[0023] The present invention will be further described in detail below with reference to the accompanying drawings and examples. The same components are indicated by the same reference numerals. It should be noted that the words "prior", ",", "left", "right", ",", "left", ",", ",", ",", ",", ",", ",", "," first "and" top " "," Inner "and" outside "refer to the direction or away from the direction of the specific component geometry.
[0024] Such as Figure 1 to 9 As shown, a needle separating a dispensing apparatus of an discarded syringe comprises a collection container 11, and a separation chamber 13 is provided in which the separation chamber 13 is provided in both sides in the separation chamber 13. The syringe syringe reverses the separation mechanism unplugged from the needle syringe, the separation mechanism including push-pull assembly 901 that can push the syringe and capable of clamping the needle, including symmetric sliding mounting Two picked slide 26 in the separation chamber 13, two of the pushing slide 26 can simultaneously slide in the separation chamber 13, and can be pushed during the tail of the syringe syringe in the separation chamber 13 during the sliding process. Thereby, the syringe is contracted to the shortest, and the same syringe is arranged neatly in the same syringe, and the push plate 26 is provided with a pin hole 28 that allows the needle through which the pin hole 28 can enable the separation chamber 13. The syringe needle is inserted therein, and the syringe is pushed to the needle inserted into the nearest in the pinhole 28, the push-slide plate 26, respectively, the pin hole 28 symmetry is mounted with a clip slider 29, The clamp slider 29 is rotated to mounting a diaphragiographic block 31, the diaphragulator 31 can slide after the push plate 26 is slidably machined into the needle clamping in the pin hole 28, and in the pixel Skateboard 26 pulls the needle to unplug the needle.
[0025] Such as figure 1 As shown, the top of the collecting container 11 is provided with a input chamber 12, and the bottom portion is in communication with the separation chamber 13, and the collected container 11 is provided with a tube collection chamber 16 and a needle collecting chamber 17, the tube. The collecting chamber 16 and the needle collecting chamber 17 are spaced apart from the partition, and the tube collecting chamber 16 is connected to the separation chamber 13, the needle collecting chamber 17 is directly connected to the separation chamber 13, and the tube collection The cavity 16 is attached to the separation chamber 13 connection with a fixed bar 14, and the fixed bar 14 is fixedly mounted, and a drop plate 15 opposite the needle collecting chamber 17 is attached, the drop plate 15 to disengage the separation chamber. 13 and the tube collecting chamber 16 is spaced apart, and the guide rod 18 is fixed to the separation chamber 13 and the guide rod 18 is fixedly mounted to the guide. The separation chamber 13 side wall.
[0026] Such as Figure 4 to 6As shown, the push-pull assembly 901 further includes a support plate 27 fixed to the pushing slide 26 near the guide rod 18, and a gap between the support plate 27 and the push plate 26. The unplugged needle can fall into the needle collecting chamber 17 through the gap, and the pushing slide 26 is provided with a reset spring 42 connected to the collecting container 11, and the clip slider 29 is provided with The open spring 30 connected to the slide plate 26 is provided, and the diaphragm 31 is rotationally provided with a torsion spring connected to the clamp slider 29, the clip slide 29 away from the pin hole 28 side. The top block 32 is fixedly mounted, and the gradient plate 33 is fixed in the separation chamber 13, the gradient plate 33, which is left away from the pushing plate 26, and the pushing slide 26 along the graded plate 33. Slide, the top clamp 32 is in contact with the gradient plate 33, the pushing slide 26 slides near, the top clamp 32 can be pushed by the gradient plate 33.
[0027] Such as image 3 As shown, the separation mechanism further includes a wheel assembly 902 that can be pulled by the push-slide plate 26, which includes two sets of rotation, respectively, and four differentials mounted in the side wall of the separation chamber 13, respectively. The pulley 25, two of the branching pulleys 25 in each group are rotated on the same shaft, and the position of the separation chamber 13 is rotated in a position corresponding to the partial pulley 25, and the guide pulley 24 is mounted. The collecting container 11 is further rotated on the same horizontal plane on the guide pulley 24, and the winding wheel 22 is wound around two tension cords, the tensioning rope 23 bypass the guide pulley. 24 After the same side, a set of two of the differential pulley 25, respectively, connects to two of the push plate 26, thereby rotating the winding wheel 22 to be pulled by two tensilements. The rope 23 pulls two pieces of the push plate 26 near each other.
[0028] Such as figure 2 As shown, the separation mechanism further includes a power assembly 903 that can drive two of the winding wheel 22, the power assembly 903 includes a separation motor 19 disposed between the input chamber 12 and the separation chamber 13. The power shaft 20 is connected to the separating motor 19, the power shaft 20 rotates in the collecting container 11, and the collecting container 11 is rotated in the mounting shaft 21, the mounting shaft 21 Two of the winding wheel 22 are fixedly mounted, and the moving shaft 21 is connected to the power shaft 20 by a belt drive.
[0029] Such as Figure 7 As shown, the separation chamber 13 is also provided with the tube collecting chamber 16, and the recovery assembly 904 can be put into the tube collecting chamber 16 after a batch of syringe syringes, the recovery component 904 includes The switching motor 34 provided in the side wall of the separation chamber 13 is connected to the switching motor 34, and the flip split bond shaft 35 is rotated in the separation chamber 13, the separation chamber 13 The spline is installed with two recovery baffles 36, and the two-piece recovery baffle 36 is connected between the two pieces 37, which prevents the syringe injector in the separation chamber to fall into the center. The tube collecting chamber 16 is described.
[0030] Such as Figure 8 As shown, the separation chamber 13 and the input chamber 12 are provided with a blocking assembly 905 that can be spaced apart from the separation chamber 13 and the input chamber 12 when the drive shaft 38 is opened, the blocking assembly 905 includes rotating the drive shaft 38 mounted in the separation chamber 13, the drive shaft 38 is connected to the flipping spool shaft 35 by a belt drive, and the drive shaft 38 rotates in the separation chamber 13 The pendulum 39 is fixedly mounted having a lifting rod 40 in the bottom end of the pendulum 39, and the upper and lower slide mounted in the disengagement chamber 13 slides in the blocking block 41, the pendulum The rod 39 can lift the blocking block 41.
[0031] In the initial state, the recovery baffle 36 is in a closed state;
[0032] When the separation chamber 13 is filled with discarded syringe, the separation motor 19 is activated, so that the power shaft 20 is rotated, thereby rotating by the belt drive to rotate, so that the winding wheel 22 rotates to start winding the tension rope 23, so that The tension cord 23 is slidably sliding in the guide pulley 24 and the directional pulley 25, thereby pushing the syringe syringe in the separation chamber 13, and inserts the needle on both sides into the pin hole 28, when the scrap 26 Sliding to the gradient plate 33 thickness increase, the gradient plate 33 pushes the top clamp block 32, so that the clamp slider 29 is close to each other, so that the dial 31 is in contact with the needle, and in the movement of the pumping slide 26 The diaphragulator is pushed by the needle until the pumping slide 26 is moved to the limit position, and then the separation of the motor 19 is reversed, so that the power shaft 20 is reversed, thereby reversing the wheel 22, thereby relaxing the tension rope 23 The slide plate 26 is reset under the reset spring 42, thereby causing the diaphragulator 31 to clamp the needle pull, at which point the finger on the syringe syringe is blocked by the other side support plate 27, so that the needle can be unplugged, and the needle After unplugging, the pumping slide 26 continues to move with the needle until the top clip 32 is not rising by the gradient plate 33, and the clamp slider 29 opens the spring 30, so that the needle passes the needle through the support plate 27 and push The gap between the slide plate 26 falls into the needle collecting chamber 17, and when the scrap 26 is reset, the start switch motor 34 is rotated to rotate the roll key shaft 35, so that the recovery baffle 36 is flipped, thereby enabling the separation chamber 13 The syringe of the needle is pulled into the tube collection chamber 16, and the flip the sputum shaft 35 is rotated by the belt drive drive shaft 38, so that the pendulum 39 is rotated, thereby lifting the blocking block 41, thereby putting the cavity 12 and The separation chamber 13 is partitioned, thereby preventing the syringe syringe in the inverting chamber 12 from falling into the separation chamber 13.
[0033] The above technical solution reflects only the preferred technical solutions of the technical solutions of the present invention, and those skilled in the art have embodied some of the variations that may be made in certain parts, which are within the scope of the invention.
