43results about How to "Smooth transfer process" patented technology

The invention relates to equipment on product line for one-time health aids of napkin, that is chopping stretching and shift equipment for elastic waistline. The invention is realized by modifying existing equipment, and characterized in that: 1. setting Octoid gear of stretch mechanism on the stand through side plate, position sleeve and fixed base, realizing that Octoid gear rolls round horizontal and vertical shaft, and can move along horizontal shaft;2. setting transfer snifting valve on the two ends of transfer roller, suction distributes symmetrical and uniform, which overcomes phenomenon of less elasticity, deletion and breaking angle; 3. setting rubber layer on outer surface of transfer roller, which makes the adhesion of elastic waistline and material of garment to firm up, and antiseize protection layer of Octoid gear can not be destroyed. The equipment from this invention can run stably with speed of product line more than 200m / min, fast in adhere, waste rate reduced, improves production efficiency; and simple in structure, convenient to adjust.

The invention discloses a medical transferring bed. The medical transferring bed comprises a vehicle body, and a moving bed board mechanism, wherein the moving bed board mechanism is mounted on a vehicle frame of the vehicle body; the moving bed board mechanism comprises an upper moving board, an upper moving cloth, a lower moving board, and a lower moving cloth; the lower moving board is arrangedbelow the upper moving board; the upper moving board and the lower moving board are in synchronous lateral movement forward or backward; the upper moving cloth is coated on the periphery of the uppermoving board; a locking strip is longitudinally fixed to the upper moving cloth; the locking strip is locked to the shuttling side of the upper moving cloth, or is moved along with the upper moving cloth after locking is released; the lower moving cloth is coated on the periphery of the lower moving board; two ends of the lower moving cloth are fixed to the vehicle frame of the vehicle body; andthe lower moving cloth is located on the shuttling side of the lower moving board. According to the medical transferring bed disclosed by the invention, the locking strip is arranged, so that a mannerof rotating a transmission cloth through driving rubber rollers in the prior art is replaced; and the structure of the moving bed board mechanism is simplified, no friction coefficient requirement ofmoving cloths is generated, the moving resistance is lower, and the consumed power is lower.

The invention discloses an infection-prevention medical transfer bed. The medical transfer bed comprises a trolley body and a bed board moving mechanism, wherein the bed board moving mechanism is arranged on the frame of the trolley body, and comprises an upper moving plate, an upper moving cloth, a lower moving plate and a lower moving cloth; the lower moving plate is arranged under the upper moving plate; the upper moving plate and the lower moving plate synchronously move forward or backward transversely; the periphery of the upper moving plate is coated with the upper moving cloth, lockingbars are longitudinally fixed on the upper moving cloth, are locked on the pick-up side of the upper moving cloth by a locking bar driving mechanism or move along with the upper moving cloth after locking is released; the periphery of the lower moving plate is coated with the lower moving cloth, two ends of the lower moving cloth are fixed on the frame of the trolley body and are positioned on the pick-up side of the lower moving plate. The transfer bed further comprises an isolating pad spreading mechanism. According to the infection-prevention medical transfer bed, the upper moving cloth, the lower moving cloth and a hospital bed are prevented from being polluted in a process of picking up patients due to the isolating pad spreading mechanism.

The invention discloses a clamp for carrying a monocrystalline silicon rod. The clamp for carrying the monocrystalline silicon rod is used for solving the technical problem that the positioning strength of a clamping jaw on the silicon rod is low in the prior art. According to the clamp for carrying the monocrystalline silicon rod, clamping arms are rotationally connected to a mounting base, a pressing block is arranged on the mounting base, moreover, the pressing block does reciprocating motion in the directions away from and close to the mounting base, connecting rods are arranged between the clamping arms and the pressing block, one ends of the connecting rods are rotationally connected to the pressing block, and the other ends of the connecting rods are rotationally connected to the clamping arms; the pressing block does reciprocating motion and drives the clamping arms to be opened or clamped through the connecting rods, when the clamping arms clamp an clamped object, the pressingblock makes contact with the clamped object, namely, three-point positioning on the clamped object is realized when the clamped object is clamped through the clamp, so that the clamp has higher positioning strength on the clamped object, the stability of the silicon rod in the process of transferring the silicon rod is improved, and the performance of the clamp is optimized.

The present invention relates to a double-crank robot parking and taking device for vertical lifting parking equipment. It includes the following several portions: lifting platform, turning drive motor, speed-changing reverser, crank, locking dog, synchronous shaft, chain wheel and chain. Said invention also provides the connection mode of all the above-mentioned portions and provides its concrete operation method and steps.

The invention relates to a volume controllable inflatable antenna which at least comprises a satellite thruster, at least one acquisition module and at least one adjusting module, wherein the first adjusting module is configured as that first antenna adjustment and control information is confirmed on the basis of orbital transfer environment monitoring information, estimated consumption of the satellite thruster in executing a specific event is confirmed, orbital transfer demand mixing ratio coefficients corresponding to the satellite thruster and the inflatable antenna, and a first control instruction and a second control instruction corresponding to the coefficients are confirmed on the basis of the first antenna adjustment and control information and the estimated consumption, then a first control instruction is received by the first adjusting module of the inflatable antenna in a mode that aerodynamic compensation is implemented to a second adjusting module of the satellite thruster for receiving a second control instruction, and on the basis of second aerodynamic information which is acquired by a second acquisition module at a second moment and is related to an area of an ignition orbital transfer position, at least one time of adjustment modification is implemented to execute at least one related specific event.

The invention discloses an integrated planting machine capable of conveniently digging and transferring fruit trees. The integrated planting machine comprises a supporting body, a control box, a control button, a storage battery and a driving motor, wherein a first handle is arranged at the upper end of the supporting body, and a second handle is fixed on the lower side of the supporting body; a trunk clamping and fixing mechanism and a tree root digging mechanism are arranged on the front side of the supporting body, the tree root digging mechanism is located on the lower side of the tree trunk clamping and fixing mechanism, and the control box is fixed at the lower end of the supporting body; first moving wheels are arranged on the two sides of the lower portion of the control box, stable sliding rods and a driving threaded rod are arranged in the supporting body, and the driving threaded rod is located between the stable sliding rods. The integrated planting machine capable of conveniently digging and transferring the fruit trees is provided with the tree trunk clamping and fixing mechanism and the tree root digging mechanism so that the root digging work of the fruit trees canbe rapidly completed, the stable transferring process of the fruit trees can be guaranteed, and therefore the fruit trees can be transplanted conveniently.

The invention provides a cloth treatment device for clothing processing. The working efficiency is high, and cloth arranging does not need to be conducted after treatment is finished. The cloth treatment device for clothing processing comprises a workbench, a cutting unit and a stacking unit; the cutting unit is used for cutting cloth, and the stacking unit is used for conducting stacking treatment on the cut cloth; the stacking unit comprises a feeding mechanism, a transferring mechanism and a bearing rod; the feeding mechanism comprises motor bases capable of horizontally sliding along the workbench; a first motor is arranged in each motor base; a transmission shaft is coaxially connected to each first motor output shaft; the axial direction of each transmission shaft is parallel to thatof the corresponding motor base; each transmission shaft is sleeved with a pressing plate; the transferring mechanism comprises sliding bases capable of horizontally sliding relative to the workbench; the movement direction of the sliding bases is perpendicular to that of the motor bases; a roll wheel and a second motor are rotatably connected to the sliding bases; the axial direction of the rollwheel is parallel to the movement direction of the motor bases; the surface of the roll wheel is rough, and the roll wheel is driven by the second motor to rotate; and the bearing rod is located under the roll wheel.

The present invention relates to a double-crank robot parking and taking device for vertical lifting parking equipment. It includes the following several portions: lifting platform, turning drive motor, speed-changing reverser, crank, locking dog, synchronous shaft, chain wheel and chain. Said invention also provides the connection mode of all the above-mentioned portions and provides its concrete operation method and steps.

The invention relates to an animal cage convenient to transfer, which comprises a cage body and an opening. The opening is formed in the side face of the cage body, an opening and closing door is arranged at the opening, a guide rail is horizontally arranged in the cage body, the length direction of the guide rail is perpendicular to the opening, and a transfer plate is slidably arranged on the guide rail. A blocking part is arranged on the side, away from the opening, of the transfer plate, the blocking part is vertically arranged on the transfer plate, the width of the blocking part is equal to that of the transfer plate, and a driving assembly for driving the transfer plate to slide in the length direction of the guide rail is arranged in the cage body. By means of the cage, an operator can safely and conveniently transfer an animal to another cage without making direct contact with the animal, and the effect of improving the transfer convenience of the cage is achieved.

The application relates to a convenient transfer animal cage, comprising a cage body and an opening, the opening is arranged on the side of the cage body, an opening and closing door is provided at the opening, a guide rail is horizontally arranged in the cage body, and the guide rail The length direction of the guide rail is vertical to the opening, and a transfer plate is slid on the guide rail. A blocking portion is provided on the side of the transfer plate away from the opening, and the blocking portion is vertically arranged on the transfer plate. The width of the blocking portion is equal to The width of the transfer plate is set in the cage to drive the transfer plate to slide along the length of the guide rail. With this cage, the operator can safely and conveniently transfer the animal to another cage without directly contacting the animal. , and the present application has the effect of improving the convenience of cage transfer.

The invention provides a forward bottle cap conveying and coding device. The forward bottle cap conveying and coding device comprises a workbench, a coding device, an output device, an allocating device, a conveying device, a control device and a power device. The allocating device comprises a turntable and an allocating mechanism, and the conveying device comprises an ejector pin assembly and a conveying assembly. The allocating mechanism pushes the forward bottle caps on the turntable to be matched with the ejector pin assembly, the ejector pin assembly is matched with the conveying assemblyto convey the forward bottle caps to a code printing output device for code printing, then the forward bottle caps are outputted by the output device, and during the conveying process, the control device supports and fixes the forward bottle caps. According to the present invention, the forward bottle caps sleeve the tops of the positioning shafts, the supporting assembly supports and fixes the bottle caps, the forward bottle caps gradually move out of the turntable along with the movement of the ejector pin assembly, are transferred and conveyed to the coding device one by one to be coded and are outputted through the output device, so that the technical problem that during the forward bottle cap coding process in the prior art, the coding efficiency is reduced due to the unstable transfer of the forward bottle caps, is solved.

The invention relates to the technical field of casting, in particular to a V-process production line. The V-process production line comprises the design of a quick movable demolding device, when a mold is turned over, only a bracket needs to be moved below a turnover shaft by virtue of a grip, a lifting motor is started so as to lift a mold box to a certain height, the mold box can be conveyed toa mold casting area at the moment, and the lifting motor is reversed so as to put down the mold box; the mold box is lifted after a mold is sealed, and the turnover angle of the mold box can be controlled by a turnover motor, so that the mold turnover operation is realized; the mold box can be linearly pulled to the area of a mold lifting platform in a lifting state, so that the lifting and lowering operation of the mold box can be controlled by the lifting motor, and the mold lifting operation is matched; and the mold box does not need to be hung and conveyed for many times in the whole moldmanufacturing process, so that time and labor are saved, the working efficiency is high, and the problems of time and labor consumption and low working efficiency because the mold box needs to be hung and conveyed for many times by the lifting motor when a sand box is put and turned over and the mold is lifted and the sand box is put on the mold lifting platform are solved.

The invention discloses a tool used for transferring a flaky workpiece. The tool comprises a work head which is provided with an arc-shaped work face, when the arc-shaped work face rotates around the axis, and all the portions of the arc-shaped work face in a bending direction can sequentially capture the portions, tangent with the arc-shaped work face, on the workpiece and gradually release the corresponding portions of the workpiece. Thus, the arc-shaped work face of the work head abuts against and presses the workpiece to be transferred on a workbench, the work head is pushed to roll in the forward direction, then, the arc-shaped work face can capture the workpiece, the workpiece can be transferred to the work head and rolls in the reverse direction at a target position, the workpiece can be correspondingly released, and the workpiece is transferred to the target position. Transfer operation is convenient and efficient. Particularly, when the soft strip-shaped flaky workpiece is transferred, it can be kept that the state of the workpiece is stably controlled in the transferring process and the workpiece can be neat when finally transferred to the target position. The invention further discloses a relevant device for transferring the flaky workpiece, and the device is more convenient to use and efficient.

The invention discloses an automatic detection device for liquid impurities of medicine bottles, the automatic detection device comprises a frame (1), an operation panel (2), an alarm tricolor lamp (3), a loading mechanism (4), a rotating mechanism (5), a detecting mechanism (6) and an unloading mechanism (7), the frame (1) is located outside, the alarm tricolor lamp (3) is located at the right upper part of the frame (1), the operation panel (2) is located at the lower left parts of the frame (1) 1), the rotating mechanism (5) is arranged directly below the middle of the frame (1), the rear side of the rotating mechanism (5) is the loading mechanism (4), the front side of the rotating mechanism (5) is the detecting mechanism (6), and the right side of the rotating mechanism (5) is the unloading mechanism (7). The automatic detection device has a simple structure, and saves spaces, the medicine bottles are stable and rapid when the medicine bottles are transferred, the medicine bottlescan be sudden to stop when in high-speed rotation, the unloading mechanism (7) clearly distinguishes a good product and a defective product, and the detection efficiency and the detection quality aresignificantly improved.

The invention discloses a steel pipe grabbing and transferring device for a steel structure building. The steel pipe grabbing and transferring device comprises three conveying devices arranged in parallel. Each conveying device comprises a base. The front side and the rear side of the upper end of each base are fixedly connected with stop blocks. A first conveying belt, a second conveying belt anda third conveying belt are sequentially installed between every two stop blocks at intervals from left to right. Clamping grooves are formed in the positions, between the first conveying belts, the second conveying belts and the third conveying belts, of the stop blocks. The right sides of the bases and the right sides of the stop blocks are jointly and fixedly connected with a baffle. A controlbox is fixedly connected to the position, above the third conveying belts, of the right side of the baffle located on the middle conveying device. The steel pipe grabbing and transferring device has the advantages that finished product and defective product grabbing and separating transferring work can be automatically conducted on steel pipes, manual transferring is not needed, the automation degree is high, the production efficiency is improved, and the transferring process is more stable.

The invention discloses semiconductor element overturning equipment, which comprises a frame body; the loading and unloading module is connected with the frame body and is used for loading and unloading external workpieces; the material jacking module is connected with the feeding and discharging module and used for jacking the workpieces; and the overturning module is connected with the frame body and is used for overturning the workpiece. Different position distribution can be carried out according to the production requirements of subsequent procedures, modular transfer and transfer are achieved, intelligent workpiece machining and conveying are achieved, manual operation is not needed, the transfer process is smooth, the speed is high, efficiency is high, the stability of the machining period can be guaranteed, the labor cost is saved, and the production efficiency is improved. Workpieces can be turned over during transfer conveying, and the problem that special workpieces need to be turned over is solved.

The invention discloses a cell factory framework transferring method, which comprises the following steps: step 3, assembling transferring equipment: firstly, placing a cell factory framework on a cell factory framework tray transferring vehicle, and then pushing the cell factory framework tray transferring vehicle loaded with the cell factory framework onto a jacking mechanism in a cell culture environment; step 4, primary transfer of the cell culture dishes: the jacking mechanism enables the cell factory frame tray transfer vehicle to be lifted, and the multi-axis robot transfers the cell culture dishes on the cell factory goods shelf to the cell factory frame; and step 5, secondary transfer of the cell culture dishes: pushing the cell factory framework containing the cell culture dishes onto the cell factory roller table platform to complete transfer of the cell culture dishes, and carrying out cell culture. The cell culture dishes in a cell factory can be transferred more efficiently, the labor amount of workers is reduced, and the transfer process of the cell culture dishes is more stable.

The invention discloses an austempering multi-purpose furnace production line using oil or oil-atmosphere as a quenching medium, comprising: a heating chamber for heating the workpiece to austenite temperature, an isothermal chamber for isothermal transformation of the workpiece, and a cooling chamber for cooling the workpiece to The oil pool at the Bs point temperature, and the multi-purpose front room; the front room includes the front furnace door for entering and exiting the workpiece, the transfer door connected with the isothermal room, and the middle door connected with the heating room; the heating room uses a radiant tube as a heater, and There is also a stirring circulation fan; a fire curtain combustion device is installed on the front furnace door; a lift is installed in the front room to vertically drop into the oil pool; a feeding system for moving workpieces according to a predetermined route is set between the heating room, the front room, and the other greenhouses. track, the elevator rises and docks with the feeding track to transfer workpieces. This equipment has a carbon potential control system and is suitable for carburizing, carbonitriding, quenching, annealing, isothermal and other heat treatments that require a controllable atmosphere during heating and quenching.

The invention relates to equipment on product line for one-time health aids of napkin, that is chopping stretching and shift equipment for elastic waistline. The invention is realized by modifying existing equipment, and characterized in that: 1. setting Octoid gear of stretch mechanism on the stand through side plate, position sleeve and fixed base, realizing that Octoid gear rolls round horizontal and vertical shaft, and can move along horizontal shaft;2. setting transfer snifting valve on the two ends of transfer roller, suction distributes symmetrical and uniform, which overcomes phenomenon of less elasticity, deletion and breaking angle; 3. setting rubber layer on outer surface of transfer roller, which makes the adhesion of elastic waistline and material of garment to firm up, and antiseize protection layer of Octoid gear can not be destroyed. The equipment from this invention can run stably with speed of product line more than 200m / min, fast in adhere, waste rate reduced, improves production efficiency; and simple in structure, convenient to adjust.

The invention discloses a sheet workpiece transferring device with an anti-skidding structure. The sheet workpiece transferring device comprises a work head with an arc work face. When the arc work face rotates around an axial lead, all parts in the bending direction can grab parts, tangent to the parts, on a workpiece in sequence and gradually release the corresponding parts of the workiece, and therefore the arc work face of the work head abuts against a to-be-transferred workpiece on a workbench; and the work head is pushed to roll forwards, the workpiece can be grabbed, the work head reversely rolls when arriving at the target position, the workpiece can be released, and the transferring operation is convenient and efficient. When transversely moving on a workbench top, the arc work face can roll on the workbench top directly through direct or indirect friction with the workbench top, a special power device is not needed, the structure can be simplified, and energy can be saved. An anti-skidding body capable of transversely rolling synchronously along with the arc work face is arranged on the axial side of the arc work face, and therefore the work head can be effectively prevented from skidding in the rolling work process; and the sheet workpiece transferring device is simple and practical.

The invention discloses a detection method based on medicine bottle liquid impurity automatic detection equipment. The medicine bottle liquid impurity automatic detection equipment comprises a machineframe 1, an operation panel 2, an alarming three-colour lamp 3, a feeding mechanism 4, a rotary mechanism 5, a detection mechanism 6, and a blanking mechanism 7; the machine frame 1 is arranged on the external side; the alarming three-colour lamp 3 is arranged on the right upper part of the machine frame 1; the operation panel 2 is arranged on the left lower part of the machine frame 1; the rotary mechanism 5 is arranged right below the middle part of the machine frame 1; the feeding mechanism 4 is arranged at the back side of the rotary mechanism 5; the detection mechanism 6 is arranged at the front of the rotary mechanism 5; and the blanking mechanism 7 is arranged at the right side of the rotary mechanism 5. The equipment is simple in structure, is capable of saving space; medicine bottle transferring is stable and rapid; sudden stationary in high speed rotation can be realized; the blanking mechanism is used for clear distinguish of qualified products from defective products; anddetection efficiency and detection quality are increased obviously.

The invention provides a forward bottle cap conveying and coding device. The forward bottle cap conveying and coding device comprises a workbench, a coding device, an output device, an allocating device, a conveying device, a control device and a power device. The allocating device comprises a turntable and an allocating mechanism, and the conveying device comprises an ejector pin assembly and a conveying assembly. The allocating mechanism pushes the forward bottle caps on the turntable to be matched with the ejector pin assembly, the ejector pin assembly is matched with the conveying assemblyto convey the forward bottle caps to a code printing output device for code printing, then the forward bottle caps are outputted by the output device, and during the conveying process, the control device supports and fixes the forward bottle caps. According to the present invention, the forward bottle caps sleeve the tops of the positioning shafts, the supporting assembly supports and fixes the bottle caps, the forward bottle caps gradually move out of the turntable along with the movement of the ejector pin assembly, are transferred and conveyed to the coding device one by one to be coded and are outputted through the output device, so that the technical problem that during the forward bottle cap coding process in the prior art, the coding efficiency is reduced due to the unstable transfer of the forward bottle caps, is solved.

The embodiment of the invention discloses a light-emitting device transfer printing method and a light-emitting device transfer printing system. A buffer layer is added on a light-emitting device, and a transfer printing probe is embedded into the buffer layer to pick up the light-emitting device for transfer printing. Since the transfer printing probe is embedded into the buffer layer on the light-emitting device to transfer the light-emitting device, the problem of uneven stress of each light-emitting device does not exist. Therefore, the light-emitting device can be accurately arranged in the target area, and the transfer yield of the light-emitting diode is further improved. In addition, the transfer printing probe in the light-emitting device transfer printing method provided by the embodiment of the invention can be a micro-nano probe. The probe body of the micro-nano probe is small, and transfer printing can be carried out on a micro light-emitting diode or a mini light-emitting diode. The micro-nano probe is adopted for transfer printing, the situation that the light-emitting device is difficult to adsorb due to too small adsorption force under the condition that the precision of a transfer probe adopting vacuum adsorption is small can be avoided, and then the light-emitting device is kept stable in the transfer process.

The invention discloses a circular knitting machine transferring and picking device and method, the circular knitting machine transferring and picking device comprises a sleeving assembly, a grabbing assembly is arranged below the sleeving assembly, and the sleeving assembly and the grabbing assembly are arranged in a concentric circle mode; the sleeving assembly and the grabbing assembly are provided with a plurality of sleeving needles and grabbing pieces which are correspondingly matched and can move in the radial direction respectively, and an axial driving device for driving the sleeving assembly and the grabbing assembly to move up and down relatively is arranged between the sleeving assembly and the grabbing assembly. The grabbing assembly capable of moving up and down in the axial direction is arranged below the sleeving and taking assembly, and after the hosiery fabric is woven, the lower grabbing piece is matched with the sleeving and taking needle through axial and radial movement to separate and transfer the coil from the knitting needle. Through cooperation of the grabbing pieces, a coil is separated from a knitting needle and transferred to the outside of the V-shaped semi-closed ring of the sleeving and taking needle and is firmly grabbed and fixed through the grabbing pieces, the knitting coil can be prevented from being accidentally separated in the transferring process, and it is ensured that the transferring process is stable and operation is reliable.

The invention discloses a tool for sheet workpiece transfer, which includes a working head, which has an arc-shaped working surface, and when the arc-shaped working surface rotates around the axis line, various parts in the bending direction can successively catch the workpiece The part that is tangent to itself and the corresponding part that gradually releases the workpiece. Therefore, the arc-shaped working surface of the working head is pressed against the workpiece to be transferred on the worktable, and the working head is pushed forward to roll, and the arc-shaped working surface can catch the workpiece, thereby transferring the workpiece to the working head. Reverse rolling on the target position can release the workpiece accordingly and transfer the workpiece to the target position. The transfer operation is convenient and efficient, especially for soft strip-shaped workpieces, which can maintain stable control of the state of the workpiece during the transfer process and the final transfer to the target position. The invention also discloses a related device, which is more convenient and efficient to use.

The invention discloses an integrated planting machine which is convenient for digging and transferring fruit trees. It comprises a supporting body, a control box, a control button, a storage battery and a driving motor. The second handle, the front side of the support body is provided with a trunk clamping and fixing mechanism and a tree root digging mechanism, and the tree root digging mechanism is located at the lower side of the trunk clamping and fixing mechanism, and the lower end of the support body is fixed with a control box, and the first moving wheels are installed on both sides of the bottom of the control box, and the inside of the supporting body is provided with a stable sliding rod and a driving threaded rod, and the driving threaded rod is located between the stabilizing sliding rods. The integrated planting machine that is convenient for fruit tree digging and transfer is equipped with a trunk clamping and fixing mechanism and a tree root digging mechanism, which can not only quickly complete the work of digging the roots of fruit trees, but also ensure a stable transfer process of fruit trees, thereby facilitating fruit trees. transplantation.

The invention relates to a satellite orbit correction method. The method at least comprises the steps of determining first antenna adjustment control information based on orbital transfer environmentmonitoring information; determining the required estimated consumption of a satellite thruster for executing the specific event; determining orbital transfer demand mixing proportionality coefficientsrespectively corresponding to the satellite thruster and an inflatable antenna and a first control instruction and a second control instruction corresponding to the orbital transfer demand mixing proportionality coefficients based on the first antenna adjustment control information and the estimated consumption; enabling the inflatable antenna to receive the first control instruction in a mannerof performing aerodynamic force compensation on the satellite thruster receiving the second control instruction; and performing at least one adjustment and correction based on second aerodynamic forceinformation associated with an area involved in the ignition orbital transfer position obtained at a second moment to execute at least one related specific event.