TH61332B - Turning devices and up-turning devices that have such rotating devices - Google Patents

Abstract

DC60 (24/01/55) The purpose of this invention is to equip a rotating device in which a cylindrical rotating body. Are shaped to be driven by a group of motors, and the coordination of the gear teeth First motor and the motor side gear, rotation and synchronization of the motor side gear Two and backlash on the rotating body can be easily formed to increase the efficiency of work. Mounting of the motor to the chassis The support of this invention rotating device has a shaped guide mechanism to guide The first motor (M1) and the second motor (M2) keep the same rotation around the axis of the body.Cylindrical rotations (32) relative to each other, the first gear (113x) and the second gear (123x) can be coordinated. Respectively, with the gears on the hull side, the rotations (335a, 335b) matched together, while the first motor (M1) or the second motor (M2) is deflected around the axis of the cylinder body. ) From the normal mounting position relative to the support Later, the first motor (M1) or the second motor (M2) can be brought to the normal mounting position by the guide mechanism in this condition. The purpose of this invention is to provide a rotating device in which the cylindrical rotating body is shaped to be driven by a group of motors and where the synchronization of the first motor and the gear tooth. The rotation and the coordination of the second motor-side gear and the rotating gear-side can be easily established to improve the efficiency of operation, the attachment of the motor to the chassis, the rotation of the support of the equipment. The rotation of this invention features a shaped guide mechanism to direct the first motor (M1) and the second motor (M2) to the same rotation. The axial edge of the cylinder body (32) is relative to the first gear. (113x) and the second gear (123x) can be synchronized respectively with the corresponding rotation (335a, 335b) side gears, while the first motor (M1) or the second motor (M2) will. The first motor (M1) or the second motor (M2) can be mechanically directed to the normal mounting position. Brought in this condition

Claims (7)

Disclaimer (all) which will not appear on the advertisement page: edit 17/06/2016 1.Rotation device (30m) is included. Cylindrical rotation body (32) that will be shaped Appearance to allow rotation around the axis, rotatable support (41,42) per cylinder rotation body, multiple motors (51,52) fixed to the support, the backlash on the body. Rotation (335a, 355b) is fixed axially in conjunction with the cylindrical rotation body, the first cog (113) is connected to the first motor. The second tooth (123) is connected to the second motor and is coordinated with the corresponding rotation side cog. Whose characteristics are The support has a trigger mechanism (413p, 423e) that is configured to guide the The first motor (51) and the second motor (52) to rotate the same thing around the axis of the body, the cylindrical rotation (32) is relative and where the first (113) and second (123) gear can be Coordinate respectively with the teeth The gears on the body, the corresponding rotation (335a, 335b) When the first motor or the second motor is It deviates around the axis of the cylinder, turning the cylinder from the normal mounting position. Relative to the support, and where the first motor or the second motor can be directed to Normal mounting position by pilot mechanism (4123p, 423e) 2. The rotation device as defined in claim 1, where the support (41,42) consists of the first (41) support supporting at one end of the axis of the rotating cylinder body (32Y and the section The second support (42) that supports the other end of the axis of the cylindrical rotating body (32), where the first motor (51) and the first gear tooth (113) are attached to the first support (41), the other. Both where the second motor (52) and the second gear (123) are attached to the second support (42), and where the guide mechanism (413p, 423e) is positioned between the first support and the second support. two 3. The rotation device, as defined in claim 1 or claim 2, where the gears on the rotation body (335a, 335b) are sequentially tracked with one end of the spindle and the other at the end of the spindle. Rotation cylinder body (32), and where the backlash on the rotating body (335a) is attached to one end of the rotation body axis. The cylinder is coordinated with the first furrow (113), where the second furrow (335b) is attached to the other end of the spindle of the rotating hull. ) 4. The rotation device as defined in claim 1 or claim 2, where the guide mechanism has pins (413p) and long curved holes (423e) that can lead the pins. 5. Upward turning device (30) with a turning device (30m) as specified in either of the above. Of claim rights 1 to 4 as the source of the upward drive in which the hooks (35) connected to the suspension straps (33) were attached on the hooks (141) provided. There are along the wheelchair seat surface (K) and where the wheelchair can be raised by turning it up the hanging belt, where the hooks have a belt hole (35h) through which the hanging belt is passed and the support (35c ), Where the suspension belt is attached, is provided over the top of the belt hole, where the support is positioned above the belt hole where the suspension belt (33) is attached to the cylinder axis (32) that can rotate or exert rotation. Suspender belt, where the far end of the suspender belt is attached to one side of the retaining ring (60), also where the halfway part of the suspender belt is forced to the other side of the retaining ring from the outside on the side. It is positioned opposite to one lateral cross-center section, and where the suspension belt portion (33) extends from one side part to the other side of the band (60) and the suspension belt section. It is positioned between the other side of the clamp ring (60) and the cylinder rod (32). It is made through the belt hole (35h) of the hook in a double condition and is forced against the support of the hook. 6. The upward rotation device as defined in claim 5, where the perimeter of the band (60) is cut to create a gap (65) and where the suspension belt (33) can be directed to. Inside of the ring Fasten from the outside of the band using this gap. 7. The upward turning device as defined in claim 5 or claim 6 is subsequently composed of a cap element (68) that closes the band (60) ----------. --------------------------------------------- 1. Rotation device It consists of a cylindrical rotation body that is shaped to be able to rotate around an axis, a rotatable support support per cylinder, a group of motors attached to the support, a gear on the body side. Rotation is fixed axially with a cylindrical rotating body, the first cog connected to the first motor and coordinated with the corresponding rotation of the hull side cog and the second cog connected to the motor. The second motor is coordinated with the gear teeth on the corresponding rotation of the chassis, in such a way that the support has a shaped guide mechanism to direct the first motor and the second motor to rotate the same axis around. The axes of the hull rotation are relative to each other, and it is such that the first and second cogs can be synchronized respectively with the corresponding rotational cogs together while the first or second motor. Will be deflected around the axis of the body. It is told from the normal mounting position relative to the support, later is the way that the first motor or the second motor can be directed to the normal mounting position by the guide mechanism in this condition.