Ambulance equipment for loading and unloading vehicle-mounted CT (computed tomography) machine and hyperbaric oxygen chamber

Abstract

The invention relates to the technical field of emergency care, in particular to an ambulance device for loading and unloading a vehicle-mounted CT machine and a hyperbaric oxygen chamber, which comprises a bottom plate, a side plate, a sliding plate base, a sliding plate and a moving plate, the side plates, the sliding plate bases and the sliding plates are symmetrically arranged. According to each set of system, the sliding base and the sliding plate slide out by a certain distance through cooperation of the pushing plate and the spring, then the sliding base continues to move through cooperation of the pushing plate and the spring, and a door is opened through lead screw transmission, chain wheel and chain transmission and gear and rack transmission; a motor is used for driving a spline shaft for transmission, and a chain, a chain wheel, a gear and a rack are matched to enable a moving plate to move and transport instruments, so that the ambulance can load and unload a vehicle-mounted CT machine and a hyperbaric oxygen chamber at any time.

Description

Technical Field

[0001] This invention relates to the field of emergency care technology, and in particular to a device for loading and unloading a vehicle-mounted CT scanner and a hyperbaric oxygen chamber in an ambulance. Background Technology

[0002] Cerebral stroke, also known as stroke or cerebrovascular accident (CVA), is an acute cerebrovascular disease. It is a group of diseases caused by the sudden rupture of blood vessels in the brain or by the blockage of blood vessels, which prevents blood from flowing into the brain and causes damage to brain tissue. It includes ischemic stroke and hemorrhagic stroke.

[0003] Ischemic stroke has a higher incidence than hemorrhagic stroke, accounting for 60%–70% of all strokes. Occlusion and stenosis of the internal carotid artery and vertebral artery can cause ischemic stroke, primarily affecting individuals over 40 years of age, and is more common in men than women; severe cases can lead to death. Hemorrhagic stroke has a higher mortality rate.

[0004] The key to stroke emergency care is to first use a CT scanner (computed tomography) to determine the type of stroke. Therefore, bringing the CT scanner to the patient as soon as possible will buy the patient golden time for rescue.

[0005] Mobile CT scanners already exist in the technology, equipped with casters for easy movement, and can be carried by ambulances to complete the diagnosis of patients before admission;

[0006] However, in actual use, in addition to being placed inside the ambulance, the mobile CT scanner is also pushed into the hospital department when needed, so loading and unloading the CT scanner on the ambulance has become a problem;

[0007] Mobile CT scanners are large in size and generally weigh more than 250 kilograms. Manual handling is time-consuming and labor-intensive, and the safety of the equipment cannot be guaranteed during the handling process.

[0008] Hyperbaric oxygen chambers are specialized medical equipment for hyperbaric oxygen therapy. Traditional hyperbaric oxygen chambers are large and inconvenient to move, so they are mostly placed in hospitals. In case of emergency, patients often need to be taken to the hospital by ambulance before treatment can be given, which may result in untimely and ineffective treatment and thus affect the patient's cure rate.

[0009] Installing a hyperbaric oxygen chamber in an ambulance could provide more timely treatment for specific patients. However, in addition to being placed inside the ambulance, it would also be pushed into hospital departments when needed. Therefore, loading and unloading the hyperbaric oxygen chamber in an ambulance becomes a problem.

[0010] Therefore, a device is needed that allows for the installation and removal of a mobile CT scanner and hyperbaric oxygen chamber on an ambulance at any time. Summary of the Invention

[0011] Therefore, this invention addresses the above problems. The purpose of this invention is to utilize a hydraulic cylinder to push two sets of push plates, thereby moving the sliding base a certain distance. Then, using a gear and rack mechanism, the sliding base continues to move using the cooperation of the two sets of push plates and springs. A screw drive, sprocket and chain drive, and gear and rack drive open the door. Finally, a motor drives a splined shaft, and a chain, sprocket, and gear and rack mechanism moves the moving plate to complete the transport mechanism. This invention achieves the above objectives through the following technical solutions:

[0012] An ambulance device for loading and unloading a vehicle-mounted CT scanner and a hyperbaric oxygen chamber includes a base plate, side plates, a sliding plate base, a sliding plate, and a movable plate. The side plates, sliding plate base, and sliding plate are arranged in two sets symmetrically. The sliding plate bases are symmetrically installed in two sets of two sliding tracks via sliding bars. Each set of sliding plate bases has a push plate installed at its rear end. The push rod and locking plate of each set of push plates are installed in sliding holes on the back of each set of sliding plate bases. The locking plate contacts a spring in the sliding hole on the back. A lead screw passes through the hollow center of the spring and passes through a threaded hole installed on a threaded drive shaft from the front side of the sliding plate base. The sliding plate is mounted on the bottom of the sliding plate base. Within the recess of the seat, the auxiliary drive shaft is installed in mounting hole eight, and the end of the auxiliary drive shaft is installed in mounting hole seven. The main drive shaft is installed in mounting hole ten, and the end of the main drive shaft is installed in mounting hole nine. Gear three meshes with gear four. A connecting plate is installed on the slide plate. Two sets of vertical plates are installed on two sets of outward extension arms. Two sets of square holes are located on two sets of internal recesses. There are two sets of vertical plate cover plates, which are installed on the two sets of vertical plates respectively. Short sprocket rods are installed in two sets of mounting holes twelve through short sprocket rod end one and short sprocket rod end two. Both ends of the side chain rods are installed in two sets of mounting holes thirteen. The moving plate has two sets of stretching plates, and each set of stretching plates is connected to a roll of cloth.

[0013] Preferably, the base plate is a flat cuboid with two sets of long sides and two sets of short sides. The base plate has a first slide rail at its center and two sets of second slide rails at its ends. A hydraulic cylinder is located at the center of the first slide rail, and the hydraulic cylinder has two sets of hydraulic ports arranged in opposite directions and staggered. There are mounting grooves on the base plate on both sides of each set of second slide rails, and racks on the sides of the base plate on both sides of each set of second slide rails. There are mounting holes one and two in each mounting groove.

[0014] Preferably, the side plate has an internal slide rail at its center, a notch at the lower end of the side plate at its center, two sets of slide rails three at the two sides of the side plate corresponding to the internal slide rail, two sets of L-shaped plates on the outer side of the two sets of slide rails three, each set of L-shaped plates has a mounting hole three, and a mounting hole four is provided on the side plate corresponding to each set of mounting hole three.

[0015] Preferably, the short gear shaft has a sprocket and a gear, and the end of the short gear shaft has a short gear shaft end; the shape and size of the door are consistent with the notch, and there are two sets of protruding plates on both sides of the door, each set of protruding plates having a rack; one end of the threaded drive shaft has an end shaft, the threaded drive shaft has a limiting ring, the other end of the threaded drive shaft has an end shaft, the threaded drive shaft has a sprocket, and the threaded drive shaft has a threaded hole inside.

[0016] Preferably, the push plate has a hydraulic rod on the right side of one side center, and two sets of push rods on the other side. Each set of push rods has a retaining plate at its end, and each retaining plate has a lead screw. There are two sets of side plates, which are installed on the two long sides respectively. Each set of side plates is equipped with a short gear shaft, a door, a threaded drive shaft, chain one, chain two, and a push plate. The short gear shaft is installed in mounting hole three, and the end of the short gear shaft is installed in mounting hole four. The door is installed in the internal slide. Gear one meshes with rack two. The threaded drive shaft is installed in mounting hole one through end shaft one, and end shaft two is installed in mounting hole two. Chain one is installed between sprocket one and sprocket two in one set, and chain two is installed between sprocket one and sprocket two in another set.

[0017] Preferably, there are two sets of push plates, symmetrically arranged, installed on both sides of the slide rail one. The two sets of hydraulic rods are installed in the two sets of hydraulic ports of the hydraulic cylinder. The push rod and the clamping plate are installed in the back sliding hole. The slide base has a slide bar one on both sides. The top surface of the slide base has a groove. The rear side of the groove has a side groove. The side groove has a motor. The motor is equipped with a spline shaft. The bottom of the two sides of the groove has a slide rail four. The two side walls of the groove have two sets of through holes. Each set of through holes has mounting holes five on the top and bottom. The rear side of the slide base has two sets of back sliding holes. The port of each set of back sliding holes has a locking slot.

[0018] Preferably, the skateboard has two sets of multi-stage skateboards and outrigger arms on both sides. The multi-stage skateboards are located on the sides of the skateboard and the outrigger arms. The upper end of the outrigger arm has a rack three. The lower end center line of the skateboard has a fixing plate one and a fixing plate two. The fixing plate one is in front of the fixing plate two. The fixing plate one has mounting holes seven and nine. The fixing plate two has mounting holes eight and ten. The lower end of the skateboard has two sets of fixing plates three on both sides. Each set of fixing plates three has mounting holes eleven. The connecting plate has two sets of vertical plates at both ends. Each set of vertical plates has square holes. The vertical plate cover has square grooves. The square grooves have two sets of mounting holes twelve and thirteen on both sides.

[0019] Preferably, the long sprocket rod has a sprocket three at one end and a sprocket five at the other end, a sprocket four in the middle of the long sprocket rod, and a rod end at the end of sprocket five; the auxiliary drive shaft has a gear three at one end and a sprocket six at the other end, with the auxiliary drive shaft end at the end of gear three; the main drive shaft has a gear four at one end and a sprocket seven at the other end, with the main drive shaft end at the end of gear four, and a spline hole inside the main drive shaft; the short sprocket rod has sprockets eight and nine at one end, arranged alternately, with a short sprocket rod end one at the end of sprocket nine; the short sprocket rod has sprockets ten and eleven at the other end, arranged alternately, with a short sprocket rod end two at the end of sprocket eleven; there are two sets of long sprocket rods, auxiliary drive shaft, main drive shaft, short sprocket rods, rolled fabric, chain five, chain six, chain seven, and chain eight, and chains three and four are chains of different lengths.

[0020] Preferably, there are two sets of long sprocket rods. The shaft section of the long sprocket rod near sprocket three is installed in mounting hole eleven, and the rod end is installed in mounting hole six. There are two sets of cloth rolls, which are respectively wound between the two sets of baffles of the two sets of side sprocket rods. The cloth rolls are made of carbon fiber material. One end of chain three is installed on sprocket six, and the other end is installed on one set of sprocket three. One end of chain four is installed on sprocket seven, and the other end is installed on another set of sprocket three. One end of chain five is installed on sprocket four, and the other end is installed on sprocket eleven. One end of chain six is ​​installed on sprocket five, and the other end is installed on sprocket nine. One end of chain seven is installed on sprocket eight, and the other end is installed on one set of sprocket twelve of the side sprocket rod. One end of chain eight is installed on sprocket ten, and the other end is installed on another set of sprocket twelve of the side sprocket rod.

[0021] Beneficial effects of this invention:

[0022] 1. This invention utilizes a hydraulic cylinder to drive the synchronous movement of two systems, enabling the simultaneous loading and unloading of a vehicle-mounted CT scanner and a hyperbaric oxygen chamber.

[0023] 2. Each system of the present invention utilizes the cooperation of a push plate spring to make the sliding base slide a certain distance from the slide plate. Then, the cooperation of the push plate and the spring makes the sliding base continue to move, and the screw drive, sprocket and chain drive, and gear and rack drive make the door open. Then, the motor drives the spline shaft drive, chain and sprocket, and gear and rack to move the moving plate to transport the equipment, so that the ambulance can load and unload the vehicle-mounted CT machine and hyperbaric oxygen chamber at any time. Attached Figure Description

[0024] Figure 1 This is a schematic diagram of the first state of the loading and unloading device provided by the present invention.

[0025] Figure 2 This is an exploded schematic diagram of the loading and unloading device provided by the present invention.

[0026] Figure 3This is a schematic diagram of the first state of the loading and unloading device provided by the present invention with the cover plate removed.

[0027] Figure 4 This is a schematic diagram of the second state of the loading and unloading device provided by the present invention after removing the cover plate.

[0028] Figure 5 This is a schematic diagram of the third state of the loading and unloading device provided by the present invention after removing the cover plate.

[0029] Figure 6 This is a schematic diagram of the fourth state of the loading and unloading device provided by the present invention after removing the cover plate.

[0030] Figure 7 This is a schematic diagram of the first state of assembly of the mobile device provided by the present invention.

[0031] Figure 8 This is a schematic diagram of the second state of assembly of the mobile device provided by the present invention.

[0032] Figure 9 This is a schematic diagram of the third state of assembly of the mobile device provided by the present invention.

[0033] Figure 10 This is a schematic diagram of the third state of assembly of the mobile device provided by the present invention.

[0034] Figure 11 This is an enlarged schematic diagram of the assembly explosion and point A of the mobile device provided by the present invention.

[0035] Figure 12 This is a schematic diagram of the base plate provided by the present invention.

[0036] Figure 13 This is a schematic diagram of the side plate provided by the present invention.

[0037] Figure 14 A schematic diagram of the short gear shaft and gate provided by the present invention.

[0038] Figure 15 This is a schematic diagram of the threaded drive shaft and push plate provided by the present invention.

[0039] Figure 16 This is a schematic diagram of the sliding base provided by the present invention.

[0040] Figure 17 This is a schematic diagram of the sliding plate provided by the present invention.

[0041] Figure 18 This is a schematic diagram of the vertical plate and the vertical plate cover provided by the present invention.

[0042] Figure 19 A schematic diagram of the long sprocket rod, the auxiliary drive shaft, and the main drive shaft provided by the present invention.

[0043] Figure 20A schematic diagram of the short sprocket rod and the side sprocket rod provided for this invention.

[0044] Explanation of reference numerals in the attached figures:

[0045] 10. Base plate; 11. Long side; 12. Short side; 13. Slide rail one; 131. Slide rail two; 14. Hydraulic cylinder; 141. Hydraulic port; 15. Mounting groove; 151. Rack one; 152. Mounting hole one; 153. Mounting hole two; 16. Cover plate; 20. Side plate; 21. Internal slide rail; 211. Notch; 22. Slide rail three; 23. L-shaped plate; 231. Mounting hole three; 232. Mounting hole four; 24. Short gear shaft; 241. Sprocket one; 242. Gear one; 243. Short gear shaft end; 25. Door; 251. Extending plate; 252. Rack two; 26. Threaded drive shaft; 26 1. End Shaft One; 262. Limiting Ring; 263. Sprocket Two; 264. End Shaft Two; 265. Threaded Hole; 27. Chain One; 271. Chain Two; 28. Push Plate; 281. Hydraulic Rod; 282. Push Rod; 283. Clamping Plate; 284. Lead Screw; 29. ​​Spring; 30. Slide Base; 31. Slide Bar One; 32. Groove; 321. Side Groove; 322. Motor; 323. Spline Shaft; 33. Slide Rail Four; 34. Through Hole; 341. Mounting Hole Five; 35. Back Slide Hole; 351. Bayonet; 36. Transmission Gear; 40. Slide Board; 41. Multi-stage Slide Board; 411. Rack Three; 4 2. Extended arm; 421. Internal groove; 422. Mounting hole six; 43. Fixing plate one; 431. Mounting hole seven; 432. Mounting hole eight; 44. Fixing plate two; 441. Mounting hole nine; 442. Mounting hole ten; 45. Fixing plate three; 451. Mounting hole eleven; 46. Connecting plate; 47. Vertical plate; 471. Square hole; 48. Vertical plate cover; 481. Square groove; 482. Mounting hole twelve; 483. Mounting hole thirteen; 50. Long sprocket rod; 51. Sprocket three; 52. Sprocket four; 53. Sprocket five; 54. Rod end; 55. Secondary drive shaft; 551. Secondary drive shaft end; 552. Gear 3; 553, Sprocket 6; 56, Main drive shaft; 561, Gear 4; 562, Sprocket 7; 563, Main drive shaft end; 564, Spline hole; 57, Short sprocket rod; 571, Sprocket 8; 572, Sprocket 9; 573, Sprocket 10; 574, Sprocket 11; 575, Short sprocket rod end 1; 576, Short sprocket rod end 2; 577, Side chain rod; 578, Sprocket 12; 579, Baffle plate; 58, Fabric roll; 59, Chain 3; 591, Chain 4; 592, Chain 5; 593, Chain 6; 594, Chain 7; 595, Chain 8; 60, Moving plate; 61, Stretching plate. Detailed Implementation

[0046] Preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will make these embodiments readily achievable by those skilled in the art. However, the present invention can also be implemented in various different forms, and therefore the present invention is not limited to the embodiments described below.

[0047] like Figure 2 As shown, an ambulance device for loading and unloading a vehicle-mounted CT scanner and a hyperbaric oxygen chamber includes: a base plate 10, side plates 20, a sliding plate base 30, a sliding plate 40, and a movable plate 60.

[0048] There are two sets of the side plate 20, the skateboard base 30, and the skateboard 40, which are arranged symmetrically.

[0049] like Figure 12 As shown, the base plate 10 is a flat cuboid with two sets of long sides 11 and two sets of short sides 12. The base plate 10 has a slide rail 13 at its center and two sets of slide rails 131 at both ends. A hydraulic cylinder 14 is located at the center of the slide rail 13. The hydraulic cylinder 14 has two sets of hydraulic ports 141 arranged in opposite directions and staggered. There are mounting grooves 15 on both sides of the base plate 10 of each set of slide rails 131. There are racks 151 on both sides of the base plate 10 of each set of slide rails 131. There are mounting holes 152 and 153 in each set of mounting grooves 15.

[0050] like Figure 1 As shown, cover plate 16 is installed on slide rail 13;

[0051] like Figure 13 As shown, the side plate 20 has an internal slide 21 at its center, and a notch 211 at the lower end of the center of the side plate 20. The side plate 20 has two sets of slides 22 on both sides of the internal slide 21. There are two sets of L-shaped plates 23 on the outside of the two sets of slides 22. Each set of L-shaped plates 23 has a mounting hole 231. The side plate 20 has a mounting hole 232 at the position corresponding to each set of mounting holes 231.

[0052] like Figure 14 As shown, the short gear shaft 24 has a sprocket 241, a gear 242, and a short gear shaft end 243 at the end of the short gear shaft 24.

[0053] like Figure 14 As shown, the shape and size of the door 25 are the same as those of the notch 211. The door 25 has two sets of protruding plates 251 on both sides, and each set of protruding plates 251 has a rack 252.

[0054] like Figure 15As shown, the threaded drive shaft 26 has an end shaft 261 at one end, a limiting ring 262 at the other end, an end shaft 264 at the other end, a sprocket 263 at the other end, and a threaded hole 265 inside the threaded drive shaft 26.

[0055] like Figure 2 , Figure 3 As shown, chain 27 is installed between a set of sprockets 241 and 263, and chain 271 is installed between another set of sprockets 241 and 263.

[0056] like Figure 15 As shown, the push plate 28 has a hydraulic rod 281 on the right side of the center of one side, and two sets of push rods 282 on the other side. Each set of push rods 282 has a clamping plate 283 at the end, and each set of clamping plates 283 has a lead screw 284.

[0057] like Figure 1 , Figure 3 As shown, there are two sets of side plates 20, which are respectively installed on two sets of long side plates 11. Each set of side plates 20 is equipped with a short gear shaft 24, a door 25, a threaded drive shaft 26, a chain 1 27, a chain 271, and a push plate 28. The short gear shaft 24 is installed in the mounting hole 3 231, and the end 243 of the short gear shaft is installed in the mounting hole 4 232. The door 25 is installed in the internal slide 21. The gear 1 242 meshes with the rack 252. The threaded drive shaft 26 is installed in the mounting hole 1 152 through the end shaft 1 261, and the end shaft 264 is installed in the mounting hole 2 153. The chain 1 27 is installed between a set of sprockets 1 241 and sprockets 263, and the chain 271 is installed between another set of sprockets 1 241 and sprockets 263.

[0058] There are two sets of push plates 28, which are symmetrically arranged and installed on both sides of slide rail 13. The two sets of hydraulic rods 281 are installed in the two sets of hydraulic ports 141 of hydraulic cylinder 14. The push rod 282 and the clamping plate 283 are installed in the back sliding hole 35. The diameter of the push rod 282 is the same as the inner circle diameter of the clamping port 351, and the diameter of the clamping plate 283 is the same as the diameter of the back sliding hole 35.

[0059] like Figure 16 As shown, the skateboard base 30 has slide bars 31 on both sides, the top surface of the skateboard base 30 has a groove 32, the rear side of the groove 32 has a side groove 321, the side groove 321 contains a motor 322, the motor 322 is equipped with a spline shaft 323, the bottom of the two sides of the groove 32 has a slide rail 33, the two side walls of the groove 32 have two sets of through holes 34, and each set of through holes 34 has mounting holes 341 on the top and bottom.

[0060] like Figure 16As shown, the rear side of the skateboard base 30 has two sets of back sliding holes 35, and each set of back sliding holes 35 has a latch 351 at its port.

[0061] like Figure 17 As shown, the slide plate 40 has two sets of multi-stage slide plates 41 and outward arms 42 on both sides. The multi-stage slide plates 41 are located on the side of the slide plate 40 and the side of the outward arms 42. The upper end of the side of the outward arms 42 has a rack 3 411. The lower end center line of the slide plate 40 has a fixing plate 1 43 and a fixing plate 2 44. The fixing plate 1 43 is in front of the fixing plate 2 44. The fixing plate 1 43 has a mounting hole 7 431 and a mounting hole 9 441. The fixing plate 2 44 has a mounting hole 8 432 and a mounting hole 10 442. The lower end of the slide plate 40 has two sets of fixing plates 3 45 on both sides. Each set of fixing plates 3 45 has a mounting hole 11 451.

[0062] like Figure 18 As shown, the connecting plate 46 has two sets of vertical plates 47 at both ends, and each set of vertical plates 47 has a square hole 471;

[0063] like Figure 18 As shown, the vertical plate cover 48 has a square groove 481, and two sets of mounting holes twelve 482 and mounting holes thirteen 483 are provided on both sides of the square groove 481.

[0064] like Figure 19 As shown, the long sprocket rod 50 has a sprocket three 51 at one end and a sprocket five 53 at the other end. The long sprocket rod 50 has a sprocket four 52 in the middle and a rod end 54 at the end of the sprocket five 53.

[0065] like Figure 19 As shown, one end of the auxiliary drive shaft 55 has a gear 3 552, and the other end has a sprocket 6 553. The end of the gear 3 552 has an auxiliary drive shaft end 551.

[0066] like Figure 19 As shown, one end of the main drive shaft 56 has a gear 4 561, and the other end has a sprocket 7 562. The end of the gear 4 561 has a main drive shaft end 563, and the inside of the main drive shaft 56 has a spline hole 564.

[0067] like Figure 20 As shown, one end of the short sprocket rod 57 has sprocket eight 571 and sprocket nine 572, which are arranged at intervals. The end of sprocket nine 572 has a short sprocket rod end one 575. The other end of the short sprocket rod 57 has sprocket ten 573 and sprocket eleven 574, which are arranged at intervals. The end of sprocket eleven 574 has a short sprocket rod end two 576.

[0068] like Figure 11As shown, there are two sets of long sprocket rod 50, auxiliary drive shaft 55, main drive shaft 56, short sprocket rod 57, cloth roll 58, chain five 592, chain six 593, chain seven 594, and chain eight 595. Chain three 59 and chain four 591 are chains of different lengths.

[0069] like Figure 11 As shown, there are two sets of skateboard bases 30, which are symmetrically installed in slide rail 13 and two sets of slide rail 21 via slide bar 1 31. Each set of skateboard bases 30 has a push plate 28 installed at the rear end. The push rod 282 and the locking plate 283 of each set of push plate 28 are installed in the back sliding hole 35 of each set of skateboard bases 30. The locking plate 283 contacts the spring 29 in the back sliding hole 35. The lead screw 284 passes through the hollow in the middle of the spring 29 and passes through the threaded hole 265 installed in the threaded drive shaft 26 from the front side of the skateboard base 30.

[0070] like Figure 7 , Figure 8 , Figure 11 As shown, the slide plate 40 is installed in the groove 32 of the slide plate base 30, the auxiliary drive shaft 55 is installed in the mounting hole 8 432, the auxiliary drive shaft end 551 is installed in the mounting hole 7 431, the main drive shaft 56 is installed in the mounting hole 10 442, the main drive shaft end 563 is installed in the mounting hole 9 441, the gear 3 552 meshes with the gear 4 561, the connecting plate 46 is installed on the slide plate 40, two sets of vertical plates 47 are installed on two sets of outward arms 42, two sets of square holes 471 are located on two sets of internal grooves 421, there are two sets of vertical plate cover plates 48, which are installed on the two sets of vertical plates 47 respectively, the cross-section of the square groove 481 is larger than the cross-section of the square hole 471, the short sprocket rod 57 is installed in the two sets of mounting holes 12 482 through the short sprocket rod end 1 575 and the short sprocket rod end 2 576, and the two ends of the side chain rod 577 are installed in the two sets of mounting holes 13 483;

[0071] There are two sets of long sprocket rods 50. The shaft section of the long sprocket rod 50 near the sprocket three 51 is installed in the mounting hole eleven 451, and the rod end 54 is installed in the mounting hole six 422.

[0072] like Figure 11As shown, there are two sets of rolls of cloth 58, which are respectively wound between the two sets of baffles 579 of the two sets of side chain rods 577. The rolls of cloth 58 are made of carbon fiber material. One end of chain three 59 is installed on sprocket six 553 and the other end is installed on a set of sprockets three 51. One end of chain four 591 is installed on sprocket seven 562 and the other end is installed on another set of sprockets three 51. One end of chain five 592 is installed on sprocket four 52 and the other end is installed on sprocket eleven 574. One end of chain six 593 is installed on sprocket five 53 and the other end is installed on sprocket nine 572. One end of chain seven 594 is installed on sprocket eight 571 and the other end is installed on a set of sprockets twelve 578 of the side chain rod 577. One end of chain eight 595 is installed on sprocket ten 573 and the other end is installed on another set of sprockets twelve 578 of the side chain rod 577.

[0073] like Figure 9 As shown, the movable plate 60 has two sets of stretching plates 61, and each set of stretching plates 61 is connected to a roll of cloth 58.

[0074] The basic principle of this invention:

[0075] like Figure 3 , Figure 7 As shown, this is the initial state of the present invention. The two sets of hydraulic rods 281 are retracted into the hydraulic cylinder 14, the slide base 30 is located in the slide rail 13, the slide plate 40 is located in the groove 32, the rear side of the slide plate 40 is attached to the rear side of the groove 32, and both sets of doors 25 are in the closed state.

[0076] Then, the medical staff pushed the mobile CT scanner and the mobile hyperbaric oxygen chamber onto the two sets of mobile plates 60 respectively. Then, the hydraulic cylinder 14 pushed the two sets of hydraulic rods 281 to move, which in turn pushed the push plate 28 to move. The push plate 28 pushed the two sets of push rods 282, clamping plate 283, and lead screw 284 to move synchronously. The clamping plate 283 will press the spring 29 until the elastic force of the spring 29 is balanced with the dynamic friction force of the sliding plate base 30. The sliding plate base 30 will move, which will then move the sliding plate 40 together. The sliding plate 40 will move until the transmission gear 36 meshes with the rack 151, which will cause the transmission gear 36 to rotate. This will cause the rack 311 to drive the sliding plate 40 to move until the sliding plate base 30 contacts the base plate 10.

[0077] Then the motor 322 starts to drive the spline shaft 323 to rotate, so that the main drive shaft 56 rotates through the spline hole 564 and the spline shaft 323, thereby moving the two sets of moving plates 60 completely outside the ambulance.

[0078] During this process, the two sets of lead screws 284 in the direction of each set of moving plates 60 will move through the two sets of springs 29 to the middle section of the threaded holes 265 of the two sets of threaded drive shafts 26, causing the two sets of threaded drive shafts 26 to rotate, which in turn causes the two sets of sprockets 263 to rotate. This, in turn, causes the two sets of sprockets 241 to rotate through chains 27 and 271, which in turn causes the two sets of short gear shafts 24 to drive gear 242 to rotate, which in turn causes rack 252 to move the door 25 upward a certain distance. At this time, the state of the present invention is as follows. Figure 4 , Figure 8 As shown;

[0079] Then, hydraulic cylinder 14 continues to push the two sets of hydraulic rods 281 to move, which in turn causes the two sets of push plates 28 to continue pushing the two sets of push rods 282, clamping plates 283, and lead screws 284 to move synchronously. Clamping plates 283 will compress spring 29 to its limit, causing lead screws 284 to continue moving, thereby causing the two sets of threaded drive shafts 26 to continue rotating, and thus causing door 25 to continue moving upward until... Figure 5 , Figure 9 The state shown;

[0080] Then, motor 322 starts and drives spline shaft 323 to rotate. Spline shaft 323 drives main drive shaft 56 to rotate through spline hole 564. Main drive shaft 56 drives gear 3 552 to rotate through gear 4 561. Sprocket 7 562 drives a set of sprockets 3 51 to rotate through chain 4 591. Sprocket 6 553 drives another set of sprockets 3 51 to rotate through chain 3 59. Sprockets 4 52 and sprocket 53 of the two sets of long sprocket rods 50 will cause two sets of sprockets 9 572 and sprocket 11 574 to rotate through chains 5 592 and 6 593, thereby causing short sprocket rod 57 to rotate, and then causing sprockets 8 571 and sprocket 10 573 to rotate. Through chains 7 594 and 8 595, the two sets of sprockets 12 578 of each set of side sprocket rods 577 rotate, thereby releasing the rolled fabric 58. The moving plate 60 moves downward through the stretching plate 61. At this time, the state of the present invention is as follows. Figure 6 , Figure 10 As shown, the medical staff then unloaded the mobile CT scanner and the mobile hyperbaric oxygen chamber from the two sets of mobile panels 60 respectively.

[0081] Then, the motor 322 of the present invention reverses, causing the two sets of moving plates 60 to retract. Then, the hydraulic cylinder 14 retracts the two sets of hydraulic rods 281, thereby causing the push plate 28 to retract. This causes the push rod 282 to move the locking plate 283, thereby releasing the spring 29. Then, the locking plate 283, through the locking slot 351, drives the slide plate base 30 back to its original position, thus returning the present invention to its original state. Figure 1 The state shown.

Claims

1. An apparatus for loading and unloading CT machine and hyperbaric oxygen chamber of an ambulance, comprising a bottom plate (10), a side plate (20), a slide plate base (30), a slide plate (40), and a moving plate (60); characterized in that: The side plate (20), the slide plate base (30), the slide plate (40) have two groups, symmetrical arrangement; The slide plate base (30) is installed in the slide one (13) and two groups of slide two (131) through the slide strip one (31), the rear end of each group of slide plate base (30) is provided with the push plate (28), the push rod (282) of each group of push plate (28) and the clamping plate (283) are installed in the back sliding hole (35) of each group of slide plate base (30), the clamping plate (283) is in contact with the spring (29) in the back sliding hole (35), the lead screw (284) passes through the hollow in the middle of the spring (29), from the front side of the slide plate base (30) passes through the threaded hole (265) installed in the threaded transmission shaft (26); The slide plate (40) is installed in the groove (32) of the slide plate base (30), the auxiliary transmission shaft (55) is installed in the mounting hole eight (432), the auxiliary transmission shaft end (551) is installed in the mounting hole seven (431), the main transmission shaft (56) is installed in the mounting hole ten (442), the main transmission shaft end (563) is installed in the mounting hole nine (441), the gear three (552) is engaged with the gear four (561), the connecting plate (46) is installed on the slide plate (40), two groups of vertical plates (47) are installed on two groups of outer arms (42), two groups of square holes (471) are located on two groups of internal grooves (421), two groups of vertical plate covers (48) are installed on two groups of vertical plates (47), the short chain wheel rod (57) is installed in two groups of mounting holes twelve (482) through the short chain wheel rod end one (575) and the short chain wheel rod end two (576), the side chain rod (577) is installed in two groups of mounting holes thirteen (483) at both ends; The moving plate (60) has two groups of stretching plates (61) on the top, each group of stretching plate (61) is connected with the cloth winding (58).

2. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 1, wherein: The bottom plate (10) is a flat rectangular solid, the bottom plate (10) has two groups of long sides (11), two groups of short sides (12), the bottom plate (10) has a slide one (13) in the center, the slide one (13) has two groups of slide two (131) at both ends, the slide one (13) has a hydraulic cylinder (14) in the center, the hydraulic cylinder (14) has two groups of opposite misaligned hydraulic ports (141), the bottom plate (10) has a mounting groove (15) on both sides of each group of slide two (131), the bottom plate (10) has a rack one (151) on the side of each group of slide two (131), each group of mounting groove (15) has a mounting hole one (152) and a mounting hole two (153).

3. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 2, wherein: The side plate (20) has an inner slide (21) at the center, a notch (211) at the lower end of the center of the side plate (20), two sets of slide three (22) at the edges of the corresponding inner slide (21) of the side plate (20), two sets of L-shaped plates (23) outside the two sets of slide three (22), each set of L-shaped plate (23) has a mounting hole three (231), and the side plate (20) has a mounting hole four (232) at the position corresponding to each mounting hole three (231).

4. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 3, wherein: The short gear shaft (24) has a sprocket one (241) and a gear one (242), and the short gear shaft (24) has a short gear shaft end (243) at the end; the door (25) has the same size as the notch (211), and the door (25) has two sets of extension plates (251) on both sides, each set of extension plate (251) has a rack two (252); the threaded drive shaft (26) has an end shaft one (261) at one end, the threaded drive shaft (26) has a limit ring (262), the threaded drive shaft (26) has an end shaft two (264) at the other end, the threaded drive shaft (26) has a sprocket two (263), and the threaded drive shaft (26) has a threaded hole (265) inside.

5. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 4, wherein: The push plate (28) has a hydraulic rod (281) at the center of one side face, the push plate (28) has two sets of push rods (282) on the other side face, each set of push rod (282) has a clamping plate (283) at the end, and each set of clamping plate (283) has a lead screw (284); the side plate (20) has two sets, which are installed on the two sets of long side faces (11), and each set of side plate (20) is installed with a short gear shaft (24), a door (25), a threaded drive shaft (26), a chain one (27), a chain two (271), and a push plate (28), the short gear shaft (24) is installed in the mounting hole three (231), the short gear shaft end (243) is installed in the mounting hole four (232), the door (25) is installed in the inner slide (21), the gear one (242) is engaged with the rack two (252), the threaded drive shaft (26) is installed in the mounting hole one (152) through the end shaft one (261), the end shaft two (264) is installed in the mounting hole two (153), the chain one (27) is installed between the two sets of sprocket one (241) and sprocket two (263), and the chain two (271) is installed between the other two sets of sprocket one (241) and sprocket two (263).

6. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 5, wherein: The push plate (28) has two groups, symmetrically arranged, respectively installed on both sides of the slide (13), two groups of hydraulic rods (281) are respectively installed in the two groups of hydraulic ports (141) of the hydraulic cylinder (14), the push rod (282) and the clamping plate (283) are installed in the back slide hole (35); The slide base (30) has a slide strip (31) on both sides, the top surface of the slide base (30) has a groove (32), the rear side of the groove (32) has a side groove (321), the side groove (321) has a motor (322), the motor (322) is provided with a spline shaft (323), the groove (32) has a slide (33) at the bottom of the two sides, the groove (32) has two groups of through holes (34), each group of through holes (34) has a mounting hole (341) on the upper and lower surfaces; The rear side of the slide base (30) has two groups of back slide holes (35), and the port of each group of back slide holes (35) has a clamping hole (351).

7. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 6, wherein: The slide plate (40) has two groups of multi-stage slide plates (41) and outer arms (42) on both sides, the multi-stage slide plates (41) are located on the side of the slide plate (40) and the side of the outer arm (42), the outer arm (42) has a rack (411) on the upper end of the side, the slide plate (40) has a fixed plate (43) and a fixed plate (44) on the center line of the lower end, the fixed plate (43) is in front of the fixed plate (44), the fixed plate (43) has a mounting hole (431) and a mounting hole (441), the fixed plate (44) has a mounting hole (432) and a mounting hole (442), the slide plate (40) has two groups of fixed plates (45) on both sides of the lower end, each group of fixed plates (45) has a mounting hole (451); The connecting plate (46) has two groups of vertical plates (47) at both ends, each group of vertical plates (47) has a square hole (471); The vertical plate cover plate (48) has a square groove (481), and the square groove (481) has two groups of mounting holes (482) and mounting holes (483) on both sides.

8. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 7, wherein: The long chain wheel rod (50) has a chain wheel three (51) at one end and a chain wheel five (53) at the other end, and has a chain wheel four (52) in the middle. The end of the chain wheel five (53) has a rod end (54). The auxiliary transmission shaft (55) has a gear three (552) at one end and a chain wheel six (553) at the other end. The end of the gear three (552) has an auxiliary transmission shaft end (551). The main transmission shaft (56) has a gear four (561) at one end and a chain wheel seven (562) at the other end. The end of the gear four (561) has a main transmission shaft end (563). The main transmission shaft (56) has a spline hole (564) inside. The short chain wheel rod (57) has a chain wheel eight (571) and a chain wheel nine (572) at one end. The chain wheel eight (571) and the chain wheel nine (572) are arranged at intervals. The end of the chain wheel nine (572) has a short chain wheel rod end one (575). The other end of the short chain wheel rod (57) has a chain wheel ten (573) and a chain wheel eleven (574). The chain wheel ten (573) and the chain wheel eleven (574) are arranged at intervals. The end of the chain wheel eleven (574) has a short chain wheel rod end two (576). The long chain wheel rod (50), the auxiliary transmission shaft (55), the main transmission shaft (56), the short chain wheel rod (57), the cloth winding (58), the chain five (592), the chain six (593), the chain seven (594), and the chain eight (595) have two groups in common. The chain three (59) and the chain four (591) are chains of different lengths.

9. The apparatus for loading and unloading a CT machine and a hyperbaric oxygen chamber of an ambulance according to claim 8, wherein: The long chain wheel rod (50) has two groups in common. The shaft section near the chain wheel three (51) of the long chain wheel rod (50) is installed in the mounting hole eleven (451), and the rod end (54) is installed in the mounting hole six (422). The cloth winding (58) has two groups, which are wound between the two groups of flapper discs (579) of the two groups of side chain rods (577). The cloth winding (58) is made of carbon fiber material. One end of the chain three (59) is installed on the chain wheel six (553), and the other end is installed on a group of chain wheels three (51). One end of the chain four (591) is installed on the chain wheel seven (562), and the other end is installed on another group of chain wheels three (51). One end of the chain five (592) is installed on the chain wheel four (52), and the other end is installed on the chain wheel eleven (574). One end of the chain six (593) is installed on the chain wheel five (53), and the other end is installed on the chain wheel nine (572). One end of the chain seven (594) is installed on the chain wheel eight (571), and the other end is installed on a group of chain wheels twelve (578) of the side chain rod (577). One end of the chain eight (595) is installed on the chain wheel ten (573), and the other end is installed on another group of chain wheels twelve (578) of the side chain rod (577).

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