mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling an engine braking device of an internal combustion engine of a motor vehicle, wherein at least the following steps are carried out during an upshift operation of a gearbox device of the internal combustion engine: a) the detection of an upshift operation; b) the blocking of the fuel supply of a cylinder bank-specific fuel supply device of a first cylinder bank of the internal combustion engine; c) the putting into braking mode of the first cylinder bank by means of a cylinder bank-specific engine braking device; d) the increasing of the fuel supply of a second cylinder bank; e) the disengagement of a gear of the gearbox device; and f) the blocking of the fuel supply of the second cylinder bank. a) the detection of an upshift operation; b) the blocking of the fuel supply of a cylinder bank-specific fuel supply device of a first cylinder bank of the internal combustion engine; c) the putting into braking mode of the first cylinder bank by means of a cylinder bank-specific engine braking device; d) the increasing of the fuel supply of a second cylinder bank; e) the disengagement of a gear of the gearbox device; and f) the blocking of the fuel supply of the second cylinder bank.
Vacuum cleaner (70, 870) for removal by suction of dust generated by a machine tool, wherein the vacuum cleaner (70, 870) may be driven by an electrical device, in the form of the machine tool or an energy storage module for supplying electrical power to the machine tool, which has a drive motor for driving a tool holder on which there is or may be mounted a tool provided for machining a workpiece, wherein the vacuum cleaner (70, 870) has a suction device housing (71, 871) with a dirt collecting chamber for holding dirt separated from a suction flow, together with a suction unit for generating the suction flow, wherein there is on the suction device housing (71, 871) a suction inlet for the connection of a suction hose to create a flow connection for the suction flow with the machine tool, wherein the vacuum cleaner (70, 870) has an external communication device for a wireless control link (S1, S2) with a wireless communication interface (60, 60C) of the electrical device and to receive at least one control command, in particular for switch-on and/or switch-off of the vacuum cleaner (70, 870), in particular the suction unit, via the control link (S1, S2), and wherein the vacuum cleaner (70, 870) has at least one communications module, which is or may be located at a distance from the suction device housing (71, 871), to maintain and/or create the control link (S1, S2) of the electrical device with the vacuum cleaner (70, 870) characterised in that the external communication device is ready in a standby mode to create the control link (S1, S2) with the electrical device and in a working mode is not ready to create the control link (S1, S2), and that the communications module is designed for switching the external communication device.
Longitudinal adjuster for a vehicle seat, in particular a motor vehicle seat, having a seat part and a backrest, wherein the longitudinal adjuster has a first seat rail and a second seat rail, wherein the first seat rail is displaceable relative to the second seat rail in a longitudinal direction (x), wherein a memory device assigned to the first seat rail and interacting with the second seat rail is provided which is designed to store a seat longitudinal position of the vehicle seat that can be left and assumed again by a longitudinal displacement of the vehicle seat, wherein the memory device detects a relative movement between the first seat rail and the second seat rail by means of a friction wheel which for this purpose contacts and moves along a contact surface moved relative to the memory device, wherein the memory device has a control lever coupled to a pivoting movement of the backrest, characterized in that a spring element is guided around and/or mounted around an axis of rotation of a friction wheel rocker bearing the friction wheel, wherein the spring element is supported between a first spring end and a second spring end which acts on a portion of the friction wheel rocker that corresponds to an axis of rotation of the friction wheel, wherein the control lever is designed - to prevent the triggering of a resetting of the memory device when the backrest is folded forward, and - to set a pressing force of a friction wheel provided for detecting the relative movement onto a contact surface, and - to secure a rack for actuating an arresting device for arresting the backrest in the folded-forward state in a basic position if the backrest is straightened up. - to prevent the triggering of a resetting of the memory device when the backrest is folded forward, and - to set a pressing force of a friction wheel provided for detecting the relative movement onto a contact surface, and - to secure a rack for actuating an arresting device for arresting the backrest in the folded-forward state in a basic position if the backrest is straightened up.
An apparatus for joining a tire constituent member, which joins end portions (91, 92) of the tire constituent member formed of rubber, the apparatus comprising: a pair of joining rollers for bringing the end portions (91, 92) into contact with each other and joining them together by rolling on each of the opposing end portions (91, 92) of the tire constituent member; and an entanglement preventing member for preventing entanglement of the both end portions (91, 92) into the pair of joining rollers by pressing the both end portions (91, 92) of the tire constituent member in front of the joining rollers in a moving direction while moving along with the pair of joining rollers, characterised in that the entanglement preventing member presses the both end portions (91, 92) of the tire constituent member along the outer periphery of the pair of joining rollers. a pair of joining rollers for bringing the end portions (91, 92) into contact with each other and joining them together by rolling on each of the opposing end portions (91, 92) of the tire constituent member; and an entanglement preventing member for preventing entanglement of the both end portions (91, 92) into the pair of joining rollers by pressing the both end portions (91, 92) of the tire constituent member in front of the joining rollers in a moving direction while moving along with the pair of joining rollers, characterised in that
A method for processing a throttle control signal, wherein a throttle channel for transmitting the throttle control signal and a communication channel for transmitting communication data are arranged between an electronic speed control and a controller, and the method comprises: receiving, by the electronic speed control, the throttle control signal via the communication channel if a signal transmission state of the throttle channel is in an abnormal state; and receiving, by the electronic speed control, the throttle control signal via the throttle channel when the signal transmission state of the throttle channel is in a normal state. receiving, by the electronic speed control, the throttle control signal via the communication channel if a signal transmission state of the throttle channel is in an abnormal state; and receiving, by the electronic speed control, the throttle control signal via the throttle channel when the signal transmission state of the throttle channel is in a normal state.
An aqueous antiperspirant composition comprising: at least one antiperspirant active comprising aluminum; an ethylenediamine disuccinate salt; and water, wherein said at least one antiperspirant active comprises astringent salt of aluminum, aluminum bromohydrate, aluminum chlorohydrate, aluminum dichlorohydrate, aluminum sesquichlorohydrate, aluminum chlorohydrex PG, aluminum dichlorohydrex PG, aluminum sesquichlorohydrex PG, aluminum chlorohydrex PEG, aluminum dichlorohydrex PEG, aluminum sesquichlorohydrex PEG, aluminum chloride, aluminum sulfate, aluminum zirconium chlorohydrate, aluminum zirconium trichlorohydrate, aluminum zirconium tetrachlorohydrate, aluminum zirconium pentachlorohydrate, aluminum zirconium octachlorohydrate, aluminum zirconium tetrachlorhydrex propylene glycol, aluminum zirconium trichlorohydrex Gly, aluminum zirconium tetrachlorohydrex Gly, aluminum zirconium pentachlorohydrex Gly, aluminum zirconium octachlorohydrex Gly, buffered aluminum sulfate, or sodium aluminum chlorohydroxy lactate, wherein the molar ratio of aluminum to ethylenediamine disuccinate (free acid) is 15:1 to 150:1, and exhibiting an SEC Peak 4 area of at least 50% of a total area of Peaks 1, 2, 3, 4, 5, and 6 in the SEC chromatogram. at least one antiperspirant active comprising aluminum; an ethylenediamine disuccinate salt; and water, wherein said at least one antiperspirant active comprises astringent salt of aluminum, aluminum bromohydrate, aluminum chlorohydrate, aluminum dichlorohydrate, aluminum sesquichlorohydrate, aluminum chlorohydrex PG, aluminum dichlorohydrex PG, aluminum sesquichlorohydrex PG, aluminum chlorohydrex PEG, aluminum dichlorohydrex PEG, aluminum sesquichlorohydrex PEG, aluminum chloride, aluminum sulfate, aluminum zirconium chlorohydrate, aluminum zirconium trichlorohydrate, aluminum zirconium tetrachlorohydrate, aluminum zirconium pentachlorohydrate, aluminum zirconium octachlorohydrate, aluminum zirconium tetrachlorhydrex propylene glycol, aluminum zirconium trichlorohydrex Gly, aluminum zirconium tetrachlorohydrex Gly, aluminum zirconium pentachlorohydrex Gly, aluminum zirconium octachlorohydrex Gly, buffered aluminum sulfate, or sodium aluminum chlorohydroxy lactate, wherein the molar ratio of aluminum to ethylenediamine disuccinate (free acid) is 15:1 to 150:1, and exhibiting an SEC Peak 4 area of at least 50% of a total area of Peaks 1, 2, 3, 4, 5, and 6 in the SEC chromatogram.
A removable unit (103, 303) for a three-dimensional printing system comprising: at least one compartment to store build material to be used during processing of a three-dimensional print job; a coupling configured to engage with a printer device (101, 301) of the three-dimensional printing system; characterised in that the removable unit further comprises a memory configured to store print job instructions for the three-dimensional print job for the printer device, wherein the memory and the coupling are configured such that the print job instructions are readable from the memory by the printer device when the coupling is engaged with the printer device (101, 301). at least one compartment to store build material to be used during processing of a three-dimensional print job; a coupling configured to engage with a printer device (101, 301) of the three-dimensional printing system; characterised in that the removable unit further comprises a memory configured to store print job instructions for the three-dimensional print job for the printer device, wherein the memory and the coupling are configured such that the print job instructions are readable from the memory by the printer device when the coupling is engaged with the printer device (101, 301).
A mobile service module for servicing a large mechanical and/or electrical device, said service module comprises a first area arranged to hold said large mechanical and/or electrical device, wherein said first area is at least partly enclosed by a first roof part, a first left side part and a first right side part, said service module comprising a second area including servicing means for servicing said large mechanical and/or electrical device while located in said first area and wherein said second area is at least partly enclosed by a second roof part, a second left side part and a second right side part, and wherein said service module further comprises displacement means for displacing said first roof part and said first left side part and/or said first right side part into a position where said first roof part and said first left side part and/or said first right side part substantially covers said second roof part, said second left side part and/or said second right side part, and wherein said service module comprises a first compartment including said first area and a second compartment including said second area, and wherein said second compartment comprises accommodation facilities or common room facilities.
An aseptic filler apparatus operable in a fill cycle to fill flexible bags with food products, the flexible bag fitted with a fitment composed of a collar nominally in food flow communication with the bag and a removable cap engageable with the collar, said filler apparatus comprising: An enclosed filler chamber; A filler head disposed in the filler chamber to direct food products into the bag through the fitment; and A holder assembly to hold the fitment during filling of the bag via the filler head; the aseptic filler apparatus characterized by: A fitment chamber in communication with the filler chamber and said holder assembly holding the fitment stationary within said fitment chamber during the filling of the flexible bag; and A fitment plug assembly moveable between: an actuated position to bear against the fitment collar to block communication between the filler chamber and the interior of the bag during desired portions of the fill cycle; and a retracted position wherein a fitment plug is spaced away from the fitment collar to not hinder food flow communication between the fill chamber and the interior of the bag. An enclosed filler chamber; A filler head disposed in the filler chamber to direct food products into the bag through the fitment; and A holder assembly to hold the fitment during filling of the bag via the filler head; the aseptic filler apparatus characterized by: A fitment chamber in communication with the filler chamber and said holder assembly holding the fitment stationary within said fitment chamber during the filling of the flexible bag; and A fitment plug assembly moveable between: an actuated position to bear against the fitment collar to block communication between the filler chamber and the interior of the bag during desired portions of the fill cycle; and a retracted position wherein a fitment plug is spaced away from the fitment collar to not hinder food flow communication between the fill chamber and the interior of the bag. A fitment chamber in communication with the filler chamber and said holder assembly holding the fitment stationary within said fitment chamber during the filling of the flexible bag; and A fitment plug assembly moveable between: an actuated position to bear against the fitment collar to block communication between the filler chamber and the interior of the bag during desired portions of the fill cycle; and a retracted position wherein a fitment plug is spaced away from the fitment collar to not hinder food flow communication between the fill chamber and the interior of the bag.
A filtered cathodic vacuum arc deposition apparatus for application of coatings on the substrates in vacuum comprising - a vacuum coating chamber, substrate holder placed within said vacuum coating chamber, - at least one consumable arc cathode substantially having cylindrical shape connected to negative pole of current source, - at least one anode associated with the said arc cathode connected to positive pole of said current source, - wherein said arc cathode is consumable on its outer cylinder jacket, - at least one water cooled electromagnetic coil for generating a magnetic field placed between said rotary arc cathode and said substrate holder, characterized in that said arc cathode is a rotary arc cathode, - said water cooled electromagnetic coil is elongated donut shaped and the central region of highest intensity of said magnetic field of the said water cooled electromagnetic coil is placed on line, which is substantially parallel to the rotary arc cathode axis, - magnetic field lines generated by said water cooled electromagnetic coil are substantially constricted in the space between said rotary arc cathode and said substrate holder, - wherein said anode is positioned in a way that the arc discharge burns from said rotary arc cathode through said water cooled electromagnetic coil to said anode. - a vacuum coating chamber, substrate holder placed within said vacuum coating chamber, - at least one consumable arc cathode substantially having cylindrical shape connected to negative pole of current source, - at least one anode associated with the said arc cathode connected to positive pole of said current source, - wherein said arc cathode is consumable on its outer cylinder jacket, - at least one water cooled electromagnetic coil for generating a magnetic field placed between said rotary arc cathode and said substrate holder, characterized in that said arc cathode is a rotary arc cathode, - said water cooled electromagnetic coil is elongated donut shaped and the central region of highest intensity of said magnetic field of the said water cooled electromagnetic coil is placed on line, which is substantially parallel to the rotary arc cathode axis, - magnetic field lines generated by said water cooled electromagnetic coil are substantially constricted in the space between said rotary arc cathode and said substrate holder, - wherein said anode is positioned in a way that the arc discharge burns from said rotary arc cathode through said water cooled electromagnetic coil to said anode.
A seal configured to extend circumferentially about a shaft, the seal comprising: a housing defining an interior cavity open towards a central axis of the seal; a sealing element configured to move radially within the interior cavity in a manner to maintain sealing contact, the sealing element disposed within the interior cavity of the housing; a first seal disposed between the sealing element and the housing, the first seal maintaining sealing contact to limit fluid flow between the sealing element and the housing; a first element configured to move axially within the interior cavity in a manner to maintain sealing contact, the first element disposed within the interior cavity of the housing; a second seal disposed between the first element and the sealing element, the second seal maintaining sealing contact to limit fluid flow between the sealing element and the first element during radial motion of the sealing element relative to the first element; a biasing member disposed in contact with the first element, the biasing member configured to bias the first element towards sealing contact with the sealing element such that first element and the second seal maintain sealing contact during axial movement of an end face of the sealing element; and a third seal disposed between the first element and the housing, the third seal maintaining sealing contact to limit fluid flow between the housing and the first element. a housing defining an interior cavity open towards a central axis of the seal; a sealing element configured to move radially within the interior cavity in a manner to maintain sealing contact, the sealing element disposed within the interior cavity of the housing; a first seal disposed between the sealing element and the housing, the first seal maintaining sealing contact to limit fluid flow between the sealing element and the housing; a first element configured to move axially within the interior cavity in a manner to maintain sealing contact, the first element disposed within the interior cavity of the housing; a second seal disposed between the first element and the sealing element, the second seal maintaining sealing contact to limit fluid flow between the sealing element and the first element during radial motion of the sealing element relative to the first element; a biasing member disposed in contact with the first element, the biasing member configured to bias the first element towards sealing contact with the sealing element such that first element and the second seal maintain sealing contact during axial movement of an end face of the sealing element; and a third seal disposed between the first element and the housing, the third seal maintaining sealing contact to limit fluid flow between the housing and the first element.
A method for calibrating a tip of a scanning force microscope, initially, a stiffness-force curve (k*) of a reference sample having known mechanical properties being recorded by way of the tip to be calibrated; thereafter the reciprocal (1/k*) of the stiffness-force curve (k*) being found, the reciprocal value (1/k*) being found as a sum of the reciprocal of the stiffness according to Batog's model and a further reciprocal value of the stiffness (k ma), which depends on surface irregularities of the tip; and a calculus of observations being created using the reciprocal of the recorded stiffness-force curve (1/k*) having the stiffness according to Batog's model and a pre-factor, which is incorporated in the reciprocal of the stiffness (k ma), which is dependent on surface irregularities of the tip, as a parameter; and thereafter a radius of the tip and the tip stiffness (k tip) being calculated. initially, a stiffness-force curve (k*) of a reference sample having known mechanical properties being recorded by way of the tip to be calibrated; thereafter the reciprocal (1/k*) of the stiffness-force curve (k*) being found, the reciprocal value (1/k*) being found as a sum of the reciprocal of the stiffness according to Batog's model and a further reciprocal value of the stiffness (k ma), which depends on surface irregularities of the tip; and a calculus of observations being created using the reciprocal of the recorded stiffness-force curve (1/k*) having the stiffness according to Batog's model and a pre-factor, which is incorporated in the reciprocal of the stiffness (k ma), which is dependent on surface irregularities of the tip, as a parameter; and thereafter a radius of the tip and the tip stiffness (k tip) being calculated.
A gas turbine engine comprising: a fan configured to generate a fanstream; a fanstream duct configured to receive the fanstream flowing therethrough; a low pressure compressor; and an engine electronic component; the gas turbine engine being characterised in that the engine electronic component is positioned on the low pressure compressor at an inner diameter of the fanstream duct so as to be in flow communication with the fanstream; and in that the gas turbine engine includes a heating element positioned in the fanstream upstream from the engine electronic component and operative to heat at least a portion of the fanstream in flow communication with the engine electronic component, wherein the position of the engine electronic component passively thermally conditions the engine electronic component and the heating element actively thermally conditions the engine electronic component. a fan configured to generate a fanstream; a fanstream duct configured to receive the fanstream flowing therethrough; a low pressure compressor; and an engine electronic component; the gas turbine engine being characterised in that the engine electronic component is positioned on the low pressure compressor at an inner diameter of the fanstream duct so as to be in flow communication with the fanstream; and in that the gas turbine engine includes a heating element positioned in the fanstream upstream from the engine electronic component and operative to heat at least a portion of the fanstream in flow communication with the engine electronic component, wherein the position of the engine electronic component passively thermally conditions the engine electronic component and the heating element actively thermally conditions the engine electronic component.