mhurhangee/ep-ind-claims huggingface dataset:
Calibration method for a bonder comprising a bonding head, a bonding tool provided as part of the bonding head being held via a spring and a force actuator, comprising a current sensor for detecting a current used for driving the force actuator, comprising a position sensor for detecting a deflection of the spring, comprising a control system and comprising a measuring device for determining a bonding force, including the following method steps: - in a positioning step, positioning the bonding head in a working area and outside a bonding area of the bonder in such a way that the bonding tool is provided above a contact surface of an actuating element of the measuring device, - in a contact step, lowering the bonding head and placing the bonding tool on the contact surface of the measuring device; - in a measurement step, applying a first contact force to the measurement-effective contact area of the measuring device, then, at the same time or with a delay, in an at least quasi-static operating state, detecting the bonding force by means of the measuring device, detecting the deflection of the spring by means of the position sensor and detecting the current by means of the current sensor, and determining an actuator force and/or a spring force from the deflection, a spring characteristic curve of the spring, and the bonding force; - in a storage step, feeding the measured values for the deflection and the current, as well as the bonding force and/or the spring force and/or the actuator force, to a memory assigned to the control system, and storing them there; - performing the measurement step and the storage step again for at least a second pressure force. - in a positioning step, positioning the bonding head in a working area and outside a bonding area of the bonder in such a way that the bonding tool is provided above a contact surface of an actuating element of the measuring device, - in a contact step, lowering the bonding head and placing the bonding tool on the contact surface of the measuring device; - in a measurement step, applying a first contact force to the measurement-effective contact area of the measuring device, then, at the same time or with a delay, in an at least quasi-static operating state, detecting the bonding force by means of the measuring device, detecting the deflection of the spring by means of the position sensor and detecting the current by means of the current sensor, and determining an actuator force and/or a spring force from the deflection, a spring characteristic curve of the spring, and the bonding force; - in a storage step, feeding the measured values for the deflection and the current, as well as the bonding force and/or the spring force and/or the actuator force, to a memory assigned to the control system, and storing them there; - performing the measurement step and the storage step again for at least a second pressure force.
A cap assembly mounted on a discharging portion of a container for containing a secondary ingredient different from a primary ingredient in accommodated in a container, comprising: a cap body formed by an upper cap part and a lower cap part; a housing with a storage chamber for a secondary ingredient formed by the lower portion of the upper cap part; a sealing assembly provided below the lower cap part, comprising a sealing element and a space through which the secondary ingredient may be discharged in use; and a mouth formed above the lower cap part, wherein said mouth is adapted to tightly engage with the inner wall of the upper cap part of the cap body and the mouth and the inner wall of the upper cap part are threaded (17, 25) each other, characterized in that the upper cap part and the lower cap part are connected by a cut-off line, wherein the cut-off line is adapted to be torn by the thread engagement (17,25) thereby disconnecting the upper cap part and the lower cap part. a cap body formed by an upper cap part and a lower cap part; a housing with a storage chamber for a secondary ingredient formed by the lower portion of the upper cap part; a sealing assembly provided below the lower cap part, comprising a sealing element and a space through which the secondary ingredient may be discharged in use; and a mouth formed above the lower cap part, wherein said mouth is adapted to tightly engage with the inner wall of the upper cap part of the cap body and the mouth and the inner wall of the upper cap part are threaded (17, 25) each other, characterized in that the upper cap part and the lower cap part are connected by a cut-off line, wherein the cut-off line is adapted to be torn by the thread engagement (17,25) thereby disconnecting the upper cap part and the lower cap part.
A fuel injection system, comprising: a low pressure pump feeding a fuel from a fuel tank; a high pressure pump feeding the fuel to injectors of an internal combustion engine; a first fuel line connected to the low pressure pump and a second fuel line connected to the high pressure pump, wherein a damper is further arranged between and fixed to the first and second fuel lines (24, 25), the damper including a fuel line portion (5, 6) which is formed into a pipe shape including a fuel passage at the inner portion and which has at one end and the other end a first fuel line connecting portion (5a, 6a) and a second fuel line connecting portion (5b, 6b) connected to the first fuel line and the second fuel line, respectively; a top cover and a lower cover forming an enclosed room arranged to extend from the fuel line portion (5, 6); and a pressure absorption body arranged in the enclosed room, a metal diaphragm member being provided so as to divide the enclosed room into an upper gas filing chamber filled with gas and a lower chamber communicated to the fuel line portion, the pressure absorption body being configured by the metal chamber and the gas, the metal diaphragm member includes a flat portion and a flange continuously formed with the curved portion, the metal diaphragm member and the top cover having substantially the same shape arranged symmetrically with respect to a plane, characterized in that the metal diaphragm member being fixed to the top cover at a radially inner part of the top cover from a portion at which the lower cover is fixed directly or indirectly to the top cover. a low pressure pump feeding a fuel from a fuel tank; a high pressure pump feeding the fuel to injectors of an internal combustion engine; a first fuel line connected to the low pressure pump and a second fuel line connected to the high pressure pump, wherein a damper is further arranged between and fixed to the first and second fuel lines (24, 25), the damper including a fuel line portion (5, 6) which is formed into a pipe shape including a fuel passage at the inner portion and which has at one end and the other end a first fuel line connecting portion (5a, 6a) and a second fuel line connecting portion (5b, 6b) connected to the first fuel line and the second fuel line, respectively; a top cover and a lower cover forming an enclosed room arranged to extend from the fuel line portion (5, 6); and a pressure absorption body arranged in the enclosed room, a metal diaphragm member being provided so as to divide the enclosed room into an upper gas filing chamber filled with gas and a lower chamber communicated to the fuel line portion, the pressure absorption body being configured by the metal chamber and the gas, the metal diaphragm member includes a flat portion and a flange continuously formed with the curved portion, the metal diaphragm member and the top cover having substantially the same shape arranged symmetrically with respect to a plane, characterized in that the metal diaphragm member being fixed to the top cover at a radially inner part of the top cover from a portion at which the lower cover is fixed directly or indirectly to the top cover.
A conveyor chain for transporting in particular ampoule-shaped or bottle-shaped glass containers through a furnace, with link plates disposed transversely to the conveying direction, parallel to one another and at a distance from each other, characterized in that, at their upper edges, the link plates form seats for one end of the glass containers.
Device for inserting a web of printing material, in particular made of paper or board, into a flat-bed die-cutting and/or embossing machine comprising a compensator that converts a continuous movement of the web of printing material into an iterative movement, characterized in that the device for inserting includes a clamping unit for clamping the web of printing material, a cutting unit for carrying out a cross cut through the web of printing material, creating a cross cut edge, and an inserting unit for transporting the web of printing material cross cut edge first into the flat-bed die-cutting and/or embossing machine.
A liquid electrostatic ink composition comprising: a. a carrier liquid; and b. chargeable particles suspended in the carrier liquid, wherein the chargeable particles comprise a thermoplastic resin formed from the reaction of a first resin and a second resin, wherein i. the first resin comprises a polymer having acidic side groups; and ii. the second resin comprises an epoxy resin component and an elastomeric component, wherein the epoxy resin component has one or more epoxide groups per molecule. a. a carrier liquid; and b. chargeable particles suspended in the carrier liquid, wherein the chargeable particles comprise a thermoplastic resin formed from the reaction of a first resin and a second resin, wherein i. the first resin comprises a polymer having acidic side groups; and ii. the second resin comprises an epoxy resin component and an elastomeric component, wherein the epoxy resin component has one or more epoxide groups per molecule. i. the first resin comprises a polymer having acidic side groups; and ii. the second resin comprises an epoxy resin component and an elastomeric component, wherein the epoxy resin component has one or more epoxide groups per molecule.
An energy absorbing apparatus for an aircraft, the apparatus comprising: a first load limiter including an oleo pneumatic strut configured to absorb impact energy exerted on said strut, characterized in that the apparatus further comprises: a second load limiter integrally formed within the oleo-pneumatic strut, wherein the second load limiter includes one or more disc springs configured to absorb impact energy exerted on said strut via compression of the one or more disc springs. a first load limiter including an oleo pneumatic strut configured to absorb impact energy exerted on said strut, characterized in that the apparatus further comprises: a second load limiter integrally formed within the oleo-pneumatic strut, wherein the second load limiter includes one or more disc springs configured to absorb impact energy exerted on said strut via compression of the one or more disc springs.
A formulation for the use in a method of suppression of cell senescence due to oxidative stress in a subject in need thereof, wherein the formulation comprises a water-containing lower alcohol extract of Peucedanum japonicum Thunb, wherein the water-containing lower alcohol extract is a water-containing methanol, water-containing ethanol or water-containing 1,3-butanediol extract, wherein the formulation is administered topically, and wherein the suppression of cell senescence due to oxidative stress is resulted by activating sirtuin-1.
An output control apparatus for a wind turbine, characterized by: an output difference calculation unit for calculating a difference between output and an output upper limit of the wind turbine; a maximum output rate setting unit for setting a maximum output rate of the wind turbine in accordance with the difference; an output command value calculation unit for calculating an output command value of the wind turbine so that a rate of change of the output does not exceed the maximum output rate; and an output control unit for controlling the output of the wind turbine based on the output command value, wherein the maximum output rate setting unit is configured so that the larger an absolute value of the difference is, the higher the maximum output rate is set at least in a range that the absolute value of the difference is not greater a threshold value. an output difference calculation unit for calculating a difference between output and an output upper limit of the wind turbine; a maximum output rate setting unit for setting a maximum output rate of the wind turbine in accordance with the difference; an output command value calculation unit for calculating an output command value of the wind turbine so that a rate of change of the output does not exceed the maximum output rate; and an output control unit for controlling the output of the wind turbine based on the output command value, wherein the maximum output rate setting unit is configured so that the larger an absolute value of the difference is, the higher the maximum output rate is set at least in a range that the absolute value of the difference is not greater a threshold value.
A powder metal component fabricated of metal powder particles that are ferrous-based and include at least one of the following elements as a constituent: chromium, vanadium, tungsten, molybdenum and aluminium, the particles being compacted and sintered so that the particles are bonded together and the component is porous; and including unsintered particles of at least one of ceria or yttria impregnated within the pores of the component and coating an exposed surface of the component, said component and said impregnated particles having been heat treated so that a layer of an oxide of at least one of the constituents is formed on the exposed surface of said component, in which respect at least some of said impregnated particles lie beneath said oxide layer within said pores of said component.
Interconnect set for a planar solid oxide fuel cell, said interconnect set comprising: (a) a plurality of adhered interconnects arranged in a plane and formig a unit, each of said interconnects comprising: (i) a first flow area having: - a first channel; - more than one first inlet; and - a first outlet; and (ii) a second flow area having - a second channel; - more than one second inlet; and - a second outlet; and (b) a seal, that is correspondingly deposed over rims of said interconnects of said interconnect set to prevent operational fluids from leaking out, wherein said first flow areas are deposed on a surface of said interconnect set and said second flow areas are deposed on an opposite surface of said interconnect set, wherein in each first flow area said first inlets are connected with said first channel at an end of said first flow area, and said first outlet is connected with said first channel at the other end of said first flow area, wherein in each second flow area said second inlets are connected with said second channel at an end of said second flow area, and said second outlet is connected with said second channel at the other end of said second flow area, characterized in that two of said second inlets are deposed at two sides of said first outlet of said first flow area, and said second outlet is deposed between two of said first inlets of said first flow area. (a) a plurality of adhered interconnects arranged in a plane and formig a unit, each of said interconnects comprising: (i) a first flow area having: - a first channel; - more than one first inlet; and - a first outlet; and (ii) a second flow area having - a second channel; - more than one second inlet; and - a second outlet; and (i) a first flow area having: - a first channel; - more than one first inlet; and - a first outlet; and - a first channel; - more than one first inlet; and - a first outlet; and (ii) a second flow area having - a second channel; - more than one second inlet; and - a second outlet; and - a second channel; - more than one second inlet; and - a second outlet; and (b) a seal, that is correspondingly deposed over rims of said interconnects of said interconnect set to prevent operational fluids from leaking out, wherein said first flow areas are deposed on a surface of said interconnect set and said second flow areas are deposed on an opposite surface of said interconnect set, wherein in each first flow area said first inlets are connected with said first channel at an end of said first flow area, and said first outlet is connected with said first channel at the other end of said first flow area, wherein in each second flow area said second inlets are connected with said second channel at an end of said second flow area, and said second outlet is connected with said second channel at the other end of said second flow area, characterized in that two of said second inlets are deposed at two sides of said first outlet of said first flow area, and said second outlet is deposed between two of said first inlets of said first flow area.
Process for operating a cement or lime plant comprising a cement or lime kiln (1, 11, 21, 31) and a calciner (2, 12) in case of a cement plant, wherein heat is generated by combustion of a fuel in the kiln (1, 11, 21, 31) and/or in the calciner (2, 12), wherein a gas fed to the kiln (1, 11, 21, 31) and the calciner (2, 12) or to the calciner (2, 12) for combustion of the fuel contains an oxygen rich exhaust gas from a bioreactor (4, 14, 24, 34) containing photoautotrophic organisms.
A system comprising a remote controller and a device capable of being controlled by user commands transmitted from the remote controller; the remote controller having a normal key and a repeat key, wherein upon a key being pressed, the remote controller emits a plurality of same remote control frame signals at repeated intervals of a predetermined time (Tr) and for a first predetermined unit time (Td), and then stop the remote control frame signals if the pressed key is a normal key, or if the pressed key is a repeat key, to continue to emit remote control frame signals at the predetermined time (Tr) interval until the repeat key is released; and the device comprising: a signal receiving unit configured to repeatedly receive said same remote control frame signals generated according to a manipulation of the remote controller from the remote controller; and a control unit configured to perform a control action corresponding to a first of the received same remote control frame signals of the repeatedly received same remote control frame signals; wherein, during the first predetermined unit time (Td) which starts from a point of time where the first received remote control frame signal is received, the control unit neglects other remote control frame signals of the repeatedly received same remote control frame signals, and wherein, after the first predetermined unit time (Td), the control unit performs the control action corresponding to each of the received same remote control frame signals; and wherein each received remote control frame signal is classified by the control unit as the same remote control frame signal if each remote control frame signal corresponds to the same key and is received at intervals corresponding to the predetermined time (Tr). a signal receiving unit configured to repeatedly receive said same remote control frame signals generated according to a manipulation of the remote controller from the remote controller; and a control unit configured to perform a control action corresponding to a first of the received same remote control frame signals of the repeatedly received same remote control frame signals; wherein, during the first predetermined unit time (Td) which starts from a point of time where the first received remote control frame signal is received, the control unit neglects other remote control frame signals of the repeatedly received same remote control frame signals, and wherein, after the first predetermined unit time (Td), the control unit performs the control action corresponding to each of the received same remote control frame signals; and wherein each received remote control frame signal is classified by the control unit as the same remote control frame signal if each remote control frame signal corresponds to the same key and is received at intervals corresponding to the predetermined time (Tr).
Operating console for an industrial truck embodied as a stockpicker device, wherein the operating console is arranged at an operator station of an operator of the industrial truck, and the operating console is provided with an operating element for controlling a traction drive as a first function of the industrial truck and at least one operating element for controlling a load-handling function, formed by a lifting drive, as a second function of the industrial truck, and with a fixed handle, wherein the operating element can be actuated to control the traction drive with the thumb of a hand which grips a gripping section of the handle, characterized in that the operating element for controlling the load-handling function formed by the lifting drive is arranged in the gripping section of the fixed handle in such a way that the operating element can be actuated to control the load-handling function formed by the lifting drive by the index finger which grips the gripping section of the handle and/or the middle finger of the hand which grips the gripping section of the handle, without having to change or leave a holding-tight position of the hand which grips the gripping section of the handle, with the result that the operator can use the hand which grips the gripping section of the fixed handle to control the traction drive and the lifting drive simultaneously.
A diagnostic ultrasound system for measuring regurgitant flow comprising: an ultrasound probe having a transducer array configured for transmitting ultrasonic energy to and receiving ultrasonic echoes from a location of regurgitant flow in a body; an image processor, responsive to received echoes, configured for producing an ultrasound image of the location of regurgitant flow; a Doppler processor responsive to received echoes configured for producing Doppler ultrasound measurements of blood flow velocity in the vicinity of the location of regurgitant flow; and a display device; characterized in that the ultrasound system further comprises a flow quantification processor configured to produce, based on initial assumptions for flow velocity vectors and the location of regurgitant flow, a model of a flow velocity field, to compare approximated flow velocity values derived from the model with velocity measurements produced by the Doppler processor, and to adjust the model in response to the comparison; and the display is coupled to the image processor and the flow quantification processor, configured for displaying the ultrasound image of the location of regurgitant flow and a flow measurement derived from the adjusted model of the flow velocity field. an ultrasound probe having a transducer array configured for transmitting ultrasonic energy to and receiving ultrasonic echoes from a location of regurgitant flow in a body; an image processor, responsive to received echoes, configured for producing an ultrasound image of the location of regurgitant flow; a Doppler processor responsive to received echoes configured for producing Doppler ultrasound measurements of blood flow velocity in the vicinity of the location of regurgitant flow; and a display device; characterized in that the ultrasound system further comprises a flow quantification processor configured to produce, based on initial assumptions for flow velocity vectors and the location of regurgitant flow, a model of a flow velocity field, to compare approximated flow velocity values derived from the model with velocity measurements produced by the Doppler processor, and to adjust the model in response to the comparison; and the display is coupled to the image processor and the flow quantification processor, configured for displaying the ultrasound image of the location of regurgitant flow and a flow measurement derived from the adjusted model of the flow velocity field.