14 results about "Transfer velocity" patented technology

The utility model discloses a cam jacking and moving mechanism, including moving and carrying base subassembly, positioning pin subassembly and cam jacking subassembly, the upper end of moving and carrying base subassembly both sides are fixedly connected with the conveying assembly support seat, and the conveying assembly support seat between two is provided with conveying assembly, and the inside of conveying assembly is provided with the cam subassembly of uniform distribution, positioning pin subassembly is set up respectively in the outer side of two conveying assembly support seat's opposite, cam jacking subassembly includes camshaft, bearing seat and lift cam, and bearing seat is fixedly connected in the front and rear two ends of moving and carrying base subassembly vertical beam respectively, and the inner ring between the bearing of left and right adjacent two bearing seats is fixedly connected with camshaft. The utility model can cooperate with the use of vast majority of existing transmission equipment, can realize jacking and moving function under the condition of not influencing transmission speed, not producing stagnation, solves the maintenance pain point of client.

A carrier conveying system, a conveying system and a carrier conveying method are disclosed. The carrier conveying system comprises a slide rail extending along a conveying direction of a carrier to be conveyed and adapted to be slidably fitted with the carrier to guide the carrier to move along the slide rail; a rack extending along the conveying direction and connected to or integrally formed on the carrier; and a pair of gears spaced apart by a predetermined distance in the conveying direction for engaging with the rack. When the gears engage with the rack, the gears are capable of driving the carrier to move on the slide rail in the conveying direction. In the present invention, the precise and high-speed conveying of the carrier is achieved by the engagement of the gears with the rack, thereby greatly improving the conveying speed and efficiency of the product components loaded on the carrier and also greatly improving the position accuracy of the product components during the conveying process.

The invention discloses a continuous waveform mud pulse generator, which comprises a pressure-bearing cylinder, a motor, a main shaft, a fixed valve, a rotor and a valve body shell, and is characterized in that the motor is arranged in the pressure-bearing cylinder; one end of the fixed valve is connected with one end of the pressure-bearing cylinder, and the valve body shell is sleeved outside the fixed valve; one end of the main shaft is in transmission connection with the output end of the motor, and the other end of the main shaft penetrates through the fixed valve and is connected with the rotor. The device has the technical effects that the flow area of a slurry flow channel in a drill collar can be quickly adjusted, the change of a pressure value in a drill column is influenced by the change of the flow area, a continuous wave signal can be generated in a continuous action mode of a motor, and the quick conversion from a measurement signal to a slurry pulse pressure signal is realized; therefore, the transmission speed of underground data is increased, and the drilling efficiency is improved; the whole device is high in integration level, high in action speed, high in environmental adaptability, high in transmission reliability and capable of achieving higher-speed data transmission in the while-drilling environment.

The application relates to the technical field of loading and unloading equipment, and particularly relates to an automatic loading and unloading robot, which comprises a front conveying device of the loading and unloading robot, a middle conveying arm and a rear conveying arm, the front conveying device of the loading and unloading robot is movably connected with the middle conveying arm, the middle conveying arm is movably connected with the rear conveying arm through a universal head, both sides of the front conveying device and / or both sides of the middle conveying arm and / or both sides of the rear conveying arm are respectively provided with tension clamping devices, the middle conveying arm is provided with a power assembly, the power assembly comprises a rotary tray, and the rotary tray is rotatably arranged on a vehicle body; the application can adapt to the transportation of different goods, can automatically adjust the size of clamps of a conveying end according to the size of the goods, has rich application scenarios, and solves the problem that transmission speed cannot be accurately controlled through front and rear conveying belts; the two conveying belts can more efficiently convey goods.

The invention discloses a product conveying device applied to a labeling machine, and relates to the technical field of labeling machine accessories, the product conveying device comprises a labeling assembly, a workbench and a conveying assembly, the top of the workbench is provided with a labeling piece, and the conveying assembly is arranged at the top of the workbench and comprises a fixing frame fixed to the top of the workbench; a side roller and an auxiliary roller are rotationally connected into the fixing frame, an auxiliary belt is arranged between the side roller and the auxiliary roller in a sleeved mode, and a driving piece is fixed to the fixing frame. Through the arrangement of the conveying assembly, the conveying speed can be adjusted in advance when facing products of different specifications and counter weights, gas is conveyed continuously and synchronously so as to move downwards to complete abutting-pressing type tensioning adjustment, the corresponding downward-moving abutting distance can also be increased along with increase of the conveying speed, the conveying speed and the downward-moving abutting distance are in direct proportion, and the anti-skid protection purpose is achieved; the dynamic adaptation effect is achieved, manual adjustment is not needed, and dependence on manual operation experience is not needed.

A system for processing a product includes a tool that processes the product and a rotor assembly including a rotor supporting the product and a stator with actuator(s) exerting torque on the rotor. A tool controller operates the tool and transmits speed request signals including a desired speed of the rotor and a control pulse having a threshold value repeating at the expiration of a period proportional to a desired rotation period of the rotor at the desired speed. A rotor controller receives both the speed request signal and the control pulse, controls the stator actuator(s) such that the rotor rotates at the desired speed and phase, and transmits a rotor position pulse and / or phase information to the tool controller once every predetermined angular displacement of the rotor. The tool controller operates the tool based on the angular position of the rotor as calculated using information from the rotor controller.

A system for processing a product includes a tool that processes the product and a rotor assembly including a rotor supporting the product and a stator with actuator(s) exerting torque on the rotor. A tool controller operates the tool and transmits speed request signals including a desired speed of the rotor and a control pulse having a threshold value repeating at the expiration of a period proportional to a desired rotation period of the rotor at the desired speed. A rotor controller receives both the speed request signal and the control pulse, controls the stator actuator(s) such that the rotor rotates at the desired speed and phase, and transmits a rotor position pulse and / or phase information to the tool controller once every predetermined angular displacement of the rotor. The tool controller operates the tool based on the angular position of the rotor as calculated using information from the rotor controller.

The invention provides a condenser locking and transferring device and a locking and transferring method.The locking and transferring device comprises a feeding conveying line, a locking conveying line and a discharging conveying line, and a positioning and locking assembly is arranged on the side edge of the locking conveying line; the output end of the feeding transmission line is connected with the input end of the locking transmission line, and the output end of the locking transmission line is connected with the input end of the discharging transmission line. The conveying speed of the discharging conveying line is larger than or equal to the conveying speed of the locking conveying line, and the conveying speed of the locking conveying line is larger than the conveying speed of the feeding conveying line. The three transmission lines are independently arranged, the transmission speed and start and stop of each transmission line can be independently controlled, the problem that in the prior art, the transmission efficiency is low due to the fact that the whole transmission line keeps synchronous is solved, the production takt is greatly improved, and feeding, discharging and positioning locking operation of the condenser is facilitated.

The present application relates to the technical field of loading and unloading equipment, and particularly relates to an automatic loading and unloading robot large arm conveying mechanism, which comprises a loading and unloading robot front conveying device, a middle conveying arm and a rear conveying arm, the loading and unloading robot front conveying device is movably connected with the middle conveying arm, the middle conveying arm is movably connected with the rear conveying arm through a universal head, and the two sides of the front conveying device and / or the two sides of the middle conveying arm and / or the two sides of the rear conveying arm are respectively provided with tension clamping devices. The present application can adapt to the transportation of different goods, can automatically adjust the size of the clamps of the conveying end according to the size of the goods, has rich application scenarios, and the front and rear conveying belts solve the problem that the transmission speed cannot be accurately controlled, and the two end conveying belts can more efficiently convey goods.

A printing method and a printing system are provided that can perform printing appropriately even when the transport speed of a print medium increases or decreases. [Solution] A printing method using the printing system 100 includes acquiring a first speed, which is the transport speed when the medium M passes through the target head 1, acquiring a second speed, which is the transport speed when the medium M passes through a reference head 1 located upstream of the target head 1 in the transport direction, calculating the amount of deviation in the transport direction of the landing position of the ink ejected from the target head 1 relative to the landing position of the ink ejected from the reference head 1 based on the first speed and the second speed, determining whether the transport speed is increasing or decreasing, and identifying print data to be sent to the target head 1 based on the calculated amount of deviation and the acceleration / deceleration of the transport speed.

The utility model relates to a transitionable clamping weighing machine, which comprises a transmission assembly and a controller, the transmission assembly comprises a buffer section, a weighing section and a rejecting section which are sequentially connected along the transmission direction, and clamping conveying assemblies are arranged above the transmission assembly and correspond to the buffer section and the rejecting section. An adjustable conveying channel with the conveying direction the same as that of the conveying assembly is formed in the clamping conveying assembly, the conveying speed of the clamping conveying assembly, the conveying speed of the buffering section and the conveying speed of the weighing section are sequentially increased from low to high, and the controller is in signal connection with the weighing section. According to the transitionable clamping weighing machine, through the arranged clamping conveying assembly, a product can be stably transferred to the conveying assembly, so that the product is more stable during transferring, and the situation that the product is unstable and shakes after being rotated to the conveying assembly is avoided; and meanwhile, the speed difference is set for the conveying speed of the clamping conveying assembly, the buffering section and the weighing section, the distance between two products can be increased, and the single product can be independently weighed.

The application provides a control method of a production system, a production system and a storage medium. The method comprises the following steps: acquiring texture feature data of a flexible material on a roller mechanism, determining a deformation parameter of the flexible material based on the texture feature data; acquiring a transmission speed parameter of the roller mechanism, a tension parameter of the flexible material, and an environment parameter of an environment in which the flexible material is located; performing deformation prediction based on the transmission speed parameter, the deformation parameter, the tension parameter and the environment parameter to obtain a deformation prediction result; generating a deformation compensation instruction based on the deformation prediction result, and performing feedforward open-loop control on a driving mechanism based on the deformation compensation instruction to drive an adjusting roller to compensate for deformation of the flexible material. According to the application, the accuracy of deformation compensation of the flexible material can be improved.

The utility model discloses a variable diameter buffer formula bearing steel ball slide structure, including support, the top surface of support is provided with the variable diameter conveying unit for conveying steel ball, the output of variable diameter conveying unit is provided with the transmission buffer unit for buffering steel ball transmission speed, and variable diameter conveying unit includes the collection hopper of storage steel ball and is fixedly installed in the top surface of support, the utility model discloses through the inside rolling of steel ball from the inside of variable diameter conveying unit to the inside of transport track, makes steel ball along the transmission buffer unit's predetermined track transmission through the transport track of the inclination setting, and atomizing spray head atomizes the lubricating liquid fog of infusion pipe transmission, and a little many times of spraying to the surface of steel ball, slows down the resistance produced in the process of steel ball transportation, in the process of steel ball transportation, the fan provides flowing airflow for the air -jet, and the relative air -jet produces multiple groups of staggered airflow, and the staggered airflow is used intermittently to slow down the rolling speed of steel ball, reduces the damage caused by the mutual collision of steel ball.

The invention discloses a glass double-speed lifting conveying feeding and discharging system, and relates to the technical field of glass conveying, and the glass double-speed lifting conveying feeding and discharging system comprises a first conveying roller set used for conveying glass at a first conveying speed; the second transmission roller group is arranged on one side of the first transmission roller group and is used for transmitting the glass from the first transmission roller group at a second transmission speed; the transition roller set is arranged between the first conveying roller set and the second conveying roller set and used for supporting glass to be transferred between the first conveying roller set and the second conveying roller set, and in the transferring process, the glass is conveyed to the transition roller set. The contact roller set is configured to enable glass to be in contact with the transition roller set and one of the first conveying roller set and the second conveying roller set at any time; according to the invention, the function is realized by only depending on the mechanical geometric position relationship, the manufacturing cost and the control difficulty are obviously reduced, the operation stability of the system is improved, and the glass conveying efficiency and stability are guaranteed.