50results about How to "Improve coring efficiency" patented technology

The invention discloses a coring drilling tool based on hydraulic clamping coring. The coring drilling tool comprises a force transferring power distribution mechanism, a guide limiting mechanism, a pressure storage mechanism, a lifting pressure injection mechanism, a hydraulic core clamping mechanism, a side spraying drill bit power distribution mechanism, an outer tube assembly and a sealing system, wherein the guide limiting mechanism is butted with the force transferring power distribution mechanism; the pressure storage mechanism is butted with the guide limiting mechanism; the lifting pressure injection mechanism is butted with the pressure storage mechanism; the hydraulic core clamping mechanism is butted with the lifting pressure injection mechanism; the side spraying drill bit power distribution mechanism is butted with the hydraulic core clamping mechanism; the hydraulic core clamping mechanism comprises a bottom bearing platform, a hydraulic membrane, a core inner tube, a clamp spring seat and a clamp spring. The coring drilling tool can reach 100 percent coring rate in soft, loose and broken complex stratums where coring is difficult, provides fully automatic three-dimensional stress to clamp, bind and control cores based on hydraulic pressure, meanwhile is matched with a conventional core clamping and cutting device, and has the characteristics of high reliability, high coring efficiency, high coring quality, high core recovery percentage, wide applicable stratum range and good automation property.

The invention relates to the technical field of construction machinery, in particular to a concrete drilling and coring machine. The concrete drilling and coring machine is characterized by comprisinga rack, a lifting frame and a coring bit, wherein the lifting frame is slidably arranged on the rack, and the coring bit is arranged on the lifting frame. The concrete drilling and coring machine further comprises a sliding frame, a coring mechanism and a counterweight mechanism, wherein the sliding frame is slidably connected to the rack, and a fastener is arranged between the rack and the sliding frame. The coring mechanism comprises a knocking assembly, a supporting assembly and a driving assembly, wherein the knocking assembly comprises a knocking rod and a buffering piece, the knocking rod is arranged on the sliding frame, and the buffering piece is arranged at one end of the knocking rod. The supporting assembly comprises a supporting frame and a supporting tank, the supporting frame is erected on the sliding frame, the supporting tank is slidably arranged on the supporting frame, and an elastic telescopic piece is arranged between the supporting tank and the supporting frame. The driving assembly is used for driving the knocking rod to move, and the counterweight mechanism is arranged on the sliding frame. The drilling and coring machine can improve the stability of equipment in the drilling process, and workers can conveniently take out a concrete core from an inner cavity of the coring bit.

The invention relates to a hydraulic-driving coring tool for a complex well, and belongs to the technical field of oil drilling exploitation down-hole tools. The hydraulic-driving coring tool is formed by an inner rock core cylinder assembly, an outer rock core cylinder assembly and the like; the outer rock core cylinder assembly is composed of an upper connector, a safety connector, an upper spiral centralizer, a middle spiral centralizer, a lower spiral centralizer, a first-section outer rock core cylinder and a second-section rock core cylinder; the inner rock core cylinder assembly is composed of an inner-cylinder upper shaft, a first-section inner rock core cylinder, a second-section inner rock core cylinder and a dual-layer aluminum alloy liner; a bearing hanging steel ball is hung on an inner shoulder of the safety connector through a ball hanging runway, a clamping sleeve ball base is installed on a hanging assembly, centering of the inner cylinder is guaranteed through an inner-cylinder centralizing mechanism, and the hydraulic-driving coring tool is suitable for large-inclined-well coring; a rock-core-claw assembly is composed of a necking sleeve, a clamp-type rock core claw and a clamping-plate rock core claw, in a soft formation, the hanging steel ball and a ball hole of the clamping sleeve ball base are aligned and slide into the clamping sleeve ball base, the hanging assembly is unlocked, and a rock core is cut off through the clamping-plate rock core claw; in a hard formation, pressure of the inner cylinder is increased and subjected to pump suffocation, a drilling tool is lifted when the pressure reaches 16 MPa, and the rock core is clamped and pulled off through the clamp-type rock core claw. The hydraulic-driving coring tool is suitable for core cutting operation under different geological conditions.

The invention discloses a pneumatic fresh lotus plumule removing machine which comprises a framework, a spindle, a bearing, a driven shaft, a belt pulley and a motor. A cam and a sheave shifting plate are arranged at one end of the spindle, the sheave shifting plate is connected with a sheave on the driven shaft, a rotary drum is mounted on the driven shaft and rotates along with the driven shaft, grooves which are uniformly distributed are formed in the side surfaces of the rotary drum, and a feed hopper is mounted above the rotary drum; the cam on the spindle is in contact with a through transmission rod, the through transmission rod is arranged in a guide sleeve, a spring is sleeved on the through transmission rod, a through female die and a hollow punch die are arranged at an end of the through transmission rod and are opposite to the horizontal radial edge of the rotary drum, and one end of a pressure air pipe is connected with an air inlet of the through transmission rod and is communicated with the hollow punch die. The pneumatic fresh lotus plumule removing machine has the advantages that owing to a pressure plumule removing principle, a plumule removing rate can be obviously increased, a damage rate can be reduced, and lotus seeds are attractive in appearance after plumule of the fresh lotus seeds are removed; the plumule of the unshelled lotus seeds can be automatically removed, accordingly, the manual labor intensity can be relieved, and the plumule removing efficiency can be improved.

The invention discloses a high temperature drilling experiment device. The high temperature drilling experiment device is composed of a high temperature fluid chamber, a rotary drilling system, a flushing fluid circulating system and a drilling control recording system; the high temperature fluid chamber and the flushing fluid circulating system are fixedly arranged in the rotary drilling system respectively, and the drilling control recording system is connected with the high temperature fluid chamber, the rotary drilling system and the flushing fluid circulating system through cables respectively. According to the high temperature drilling experiment device, a high temperature formation condition is simulated in a laboratory for drilling experiments, small-size drill bit rock drilling experiments are carried out, mechanism changes of high temperature formation drilling rock breaking and drill bit abrasion features are researched through data collection for the rock breaking effect and efficiency, drilling parameters and the like, the drilling rules are summarized to be used for guiding drill bit structure design and drilling parameter selection of an ultra deep well and a hot dry rock formation, and a basis is provided for improving the coring efficiency and reducing the cost.

The invention discloses a diamond coring bit and a laser welding preparation process thereof, and belongs to the technical field of diamond coring bits. The diamond coring bit is formed by connectinga metal base body and diamond tool bits, and the tool bits are evenly distributed on the end face of the metal base body. A transition layer is arranged between the metal base body and the diamond tool bit, a plurality of strip-shaped grooves are evenly formed in the side surface of the diamond tool bit, and the side surface of the wavy tooth structure is formed. And the metal base body and the tool bit are connected into a whole through a laser welding process. Through the special design of the shape of the tool bit, the high-speed coring drill bit can play a very good water cooling role during large-depth drilling, and meanwhile, the continuous wave tooth structure on the inner wall of the tool bit is more beneficial to timely discharging of smashed silt, so that very good cutting performance is kept. By optimizing the components of the tool bits and the transition layer and optimizing technological parameters such as laser power and welding speed, a welding seam with excellent performance is obtained.

The invention discloses a hydraulic rock core lifting device for exploratory boring. The device comprises a waterproof transfer mechanism, a diversion limiting mechanism, a pressure storage mechanism, an elevation injection molding mechanism, a hydraulic core clamping mechanism, a lateral jet drill bit transfer mechanism and a sealing system, wherein the diversion limiting mechanism is butted with the waterproof transfer mechanism; the pressure storage mechanism is butted with the diversion limiting mechanism; the elevation injection molding mechanism is butted with the pressure storage mechanism; the hydraulic core clamping mechanism is butted with the elevation injection molding mechanism; the lateral jet drill bit transfer mechanism is butted with the hydraulic core clamping mechanism. The device can be directly matched with a double-tube drilling tool and a rope core drill to achieve a coring rate of 100 percent for a complicated difficult-to-core formation such as a soft and loose formation and a broken formation; in addition, a rock core can be fully automatically lifted, bundled and controlled under three-dimensional stress on the basis of hydraulic pressure; moreover, a conventional core clamping and cutting device is matched to achieve the characteristics of high reliability, high coring efficiency, high coring quality, high rock core collection rate, wide applicable formation range, high automation performance and the like.

The present invention discloses an automatic dismounting line of power battery and a dismounting method thereof. The automatic dismounting line comprises an intelligent stock bin, a housing annular cutting device, a pole head cutting device, a coring device, a manipulator and a control cabinet. The intelligent stock bin, the housing annular cutting device, the pole head cutting device and the coring device are put in order in a clockwise direction in a horizontal plane and form a middle space, and the manipulator is located at the middle space. A dismounting platform is employed to research and develop the automatic production of processes such as power battery dismounting and core separation for automatic demands of the harmless dismounting of the power battery monomers and separation ofthe core pack and the housing in a certain dimension range.

The invention relates to a reciprocating type coring method for rock stratum sampling. The method comprises the following steps: (1) carrying out drilling by a hollow drill pipe with front end provided with a coring cabin according to a predetermined drilling path, and when the drilling depth reaches the coring length, stopping drilling, and enabling the rock core to enter the coring cabin; (2) when the hollow drill pipe is immobilized, taking out the coring cabin along an inner hole of the hollow drill pipe, and then taking out the rock core from the coring cabin; (3) pushing the coring cabininto the front end of the hollow drill pipe along the inner hole of the hollow drill pipe to be fixed, and then carrying out drilling and coring according to the predetermined drilling path; and (4)repeating the steps (1) to (3) till the total drilling depth reaches a predetermined depth. According to the method and the device, the coring efficiency of the rock stratum can be improved greatly, the work strength is reduced and the coring precision and quality are improved.

The invention relates to a core remover for taking out the wire core of a high-voltage cable, which includes a support assembly, and the support assembly includes a first mounting seat, a second mounting seat opposite to the first mounting seat, and a fixed mounting seat. A support rod between the first mounting base and the second mounting base, the first mounting base is provided with a wire core outlet, and the second mounting base is provided with an installation through hole opposite to the wire core outlet and a telescopic assembly, the telescopic assembly includes a mating seat fixed on the second mounting seat and a telescopic rod slidingly connected to the mating seat, one end of the telescopic rod is set through the installation through hole, and the other One end is provided with a drive assembly for driving the telescopic rod to rotate. The core remover for taking out the core of the high-voltage cable is convenient for taking out the core, and the cable insulation or the core will not be polluted during the process of taking out the core, so as to ensure the reliability of the data of the tide test or the silicone oil boiling test.

The invention relates to a core taker for taking out the wire core of a high-voltage cable. The core taker comprises a support assembly including a first mount base, a second mount base opposite to the first mount, and a support rod fixedly connected between the first mount base and the second mount base, the first mount base being provided with a wire core outlet, the second mount base being provided with a mounting through hole opposite to the wire core outlet; and a telescopic assembly including a lead screw nut base fixedly disposed on the second mount base and a lead screw in threaded driving engagement with the lead screw nut base. One end of the lead screw passes through the mounting through hole. The other end of the lead screw is provided with a driving assembly for driving the lead screw to rotate. The core taker for taking out the wire core of a high-voltage cable can easily take out the wire core, cannot pollute the insulation or the wire core of the cable during the wire core taking process, and guarantees the data reliability of a humidity test or a silicone oil test.

The invention discloses a core drill bit for road surface survey which is convenient for core removal, which comprises a core tube, the top of the side of the core tube is provided with a first through hole, and the bottom of the core tube is provided with a diamond cutter head. The bottom of the diamond cutter head is surrounded equidistantly with chip removal gaps. A bracket is installed on the outside of the top of the core tube. The top of the bracket is welded with a top plate. There are four mounting holes around equidistantly. The coring bit for pavement investigation which is convenient to remove the coring facilitates the detachment of the coring pipe and the core column, improves the coring efficiency, facilitates the survey work, and solves the problem of using the coring bit of the coring machine for coring. The core column is easily stuck in the coring tube, and it is very inconvenient to take it out, which brings some troubles to the coring work, and is suitable for popularization and use.

The invention discloses a high-precision table type rotating ultrasonic rock coring device, and belongs to the technical field of rock coring. The device comprises a supporting assembly, a transmission assembly and an ultrasonic rock breaking assembly. The supporting assembly is located on the outmost side of the whole device, the transmission assembly is located on the upper end in the supportingassembly, the ultrasonic rock breaking assembly is mounted on the lower end in the supporting assembly, the device is scientific and reasonable, use is safe and convenient, ultrasonic vibration is used for carrying out resonance breaking on the rock, compared with a traditional manner that a drill bit drills for coring, the coring efficiency is greatly improved, a rock sample can be subjected tosurface grinding through the device, the surface of a coring sample is flat, the rock sample can enter a coring groove favorably, a related worker can carry out observing and research, when the top end of the coring rock sample reaches the height of a distance sensor, the device can cut off the rock sample, the cut-off rock coring sample can be conveniently taken out by an operator from the top ofa coring groove, and convenience and rapidness are achieved.

The invention relates to a protective cover for rock drilling and coring, in particular to a novel indoor protective cover for rock drilling and coring. A protective measure method is provided, which can simply and effectively prevent splashing of water droplets in the process of drilling and coring. And it brings convenience to experimenters, simple operation, easy transportation and storage, and improves coring efficiency. The invention is a square protective cover, the shape of which can be designed according to the specific coring platform. It consists of four square plates of equal size. The head plate has a buckle groove and buckle, the tail plate has a protruding shaft that fits with the head plate, and there are two identical hollow plates connected by hinges in the middle, and the connection with the head and tail plates is a hollow Buckle connection. After the protective cover is taken off, it can be stretched and folded into the size of a board. Easy to operate, safe and simple, easy to transport and store, improve coring efficiency and reduce laboratory stains.

The invention discloses a hole-wall self-adaptive reverse torsion device for coring and drilling in polar hot water. A plurality of sliding grooves are formed in the circumference of a device body, supporting sheets are embedded in the sliding grooves, one ends of the supporting sheets are fixed ends and are fixed connected to one ends of the sliding grooves, the other ends of the supporting sheets are free ends and can slide in the sliding grooves, and a water conveyance passage is formed in the device body. The supporting sheets are elastic bodies and made of elastic materials, the fixed ends of the supporting sheets are fixed to the bottoms of the sliding grooves, the free ends of the supporting sheets are connected to a middle shaft of a roller, the roller is arranged in the sliding grooves, the free ends of the supporting sheets can be driven by the roller to slide along the sliding grooves, helical springs are assembled between the fixed ends and the free ends of the supporting sheets, and knife edges are arranged at the outer edges of the supporting sheets. The hole-wall self-adaptive reverse torsion device has the beneficial effects that the diameter of a reverse torsion sheet can be automatically adjusted to be suitable for different apertures, the efficiency of drilling and coring is greatly improved, and the situation that a hot water hose is twisted along with rotation of a drill tool and even broken is completely eliminated.