32results about How to "Easy to install automatically" patented technology

The invention provides a method for automatically installing operating system, for installing operating system on BIOS/EFI interface of a computer, comprising the steps of: generating operating system automatic response file; starting BIOS/EFI virtual FD function to generate virtual FD; copying the operating system response file into the virtual FD; and inserting operating system installation media into the computer and according to the operating system installation media and the operating system automatic response file, making automatic installing of the operating system, thus making a computer thoroughly discarding the physical FD, reducing the cost and improving file read-write reliability, and implementing simpler and more reliable operating system automatic installation.

The present invention relates to a connection block for the electrical wiring and cabling of interfaces, having a modular terminal block (12) and a printed circuit board (14) mounted on the terminal block. The modules (27) form, by way of their module housings (28), a conductor housing (46) for a large number of conductors (44) which are separately conducted out of the conductor housing (46) in the form of conductor pins (74). The printed circuit board (14) has plug-through contacts (168) with which it is plugged onto the separate conductor pins (74). An orientation plate (158) with passage holes (164) is provided for positioning the conductor pins (74), and accordingly the conductors (74) are held in the conductor housing (46) such that they can firstly withstand the forces acting on them when the orientation plate (134) and the printed circuit board (14) are fitted, and secondly can yield for corrective orientation.

The invention discloses an automatic feeding mechanism for a down lamp lug buckle. The mechanism comprises a vibrating disc used for holding the lug buckle, a vibrating rail arranged around the side wall of the vibrating disc, and a horizontal feeding rail connected with the tail end of the vibrating rail. The bottom surface of the vibrating rail is an inclined surface which is arranged obliquely downwards from inside to outside. The lower end of the inclined surface is provided with a stopping edge used for preventing the lug buckle from falling off. The vibrating rail comprises an overlapping rejecting segment, an outwards turning rejecting segment, a reverse end rejecting segment, a rotating guide segment and an overturning guide segment which are arranged in sequence. Overlapping rejecting bars are mounted on the overlapping rejecting segment; at least part of the portion, located at the outwards turning rejecting segment, of the stopping edge is provided with short edge segments; the portion, located at the reverse end rejecting segment, of the inclined surface is provided with a rejecting port and an upwards pushing bar; the rotating guide segment is provided with a rotating guide mechanism used for driving the lug buckle to rotate and enabling the thin end of the lug buckle to face forwards ; and the overturning guide segment is provided with an overturning guide mechanism used for driving the lug buckle to overturn until a main plate portion faces upwards. By adopting the automatic feeding mechanism provided by the invention, the lug buckle can be automatically fed unidirectionally.

The invention discloses a method and a system for realizing the automatic installation of smart key equipment, which pertains to the smart card field. The method comprises the steps: the smart key equipment declares as USB keyboard equipment to a computer; a pre-defined first keyboard message sequence is sent to the computer and a second keyboard message sequence is obtained by the conversion of the script instruction of a pre-stored operation installation program and sent to the computer; a third keyboard message sequence is sent to the computer and used for the operation of the installation program; and when the installation of the installation program is finished, the equipment descriptor is switched into the equipment descriptor required for the normal operation and the equipment declares as the equipment corresponding to the normal operation to the computer. The system comprises the smart key equipment and the computer. The method and the system for realizing the automatic installation of smart key equipment, through the alternation between the smart key equipment and the computer, solve the problem that the smart key equipment can not realize the automatic installation when the autorun function of Windows is shielded, thus facilitating the automatic installation of the smart key equipment.

The invention belongs to the technical field of soar cell module packaging and manufacturing and relates to a solar cell module junction box terminal bending device and a bending system provided withthe solar cell module junction box terminal bending device, in particular to a photovoltaic solar cell module junction box terminal bending device. The solar cell module junction box terminal bendingdevice is compact in structure and high in automation degree and saves the equipment occupied space. The solar cell module junction box terminal bending device comprises a machine body and is characterized in that a locating block is arranged at the bottom of the machine body, the machine body is provided with an inner arc guide rail and an outer arc guide rail with the locating block as the circle center, the outer arc guide rail is provided with a shovel plate mechanism through outer sliding blocks, the inner arc guide rail is provided with a suction cup mechanism through inner sliding blocks, and the machine body is provided with a bending air cylinder connected with the shovel plate mechanism.

The invention belongs to the technical field of steel structure production and machining, and particularly relates to a reinforcing rib feeding mechanism used for welding a square steel pipe. The mechanism comprises a storage groove, a pushing mechanism and a turning-over mechanical hand. Each reinforcing rib is made of a steel plate. Each reinforcing rib comprises two triangle areas arranged symmetrically, and a connecting portion for connecting the two triangle areas. The storage groove is used for storing the reinforcing ribs. The reinforcing ribs are horizontally stacked in the storage groove. The pushing mechanism is used for pushing the reinforcing ribs in the storage groove to the turning-over mechanical hand one by one. The turning-over mechanical hand is used for turning over thereinforcing ribs in the horizontal state to the vertical state. According to the mechanism, the reinforcing ribs can be loaded and filled into the turning-over mechanical hand automatically, follow-upautomatic installing of the reinforcing ribs is facilitated, and the machining efficiency is improved.

The invention belongs to the technical field of bridge construction, and particularly relates to a suspension bridge catwalk laying construction method. The method comprises the steps that 1, a catwalk bearing cable, a catwalk guardrail cable and catwalk traction cables are erected; 2, a catwalk plate laying device is installed; 3, catwalk plates are stacked in the catwalk plate laying device, lowering the catwalk plate laying device to the center of a catwalk mid-span by using the catwalk traction cable, the catwalk plates are laid from the center to the end, and the catwalk plate laying device is dragged by catwalk traction cable to walk towards the end of the catwalk in the laying process; and 4, in the laying process, the other catwalk traction cable is used for dragging a feeding trolley, the feeding trolley is used for conveying the catwalk plates to the catwalk plate laying device from the end of the catwalk, and the catwalk plates on the catwalk plate laying device are supplemented till catwalk plate laying of the whole catwalk is completed. Manual close-range intervention is not needed, the catwalk paving efficiency is improved, and meanwhile, the safety of constructors isguaranteed.

The invention relates to a hex nut assembly machine for a screw part of a numerical control tool grinding machine, comprising a bottom plate and an upper platen welded on the bottom plate, a motor ismounted at the bottom of the upper platen, and the motor is connected with a disk. A slide rail is arranged on the bottom plate, and a transmission frame is slidably mounted above the slide rail alonga front and rear direction, the left part of the transmission frame is provided with a transverse slot, an eccentric position on the bottom surface of the disk is provided with a convex block horizontally slidingly matched with the transverse slot, the right side of the transmission frame is welded with a single-sided rack, the single-sided rack is engaged with a thick gear, the thick gear is meshed with a thin gear, the thin gear is connected with a round shaft through a key, the left end of the round shaft is welded with a screw, the right side of the upper end of the upper platen is fixedly provided with a screw seat matched with the thread of the screw, and the left side of the screw is provided with a clamping device. According to the invention, on the basis of the function of clamping hex nuts, the hex nut assembly machine can conveniently automatically complete screwing of a large batch of nuts one by one into a screw component of a grinding machine through left and right reciprocating precession of the clamping device controlled by gear transmission, and has high assembly efficiency.

The invention belongs to the technical field of bridge construction, and particularly relates to a catwalk plate for suspension bridge construction. The catwalk plate comprises a plate-shaped body, wherein the bottom of the plate-shaped body is provided with a first clamping mechanism for preventing the plate-shaped body from moving along the radial direction of a catwalk bearing cable, and a second clamping mechanism for preventing the plate-shaped body from moving along the axial direction of the catwalk bearing cable; a linkage triggering mechanism is further arranged in the plate-shaped body, and the linkage triggering mechanism is assembled to be capable of driving the first clamping mechanism and the second clamping mechanism to clamp the catwalk bearing cable when the plate-shaped body is placed on the catwalk bearing cable and exerts downward pressure on the plate-shaped body. The catwalk plate is provided with the first clamping mechanism and the second clamping mechanism which can automatically clamp the catwalk bearing cable. After the catwalk plate is laid on the catwalk bearing cable, downward pressure is applied to the catwalk plate, so that the first clamping mechanism and the second clamping mechanism can clamp the catwalk bearing cable, axial and radial fixation of the catwalk plate and the catwalk bearing cable is achieved, and automatic laying of the catwalkplate is facilitated.