mhurhangee/ep-ind-claims huggingface dataset:
A vehicle drive train (200, 350) for transferring torque to first and second sets of wheels (24', 42'), the drive train comprising: a first driveline being adapted to transfer torque from a source of power to the first set of wheels and including a first pair of axle shafts (26', 28'), a first power disconnection device (34, 252) positioned within a power take-off unit and a differential gearset driven by the source of power and having an output coupled to the first power disconnection device (34, 252); and a second driveline being adapted to transfer torque from the source of power to the second set of wheels and including a rear axle assembly (40, 352) having a second pair of axle shafts (44', 46') and further including a differential assembly and a second power disconnection device (54', 354); wherein the first power disconnection device (34, 252) includes a multi-plate clutch or a dog clutch or a combination of a dog clutch and a synchronizer; wherein the power take-off unit includes a hypoid gearset and the second driveline includes another hypoid gearset driven by the hypoid gearset, and driving the differential assembly, wherein both hypoid gearsets (36', 48') are positioned in a power path between the first and second power disconnection devices (34, 252; 54', 354), wherein the second driveline includes a propeller shaft connected at a first end to the hypoid gearset and at an opposite end to the other hypoid gearset, and wherein the hypoid gearsets (36', 48') are selectively disconnected from being driven by either of the first driveline and the second driveline when the first and second power disconnection devices (34, 252; 54', 354) are operated in a disconnected, non-torque transferring, mode; characterized in that the second power disconnection device (54', 354) includes a single clutch configured to selectively connect separate portions (162'; 170', 358) of only one axle shaft of the second pair of axle shafts (44', 46'). a first driveline being adapted to transfer torque from a source of power to the first set of wheels and including a first pair of axle shafts (26', 28'), a first power disconnection device (34, 252) positioned within a power take-off unit and a differential gearset driven by the source of power and having an output coupled to the first power disconnection device (34, 252); and a second driveline being adapted to transfer torque from the source of power to the second set of wheels and including a rear axle assembly (40, 352) having a second pair of axle shafts (44', 46') and further including a differential assembly and a second power disconnection device (54', 354);
Cap for closing the neck finish of a container -preferably a bottle-, which presents an axial symmetry of revolution with respect to its axis, which is substantially annular, and which comprises: - a top wall; - an annular skirt extending downward from the top wall and having a bottom edge; - reversible opening / closing means of the cap on the neck finish of the container, said means being preferably screw thread means located inside the cap, and more preferably on the inner face of the skirt; - at least one decoration element; - the upper face of the top wall being dug out with at least one dimple, preferably one dimple, more preferably a circular dimple; - at least one insert filling at least partially the dimple; - the cap having a body corresponding to the cap except the insert; characterized in that, - said at least one insert, preferably one over-molded insert, is obtained by compression molding of at least one thermoplastic material in the dimple of the top wall; - at least one decoration element is integral with the bottom of the dimple and/or the disc; - the decoration element is viewable as the cap is in the closed position on to the neck finish of the container, as well as the cap is in the open position removed from the neck finish of the container; - the body of the cap is obtained by compression molding of one thermoplastic material. - a top wall; - an annular skirt extending downward from the top wall and having a bottom edge; - reversible opening / closing means of the cap on the neck finish of the container, said means being preferably screw thread means located inside the cap, and more preferably on the inner face of the skirt; - at least one decoration element; - the upper face of the top wall being dug out with at least one dimple, preferably one dimple, more preferably a circular dimple; - at least one insert filling at least partially the dimple; - the cap having a body corresponding to the cap except the insert; characterized in that, - said at least one insert, preferably one over-molded insert, is obtained by compression molding of at least one thermoplastic material in the dimple of the top wall; - at least one decoration element is integral with the bottom of the dimple and/or the disc; - the decoration element is viewable as the cap is in the closed position on to the neck finish of the container, as well as the cap is in the open position removed from the neck finish of the container; - the body of the cap is obtained by compression molding of one thermoplastic material.
A method for making a homogeneous solution of mutant diphtheria toxin (mDT) in anhydrous dimethyl sulfoxide (DMSO), the method comprising: (a) providing a dried composition of mDT; and (b) reconstituting the dried composition in anhydrous DMSO by adding the anhydrous DMSO to the dried composition over a time period of two minutes or less and mixing for at least 10 seconds to provide a homogenous solution comprising the mDT. (a) providing a dried composition of mDT; and (b) reconstituting the dried composition in anhydrous DMSO by adding the anhydrous DMSO to the dried composition over a time period of two minutes or less and mixing for at least 10 seconds to provide a homogenous solution comprising the mDT.
An information processing apparatus for registering documents in a database and managing the documents, the apparatus comprising: setting data storage means for storing, for each of documents or folders containing the documents, setting data on a plurality of setting items in a print settings window for printing the document; display setting storage means for storing display setting data of the print setting window; display setting modification storage means for storing display modification data of the print settings window in a case where an instruction is provided to change the setting items stored in said display setting storage means or to add a setting item; print setting display means for displaying the print settings window for the document on the basis of the setting data stored in said setting data storage means and the display modification data stored in said display setting modification storage means, in a case where an instruction is provided to print the document; movement instruction means for providing an instruction to move one of the documents between folders; and print setting display control means for controlling such that the print settings window for the moved document is displayed on the basis of the display setting data of the print settings window corresponding to the folder to which the document is moved in accordance with the instruction by said movement instruction means. setting data storage means for storing, for each of documents or folders containing the documents, setting data on a plurality of setting items in a print settings window for printing the document; display setting storage means for storing display setting data of the print setting window; display setting modification storage means for storing display modification data of the print settings window in a case where an instruction is provided to change the setting items stored in said display setting storage means or to add a setting item; print setting display means for displaying the print settings window for the document on the basis of the setting data stored in said setting data storage means and the display modification data stored in said display setting modification storage means, in a case where an instruction is provided to print the document; movement instruction means for providing an instruction to move one of the documents between folders; and print setting display control means for controlling such that the print settings window for the moved document is displayed on the basis of the display setting data of the print settings window corresponding to the folder to which the document is moved in accordance with the instruction by said movement instruction means.
Battery box for accommodating at least one battery for an electric vehicle, having an externally peripheral frame and having a base, wherein, below the frame, there is arranged a peripheral frame-reinforcement element for reinforcing the frame, wherein the material thickness of the frame-reinforcement element corresponds to the cross-sectional height (h) thereof, wherein the base is formed by multiple base layers (6, 7) arranged spaced apart from one another and the frame-reinforcement element is arranged within a base cavity formed by the base layers (6, 7), characterized in that, in the base cavity between the base layers (6, 7) or on a base layer (6, 7), provision is made of at least one transverse profile component and/or at least one longitudinal profile component for stiffening the frame-reinforcement element.
An amusement device, comprising: a rotating body provided horizontally rotatably; a structure for playing arranged to the rotating body for letting a player play; support means for supporting the rotating body so that the rotating body is horizontally rotatable; and a rotation drive mechanism for rotating the rotating body horizontally, characterised in that: the structure for playing comprises a plurality of poles which are each formed along a predetermined direction and provided in a standing state at a position eccentric to a rotation center axis of the rotating body on the upper surface of the rotating body; each pole is configured so that the player can climb up and down; and a cushion for shock reduction for players when falling off the poles is provided on the upper surface of the rotating body at least in the periphery of the position where the poles stand. a rotating body provided horizontally rotatably; a structure for playing arranged to the rotating body for letting a player play; support means for supporting the rotating body so that the rotating body is horizontally rotatable; and a rotation drive mechanism for rotating the rotating body horizontally, characterised in that: the structure for playing comprises a plurality of poles which are each formed along a predetermined direction and provided in a standing state at a position eccentric to a rotation center axis of the rotating body on the upper surface of the rotating body; each pole is configured so that the player can climb up and down; and a cushion for shock reduction for players when falling off the poles is provided on the upper surface of the rotating body at least in the periphery of the position where the poles stand. the structure for playing comprises a plurality of poles which are each formed along a predetermined direction and provided in a standing state at a position eccentric to a rotation center axis of the rotating body on the upper surface of the rotating body; each pole is configured so that the player can climb up and down; and a cushion for shock reduction for players when falling off the poles is provided on the upper surface of the rotating body at least in the periphery of the position where the poles stand.
An apparatus for forming a relief pattern from a photosensitive element having an exterior surface and containing a composition layer capable of being partially liquefied comprising: means for heating the exterior surface to a temperature sufficient to cause a portion of the layer to partially liquefy; means for supporting a development medium to provide contact with the exterior surface adjacent the partially liquefied portion; and means for providing relative movement between the development medium and the means for supporting; wherein the means for supporting comprises a support member having a non-rotating surface that contacts a side of the development medium opposite the partially liquefied portion; characterised in that either (i) the support member has an elliptical or wedge cross-sectional shape; or (ii) the apparatus further comprises means for removing the development medium located adjacent the means for supporting, wherein the means for removing is a blade-like member forming a peeling surface and can move rotationally about a pivot point as the development medium is peeled from the photosensitive element. means for heating the exterior surface to a temperature sufficient to cause a portion of the layer to partially liquefy; means for supporting a development medium to provide contact with the exterior surface adjacent the partially liquefied portion; and means for providing relative movement between the development medium and the means for supporting; wherein the means for supporting comprises a support member having a non-rotating surface that contacts a side of the development medium opposite the partially liquefied portion; characterised in that either (i) the support member has an elliptical or wedge cross-sectional shape; or (ii) the apparatus further comprises means for removing the development medium located adjacent the means for supporting, wherein the means for removing is a blade-like member forming a peeling surface and can move rotationally about a pivot point as the development medium is peeled from the photosensitive element.
A Bluetooth transmission control method comprising: establishing a Bluetooth connection with a file receiving device by a mobile terminal, and the mobile terminal initiating a Bluetooth file transmission operation to the file receiving device; detecting whether the mobile terminal synchronously turns on a Bluetooth music playback operation or not when it is detected that the mobile terminal initiates the Bluetooth file transmission operation to the file receiving device; in response to detecting that the mobile terminal turns on the Bluetooth music playback operation, negotiating with the file receiving device by the mobile terminal to determine a first timeout period for file transmission; in response to detecting that the mobile terminal turns off the Bluetooth music playback operation, negotiating with the file receiving device by the mobile terminal to determine a second timeout period for the file transmission, wherein the first timeout period is longer than the second timeout period, the second timeout period is a preset normal file transmission timeout period; transmitting a file to the file receiving device by the mobile terminal according to the first timeout period, when the mobile terminal turns on the Bluetooth music playback operation; and transmitting the file to the file receiving device by the mobile terminal according to the second timeout period, when the mobile terminal turns off the Bluetooth music playback operation. establishing a Bluetooth connection with a file receiving device by a mobile terminal, and the mobile terminal initiating a Bluetooth file transmission operation to the file receiving device; detecting whether the mobile terminal synchronously turns on a Bluetooth music playback operation or not when it is detected that the mobile terminal initiates the Bluetooth file transmission operation to the file receiving device; in response to detecting that the mobile terminal turns on the Bluetooth music playback operation, negotiating with the file receiving device by the mobile terminal to determine a first timeout period for file transmission; in response to detecting that the mobile terminal turns off the Bluetooth music playback operation, negotiating with the file receiving device by the mobile terminal to determine a second timeout period for the file transmission, wherein the first timeout period is longer than the second timeout period, the second timeout period is a preset normal file transmission timeout period; transmitting a file to the file receiving device by the mobile terminal according to the first timeout period, when the mobile terminal turns on the Bluetooth music playback operation; and transmitting the file to the file receiving device by the mobile terminal according to the second timeout period, when the mobile terminal turns off the Bluetooth music playback operation.
A method for generating a light field in a specified work region by means of an at least partly coherent light source, wherein • light from the light source is fed to at least one modulator, with this modulator impressing different changes in at least one property of the light on different components (4a, 4b) of the light, • the modulator is controlled by a zero control pattern (6, 6a, 6b) in such a way that the summation of the amplitude distributions of the light components (4a, 4b) guided via the modulator has zeros (7a, 7b) at at least two positions that are specifiable independently of one another within the work region, with these zeros (7a, 7b) each adjoining regions (8a, 8b) in which this summation of the amplitude distributions differs from zero, wherein the zero control pattern (6, 6a, 6b) denotes a spatial distribution of regions which change the phase of the light incident on the modulator, as well as the respective local absolute value of this phase change, and • the light is guided from the modulator into the work region. • light from the light source is fed to at least one modulator, with this modulator impressing different changes in at least one property of the light on different components (4a, 4b) of the light, • the modulator is controlled by a zero control pattern (6, 6a, 6b) in such a way that the summation of the amplitude distributions of the light components (4a, 4b) guided via the modulator has zeros (7a, 7b) at at least two positions that are specifiable independently of one another within the work region, with these zeros (7a, 7b) each adjoining regions (8a, 8b) in which this summation of the amplitude distributions differs from zero, wherein the zero control pattern (6, 6a, 6b) denotes a spatial distribution of regions which change the phase of the light incident on the modulator, as well as the respective local absolute value of this phase change, and • the light is guided from the modulator into the work region.
A slide rail assembly, comprising a first rail having a blocking part; a second rail movably connected to the first rail; a blocking element movably connected to the second rail through a connection element; characterized by an engagement element movable in a linear movement relative to the first rail; wherein the engagement element is operatively connected to the blocking element for moving the blocking element from a first predetermined position to a second predetermined position relative to the second rail, the blocking element is configured to abut against the blocking part of the first rail, for preventing the second rail from moving relative to the first rail from a retrieve position along an extension direction; wherein when the engagement element is operated to move the blocking element apart from the second predetermined position relative to the second rail, the second rail is able to move relative to the first rail from the retrieve position along the extension direction.
Device for detecting the state of wear of a wearing part of an agricultural machine, wherein the device comprises a mobile terminal and a data processing device of the agricultural machine, wherein the mobile terminal comprises an optical recording device, in particular a camera, for recording the actual image of the component, a data communication device, and an evaluation unit having an image evaluation unit and a reference image memory in which at least one reference representation of the component is stored, wherein the image evaluation device is designed to compare the actual image of the component with the at least one reference image of the component and to determine, using the optical comparison, the degree of damage and/or wear of the component, wherein operating data can be transmitted to the mobile terminal from the data processing device of the agricultural machine on which the component is used, wherein the evaluation unit comprises evaluation means for evaluating the operating data transmitted from the mobile terminal to the evaluation unit, and said evaluation means comprise an estimation device for estimating the state of wear of the component using the transmitted operating data, and wherein the evaluation unit is designed to determine a final state of wear based on the state of wear estimated on the basis of the transmitted operating data and the state of wear determined by the image evaluation device based on the image comparison. wherein the device comprises a mobile terminal and a data processing device of the agricultural machine, wherein the mobile terminal comprises an optical recording device, in particular a camera, for recording the actual image of the component, a data communication device, and an evaluation unit having an image evaluation unit and a reference image memory in which at least one reference representation of the component is stored, wherein the image evaluation device is designed to compare the actual image of the component with the at least one reference image of the component and to determine, using the optical comparison, the degree of damage and/or wear of the component, wherein operating data can be transmitted to the mobile terminal from the data processing device of the agricultural machine on which the component is used, wherein the evaluation unit comprises evaluation means for evaluating the operating data transmitted from the mobile terminal to the evaluation unit, and said evaluation means comprise an estimation device for estimating the state of wear of the component using the transmitted operating data, and wherein the evaluation unit is designed to determine a final state of wear based on the state of wear estimated on the basis of the transmitted operating data and the state of wear determined by the image evaluation device based on the image comparison.
Tyre with a maximum axial width LT, intended to be mounted on a mounting rim, comprising: • two beads, intended to come into contact with the mounting rim, a crown comprising a tread intended to be in contact with the ground, two sidewalls connecting the crown to the beads, • the tread, asymmetric about the equatorial plane, delimiting two axial edges (45, 46) of the tread, one of which edges is intended to be positioned on the outboard side of a vehicle on which the mounting rim is fixed, • an inner liner of the crown which is radially furthest on the inside of the crown, • an electronic device, characterized in that the electronic device is installed in the tyre under the crown, radially on the inside of the inner liner of the crown, on the side of the axial edge of the tread that is intended to be positioned on the outboard side of the vehicle with respect to the equatorial plane. • two beads, intended to come into contact with the mounting rim, a crown comprising a tread intended to be in contact with the ground, two sidewalls connecting the crown to the beads, • the tread, asymmetric about the equatorial plane, delimiting two axial edges (45, 46) of the tread, one of which edges is intended to be positioned on the outboard side of a vehicle on which the mounting rim is fixed, • an inner liner of the crown which is radially furthest on the inside of the crown, • an electronic device,