mhurhangee/ep-ind-claims huggingface dataset:
A stand-up riding type cargo handling vehicle with a forward/ backward direction, a leftward/rightward direction, and an upward/ downward direction, the vehicle comprising: a boarding floor which an operator boards; first and second foot pedals (48, 49, 49', 50, 50') that are provided on the boarding floor, and a control unit (54, 54') that is connected to the first and second foot pedals (48, 49, 49', 50, 50'), the vehicle is characterized by: the cargo handling vehicle is a hydraulic operated vehicle; the first foot pedal is disposed at a position corresponding to a left foot of the operator who gets aboard facing forward; the second foot pedal (49, 49', 50, 50') is disposed at a position corresponding to a right foot of the operator who gets aboard facing forward, and is divided into a front foot pedal (49, 49') and a rear foot pedal (50, 50') in the forward/backward direction; the front foot pedal (49, 49') and the rear foot pedal (50, 50') are separated by a predetermined amount in the forward/backward direction, and the control unit (54, 54') permits or prevents traveling of the cargo handling vehicle on the basis of a state in which the first foot pedal, the front foot pedal (49, 49') and the rear foot pedal (50, 50') are stepped on; and the control unit (54, 54') permits a hydraulic operation of the cargo handling vehicle in a case in which the front foot pedal (49, 49') is stepped on, and prevents the hydraulic operation in cases other than this case. the vehicle is characterized by: the cargo handling vehicle is a hydraulic operated vehicle; the first foot pedal is disposed at a position corresponding to a left foot of the operator who gets aboard facing forward; the second foot pedal (49, 49', 50, 50') is disposed at a position corresponding to a right foot of the operator who gets aboard facing forward, and is divided into a front foot pedal (49, 49') and a rear foot pedal (50, 50') in the forward/backward direction; the front foot pedal (49, 49') and the rear foot pedal (50, 50') are separated by a predetermined amount in the forward/backward direction, and the control unit (54, 54') permits or prevents traveling of the cargo handling vehicle on the basis of a state in which the first foot pedal, the front foot pedal (49, 49') and the rear foot pedal (50, 50') are stepped on; and the control unit (54, 54') permits a hydraulic operation of the cargo handling vehicle in a case in which the front foot pedal (49, 49') is stepped on, and prevents the hydraulic operation in cases other than this case.
Security apparatus suitable for mechanically securing at least one connection terminal (2a, 2b) on a housing, in particular on a housing of a head module of a modular control apparatus, comprising - a bracket-shaped basic body which is designed such that it can be slotted laterally onto the housing, - means for fixing the basic body on the housing, - at least one receiving portion (13, 14) which is formed on the basic body and is designed for receiving the connection terminal (2a, 2b), and - a number of strip-like securing means (40, 41, 42, 43) which can be pulled tight and which are designed to secure the connection terminal (2a, 2b) on the basic body and/or to secure the basic body on the housing, wherein the receiving portion (13, 14) is in the shape of a partial cylinder and has a bearing surface (130, 140) for the connection terminal (2a, 2b), characterized in that the receiving portion (13, 14) has at a free end a collar portion (15, 16) which is formed in the shape of a partial ring, and that the bearing surface (130, 140) has shapes and/or structures which compensate for tolerances and which are elastically deformable. - a bracket-shaped basic body which is designed such that it can be slotted laterally onto the housing, - means for fixing the basic body on the housing, - at least one receiving portion (13, 14) which is formed on the basic body and is designed for receiving the connection terminal (2a, 2b), and - a number of strip-like securing means (40, 41, 42, 43) which can be pulled tight and which are designed to secure the connection terminal (2a, 2b) on the basic body and/or to secure the basic body on the housing,
A biological liquid collection device, comprising: a collection module for receiving a biological liquid sample; an evacuated container having an open end and a closed end, said evacuated container containing the collection module therein; and a closure for closing the open end of the evacuated container, wherein the evacuated container comprises a gas composition with select partial pressure of a targeted gas that is substantially equal to the targeted gas partial pressure of the atmosphere outside of the evacuated container. a collection module for receiving a biological liquid sample; an evacuated container having an open end and a closed end, said evacuated container containing the collection module therein; and a closure for closing the open end of the evacuated container, wherein the evacuated container comprises a gas composition with select partial pressure of a targeted gas that is substantially equal to the targeted gas partial pressure of the atmosphere outside of the evacuated container.
Machine for cutting cardboard tubes, comprising a cutting unit with a carriage on which is mounted a blade and a support element (4, 5, 8) for supporting a cardboard tube intended to be transversely cut by the blade, wherein the said support element (4, 5, 8) allows the tube to slide along a predetermined direction parallel to its axis longitudinal (x) and to rotate about the same axis, and wherein said carriage is adapted to move bidirectionally the blade parallel to the longitudinal axis (x) of the tube, characterized in that the said support element (4, 5, 8) has, where said cutting unit is arranged, a part movable from and towards the blade to maintain the tube spaced from the latter and, respectively, for approaching the tube to the same blade during a cutting phase.
A bad wiring detection tool adapted to detect bad wiring of a digital subscriber line DSL that forms part of a vectoring group, said bad wiring detection tool comprising: - a first bitrate impact detector adapted to determine a bitrate impact of said DSL on each other DSL in said vectoring group; - a second bitrate impact detector adapted to determine a bitrate impact on said DSL by each other DSL in said vectoring group; and - a bad wired DSL selector adapted to select said DSL for re-wiring if the bitrate impact of said DSL on each other DSL in said vectoring group is below a first bitrate threshold and the bitrate impact on said DSL by each other DSL in said vectoring group is below a second bitrate threshold. - a first bitrate impact detector adapted to determine a bitrate impact of said DSL on each other DSL in said vectoring group; - a second bitrate impact detector adapted to determine a bitrate impact on said DSL by each other DSL in said vectoring group; and - a bad wired DSL selector adapted to select said DSL for re-wiring if the bitrate impact of said DSL on each other DSL in said vectoring group is below a first bitrate threshold and the bitrate impact on said DSL by each other DSL in said vectoring group is below a second bitrate threshold.
An ice making assembly, comprising: an ice maker configured to form ice pieces within the ice maker, the ice maker including an ice chute to direct the ice pieces from the ice maker; an ice bucket defining a storage volume, the ice bucket including an opening in communication with the ice chute to receive the ice pieces into the storage volume; an agitator rotatably mounted within the storage volume of the ice bucket; a dispenser motor operatively coupled to a drive shaft; a socket connected to a first end of the agitator; a fork positioned on the drive shaft, the fork selectively engagable with the socket, whereby the fork transfers torque from the drive shaft to the agitator via the socket when the fork engages the socket; and a lever configured to move the fork relative to the drive shaft from an engaged position to a disengaged position, wherein the fork clears the socket in the disengaged position such that the ice bucket may be removed from the ice making assembly when the fork is in the disengaged position; characterized in that the fork comprises a neck and a flange, the neck comprising a first outer diameter and the flange comprising a second outer diameter greater than the first outer diameter of the neck, further comprising a yoke partially encircling the neck of the fork, the yoke comprising an inner diameter, the inner diameter of the yoke greater than the first outer diameter of the neck of the fork and less than the second outer diameter of the flange of the fork. an ice maker configured to form ice pieces within the ice maker, the ice maker including an ice chute to direct the ice pieces from the ice maker; an ice bucket defining a storage volume, the ice bucket including an opening in communication with the ice chute to receive the ice pieces into the storage volume; an agitator rotatably mounted within the storage volume of the ice bucket; a dispenser motor operatively coupled to a drive shaft; a socket connected to a first end of the agitator; a fork positioned on the drive shaft, the fork selectively engagable with the socket, whereby the fork transfers torque from the drive shaft to the agitator via the socket when the fork engages the socket; and a lever configured to move the fork relative to the drive shaft from an engaged position to a disengaged position, wherein the fork clears the socket in the disengaged position such that the ice bucket may be removed from the ice making assembly when the fork is in the disengaged position; characterized in that the fork comprises a neck and a flange, the neck comprising a first outer diameter and the flange comprising a second outer diameter greater than the first outer diameter of the neck, further comprising a yoke partially encircling the neck of the fork, the yoke comprising an inner diameter, the inner diameter of the yoke greater than the first outer diameter of the neck of the fork and less than the second outer diameter of the flange of the fork.
A tire having a tire cavity, first and second sidewalls (16, 22) extending respectively from first and second tire bead regions (18, 24) to a tire tread region, an annular air passageway integrally formed and enclosed within a tire sidewall (16, 22) and forming at least one loop (46, 48, 50, 52, 54) at least substantially circumscribing the tire sidewall (16, 22), wherein the air passageway is operative to progressively flatten segment by segment by a rolling tire closing patch whereby progressively pumping air along the air passageway, an inlet air passageway portal operative to pass air into the annular passageway, and an outlet air passageway portal, wherein the outlet air passageway portal is operative in an open position to pass air from the annular air passageway, wherein the inlet air passageway portal and the outlet air passageway portal are located in a proximal relationship operative to place the inlet air passageway portal and the outlet air passageway portal within a common passageway segment closing patch as the tire rotates; and wherein the inlet and outlet passageway ends (28, 30) are in offset relationship at terminal ends of the circular loop (46, 48, 50, 52, 54) and/or the annular passageway comprises a helical passageway formed by a plurality of loops (46, 48, 50, 52, 54) preferably circumscribing the tire sidewall (16, 22).
A method of processing optical signals (52at, 52br, 54ar, 54br, 56at, 56br, 58at, 58br) in a passive optical network, the method comprising: receiving a first signal comprising sub-bands signals (52at, 56at) in a first optical spectrum from a first sub-band multiplexer; and receiving a second signal comprising sub-bands signals (54bt, 58bt) in a second optical spectrum different from the first optical spectrum from a third sub-band multiplexer; and multiplexing the first and second signals (60at, 60bt) into a first multiplexed signal; outputting the first multiplexed signal; receiving a second multiplexed signal; demultiplexing the second multiplexed signal into a third signal comprising sub-band signals (52br, 56br) in the second optical spectrum and a fourth signal comprising sub-band signals (54ar, 58ar) in the first optical spectrum; and outputting the third signal to a third sub-band multiplexer; and outputting the fourth signal to a fourth sub-band multiplexer; receiving the sub-band signals (52at, 56at) of the first signal from a first group of transceivers (52, 56) in communication with the first sub-band multiplexer; outputting the sub-band signals (52br, 56br) of the third signal to the first group of transceivers (52, 56) through the second sub-band multiplexer; receiving the sub-band signals (54bt, 58bt) of the second signal from a second group of transceivers (54, 58) in communication with the third sub-band multiplexer; and outputting the sub-band signals (54ar, 58ar) of the fourth signal to the second group of transceivers (54, 58) through the fourth sub-band multiplexer. receiving a first signal comprising sub-bands signals (52at, 56at) in a first optical spectrum from a first sub-band multiplexer; and receiving a second signal comprising sub-bands signals (54bt, 58bt) in a second optical spectrum different from the first optical spectrum from a third sub-band multiplexer; and multiplexing the first and second signals (60at, 60bt) into a first multiplexed signal; outputting the first multiplexed signal; receiving a second multiplexed signal; demultiplexing the second multiplexed signal into a third signal comprising sub-band signals (52br, 56br) in the second optical spectrum and a fourth signal comprising sub-band signals (54ar, 58ar) in the first optical spectrum; and outputting the third signal to a third sub-band multiplexer; and outputting the fourth signal to a fourth sub-band multiplexer; receiving the sub-band signals (52at, 56at) of the first signal from a first group of transceivers (52, 56) in communication with the first sub-band multiplexer; outputting the sub-band signals (52br, 56br) of the third signal to the first group of transceivers (52, 56) through the second sub-band multiplexer; receiving the sub-band signals (54bt, 58bt) of the second signal from a second group of transceivers (54, 58) in communication with the third sub-band multiplexer; and outputting the sub-band signals (54ar, 58ar) of the fourth signal to the second group of transceivers (54, 58) through the fourth sub-band multiplexer.
An aminosiloxane ester copolymer comprises formula: where each R 1 is an independently selected monovalent hydrocarbon group of 1 to 12 carbon atoms, each R E is independently selected from the group consisting of hydroxyl and an amino-functional group of formula H 2 N-R A -, each R A is an independently divalent hydrocarbon group of 1 to 12 carbon atoms, each R 2 is independently selected from the group consisting of hydrogen and methyl, each R D is an independently selected divalent hydrocarbon group of 2 to 20 carbon atoms, each subscript a independently has a value such that 0 ≤ a < 220, and subscript b has a value such that 2 ≤ b ≤ 100.
A magnetron comprising: a cylindrical anode body; a cooling block formed into an integrated member having an annular continuous portion with opposite end portions (12a, 12b) opposed to each other, the cooling block being secured to an outer peripheral surface of the cylindrical anode body so as to encircle the cylindrical anode body, the cooling block having a coolant circulation pathway defined therein to cool the cylindrical anode body; a tightening member engageable with the opposite end portions (12a, 12b) of the cooling block to tighten the cooling block by reducing a distance between the opposite end portions (12a, 12b) of the cooling block to thereby press an inner peripheral surface of the cooling block against the outer peripheral surface of the cylindrical anode body; and a pair of pipe joints each connected to a portion of the cooling block adjacent to one of the opposite end portions (12a, 12b) so as to communicate with the coolant circulation pathway, characterized by the tightening member is disposed between connecting portions of the pair of pipe joints with the cooling block so as to extend in a direction inclined with respect to a plane perpendicular to an axial direction of the cylindrical anode body. a cylindrical anode body; a cooling block formed into an integrated member having an annular continuous portion with opposite end portions (12a, 12b) opposed to each other, the cooling block being secured to an outer peripheral surface of the cylindrical anode body so as to encircle the cylindrical anode body, the cooling block having a coolant circulation pathway defined therein to cool the cylindrical anode body; a tightening member engageable with the opposite end portions (12a, 12b) of the cooling block to tighten the cooling block by reducing a distance between the opposite end portions (12a, 12b) of the cooling block to thereby press an inner peripheral surface of the cooling block against the outer peripheral surface of the cylindrical anode body; and a pair of pipe joints each connected to a portion of the cooling block adjacent to one of the opposite end portions (12a, 12b) so as to communicate with the coolant circulation pathway, characterized by the tightening member is disposed between connecting portions of the pair of pipe joints with the cooling block so as to extend in a direction inclined with respect to a plane perpendicular to an axial direction of the cylindrical anode body.
A power tool comprising: a housing; a motor disposed in the housing; an output shaft driven by the motor to output a rotary power; and a chuck configured to lock and release a working attachment, wherein said chuck comprises a chuck body coupled with the output shaft, a plurality of jaws movably disposed relative to the chuck body, and a clamping sleeve sleeved outside the chuck body; and the clamping sleeve is movable with respect to the chuck body so as to drive the plurality of jaws to retract and open relative to the chuck body; characterised in that the power tool further comprises a control mechanism (60,60a), wherein the control mechanism (60,60a) comprises a control member operable to lock the clamping sleeve or the chuck body relative to the housing, and to control the motor to start in a preset rotary direction so that the clamping sleeve and the chuck body move relatively. a housing; a motor disposed in the housing; an output shaft driven by the motor to output a rotary power; and a chuck configured to lock and release a working attachment, wherein said chuck comprises a chuck body coupled with the output shaft, a plurality of jaws movably disposed relative to the chuck body, and a clamping sleeve sleeved outside the chuck body; and the clamping sleeve is movable with respect to the chuck body so as to drive the plurality of jaws to retract and open relative to the chuck body; characterised in that the power tool further comprises a control mechanism (60,60a), wherein the control mechanism (60,60a) comprises a control member operable to lock the clamping sleeve or the chuck body relative to the housing, and to control the motor to start in a preset rotary direction so that the clamping sleeve and the chuck body move relatively.
A radio frequency, RF, communications device comprising: a circuit board comprising at least one dielectric layer and a plurality of conductive traces (24, 25) thereon, one of said plurality of conductive traces defining a transmission line; an RF transmitter carried by said circuit board and coupled to said transmission line; and a plurality of RF switching circuits (26a-26g), each RF switching circuit comprising a substrate having a tapered proximal end coupled to said transmission line, and a distal end extending outwardly from said transmission line; each RF switching circuit comprising a series diode, and a shunt diode coupled to said series diode, said series diode extending from the tapered proximal end and across an interior of said substrate, wherein the proximal ends of said plurality of RF switching circuits are triangle-shaped; and wherein the distal ends of said plurality of RF switching circuits are rectangle-shaped. a circuit board comprising at least one dielectric layer and a plurality of conductive traces (24, 25) thereon, one of said plurality of conductive traces defining a transmission line; an RF transmitter carried by said circuit board and coupled to said transmission line; and a plurality of RF switching circuits (26a-26g), each RF switching circuit comprising a substrate having a tapered proximal end coupled to said transmission line, and a distal end extending outwardly from said transmission line; each RF switching circuit comprising a series diode, and a shunt diode coupled to said series diode, said series diode extending from the tapered proximal end and across an interior of said substrate, wherein the proximal ends of said plurality of RF switching circuits are triangle-shaped; and wherein the distal ends of said plurality of RF switching circuits are rectangle-shaped.
An electrostatic bio-reactive system for voltage controlled metabolism, comprising: a first electrode, wherein the first electrode comprises a metal, which may be coated with an insulator; a second electrode electrically connected through an external voltage source providing V G to the first electrode, wherein the second electrode comprises a metal coated with an insulator; and a metabolic substrate; characterised in that at least one organism is disposed on the first electrode and/or the second electrode, or is suspended in a solution in the presence of the first electrode and the second electrode, the at least one organism operative to cause metabolism of a metabolic substrate; wherein the operation of the system does not involve electric currents; and wherein the produced voltage V G controls the kinetics of a metabolic reaction performed by the at least one organism on the metabolic substrate. a first electrode, wherein the first electrode comprises a metal, which may be coated with an insulator; a second electrode electrically connected through an external voltage source providing V G to the first electrode, wherein the second electrode comprises a metal coated with an insulator; and a metabolic substrate; characterised in that at least one organism is disposed on the first electrode and/or the second electrode, or is suspended in a solution in the presence of the first electrode and the second electrode, the at least one organism operative to cause metabolism of a metabolic substrate; wherein the operation of the system does not involve electric currents; and wherein the produced voltage V G controls the kinetics of a metabolic reaction performed by the at least one organism on the metabolic substrate.