Utility model content
Because the above-mentioned defect of prior art, technical problem to be solved in the utility model is to provide a kind of PH operating capsule handle with interlock.
For achieving the above object, this utility model provides a kind of ph operating capsule handle with interlock, comprise handle housing, primary movement control module, first level motion-control module and second subprime motion-control module, first level stop collar that can move up and down and second subprime stop collar are set in the cavity of handle housing; This first level stop collar is positioned at the rear side of described first level motion-control module, and described second subprime stop collar is positioned at the rear side of described second subprime motion-control module; The rear of described primary movement control module is provided with guide pipe, and one end and the primary movement control module of this guide pipe are fixed, and the other end of guide pipe is through first level stop collar and second subprime stop collar; Described guide pipe has the first lobe that control first level stop collar slide up and down and control the second lobe that second subprime stop collar slides up and down.
Adopt above technical scheme, by adding interlock in handle housing, in use, pull primary movement control module to move backward, thus drive guide pipe to move backward, along with guide pipe moves backward, the first lobe on guide pipe and the second lobe are no longer arranged in first level stop collar and second level stop collar, now first level stop collar and second level stop collar are no longer subject to the support of the first lobe and the second lobe, thus first level stop collar and second level stop collar glide along chute, now the first half of first level stop collar and second level stop collar no longer carries out spacing to the rear end of first level motion-control module and second subprime motion-control module, at this moment just first level motion-control module and second subprime motion-control module can be pulled backward.This structure prevents when also not pulling primary movement control module, has just first pulled first level motion-control module or second subprime motion-control module, thus avoids capsule and scrap.
In order to simplify structure, first level stop collar and second subprime stop collar are only slided up and down in handle housing, be provided with the first sliding tray and the second sliding tray in the cavities, described first level stop collar is arranged in the first sliding tray, and second subprime stop collar is arranged in the second sliding tray.
In order to carry out spacing to first level motion-control module and second subprime motion-control module front end, first level motion-control module and second subprime motion-control module are slided in the scope of specifying, between described primary movement control module and first level motion-control module, be provided with the first limited block, between described first level motion-control module and second subprime motion-control module, be provided with the second limited block.
During in order to prevent from also capsule not being delivered in esophagus, primary movement control module is pulled because of carelessness, capsule is caused to come off from release and scrap, be provided with main spacing module at the outer surface of described handle housing, this main spacing module is between described primary movement control module and the second limited block.
When moving in the cavities to make guide pipe, do not offset, a pair first guide pads are provided with between described primary movement control module and first level stop collar, be provided with a pair second guide pads between described first level stop collar and described second subprime stop collar, described guide pipe passes through from a pair first guide pads and a pair second guide pads.
The beneficial effects of the utility model are: ph capsule can be fixed on human body esophagus by this utility model on the one hand fast and accurately; On the other hand, installed interlock, the situation preventing capsule to scrap occurs.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model one detailed description of the invention.
In figure: handle housing 1, cavity 1a, primary movement control module 2, first level motion-control module 3, second subprime motion-control module 4, first level stop collar 5, second subprime stop collar 6, guide pipe 7, first lobe 7a, second lobe 7b, main spacing module 8, first guide pad 9, second guide pad 10, aspirating hole 11, sealed tube 12, silicone rubber seal cover 13, release installing hole 14, first limited block 16, second limited block 17, first sliding tray 19, second sliding tray 20, centring ring 21, rope yarn 22.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail:
As shown in Figure 1, this utility model has strip handle housing 1, this handle housing 1 is docked by upper shell and lower house and forms, length direction along handle housing 1 is provided with cavity 1a, primary movement control module 2 is disposed with from front to back in this cavity 1a, first level motion-control module 3 and second subprime motion-control module 4, each control module is all slidably matched with handle housing 1, the upper end of each control module is all stretched out outside handle housing 1 by the opening at handle housing 1 top, and each control module is all equipped with a rope yarn 22, one end of this rope yarn connects with corresponding control module, the other end of rope yarn is drawn from the release installing hole 14 of handle housing 1 front end.
The first limited block 16 is provided with between described primary movement control module 2 and first level motion-control module 3, the second limited block 17 is provided with between described first level motion-control module 3 and second subprime motion-control module 4, first limited block 16 and the second limited block 17 play a part spacing, are all fixed on handle housing 1.
The sidewall of handle housing 1 front end is provided with the aspirating hole 11 be communicated with cavity 1a, and the rear side of this aspirating hole 11 is provided with silicone rubber seal cover 13.Silicone rubber seal cover 13 is arranged in the cavity 1a of handle housing 1, and it is spacing by the step surface in cavity 1a that silicone rubber seal overlaps 13 front ends, and rear end and the centring ring 21 of silicone rubber seal cover 13 are close to, centring ring 21 and handle housing 1 tight fit.
Sealed tube 12 is provided with between aspirating hole 11 and first level motion-control module 3, the bottom of one end of sealing pipe 12 and first level motion-control module 3 is fixed, the other end of sealed tube 12 is through silicone rubber seal cover 13, sealing pipe 12 is fixedly connected with by interference fit between overlapping 13 with silicone rubber seal, and the rope yarn be connected on first level motion-control module 3 passes through from sealed tube 12.
In cavity 1a, be provided with the rear side that the first sliding tray 19 and the second sliding tray 20, first sliding tray 19 are positioned at first level motion-control module 3, in the first sliding tray 19, install first level stop collar, 5, first level stop collar 5 can move up and down.Second sliding tray 20 is positioned at the rear side of second subprime motion-control module 4, and in this second sliding tray 20, second subprime stop collar 6 is housed, second subprime stop collar 6 also can move up and down.Be provided with guide pipe 7 at the rear of primary movement control module 2, one end and the primary movement control module 2 of this guide pipe 7 are fixed, and the other end of guide pipe 7 is through first level stop collar 5 and second subprime stop collar 6.Guide pipe 7 has the first lobe 7a that control first level stop collar 5 slide up and down and control the second lobe 7b that second subprime stop collar 6 slides up and down.
Be provided with main spacing module 8 at the outer surface of described handle housing 1, this main spacing module 8 between described primary movement control module 2 and the first limited block 16, and is supported by sealed tube 12.
A pair first guide pads 9 are provided with between described primary movement control module 2 and first level stop collar 5, be provided with a pair second guide pads 10 between described first level stop collar 5 and described second subprime stop collar 6, described guide pipe 7 passes through from a pair first guide pads 9 and a pair second guide pads 10.
Operation principle of the present utility model is as follows:
First capsule is arranged on release and (does not mark in figure), then release is connected with the release installing hole 14 on this utility model, rope yarn in primary movement control module 2 is provided with titanium alloy clip (not marking in figure), and this titanium alloy clip is arranged in capsule.First time level motion-control module 3 is connected with release with the rope yarn on second subprime motion-control module 4.
By handle, release is sent into human body esophagus, subsequently spacing for master module 8 is pulled open, now primary movement control module 2 just slides backward by handle housing 1, primary movement control module 2 is pulled backward, until contact with the first limited block 16, while sliding backward, the rope yarn be automatically connected in primary movement control module 2 is with to move backward in primary movement control module 2, and by rope yarn backward movement the titanium alloy clip be connected on rope yarn is held in esophagus on mucous membrane tissue, thus capsule to be fixed on human body esophagus.
While primary movement control module 2 backward movement, guide pipe 7 is driven to move backward, along with guide pipe 7 moves backward, the first lobe 7a on guide pipe 7 and the second lobe 7b is no longer arranged in first level stop collar 5 and second level stop collar 6, now first level stop collar 5 and second level stop collar 6 are no longer subject to the support of the first lobe 7a and the second lobe 7b, thus first level stop collar 5 and second level stop collar 6 glide along chute, now the first half of first level stop collar 5 and second level stop collar 6 no longer carries out spacing to the rear end of first level motion-control module 3 and second subprime motion-control module 4, now just first level motion-control module 3 can be pulled backward, until first level motion-control module 3 contacts with the second limited block 17.
Drive sealed tube 12 and the rope yarn be connected on first level motion-control module 3 to move backward while first time level motion-control module 3 slides backward, sealing pipe 12 moves backward, separates from silicone rubber seal cover 13 simultaneously.Moved backward by the rope yarn on first level motion-control module 3, thus the rope yarn of primary movement control module 2 and titanium alloy clip are departed from, now, pulling second subprime motion-control module 4 backward, by pulling the rope yarn on second subprime motion-control module 4, capsule is departed from from release, finally by handle, release is pulled out from human body esophagus, complete whole operation.
This utility model is after being fixed on capsule on human body esophagus, also second subprime motion-control module 4 can first be pulled, by capsule from release depart from after, pulling first level motion-control module 3, the rope yarn of primary movement control module 2 and titanium alloy clip departed from.Rope yarn 22 in this utility model adopts medical steel wire.
More than describe preferred embodiment of the present utility model in detail.Should be appreciated that those of ordinary skill in the art just can make many modifications and variations according to design of the present utility model without the need to creative work.Therefore, all technical staff in the art according to design of the present utility model on the basis of existing technology by the available technical scheme of logical analysis, reasoning, or a limited experiment, all should by the determined protection domain of claims.