mhurhangee/ep-ind-claims huggingface dataset:
An image reading apparatus comprising: a reading unit configured to read a document; a document setting unit configured to set the document to be fed toward the reading unit; and a binding member detector (24, 52, 84) that is configured to detect a binding member binding the document, characterised in that: the binding member detector is provided in an outside of an installation region of the document setting unit, the binding member detector (24, 52, 84) includes a first portion (24a, 84a) and a second portion (24b, 84b) disposed to face the first portion, and is configured to detect the binding member by passing the document through between the first portion and the second portion, wherein an interval (L1, L2) between the first portion and the second portion is configured to be adjustable, and wherein, by adjusting the interval, an output for detecting the binding member is also adjusted. a reading unit configured to read a document; a document setting unit configured to set the document to be fed toward the reading unit; and a binding member detector (24, 52, 84) that is configured to detect a binding member binding the document, characterised in that: the binding member detector is provided in an outside of an installation region of the document setting unit, the binding member detector (24, 52, 84) includes a first portion (24a, 84a) and a second portion (24b, 84b) disposed to face the first portion, and is configured to detect the binding member by passing the document through between the first portion and the second portion, wherein an interval (L1, L2) between the first portion and the second portion is configured to be adjustable, and wherein, by adjusting the interval, an output for detecting the binding member is also adjusted. the binding member detector is provided in an outside of an installation region of the document setting unit, the binding member detector (24, 52, 84) includes a first portion (24a, 84a) and a second portion (24b, 84b) disposed to face the first portion, and is configured to detect the binding member by passing the document through between the first portion and the second portion, wherein an interval (L1, L2) between the first portion and the second portion is configured to be adjustable, and wherein, by adjusting the interval, an output for detecting the binding member is also adjusted.
A spark gap having a cooling and/or damping device, having • at least one first spark gap electrode (FS 1) and one second spark gap electrode (FS 2), • at least one auxiliary ignition electrode for connection to an ignition circuit, the auxiliary ignition electrode being arranged spatially adjacent to the first spark gap electrode (FS 1) and spaced from the second spark gap electrode (FS 2), the auxiliary ignition electrode being arranged laterally with respect to the direction of first spark gap electrode and second spark gap electrode, • a plurality of discs (S 1, S 2,... S n), which are insulated (ISO 1) with respect to the auxiliary ignition electrode and the first spark gap electrode (FS 1), are attached between the auxiliary ignition electrode and the second spark gap electrode (FS 2), characterized in that the discs (S 1, S 2, S n) have openings, wherein the openings of the discs are arranged in such a manner that the openings form an arc channel between the second spark gap electrode (FS 2) and the first spark gap electrode (FS 1), and in that a slightly conductive material for supporting ignition is introduced between the auxiliary ignition electrode and the first spark gap electrode (FS 1), and in that the plurality of discs (S 1, S 2,... S n) can be pushed apart under the action of pressure. • at least one first spark gap electrode (FS 1) and one second spark gap electrode (FS 2), • at least one auxiliary ignition electrode for connection to an ignition circuit, the auxiliary ignition electrode being arranged spatially adjacent to the first spark gap electrode (FS 1) and spaced from the second spark gap electrode (FS 2), the auxiliary ignition electrode being arranged laterally with respect to the direction of first spark gap electrode and second spark gap electrode, • a plurality of discs (S 1, S 2,... S n), which are insulated (ISO 1) with respect to the auxiliary ignition electrode and the first spark gap electrode (FS 1), are attached between the auxiliary ignition electrode and the second spark gap electrode (FS 2), characterized in that
An electronic communication system comprising: a first participant device comprising an application that causes information to be displayed on the first participant device to a first participant; a conferencing engine that separates audio information from one or more second participant devices into one or more corresponding media streams, each media stream corresponding to a respective second participant device; a speech-to-text engine that receives the one or more media streams and converts audio information from each of the one or more media streams into text information corresponding to each of the one or more second participant devices, characterized in that the electronic communication system further comprises: a sentiment engine (120, 310) that receives the text information from the speech-to-text engine and determines sentiment information based on the received text information; a sentiment transcription engine that receives sentiment information from the sentiment engine, wherein the first participant device receives sentiment information from the sentiment transcription engine; and wherein the first participant device displays information corresponding to the sentiment information and the text information. a first participant device comprising an application that causes information to be displayed on the first participant device to a first participant; a conferencing engine that separates audio information from one or more second participant devices into one or more corresponding media streams, each media stream corresponding to a respective second participant device; a speech-to-text engine that receives the one or more media streams and converts audio information from each of the one or more media streams into text information corresponding to each of the one or more second participant devices, characterized in that the electronic communication system further comprises: a sentiment engine (120, 310) that receives the text information from the speech-to-text engine and determines sentiment information based on the received text information; a sentiment transcription engine that receives sentiment information from the sentiment engine, wherein the first participant device receives sentiment information from the sentiment transcription engine; and a sentiment engine (120, 310) that receives the text information from the speech-to-text engine and determines sentiment information based on the received text information; a sentiment transcription engine that receives sentiment information from the sentiment engine, wherein the first participant device receives sentiment information from the sentiment transcription engine; and
Dual mass flywheel for motor vehicles, including: - a primary flywheel, designed to be fixed to the end of a crankshaft, and a secondary flywheel, mobile in rotation relative to each other about a rotation axis X; - damping means for transmitting a torque and damping irregularities of rotation between the primary flywheel and the secondary flywheel, said damping means including friction members (24, 25, 26; 32, 33, 34) adapted to exert a resisting friction torque between the primary flywheel and the secondary flywheel on relative angular movement between said primary flywheel and said secondary flywheel; said dual mass flywheel being characterized in that the damping means include a leaf spring (17a, 17b, 17c, 17d) constrained to rotate with either said primary flywheel or said secondary flywheel and having a cam surface and in that the damper includes a cam follower carried by the other of said primary flywheel and said secondary flywheel and adapted to cooperate with said cam surface; said cam surface being such that, for a relative angular movement between the primary flywheel and the secondary flywheel relative to a rest angular position, the cam follower exerts a bending force on the leaf spring (17a, 17b, 17c, 17d) producing a reaction force adapted to return said primary flywheel and said secondary flywheel to said rest angular position. - a primary flywheel, designed to be fixed to the end of a crankshaft, and a secondary flywheel, mobile in rotation relative to each other about a rotation axis X; - damping means for transmitting a torque and damping irregularities of rotation between the primary flywheel and the secondary flywheel, said damping means including friction members (24, 25, 26; 32, 33, 34) adapted to exert a resisting friction torque between the primary flywheel and the secondary flywheel on relative angular movement between said primary flywheel and said secondary flywheel;
A powered cutting apparatus, said apparatus comprising a base having a surface onto which a work piece to be cut can be placed, first and second spaced parallel slide members, a fence having a surface for location of the work piece therewith and a cutting unit, said cutting unit including a rotatable blade, a guard for the same, and drive means for rotating said blade when switched on, said cutting unit mounted on, and to one side of, the slide members such that the blade is spaced to one side of the same along a plane substantially parallel with the said surface of the base; wherein the base includes first guide means (21, 21') provided for location of the said fence via first and second pins provided on the fence such that the said fence surface is positioned in a plane substantially parallel with the longitudinal axis of said slides, and characterized in that at least second guide means are provided with which said fence is located via one of said pins, with the other of the pins retracted so as to allow the position of said fence to be angularly adjustable by the user.
A method of authenticating a subscriber in a communication network, wherein an encoded authentication code is transmitted to at least one end device to the subscriber for an authenticati ng input, wherein the encoded authentication code shown on the display unit of the end device is decoded by holding up a film and the decoded authentication code for authenticating the subscriber in the communication network is input, characterized in that an additional symbol to be defined by the subscriber is used at a respective fixed or varying position of the authentication code.
A combustion furnace for solid fuels, in particular a chimney stove for wood, having a fire chamber (1, 28) and having a grate (3, 27), which is height-adjustably guided and is connected to a lifting mechanism, a shaft (4, 26) which is not supplied with air being provided underneath the fire chamber (1, 28) as a supply chamber for the fuel, and, in this shaft, the grate (3, 27) being provided as a platform for the fuel supply, for feeding and replenishing fuel from the supply chamber into the fire chamber (1, 28), and the lifting mechanism having a motorised drive, which is controllable as to the lifting speed for the fuel supply in dependence on the combustion, preferably by means of the exhaust gas temperature as a set point, characterized in that in the region where the shaft (4, 26) which is not supplied with air opens out into the fire chamber (1, 28), a ring of nozzles that surround said opening-out region is provided, for supplying air into an annular space of a first combustion zone.
A rail transportation system for moving a vehicle along a continuous track (37, 58,167, 170, 214, 217, 220, 222, 289), comprising: a plurality of adjacent propulsion segment assemblies (13, 14, 15), each of which provides propulsion along a segment of said track (37, 58, 167, 170, 214, 217, 220, 222, 289); and a vehicle for traveling along said continuous track (37, 58, 167, 170, 214, 217, 220, 222, 289), wherein at least one of said propulsion segment assemblies (13, 14, 15) comprises a propulsion cylinder (30, 41), a free cylinder (28, 40), and a cable assembly (32, 43, 63, 102, 182) movably connected to the propulsion cylinder (30, 41) and the free cylinder (28, 40), wherein the cable assembly (32, 43, 63, 102) of at least one of said propulsion segment assemblies (13, 14, 15) comprises a cable support apparatus (53, 59, 61, 88), and characterized in that the cable support apparatus (53, 59, 61, 88) comprises a support bar (55, 71, 72, 98) and at least one slider (56, 57, 67, 70, 77, 80). a plurality of adjacent propulsion segment assemblies (13, 14, 15), each of which provides propulsion along a segment of said track (37, 58, 167, 170, 214, 217, 220, 222, 289); and a vehicle for traveling along said continuous track (37, 58, 167, 170, 214, 217, 220, 222, 289), wherein at least one of said propulsion segment assemblies (13, 14, 15) comprises a propulsion cylinder (30, 41), a free cylinder (28, 40), and a cable assembly (32, 43, 63, 102, 182) movably connected to the propulsion cylinder (30, 41) and the free cylinder (28, 40), wherein the cable assembly (32, 43, 63, 102) of at least one of said propulsion segment assemblies (13, 14, 15) comprises a cable support apparatus (53, 59, 61, 88), and characterized in that the cable support apparatus (53, 59, 61, 88) comprises a support bar (55, 71, 72, 98) and at least one slider (56, 57, 67, 70, 77, 80).
A centrifugal separator (101; 201), in particular centrifugal separator for separating oil, comprising a centrifuge housing, a drive housing, a separator rotor, a shaft, a first bearing, a second bearing and a drive, - wherein a drive chamber is formed in the drive housing, - wherein a separation chamber is formed in the centrifuge housing, - wherein a dividing wall is formed between the drive chamber and the separation chamber, - wherein the dividing wall comprises an opening, - wherein the shaft extends through the opening of the dividing wall into the separation chamber and into the drive chamber, - wherein the separation rotor is connected to the shaft in a rotationally secure manner and is arranged in the separation chamber, - wherein the drive is arranged in the drive chamber and drives the shaft, - that the drive is in the form of an electric motor which directly drives the shaft in such a manner that the shaft forms a motor shaft of the electric motor, characterised in that - the electric motor comprises a containment can, wherein a hollow-cylindrical central portion of the containment can is arranged between a rotor of the electric motor and a stator of the electric motor. - wherein a drive chamber is formed in the drive housing, - wherein a separation chamber is formed in the centrifuge housing, - wherein a dividing wall is formed between the drive chamber and the separation chamber, - wherein the dividing wall comprises an opening, - wherein the shaft extends through the opening of the dividing wall into the separation chamber and into the drive chamber, - wherein the separation rotor is connected to the shaft in a rotationally secure manner and is arranged in the separation chamber, - wherein the drive is arranged in the drive chamber and drives the shaft, - that the drive is in the form of an electric motor which directly drives the shaft in such a manner that the shaft forms a motor shaft of the electric motor, - the electric motor comprises a containment can, wherein a hollow-cylindrical central portion of the containment can is arranged between a rotor of the electric motor and a stator of the electric motor.
A cell in cell covering for architectural openings comprising in combination: an upper rail, a bottom rail, and a fabric secured to and extending between said upper and bottom rails, said fabric having a plurality of elongated concentric double cells (100, 102) attached to adjacent double cells along a longitudinal side with each double cell having an inner cell and an outer cell and being made of a flexible material so the cells are transversely collapsible and expandable, an uppermost double cell being connected to said upper rail and a lowermost double cell being connected to said bottom rail; characterized in that: respective anchor bars are provided within the uppermost and lowermost cells for securing said uppermost and lowermost cells to the upper and bottom rails respectively, each of said uppermost and lowermost double cells having its inner cell longitudinally severed along opposite sides, thereby enabling the anchor bars to be in the respective double cells in engagement with the respective outer cells. an upper rail, a bottom rail, and a fabric secured to and extending between said upper and bottom rails, said fabric having a plurality of elongated concentric double cells (100, 102) attached to adjacent double cells along a longitudinal side with each double cell having an inner cell and an outer cell and being made of a flexible material so the cells are transversely collapsible and expandable, an uppermost double cell being connected to said upper rail and a lowermost double cell being connected to said bottom rail; characterized in that: respective anchor bars are provided within the uppermost and lowermost cells for securing said uppermost and lowermost cells to the upper and bottom rails respectively, each of said uppermost and lowermost double cells having its inner cell longitudinally severed along opposite sides, thereby enabling the anchor bars to be in the respective double cells in engagement with the respective outer cells. respective anchor bars are provided within the uppermost and lowermost cells for securing said uppermost and lowermost cells to the upper and bottom rails respectively, each of said uppermost and lowermost double cells having its inner cell longitudinally severed along opposite sides, thereby enabling the anchor bars to be in the respective double cells in engagement with the respective outer cells.
A manifold for a loudspeaker, comprising: a plurality of inlets, wherein each inlet is designed to receive sound waves from a different compression driver; an output section that includes a plurality of concentric rings and is designed to deliver a point source of sound to a throat section of an acoustic horn; and a first channel (310 1) that is configured to guide sound waves received at a first inlet (165 1) to a first location within a first concentric ring (255 1) and to isolate the sound waves received at the first inlet (165 1) from sound waves received at the other inlets included in the plurality of inlets. a plurality of inlets, wherein each inlet is designed to receive sound waves from a different compression driver; an output section that includes a plurality of concentric rings and is designed to deliver a point source of sound to a throat section of an acoustic horn; and a first channel (310 1) that is configured to guide sound waves received at a first inlet (165 1) to a first location within a first concentric ring (255 1) and to isolate the sound waves received at the first inlet (165 1) from sound waves received at the other inlets included in the plurality of inlets.
A continuously variable transmission including two pulleys (12, 14) each having a rotary shaft (18, 28) and a pair of sheaves (20, 22, 30, 32) with tapered faces (24, 26, 34, 36) that are opposed to each other to define a V-shaped groove and an endless flexible member looped over the two pulleys (12, 14), the continuously variable transmission varying a transmission ratio between the pulleys (12, 14) by varying a distance between the sheaves (20, 22, 30, 32) in each pair, the continuously variable transmission comprises: a vibration damping member that is arranged at a back side of the sheave (20, 22, 30, 32) to which the vibration damping member is fitted, wherein, at least one of the sheaves (20,22,30,32) is provided with the vibration damping member, and characterized in that, said vibration damping member is in contact, under pressure, with an outer peripheral face of the sheave (20, 22, 30, 32) to which the vibration damping member is fitted; wherein the vibration damping member is secured to a radially inner portion of a back side of a sheave disc portion of the fixed sheave such that vibration damping member is in contact with the back side of the fixed sheave near the radially inner portion but is apart from the back side of the fixed sheave a portion apart from the radially inner portion outward in the radial direction. a vibration damping member that is arranged at a back side of the sheave (20, 22, 30, 32) to which the vibration damping member is fitted, wherein, at least one of the sheaves (20,22,30,32) is provided with the vibration damping member, and characterized in that, said vibration damping member is in contact, under pressure, with an outer peripheral face of the sheave (20, 22, 30, 32) to which the vibration damping member is fitted; wherein the vibration damping member is secured to a radially inner portion of a back side of a sheave disc portion of the fixed sheave such that vibration damping member is in contact with the back side of the fixed sheave near the radially inner portion but is apart from the back side of the fixed sheave a portion apart from the radially inner portion outward in the radial direction.
A laundry treating appliance comprising: a housing defining an interior; a treating chamber located within the interior and mounted to the housing; at least one dispenser container fluidly coupled to the treating chamber and slidably mounted to the housing for sliding movement between extended and retracted positions, wherein the at least one container is accessible exterior of the housing in the extended position and located within the housing in the retracted position; and a dispenser door pivotally mounted to the housing for pivoting movement between closed and opened positions; wherein the at least one dispenser container is operably coupled to the dispenser door such that pivotal movement of the dispenser door between the closed and opened positions effects a corresponding sliding movement of the at least one dispenser container between the retracted and extended positions; wherein the at least one container comprises a drawer having multiple cups and slidably mounted to the housing; wherein the drawer is pin -and-slot mounted to the housing; characterized in that the drawer is pivotally mounted to the door. a housing defining an interior; a treating chamber located within the interior and mounted to the housing; at least one dispenser container fluidly coupled to the treating chamber and slidably mounted to the housing for sliding movement between extended and retracted positions, wherein the at least one container is accessible exterior of the housing in the extended position and located within the housing in the retracted position; and a dispenser door pivotally mounted to the housing for pivoting movement between closed and opened positions; wherein the at least one dispenser container is operably coupled to the dispenser door such that pivotal movement of the dispenser door between the closed and opened positions effects a corresponding sliding movement of the at least one dispenser container between the retracted and extended positions; wherein the at least one container comprises a drawer having multiple cups and slidably mounted to the housing; wherein the drawer is pin -and-slot mounted to the housing; characterized in that the drawer is pivotally mounted to the door.