48results about How to "Grooving speed is fast" patented technology

The invention provides a manufacturing method of a novel package substrate. A first light-sensitive dry film adheres to a first flame-resistant material plate, then the first light-sensitive dry film is exposed and developed, a prepreg base material adheres to the first flame-resistant material plate at the moment, a second flame-resistant material plate adheres to the prepreg base material, and grooving is carried out. The invention further provides the novel package substrate. The first light-sensitive dry film is located between the first flame-resistant material plate and the prepreg base material after being exposed and developed, so no glue exists between the first flame-resistant material plate and the prepreg base material; thus, laser cutting can be adopted, the grooving speed is increased, waste is convenient and rapid to remove, and production efficiency is improved.

The invention relates to a slotting device, particularly to a wood slotting device capable of achieving automatic discharge, and provides the wood slotting device capable of achieving automatic discharge, which utilizes machinery to replace manual work. The wood slotting device capable of achieving automatic discharge provided to solve the technical problem comprises a rack, a driving device, a conveying device, a cam device, a discharge device, and the like, wherein the driving device is arranged on the rack; the conveying device is arranged on the right side of the driving device; the cam device is arranged above the driving device; the discharge device is arranged below the cam device; a slotting device is arranged below the cam device; and a switch device is arranged below the right side of the discharge device. According to the wood slotting device, an automatic slotting function is achieved, an automatic conveying function is achieved, and the wood slotting device has the characteristics that the slotting speed is high, operation is convenient, manufacturing is simple, manufacturing cost is low, popularization is facilitated, and the like.

The invention provides an efficient grooving construction method for an underground diaphragm wall in micro-weathered granite. The method specifically comprises the following steps: 1, geologically surveying the construction site; 2, determining the rock breaking method; 3, determining blasting parameters; 4, drilling holes from a sand layer to the surface of a rock layer, and unearthing; 5, distinguishing a rock sample, and then determining and drilling to reach intermediately-weathered granite; 5, feeding a PVC (Polyvinyl Chloride) pipe for protecting a blasting lead; 7, drilling hole in the rock layer until reaching depth 1m more than the design burial depth; 8, feeding explosive and blasting. With the adoption of the efficient grooving construction method for the underground diaphragm wall in the micro-weathered granite, the defects and shortcomings like difficult construction in the micro-weathered granite or slow construction progress, and poor grooving quality of the existing construction method of covering sand the micro-weathered granite can be overcome; the efficient, high-precision and deep-rock-embedding grooving construction in the micro-weathered granite is realized; the method has a good effect and fast to groove.

The invention relates to a shear type slotting machine for underground continuous wall slotting. A support shaft is fixedly arranged on a support rod, the upper end of a telescopic oil cylinder A is hinged with a baffle plate, an output shaft at the lower end of the telescopic oil cylinder A is hinged with a transmission rod A through a pin shaft A, the upper end of a telescopic oil cylinder B is hinged with a baffle plate, an output shaft at the lower end of the telescopic oil cylinder B is hinged with a transmission rod B through a pin shaft B, the transmission rod A is provided with pin shafts C at certain interval, the upper end of each cutter arm A is hinged on the transmission rod A by the pin shafts C, the transmission rod B is provided with pin shafts D at certain interval, the upper end of each cutter arm B is hinged on the transmission rod B by the pin shafts D, the lower end of each cutter arm A is provided with cutter teeth A, and the lower end of each cutter arm B is provided with cutter teeth B.

A grooving machine with three saw rods capable of advancing in clay comprises a supporting shaft and a hoisting lug. The supporting shaft is arranged on the upper portion of the grooving machine, the hoisting lug is disposed on the lower portion of the grooving machine, a sandstone pump is fixed at the lower end of a slurry outlet steel tube, a suction opening is arranged at the bottom end of the sandstone pump, and the upper end of the slurry outlet steel tube is connected with a slurry outlet rubber tube; upper ends of a rocker arm A, a rocker arm B, a rocker arm C and a rocker arm D are connected to the slurry outlet steel tube, the lower end of the rocker arm A is connected to a connector A, the lower end of the rocker arm B is connected to a base, the lower end of the rocker arm C is connected to a base B, the lower end of the rocker arm D is connected to a connector C, the connector A, a connector B and the connector C are respectively used for being connected with upper portions, middles and lower portions of a cutter arbor A and a cutter arbor C, and the base A and the base B are respectively disposed at the upper end and the lower end of a cutter arbor B; the left lower end of a connecting rod A is connected to the right upper end of the cutter arbor C via a pin, the right upper end of the connecting rod A is hinged to a crankshaft, the left lower end of a connecting rod B is connected to the right upper end of the cutter arbor B via a pin, the right upper end of the connecting rod B is hinged to the crankshaft, and the left upper end of the crankshaft is connected to a driving power speed reducer; and a plurality of cutter plates are disposed at the bottom of each of the cutter arbor A, the cutter arbor B and the cutter arbor C. The grooving machine is a special machine tool for building underground continuous walls.

The invention provides an effective grooving construction method for an underground continuous wall in slightly-weathered limestone with overlying sandy soil. The method specifically comprises the steps of 1) performing core drilling in a grooving area to determine rock characters; 2) measuring the position of a setting-out calibration guide wall; 3) performing guide wall construction and determining the distribution of hole punching positions; 4) drilling guide holes, and installing guide rods; 5) punching a rock layer by using a heavy hammer and grabbing crushed rocks by using a grooving machine; 6) brushing a wall by using a square hammer and connecting the holes to form a groove; 7) cleaning the bottom of the groove to finish the grooving construction. The construction method provided by the invention has the advantages that the defects and the shortages of unsafe and unstable factors, slow construction progress, poor grooving quality and the like are overcome, and the effective, low-cost and high-accuracy grooving construction in the slightly-weathered limestone is realized; the construction effect is good, the grooving speed is fast, the construction process is simple and convenient and the construction period is greatly shortened.