9results about How to "Increase buffer time" patented technology

The invention provides a cable supporting device for cable production and manufacturing equipment, and relates to the technical field of cable manufacturing. The cable supporting device for the cable production and manufacturing equipment comprises a supporting rail, a tension roller mounting frame is slidably connected into the supporting rail in a limited mode, the tension roller mounting frame comprises a mounting base, and a main tension roller assembly is mounted between movable shafts on the two sides of the top of the mounting base; the main tension roller assembly comprises two sets of movable rollers distributed in a mirror symmetry mode, and the centers of the two movable rollers are slidably connected with limiting cylinders through spring limiting. A cable is cut through the rising cutting blade, the cable on the take-up device is connected with the limiting steel rope through the fixing chuck and the clamping block when the cable is cut, and when the cable is separated from the movable roller, the limiting steel rope limits the cable within a safe range, so that residual stress or inertia in the cable is effectively avoided, and the cable is prevented from being damaged. And the rebounding phenomenon is avoided.

The invention provides an embeddable support structure for rheological soft rock tunnel and a method thereof, the embeddable support structure comprises a sleeve joint, foam metal channel steel and I-shaped steel, outer embedded teeth are arranged at the belly part of the connecting end of the I-shaped steel, the sleeve joint and the I-shaped steel are mutually matched for use, and inner embedded teeth are arranged in the sleeve joint. The inner embedded teeth and the outer embedded teeth are used in cooperation, the two pieces of I-shaped steel are connected under the action of the sleeve connector, and foam metal channel steel is further fixed to the backs of the pieces of I-shaped steel. In the rheological soft rock tunnel, the surrounding rock pressure can be continuously increased within a long period of time. During construction, the foam metal channel steel is subjected to yield compression, and one-time energy release is completed; along with the increase of the stress of the surrounding rock, the steel arch and the surrounding rock are greatly deformed by utilizing the contraction of the joint, the deformation energy of the surrounding rock is continuously released, the pressure of the surrounding rock acting on the primary support is reduced, and the release of secondary energy is realized.

This application relates to a flexible circuit board and an energy storage device. The flexible circuit board includes a fuse, a normally closed reed switch, a magnetic core coil, and a buffer delay circuit. The first end of the fuse is connected to a cell monitoring unit, and the second end of the fuse is connected to the first end of the normally closed reed switch. The second end of the normally closed reed switch is connected to the first end of the buffer delay circuit. The second end of the buffer delay circuit is connected to the first end of the magnetic core coil. The second end of the magnetic core coil is connected to the battery module, and the distance between the magnetic core coil and the normally closed reed switch is within a preset distance range. The magnetic core coil generates a magnetic field based on a continuous or pulsed surge current flowing through it. The normally closed reed switch is driven by the magnetic field to disconnect the connection between the cell monitoring unit and the battery module. The buffer delay circuit delays the connection between the battery module and the normally closed reed switch. This application provides protection against continuous or pulsed surges.

The utility model relates to a kind of head safety structure of air fryer, including pot body, the upper side of the pot body is detachably provided with main body, the hot air assembly that is arranged in the main body is sent hot air to the inner cavity of pot body, the top surface of the main body is equipped with the head handle that can slide up and down, the main body is equipped with the elastic contraction piece connected with head handle, the head handle can be elastically reset to retract position by elastic contraction piece in pull-up position, and the main body is also equipped with the switch element that is formed with head handle and constitutes dynamic touch cooperation, when head handle is in pull-up position or retract position, by the separation or contact between head handle and switch element, the disconnection or conduction of main body circuit is realized;This air fryer is pulled up head handle to lift main body at the same time, head handle releases the cooperation with switch element, switch element controls the circuit of main body to be disconnected momentarily, and the safety of air fryer is improved.

The utility model provides a servo lead screw track changer. The servo lead screw track changer comprises an installation frame, a driving assembly, a swing arm assembly and a clamping assembly. A first bracket and two second brackets are arranged on the mounting frame, a photoelectric detector is arranged on the first bracket, and a driven wheel is arranged on each second bracket; the driving assembly is arranged on the mounting frame and used for driving the swing arm assembly, and the clamping assembly is arranged on the swing arm assembly. When the servo lead screw track changer is used on a conveying line, through cooperation of the driving assembly, the swing arm assembly and the clamping assembly, the buffering time of products on the conveying line can be prolonged, meanwhile, the occupied area of a site is reduced, through the driving assembly, rapid and stable driving action can be provided, and use is easy and convenient.

The utility model relates to the technical field of crane equipment, in particular to a container portal crane sling anti-collision device which comprises a trolley and a winch, the winch is arranged on the trolley, a steel wire rope is wound on the winch, a fixing plate is arranged on the trolley, and two first buffer assemblies are symmetrically arranged at the bottom of the fixing plate. A second buffering assembly is arranged on the first buffering assembly, the fixed end of the steel wire rope is fixedly connected with a supporting plate, and a movable plate is arranged above the supporting plate. According to the utility model, through the arrangement of the first buffer assembly and the second buffer assembly, when the lifting appliance has a top collision phenomenon, the impact on the lifting appliance is buffered, the impact of the lifting appliance on the trolley is reduced, the collision damage of the lifting appliance and the trolley is avoided, and the use and maintenance cost is reduced; the first buffering assembly and the second buffering assembly act in sequence, multi-stage buffering is achieved, the buffering capacity is improved, the buffering time is prolonged, and impact is greatly reduced.

The application relates to a multifunctional airbag system for assisting a cross-medium vehicle to quickly cross media, which is suitable for a rotary-wing cross-medium vehicle and comprises an airbag buffer device, an airbag ballast device and a multi-airbag air volume unified control module. The airbag buffer device is arranged at the head of the cross-medium vehicle, the airbag ballast device is arranged at the middle section of the cross-medium vehicle, and the multi-airbag air volume unified control module is arranged at the tail of the cross-medium vehicle. The cross-medium vehicle is provided with three functions of underwater attitude adjustment, high-speed water entry buffering and rapid water exit assisting, the airbag ballast device replaces a traditional ballast water system, the inflation amount of the ballast airbag and the propeller power are controlled, and the functions of the cross-medium vehicle in underwater attitude adjustment, such as floating, diving and rotating, and the function of zero-energy consumption suspension in water can be realized.

The invention discloses a butt-joint type conveying device based on metallic silicon processing, and relates to the technical field of metallic silicon processing, in particular to the butt-joint type conveying device based on metallic silicon processing, which comprises a transmission transition box, and one side of the transmission transition box is connected with a feeding input box in an attached manner; the other side of the transmission transition box is connected with a discharging conveying box in an attached mode. According to the butt-joint type conveying device based on metal silicon processing, modularized splicing can be achieved, flexible combination and adjustment can be conducted according to the production scale and the process change, mutual butt joint linkage is powerfully guaranteed through the structure of the first conveying belt, high-low-position natural transition of materials in the conveying process is achieved, and the conveying efficiency is improved. Compared with the prior art, power requirements are reduced, energy consumption is reduced, smooth transition of material transfer is ensured, when the visual sensor detects that no material exists in one conveying device, the corresponding motor can stop running, idling of the conveying belt in the state that no material exists is avoided, and therefore unnecessary energy consumption is directly reduced.

The application discloses a method for recovering a rocket by splashing and falling on the sea, and the rocket comprises a first-stage rocket, an inter-stage section and a separation connecting mechanism for separably connecting the first-stage rocket and the inter-stage section; during splashing and falling of the rocket, the recovery method realizes quick unlocking and throwing away of the inter-stage section from the first-stage rocket through the separation connecting mechanism, so that the inter-stage section is prevented from participating in the second-time water-impact process, water dynamic force arms generated by overall tilting are reduced, buffer time is increased, buffer load is reduced, and the inter-stage section and the first-stage rocket are protected. The recovery method can reduce the second-time impact during the splashing and falling process and avoid introducing complex mechanisms for protection, so as to reduce the influence of the second-time water-impact on the rocket body.