CN202807781U - Signal-sending mechanism of collecting-and-sending type hanging conveyor - Google Patents
Signal-sending mechanism of collecting-and-sending type hanging conveyor Download PDFInfo
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- CN202807781U CN202807781U CN 201220551308 CN201220551308U CN202807781U CN 202807781 U CN202807781 U CN 202807781U CN 201220551308 CN201220551308 CN 201220551308 CN 201220551308 U CN201220551308 U CN 201220551308U CN 202807781 U CN202807781 U CN 202807781U
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Abstract
The utility model relates to the field of conveying equipment, and particularly discloses a signal-sending mechanism of a collecting-and-sending type hanging conveyor. The signal-sending mechanism of the collecting-and-sending type hanging conveyor comprises a signal detecting device and a signal-sending plate, wherein the signal detecting device is installed on a load bearing rail, and the signal-sending plate is installed on a freight car. The signal detecting device comprises a launcher, a receiver and a detection circuit. The signal-sending plate can run into a signal channel which is placed between the launcher and the receiver to change the on-off state of the signal channel, so that the detection circuit is triggered to send a switching signal. Due to the fact that a structure of combination of the signal detecting device and the signal-sending plate is adopted, so that the signal-sending mechanism of the collecting-and-sending type hanging conveyor is convenient, fast and firm to install. The signal can be triggered without contact and crash between the signal detecting device and the signal-sending plate, so that failure rate of the signal-sending mechanism can be effectively reduced.
Description
Technical field
The utility model relates to the load transfer device field, is a kind of Stacking Type Hang Conveyer number of sending out mechanism specifically, and it adopts contactless energizing signal form, is convenient to install, safeguard, also can reduce mechanical breakdown.
Background technology
Stacking Type Hang Conveyer (power﹠amp; Free overhead conveyor) is the high advanced load transfer device of a kind of maneuverability, degree of automation, it can undertake simple material handling function, can solve again simultaneously complicated material storage-transportation problem, thereby in the large production of modernization, play more and more important effect.In the typical Stacking Type Hang Conveyer, the loading dolly is supported on the bearing rail, promotes its operation by the push rod on the traction piece, relies on stopping of stopper control loading dolly, relies on track switch that the loading dolly is moved along different routes.Specifically the meeting to impulse sender is set of track switch, and send out a number bar the setting of loading dolly, when sending out " recognizing the location " that number bar provides when signal is picked, the impulse sender transmitted signal is to determine the whereabouts of dolly.
At present, each conveyer producer all is the mechanical contact structure at the impulse sender that the Stacking Type Hang Conveyer product uses.Please simultaneously referring to Fig. 1 a, Fig. 1 b, represent the theory of machines structure of traditional Stacking Type Hang Conveyer impulse sender.This impulse sender S mainly consists of by sending out the parts such as number plate (nylon sheet) 103, support, rotating shaft member: send out number plate 103 and be fixed on travel(l)ing rest 102 by bolt+nut+packing ring 101 combinations, this travel(l)ing rest 102 is by bearing pin+spring cotter+washer combinations 109 is hinged on the fixed support 104, and fixed support 104 is fixed on the track T by clamp 107, screw+nut combinations 106, screw+nut combinations 105.Shown in Fig. 1 a, Fig. 1 b, sending out number bar 108 is fixed on the loading dolly C by nut+washer combinations, and approach switch 110 is installed on the fixed support 104, when sending out number bar 108 and send out when contacting between number plate 103, relative motion makes sends out 103 rotations of number plate and approach switch (being generally travel switch) 110 on the triggering fixed support 104 sends signal.
By structure shown in Fig. 1 a, Fig. 1 b as can be known, the action of impulse sender is to utilize the sending out between number plate 103 on number bar 108 and the impulse sender of sending out on the dolly contact, by relative motion a number plate 103 is rotated and triggers approach switch 110, finally sends signal.This is so that there is certain defective in impulse sender, particularly: because this impulse sender utilizes screw to be fixed on the track, can be loosening after often being subject to external impacts, even can be from coming off in the air, impact is normal thus produces, and causes potential safety hazard.In fact, this situation in use happens occasionally, and easily goes out mechanical breakdown, so the producer that has directly just is welded to impulse sender on the track when mounted, but causes like this impulse sender very inconvenient during displacement before and after the needs.
The patent No. discloses the identification mechanism that chain is identified in a kind of application for the Chinese utility model patent of " 200599208 ", and it is accumulating on the straight rail section of track, voussoir is installed respectively, is promoted cylinder, approach switch along working direction; Send out number piece and be installed on the free parking car by sending out number bar, can move along the bar axial direction; The track switch cylinder is installed on the track switch, is controlled to be subjected to logic control system; Voussoir can be shifted all number pieces of sending out onto reset position; Promote cylinder and the number of sending out piece can be pushed away reset position.Read in the trolley travelling process and send out number block message, cooperate voussoir, promote cylinder, approach switch, finally by logic control system control track switch, whether the control dolly returns the spraying of paint spray booth secondary.Impulse sender structure in this patent has adopted the non-contact signal triggering mode, can prevent coming off of impulse sender element, also can conveniently be shifted, but have complex structure, problem that cost is higher, thereby in practice difficulty apply.
The utility model content
For the defective that prior art exists, the purpose of this utility model is to provide a kind of Stacking Type Hang Conveyer number of sending out mechanism simple in structure, easy for installation, can the Effective Raise equipment dependability.
For solving above technical matters, the technical scheme that the utility model adopts is: a kind of Stacking Type Hang Conveyer number of sending out mechanism, comprise the signal supervisory instrument that is installed on the bearing track and number plate of sending out that is installed on the loading dolly, described signal supervisory instrument comprises projector, receptor and testing circuit, described number plate can move in the signal line between described projector and the described receptor, in order to the on off mode of this signal line is changed, trigger thus described testing circuit and send on-off signal.
Alternatively, described signal supervisory instrument is reflective signal supervisory instrument, described reflective signal supervisory instrument comprises signal supervisory instrument body and expelling plate, described projector and described receptor are loaded in the described signal supervisory instrument body, described expelling plate is arranged at the place ahead of described signal supervisory instrument body, and described number plate triggers described testing circuit by cutting between described signal supervisory instrument body and the described reflecting plate.
Alternatively, comprise the signal supervisory instrument support, be formed with the signal supervisory instrument mounting groove on the described signal supervisory instrument support, described signal supervisory instrument body is installed on respectively on two relative madial walls of described signal supervisory instrument mounting groove with described reflecting plate, and described number plate can be cut in the described signal supervisory instrument mounting groove and trigger described testing circuit.
Alternatively, described signal supervisory instrument support comprises the first hold-down arm that is fixed on the bearing track and the second hold-down arm that is fixed on described the first hold-down arm, described the first hold-down arm and described the second hold-down arm form in order to the signal supervisory instrument mounting groove of described signal supervisory instrument body and described reflecting plate to be installed, wherein: described reflecting plate is installed on described the first hold-down arm, described signal supervisory instrument body is installed on described the second hold-down arm; Perhaps, described signal supervisory instrument body is installed on described the first hold-down arm, described reflecting plate is installed on described the second hold-down arm.
Alternatively, described the first hold-down arm comprises installing the first hold-down arm main body of described reflecting plate/described signal supervisory instrument body, described the first hold-down arm main body is respectively to go out the first hold-down arm upper hem and the first hold-down arm lower hem with lateral buckling, described the first hold-down arm main body is fixed in the bearing track outside, and described the first hold-down arm upper hem and described the first hold-down arm lower hem fasten the upper and lower end face of bearing track; Described the second hold-down arm comprises installing the second hold-down arm main body of described signal supervisory instrument body/described reflecting plate, described the second hold-down arm main body folds the second hold-down arm cross break limit to described the first hold-down arm main body one lateral bending, described the second hold-down arm cross break limit bends out the perpendicular flanging of the second hold-down arm to described the second hold-down arm main body heteropleural, and the perpendicular flanging of described the second hold-down arm is fixed on described the first hold-down arm main body.
Alternatively, described the first hold-down arm main body by utilizing powerful magnet for adsorption in the bearing track outside and carry out fastening with screw, described the first hold-down arm upper hem and described the first hold-down arm lower hem are lived the upper and lower end face of bearing track by the screw chucking respectively, and the perpendicular flanging of described the second hold-down arm is fixedly connected on described the first hold-down arm main body by screw.
Alternatively, described signal supervisory instrument body is connected on described the second hold-down arm main body, and described reflecting plate is fixed with one by flathead screw and described the first hold-down arm main body and described strong magnets.
Alternatively, described number plate comprises cutting number plate main body of sending out between described signal supervisory instrument body and the described reflecting plate, described number plate main body is to the loading dolly one lateral buckling number of setting out plate cross break limit, described number plate cross break limit is to described number perpendicular flanging of the plate main body heteropleural bending number of setting out plate, and described the perpendicular flanging of number plate is fixed on the loading dolly.
Alternatively, described number plate offered some suspender notches of arranging by predetermined rule; Perhaps, mounting hanger RF identification data carrier on described number plate.
Alternatively, described signal supervisory instrument is the visible light photoelectric switch; Perhaps, described signal supervisory instrument is the infrared emission Receiver.
Compared with prior art, the beneficial effect of the utility model Stacking Type Hang Conveyer number of sending out mechanism is, simple in structure, use reliable, make simple, reduce production process, mainly comprise following aspect: the version that adopts a signal supervisory instrument+number plate combination, it is convenient, firm to install, but and signal supervisory instrument and send out just energizing signal of number plate no touch, collision between the two, can effectively reduce thus the fault rate of sending out number mechanism.Especially, in sending out number mechanism strong magnets is installed, the adapter plate of sending out number mechanism is drawn onto on the bearing track, after with screw clamp being fixed up and down, does not need welding just can firmly fix impulse sender in orbit again, and is also very convenient when after this needing to be shifted.Further, by process the different circular holes of arranging at each number plate, the RF identification data carrier is installed perhaps, also can identifies suspender easily.
Description of drawings
Fig. 1 a is the front view of traditional Stacking Type Hang Conveyer impulse sender;
Fig. 1 b is the right elevation of Stacking Type Hang Conveyer impulse sender shown in Fig. 1 a, the position of wherein having omitted bearing track and loading dolly;
Fig. 2 a is the front view of the utility model Stacking Type Hang Conveyer number of sending out mechanism one preferred embodiment;
Fig. 2 b is the left view of the mechanism of the Stacking Type Hang Conveyer number of sending out shown in Fig. 2 a, has wherein taken out a number plate.
The specific embodiment
Basic conception of the present utility model is, at bearing track signal supervisory instrument is installed, install on the loading dolly and send out number plate, wherein: signal supervisory instrument comprises projector, receptor and testing circuit, sending out number plate can move in the signal line between projector and the receptor, in order to the on off mode of this signal line is changed, the detection trigger circuit sends on-off signal thus.Sort signal detecting device+send out number version of plate combination, it is convenient, firm to install, but because of signal supervisory instrument with send out just energizing signal of number plate no touch, collision between the two, thereby can effectively reduce the fault rate of a number mechanism.
Described signal supervisory instrument is the visible or infrared light photoelectric switch, also can be the infrared emission Receiver, perhaps is the non-contact type signal detecting device of other structure.Following emphasis further specifies the utility model Stacking Type Hang Conveyer number of sending out mechanism (hereinafter to be referred as impulse sender) in conjunction with the accompanying drawings and embodiments take photoelectric switch as example.
A lot of details have been set forth in the following description so that fully understand the utility model, but the utility model can be implemented much to be different from alternate manner described here, those skilled in the art can do similar popularization in the situation of the utility model intension, so the utility model is not subjected to the restriction of following public specific embodiment.
Embodiment one
Referring to Fig. 2 a, Fig. 2 b, the theory of machines structure of expression the utility model Stacking Type Hang Conveyer number of sending out mechanism one preferred embodiment.This embodiment provides a kind of manufacturing simple, use reliable, the Stacking Type Hang Conveyer number of sending out mechanism easy to adjust, its signal supervisory instrument is the visible or infrared light photoelectric switch, it comprises photoelectric switch 206 and sends out number plate 210: photoelectric switch 206 is installed on the bearing track T, send out number plate 210 and be installed in loading dolly (Fig. 2 a, Fig. 2 b is not shown) on, wherein the number of sending out plate 210 can move among the projector of photoelectric switch 206-receptor light path, send on-off signal in order to trigger thus photoelectric switch 206, this signal is passed to by wire communication mode or communication among the logic control system PLC of Stacking Type Hang Conveyer, the final running route that determines the loading dolly by control track switch tongue (scheming not shown) action.
In the present embodiment, photoelectric switch 206 is the visible or infrared light photoelectric switch, is preferably reflective photoelectric switch 206, and it comprises photoelectric switch body and reflecting plate 205, wherein: projector and receptor are housed in the photoelectric switch body; Expelling plate 205 is positioned at the place ahead of photoelectric switch body; Send out number plate by between incision photoelectric switch body and the reflecting plate 205, and trigger photoelectric switch 206 actions.Its basic functional principle is: under normal circumstances, the visible or infrared light that projector sends is reflected plate 205 and reflects, and is received by the receiver afterwards, and the subsequent detection circuit keeps normality and can output switching signal; When sending out between number plate 210 incision photoelectric switch bodies and the reflecting plate 205, the light that projector sends can't be reflected plate 205 and be reflected back receptor, thus through the corresponding generation on-off signal of photoelectric switch 206 subsequent detection circuit (being generally the output pulse).
The photoelectric switch body of this reflective photoelectric switch 206 and the mounting means of reflecting plate 205 are comparatively flexible, generally can adopt the photoelectric switch support to install.Simply, can form the photoelectric switch mounting groove at the photoelectric switch support, photoelectric switch body and reflecting plate 205 can be installed on respectively thus on two relative madial walls of this photoelectric switch mounting groove, can freely cut in the photoelectric switch mounting groove and trigger photoelectric switch and be as the criterion guarantee to send out a number plate 210.
Such as Fig. 2 a, shown in Fig. 2 b, this photoelectric switch support can be sheet material and forms, it comprises the first hold-down arm (the first adapter plate) the 201 and second hold-down arm 202(the second adapter plate), wherein the first hold-down arm 201 is fixed on the bearing track T, the second hold-down arm 202 is fixed on the first hold-down arm 201, form the photoelectric switch mounting groove by the first hold-down arm 201 and the second hold-down arm 202 thus, photoelectric switch body and reflecting plate 205 wherein can be installed, mounting means has two kinds: one, reflecting plate 205 is installed on the first hold-down arm 201, photoelectric switch body, particular location such as Fig. 2 a are installed on the second hold-down arm 202, shown in Fig. 2 b; The photoelectric switch body is installed on its two, the first hold-down arm 201, reflecting plate 205 is installed on the second hold-down arm 202.
Photoelectric switch mounting groove structure corresponding to above-mentioned photoelectric switch support, sending out number plate 210 is bent into a number plate main body, sends out number plate cross break limit and is sent out the perpendicular several parts of flanging of number plate by sheet material, wherein: send out number plate main body and can cut between photoelectric switch body and the reflecting plate 205, specification is as the criterion not produce to interfere with other parts; Sending out number plate cross break limit forms to loading dolly one lateral buckling for sending out number plate main body; Send out the perpendicular flanging of number plate and be bent to form to sending out a number plate main body heteropleural for sending out number plate cross break limit, correspondingly can offer mounting hole sending out the perpendicular flanging of number plate, in order to pass through screw class fastener the perpendicular flanging of the number of sending out plate is fixed on the loading dolly.
Such as Fig. 2 a, shown in Fig. 2 b, the first hold-down arm 201 and second hold-down arm 202 of above-mentioned photoelectric switch support can be bent to form by sheet material, wherein: the first hold-down arm 201 is the clamp structure of a half opening, it comprises the first hold-down arm main body, the first hold-down arm upper hem and the first hold-down arm lower hem, the first hold-down arm main body is in order to install reflecting plate 205 or photoelectric switch body, the first hold-down arm upper hem and the first hold-down arm lower hem are bent to form to homonymy by the first hold-down arm main body respectively, wherein the first hold-down arm main body is fixed in the bearing track T outside, and the first hold-down arm upper hem and the first hold-down arm lower hem fasten the upper and lower end face of bearing track T; The second hold-down arm 202 comprises that the second hold-down arm main body, the second hold-down arm cross break limit and the second hold-down arm erect flanging, this the second hold-down arm main body is installed photoelectric switch body or reflecting plate 205, this the second hold-down arm cross break limit is formed to the first hold-down arm main body one lateral buckling by the second hold-down arm main body, the perpendicular flanging of the second hold-down arm is bent to form to the second hold-down arm main body heteropleural by the second hold-down arm cross break limit, and the perpendicular flanging of this second hold-down arm is fixed on the first hold-down arm main body.
This photoelectric switch supporting structure can preferably be installed on the bearing track T by strong magnets (such as nd-fe-b) 204.Shown in Fig. 2 a, Fig. 2 b, the first hold-down arm main body is adsorbed in the bearing track T outside and carries out fastening with screw 212 by strong magnets 204, the first hold-down arm upper hem and the first hold-down arm lower hem are lived the upper and lower end face of bearing track T by screw 211 chuckings respectively, and the perpendicular flanging of the second hold-down arm is fixedly connected on the first hold-down arm main body by screw (bolt+packing ring) 203.Accordingly, the photoelectric switch body is connected on the second hold-down arm main body, and anti-reflecting plate 205 is fixed with one by flathead screw 207 and the first hold-down arm main body and strong magnets 204, this has just simplified the mounting structure of photoelectric switch body and reflecting plate 205 preferably, has also improved the reliability of product.
Thus, present embodiment is by adopting the unitized construction form of the photoelectric switch sensor no touch form number of sending out and utilizing powerful magnet for adsorption, can use well no touch form energizing signal, can not become flexible long service life, the effect that is easy to adjust after can reaching thus impulse sender failure rate is low, installation.
In addition, for suspender (scheming not shown) is identified, the Stacking Type Hang Conveyer number of the sending out mechanism of present embodiment can take Optimized Measures further: for example, offer some suspender notches of arranging by predetermined rule in number plate main body of sending out of sending out number plate 201, wherein the corresponding suspender coding of the hole of every kind of arrangement difference; And for example, carry code 209 in the mounting hanger RF identification of sending out on number plate main body of sending out number plate 201, concrete availablely install by screw (bolt+packing ring) 208 or other modes, repeat no more.
Present embodiment easily goes out mechanical breakdown in order to overcome existing Stacking Type Hang Conveyer impulse sender, rear easily loosening, the inconvenient deficiency of displacement is installed, and above-mentioned new non-contact formula impulse sender structure is provided.The described impulse sender of this embodiment not only installs, easy to adjust, failure rate is low, and can not coming off, it includes but are not limited to following characteristics:
The first, adopt the contactless signal of loading dolly and impulse sender to trigger form, specifically cancelled number bar of sending out on the loading dolly, send out number plate 210 and at bearing track T photoelectric switch 206 is installed at loading dolly dress.When the loading dolly arrived the impulse sender position, number plate 210 on the loading dolly can block the light of photoelectric switch 206, triggers thus photoelectric switch 206, makes it send signal to logic control system, reaches the purpose of signal detection.Since in signal detection process between loading dolly and the impulse sender without any contacting mechanically, be energizing signal in no touch and collisionless situation fully, thereby mechanical breakdown just can not occur in impulse sender.
Second, strong magnets (nd-fe-b) is installed in impulse sender, first hold-down arm (the first adapter plate) 201 of impulse sender is drawn onto on the bearing track T, suction can reach 100 kilograms, after with screw the clamp of the first hold-down arm 201 being fixed up and down again, do not need welding just can firmly fix impulse sender in orbit, and also very convenient when needing to be shifted later on.
The 3rd, increased new function, for example: can process the different circular holes (or other shape) of arranging at each number plate 210 as required, be used for the coding of suspender; Can also sending out the RF identification data carrier 209 of number plate 201 installations for suspender, when needing RF identification control, system can carry out easily suspender identification.
In fact, according to the groundwork of above-described embodiment one, the utility model can also carry out certain distortion, hereby describes for example.
Embodiment two
Different from embodiment one is, present embodiment adopts the photoelectric switch 206 of other form, such as correlation photoelectric switch, scattered reflection type photoelectric switch, minute surface emission type photoelectric switch, optical fiber photoelectric switch etc., guarantee to send out number plate 210 during use and can be cut in the light path between projector and the receptor and get final product.
For example, adopt simply correlation photoelectric switch 206 just can satisfy well requirement of the present utility model, projector and the parasite of this correlation photoelectric switch structurally are separated from each other, and both are oppositely arranged, and need correspondingly cancel reflecting plate 205 this moment.Cut between projector and the receptor time when sending out a number plate 210, block both light paths and the state of photoelectric switch 206 is changed, the testing circuit that triggers thus photoelectric switch 206 sends on-off signal.
Embodiment three
Different from embodiment one, embodiment two is, photoelectric switch 206 usefulness fired infrared receivers (such as the infrared emission Receiver) replace, and wherein the projector of photoelectric switch is substituted by infrared transmission module, and the receptor of photoelectric switch is that infrared receiving module substitutes.Cut between infrared transmission module and the infrared receiving module time when sending out a number plate 210, cut off both signal paths and trigger fired infrared receiver and send on-off signal.Identical with the correlation photoelectric switch on this version principle, thereby can be considered the replacement that is equal to of embodiment two, do not repeat them here.
Above-described embodiment has been described a kind of novel Stacking Type Hang Conveyer number of sending out mechanism, it adopts the structure of the no touch form number of sending out of photoelectric switch sensor and utilizing powerful magnet for adsorption, can use no touch form energizing signal, can not become flexible long service life, the effect that is easy to adjust after can reaching impulse sender failure rate is low, installation.The manufacturing of this impulse sender product is simple, use is reliable, easy to adjust, has tried out at present among 4 inch Stacking Type Hang Conveyer systems, and result of use is very good.
Although the utility model with preferred embodiment openly as above; but it is not to limit the utility model; any those skilled in the art are not within breaking away from spirit and scope of the present utility model; can make possible change and modification, therefore protection domain of the present utility model should be as the criterion with the scope that the utility model claim is defined.
Claims (10)
1. the Stacking Type Hang Conveyer number of sending out mechanism, it is characterized in that, comprise the signal supervisory instrument that is installed on the bearing track and number plate of sending out that is installed on the loading dolly, described signal supervisory instrument comprises projector, receptor and testing circuit, described number plate can move in the signal line between described projector and the described receptor, in order to the on off mode of this signal line is changed, trigger thus described testing circuit and send on-off signal.
2. the Stacking Type Hang Conveyer number of sending out as claimed in claim 1 mechanism, it is characterized in that, described signal supervisory instrument is reflective signal supervisory instrument, described reflective signal supervisory instrument comprises signal supervisory instrument body and expelling plate, described projector and described receptor are loaded in the described signal supervisory instrument body, described expelling plate is arranged at the place ahead of described signal supervisory instrument body, and described number plate triggers described testing circuit by cutting between described signal supervisory instrument body and the described reflecting plate.
3. the Stacking Type Hang Conveyer number of sending out as claimed in claim 2 mechanism, it is characterized in that, comprise the signal supervisory instrument support, be formed with the signal supervisory instrument mounting groove on the described signal supervisory instrument support, described signal supervisory instrument body is installed on respectively on two relative madial walls of described signal supervisory instrument mounting groove with described reflecting plate, and described number plate can be cut in the described signal supervisory instrument mounting groove and trigger described testing circuit.
4. the Stacking Type Hang Conveyer number of sending out as claimed in claim 3 mechanism, it is characterized in that, described signal supervisory instrument support comprises the first hold-down arm that is fixed on the bearing track and the second hold-down arm that is fixed on described the first hold-down arm, described the first hold-down arm and described the second hold-down arm form in order to the signal supervisory instrument mounting groove of described signal supervisory instrument body and described reflecting plate to be installed, wherein: described reflecting plate is installed on described the first hold-down arm, described signal supervisory instrument body is installed on described the second hold-down arm; Perhaps, described signal supervisory instrument body is installed on described the first hold-down arm, described reflecting plate is installed on described the second hold-down arm.
5. the Stacking Type Hang Conveyer number of sending out as claimed in claim 4 mechanism, it is characterized in that, described the first hold-down arm comprises installing the first hold-down arm main body of described reflecting plate/described signal supervisory instrument body, described the first hold-down arm main body is respectively to go out the first hold-down arm upper hem and the first hold-down arm lower hem with lateral buckling, described the first hold-down arm main body is fixed in the bearing track outside, and described the first hold-down arm upper hem and described the first hold-down arm lower hem fasten the upper and lower end face of bearing track; Described the second hold-down arm comprises installing the second hold-down arm main body of described signal supervisory instrument body/described reflecting plate, described the second hold-down arm main body folds the second hold-down arm cross break limit to described the first hold-down arm main body one lateral bending, described the second hold-down arm cross break limit bends out the perpendicular flanging of the second hold-down arm to described the second hold-down arm main body heteropleural, and the perpendicular flanging of described the second hold-down arm is fixed on described the first hold-down arm main body.
6. the Stacking Type Hang Conveyer number of sending out as claimed in claim 5 mechanism, it is characterized in that, described the first hold-down arm main body by utilizing powerful magnet for adsorption in the bearing track outside and carry out fastening with screw, described the first hold-down arm upper hem and described the first hold-down arm lower hem are lived the upper and lower end face of bearing track by the screw chucking respectively, and the perpendicular flanging of described the second hold-down arm is fixedly connected on described the first hold-down arm main body by screw.
7. the Stacking Type Hang Conveyer number of sending out as claimed in claim 6 mechanism, it is characterized in that, described signal supervisory instrument body is connected on described the second hold-down arm main body, and described reflecting plate is fixed with one by flathead screw and described the first hold-down arm main body and described strong magnets.
8. the Stacking Type Hang Conveyer number of sending out as claimed in claim 2 mechanism, it is characterized in that, described number plate comprises cutting number plate main body of sending out between described signal supervisory instrument body and the described reflecting plate, described number plate main body is to the loading dolly one lateral buckling number of setting out plate cross break limit, described number plate cross break limit is to described number perpendicular flanging of the plate main body heteropleural bending number of setting out plate, and described the perpendicular flanging of number plate is fixed on the loading dolly.
9. the Stacking Type Hang Conveyer number of sending out as claimed in claim 1 mechanism is characterized in that, described number plate offered some suspender notches of arranging by predetermined rule; Perhaps, mounting hanger RF identification data carrier on described number plate.
10. such as each the described Stacking Type Hang Conveyer number of sending out mechanism of claim 1～9, it is characterized in that described signal supervisory instrument is the visible light photoelectric switch; Perhaps, described signal supervisory instrument is the infrared emission Receiver.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220551308 CN202807781U (en) | 2012-10-24 | 2012-10-24 | Signal-sending mechanism of collecting-and-sending type hanging conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220551308 CN202807781U (en) | 2012-10-24 | 2012-10-24 | Signal-sending mechanism of collecting-and-sending type hanging conveyor |
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| Publication Number | Publication Date |
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| CN202807781U true CN202807781U (en) | 2013-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220551308 Expired - Fee Related CN202807781U (en) | 2012-10-24 | 2012-10-24 | Signal-sending mechanism of collecting-and-sending type hanging conveyor |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108482966A (en) * | 2018-04-17 | 2018-09-04 | 上海苏腾机械设备有限公司 | A kind of assist device for Stacking Type Hang Conveyer |
| CN111268349A (en) * | 2020-02-12 | 2020-06-12 | 上海驿放智能装备有限公司 | Goods shelf assembly for measuring goods shelf layer where shuttle car is located and measuring method |
| CN115159015A (en) * | 2022-07-28 | 2022-10-11 | 上海思源电力电容器有限公司 | Fast and slow chain turnout pushing system |
-
2012
- 2012-10-24 CN CN 201220551308 patent/CN202807781U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108482966A (en) * | 2018-04-17 | 2018-09-04 | 上海苏腾机械设备有限公司 | A kind of assist device for Stacking Type Hang Conveyer |
| CN108482966B (en) * | 2018-04-17 | 2024-05-31 | 上海苏腾机械设备有限公司 | Boosting device for power and free type suspension conveyor |
| CN111268349A (en) * | 2020-02-12 | 2020-06-12 | 上海驿放智能装备有限公司 | Goods shelf assembly for measuring goods shelf layer where shuttle car is located and measuring method |
| CN111268349B (en) * | 2020-02-12 | 2021-07-13 | 上海驿放智能装备有限公司 | Goods shelf assembly for measuring goods shelf layer where shuttle car is located and measuring method |
| CN115159015A (en) * | 2022-07-28 | 2022-10-11 | 上海思源电力电容器有限公司 | Fast and slow chain turnout pushing system |
| CN115159015B (en) * | 2022-07-28 | 2023-05-23 | 上海思源电力电容器有限公司 | Quick and slow chain turnout pushing system |
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Granted publication date: 20130320 Termination date: 20171024 |