mhurhangee/patent-ind-claim-en huggingface dataset:
A manufacturing process of a hot-stamped coated part comprising the following successive steps, in this order: - providing a hot-rolled or cold-rolled steel sheet comprising a steel substrate and an aluminium-silicon alloy precoating, said precoating containing more than 50 % of free aluminium, as related to the total aluminium in the precoating, and having a thickness selected to enable alloying with said steel substrate, then - cutting said steel sheet to obtain a precoated steel blank, then - heating said blank under a non-protective atmosphere up to a temperature T i near the melting temperature of said precoating, said temperature T i being comprised between T e- 10°C and T e , where T e is the eutectic or solidus temperature of said precoating, then - heating said blank from said temperature T i up to an austenitization temperature T m of said steel substrate, said temperature T m being comprised between 840 and 950°C, under a non-protective atmosphere at a heating rate V comprised between 30°C/s and 90°C/s, V being the heating rate between said temperature T i and said temperature T m in order to obtain a coated heated blank, then - soaking said coated heated blank at said temperature T m for a time t m comprised between 20s and 90s, then - hot-stamping said blank in order to obtain a hot-stamped coated part, then - cooling said stamped part at a cooling rate in order to form a microstructure in said steel substrate comprising at least one constituent chosen among martensite or bainite. - providing a hot-rolled or cold-rolled steel sheet comprising a steel substrate and an aluminium-silicon alloy precoating, said precoating containing more than 50 % of free aluminium, as related to the total aluminium in the precoating, and having a thickness selected to enable alloying with said steel substrate, then - cutting said steel sheet to obtain a precoated steel blank, then - heating said blank under a non-protective atmosphere up to a temperature T i near the melting temperature of said precoating, said temperature T i being comprised between T e- 10°C and T e , where T e is the eutectic or solidus temperature of said precoating, then - heating said blank from said temperature T i up to an austenitization temperature T m of said steel substrate, said temperature T m being comprised between 840 and 950°C, under a non-protective atmosphere at a heating rate V comprised between 30°C/s and 90°C/s, V being the heating rate between said temperature T i and said temperature T m in order to obtain a coated heated blank, then - soaking said coated heated blank at said temperature T m for a time t m comprised between 20s and 90s, then - hot-stamping said blank in order to obtain a hot-stamped coated part, then - cooling said stamped part at a cooling rate in order to form a microstructure in said steel substrate comprising at least one constituent chosen among martensite or bainite.
A device for generating protocol data for an injection pen , the injection pen having a dosing adjusting means with a selector dial comprising a snap locking mechanism, wherein the device comprises a motion sensing unit including one or more of a gyroscope and an accelerometer in order to generate one or more of a gyro signal and an acceleration signal, and wherein the device comprises a signal processing unit which implements an analyser which is configured to analyse one or more of the gyro signal and the acceleration signal and to generate protocol data reflecting an adjusted dosage of a medicament, wherein the analyser is configured to analyse one or more of the gyro signal and the acceleration signal in order to determine one or more of an angular velocity and a derivative of the angular velocity of a dosing adjusting means of the injection pen and to generate protocol data on the basis of one or more of the angular velocity and the derivative of the angular velocity of the dosing adjusting means of the injection pen , wherein the analyser is adaptable to different types of injection pens , characterised in that the analyser is configured to adapt itself to the corresponding injection pen by receiving a type identifier of an injection pen.
A high pressure fuel pump comprising: a pump housing , a pressure chamber provided in the pump housing , a damper chamber formed by the pump housing and a damper cover , a metal diaphragm damper arranged in the damper chamber and a pair of an upper holding member and a lower holding member vertically sandwiching the metal diaphragm damper , wherein the upper holding member is in contact with the damper cover , and the lower holding member is in contact with the pump housing , wherein a recess end surface of the pump housing and the lower holding member are in contact with each other, and wherein the weld portion is fixing the damper cover to the pump housing at an entire circumference of the press-fitting portion for being liquid-tightly fixed by applying welding to the entire circumference at a weld portion ; characterized by comprising: a press-fitting portion of the pump housing at which an annular surface of the damper cover is temporarily press-fitted to an annular surface of the pump housing , wherein at this timing, a projected portion of the damper cover and the upper holding member are already in contact with each other at the contact portion , and wherein the weld portion penetrates through the damper cover to the pump housing at an entire circumference of the press-fitting portion . a pump housing , a pressure chamber provided in the pump housing , a damper chamber formed by the pump housing and a damper cover , a metal diaphragm damper arranged in the damper chamber and a pair of an upper holding member and a lower holding member vertically sandwiching the metal diaphragm damper , wherein the upper holding member is in contact with the damper cover , and the lower holding member is in contact with the pump housing , wherein a recess end surface of the pump housing and the lower holding member are in contact with each other, and wherein the weld portion is fixing the damper cover to the pump housing at an entire circumference of the press-fitting portion for being liquid-tightly fixed by applying welding to the entire circumference at a weld portion ; characterized by comprising: a press-fitting portion of the pump housing at which an annular surface of the damper cover is temporarily press-fitted to an annular surface of the pump housing , wherein at this timing, a projected portion of the damper cover and the upper holding member are already in contact with each other at the contact portion , and wherein the weld portion penetrates through the damper cover to the pump housing at an entire circumference of the press-fitting portion . a press-fitting portion of the pump housing at which an annular surface of the damper cover is temporarily press-fitted to an annular surface of the pump housing , wherein at this timing, a projected portion of the damper cover and the upper holding member are already in contact with each other at the contact portion , and wherein the weld portion penetrates through the damper cover to the pump housing at an entire circumference of the press-fitting portion .
A pressurizing centrifugal dehydrator for removing moisture, the pressurizing centrifugal dehydrator comprising: an inner basket into which slurry is introduced; an outer basket surrounding the inner basket; a pressurization chamber disposed in the outer basket; and a gas supplying portion for supplying gas into the pressurization chamber , wherein the gas supplied to the pressurization chamber is ejected from the pressurization chamber toward a dehydration product positioned between the outer basket and the pressurization chamber , characterized in that the pressurization chamber includes: a pressurization chamber rotating portion that is fixed to the outer basket and rotates together with the outer basket ; a pressurization chamber fixing portion that is disposed in the pressurization chamber rotating portion and is fixed without rotating; and a rotating-fixing connection portion disposed between the pressurization chamber rotating portion and the pressurization chamber fixing portion . an inner basket into which slurry is introduced; an outer basket surrounding the inner basket; a pressurization chamber disposed in the outer basket; and a gas supplying portion for supplying gas into the pressurization chamber , wherein the gas supplied to the pressurization chamber is ejected from the pressurization chamber toward a dehydration product positioned between the outer basket and the pressurization chamber , a pressurization chamber rotating portion that is fixed to the outer basket and rotates together with the outer basket ; a pressurization chamber fixing portion that is disposed in the pressurization chamber rotating portion and is fixed without rotating; and a rotating-fixing connection portion disposed between the pressurization chamber rotating portion and the pressurization chamber fixing portion .
A yarn lifting arrangement for a yarn piecing unit in a textile ring spinning machine, comprising: a control unit for controlling the manner of how air is injected towards a cop , a base plate having a first end and a second end, said first end connected to an actuating means which provides said base plate a working position in the forward motion and a home position in the backward motion, said second end is a free end having an opening near to the free end configured to encircle the cop of a spindle in working position; characterized in that , the plate base comprises further a first jet member , a second jet member and a third jet member , each provided with three orifices , configured to position around the contour of the opening, supplying air current to said first, second and third jet members to purge air jets through the plurality of orifices , when the base plate is in working position to detach the tangled yarn end from the spinning cop and to lift the yarn upwards to enable yarn piecing in the textile ring spinning machine and wherein all of the three jet members are at equal distance from the cop and all the three jet members are provided with air current in different sequences and different time intervals. a control unit for controlling the manner of how air is injected towards a cop , a base plate having a first end and a second end, said first end connected to an actuating means which provides said base plate a working position in the forward motion and a home position in the backward motion, said second end is a free end having an opening near to the free end configured to encircle the cop of a spindle in working position; characterized in that , the plate base comprises further a first jet member , a second jet member and a third jet member , each provided with three orifices , configured to position around the contour of the opening, supplying air current to said first, second and third jet members to purge air jets through the plurality of orifices , when the base plate is in working position to detach the tangled yarn end from the spinning cop and to lift the yarn upwards to enable yarn piecing in the textile ring spinning machine and wherein all of the three jet members are at equal distance from the cop and all the three jet members are provided with air current in different sequences and different time intervals.
Method for producing a composite material for wound dressings , comprising the following steps: (I) providing a first film , having a first film surface and a second film surface running virtually parallel to the first film surface ; (II) mixing an NCO-terminated polyurethane prepolymer with at least water to give a polyurethane prepolymer/water mixture , (III) applying the polyurethane prepolymer/water mixture to at least one part of the first film surface to form a layer , the layer having a first layer surface which is in contact with the first film via at least one part of the first film surface , and having a second layer surface which runs virtually parallel to the first layer surface ; (IV) covering at least one part of the second layer surface of the still-liquid layer with at least one part of a further film surface of a further film to give the composite material , wherein the bond strength between the first film and the layer and also between the layer and the further film is greater in each case than the tensile strain at break of the layer , wherein the composite material has no further material between the first film and the layer and also between the further film and the layer , and wherein the first film and/or the further film comprises a material selected from the group consisting of a thermoplastic polyurethane, a polyurethane or a mixture thereof. (I) providing a first film , having a first film surface and a second film surface running virtually parallel to the first film surface ; (II) mixing an NCO-terminated polyurethane prepolymer with at least water to give a polyurethane prepolymer/water mixture , (III) applying the polyurethane prepolymer/water mixture to at least one part of the first film surface to form a layer , the layer having a first layer surface which is in contact with the first film via at least one part of the first film surface , and having a second layer surface which runs virtually parallel to the first layer surface ; (IV) covering at least one part of the second layer surface of the still-liquid layer with at least one part of a further film surface of a further film to give the composite material , wherein the bond strength between the first film and the layer and also between the layer and the further film is greater in each case than the tensile strain at break of the layer , wherein the composite material has no further material between the first film and the layer and also between the further film and the layer , and wherein the first film and/or the further film comprises a material selected from the group consisting of a thermoplastic polyurethane, a polyurethane or a mixture thereof.
A method of making a bimodal linear medium density polyethylene composition having a density from 0.930 to 0.950 gram per cubic centimeter (g/cm 3 ), measured according to ASTM D792-13 Method B, the method comprising contacting ethylene and at least one (C 3 -C 20 )alpha-olefin with a mixture of a bimodal catalyst system and a trim solution in the presence of H 2 gas and an inert condensing agent in one, two or more polymerization reactors under (co)polymerizing conditions, thereby making the bimodal linear medium density polyethylene composition; wherein prior to being mixed together the trim solution consists essentially of a (tetramethylcyclopentadienyl)(n-propylcyclopentadienyl)zirconium complex and an inert liquid solvent and the bimodal catalyst system consists essentially of an activator species, a non-metallocene ligand-Group 4 metal complex and a metallocene ligand-Group 4 metal complex, all disposed on a solid support; and wherein the (co)polymerizing conditions comprise a reaction temperature from 80 degrees (°) to 110° Celsius (C.), a molar ratio of the molecular hydrogen gas to the ethylene from 0.001 to 0.050; and a molar ratio of the comonomer to the ethylene from 0.005 to 0.10.
A hoisting accessory for a blower of a pulp dryer , which hoisting accessory includes: - a hoisting element for fastening the hoisting accessory to the blower to be hoisted, and - first fastening devices for locking the hoisting element to the blower for the duration of hoisting, wherein the hoisting accessory also includes - a guideway comprising a first end and second end , - a carriage adapted on the guideway for transferring a blower on the guideway while said hoisting element is suspended from said carriage , - a support device connected to said guideway for suspending the hoisting accessory from a second blower so that said guideway is supported essentially in the horizontal direction by means of the support device . - a hoisting element for fastening the hoisting accessory to the blower to be hoisted, and - first fastening devices for locking the hoisting element to the blower for the duration of hoisting, wherein the hoisting accessory also includes - a guideway comprising a first end and second end , - a carriage adapted on the guideway for transferring a blower on the guideway while said hoisting element is suspended from said carriage , - a support device connected to said guideway for suspending the hoisting accessory from a second blower so that said guideway is supported essentially in the horizontal direction by means of the support device .
Method for determining a condition of a road traversed by at least one vehicle , the method comprising • determining at least one calibration parameter of a part of the vehicle , • continuously sensing a vertical acceleration of the vehicle , • calculating a road condition value based on the vertical acceleration and on the calibration parameter, and • continuously monitoring whether the road condition value exceeds a predefined threshold, triggering a road maintenance event if the threshold is exceeded, wherein in case of a triggered road maintenance event , the method comprises • determining or deriving a vehicle position at the time of the road maintenance event , and • providing event data to at least one receiver, the event data comprising information about the vehicle position and at least one road condition value, characterized by • continuously sensing a horizontal acceleration of the vehicle basically orthogonal to a driving direction of the vehicle , and • continuously monitoring whether the horizontal acceleration exceeds a predetermined threshold value, triggering an evasion event if the threshold is exceeded, wherein in case of a triggered evasion event , the method comprises • determining or deriving a vehicle position at the time of the evasion event , and • providing event data to at least one receiver, the event data comprising information about the vehicle position and about an evasive movement of the vehicle . • determining at least one calibration parameter of a part of the vehicle , • continuously sensing a vertical acceleration of the vehicle , • calculating a road condition value based on the vertical acceleration and on the calibration parameter, and • continuously monitoring whether the road condition value exceeds a predefined threshold, triggering a road maintenance event if the threshold is exceeded, wherein in case of a triggered road maintenance event , the method comprises • determining or deriving a vehicle position at the time of the road maintenance event , and • providing event data to at least one receiver, the event data comprising information about the vehicle position and at least one road condition value, characterized by • continuously sensing a horizontal acceleration of the vehicle basically orthogonal to a driving direction of the vehicle , and • continuously monitoring whether the horizontal acceleration exceeds a predetermined threshold value, triggering an evasion event if the threshold is exceeded, wherein in case of a triggered evasion event , the method comprises • determining or deriving a vehicle position at the time of the evasion event , and • providing event data to at least one receiver, the event data comprising information about the vehicle position and about an evasive movement of the vehicle .
A data transmission method, applied to an electronic device that uses a plurality of wireless communication links, and the method comprising: acquiring (S201) a first data packet to be sent; determining (S202) a first data stream to which the first data packet belongs; the data transmission method is characterised by : detecting (S203) a link state of the first data stream; when the link state of the first data stream is an establishing state and the first data packet is sent for the first time, selecting (S204) a first wireless communication link from the plurality of wireless communication links for the first data packet, and marking the first data packet according to a first link identifier of the first wireless communication link; and sending (S204) the first data packet through a network interface of the first wireless communication link according to the first link identifier. acquiring (S201) a first data packet to be sent; determining (S202) a first data stream to which the first data packet belongs; the data transmission method is characterised by : detecting (S203) a link state of the first data stream; when the link state of the first data stream is an establishing state and the first data packet is sent for the first time, selecting (S204) a first wireless communication link from the plurality of wireless communication links for the first data packet, and marking the first data packet according to a first link identifier of the first wireless communication link; and sending (S204) the first data packet through a network interface of the first wireless communication link according to the first link identifier. detecting (S203) a link state of the first data stream; when the link state of the first data stream is an establishing state and the first data packet is sent for the first time, selecting (S204) a first wireless communication link from the plurality of wireless communication links for the first data packet, and marking the first data packet according to a first link identifier of the first wireless communication link; and sending (S204) the first data packet through a network interface of the first wireless communication link according to the first link identifier.
A fluid ejection assembly comprising: a fluid slot ; a group of uniformly spaced drop generators each including a nozzle , each drop generator individually coupled to the fluid slot through a first end of a drop generator channel and to a connection channel at a second end of the drop generator channel ; a pump channel located between and parallel to two drop generator channels and comprising no nozzle; a pump disposed within the pump channel , the pump configured to circulate fluid from the fluid slot , into the connection channel through the pump channel , and back to the fluid slot through at least the two drop generator channels , wherein the pump is asymmetrically located within a recirculation channel with respect to a center point of the length of the recirculation channel, wherein the recirculation channel includes the pump channel , the connection channel , and one of the at least two drop generator channels . a fluid slot ; a group of uniformly spaced drop generators each including a nozzle , each drop generator individually coupled to the fluid slot through a first end of a drop generator channel and to a connection channel at a second end of the drop generator channel ; a pump channel located between and parallel to two drop generator channels and comprising no nozzle; a pump disposed within the pump channel , the pump configured to circulate fluid from the fluid slot , into the connection channel through the pump channel , and back to the fluid slot through at least the two drop generator channels , wherein the pump is asymmetrically located within a recirculation channel with respect to a center point of the length of the recirculation channel, wherein the recirculation channel includes the pump channel , the connection channel , and one of the at least two drop generator channels .