mhurhangee/ep-ind-claims huggingface dataset:
An electronic cigarette, comprising: a smoke generating portion which generates smoke of the electronic cigarette; an elevating portion coupled to the smoke generating portion to be movable in a vertical direction; and a power supply portion which supplies power to the smoke generating portion through the elevating portion, the power supply portion including a battery which generates electrical energy to supply power, a power supply terminal which supplies power supplied from the battery, and a main circuit board which controls operation of the power supply terminal and the electronic cigarette, characterized in that the power supply portion further comprises a center pin being a conductor and a contact pin being a conductor, wherein the contact pin is provided in the elevating portion, such that the contact pin is in vertical motion and capable of connecting or disconnecting power by contacting with or separating from the power supply terminal through the vertical motion, and a connecting terminal which connects the contact pin to the center pin, wherein the connecting terminal is provided in the elevating portion and is a conductor. a smoke generating portion which generates smoke of the electronic cigarette; an elevating portion coupled to the smoke generating portion to be movable in a vertical direction; and a power supply portion which supplies power to the smoke generating portion through the elevating portion, the power supply portion including a battery which generates electrical energy to supply power, a power supply terminal which supplies power supplied from the battery, and a main circuit board which controls operation of the power supply terminal and the electronic cigarette, characterized in that the power supply portion further comprises a center pin being a conductor and a contact pin being a conductor, wherein the contact pin is provided in the elevating portion, such that the contact pin is in vertical motion and capable of connecting or disconnecting power by contacting with or separating from the power supply terminal through the vertical motion, and a connecting terminal which connects the contact pin to the center pin, wherein the connecting terminal is provided in the elevating portion and is a conductor.
A spinning machine, comprising a plurality of rows of spinning stations arranged side by side, each of the spinning stations comprising a bobbin holder for supporting a bobbin and a winding device for winding a yarn around the bobbin to form a yarn package, wherein the spinning machine further comprises an automatic doffing device which is mounted on a frame of each of the spinning stations and capable of pushing a package full of yarn to a package transport channel, wherein the automatic doffing device comprises a pushing mechanism that is mounted on the frame of the spinning machine, and a driving mechanism that can be controlled by a control system to drive the pushing mechanism to rotate, wherein when the yarn is wound around the bobbin to achieve a full yarn state, the bobbin holder can be opened by hands or automatically, and the package full of yarn will fall off from the bobbin holder, and drop onto the pushing mechanism, the pushing mechanism being capable of catching the dropped off yarn package and being driven by the driving mechanism to rotate to move the yarn package, wherein the pushing mechanism is an arc-shaped supporting plate formed by a sheet-like plate, wherein a front end of the arc-shaped supporting plate is located below the bobbin and a protrusion is provided at the front end of the arc-shaped supporting plate to prevent the yarn package from dropping off the supporting plate. a plurality of rows of spinning stations arranged side by side, each of the spinning stations comprising a bobbin holder for supporting a bobbin and a winding device for winding a yarn around the bobbin to form a yarn package, wherein the spinning machine further comprises an automatic doffing device which is mounted on a frame of each of the spinning stations and capable of pushing a package full of yarn to a package transport channel, wherein the automatic doffing device comprises a pushing mechanism that is mounted on the frame of the spinning machine, and a driving mechanism that can be controlled by a control system to drive the pushing mechanism to rotate, wherein when the yarn is wound around the bobbin to achieve a full yarn state, the bobbin holder can be opened by hands or automatically, and the package full of yarn will fall off from the bobbin holder, and drop onto the pushing mechanism, the pushing mechanism being capable of catching the dropped off yarn package and being driven by the driving mechanism to rotate to move the yarn package, wherein the pushing mechanism is an arc-shaped supporting plate formed by a sheet-like plate, wherein a front end of the arc-shaped supporting plate is located below the bobbin and a protrusion is provided at the front end of the arc-shaped supporting plate to prevent the yarn package from dropping off the supporting plate.
A method for bearing scheduling information of MCCH update indication information, comprising: bearing (102, 302) the scheduling information of the MCCH update indication information in a BCCH (102, 302), and sending the scheduling information, wherein the scheduling information of the MCCH update indication information comprises: information of a sending period of the MCCH update indication information and a start radio frame including the MCCH update indication information, information of a subframe including the MCCH update indication information, and a multiple parameter, wherein the multiple parameter establishes a relationship between the sending period of the MCCH update indication information and the modifying period of the MCCH, and wherein a system frame number of a radio frame carrying the MCCH update indication information is determined by the following formula: the system frame number modular the sending period of the MCCH update indication information is equal to an offset parameter, wherein the sending period of the MCCH update indication information is equal to the modification period of the MCCH divided by the multiple parameter, and wherein the offset parameter is information of the start radio frame of the sending period of the MCCH update indication information, representing the offset of the start radio frame relative to a radio frame numbering 0. bearing (102, 302) the scheduling information of the MCCH update indication information in a BCCH (102, 302), and sending the scheduling information, wherein the scheduling information of the MCCH update indication information comprises: information of a sending period of the MCCH update indication information and a start radio frame including the MCCH update indication information, information of a subframe including the MCCH update indication information, and a multiple parameter, wherein the multiple parameter establishes a relationship between the sending period of the MCCH update indication information and the modifying period of the MCCH, and wherein a system frame number of a radio frame carrying the MCCH update indication information is determined by the following formula: the system frame number modular the sending period of the MCCH update indication information is equal to an offset parameter, wherein the sending period of the MCCH update indication information is equal to the modification period of the MCCH divided by the multiple parameter, and wherein the offset parameter is information of the start radio frame of the sending period of the MCCH update indication information, representing the offset of the start radio frame relative to a radio frame numbering 0. the system frame number modular the sending period of the MCCH update indication information is equal to an offset parameter, wherein the sending period of the MCCH update indication information is equal to the modification period of the MCCH divided by the multiple parameter, and wherein the offset parameter is information of the start radio frame of the sending period of the MCCH update indication information, representing the offset of the start radio frame relative to a radio frame numbering 0.
Use of at least one procyanidin- and/or prodelphinidin-type tannin, devoid of prorobinetidin- and/or profisetinidin-type tannin, in a mixture with furfuryl alcohol for the implementation of a polymerization reaction for the preparation of rigid foams, said procyanidin- and/or prodelphinidin-type tannin being in particular pine bark tannin.
An immunoglobulin single heavy chain variable domain antibody capable of binding human IL-17A, comprising a human heavy chain variable immunoglobulin domain (V H) comprising a CDR1 sequence comprising SEQ ID NO. 5, a CDR2 sequence comprising SEQ ID NO. 6 and a CDR3 sequence comprising SEQ ID NO. 7, for use in the treatment of psoriasis or atopic dermatitis, wherein the immunoglobulin single domain antibody is administered topically to diseased skin.
Nozzle body for an agricultural crop protection sprayer, wherein the nozzle body has a housing with at least one feed line, wherein at least one dispensing line that branches off to at least one nozzle arranged on the housing of the nozzle body branches off from the feed line, wherein at least one filter and/or screen element and at least one metering and/or shut-off valve with an electromotive actuating element, preferably a pulse width modulation valve, is arranged in the dispensing line, wherein the at least one filter and/or screen element, as seen in the direction of flow (16, 16A) of the liquid to be dispensed, is assigned upstream of the metering and/or shut-off element of the dispensing line, characterized in that the at least one filter and/or screen element is arranged in the feed line in a manner projecting at least partially into the liquid stream (16, 16A) flowing through the feed line.
A push stick for a table saw, comprising a gripping possibility for a machine operator at its operator-side end, wherein a workpiece engagement notch, which is spaced therefrom and is suitable for acting on the workpiece, is formed at its workpiece-side end, which notch comprises a push surface facing in an intended feed direction of the workpiece and a holding-down surface protruding therefrom at the top under a preferably right angle, characterized in that the push stick comprises a detection device which detects whether the push surface and the holding-down surface lie flat against the workpiece, as well as a signalling device which emits a respective flat contact signal in response to whether or not the detection device has detected the flat contact of the push surface and the holding-down surface on the workpiece, which flat contact signal signals whether or not the push surface and the holding-down surface lie flat against the workpiece.
A capsule type endoscope comprising - a capsule housing, wherein - the capsule housing has a longitudinal axis, - an image recording unit (4, 6) and an image data processing unit - a position sensor for providing data about the position of the capsular endoscope with respect to the direction of the center of gravity, - a data transmitting unit, - an energy source for the energy supply of the units (4, 6, 10, 12) and the sensor (16 and - an internal magnet, - wherein said image recording unit (4,6), said image data processing unit, said position sensor, said data transmitting unit, said energy source and said internal magnet are integrated in the capsule housing and - wherein the internal magnet is arranged offset with respect to the center of gravity and the longitudinal axis of the capsule housing of the capsular type endoscope, the internal magnet is arranged in a way, that the north-south polarization of the internal magnet is arranged parallel to the longitudinal axis of the capsule characterised in that the internal magnet is further arranged peripherally at the capsule housing to be offset with respect to the center of gravity and with respect to the geometrical center of the capsule type endoscope. - a capsule housing, wherein - the capsule housing has a longitudinal axis, - an image recording unit (4, 6) and an image data processing unit - a position sensor for providing data about the position of the capsular endoscope with respect to the direction of the center of gravity, - a data transmitting unit, - an energy source for the energy supply of the units (4, 6, 10, 12) and the sensor (16 and - an internal magnet, - wherein said image recording unit (4,6), said image data processing unit, said position sensor, said data transmitting unit, said energy source and said internal magnet are integrated in the capsule housing and - wherein the internal magnet is arranged offset with respect to the center of gravity and the longitudinal axis of the capsule housing of the capsular type endoscope,
Fuel injector valve for injecting fuel, comprising - a coil, - an internal pole, - a valve sleeve, and - a magnetic separating element, - wherein the valve sleeve and the magnetic separating element are configured in one piece as a powder injection-moulded component and the valve sleeve forms a magnetic region and the magnetic separating element forms a non-magnetic region, which are connected to one another in a material-bonding manner, characterized in that the internal pole is configured as a powder injection-moulded component and comprises a first region with a first magnetic saturation induction and a second region with a second magnetic saturation induction, which is less than the first magnetic saturation induction, the first and second regions being connected to one another in a material-bonding manner. - a coil, - an internal pole, - a valve sleeve, and - a magnetic separating element, - wherein the valve sleeve and the magnetic separating element are configured in one piece as a powder injection-moulded component and the valve sleeve forms a magnetic region and the magnetic separating element forms a non-magnetic region, which are connected to one another in a material-bonding manner,
A method for reducing the hygroscopicity of a material comprising calcium carbonate and intended for use in a polymeric material, comprising the treatment of the material with at least one grinding aid copolymer: - of which the molecular mass Mw (measured by SEC) ranges from 4,000 to 20,000 g/mol, - of which the polymolecularity index (P I) ranges from 1.5 to 4.0 and - prepared by polymerisation reaction: • of at least one compound chosen among acrylic acid, methacrylic acid, salts thereof and combinations thereof and • of at least one non-ionic monomer chosen among hydroxyethylacrylate, hydroxypropylacrylate, hydroxyethylmethacrylate, hydroxypropylmethacrylate, C 1 -C 5 acrylic acid esters, C 1 -C 5 methacrylic acid esters and combinations thereof, and of which • the carboxylic acid groups are partially or totally neutralised by: ∘ 70 mol% of Na + and ∘ from 10 to 30 mol% of at least one cation chosen among Na +, K +, Li + and combinations thereof. - of which the molecular mass Mw (measured by SEC) ranges from 4,000 to 20,000 g/mol, - of which the polymolecularity index (P I) ranges from 1.5 to 4.0 and - prepared by polymerisation reaction: • of at least one compound chosen among acrylic acid, methacrylic acid, salts thereof and combinations thereof and • of at least one non-ionic monomer chosen among hydroxyethylacrylate, hydroxypropylacrylate, hydroxyethylmethacrylate, hydroxypropylmethacrylate, C 1 -C 5 acrylic acid esters, C 1 -C 5 methacrylic acid esters and combinations thereof, and of which • the carboxylic acid groups are partially or totally neutralised by: ∘ 70 mol% of Na + and ∘ from 10 to 30 mol% of at least one cation chosen among Na +, K +, Li + and combinations thereof. • of at least one compound chosen among acrylic acid, methacrylic acid, salts thereof and combinations thereof and • of at least one non-ionic monomer chosen among hydroxyethylacrylate, hydroxypropylacrylate, hydroxyethylmethacrylate, hydroxypropylmethacrylate, C 1 -C 5 acrylic acid esters, C 1 -C 5 methacrylic acid esters and combinations thereof, and of which • the carboxylic acid groups are partially or totally neutralised by: ∘ 70 mol% of Na + and ∘ from 10 to 30 mol% of at least one cation chosen among Na +, K +, Li + and combinations thereof. ∘ 70 mol% of Na + and ∘ from 10 to 30 mol% of at least one cation chosen among Na +, K +, Li + and combinations thereof.
A wind turbine having a first converter connected between an electric generator of the wind turbine and a DC link, a second converter connected between the DC link and an output of the wind turbine connected to or connectable to a utility grid, and a wind turbine controller adapted to control at least one of an output current of the wind turbine, an output voltage of the wind turbine, a reactive output power of the wind turbine, an output voltage of the DC link and an output current of the DC link, wherein the wind turbine further comprises communication means adapted to receive a control signal comprising an information about an impedance of the utility grid wherein the wind turbine controller comprises a proportional-integral controller (23, 25) and wherein the communication means are further adapted to set a proportional gain (Kp) and an integral gain (Ki) of the proportional-integral controller (23, 25) in accordance with the control signal, wherein the wind turbine controller is a DC link controller connected to the DC link of the wind turbine, characterized in that the wind turbine controller comprises an outer loop for controlling the voltage of the DC link and an inner loop for controlling the output current of the DC link flowing through the second converter, wherein the communication means are adapted to set a bandwidth of the wind turbine controller in accordance with the control signal and to set a corresponding bandwidth of the outer loop and the inner loop in accordance with the control signal, and wherein the bandwidth of the current controller of the proportional-integral controller (23, 25) is set to be 5 to 10 times larger than that of the voltage controller 23 of the proportional-integral controller (23, 25).
Airbag module, comprising: - an airbag sack which is filled with a pressurized airbag gas during operation; - a gas generator for providing the pressurized airbag gas; and - a gas feed between the gas generator and the airbag sack for feeding the provided pressurized airbag gas from the gas generator into the airbag sack; a valve arrangement for releasing a predefined mass flow ( ṁ) of the pressurized airbag gas from the gas generator being arranged in the gas feed, the valve arrangement comprising an electrically actuable pilot valve for controlling the predefined mass flow ( ṁ) of the airbag gas and a hydraulic intensifier arrangement for increasing a lift action of the pilot valve, the hydraulic intensifier arrangement comprising a control space which is connected fluidically to the gas generator via a connecting bore and via a throttle bore arranged separately from the connecting bore, and which is connected fluidically to the airbag sack via an outflow bore, characterized in that a closing element for closing and releasing a valve seat in the connecting bore or in the outflow bore is arranged in the control space, the closing element being configured as a dividing element which divides the control space into a first control space region and into a second control space region which is separate from the first control space, an inflow bore to the pilot valve forming a fluidic connection of the control space to the pilot valve, and an outflow bore of the pilot valve forming a fluidic connection of the pilot valve to the airbag sack. - an airbag sack which is filled with a pressurized airbag gas during operation; - a gas generator for providing the pressurized airbag gas; and - a gas feed between the gas generator and the airbag sack for feeding the provided pressurized airbag gas from the gas generator into the airbag sack; a valve arrangement for releasing a predefined mass flow ( ṁ) of the pressurized airbag gas from the gas generator being arranged in the gas feed, the valve arrangement comprising an electrically actuable pilot valve for controlling the predefined mass flow ( ṁ) of the airbag gas and a hydraulic intensifier arrangement for increasing a lift action of the pilot valve, the hydraulic intensifier arrangement comprising a control space which is connected fluidically to the gas generator via a connecting bore and via a throttle bore arranged separately from the connecting bore, and which is connected fluidically to the airbag sack via an outflow bore, characterized in that a closing element for closing and releasing a valve seat in the connecting bore or in the outflow bore is arranged in the control space, the closing element being configured as a dividing element which divides the control space into a first control space region and into a second control space region which is separate from the first control space, an inflow bore to the pilot valve forming a fluidic connection of the control space to the pilot valve, and an outflow bore of the pilot valve forming a fluidic connection of the pilot valve to the airbag sack.
Method for moving a workpiece cutout, which has been separated from a plate-like workpiece, in particular a metal sheet, while additionally producing a residual workpiece, in a direction of movement parallel to a workpiece main plane of the plate-like workpiece, over a workpiece support which extends parallel to the workpiece main plane, on which support the residual workpiece and the workpiece cutout are supported perpendicularly to the workpiece main plane, the workpiece cutout having a thickness (d) perpendicular to the workpiece main plane, and the residual workpiece and the workpiece cutout being arranged adjacent to one another parallel to the workpiece main plane, and overlapping one another perpendicularly to the workpiece main plane, and the workpiece cutout being moved in the direction of movement by the residual workpiece being driven in the direction of movement and carrying the workpiece cutout along in the direction of movement, which cutout is supported on the residual workpiece parallel to the workpiece main plane, characterized in that an abutment (26, 27; 26a, 26b) for the workpiece cutout is moved together with the workpiece cutout in the direction of movement, which abutment is arranged on the side of the workpiece cutout that is remote from the workpiece support, and acts perpendicularly to the workpiece main plane, the abutment (26, 27; 26a, 26b) and the residual workpiece having a maximum spacing from one another, perpendicular to the workpiece main plane, that is smaller than the thickness (d) of the workpiece cutout.