Vehicle transfer structure

Abstract

OCR 06WT The vehicle transfer support structure consists of a base support that is placed on top as an attached structure. Located on top of the rear structure of the transport vehicle, with the left side of the support base overlapping it. It is a left-side support base, which is a spaced-out vertical structure with a top left support base. And on the left side of the support base, there will be a cylinder pushing the shaft on the left side, with the top of the shaft sliding in and out. The left side is mounted to the left-hand push-up / down support of the vehicle transport structure. For receiving drive signals from the propulsion system, transmitting power to the up-down and right-hand axes of the base. When stacked, there will be a supporting base on the right side, which is a vertical structure spaced apart, with the top serving as a supporting base. On the top right and the right side of the support base, there is a cylinder that pushes the shaft forward, and on the right side, the top of the shaft slides in. The right-hand side is installed onto the left-hand push-up / down support of the transfer structure. A vehicle that receives propulsion from a drive system, transmitting power to the up-and-down shaft; this is the drive system. Power is transmitted to the up-and-down shaft, consisting of a main power transmission base with an internal transmission mechanism. The internal power source in the transmission base is installed to receive the rotational power from the drive motor and transmit the resulting driving force. The power transmission base on the left side uses a belt or chain to allow the shaft to slide in and out. The left side slides in and out of the left-hand push rod cylinder by the internal power transmission force in the transmission base. The power is transferred from the left side and the resulting driving force is transmitted to the right power transmission base via a belt or chain. On the right side, to allow the right-hand sliding shaft to move in and out of the right-hand shaft pusher cylinder. The internal power transmission / receiving force in the right-hand power transmission base.

Claims

OCR 06WT 1. Vehicle transport support structure consists of a support base (1) with the following characteristics: It is a structure that is assembled and connected together, placed and installed on top of the rear structure. The vehicle moves or partially under the base of the overlay (1) is a concave base. Below (2) for the top of the position of the wheels of the transport vehicle and On the left side of the overlapping base (1) will be the left side support base (3) which is in the form of The structure is mounted horizontally on the left side, with at least two bases spaced apart, the bottom of which is attached to the left side. The overlapping base (1) and the top between the left side support bases (3) are fitted with the support bases. The top left (4) has the appearance of an upper left structure for supporting the top of the support base. The left side (3) and the left side support base (3) will have a left side shaft pusher cylinder (5) which has the following characteristics: The left cylinder has an inner left-side sliding shaft (6) with the upper end of the sliding shaft. Left side (6) is mounted to the left push-up / down support section of the vehicle transport structure. Directly or mounted with a left-side support base (7) for receiving the up-down push of the sliding shaft. Left side (6) with a drive that transmits power to the up-down axis (8) which The left side support base (7) is a clamp or support part that is installed onto The upper end of the left sliding shaft (6) is for assisting in mounting to the part to be raised or lowered. The left side of the structure is used to support the transfer of vehicles. On the right side of the overlapping base (1) will be the right side support base (9) which is in the form of The structure is mounted horizontally on the right side, with at least two bases spaced apart, the bottom of which is attached to the right side. The overlapping base (1) and the top between the right side support bases (9) are fitted with the support base. The upper right (10) has the appearance of an upper right structure for supporting the top of the support base. The right side (10) and the right side support base (9) will have a right-hand drive cylinder (11) with the following characteristics: The right cylinder has an inner right-side sliding shaft (12) with the upper end of the sliding shaft. Right side (12) is mounted to the right push-up / down receiving section of the vehicle transport structure. Directly or mounted with a right-hand clamp base (13) for receiving the up-down push of the sliding shaft. Right side (12) with a drive that transmits power to the up-down shaft (8) which The right-hand clamp base (13) is a clamp or support that is mounted to The upper end of the right-hand sliding shaft (12) is for assisting in mounting to the part to be raised or lowered. On the right side of the vehicle transport structure, which... The drive unit transmits power to the up-down shaft (8) and has a base that receives the drive unit (14) in the form of a base. An external receiver or support structure is mounted onto the overlay base (1) or as an integrated component. The base for the overlay (1) is for receiving the installation of the common components for power transmission. It has the following special characteristics: The drive unit transmits power to the up-down shaft (8) and consists of: -Main power transmission base (15) has the form of an external structure installed into the base of the receiver. The drive (14) has an internal power transmission mechanism mounted in the transmission base for receiving and transmitting the drive. Power is coming in from the spindle of the drive motor (16) which is operated by the power transmitted from External for making the shaft of the power-transmitting motor (16) rotate and transmit power from Driven to rotate to the power transmission mechanism inside the transmission base of the main power transmission base (15) and the receiving base. The main power transmission (15) has a main power transmission shaft (17) extending from the main power transmission base (15). At least one axis is connected to the power transmission mechanism inside the transmitter base of the main power transmission base. (15) For rotating according to the rotational drive by transmitting the rotational drive power from the internal power transmission mechanism. The transmission base of the main power transmission base (15) and the main power transmission shaft (17) have rotating bases. Main drive (18) with a gear or pulley or main rotation structure mounted on at least one base. Receiving for rotation in accordance with the rotation of the main power transmission shaft (17) and receiving for right-hand clamp fitting. The left power transmission line (19) which The left power transmission line (19) is in the form of a belt or chain loop with the right side being fitted over it. It fits into the main drive swivel base (18) and has a left side that fits into the drive swivel base. Left side (20) which -Left power transmission base (22) has the appearance of an external structure mounted to the base. The propulsion unit (14) has an internal power transmission mechanism located on the left base for receiving the The left side drive shaft (5) and left side power transmission base (22) are mounted with a power transmission shaft. The left side (21) extends from the left power transmission base (22) and connects to the transmission mechanism. The power inside the left base inside the left base receiving-transmitting power (22) for rotation according to the rotation. The rotating base for left-hand drive (20) has the characteristics of a gear or pulley or rotating support structure. The left side is mounted to the left power transmission shaft (21) for receiving the left side of the cable loop. The power is transmitted to the left side (19) to receive the rotational power of the transmission line through the left side (19), causing the shaft The left side power (21) rotates and transmits rotational power to the internal power transmission mechanism. The left inner base of the left power transmission base (22) for transmitting the power obtained to the axis The left side (6) of the left side of the shaft pusher (5) can be moved up and down as needed. -Right power transmission base (27) has the form of an external structure mounted to the base. The propulsion unit (14) has an internal power transmission mechanism mounted on the right base for receiving the The right-hand drive cylinder (11) and the right-hand power transmission base (27) have a transmission shaft. The right-hand drive (26) extends from the right-hand drive base (27) and connects to the receiving mechanism. Power is transmitted inside the right base inside the base - power is transmitted on the right side (27) for rotation. The rotation of the receiving base is in accordance with the right-hand drive (25) with a gear or pulley or receiving structure. Right-hand swivel mounted on the right-hand power transmission shaft (26) for receiving the right-hand loop of the cable. Transmitting power to the right side (24), which The right-hand power transmission line (24) is in the form of a belt or chain loop with the right side fitted. It fits into the swivel base on the right side (25) and has a left side that fits into the swivel base on the left side. Main drive (18) which is the same base that supports the right side of the power transmission line. The left side (19) or is a separate base from the main drive rotating base (18) Supports the right side of the left power transmission line (19) for transmitting rotational power. To the right-hand drive rotating base (25) mounted on the right-hand power transmission shaft (26), rotate. The resulting rotational power is then transmitted to the power transmission mechanism inside the right inner base of the base. Receive and transmit power on the right side (27) to transmit the power that causes the shaft to move up and down on the right side (12) of Right-hand drive cylinder (11) can be moved up and down as needed.

2. Structure for receiving and transporting vehicles under claim 1 between receiving and transfer bases. The left side (22) and the left-hand cylinder (5) have a base to help mount the left cylinder (23) which has It appears to be a support base or structure on the left side, installed to assist in installation in that area.

3. Structure for receiving and transporting vehicles under Claim 1 between receiving and transfer bases. The right side (27) and the right-hand cylinder push rod (11) have a base to help mount the right-hand cylinder (28) which has It appears to be a support base or structure on the right side, installed to assist in installation in that area.

4. Structure for receiving and transporting vehicles under Claim 1; internal power transmission mechanism within the base. On the left side of the left power transmission base (22) there is a left sliding control unit (29) which has It is a device or structural component installed to protect the left-hand sliding shaft during up-down movement. (6) Move beyond the specified distance.

5. Vehicle transport structure as per either claim 1 or 4; sliding axis. Up-down on the left side (6) on the outside of the left side push rod (5) there is a left side spring rod (30) fitted. To help with the contact between the outer side of the left-side up-down slider (6) and the top edge. Left side shaft push cylinder (5) becomes smoother.

6. Structure for receiving and transporting vehicles under claim 1; internal power transmission mechanism at the base. On the right side of the right power transmission base (27) there is a right sliding control unit (31) which has It is a device or structural component installed to protect the right-hand sliding shaft during up-and-down movement. (12) Move beyond the specified distance.

7. Vehicle transport structure as per either claim 1 or 6; sliding axis. Up-down on the right side (12) of the right-hand drive cylinder (11) has a right-hand spring rod (32) fitted on it for It helps to create contact between the outside of the right-hand slider shaft (12) and the shaft pusher cylinder. Right side (11) becomes softer.

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