25 results about "Continuous type" patented technology

The utility model discloses a continuous type packing machine horizontal seal's gravity balance of device, include: vertical board, the outer wall sliding installation gravity balance frame of vertical board, the outer wall fixed mounting horizontal seal structure of gravity balance frame, lift adjusting structure, including synchronous cylinder, two groups are symmetric with synchronous cylinder left and right, and the output shaft of two synchronous cylinders is connected with the lateral wall of gravity balance frame through axle pin, relate to the gravity balance device field of packing machine horizontal seal, through the constant pressure balance and servo motor drive's connecting rod mechanism of synchronous cylinder of slide rail guide, horizontal seal structure can keep height stable in the lifting process, effectively avoid the wobble and the deviation, make every time horizontal seal pressure even, position accurate, greatly promote the sealing property and appearance quality of packing, reduce the rate of defective products.

The utility model relates to grain crushing equipment technical field, concretely relates to a kind of intermittent grain grinder, including support, the middle part of support is fixed with box, the bottom of box keeps communication with crushing assembly, and interval discharging device is provided in box, interval discharging device includes discharge port, driving motor and release plate set in discharge port, the middle part of discharge port is provided with discharge port, the middle part of release plate is connected with connecting shaft and is set, the middle part of release plate is fixed with the spacer of L type, the output end of driving motor is fixedly connected with arc plate, exposed hole and connecting ring contact, so grain can be passed down from bottom, into crushing assembly, complete the function of intermittent crushing, intermittent feeding mechanism can accurately control material input and crushing rhythm, avoid equipment blockage due to too much material in short time, ensure that the crushing process is smooth and efficient, compared with traditional continuous type grinder, crushing efficiency can be improved by more than 30%.

The utility model discloses a kind of separation devices of continuous type sedimentation reaction product in cerium purification process, belong to cerium production field, including filter device, further including primary separation equalizing tank, the primary separation equalizing tank is connected with feed pipe, equalizing solid-liquid ratio discharge pipe and overflow pipe respectively, equalizing solid-liquid ratio discharge pipe other end is connected with filter device, filter device is further connected with filtrate pipe, filter device is provided with continuous slagging port, the discharge pipe of several sedimentation reaction tanks is connected in parallel on feed pipe. The utility model can continuous production, alleviate the burden of filter device, and the filter residue after separation has high solid content.

The utility model discloses an industrialization microwave continuous type high temperature device, including: support chassis, be provided with the placement site on support chassis, be used for placing the sample board that has sample, the casing, form microwave resonance cavity in its inside, microwave source device is used for feeding microwave to microwave resonance cavity, reaction channel, can be penetrated wave, set up microwave resonance cavity inside, it includes: outer layer channel, and the inner layer channel of detachable setting in outer layer channel, telescopic power component, telescopic setting on support chassis, through telescopic push the sample board that places in placement site moves to drive the multiple sample board that is located at one side of placement site moves and in turn passes the inner layer channel. The utility model provides an industrialization microwave continuous type high temperature device, and it can realize the continuous high temperature heating of large quantities of samples, satisfies the demand of industrialization processing production.

This invention discloses a composite material trench cover and its preparation method. The method employs a continuous pultrusion molding process, in which continuous glass fiber roving is oriented according to a continuous profile pre-formed structure via a guide plate, and combined with dry surface felt and dry continuous filament felt to form a mixed reinforcement. The mixed reinforcement is then fed into the injection chamber of a molding die, where a corrosion-resistant resin matrix is ​​injected to complete in-mold impregnation. After heating and cross-linking curing, a continuous profile with a multi-cavity structure is formed, which is then drawn and cut to a fixed length to obtain the finished product. This invention solves the problems of poor surface quality, difficulty in balancing high load-bearing capacity and lightweight design, and high customization costs associated with existing processes. The resulting product combines high flatness, strong corrosion resistance, and excellent load-bearing performance, adapting to various application scenarios.

The utility model relates to high -efficient air filter technical field especially is involved in a kind of high folding high filter screen without partition, it includes the filter material and external frame using continuous V-type folding design.Filter material wave crest and wave trough are fixed by hot melt adhesive bonding, folding angle is 70 ° to 80 °, glue line width is 0.8mm to 1.2mm, form self-supporting structure.Production process adopts multi-axis linkage numerical control paper folding machine to combine air pressure auxiliary shaping technology, realize high-precision folding and stable setting.External frame selects metal or hard plastic, ensure that filter material is installed firm.The utility model is optimized by no partition design and high folding density, significantly reduce airflow resistance, improve filtration efficiency and dust capacity, reduce material use simultaneously, reduce cost and improve environmental protection.

The application discloses a continuous type mechanical arm in the technical field of micro mechanical arms and an acquisition method thereof, and aims to solve the problems of the continuous type mechanical arm and the acquisition method thereof in the prior art. The continuous type mechanical arm comprises two spiral bodies and engaging structures of the two spiral bodies. The two spiral bodies can be engaged with each other, and the engaging structures can meet the action requirements of the curved arm body through the engagement effect between the engaging structures, and can provide better structural rigidity, thereby significantly inhibiting the axial instability and relative slip of the framework under high antagonistic tension from the bottom layer of the configuration, breaking through the technical bottleneck of the bearing limitation of the conventional flexible framework, realizing the significant enhancement of the macro equivalent rigidity, and improving the bearing capacity of the mechanical arm. The corresponding acquisition method fully considers that the engaging structure is the primary factor influencing the bending and action capacity of the continuous type mechanical arm, and therefore, the outer diameter of the mechanical arm is taken as the primary design parameter, and the iterative design of the design parameters of the engaging structure is carried out based on the design background. The method is simple and clear, and the design efficiency is improved.

The present application relates to the technical field of aero-engine control, and discloses a disturbance-resistant steady-state rotating speed control system for a micro turbojet engine based on a sliding mode variable structure, which comprises: a parameter solving unit that calculates a notch frequency based on the phase-reversed superposition relationship between a combustion branch and a bearing lubrication branch; a pre-filtering unit that processes a rotating speed deviation signal by using a band-stop filter with a center frequency of the notch frequency to generate an avoidance deviation signal; a sliding mode controller that determines a gain adjustment coefficient based on the amplitude attenuation ratio at the notch frequency, and generates a primary fuel instruction by using a continuous second-order hyper-spiral algorithm; and a post-filtering unit that performs notch filtering on the primary fuel instruction again to generate a final fuel instruction. The present application can effectively avoid the gain collapse frequency band caused by fuel shunting configuration, prevent the misinjection of control energy into a non-rotating speed channel, and improve the steady-state control precision and operation reliability of the engine.

The present application relates to a kind of passivation treatment device suitable for steam turbine hub, including passivation treatment pool, passivation treatment pool is filled with passivation liquid, the upper portion of passivation treatment pool is equipped with conveying chain track, conveying chain track is slidably connected with conveying chain, conveying chain is respectively fixed with several hub lifting appliance on conveying chain, conveying chain track includes horizontal and continuous S type passivation groove rail section, passivation groove rail section is longitudinally arranged in the upper portion of passivation treatment pool, the front end of passivation groove rail section is shaped with the descending groove rail section, the upper end of descending groove rail section is located in the outer side of passivation treatment pool and is connected with horizontal input groove rail section;The rear end of the passivation groove rail section is shaped with the transversely inclined rising groove rail section, and the rising groove rail section is located in the outer side of the passivation treatment pool and is connected with the horizontal output groove rail section.The passivation treatment device of the present application uses conveying chain to realize the continuous passivation treatment of steam turbine hub, and the arrangement of groove rail can meet the passivation time of steam turbine hub without reducing the conveying speed.

The present application relates to the technical field of medical devices, in particular to a continuous skin external medicine coating device, comprising a medicine storage box for loading medicine liquid, the bottom of the medicine storage box is fixedly connected with a driving box; the bottom of the driving box is provided with a medicine coating assembly; the medicine coating assembly comprises a bottom plate fixedly connected to the bottom of the driving box, a medicine coating roller shaft is arranged on the bottom plate, and a driving assembly for driving the medicine coating roller shaft to oscillate and coat medicine is arranged in the driving box; an expansion piece is arranged on the side wall of the bottom plate, a massage roller shaft is arranged at one end of the expansion piece, and a massage assembly for driving the massage roller shaft to massage the skin is arranged on the bottom plate. The present application is used for continuous and uniform coating of skin external medicine, and integrates massage for absorption promotion, medicine liquid quantitative delivery and self-disinfection function, so as to improve medicine coating standardization, medicine efficacy utilization rate and use safety.

This utility model discloses a cross-flow cooling tower packing with raised ribs to prevent water drift and point waves, comprising a dense water flow channel unit, an air inlet unit, an air outlet unit, and a reinforcing unit. The dense water flow channel unit includes several continuous V-shaped channels, each with an inlet and an outlet, arranged vertically, while the air inlet and outlet units are arranged horizontally. The several continuous V-shaped channels are positioned between the air inlet and outlet units and are parallel to each other along the gas flow direction. The reinforcing unit includes multiple raised ribs, and multiple reinforcing units are spaced apart on both sides of the dense water flow channel unit. This utility model, through the reinforcing units, can improve the compressive strength and deformation resistance of the packing, extend its service life, and ensure water flow guidance, avoiding local water accumulation or airflow blockage.

This invention relates to a multi-layer continuous grouting molding equipment, belonging to the field of ceramic molding technology. It includes a pressure system, a grouting system, a pressure frame, several layers of molds, and a layer-by-layer cutting system. Each layer of molds is stacked on the pressure frame, forming a grouting channel that runs vertically through each mold. The layer-by-layer cutting system includes a vacuum rigid tube, a vacuum reference block, a shrinkage bladder, several ejection devices, several hydraulic power devices, and a sealing ring. The sealing ring is compatible with an iron ring. The vacuum rigid tube extends into the grouting channel. Each vacuum reference block is installed on the outside of the vacuum rigid tube. The shrinkage bladder is installed on the outside of the vacuum reference block. Each ejection device is slidably installed along the circumference of the vacuum reference block and is located inside the shrinkage bladder. Each hydraulic power device is slidably installed on the vacuum reference block and is connected to the ejection device via a transmission connection. The telescopic end of the hydraulic power device is located on the upper side of the vacuum reference block, ensuring that the molding pressure of each layer of molds is equal.

The application discloses a tool built-up edge adhesion identification and control method and system in an aluminum processing process, and relates to the technical field of numerical control machining. The method comprises the following steps: firstly, collecting three types of machining signals of acoustic emission, contact resistance and cutting temperature in the contact area of the tool and the workpiece in the aluminum material machining of the machine tool; secondly, calculating the root mean square value of the acoustic emission, the fluctuation amplitude of the contact resistance and the cutting temperature rising rate; and thirdly, synthesizing a continuous built-up edge adhesion index for representing the adhesion degree of the built-up edge. The adhesion index is sent to a model predictive controller, the controller takes the current machining state as the initial state, relies on the predictive model containing the temperature and stress field characteristic state variables, combines the observation value and the feedback output, and predicts the subsequent evolution trend of the adhesion index. Taking the minimum of the cumulative adhesion index square sum as the target, the change rate of the index and the machining parameter constraint are considered to solve the optimal control sequence, and the first step parameter is output to control the machine tool. By means of rolling prediction and optimization, the built-up edge adhesion in the aluminum processing is precisely and ahead of time inhibited.

The utility model discloses a spring soft cushion production machinery is arranged can input the first feeding mechanism and can input the independent bagged spring string between the second feeding mechanism and the third feeding mechanism of the adjacent two rows bagged spring string of continuous S type bagged spring string constitution, and with the combination mechanism of cooperation to combine the adjacent three rows bagged spring string together, make the mattress only need to combine the adjacent three rows bagged spring string together when producing, effectively reduce the combination times required for producing bed net, thereby improve the production efficiency of bed net.

The utility model relates to electroplating tank technical field discloses automobile ornament strip continuous type ultrasonic wave auxiliary electroplating tank, including electroplating tank cylinder, the one end fixedly connected with first blowdown of electroplating tank cylinder, and the inside fixedly connected with ultrasonic generator in electroplating tank cylinder one side middle end, the one end fixedly connected with ultrasonic transducer of ultrasonic generator, the one end of electroplating tank cylinder away from first blowdown is provided with power assembly, and power assembly includes the base fixedly connected with the one end of electroplating tank cylinder away from first blowdown, the one end outside fixedly connected with pneumatic cylinder of base, and the one end fixedly connected with the toothed plate of being inserted in the base of pneumatic cylinder, the gear meshing has gear in the one end gear of toothed plate, and the lower end rotation is connected in the base of gear, the lifting assembly is set up in the upper end of gear, and the one end away from base of lifting assembly is provided with cleaning assembly, can cooperate through power assembly and lifting assembly etc., when cleaning the inner wall of electroplating tank cylinder, effectively promotes cleaning efficiency and cleaning effect, and then increases electroplating processing speed.

The utility model discloses a kind of continuous extrusion devices for aluminum processing convenient to adjust, it relates to aluminum processing technical field, to solve the structure that the existing extrusion device for aluminum processing lacks to adjust die holder, different die holder cannot be quickly replaced when producing different products, the problem of affecting production efficiency, its technical scheme main point is including workbench, the outside of workbench is provided with electric slide rail, the outside of electric slide rail is slidably connected with electric slide block, the outside of electric slide block is fixedly connected with carrier plate, the outside of carrier plate is fixedly connected with support, the middle of support is installed with carousel, the outside of support is fixedly connected with motor, the outside of carousel is fixedly connected with first die holder, the outside of carousel is located at the both sides of first die holder respectively fixedly connected with second die holder and third die holder. The effect of convenient adjustment and stable work is achieved.

The utility model discloses a powder material degumming and decarburization device, it includes furnace body, and the furnace body is continuous type rotary furnace, and the bottom of furnace body is welded with multiple sets of support leg, and multiple sets of support leg between welding has the mounting panel, and one side of mounting panel is provided with two sets of adjusting assembly, and one side of mounting panel is welded with two sets of support seat, and the balance bar is welded between two sets of support seat, and the outside of balance bar is slidably connected with two sets of top stick. The powder material degumming and decarburization device, through the cooperation between top stick and protruding block, and then when top stick displacement will be through the mode of pushing protruding block and push the universal wheel to go down, and when the universal wheel is in contact with the ground and goes down will replace the support leg and support the device, at this moment, the operator can conveniently push the furnace body, thereby when adjusting the position of furnace body or carrying out equipment maintenance, overhaul, does not need to help auxiliary equipment and can conveniently adjust the position of furnace body, provides the convenience for the work of operator.

A narrow space continuous robot high adaptability variable stiffness device and method for using, belong to mechanical person technical field, including continuous robot connecting rod, connecting rod shell, anchoring variable stiffness device, semicircular clamp, positive pressure air pipe and negative pressure air pipe, the anchoring variable stiffness device includes liquid metal heating layer, variable stiffness layer, array type vacuum chuck, continuous robot connecting rod, connecting rod shell, anchoring variable stiffness device form multilayer sleeve structure from inside to outside, the present application can realize larger stiffness change, the present application can be fixed according to surrounding environment, through support, adsorption and cladding pipeline etc., continuous robot joint and external environment, improve the stiffness of continuous robot.

The utility model discloses a stainless steel chain continuous type cleaning drying equipment belongs to chain drying equipment technical field, it includes: cleaning tank, the bottom fixed mounting of cleaning tank has control blanking pipe, the bottom of control blanking pipe is provided with frame, the inside of frame is provided with two groups of transmission roll, the outside transmission of two groups of transmission roll is installed with conveyer belt, the top fixed mounting of frame has support and drying box, make to the cleaning liquid in cleaning tank fully stir, make the uniform distribution of washing agent, additive and the like component in cleaning liquid, can all -round high -pressure washing, can quickly wash off impurity, compared with traditional cleaning mode, cleaning efficiency has been improved greatly, reduced the manual operation of operating personnel in the cleaning process, greatly reduced the labor intensity, hot air can rapidly and evenly blow chain surface, make the hot air of fast flow and chain surface fully contact, accelerate the evaporation speed of moisture, greatly shorten the drying time of chain.

The application discloses a scroll compressor with independent exhaust passages and belongs to the technical field of compressors. In view of the defects of the traditional scroll compressor center exhaust structure, such as high and low pressure airflow mutual mixing, large exhaust pulsation and low volume utilization rate, the application provides a single-disc multi-scroll structure: the static scroll disc and the dynamic scroll disc are respectively provided with continuous lines and segmented lines, and are engaged to form a plurality of independent exhaust chambers which are isolated from each other; each chamber is connected with an exhaust passage provided with a one-way valve, and the outlet of the passage is uniformly connected with a buffer chamber to stably discharge the compressed fluid. The application effectively avoids the high and low pressure chamber airflow mutual mixing, reduces the airflow loss, improves the effective compression volume and the exhaust displacement under the same external size, reduces the exhaust pulsation, and improves the stability of the whole machine.

The utility model relates to oral liquid production technical field discloses an oral liquid bottle branch device of oral liquid production line, including continuous S type conveying belt no.

The utility model discloses a continuous type calendering mechanism of copper strip processing, include: base, the top of base is provided with the rolling mechanism, the rolling mechanism includes: compression roller and motor, two compression rollers are established, two symmetry rotation installation of compression roller are in base, and the meshing first gear between one end of two compression rollers, the motor fixed mounting is in base, the output fixed connection of motor has with adjacent first gear meshing second gear, one side of compression roller is provided with the cleaning mechanism for the surface debris cleaning of it. The utility model discloses through cleaning mechanism, trapezoidal guide slot and transmission assembly etc. Setting, make two scrapers automatic rise when approaching, will not to metal debris cleaning, two scrapers automatic drop when far away, to the metal debris scraping of collection box inside is cleaned.

A continuous robot joint reversible locking device and a method for using the same belong to the technical field of robots, and the locking device comprises a hollow connecting rod, a variable stiffness joint and an air pipe. The variable stiffness joint comprises a universal joint, a bellows inner wall, a flexible heating layer and a variable stiffness layer. The two hollow connecting rods are connected through the universal joint, the bellows inner wall is connected to the side surface of the hollow connecting rod at the two ends of the universal joint and wraps the universal joint, and the flexible heating layer and the variable stiffness layer are used for layer-by-layer wrapping of the bellows inner wall. The invention inflates the gap between the bellows inner wall and the flexible heating layer, so that the flexible heating layer and the variable stiffness layer expand at the same time to generate local support on the surrounding environment; by controlling the temperature of the flexible heating layer, the phase change material in the variable stiffness layer is changed into a solid state to realize the locking of the joint; the coupling of inflation control and phase change control realizes the control of the stiffness of the continuous robot. The invention can solve the problem of insufficient variable stiffness capability of the continuous robot.

This invention belongs to the field of bridge structures and provides a continuous simply supported composite beam bridge using rubber sleeve-stud connectors. It comprises I-beam longitudinal beams, transverse diaphragms, rubber sleeve-stud connectors, and a continuous UHPC bridge deck. This composite beam bridge eliminates the need for traditional, easily damaged expansion joints, saving on maintenance costs. Bridges experience significant shrinkage under wide-range cooling. When the lower steel beams with higher cross-sectional stiffness shrink inwards due to cooling, the stud connector rods undergo relatively free bending and shear deformation within the rubber sleeves, releasing the constraint on the upper bridge deck. Therefore, under wide-range cooling, the upper continuous bridge deck experiences more uniform tensile forces. Thanks to the high tensile strength and high tensile toughness of the ultra-high performance concrete (UHPC) itself, as well as the internal steel mesh, only uniform micro-cracks appear in the bridge deck, ensuring good bridge durability and continuity and preventing beam collapse accidents.