mhurhangee/ep-ind-claims huggingface dataset:
Block storage arrangement having at least one container receiving space, a loading space below, in the direction of gravity, the container receiving space, and at least one loading vehicle, which can be moved in the loading space to a position below the container receiving space and has a lifting device with a controller, characterized in that a container detecting device is arranged at the upper end, in the direction of gravity, of the container receiving space, wherein the container detecting device cooperates with the controller, which interrupts a lifting movement of the lifting device if the container detecting device detects the passing of a container.
A folding wing (130; 400) comprising: a fixed section (220; 404); a folding section (210; 402); and a latch system (410; 510) for latching the folding section (210; 402) to the fixed section (220; 404), including a plurality of latch pins (420; 520; 600), and a corresponding plurality of non-backdriveable mechanical latch pin actuators (430; 530; 610) for extending the latch pins (420; 520) to engage the folding section (210; 402), characterized in that each mechanical latch pin actuator (430; 530) includes a housing for its corresponding latch pin (420; 520; 600), and a roller screw for moving the latch pin (420; 520; 600) in and out of the housing, the roller screw configured to be non-backdriveable. a fixed section (220; 404); a folding section (210; 402); and a latch system (410; 510) for latching the folding section (210; 402) to the fixed section (220; 404), including a plurality of latch pins (420; 520; 600), and a corresponding plurality of non-backdriveable mechanical latch pin actuators (430; 530; 610) for extending the latch pins (420; 520) to engage the folding section (210; 402), characterized in that each mechanical latch pin actuator (430; 530) includes a housing for its corresponding latch pin (420; 520; 600), and a roller screw for moving the latch pin (420; 520; 600) in and out of the housing, the roller screw configured to be non-backdriveable.
A pop-up apparatus for a camera mirror system disposed inside a panel of a body of a vehicle, the pop-up apparatus comprising: a camera mirror assembly comprising: the camera mirror system, which provides a rear view of a vehicle, a camera mirror housing disposed to enclose the camera mirror system and configured to move to an outside of the panel, and a camera mirror frame configured to receive a driving force from a driving unit; and the driving unit configured to open a cover of the panel while driving the camera mirror assembly to move to the outside of the panel through an opened portion of the panel in linkage with the camera mirror frame, wherein the driving unit comprises: a driving gear configured to receive the driving force from a driver; a rotating gear connected to one end of the camera mirror frame to rotate along an outer circumferential surface of the driving gear; and a rack gear configured to be engaged at a first end thereof with the driving gear such that the rack gear is movable in a width direction of the vehicle, the rack gear being operatively connectable at a second end thereof to the cover of the panel. a camera mirror assembly comprising: the camera mirror system, which provides a rear view of a vehicle, a camera mirror housing disposed to enclose the camera mirror system and configured to move to an outside of the panel, and a camera mirror frame configured to receive a driving force from a driving unit; and the camera mirror system, which provides a rear view of a vehicle, a camera mirror housing disposed to enclose the camera mirror system and configured to move to an outside of the panel, and a camera mirror frame configured to receive a driving force from a driving unit; and the driving unit configured to open a cover of the panel while driving the camera mirror assembly to move to the outside of the panel through an opened portion of the panel in linkage with the camera mirror frame, wherein the driving unit comprises: a driving gear configured to receive the driving force from a driver; a rotating gear connected to one end of the camera mirror frame to rotate along an outer circumferential surface of the driving gear; and a rack gear configured to be engaged at a first end thereof with the driving gear such that the rack gear is movable in a width direction of the vehicle, the rack gear being operatively connectable at a second end thereof to the cover of the panel. a driving gear configured to receive the driving force from a driver; a rotating gear connected to one end of the camera mirror frame to rotate along an outer circumferential surface of the driving gear; and a rack gear configured to be engaged at a first end thereof with the driving gear such that the rack gear is movable in a width direction of the vehicle, the rack gear being operatively connectable at a second end thereof to the cover of the panel.
Method for obtaining a cooking utensil, comprising the following steps: - producing or providing a blank from a sheet of textured stainless steel having at least one textured face, - pressing the blank in order to form a calotte comprising an internal face and an external face, the external face having a convex curved circumferential wall, the external face having parts in relief corresponding to the textured face of the blank, - optionally, partially covering the external face of the calotte, - mechanical finishing treatment of the free surface of the external face of the calotte, in order to leave the stainless steel showing on the parts in relief of the free surface of the external face of the calotte, characterised in that the external face of the calotte has a textured free surface, the textured free surface extending over the convex curved circumferential wall. - producing or providing a blank from a sheet of textured stainless steel having at least one textured face, - pressing the blank in order to form a calotte comprising an internal face and an external face, the external face having a convex curved circumferential wall, the external face having parts in relief corresponding to the textured face of the blank, - optionally, partially covering the external face of the calotte, - mechanical finishing treatment of the free surface of the external face of the calotte, in order to leave the stainless steel showing on the parts in relief of the free surface of the external face of the calotte,
Inlet for scrubber including a double inlet; and a passage for scrubber liquid assembled with the double inlet; wherein the passage for scrubber liquid includes a lower section having a hollow pillar shaped wall with vertical orientation of the pillar axis; and an upper section loaded on top of the lower section with hollow pillar shaped wall; wherein at least a pair of scrubber liquid inlets (310, 320) are arranged at the upper section and wherein the double inlet is made of double pipes (155, 150) and is arranged at inside of an upper part of the upper section, wherein a central passage of the double pipes (155, 150) is a poisonous gas inlet and a gap between the double pipes is a passage for nitrogen or inert gas such that the nitrogen or inert gas blocks scrubber liquid mist around an end of the double inlet to prevent scrubber liquid from interacting with poisonous gas and forming powder; characterized by the fact that the scrubber liquid inlets face each other and the exit directions of the scrubber liquid inlets are arranged for the scrubber liquid to flow tangentially and rotationally along the upper and the lower section walls, and at least a pair of gas inlets (210, 220) formed at the upper section allow nitrogen or inert gas to flow in and to form atmosphere over a surface of the scrubber liquid to act as a curtain.
A cutting apparatus integrated into a printer having a lid portion which is capable of opening and closing an upper part of a casing body and configured to cut a printed medium having print applied thereon by moving a movable blade mounted in the casing body toward a fixed blade mounted in the lid portion and engaging the same with each other, the fixed blade being a single-edged blade arranged so that a blade surface faces the upstream side in the direction of transport of the printed medium, comprising: covering means slidably mounted on the fixed blade so as to cover a cutting edge line of the fixed blade from the side of the blade surface when the lid portion is released; wherein the covering means is slid toward a root of the fixed blade to expose the cutting edge line of the fixed blade when the lid portion is closed wherein the covering means is formed with a guide surface configured to guide the printed medium between the fixed blade and the movable blade when the lid portion is closed the guide surface formed on the covering means forms an acute angle with respect to the direction of transport of the printed medium, and the height of the lowermost side of the guide surface is positioned at a level lower than the height of the uppermost side of the blade surface. covering means slidably mounted on the fixed blade so as to cover a cutting edge line of the fixed blade from the side of the blade surface when the lid portion is released; wherein the covering means is slid toward a root of the fixed blade to expose the cutting edge line of the fixed blade when the lid portion is closed wherein the covering means is formed with a guide surface configured to guide the printed medium between the fixed blade and the movable blade when the lid portion is closed the guide surface formed on the covering means forms an acute angle with respect to the direction of transport of the printed medium, and the height of the lowermost side of the guide surface is positioned at a level lower than the height of the uppermost side of the blade surface.
An oxygen-absorbing resin molded article obtained from an oxygen-absorbing resin composition wherein the oxygen-absorbing resin composition comprises a polyamide compound and a transition metal catalyst, wherein the transition metal catalyst comprises at least one transition metal selected from the group consisting of manganese, iron, cobalt, nickel and copper, wherein the transition metal catalyst is contained in an amount of 0.001 to 10 parts by mass in terms of a transition metal based on 100 parts by mass of the polyamide compound, and wherein the polyamide compound has at least one constituent unit having a tetralin ring selected from the group consisting of constituent units represented by the following general formulas and: where R each independently represents a monovalent substituent, the monovalent substituent being at least one selected from the group consisting of a halogen atom, an alkyl group, an alkenyl group, an alkynyl group, an aryl group, a heterocyclic group, a cyano group, a hydroxy group, a carboxyl group, an ester group, an amido group, a nitro group, an alkoxy group, an aryloxy group, an acyl group, an amino group, a mercapto group, an alkylthio group, an arylthio group, a heterocyclic thio group and an imido group, which may further have a substituent; where m each independently represents an integer of 0 to 3; where n each independently represents an integer of 0 to 6, and at least one hydrogen atom is bound to a benzyl position of the tetralin ring; where X each independently represents a divalent group containing at least one group selected from the group consisting of a saturated or unsaturated alicyclic hydrocarbon group, a linear or branched, saturated or unsaturated aliphatic hydrocarbon group, and a heterocyclic group.
A coupling for transmitting torque between two shafts (22, 24) approximately aligned on a shaft axis (A-A), the coupling having a center axis (B-B) approximately aligned with the shaft axis (A-A), the coupling comprising: arcuate coupling segments (26a, 26b) with ends extending generally parallel to the coupling center axis (B-B) and arcuate portions extending between the ends, the arcuate coupling segments (26a, 26b) being arranged in a ring with adjacent segments (26a, 26b) being arranged end to end to form the coupling, each coupling segment (26a, 26b) comprising: a center element formed from an elastomer material having axially opposite sides (32, 34); and a first clamp ring extending from one axial side of the center element and a second clamp ring extending from the axial opposite side of the center element, each clamp ring (50, 52) including an attachment portion adapted to be operatively attached to a shaft (22, 24), the attachment portion extending axially from each of the axially opposite sides of the center element; characterized in that (a) the elastomer material extends axially and circumferentially from the center element axially opposite sides (32, 34) adjacent to each end of the arcuate coupling segment (26a, 26b); and (b) winged portions of the elastomer material are provided, wherein each winged portion comprises elastomer material extending axially from the center element axially opposite sides (32, 34) along the clamp ring attachment portion. a center element formed from an elastomer material having axially opposite sides (32, 34); and a first clamp ring extending from one axial side of the center element and a second clamp ring extending from the axial opposite side of the center element, each clamp ring (50, 52) including an attachment portion adapted to be operatively attached to a shaft (22, 24), the attachment portion extending axially from each of the axially opposite sides of the center element; characterized in that (a) the elastomer material extends axially and circumferentially from the center element axially opposite sides (32, 34) adjacent to each end of the arcuate coupling segment (26a, 26b); and (b) winged portions of the elastomer material are provided, wherein each winged portion comprises elastomer material extending axially from the center element axially opposite sides (32, 34) along the clamp ring attachment portion. (a) the elastomer material extends axially and circumferentially from the center element axially opposite sides (32, 34) adjacent to each end of the arcuate coupling segment (26a, 26b); and (b) winged portions of the elastomer material are provided, wherein each winged portion comprises elastomer material extending axially from the center element axially opposite sides (32, 34) along the clamp ring attachment portion.
A computer implemented method for compiling a computer language, the method comprising: detecting, according to a preset syntax, whether an incorrect syntax unit exists in a to-be-compiled statement, wherein the to-be-compiled statement has an associated syntax tree having at least one parent node and at least one child node, the child node being either a mandatory node or an optional node of the respective parent node, wherein the to-be-compiled statement is an illegal statement without a mandatory node and is a correct statement without an optional node; determining whether a child node at which the syntax unit is located is an optional node of a corresponding parent node, in response to determining that the incorrect syntax unit exists in the to-be compiled statement; and deleting the syntax unit, in response to determining that the child node at which the syntax unit is located is the optional node of the corresponding parent node. detecting, according to a preset syntax, whether an incorrect syntax unit exists in a to-be-compiled statement, wherein the to-be-compiled statement has an associated syntax tree having at least one parent node and at least one child node, the child node being either a mandatory node or an optional node of the respective parent node, wherein the to-be-compiled statement is an illegal statement without a mandatory node and is a correct statement without an optional node; determining whether a child node at which the syntax unit is located is an optional node of a corresponding parent node, in response to determining that the incorrect syntax unit exists in the to-be compiled statement; and deleting the syntax unit, in response to determining that the child node at which the syntax unit is located is the optional node of the corresponding parent node.
A dental tool for use with an ultrasonic transducer, the tool comprising; a substantially elongate tool defined by a shaft having a proximal end with means for attachment to an ultrasonic transducer and a distal end having a tip (24, 50) configured for performing a dental procedure; and said distal end having a portion of straight cylindrical wall from said tip inward toward said proximal end, and said shaft has a contra-angle between said cylindrical wall and said proximal end, and said shaft tapers from said cylindrical wall to said contra-angle.
A method for monitoring coupling of a fifth wheel to a kingpin of a towed trailer, the method comprising: - sensing vibrations generated when the kingpin couples to the fifth wheel; - generating vibration data based on the vibrations; - processing the vibration data to detect a presence or an absence of a predetermined vibration component that corresponds to proper coupling of the fifth wheel to the kingpin; and - indicating proper coupling of the fifth wheel to the kingpin when the predetermined vibration component is present. - sensing vibrations generated when the kingpin couples to the fifth wheel; - generating vibration data based on the vibrations; - processing the vibration data to detect a presence or an absence of a predetermined vibration component that corresponds to proper coupling of the fifth wheel to the kingpin; and - indicating proper coupling of the fifth wheel to the kingpin when the predetermined vibration component is present.
A terminal device, configured to obtain, in a current time interval, a Channel Quality Indicator, CQI, value related to a Downlink, DL, channel between a network node and the terminal device, calculate a differential CQI value based on the obtained CQI value and a CQI value of a previous time interval, and send the differential CQI value to the network node, wherein the differential CQI value is designed to indicate: - a state associated with a predefined variation of the obtained CQI value over the CQI value of the previous time interval, and - a state indicating an abnormal condition associated with an undefined variation of the obtained CQI value over the CQI value of the previous time interval, wherein the terminal device is further configured to: if the differential CQI value indicates an abnormal value: receive one or more prediction coefficients from the network node, determine a predicted CQI value from a CQI value of one or more previous time intervals by performing a machine learning algorithm based on the received prediction coefficients, and store the predicted CQI value as CQI value of the current time interval. obtain, in a current time interval, a Channel Quality Indicator, CQI, value related to a Downlink, DL, channel between a network node and the terminal device, calculate a differential CQI value based on the obtained CQI value and a CQI value of a previous time interval, and send the differential CQI value to the network node, wherein the differential CQI value is designed to indicate: - a state associated with a predefined variation of the obtained CQI value over the CQI value of the previous time interval, and - a state indicating an abnormal condition associated with an undefined variation of the obtained CQI value over the CQI value of the previous time interval, - a state associated with a predefined variation of the obtained CQI value over the CQI value of the previous time interval, and - a state indicating an abnormal condition associated with an undefined variation of the obtained CQI value over the CQI value of the previous time interval, wherein the terminal device is further configured to: if the differential CQI value indicates an abnormal value: receive one or more prediction coefficients from the network node, determine a predicted CQI value from a CQI value of one or more previous time intervals by performing a machine learning algorithm based on the received prediction coefficients, and store the predicted CQI value as CQI value of the current time interval. receive one or more prediction coefficients from the network node, determine a predicted CQI value from a CQI value of one or more previous time intervals by performing a machine learning algorithm based on the received prediction coefficients, and store the predicted CQI value as CQI value of the current time interval.
A hot press-formed member obtained by hot press-forming having: a ridge portion connecting one surface and another surface; a reinforcing member joined to the ridge portion; and a weld (40, 41, 42) provided on the ridge portion, wherein the reinforcing member has a widthwise dimension which covers the entirety of the ridge portion in a cross section perpendicular to an extending direction of the ridge portion, wherein the weld (40, 41, 42) has no HAZ softened portion, wherein the weld (40, 41, 42) has a linear shape or a curved shape in the extending direction of the ridge portion, wherein the weld (40, 41, 42) is a spot weld, a seam weld, a laser weld or a plasma weld, and wherein the hot press-forming comprises the member having the reinforcing member welded thereto undergoing press forming after being heated to a temperature of at least the Ac 3 point. a ridge portion connecting one surface and another surface; a reinforcing member joined to the ridge portion; and a weld (40, 41, 42) provided on the ridge portion, wherein the reinforcing member has a widthwise dimension which covers the entirety of the ridge portion in a cross section perpendicular to an extending direction of the ridge portion, wherein the weld (40, 41, 42) has no HAZ softened portion, wherein the weld (40, 41, 42) has a linear shape or a curved shape in the extending direction of the ridge portion, wherein the weld (40, 41, 42) is a spot weld, a seam weld, a laser weld or a plasma weld, and wherein the hot press-forming comprises the member having the reinforcing member welded thereto undergoing press forming after being heated to a temperature of at least the Ac 3 point.
A modified oligonucleotide consisting of 15 to 20 linked nucleosides, wherein the nucleobase sequence of the modified oligonucleotide is 100% complementary over its entire length to an equal length region of a UBE3A-ATS nucleic acid sequence having the nucleobase sequence of SEQ ID NO: 1 or SEQ ID NO: 2; wherein the modified oligonucleotide is 100% complementary within nucleobases 997469 to 1032966 of SEQ ID NO: 1 or within nucleobases 446213 to 513602 of SEQ ID NO: 2; wherein the modified oligonucleotide is single-stranded; and wherein the modified oligonucleotide is capable of inducing expression of paternal UBE3A in a cell.