mhurhangee/ep-ind-claims huggingface dataset:
A windage shield system for a turbofan engine, the windage shield system comprising: an annular cavity having an inlet end and an outlet end, said annular cavity configured to direct a flow of cooling fluid from said inlet end to said outlet end; a source of a flow of cooling fluid coupled in flow communication with said annular cavity, said annular cavity bounded by a stationary component and a rotating component, said rotating component introducing heat into said annular cavity by windage effects; a cooling channel coupled in flow communication with said outlet end; and a first windage shield extending from said outlet end towards said inlet end to terminate at a forward edge within said annular cavity, characterized in that said forward edge being wholly supported at the outlet end from which it extends, said first windage shield dividing said annular cavity into at least two flow paths, a first flow path defined between said rotating component and said first windage shield, a second flow path defined between said stationary component and said first windage shield, said cooling channel in flow communication with said second flow path, wherein a temperature of the second flow path is less than a temperature of the first flow path due to windage effects. an annular cavity having an inlet end and an outlet end, said annular cavity configured to direct a flow of cooling fluid from said inlet end to said outlet end; a source of a flow of cooling fluid coupled in flow communication with said annular cavity, said annular cavity bounded by a stationary component and a rotating component, said rotating component introducing heat into said annular cavity by windage effects; a cooling channel coupled in flow communication with said outlet end; and a first windage shield extending from said outlet end towards said inlet end to terminate at a forward edge within said annular cavity, characterized in that said forward edge being wholly supported at the outlet end from which it extends, said first windage shield dividing said annular cavity into at least two flow paths, a first flow path defined between said rotating component and said first windage shield, a second flow path defined between said stationary component and said first windage shield, said cooling channel in flow communication with said second flow path, wherein a temperature of the second flow path is less than a temperature of the first flow path due to windage effects.
A device for kinetic energy storage with at least one electric machine operable in a motor mode and/or a generator mode, wherein for the intermediate storage of motional energy arising there is provided at least one energy recovery system, which converts motional energy into electrical energy, wherein the energy recovery system comprises at least one flywheel mass body, which is formed as a rotor, and a stator which is arranged in a housing, wherein the rotor and/or the stator are configured as at least one vacuum pump stage (13a, 13b, 15a, 15b, 16, 19, 20), in that the rotor of the device consists of the rotor shaft, the hub and the flywheel mass body, in that the rotor shaft is mounted in bearings (6, 7; 7, 24), characterised in that - at least one housing interior face comprises pump-active surfaces, which are formed parallel to a rotation axis as a Holweck-pump stage or as a cross-channel-pump stage, or in that - the flywheel mass body has pump-active surfaces, which are formed parallel to a rotation axis as a screw-pump stage or as a cross-channel pump stage, and in that - the pump-active surfaces are formed at least between the exterior of the flywheel mass body and the housing interior surface, and in that - the flywheel mass body is made of metal and/or carbon fibre-reinforced synthetic material, and in that - the flywheel mass body is arranged in the axial direction of the rotor shaft between the bearings (6, 7; 7, 24). - at least one housing interior face comprises pump-active surfaces, which are formed parallel to a rotation axis as a Holweck-pump stage or as a cross-channel-pump stage, or in that - the flywheel mass body has pump-active surfaces, which are formed parallel to a rotation axis as a screw-pump stage or as a cross-channel pump stage, and in that - the pump-active surfaces are formed at least between the exterior of the flywheel mass body and the housing interior surface, and in that - the flywheel mass body is made of metal and/or carbon fibre-reinforced synthetic material, and in that - the flywheel mass body is arranged in the axial direction of the rotor shaft between the bearings (6, 7; 7, 24).
A wire harness, including one or plural conducting paths, a non-metallic fiber braid formed in a tubular shape using multiple ultrathin strands made of conductive non-metallic fibers, the non-metallic fiber braid covering the one or plural conducting paths, and a conductive resin molded product as one of a connection (42, 43), a fixing member and a pipe body to which a distal end of the non-metallic fiber braid is welded.
A work vehicle comprising: a driver seat; a steerable wheel; a display unit configured to display various types of information; a steering wheel disposed on the rear side with respect to the display unit, in front of the driver seat; a wheel angle detector configured to detect a wheel angle that is a rotation angle of the steering wheel about a wheel rotation shaft; a steering mechanism configured to change a steering angle of the steerable wheel based on the wheel angle; an adjusting unit configured to adjust a relationship between the wheel angle and the steering angle; and a manual operation tool, wherein the steering wheel includes a plurality of spokes and a ring-shaped member that is connected to the spokes, and an opening is formed between the spokes and the ring-shaped member, the adjusting unit sets, as an appropriate angle, a wheel angle that allows the display unit to be in a field of view from the driver seat side through the opening, and adjusts the relationship such that the steering angle becomes a neutral steering angle when the wheel angle is the appropriate angle, and the adjusting unit sets, as the appropriate angle, a rotation angle of the steering wheel at a point in time at which the manual operation tool for setting the appropriate angle is operated, and adjusts the steering mechanism such that the steering angle becomes a neutral steering angle when the wheel angle is the appropriate angle. a driver seat; a steerable wheel; a display unit configured to display various types of information; a steering wheel disposed on the rear side with respect to the display unit, in front of the driver seat; a wheel angle detector configured to detect a wheel angle that is a rotation angle of the steering wheel about a wheel rotation shaft; a steering mechanism configured to change a steering angle of the steerable wheel based on the wheel angle; an adjusting unit configured to adjust a relationship between the wheel angle and the steering angle; and a manual operation tool, the steering wheel includes a plurality of spokes and a ring-shaped member that is connected to the spokes, and an opening is formed between the spokes and the ring-shaped member, the adjusting unit sets, as an appropriate angle, a wheel angle that allows the display unit to be in a field of view from the driver seat side through the opening, and adjusts the relationship such that the steering angle becomes a neutral steering angle when the wheel angle is the appropriate angle, and the adjusting unit sets, as the appropriate angle, a rotation angle of the steering wheel at a point in time at which the manual operation tool for setting the appropriate angle is operated, and adjusts the steering mechanism such that the steering angle becomes a neutral steering angle when the wheel angle is the appropriate angle.
A method of polymerizing at least one fluorinated monomer comprising an ethylene bond, the method comprising putting in contact the at least one fluorinated monomer with a polymerization initiator and a chain transfer agent, the chain transfer agent having the formula: R-X- w -X'-R' wherein: - w is a number ranging from 2 to 8; - R and R' are independently chosen from a hydrogen atom, a perfluoroalkyl group, a hydroxy group, an amine group, an acid group, an ester group, a thioester group, an amide group, an azide group, a urea group, a carbonate group, a thiocarbonate group, a cyclocarbonate group, an ether group, a thioether group, a cyano group, a silyl group and an aromatic group; and - X and X' are independently chosen from: - a divalent, linear or branched, alkyl radical, comprising from 1 to 10 carbon atoms; - -[C y H 2y)Z] p -, wherein Z is connected to w or R or R' and wherein: - y is a number from 1 to 5; - Z is chosen from an -O-, -S-, -COO-, -Si(R"R′′′)-and -CONH-, wherein R" and R′′′ are independently selected from alkyl or alkoxy groups comprising from 1 to 10 carbon atoms; - p is a number from 1 to 10; - an aromatic divalent radical. - w is a number ranging from 2 to 8; - R and R' are independently chosen from a hydrogen atom, a perfluoroalkyl group, a hydroxy group, an amine group, an acid group, an ester group, a thioester group, an amide group, an azide group, a urea group, a carbonate group, a thiocarbonate group, a cyclocarbonate group, an ether group, a thioether group, a cyano group, a silyl group and an aromatic group; and - X and X' are independently chosen from: - a divalent, linear or branched, alkyl radical, comprising from 1 to 10 carbon atoms; - -[C y H 2y)Z] p -, wherein Z is connected to w or R or R' and wherein: - y is a number from 1 to 5; - Z is chosen from an -O-, -S-, -COO-, -Si(R"R′′′)-and -CONH-, wherein R" and R′′′ are independently selected from alkyl or alkoxy groups comprising from 1 to 10 carbon atoms; - p is a number from 1 to 10; - an aromatic divalent radical. - a divalent, linear or branched, alkyl radical, comprising from 1 to 10 carbon atoms; - -[C y H 2y)Z] p -, wherein Z is connected to w or R or R' and wherein: - y is a number from 1 to 5; - Z is chosen from an -O-, -S-, -COO-, -Si(R"R′′′)-and -CONH-, wherein R" and R′′′ are independently selected from alkyl or alkoxy groups comprising from 1 to 10 carbon atoms; - p is a number from 1 to 10; - y is a number from 1 to 5; - Z is chosen from an -O-, -S-, -COO-, -Si(R"R′′′)-and -CONH-, wherein R" and R′′′ are independently selected from alkyl or alkoxy groups comprising from 1 to 10 carbon atoms; - p is a number from 1 to 10; - an aromatic divalent radical.
Apparatus for cooking food products, comprising a main body, a containing chamber suitable to contain a cooking liquid, an exit element comprising at least one exit aperture of the cooking liquid made in said containing chamber, and a removal device associated with said exit element, said removal device comprising at least an attachment element and a discharge tube, said attachment element being connected in a selectively removable way to said exit element, characterized in that said exit element comprises an automatic command device and a valve retention element, said valve retention element being associated with at least one return spring, and having an open position correlated to the connected condition of said attachment element to said exit element, and a closed position correlated to the removed position of said attachment element to said exit element.
A computer-implemented method for controlling an operation of an electrical toothbrush with an interchangeable brush head, the method comprising: obtaining an existing operation mode of the electrical toothbrush; receiving an indication from a brush head identification unit that a new interchangeable brush head has been identified as being provided to the electrical toothbrush; identifying a new operation mode associated with the new interchangeable brush head, the new operation mode being different from the existing operation mode; controlling a user interface to request an input from a user to confirm that the operation of the electrical toothbrush should change to the new operation mode; and if the user provides an input confirming that the operation of the electrical toothbrush should change to the new operation mode, changing the operation of the electrical toothbrush to the new operation mode; and if the user provides an input indicating that the operation of the electrical toothbrush should not change to the new operation mode, maintaining the existing operation mode of the electrical toothbrush; and if the user does not provide a user input, maintaining the existing operation mode of the electrical toothbrush. obtaining an existing operation mode of the electrical toothbrush; receiving an indication from a brush head identification unit that a new interchangeable brush head has been identified as being provided to the electrical toothbrush; identifying a new operation mode associated with the new interchangeable brush head, the new operation mode being different from the existing operation mode; controlling a user interface to request an input from a user to confirm that the operation of the electrical toothbrush should change to the new operation mode; and if the user provides an input confirming that the operation of the electrical toothbrush should change to the new operation mode, changing the operation of the electrical toothbrush to the new operation mode; and if the user provides an input indicating that the operation of the electrical toothbrush should not change to the new operation mode, maintaining the existing operation mode of the electrical toothbrush; and if the user does not provide a user input, maintaining the existing operation mode of the electrical toothbrush. if the user provides an input confirming that the operation of the electrical toothbrush should change to the new operation mode, changing the operation of the electrical toothbrush to the new operation mode; and if the user provides an input indicating that the operation of the electrical toothbrush should not change to the new operation mode, maintaining the existing operation mode of the electrical toothbrush; and if the user does not provide a user input, maintaining the existing operation mode of the electrical toothbrush.
An information processing apparatus having print data generation software and print software installed thereon, the print data generation software having been obtained at a first timing, the print software being different from the print data generation software and obtained at a second timing different from the first timing, wherein the print software comprises a print setting screen extension unit, a layout extension unit, and a preview unit; the information processing apparatus comprising: associating means configured to associate the print data generation software with the print software; setting means configured to set print setting information set by a user using a setting screen provided by the print software using the print setting screen extension unit, and configured to register launch condition information which determines whether the print software should be launched when a print instruction comprising a request for using the layout extension unit or the preview unit is received, wherein the print software stops running each time processing by the print setting screen extension unit ends; and control means configured to, when the print instruction is received, launch the print software in a case where the set print setting information includes a setting that matches the registered launch condition information for the print software, and to suppress launch of the print software in a case where the set print setting information does not include a setting that matches the registered launch condition information for the print software, wherein the print data generation software associated with the print software is configured to generate print data based on the print setting information set by using the setting screen provided by the print software and to transmit the print data to a printing device. associating means configured to associate the print data generation software with the print software; setting means configured to set print setting information set by a user using a setting screen provided by the print software using the print setting screen extension unit, and configured to register launch condition information which determines whether the print software should be launched when a print instruction comprising a request for using the layout extension unit or the preview unit is received, wherein the print software stops running each time processing by the print setting screen extension unit ends; and control means configured to, when the print instruction is received, launch the print software in a case where the set print setting information includes a setting that matches the registered launch condition information for the print software, and to suppress launch of the print software in a case where the set print setting information does not include a setting that matches the registered launch condition information for the print software, wherein the print data generation software associated with the print software is configured to generate print data based on the print setting information set by using the setting screen provided by the print software and to transmit the print data to a printing device.
Backrest adjuster for a vehicle seat, having at least one fitting upper part, a fitting lower part and a fitting which is arranged therebetween, wherein arranged on a side of the fitting upper part or the fitting lower part, said side facing away from the fitting, is a separate adapter which is fixed to the fitting through a recess in the fitting upper part or the fitting lower part, and wherein an operating lever is provided which, on that side of the adapter which faces away from the fitting, is arranged on said adapter in a form-fitting and/or force-fitting manner, wherein the adapter and the operating lever have mutually corresponding profiles which in particular engage one inside the other and which are connected to one other in a rotationally fixed manner, such that the adapter and the fitting are coupled to one another in a rotationally fixed manner by means of a releasable connection, characterized in that the inner side of the operating lever has a passage opening with a formation (4.2) which comprises a cutout (4.2.1) having a star-like, toothed-ring-like or thorax-like profile, wherein the profile has a number of recesses and a number of projections distributed over a periphery, wherein at least one of the recesses has increased dimensions with respect to the other recesses.
A hinge arrangement for a switch cabinet, having a switch cabinet body and a switch cabinet door fastened thereto by means of at least two hinges arranged vertically one above the other, at least a first of the hinges being arranged above a second of the hinges, has a first carcass-side hinge half with a first hinge pin which projects vertically upwards out of a first pin seat and onto which a first door-side hinge half is fitted, the first hinge pin having an auxiliary assembly position in which it projects out of the first pin seat by a first length, which is greater than a second length by which a second hinge pin of a second carcass-side hinge half of the second hinge projects vertically upwards from its second pin seat, characterized in that the first hinge pin is accommodated in the first pin seat such that it can be adjusted in the vertical direction between the auxiliary assembly position and an end position, wherein the first hinge pin in the end position protrudes from the first pin seat by a third length which is smaller than the first length and which is substantially identical to the second length, and wherein the first hinge pin in the auxiliary assembly position assumes a latching position.
A shroud retention system for a work tool, comprising: an adapter attached to the work tool; a shroud including a channel configured to slidably engage with the adapter, the channel including a retainer slot (198 or 200); a spring assembly disposed in the channel, the spring assembly being connectable to the adapter, the spring assembly including: a slide compressor configured to slidably move in the channel relative to the adapter; and a resilient member disposed between the adapter and the slide compressor, the resilient member being configured to be compressed by the slide compressor; and a retainer plate disposed in the retainer slot (198, 200), characterised in that the slide compressor includes a compressor mating feature (136 or 138) and the retainer plate includes a retainer mating feature (180, 182, 184, or 186) configured to matingly engage with the compressor mating feature (136, 138) such that the retainer plate and the slide compressor are engaged in a locked position. an adapter attached to the work tool; a shroud including a channel configured to slidably engage with the adapter, the channel including a retainer slot (198 or 200); a spring assembly disposed in the channel, the spring assembly being connectable to the adapter, the spring assembly including: a slide compressor configured to slidably move in the channel relative to the adapter; and a resilient member disposed between the adapter and the slide compressor, the resilient member being configured to be compressed by the slide compressor; and a retainer plate disposed in the retainer slot (198, 200), characterised in that the slide compressor includes a compressor mating feature (136 or 138) and the retainer plate includes a retainer mating feature (180, 182, 184, or 186) configured to matingly engage with the compressor mating feature (136, 138) such that the retainer plate and the slide compressor are engaged in a locked position. a slide compressor configured to slidably move in the channel relative to the adapter; and a resilient member disposed between the adapter and the slide compressor, the resilient member being configured to be compressed by the slide compressor; and a retainer plate disposed in the retainer slot (198, 200), characterised in that the slide compressor includes a compressor mating feature (136 or 138) and the retainer plate includes a retainer mating feature (180, 182, 184, or 186) configured to matingly engage with the compressor mating feature (136, 138) such that the retainer plate and the slide compressor are engaged in a locked position.