoreduction system separation chamber for accumulating platelets, said leukoreduction system separation chamber having an outlet line; a solution line in fluid communication with said outlet line, and a collection chamber, said collection chamber having an inlet and an outlet, the outlet line of said leukoreduction system separation chamber being in fluid communication with the inlet of said collection chamber. a leukoreduction system separation chamber for accumulating platelets, said leukoreduction system separation chamber having an outlet line; a solution line in fluid communication with said outlet line, and a collection chamber, said collection chamber having an inlet and an outlet, the outlet line of said leukoreduction system separation chamber being in fluid communication with the inlet of said collection chamber.
A printer comprising: a printer body; a lid attached to the printer body to be opened and closed; a platen roller attached to one of the lid and the printer body, and a recording head attached to the other of the lid and the printer body; a lock lever provided in the printer body and configured to lock the lid to the printer body; and an open lever slidably attached to the lid and configured to slide to operate the lock lever to unlock the lid, wherein the open lever is removably attached to an opening formed in the lid, the open lever being configured to be removable from the lid when the lid is closed, and wherein the lock lever is configured to separate the platen roller from the recording head when operated by the open lever. a printer body; a lid attached to the printer body to be opened and closed; a platen roller attached to one of the lid and the printer body, and a recording head attached to the other of the lid and the printer body; a lock lever provided in the printer body and configured to lock the lid to the printer body; and an open lever slidably attached to the lid and configured to slide to operate the lock lever to unlock the lid, wherein the open lever is removably attached to an opening formed in the lid, the open lever being configured to be removable from the lid when the lid is closed, and wherein the lock lever is configured to separate the platen roller from the recording head when operated by the open lever.
A trench filling machine, comprising: a frame; a motive means for moving the frame; a tub supported on the frame; a release assembly; the release assembly disposed on the tub and comprising a spout and a door; a shaft and a plurality of blades connected to the shaft operable to mix material contained in the tub; a hopper supported on the frame and positioned below the release assembly; a discharge conduit disposed on the hopper to feed material into a trench; and at least one lift arm, wherein the hopper is supported on the frame with the at least one lift arm, and wherein the at least one lift arm is configured to move the discharge conduit of the hopper into and out of the trench. a frame; a motive means for moving the frame; a tub supported on the frame; a release assembly; the release assembly disposed on the tub and comprising a spout and a door; a shaft and a plurality of blades connected to the shaft operable to mix material contained in the tub; a hopper supported on the frame and positioned below the release assembly; a discharge conduit disposed on the hopper to feed material into a trench; and at least one lift arm, wherein the hopper is supported on the frame with the at least one lift arm, and wherein the at least one lift arm is configured to move the discharge conduit of the hopper into and out of the trench.
Punch for a crimping tool, comprising a fixing part for fixing to the tool and a punching part composed of a point linked to the fixing part by a first crimping face and a second crimping face, characterized in that the first crimping face has a convex primary profile exhibiting an outward convexity of the punch.
A subsea piston accumulator and bladder accumulator system comprising: a subsea piston accumulator having a seawater port for selectively communicating liquid into and out of said subsea piston accumulator; a bladder accumulator having an interior and an aperture for communicating said liquid into and out said interior of said bladder accumulator; and a bladder disposed in said interior of said bladder accumulator, said bladder having an interior adapted to hold said fluid and wherein said bladder has an aperture for communicating said fluid into and out of said interior of said bladder; characterized in that the system further comprises a dispersion tube disposed in said bladder, said dispersion tube having a first end with an aperture for communicating said fluid into and out of said dispersion tube, a length, a second end, and a plurality of apertures on said length adapted to communicate said liquid into and out of said dispersion tube and into and out of said interior of said bladder, and in that the bladder accumulator is elastomeric so that it compresses and expands depending on ambient subsea water pressure. a subsea piston accumulator having a seawater port for selectively communicating liquid into and out of said subsea piston accumulator; a bladder accumulator having an interior and an aperture for communicating said liquid into and out said interior of said bladder accumulator; and a bladder disposed in said interior of said bladder accumulator, said bladder having an interior adapted to hold said fluid and wherein said bladder has an aperture for communicating said fluid into and out of said interior of said bladder; characterized in that the system further comprises a dispersion tube disposed in said bladder, said dispersion tube having a first end with an aperture for communicating said fluid into and out of said dispersion tube, a length, a second end, and a plurality of apertures on said length adapted to communicate said liquid into and out of said dispersion tube and into and out of said interior of said bladder, and in that the bladder accumulator is elastomeric so that it compresses and expands depending on ambient subsea water pressure.
A variant human Arginase I protein wherein i. the natural metal cofactor (Mn 2+) is replaced with cobalt (Co 2+) ii. the variant human Arginase I protein comprises an amino acid sequence encoded by SEQ. ID NO: 1 except that it has: at least one amino acid substitution at a position selected from His101, Asp124, His126, Asp128, Asp232, Asp234, Asp181, Ser230 and Cys303; and optionally lacks N-terminal methionine; wherein said protein exhibits a k cat /K m greater than 400 mM -1 s -1 at 37 °C and pH 7.4. i. the natural metal cofactor (Mn 2+) is replaced with cobalt (Co 2+) ii. the variant human Arginase I protein comprises an amino acid sequence encoded by SEQ. ID NO: 1 except that it has: at least one amino acid substitution at a position selected from His101, Asp124, His126, Asp128, Asp232, Asp234, Asp181, Ser230 and Cys303; and optionally lacks N-terminal methionine; at least one amino acid substitution at a position selected from His101, Asp124, His126, Asp128, Asp232, Asp234, Asp181, Ser230 and Cys303; and optionally lacks N-terminal methionine;
A solar heat steam cycle system comprising: a heat collector which collects solar thermal energy; a thermal storage device which stores the solar thermal energy collected by the heat collector; a feed water heater which heats feed water; an evaporator which evaporates the feed water supplied from the feed water heater; and a steam turbine driven by steam generated by the evaporator, being characterised in that the system comprises a control valve which controls the allocations of heating medium supplied from said thermal storage device to said evaporator and said feed water heater. a heat collector which collects solar thermal energy; a thermal storage device which stores the solar thermal energy collected by the heat collector; a feed water heater which heats feed water; an evaporator which evaporates the feed water supplied from the feed water heater; and a steam turbine driven by steam generated by the evaporator, being characterised in that the system comprises a control valve which controls the allocations of heating medium supplied from said thermal storage device to said evaporator and said feed water heater.
A vane arm for a variable vane actuation system of a gas turbine engine, comprising: at least one vane stem contact surface (92 a, 92 b) and a radially outward facing surface, the at least one vane stem contact surface arranged to contact, in use, a vane stem of a variable vane and thereby actuate the variable vane about a radially extending axis, the at least one vane stem contact surface angled relative to both the radially extending axis and the radially outward facing surface, an aperture extending through the radially outward facing surface to receive the vane stem, at least a portion of the aperture having a non-circular cross-sectional profile, and at least one first radially inward facing surface and at least one second radially inward facing surface, the vane stem contact surface connects the at least one first radially inward facing surface and the at least one second radially inward facing surface; characterised in that the aperture comprises a first axial section extending along the radially extending axis and a second axial section extending along the radially extending axis, the first axial section having a generally oval-shaped cross sectional profile, the second axial section having a generally circular-shaped cross-sectional profile, wherein a flat side of the first axial section is configured to contact a flat area of the vane stem. at least one vane stem contact surface (92 a, 92 b) and a radially outward facing surface, the at least one vane stem contact surface arranged to contact, in use, a vane stem of a variable vane and thereby actuate the variable vane about a radially extending axis, the at least one vane stem contact surface angled relative to both the radially extending axis and the radially outward facing surface, an aperture extending through the radially outward facing surface to receive the vane stem, at least a portion of the aperture having a non-circular cross-sectional profile, and at least one first radially inward facing surface and at least one second radially inward facing surface, the vane stem contact surface connects the at least one first radially inward facing surface and the at least one second radially inward facing surface; characterised in that the aperture comprises a first axial section extending along the radially extending axis and a second axial section extending along the radially extending axis, the first axial section having a generally oval-shaped cross sectional profile, the second axial section having a generally circular-shaped cross-sectional profile, wherein a flat side of the first axial section is configured to contact a flat area of the vane stem.
A video retrieval method, comprising: obtaining a retrieval instruction which carries retrieval information used for retrieving a target frame picture from a plurality of frame pictures in a video stream, wherein each frame picture corresponds to a text description sequence that describes the content of the frame picture, and the text description sequence has a chapter attribute; obtaining retrieval information at a first level and retrieval information at a second level in the retrieval information; according to the retrieval information at the first level, retrieving a tree-like directory structure contained in a mapping relationship based on the chapter attribute to determine a target chapter corresponding to the retrieval information; determining a target section from the target chapter according to the retrieval information at the second level, wherein a section in the tree-like directory structure includes text description sequences corresponding to at least two adjacent frame picture sets and a chapter in the tree-like directory includes at least two sections in the tree-like directory; obtaining the target frame picture according to the text description sequence corresponding to the target section and the mapping relationship based on the chapter attribute of the text description sequence; and wherein the mapping relationship includes a correspondence between different text description sequences and frame pictures, where the text description sequences are sequences of text describing content of a frame picture. obtaining a retrieval instruction which carries retrieval information used for retrieving a target frame picture from a plurality of frame pictures in a video stream, wherein each frame picture corresponds to a text description sequence that describes the content of the frame picture, and the text description sequence has a chapter attribute; obtaining retrieval information at a first level and retrieval information at a second level in the retrieval information; according to the retrieval information at the first level, retrieving a tree-like directory structure contained in a mapping relationship based on the chapter attribute to determine a target chapter corresponding to the retrieval information; determining a target section from the target chapter according to the retrieval information at the second level, wherein a section in the tree-like directory structure includes text description sequences corresponding to at least two adjacent frame picture sets and a chapter in the tree-like directory includes at least two sections in the tree-like directory; obtaining the target frame picture according to the text description sequence corresponding to the target section and the mapping relationship based on the chapter attribute of the text description sequence; and wherein the mapping relationship includes a correspondence between different text description sequences and frame pictures, where the text description sequences are sequences of text describing content of a frame picture.
A computer-implemented method of laying out a page which is to contain a plurality of discrete document elements, comprising: receiving a hierarchical page description describing layout of the discrete document elements on the page, wherein the hierarchical page description is describable as one or more genes each comprising a series of document elements and operators and contains two or more hierarchical levels, wherein each of the discrete document elements is placed at one of the hierarchical levels; optimising layout of the page described by the hierarchical page description by one or more rearrangement operations, where each rearrangement operation rearranges elements at a single hierarchical level, wherein the one or more rearrangement operations comprises repeated use of a stochastic process, wherein the stochastic process comprises uses of a genetic algorithm, to minimise the value of a cost function; and laying out the discrete document elements on the page according to the optimised hierarchical page description layout. receiving a hierarchical page description describing layout of the discrete document elements on the page, wherein the hierarchical page description is describable as one or more genes each comprising a series of document elements and operators and contains two or more hierarchical levels, wherein each of the discrete document elements is placed at one of the hierarchical levels; optimising layout of the page described by the hierarchical page description by one or more rearrangement operations, where each rearrangement operation rearranges elements at a single hierarchical level, wherein the one or more rearrangement operations comprises repeated use of a stochastic process, wherein the stochastic process comprises uses of a genetic algorithm, to minimise the value of a cost function; and laying out the discrete document elements on the page according to the optimised hierarchical page description layout.
Grate plate for use in a grate cooler for hot bulk material having - a first operating region ("covering region") which is alternately covered by at least one additional grate plate when the grate plate is used in a grate cooler, wherein the covering region has at least one pocket for retaining bulk material as an autogenous wear protection layer, and - a second operating region ("non-covering region") which is not covered by an additional grate plate when the grate plate is used in a grate cooler, wherein the non-covering region for retaining bulk material as an autogenous wear protection layer has at least one pocket having at least one opening which leads to the lower side of the grate plate for the introduction of cooling air, characterized in that - the height of the at least one pocket in the covering region is smaller than the height of the at least one pocket in the non-covering region, and in that - the base of the at least one pocket in the covering region is formed by a plurality of segments whose upper sides act as a support face for bulk material and between which gap-like cooling air channels are formed for the supply of cooling air, wherein, when the grate plate is used in a grate cooler, the openings of the cooling air channels which are produced between the upper sides of the segments are each orientated at such an angle with respect to the vertical that there is an acute angle in each case between the conveying direction of the bulk material and the direction of the cooling air flow through the openings. - a first operating region ("covering region") which is alternately covered by at least one additional grate plate when the grate plate is used in a grate cooler, wherein the covering region has at least one pocket for retaining bulk material as an autogenous wear protection layer, and - a second operating region ("non-covering region") which is not covered by an additional grate plate when the grate plate is used in a grate cooler, wherein the non-covering region for retaining bulk material as an autogenous wear protection layer has at least one pocket having at least one opening which leads to the lower side of the grate plate for the introduction of cooling air, characterized in that - the height of the at least one pocket in the covering region is smaller than the height of the at least one pocket in the non-covering region, and in that - the base of the at least one pocket in the covering region is formed by a plurality of segments whose upper sides act as a support face for bulk material and between which gap-like cooling air channels are formed for the supply of cooling air, wherein, when the grate plate is used in a grate cooler, the openings of the cooling air channels which are produced between the upper sides of the segments are each orientated at such an angle with respect to the vertical that there is an acute angle in each case between the conveying direction of the bulk material and the direction of the cooling air flow through the openings.