36results about How to "The nodes are stressed and safe and reasonable" patented technology

Disclosed is a building with multi-functional reel-off equipment. The building comprises the multi-functional reel-off equipment arranged on the roof layer of the building. The multi-functional reel-off equipment comprises a power transmission system or a hydraulic transmission system or a pneumatic transmission system, rotators and pulling ropes; a rotary shaft of a motor of the power transmission system or the hydraulic transmission system or the pneumatic transmission system is connected with the rotators; a ratchet mechanism is disposed on the rotary shaft or the transmission mechanism or the rotators; rope baffles are disposed on the rotators or rotating shafts of the rotators; holes are formed in the rope baffles; the pulling ropes are connected and fixed to the rotators and wound around the rotators by multiple circles and then penetrate through the holes to be wound on the rotators or winding drums or reels. The multi-functional reel-off equipment is connected with a remote control unit or connected with a section of a control cable provided with a controller or connected with a section of the control pulling ropes.

The invention discloses multifunctional rope paying-off equipment. The multifunctional rope paying-off equipment comprises a motor, rotating bodies, pull ropes and a descent control device. The motor is connected with the rotating bodies. The rotating bodies can only perform rotation in one direction and are locked and cannot rotate in opposite direction. Each pull rope is connected to the corresponding rotating body. The descent control device is arranged on the corresponding rotating body. After extending out of the rotating bodies, the pull ropes and slow descent ropes of the descent control device are wound on the rotating bodies or winding drums or winding shafts and extend out of the rotating bodies or the winding drums or winding shafts. The multifunctional rope paying-off equipment is linked with a remote controller or connected with a control cable with one section provided with a controller or connected with a section of control pull rope.

The invention discloses multifunctional rope unwinding equipment. The multifunctional rope unwinding equipment comprises a shell, a motor, winding drums or rotating shafts and pull ropes; the moor is connected with the winding drums or the rotating shafts through a transmission mechanism and can drive the winding drums or the rotating shafts to rotate; one end of each pull rope is connected to a fixed end on the corresponding winding drum or the corresponding rotating shaft or a fixed end out of the corresponding winding drum; the pull ropes extend out from the fixed end and extend out from the winding drums or the rotating shafts to connect heavy objects after winding the winding drums or the rotating shafts; the multifunctional rope unwinding equipment is connected with a control cable which extends out of the shell and is provided with a controller, or a touch mechanism, which is provided with a control switch, of the multifunctional rope unwinding equipment is connected with a control pull rope which extends out of the shell.

The invention discloses multifunctional rope unwinding equipment. The multifunctional rope unwinding equipment comprises one or more shell devices; the shell device includes a motor, a rotating body and a pull rope; the motor is connected with the rotating body directly or through a transmission mechanism; the rotating body only can rotate in one direction, and is locked without rotating in an opposite direction; the pull rope is hung and connected to the rotating body; and the pull rope is wound on the rotating body or a winding drum or a winding shaft and extends out from the rotating body or the winding drum or the winding shaft after extending from the rotating body. The multifunctional rope unwinding equipment is connected with a remote controller, or is connected with a section of control cable provided with a controller, or is connected with a section of control pull rope.

The invention provides multifunctional rope paying-off equipment. The multifunctional rope paying-off equipment comprises one or more pieces of shell equipment. Each piece of shell equipment comprises a motor, a rotating body, a pull rope and a ratchet mechanism, wherein the motor is connected with the rotating body directly or through a transmission mechanism; the rotating body is connected with the ratchet mechanism, and the pull rope is connected to the rotating body in a hung mode; and the pull rope is wound on the rotating body or a winding drum or a winding shaft after extending out of the rotating body and extends out of the rotating body or the winding drum or the winding shaft. The multifunctional rope paying-off equipment is connected with a remote controller or connected with a control cable with a controller or connected with a control pull rope, the motors can be controlled through the remote controller or the control pull rope to drive the pull ropes to extend out of the rotating bodies or the winding drums or the winding shafts, and the pull ropes extending out in the rotating mode are hung on the rotating bodies in a pulled mode.

A multifunctional rope lowering device comprises one or a plurality of housing devices, wherein each housing device comprises a motor, a rotating body, a pulling rope and a descending device; each motor is connected with the corresponding rotating body; the rotating bodies can be rotated in only one direction and are locked and cannot be rotated in the opposite direction; the pulling ropes are connected to the rotating bodies, and the descending devices are arranged on the corresponding rotating bodies; the pulling ropes and descending ropes of the descending devices extend from the corresponding rotating bodies and then coil the corresponding rotating bodies or coil coiling blocks or reels and extend from the corresponding rotating bodies or the corresponding coiling blocks or the corresponding reels; the multifunctional rope lowering device is connected with a remote controller or connected with a control cable which is provided with a controller, or a triggering mechanism of the multifunctional rope lowering device is connected with a control pulling rope.

The invention discloses a building with multifunctional rope releasing equipment. The building with the multifunctional rope releasing equipment comprises the multifunctional rope releasing equipment arranged on a roof layer of the building; the multifunctional rope releasing equipment includes a motor, a rotating body and a pull rope; the motor is connected with the rotating body directly or through a transmission mechanism; the rotating body is connected with a ratchet mechanism; the pull rope is connected to the rotating body; the pull rope is wound on the rotating body or a winding drum or a winding shaft and extend out from the rotating body or the winding drum or the winding shaft after extending from the rotating body; a remote controller or a controller or a control pull rope is used for controlling the motor to drive the rotating body to rotate or to drive the rotating body and the winding drum to rotate or to drive the rotating body and the winding shaft to rotate; meanwhile, the pull rope extends out by rotating from the rotating body or the winding drum or the winding shaft; and the pull rope is hung on the rotating body after rotating extension.

A building with a multifunctional rope-releasing device comprises the multifunctional rope-releasing device arranged on a roof layer of the building. The multifunctional rope-releasing device comprises one or a plurality of housing devices, wherein each housing device includes a motor, a rotating body, a stay rope and a ratchet mechanism. The motor is connected with the rotating body in a direct way or via a transmission mechanism; the rotating body is connected with the ratchet mechanism; the stay rope is connected to the rotating body; the stay rope extends out of the rotating body and then winds the rotating body or on a rolling cylinder or a reel, and extends out of the rotating body, the rolling cylinder or the reel; by the use of a remote controller or a controller or a controllable motor controlling the stay rope, the rotating body can be driven to rotate or the rotating body and the rolling cylinder to rotate or the rotating body and the reel to rotate at the same time, so the stay rope can rotationally extend out of the rotating body or the rolling cylinder or the reel; and the stay rope after rotary extension can be hung on the rotating body.

The invention provides multifunctional rope paying-off equipment. The multifunctional rope paying-off equipment comprises a shell, a motor, a winding drum or a rotating shaft, and a descent control device, wherein the motor can drive the winding drum or the rotating shaft to rotate through a transmission mechanism; the descent control device is arranged on the winding drum or the rotating shaft; and a descent control rope extending out of the descent control device is wound on the winding drum or the rotating shaft, and the descent control rope extends out of the winding drum or the rotating shaft and connected with a weight. The multifunctional rope paying-off equipment is connected with a control cable which extends out of the shell and connected with a controller or is connected with a control pull rope which extends out of the shell.

The invention discloses multifunctional rope unwinding equipment. The multifunctional rope unwinding equipment comprises one or more pieces of shell equipment; each piece of the shell equipment comprises a motor, rotating bodies, pull ropes and descent control devices; the motor is connected with the rotating bodies directly or through a transmission mechanism; the rotating bodies are connected with ratchet mechanisms; the pull ropes are connected to the rotating bodies; the descent control devices are arranged on the rotating bodies; the pull ropes and descent control ropes of the descent control devices wind the rotating bodies or wind winding drums or winding shafts after extending out from the rotating bodies and extend out from the rotating bodies or the winding drums or the winding shafts; the multifunctional rope unwinding equipment is connected with a remote controller, or the multifunctional rope unwinding equipment is connected with a control cable which is provided with a controller, or the multifunctional rope unwinding equipment is connected with a control pull rope.

The invention discloses a building with multifunctional rope unwinding equipment. The building with the multifunctional rope unwinding equipment comprises the multifunctional rope unwinding equipment arranged on a roof layer or a refuge floor or an upper floor of the building; the multifunctional rope unwinding equipment comprises a power transmission system or a hydraulic transmission system or an air pressure transmission system, a rotating body and a descent control device; a rotating shaft of a motor of the power transmission system or the hydraulic transmission system or the air pressure transmission system is connected with the rotating body directly or through a transmission mechanism; a ratchet mechanism is arranged on the rotating shaft or the transmission mechanism or the rotating body; the descent control device is arranged on the rotating body; a slow descent rope of the descent control device is wound on the rotating body or a winding drum or a winding shaft and extends out from the rotating body or the winding drum or the winding shaft after extending from the descent control device; a remote controller is used below or outside the building for controlling the motor to drive the slow descent rope to rotate to extend out; and the slow descent rope is hung on the descent control device after rotating extension.

A building provided with a multifunctional rope paying-off device comprises the multifunctional rope paying-off device arranged on the roof layer of the building. The multifunctional rope paying-off device comprises a motor, rotary bodies and stay ropes. The motor is connected with the rotary bodies directly or through a transmission mechanism. The rotary bodies are connected with ratchet wheel mechanisms. The stay ropes are connected to the rotary bodies. After extending out from the corresponding rotary body, each stay rope is wound around the corresponding rotary body or a winding cylinder or a winding shaft and extends out from the rotary body or the winding cylinder or the winding shaft. The motor can be controlled through a remote controller or a controller or a control pull rope to drive the rotary bodies to rotate or drive the rotary bodies and the winding drums to rotate or drive the rotary bodies and the winding shafts to rotate, and meanwhile the stay ropes are made to rotate and extend out from the rotary bodies or the winding drums or the winding shafts. The stay ropes which rotate and extend are hung on the rotary bodies.

The invention discloses multifunctional rope paying-off equipment. The multifunctional rope paying-off equipment comprises a motor, rotating bodies and pull ropes. The motor is directly connected with the rotating bodies or connected with the rotating bodies through a transmission mechanism. The rotating bodies can only perform rotation in one direction and are locked and cannot rotate in opposite directions. Each pull rope is connected to the corresponding rotating body. After extending out of the rotating bodies, the pull ropes are wound on the rotating bodies or winding drums or winding shafts and extend out of the rotating bodies or the winding drums or winding shafts. The multifunctional rope paying-off equipment is linked with a remote controller or connected with a control cable with one section provided with a controller or connected with a section of control pull rope.

The invention discloses a building with multifunctional rope unwinding equipment. The building with the multifunctional rope unwinding equipment comprises the multifunctional rope unwinding equipment which is arranged on a roof surface of the building; the multifunctional rope unwinding equipment comprises a motor, rotating bodies and pull ropes; the motor is connected with the rotating bodes directly or through a transmission mechanism; the rotating bodies can only rotate in one direction and are locked in opposite direction so as not to rotate; the pull ropes are connected with the rotating bodies; the pull ropes wind the rotating bodies or wind winding drums or winding shafts after extending out from the rotating bodies, and extend out from the rotating bodies or the winding drums or the winding shafts; the motor can be controlled to drive the rotating bodies to rotate to drive the winding drums or the winding shafts to rotate or drive the winding drums or the winding shafts to rotate and simultaneously drive the pull ropes to rotate and extend out from the rotating bodies, the winding drums or the winding shafts by using a remote controller, a controller or a control pull rope, and the pull ropes which rotate and extend are hung on the rotating bodies.

Disclosed is a multifunctional rope unwinding device. The multifunctional rope unwinding device comprises a power transmission system or hydraulic transmission system or pneumatic transmission system, a rotating body and a drawing rope. A rotating shaft of a motor of the power transmission system or hydraulic transmission system or pneumatic transmission system is connected with the rotating body directly or through a transmission mechanism. The rotating body or a rotating shaft of the rotating body is provided with a rope baffle, and a hole is formed in the rope baffle. The drawing rope is fixedly connected to the rotating body, is wound around the rotating body for multiple turns, penetrates the hole and then is wound around the rotating body or a winding drum or a reel. The multifunctional rope unwinding device is connected with a remote control unit or a control cable with a controller or a control drawing rope.

The invention provides a building provided with multifunctional rope paying-off equipment. The building provided with the multifunctional rope paying-off equipment comprises the multifunctional rope paying-off equipment which is arranged on the roof layer of the building. The multifunctional rope paying-off equipment comprises a motor, a rotating body and a descent control device, wherein the motor is connected with the rotating body directly or through a transmission mechanism; the rotating body can only rotate in one direction and is locked and cannot rotate in the opposite direction; and the descent control device is arranged on the rotating body, a descent control rope of the descent control device is wound on the rotating body or a winding drum or a winding shaft after extending out of the rotating body and extends out of the rotating body or the winding drum or the winding shaft, and the motor can be driven through a remote controller to drive the rotating body to rotate or drive the rotating body and the winding drum to rotate or drive the rotating body and the winding shaft to rotate and to make the descent control rope extend out of the rotating body or the winding drum or the winding shaft in a rotating mode.

The invention discloses a multifunctional rope releasing device which comprises a motor, rotating bodies, pull ropes and descent control devices. The motor is directly connected with the rotating bodies or connected with the rotating bodies through transmission mechanisms. The above rotating bodies are connected with ratchet mechanisms. The above pull ropes are connected to the rotating bodies. The above descent control devices are arranged on the rotating bodies. The above pull ropes and descent control ropes of the descent control devices extend out from the rotating bodies, then are wound around the rotating bodies or wound around rollers or rolling shafts and extend out from the rotating bodies or the rollers or the rolling shafts. The multifunctional rope releasing device is connected with a remote controller or the multifunctional rope releasing device is connected with a section of control cable provided with a controller or the multifunctional rope releasing device is connected with a section of control pull rope.

The invention discloses a building with a multifunctional rope releasing device. The building with the multifunctional rope releasing device comprises the multifunctional rope releasing device arranged on a roof layer of the building. The multifunctional rope releasing device comprises one or more shell devices. Each shell device comprises a motor, rotating bodies, pull ropes and descent control devices, wherein the motor is directly connected with the rotating bodies or connected with the rotating bodies through transmission mechanisms; the above rotating bodies can only rotate in one direction and are locked in opposite directions and cannot rotate; the above pull ropes are connected to the rotating bodies in a hanging manner; the above descent control devices are arranged on the rotating bodies; the above pull ropes and descent control ropes of the descent control devices extend out from the rotating bodies, then are wound around the rotating bodies and extend out from the rotating bodies; and the rotationally extending-out pull ropes are pulled on the above rotating bodies in a hanging manner, and the rotationally extending-out descent control ropes are pulled on the descent control devices in a hanging manner.

The invention provides a building with a multifunctional rope unwinding device. The building with the multifunctional rope unwinding device comprises the multifunctional rope unwinding device arranged on a roof layer of the building; the multifunctional rope unwinding device comprises one or more shell devices; each shell device comprises a motor, a rotating body and a slow lowering device; each motor is directly connected with the corresponding rotating body through a transmission mechanism; each rotating body can only rotate in one direction and is locked and cannot rotate in the opposite direction; each slow lowering device is arranged on the corresponding rotating body; and a slow lowering rope of each slow lowering device is coiled on the corresponding rotating body or is coiled on a coiling block or a rotating shaft after extending out of the rotating body, and extends out of the rotating body, or the coiling block or the rotating shaft. A remote controller can be used for controlling each motor to drive the corresponding slow lowering rope to extend out of the rotating body, or the coiling block or the rotating shaft.

Disclosed is a multifunctional reel-off device. The multifunctional reel-off device comprises a motor, rotating bodies a descent control device; the motor is connected with the rotating bodies directly or connected with the rotating bodies through a transmission mechanism, the rotating bodies can rotate only in one direction and are locked in the opposite direction and cannot rotate, the descent control device is arranged on the rotating bodies, slow descent ropes of the descent control device extend out of the rotating bodies, then are wound on the rotating bodies, or are wound on winding drums or winding shafts and extend out of the rotating bodies or winding drums or winding shafts, a remote control unit or controller or a control pull rope can be used for controlling the motor to drive the rotating bodies to rotate or drive the rotating bodies and the winding drums to rotate or drive the rotating bodies and the winding shafts to rotate, the slow descent ropes are rotatably extended out of the rotating bodies or winding drums or winding shafts, and the rotatably-extended slow descent ropes are hung on the rotating bodies.

The invention discloses a building with a multifunctional rope releasing device. The building with the multifunctional rope releasing device comprises the multifunctional rope releasing device arranged on a roof layer of the building. The multifunctional rope releasing device comprises a motor, a rotation body and a descent control device. The motor is directly connected with the rotation body or connected with the rotation body through a transmission mechanism. The rotation body is connected with a ratchet wheel mechanism. The descent control device is arranged on the rotation body. A slow descent rope of the descent control device extends out of the rotation body, then is wound around the rotation body or wound on a coiling block or a coiling shaft and extends out of the rotation body or the coiling block or the coiling shaft, and a remote controller is used for controlling the motor to drive the slow descent rope to rotationally extend out from the rotation body or the coiling block or the coiling shaft.

The invention provides multifunctional rope release equipment. The multifunctional rope release equipment comprises power transmission systems or hydraulic transmission systems or air pressure transmission systems, rotary bodies and pull ropes. Rotary shafts of motors of the power transmission systems or the hydraulic transmission systems or the air pressure transmission systems are directly connected with the rotary bodies or connected with the rotary bodies through transmission mechanisms. Ratchet mechanisms are arranged on the rotary shafts or the transmission mechanisms or the rotary bodies. The rotary bodies can rotate freely only in one direction. The rotary bodies or the rotary shafts of the rotary bodies are provided with rope blocking plates. Holes are formed in the rope blocking plates. The pull ropes are fixedly connected to the rotary bodies and wound around the rotary bodies in multiple cycles, penetrate the holes and then are wound around the rotary bodies or reels or scrolls. The multifunctional rope release equipment is connected with a remote control unit or the multifunctional rope release equipment is connected with a segment of control cable with a controller or the multifunctional rope release equipment is connected with a segment of control pull rope.

The invention discloses a building with multifunctional rope unwinding equipment. The building with the multifunctional rope unwinding equipment comprises the multifunctional rope unwinding equipment arranged on a roof layer of the building; the multifunctional rope unwinding equipment comprises a motor, a rotating body, a pull rope and a descent control device; a rotating shaft of the motor is connected with the rotating body directly or through a transmission mechanism; the rotating body is connected with a ratchet mechanism; the pull rope is connected to the rotating body; the descent control device is arranged on the rotating body; the pull rope and a slow descent rope of the descent control device are wound on the rotating body and extend out from the rotating body after extending from the rotating body; a remote controller or a controller or a control pull rope is used for controlling the motor to drive the pull rope and the slow descent rope to rotate to extend out from the rotating body or a winding drum or a winding shaft; the pull rope is hung on the rotating body after rotating extension; and the slow descent rope is hung on the descent control device after rotating extension.

The invention discloses a building with a multifunctional rope unrolling device. The building with the multifunctional rope unrolling device comprises the multifunctional rope unrolling device arranged on a roof layer of the building. The multifunctional rope unrolling device comprises one or more shell devices. Each shell device comprises a motor, a rotating body, a pull rope and a descent control device, wherein a rotating shaft of the motor is directly connected with the rotating body or connected with the rotating body through a transmission mechanism, the rotating body is connected with a ratchet mechanism, the pull rope is connected to the rotating body, the descent control device is arranged on the rotating body, the pull rope and a descent control rope of the descent control device are wound on the rotating body after extending out of the rotating body and extends out of the rotating body, a remote controller or a controller or a control pull rope is used for controlling the motor to drive the pull rope and the descent control rope to rotationally extend out of the rotating body or a coiling block or a reel, the rotationally extent pull rope is hung on the rotating bodies in a pulled manner, and the rotationally extent descent control rope is hung on the descent control device in a pulled manner.

The invention discloses a multifunctional rope releasing device which comprises a motor, rotating bodies and descent control devices. The motor is directly connected with the rotating bodies or connected with the rotating bodies through transmission mechanisms. The above rotating bodies are connected with ratchet mechanisms. The above descent control devices are arranged on the rotating bodies. Descent control ropes of the above descent control devices extend out from the rotating bodies, then are wound around the rotating bodies or wound around rollers or rolling shafts and extend out from the rotating bodies or the rollers or the rolling shafts. A remote controller or a controller or a control pull rope is used for controlling the motor to drive the descent control ropes to rotationally extend out from the above rotating bodies or the above rollers or the above rolling shafts, and the rotationally extending-out descent control ropes are pulled on the above descent control devices in a hanging manner.

A multifunctional rope paying-off device comprises a motor, rotary bodies and stay ropes. The motor is connected with the rotary bodies directly or through a transmission mechanism. The rotary bodies are connected with ratchet wheel mechanisms. Each stay rope is connected to the corresponding rotary body. After extending out from the corresponding rotary body, each stay rope is wound around the corresponding rotary body or around a winding cylinder or a winding shaft and extends out from the rotary body or the winding cylinder or the winding shaft. The multifunctional rope paying-off device is connected with a remote controller or connected with a control cable provided with a controller or connected with a control stay rope, the motor can be controlled through the remote controller or the controller or the control pull rope to drive the corresponding stay ropes to rotate and extend out from the corresponding rotary bodies or the corresponding winding cylinders or the corresponding rotating shafts, and the stay ropes which rotate and extend out are hung on the rotary bodies.

The invention relates to a building or a structure with multifunctional reel-off equipment. The multifunctional reel-off equipment is arranged on a roof of the building. The multifunctional reel-off equipment comprises a power transmission system or a hydraulic transmission system or a pneumatic transmissions system, coiling blocks or rotary shafts and descent control devices. A rotating shaft ofa motor of the power transmission system or the hydraulic transmission system or the pneumatic transmissions system is connected to the coiling blocks or the rotary shafts, a rotating ring is connected to a coiling block shaft of each coiling block or each rotary shaft, the rotating rings only can rotate in one direction and cannot rotate as being locked in another direction, the descent control devices are arranged on the rotating rings, slow descend ropes stretching from the descend control devices are wound on the coiling blocks or the rotary shafts, cables connected to an electric motor stretch downward to the lower side of the building or out of the building to be connected to a power supply through main contacts of contactors, and a coil of each contactor, a PLC and the power supplyare connected to form a circuit.

The invention provides a building provided with a multifunctional rope paying-off device. The building provided with the multifunctional rope paying-off device comprises the multifunctional rope paying-off device arranged on a roof layer of the building. The multifunctional rope paying-off device comprises one or more shell devices. Each shell device comprises a motor, rotary bodies and stay ropes. Each motor is connected with the corresponding rotary bodies directly or through a transmission mechanism. Each rotary body can rotate only in one direction and is locked and cannot rotate in the opposite direction. Each stay rope is connected to the corresponding rotary body. After extending out from the corresponding rotary body, each stay rope is wound around the corresponding rotary body or around a winding cylinder or a winding shaft and extends out from the rotary body or the winding cylinder or the winding shaft. The motors can be controlled through a remote controller or a controller or a control pull rope to drive the corresponding stay ropes to rotate and extend out from the corresponding rotary bodies or the corresponding winding cylinders or the corresponding rotating shafts, and the ropes which rotate and extend are hung on the corresponding rotary bodies.