CN204355109U - Dislysate transport and automatically centralised arrangement - Google Patents
Dislysate transport and automatically centralised arrangement Download PDFInfo
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- CN204355109U CN204355109U CN201520010293.1U CN201520010293U CN204355109U CN 204355109 U CN204355109 U CN 204355109U CN 201520010293 U CN201520010293 U CN 201520010293U CN 204355109 U CN204355109 U CN 204355109U
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- dislysate
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Abstract
The utility model discloses the transport of a kind of dislysate and automatic centralised arrangement; Comprise device car A, device car A includes bearing plate A, four rolling A, stop catch plate A and stay bearing plate A; Stop catch plate A is vertically installed in the rear end of bearing plate A, l-shaped structure one-body molded with bearing plate A; Stay bearing plate A is arranged at the below of the aft end face of stop catch plate A, and the coupling end of stay bearing plate A is fixedly connected with stop catch plate A, the downward-sloping 45 degree of angles of end are arranged, and the length L1 between the coupling end of stay bearing plate A and end is greater than the length L2 between the coupling end of stay bearing plate A and the bottom of stop catch plate A; As inclination stop catch plate A, be carried on dislysate bucket on bearing plate A in company with stop catch plate A by slant setting, with the bottom making the dislysate be installed in this dislysate bucket concentrate on this dislysate bucket; The transport of the utility model tool dislysate and automatically centralized function, make the dislysate being positioned at relevant dislysate bottom of the barrel also can be drawn further, to avoid the wasting of resources.
Description
Technical field
The utility model relates to medical devices equipment technical field, specifically, relates to the transport of a kind of dislysate in order to device dislysate bucket and automatic centralised arrangement.
Background technology
In prior art, when carrying out haemodialysis to patient, need barreled dislysate is transported to corresponding dialysis machine from storehouse before for, and present stage, for splendid attire dislysate dislysate bucket generally every barrel be 10L, be about 11-13 kilogram, divide concentrate A and concentrate B two kinds, traditional way is all generally that device respectively manually has the dislysate bucket of concentrate A and concentrate B portable by corresponding dialysis machine from storehouse by medical personnel, so, namely make medical personnel's labour intensity large, especially for the nurse that strength is little, will be more hard during its portable dislysate bucket, make not have hommization, and then, existing hospital, also have and special order waggon that market generally uses to carry corresponding dislysate bucket for this reason.
But, adopt traditional waggon, also there is certain defect and limitation, specifically, gap, passageway between dialysate chamber bed and bed is narrow and small, when doing haemodialysis to patient, corresponding dialysis machine is then positioned over by the head of a bed of dialysis bed, because traditional waggon volume is still bigger than normal, the passageway that corresponding dialysis bed head of a bed place is narrow and small can not be advanced to, and then, when dislysate bucket being transported to dialysate chamber with it, still need manually to unload dislysate bucket and portable to corresponding dialysis machine other for, this process wastes time and energy, and, frequently move dislysate bucket, also the dislysate being installed on its inside can be made to spill.
Further, when the dialysis bed head of a bed corresponding dislysate bucket being positioned over dialysate chamber is other, it is also upright placement, the drawback of this kind of way is, because of the upright placement of dislysate bucket, dislysate pipette is then draw dislysate from the bottom up, during use, the dislysate being positioned at dislysate bottom of the barrel can not be drawn completely, and then, cause the waste of resource.
By this, for present situation, design a dislysate bucket special transport vehicle of making to measure, directly dislysate bucket is transported to dialysis machine side and dislysate bucket need not be unloaded, in use by corresponding dislysate bucket wing drop, to make the dislysate be positioned at bottom dislysate to be drawn completely, to reach saving resource, the object such as cost-saving, then be necessary, it must have good market popularization value.
Utility model content
The purpose of this utility model is to overcome the deficiency of above-mentioned prior art and a kind of dislysate transport of providing and automatically centralised arrangement.
The technical scheme that the utility model solution prior art problem adopts is: a kind of dislysate transport and automatically centralised arrangement, it comprises device car A, and described device car A includes one in order to carry bearing plate A, four roller A, a stop catch plate A and stay bearing plate A being arranged at corner, described bearing plate A lower surface respectively of dislysate bucket;
Wherein, described stop catch plate A is vertically installed in the rear end of described bearing plate A, l-shaped structure one-body molded with described bearing plate A; Described stay bearing plate A is arranged at the below of the aft end face of described stop catch plate A, and the coupling end of described stay bearing plate A is fixedly connected with described stop catch plate A, the downward-sloping 45 degree of angles of end are arranged, and the length L1 between the coupling end of described stay bearing plate A and end is greater than the length L2 between the coupling end of described stay bearing plate A and the bottom of described stop catch plate A;
As the described stop catch plate A of inclination, to make the end support of described stay bearing plate A when the ground, be carried on dislysate bucket on described bearing plate A in company with described stop catch plate A by slant setting, with the bottom making the dislysate be installed in this dislysate bucket concentrate on this dislysate bucket.
Below above technical scheme is further elaborated:
Preferably, described device car A is provided with a dislysate bucket anchor fitting, and described dislysate bucket anchor fitting comprises an elastic brace web and two in order to tie down the hitching post of described elastic brace web; Hitching post described in two is symmetricly set in the both sides of the aft end face of described stop catch plate A, described elastic brace web be fixed on wherein one described on hitching post.
Preferably, the back upper place of described stop catch plate A is provided with a pushing hands, and described pushing hands is fixedly connected with by the upper end of two pipe links with the aft end face of described stop catch plate A, and described pushing hands parallels with described stop catch plate A.
Preferably, the rear of described stop catch plate A is also provided with two in order to the stirrup of firm described stay bearing plate A, and one end of stirrup described in two is fixedly connected with described pushing hands respectively, and the other end is individually fixed in the upper surface of described stay bearing plate A; The inside of stirrup described in two is hollow form structure, the upper end of described pushing hands is provided with the stretchable pull bar of an inverted U, two ends of described pull bar run through described pushing hands and in mobilizable described stirrup being arranged in two hollow form structures respectively, and the top of described pull bar is provided with the control button of this tie rods length of a control.
Preferably, the middle part of the aft end face of described stop catch plate A be fixed with a upper end formed uncovered can the container of containing objects.
Preferably, also comprise a device car B, the size of described device car B and shape identical with described device car A, described device car B and described device car A is symmetrical arranged in the same way, and described device car B is fixedly connected with described device car A is detachable.
Preferably, described device car B includes one in order to carry bearing plate B, four roller B, a stop catch plate B and stay bearing plate B being arranged at corner, described bearing plate B lower surface respectively of dislysate bucket;
Wherein, described stop catch plate B is vertically installed in the rear end of described bearing plate B, l-shaped structure one-body molded with described bearing plate B; Described stay bearing plate B is arranged at the below of the aft end face of described stop catch plate B, and the coupling end of described stay bearing plate B is fixedly connected with described stop catch plate B, the downward-sloping 45 degree of angles of end are arranged, and the length L3 between the coupling end of described stay bearing plate B and end is greater than the length L4 between the coupling end of described stay bearing plate B and the bottom of described stop catch plate B;
The front end of described bearing plate B near the side of described bearing plate A, the upper end of described stop catch plate B is respectively equipped with a locking piece near the lower end of the side of described stop catch plate A and described stay bearing plate B near the side of described stay bearing plate A; The front end of described bearing plate A near the side of described bearing plate B, the upper end of described stop catch plate A is respectively equipped with a snap close near the lower end of the side of described stop catch plate B and described stay bearing plate A near the side of described stay bearing plate B;
Described snap close is relative with the described locking piece of correspondence position, and when being locked by the described locking piece of correspondence position by described snap close, described device car B is fixedly connected with side by side with described device car A.
Preferably, the size of the size of described bearing plate A and bearing plate B and the dislysate bucket of required shipment is suitable.
Preferably, the side that the upper surface two of described bearing plate A is relative is respectively equipped with a stop block A raised up; The side that the upper surface two of described bearing plate B is relative is respectively equipped with a stop block B raised up.
Preferably, four described roller A and four described roller B are universal rotational wheel, and each described universal rotational wheel is respectively equipped with brake component.
The beneficial effects of the utility model are:
One, a kind of dislysate transport provided by the utility model and automatically centralised arrangement, in the specific implementation, device car A of the present utility model is tilted fixing, namely the roller A of described stay bearing plate A and bearing plate A rear end is made to be supported in ground, dislysate bucket slant setting on described bearing plate A can be carried on, thus, namely the dislysate in corresponding dislysate bucket is made to concentrate on the bottom of this dislysate bucket, when the dislysate in described dislysate bucket is about to be finished, the dislysate being positioned at this dislysate bottom of the barrel also can be drawn by corresponding dialysis tubing further, make the waste that can not cause resource.
Device car A two, in the utility model embodiment is also provided with dislysate bucket anchor fitting, no matter namely described dislysate bucket is square or circular, the utility model is all applicable, during concrete enforcement, only hitching post described in two need be coordinated corresponding dislysate bucket fixedly to be tied up inner end surface at described stop catch plate A by described elastic brace web, corresponding dislysate bucket can not be turned on one's side, and then, ensure the firm placement of dislysate bucket.
Three, the utility model is also provided with the stirrup in order to firm described stay bearing plate A, make described stay bearing plate A firm, reliable, durable, and the utility model in the aft end face of described stop catch plate A be also provided with upper end formed uncovered can the container of containing objects, relevant container can place the instrument relevant to dislysate bucket, as device for releasing closures, haemostatic clamp, seal cover cap etc., also can place other medical productses etc., make the utility model one multiplex, practicality is stronger.
They are four years old, the utility model also comprises device car B, the size of corresponding device car B and structure etc. are identical with described device car A, and, described device car B and described device car A is symmetrical arranged in the same way, described device car B is fixedly connected with described device car A is detachable, and then, dialysate chamber utilize the utility model by described device car A and two kinds, device car B device different dislysate supply patient do haemodialysis use, when implementing, device car A and device car B fixes and forms one, make to take up room little, when the dislysate in the dislysate bucket on the device car be placed therein is finished, this device car can be separated with another device car, continue before storehouse loads and transports corresponding dislysate bucket to haemodialysis control unit separately through this device car, the device car of dislysate bucket is had to be fixed together again with another device and slant setting, can continue to make the dislysate in two dislysate buckets concentrate on the bottom of corresponding dislysate bucket respectively, corresponding dislysate bucket need not unload, be placed directly on the utility model, haemodialysis can be carried out for patient, whole process is accomplished without any letup, make easy to operate, time saving and energy saving.
Accompanying drawing explanation
Fig. 1 is the integral structure schematic diagram of the A of device car described in the utility model embodiment;
Fig. 2 is the integral structure schematic diagram of the B of device car described in the utility model embodiment;
Fig. 3 is the using state figure mono-of the utility model a kind of dislysate transport and automatic centralised arrangement;
Fig. 4 is the using state figure bis-of the utility model a kind of dislysate transport and automatic centralised arrangement;
The realization of the utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Drawing reference numeral:
Device car A100;
Bearing plate A101; Roller A102; Stop catch plate A103; Stay bearing plate A104; Dislysate bucket anchor fitting A105; Elastic brace web 1501; Hitching post 1502; Pushing hands 106; Pipe link 107; Stirrup 108; Pull bar 109; Container 110; Snap close 111; Stop block A112;
Device car B200;
Bearing plate B201; Roller B202; Stop catch plate B203; Stay bearing plate B204; Locking piece 205; Stop block B206.
Detailed description of the invention
Below with reference to drawings and the specific embodiments describe in detail the technical solution of the utility model so as clearer, understand invention essence of the present utility model intuitively.
Fig. 1 is the integral structure schematic diagram of the A of device car described in the utility model embodiment; Fig. 2 is the integral structure schematic diagram of the B of device car described in the utility model embodiment; Fig. 3 is the using state figure mono-of the utility model a kind of dislysate transport and automatic centralised arrangement; Fig. 4 is the using state figure bis-of the utility model a kind of dislysate transport and automatic centralised arrangement;
Shown in composition graphs 1, Fig. 2, Fig. 3 and Fig. 4;
A kind of dislysate transport provided by the utility model and automatically centralised arrangement, relevant dislysate is mainly used in load and transports dislysate bucket and the bottom for the dislysate in relevant dislysate bucket being concentrated on this dislysate bucket, so that can be drawn use completely.
Specifically, the utility model comprises device car A100, and described device car A100 includes one in order to carry bearing plate A101, four roller A102, a stop catch plate A103 and stay bearing plate A104 being arranged at corner, described bearing plate A101 lower surface respectively of dislysate bucket;
Wherein, described stop catch plate A103 is vertically installed in the rear end of described bearing plate A101, l-shaped structure one-body molded with described bearing plate A101; Described stay bearing plate A104 is arranged at the below of the aft end face of described stop catch plate A103, and the coupling end of described stay bearing plate A104 is fixedly connected with described stop catch plate A103, the downward-sloping 45 degree of angles of end are arranged, and the length L1 between the coupling end of described stay bearing plate A104 and end is greater than the length L2 between the coupling end of described stay bearing plate A104 and the bottom of described stop catch plate A103;
As the described stop catch plate A103 of inclination, to make the end support of described stay bearing plate A104 when the ground, be carried on dislysate bucket on described bearing plate A101 in company with described stop catch plate A103 by slant setting, with the bottom making the dislysate be installed in this dislysate bucket concentrate on this dislysate bucket.
So, a kind of dislysate transport provided by the utility model and automatically centralised arrangement, in the specific implementation, device car A100 of the present utility model is tilted fixing, namely the roller A102 of described stay bearing plate A104 and bearing plate A101 rear end is made to be supported in ground, dislysate bucket slant setting on described bearing plate A101 can be carried on, thus, namely the dislysate in corresponding dislysate bucket is made to concentrate on the bottom of this dislysate bucket, when the dislysate in described dislysate bucket is about to be finished, the dislysate being positioned at this dislysate bottom of the barrel also can be drawn by corresponding dialysis tubing further, make the waste that can not cause resource.
Certainly, for making to alleviate weight of the present utility model, in the specific implementation, described stay bearing plate A104 also can adopt the feet at downward-sloping 45 degree of angles to replace to the utility model, at this, does not do casehistory one by one.
Further, as preferred version, in the present embodiment, described device car A100 is provided with a dislysate bucket anchor fitting 105, and described dislysate bucket anchor fitting 105 comprises an elastic brace web 1051 and two in order to tie down the hitching post 1052 of described elastic brace web 1051; Hitching post 1052 described in two is symmetricly set in the both sides of the aft end face of described stop catch plate A103, described elastic brace web 1051 be fixed on wherein one described on hitching post 1052.
Thus, no matter described dislysate bucket is square or circular, the utility model is all applicable, during concrete enforcement, only hitching post 1052 described in two need be coordinated corresponding dislysate bucket fixedly to be tied up inner end surface at described stop catch plate A103 by described elastic brace web 1051, corresponding dislysate bucket can not be turned on one's side, and then it is better to make the utility model obtain result of use.
Further, in the present embodiment, the back upper place of described stop catch plate A103 is provided with a pushing hands 106, and described pushing hands 106 is fixedly connected with by the upper end of two pipe links 107 with the aft end face of described stop catch plate A103, and described pushing hands 106 parallels with described stop catch plate A103.
Meanwhile, the rear of described stop catch plate A103 is also provided with two in order to the stirrup 108 of firm described stay bearing plate A104, and one end of stirrup 108 described in two is fixedly connected with described pushing hands 106 respectively, and the other end is individually fixed in the upper surface of described stay bearing plate A104.
Described in two, the inside of stirrup 108 is hollow form structure, the upper end of described pushing hands 106 is provided with the stretchable pull bar 109 of an inverted U, two ends of described pull bar 109 run through described pushing hands 106 and in mobilizable described stirrup 108 being arranged in two hollow form structures respectively, and the top of described pull bar 109 is provided with the control button of this pull bar 109 stretched length of a control.
So, when necessary, by stretching described pull bar 109 to certain altitude being locked by described control button, namely by pulling described pull bar 109 to promote or pulling described device car A100, when making operation, more time saving and energy saving.
It should be noted that, the stretching principle of relevant pull bar 109 and locking principle etc., identical with stretchable pull bar 109 principle of traditional baggage container, at this, do not elaborate.
Further, when specifically implementing, the middle part of the aft end face of described stop catch plate A103 be fixed with a upper end formed uncovered can the container 110 of containing objects.
So, on the one hand, by setting up described pushing hands 106, when utilizing described device car A100 to transport dislysate bucket from storehouse even if proper, be convenient to push, on the other hand, by setting up stirrup 108 described in two, namely make it possible to play good reinforcement effect, make described stay bearing plate A104 steadiness good, good reliability, long service life, accordingly, by setting up container 110, relevant container 110 can be used for placing the instrument relevant to dislysate bucket, as device for releasing closures, haemostatic clamp, seal cover cap etc., also can place other medical productses etc., make the utility model one multiplex, practicality is stronger.
It should be noted that, the utility model in the specific implementation, also comprise a device car B200, the size of described device car B200 and shape identical with described device car A100, described device car B200 and described device car A100 is symmetrical arranged in the same way, and described device car B200 is fixedly connected with described device car A100 is detachable.
Thus described device car B200 and described device car A100 can fit use, and can combine use, can separately be used alone again.
Accordingly, described device car B200 includes one in order to carry bearing plate B201, four roller B202, a stop catch plate B203 and stay bearing plate B204 being arranged at corner, described bearing plate B201 lower surface respectively of dislysate bucket;
Wherein, described stop catch plate B203 is vertically installed in the rear end of described bearing plate B201, l-shaped structure one-body molded with described bearing plate B201; Described stay bearing plate B204 is arranged at the below of the aft end face of described stop catch plate B203, and the coupling end of described stay bearing plate B204 is fixedly connected with described stop catch plate B203, the downward-sloping 45 degree of angles of end are arranged, and the length L3 between the coupling end of described stay bearing plate B204 and end is greater than the length L4 between the coupling end of described stay bearing plate B204 and the bottom of described stop catch plate B203;
The front end of described bearing plate B201 near the side of described bearing plate A101, the upper end of described stop catch plate B203 is respectively equipped with a locking piece 205 near the lower end of the side of described stop catch plate A103 and described stay bearing plate B204 near the side of described stay bearing plate A104; The front end of described bearing plate A101 near the side of described bearing plate B201, the upper end of described stop catch plate A103 is respectively equipped with a snap close 111 near the lower end of the side of described stop catch plate B203 and described stay bearing plate A104 near the side of described stay bearing plate B204;
Described snap close 111 is relative with the described locking piece 205 of correspondence position, and when being locked by the described locking piece 205 of correspondence position by described snap close 111, described device car B200 is fixedly connected with side by side with described device car A100.
By this, dialysate chamber utilize the utility model by described device car A100 and two kinds, device car B200 device different dislysate supply patient do haemodialysis use, when implementing, device car A100 and device car B200 fixes and forms one, make to take up room little, when the dislysate in the dislysate bucket on the device car be placed therein is finished, this device car can be unlocked with locking piece 205 by corresponding snap close 111, can be separated with another table apparatus car, be used alone this device car to continue storehouse and load and transport corresponding dislysate bucket to dialysate chamber, the device car of dislysate bucket is had to be fixed together again with another device and slant setting, can continue to make the dislysate in two dislysate buckets concentrate on the bottom of corresponding dislysate bucket respectively, when using the utility model to carry out operation, no matter be carrying dislysate bucket, or automatically concentrating of dislysate, whole action is accomplished without any letup, avoid repeatedly carrying, handling and waste dislysate, make the utility model easy to operate, time saving and energy saving, saving resource.
During as implemented, device car A100 and device car B200 can be fixed together and simultaneously load and transport two kinds of different dislysates from storehouse, one is placed on device car A100, another kind is placed on device car B200, before being shipped to the dialysis machine on dialysis bed side of dialysate chamber simultaneously, and by device car A100 and device car B200 slant setting simultaneously, namely the dislysate bucket making two-phase answer is tilted fixing, when the dislysate on device car A100 is finished, unlocked by described snap close 111 and locking piece 205, device car A100 is separated with device car B200, after thrust unit car A100 loads and transports corresponding dislysate to storehouse again, again device car A100 and device car B200 can be fixed together, and then, device car A100 and device car B200 integrator, two corresponding dislysate buckets are tilted fixing, continue supply patient and do haemodialysis.
When the dislysate in the dislysate bucket on device car B200 is finished, follow-up embodiment and method of operation etc. are identical with described above, at this, do not elaborate, and it should be noted that, device car B200 also includes be provided with as device car A100 pushing hands 106, pipe link 107, stirrup 108, container 110 and dislysate bucket anchor fitting 105 etc., at this, also do not elaborate.
Further, snap close 111 described above and locking piece 205 may correspond to and adopt magnet and magnetic patch, or clasp and clasp etc., at this, also do not do casehistory one by one.
It is emphasized that in the present embodiment, the size of the size of described bearing plate A101 and bearing plate B201 and the dislysate bucket of required shipment is suitable.Namely corresponding device car A100 can only load and transport one barrel of dislysate, and corresponding device car B200 also can only load and transport one barrel of dislysate, thus on integral structure, the utility model compact, takes up room little, makes easy to use.
And in the present embodiment, the side that the upper surface two of described bearing plate A101 is relative is respectively equipped with a stop block A112 raised up; The side that the upper surface two of described bearing plate B201 is relative is respectively equipped with a stop block B206 raised up.
So, when loading and transporting dislysate bucket by described device car A100 and device car B200, on described device car A100, the dislysate bucket of institute's device passes through the barrier effect of described stop block A112, not easily skid, on described device car B200, the dislysate bucket of institute's device is by the barrier effect of described stop block B206, also not easily skids, therefore, when utilizing the utility model to load and transport dislysate bucket, dislysate bucket can obtain good steadiness.
Further, for convenience of dislysate bucket transport and improve flexibility ratio of the present utility model, in the utility model embodiment, four described roller A102 and four described roller B202 are universal rotational wheel, and each described universal rotational wheel is respectively equipped with brake component.
So, the utility model can move by any direction, and when needs make the utility model be locked, only needs pin to step on corresponding brake component, thus, the utility model strong adaptability.
In sum, a kind of dislysate transport provided by the utility model and automatically centralised arrangement, comprise device car A100 and device car B200, corresponding device car A100 and device car B200 can fitly use, can separately be used alone again, corresponding device car A100 and device car B200 is while loading and transporting dislysate bucket, it also can be fixing by inclination, make the dislysate bucket of institute's device can respectively by slant setting, thus, namely the dislysate in corresponding dislysate bucket is made to concentrate on the bottom of this dislysate bucket, when the dislysate in described dislysate bucket is about to be finished, the dislysate being positioned at the bottom of this dislysate bucket also can be drawn by corresponding dialysis tubing further, make the waste that can not cause resource.
Meanwhile, the utility model is provided with dislysate bucket anchor fitting 105, no matter namely described dislysate bucket is square or circular, the utility model is all applicable, and corresponding dislysate bucket can not be turned on one's side after it is placed, makes the utility model result of use good.
Further, no matter device car A100 or device car B200, haemodialysis is done to the dislysate fixed bucket is used for supplying patient from shipment dislysate bucket again to by fixing for the inclination of dislysate bucket, whole action is all accomplish without any letup, need not repeatedly carry and regulate, make easy to operate, time saving and energy saving.
Accordingly, the utility model practical, strong adaptability, complete function, easy to use, time saving and energy saving while, the utility model is in the improvement of structure etc., do not need to increase too many cost yet, and then, the utility model must have good market popularization value, and the utility model can very welcome, can effectively be popularized.
The foregoing is only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model specification sheets and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a dislysate transport and automatically centralised arrangement, it is characterized in that: it comprises device car A, described device car A includes one in order to carry bearing plate A, four roller A, a stop catch plate A and stay bearing plate A being arranged at corner, described bearing plate A lower surface respectively of dislysate bucket;
Wherein, described stop catch plate A is vertically installed in the rear end of described bearing plate A, l-shaped structure one-body molded with described bearing plate A; Described stay bearing plate A is arranged at the below of the aft end face of described stop catch plate A, and the coupling end of described stay bearing plate A is fixedly connected with described stop catch plate A, the downward-sloping 45 degree of angles of end are arranged, and the length L1 between the coupling end of described stay bearing plate A and end is greater than the length L2 between the coupling end of described stay bearing plate A and the bottom of described stop catch plate A;
As the described stop catch plate A of inclination, to make the end support of described stay bearing plate A when the ground, be carried on dislysate bucket on described bearing plate A in company with described stop catch plate A by slant setting, with the bottom making the dislysate be installed in this dislysate bucket concentrate on this dislysate bucket.
2. dislysate transport according to claim 1 and automatically centralised arrangement, it is characterized in that: described device car A is provided with a dislysate bucket anchor fitting, described dislysate bucket anchor fitting comprises an elastic brace web and two in order to tie down the hitching post of described elastic brace web; Hitching post described in two is symmetricly set in the both sides of the aft end face of described stop catch plate A, described elastic brace web be fixed on wherein one described on hitching post.
3. dislysate transport according to claim 2 and automatically centralised arrangement, it is characterized in that: the back upper place of described stop catch plate A is provided with a pushing hands, described pushing hands is fixedly connected with by the upper end of two pipe links with the aft end face of described stop catch plate A, and described pushing hands parallels with described stop catch plate A.
4. dislysate transport according to claim 3 and automatically centralised arrangement, it is characterized in that: the rear of described stop catch plate A is also provided with two in order to the stirrup of firm described stay bearing plate A, one end of stirrup described in two is fixedly connected with described pushing hands respectively, and the other end is individually fixed in the upper surface of described stay bearing plate A; The inside of stirrup described in two is hollow form structure, the upper end of described pushing hands is provided with the stretchable pull bar of an inverted U, two ends of described pull bar run through described pushing hands and in mobilizable described stirrup being arranged in two hollow form structures respectively, and the top of described pull bar is provided with the control button of this tie rods length of a control.
5. dislysate according to claim 4 transport and automatically centralised arrangement, is characterized in that: the middle part of the aft end face of described stop catch plate A be fixed with a upper end formed uncovered can the container of containing objects.
6. dislysate transport according to claim 5 and automatically centralised arrangement, it is characterized in that: also comprise a device car B, the size of described device car B and shape identical with described device car A, described device car B and described device car A is symmetrical arranged in the same way, and described device car B is fixedly connected with described device car A is detachable.
7. dislysate according to claim 6 transport and automatically centralised arrangement, is characterized in that: described device car B includes one in order to carry bearing plate B, four roller B, a stop catch plate B and stay bearing plate B being arranged at corner, described bearing plate B lower surface respectively of dislysate bucket;
Wherein, described stop catch plate B is vertically installed in the rear end of described bearing plate B, l-shaped structure one-body molded with described bearing plate B; Described stay bearing plate B is arranged at the below of the aft end face of described stop catch plate B, and the coupling end of described stay bearing plate B is fixedly connected with described stop catch plate B, the downward-sloping 45 degree of angles of end are arranged, and the length L3 between the coupling end of described stay bearing plate B and end is greater than the length L4 between the coupling end of described stay bearing plate B and the bottom of described stop catch plate B;
The front end of described bearing plate B near the side of described bearing plate A, the upper end of described stop catch plate B is respectively equipped with a locking piece near the lower end of the side of described stop catch plate A and described stay bearing plate B near the side of described stay bearing plate A; The front end of described bearing plate A near the side of described bearing plate B, the upper end of described stop catch plate A is respectively equipped with a snap close near the lower end of the side of described stop catch plate B and described stay bearing plate A near the side of described stay bearing plate B;
Described snap close is relative with the described locking piece of correspondence position, and when being locked by the described locking piece of correspondence position by described snap close, described device car B is fixedly connected with side by side with described device car A.
8. dislysate transport according to claim 7 and automatically centralised arrangement, is characterized in that: the size of the size of described bearing plate A and bearing plate B and the dislysate bucket of required shipment is suitable.
9. dislysate transport according to claim 8 and automatically centralised arrangement, is characterized in that: the side that the upper surface two of described bearing plate A is relative is respectively equipped with a stop block A raised up; The side that the upper surface two of described bearing plate B is relative is respectively equipped with a stop block B raised up.
10. dislysate transport according to claim 9 and automatically centralised arrangement, is characterized in that: four described roller A and four described roller B are universal rotational wheel, and each described universal rotational wheel is respectively equipped with brake component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520010293.1U CN204355109U (en) | 2015-01-08 | 2015-01-08 | Dislysate transport and automatically centralised arrangement |
Applications Claiming Priority (1)
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| CN201520010293.1U CN204355109U (en) | 2015-01-08 | 2015-01-08 | Dislysate transport and automatically centralised arrangement |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104527752A (en) * | 2015-01-08 | 2015-04-22 | 北京大学深圳医院 | Dialyzate transporting and automatic centralizing device |
| CN106864490A (en) * | 2016-12-14 | 2017-06-20 | 无锡市金武助剂厂有限公司 | A kind of solid-state and liquid chemical transport of materials go-cart |
-
2015
- 2015-01-08 CN CN201520010293.1U patent/CN204355109U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104527752A (en) * | 2015-01-08 | 2015-04-22 | 北京大学深圳医院 | Dialyzate transporting and automatic centralizing device |
| CN104527752B (en) * | 2015-01-08 | 2017-05-10 | 北京大学深圳医院 | Dialyzate transporting and automatic centralizing device |
| CN106864490A (en) * | 2016-12-14 | 2017-06-20 | 无锡市金武助剂厂有限公司 | A kind of solid-state and liquid chemical transport of materials go-cart |
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| AV01 | Patent right actively abandoned |
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| AV01 | Patent right actively abandoned |