CN204480279U - A kind of screening and separating machine structure of Intelligent card sender - Google Patents
A kind of screening and separating machine structure of Intelligent card sender Download PDFInfo
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- CN204480279U CN204480279U CN201520093057.0U CN201520093057U CN204480279U CN 204480279 U CN204480279 U CN 204480279U CN 201520093057 U CN201520093057 U CN 201520093057U CN 204480279 U CN204480279 U CN 204480279U
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Abstract
The utility model provides a kind of screening and separating machine structure of Intelligent card sender, comprises framework, card reader; Described framework is provided with base plate, and described card reader is arranged on framework or base plate; Base plate offers discharge opening; The separator disk rotated can be driven to be positioned at the top of described base plate by drive unit, between this separator disk and described base plate, leave gap; Described separator disk offers at least one smart card drive hole; After smart card falls into smart card drive hole, carry out Card Reader operate by card reader to this smart card, after Card Reader operation, described smart card falls into described discharge opening from smart card drive hole, and sends from discharge opening.The utility model structure is simple, easy to assembly, reliability is high, is applicable to hanging manufacturing enterprise to smart card Incoming Quality Control, be also applicable to that family is spun, garment enterprise to the sequence of smart card, more can be used for smart card manufacturing enterprise and the end of smart card examined.
Description
Technical field
The utility model relates to a kind of screening and separating machine structure of Intelligent card sender, particularly relates to a kind of screening and separating machine structure spinning the Intelligent card feeder of industry for clothes or family.
Background technology
Smart card is the most key control element of hangar system, is related to the reliability of data acquisition and the stability of system cloud gray model.Also rest in manual operation pattern the sequence major part enterprise needed in the inspection of smart card and production run, efficiency is low, and labour intensity is large, easily makes mistakes.
Summary of the invention
For solving prior art Problems existing, the utility model provides a kind of screening and separating machine structure of Intelligent card sender, instead of traditional manual operation pattern, increases work efficiency, and reduces labour intensity.
The screening and separating machine structure of Intelligent card sender provided by the utility model, is characterized in that: comprise framework, card reader, and described framework is provided with base plate, and described card reader is arranged on framework or base plate; Described base plate offers discharge opening; The separator disk rotated can be driven to be positioned at the top of described base plate by drive unit, leave gap between this separator disk and described base plate, this gap is less than the thickness of a smart card; Described separator disk offers at least one smart card drive hole; After smart card falls into smart card drive hole, carry out Card Reader operate by card reader to this smart card, after Card Reader operation, described smart card falls into described discharge opening from smart card drive hole, and sends from discharge opening.
Drive unit drives separator disk Rotation of receiver smart card, be transported in the smart card drive hole on separator disk when smart card, the lower surface of smart card contacts with backplate surface, carrying out Card Reader by card reader to smart card operates (if now smart card is not in card reader sensing range, separator disk can be driven to rotate by drive unit, drive smart card moves, until be in card reader sensing range), after Card Reader end of operation, drive unit drives separator disk to rotate, because the gap between separator disk and base plate is less than the thickness of a smart card, although the bottom of smart card is positioned at outside smart card drive hole, but the top of smart card is positioned at smart card drive hole, or higher than the upper surface of smart card drive hole, therefore, separator disk can drive smart card to move on base plate, until smart card arrives discharge opening position, discharge opening on base plate is sent, with mechanical type, dividing one by one of smart card is got, replace manual operations, substantially increase work efficiency, reduce labour intensity.Separator disk can be evenly arranged multiple smart card drive hole, multiple smart card drive hole is positioned at circumferentially same, because separator disk rotates under drive unit drives, makes separator disk can constantly receive new smart card, and incessantly smart card is detected, greatly increase work efficiency.
For realizing the orderly feed of smart card, described framework is also provided with panel, and this panel is positioned at the top of described separator disk; Described panel runs through and is provided with feeding cylinder, this feeding cylinder is positioned on the running orbit of described smart card drive hole; Space is left between the lower end of described feeding cylinder and described separator disk; Described smart card falls into smart card drive hole by feeding cylinder.Feeding cylinder is positioned on the running orbit of smart card drive hole, when drive unit drives separator disk to be rotated in place, can guarantee that smart card can accurately fall into smart card drive hole from feeding cylinder.
Preferably, the upper end of described feeding cylinder offers the radial slot perpendicular to its axial direction, and the bottom land of this radial slot is to diameter place, and the groove width of this radial slot is slightly larger than the thickness of a smart card.By the setting of radial slot, smart card is sent into feeding cylinder from radial slot successively, slightly larger than the thickness of a smart card, the groove width of radial slot can guarantee that smart card can not enter feeding cylinder again when the accumulation of feeding cylinder smart card is highly higher than radial slot following.
Preferably, after described smart card falls into described smart card drive hole, the upper surface of described smart card is a little more than the upper surface of smart card drive hole, and the upper surface of this smart card is lower than the lower surface of described feeding cylinder.After smart card falls into smart card drive hole, smart card lower surface and contacts baseplate, if the upper surface of smart card is lower than the upper surface of smart card drive hole, may occur that a smart card in feeding cylinder in the thickness direction thereof, a part is positioned at smart card drive hole, and another part is positioned at feeding cylinder, if now separator disk rotates and will cause movement interference, make screening and separating machine structure stuck, occur that equipment cannot run.
Preferably, the space left between the lower end of described feeding cylinder and described separator disk should be less than the thickness of a smart card.When the smart card drive hole of separator disk is through feeding cylinder, in feeding cylinder, nethermost first smart card can be fallen in smart card drive hole, now, again nethermost second smart card established in feeding cylinder in a thickness direction, its part is still positioned at feeding cylinder, when drive unit drives separator disk to rotate, second smart card can not be taken away, and only the first smart card being positioned at smart card drive hole can be taken away, namely ensure that separator disk smart card drive hole can only take a smart card away at every turn in feeding cylinder, if a part for the second smart card is not positioned at feeding cylinder, this the second smart card will be taken away when separator disk rotates, namely except taking away the first smart card in smart card drive hole, also take away the second smart card, cause being separated entanglement.
Preferably, base plate offers two discharge openings, be respectively qualified smart card discharge opening, defective smart card discharge opening, two discharge openings are positioned on smart card drive hole running orbit, qualified smart card and defective smart card export from the smart card discharge opening from correspondence respectively, realize automatically being separated.
Preferably, described card reader is arranged on the lower surface of described base plate, and is positioned on the running orbit of described smart card drive hole; Described feeding cylinder is between described card reader and one of them discharge opening.Drive unit drives separator disk to rotate, when the smart card drive hole on separator disk arrives below feeding cylinder, take away a smart card, separator disk continues to drive smart card to rotate, until stop above card reader, completed by card reader and the information of smart card to be read and information is uploaded.In order to avoid card reader likely read other run in the information of smart card, card reader optimum is arranged at the centre position of the distance of the two discharge openings side circular arc that is diameter.
Preferably, described base plate is also provided with card reader place smart card inductive switch; Described card reader place smart card inductive switch is for detecting in described smart card drive hole whether have smart card.
Preferably, described base plate or feeding cylinder are also provided with feeding cylinder smart card inductive switch; Described feeding cylinder smart card inductive switch is for detecting in described feeding cylinder whether have smart card, and when there being smart card in feeding cylinder, separator disk just can rotate.
Described drive unit is step motor; The number of degrees α that described step motor is once turned is the integral multiple of this step motor step pitch, and can be divided exactly by 360 degree; Described separator disk is evenly arranged 360/ α smart card drive hole.The number of degrees α that step motor is once turned is that the integral multiple of this step motor step pitch can be avoided producing cumulative errors.
The utility model achieves following technique effect: (1) gets dividing one by one of smart card with mechanical type, replaces manual operations, substantially increases work efficiency, reduce labour intensity.(2) discharge opening arranges two, and be respectively qualified smart card discharge opening and defective smart card discharge opening, can realize automatic gauging to material, reliability is high.(3) auto-sequencing can be realized to smart card, meet offline system processing request well.The utility model structure is simple, easy to assembly, reliability is high, is applicable to hanging manufacturing enterprise to smart card Incoming Quality Control, be also applicable to that family is spun, garment enterprise to the sequence of smart card, more can be used for smart card manufacturing enterprise and the end of smart card examined.
Accompanying drawing explanation
Fig. 1 is one-piece construction schematic diagram of the present utility model;
Fig. 2 is the utility model panel component structure schematic diagram;
Fig. 3 is panel construction schematic diagram of the present utility model;
Fig. 4 is feeding cylinder structural representation of the present utility model;
Fig. 5 is separator disk modular construction schematic diagram of the present utility model;
Fig. 6 is separator disk structural representation of the present utility model;
Fig. 7 is bottom deck assembly elevational schematic view of the present utility model;
Fig. 8 is base arrangement schematic diagram of the present utility model;
Fig. 9 is one-piece construction exploded perspective view of the present utility model;
Figure 10 is the explanation of the mutual position relationship of the utility model component parts;
Figure 11 is that smart card described in the utility model falls into smart card drive hole schematic diagram.
In figure:
1: panel assembly; 1-1: panel; 1-1-1: charging hole; 1-1-2: switch mounting hole; 1-2: switch; 1-3: feeding cylinder; 1-3-1: radial slot;
2: separator disk assembly; 2-1: separator disk; 2-1-1: smart card drive hole; 2-1-2 a: hole kept away by feeding cylinder smart card inductive switch; 2-1-3: motor drive hole; 2-2: motor; 2-3: fixed mount;
3: bottom deck assembly; 3-1: base plate; 3-1-1: qualified smart card discharge opening; 3-1-2: defective smart card discharge opening; 3-1-3 a: hole kept away by feeding cylinder smart card inductive switch; 3-1-4 a: hole kept away by card reader place smart card inductive switch; 3-2: feeding cylinder smart card inductive switch; 3-3: card reader place smart card inductive switch; 3-4: card reader;
4: framework; 4-1: upper ledge upper surface; 4-2: upper ledge lower surface;
5: smart card.
Embodiment
Understand for the ease of those of ordinary skill in the art and implement the utility model, below in conjunction with the drawings and the specific embodiments, the utility model being described in further detail.
As shown in Fig. 1,9, the utility model comprises panel assembly 1, separator disk assembly 2, bottom deck assembly 3 and framework 4.Panel assembly 1 is arranged on the upper ledge upper surface 4-1 of framework 4, and bottom deck assembly 3 is arranged on the upper ledge lower surface 4-2 of framework 4, and separator disk 2-1, between panel 1-1 and base plate 3-1, leaves gap each other.Panel assembly 1 and bottom deck assembly 2 geo-stationary, separator disk 2-1 can be driven by drive unit and rotate.In order to structure is simple, easy to process, both artistic and practical, framework 4 is for be fixedly connected to form with aluminium section bar, and panel assembly 1 is fixed on above framework 4, and the profile of panel 1-1 is corresponding with framework upper ledge profile, and is provided with corresponding fixed orifice as required; Framework 4 can also adopt steel construction.Shape and the installation of panel, base plate are all design based on framework, and back-plane design also can be become the hood-like of upward opening by base plate, fix again, covered between panel and base plate by separator disk after fixing with panel with framework.
As shown in Figure 2,3, 4, panel assembly 1 comprises panel 1-1, and panel 1-1 is provided with charging hole 1-1-1, switch mounting hole 1-1-2.Switch 1-2 is arranged in switch mounting hole 1-1-2; Feeding cylinder 1-3, through charging hole 1-1-1, is fixedly connected with panel 1-1, and flange or alternate manner can be adopted to connect; Space is left between the lower end of feeding cylinder 1-3 and the upper surface of separator disk 2-1.Feeding cylinder 1-3 is on the running orbit of the smart card drive hole 2-1-1 of separator disk 2-1 and be between card reader 3-4 and defective smart card discharge opening 3-1-2.Feeding cylinder 1-3 upper end offers the radial slot 1-3-1 perpendicular to its axis direction, and bottom land is to diameter place, and groove width is slightly larger than a smart card thickness, and this radial slot is as the feeding-passage of smart card, and the aperture of feeding cylinder 1-3 is slightly larger than smart card.The quantity of switch 1-2 is determined by user's request, function and commissioning requirements.Panel 1-1 also can lay a few thing status indicator lamp, alarm lamp.In some screening and separating machine structures according to actual needs, can not installation surface board component, smart card is directly sent in smart card drive hole by feed mechanism.
As shown in Figure 5,6, separator disk assembly 2 comprises separator disk 2-1, the center of separator disk 2-1 is provided with motor drive hole 2-1-3, the shape of this motor drive hole is mated with the motor shaft of motor 2-2, the rotating shaft of motor 2-2 is arranged in motor drive hole 2-1-3, and motor 2-2 is fixedly connected on panel 1-1 by motor mount 2-3; Concrete size according to motor also can cancel motor mount, is directly fixed on base plate or panel by motor.Near the edge of separator disk 2-1, be evenly laid with multiple smart card drive hole 2-1-1, the profile of smart card drive hole and smart card adaptation, shape is preferably circular, and aperture is a bit larger tham smart card, facilitates smart card to fall in feeding cylinder 1-3.Between the smart card drive hole 2-1-1 of separator disk 2-1, be provided with feeding cylinder smart card inductive switch keep away a hole 2-1-2, detect in feeding cylinder 1-3 whether have smart card for convenient.
As shown in Figure 7,8, bottom deck assembly 3 comprises base plate 3-1, base plate 3-1 is provided with two discharge openings, be respectively qualified smart card discharge opening 3-1-1, defective smart card discharge opening 3-1-2, two discharge openings are positioned on the running orbit of smart card drive hole, and two discharging hole sizes are identical, and be a bit larger tham smart card, facilitate smart card to drop out.Card reader 3-4 is arranged on the lower surface of base plate 3-1, is positioned on the running orbit of smart card drive hole, when smart card drive hole drive smart card turn to stop above card reader time, by card reader complete information read and information upload.Further, card reader can be arranged in the middle part of the side arc section between qualified smart card discharge opening 3-1-1 and defective smart card discharge opening 3-1-2, this circular arc with the distance of two discharge openings for diameter, with the central point between two discharge openings for the center of circle, in order to prevent the information misreading smart card in other operation, preferentially be arranged on the centre position of arc section, because smart card 5 and card reader 3-4 are respectively in the upper and lower surface of base plate 3-1, therefore base plate 3-1 should select nonmetallic materials.Card reader 3-4 also can be arranged on framework, even other positions, as long as card reader can realize not misreading again other operating smart card to the Card Reader operation of the smart card in smart card drive hole; Correspondingly, because card reader has certain read range, although be contained on base plate, also certain departing from can be had with the running orbit of smart card drive hole.Feeding cylinder smart card inductive switch 3-2, card reader place intelligent-induction switch 3-3 are fixedly mounted on the lower surface of base plate 3-1 or the correct position of framework 4 according to respective shape support respectively.At two inductive switch installed positions, base plate 3-1 offers that a hole 3-1-3 kept away by feeding cylinder smart card inductive switch, a hole 3-1-4 kept away by card reader place smart card inductive switch respectively, and two pore sizes keeping away a hole ensure two inductive switch energy normal acquisition information.Feeding cylinder smart card inductive switch 3-2 keeps away a hole (2-1-2,3-1-3) through feeding cylinder smart card inductive switch, detects in feeding cylinder 1-3 whether have smart card; Card reader place smart card inductive switch 3-3 keeps away a hole 3-1-4 through card reader place smart card inductive switch, when the smart card drive hole 2-1-1 of separator disk 2-1 turns to the stopping of card reader 3-4 place, detects in smart card drive hole 2-1-1 whether have smart card.As can be seen from Figure 7, smart card inductive switch 3-3 in card reader place is arranged near card reader 3-4; Feeding cylinder smart card inductive switch 3-2 is arranged in feeding cylinder 1-3 region, is advisable to guarantee collecting smart card information, and between card reader and defective smart card discharge opening 3-1-2.When separator disk rotates, hole (2-1-2, a 3-1-3) alignment kept away by the feeding cylinder smart card inductive switch on separator disk 2-1, base plate 3-1, and feeding cylinder smart card inductive switch 3-2 can detect in feeding cylinder whether have smart card; When stopping above smart card drive hole 2-1-1 arrives card reader 3-4, card reader place smart card inductive switch 3-3 can detect in smart card drive hole 2-1-1 whether have smart card.
Card reader place smart card inductive switch 3-3, feeding cylinder smart card inductive switch 3-2 can adopt other method to install, and offer as required and keep away a hole, as long as can have smart card, without detecting
Motor 2-2 is adoptable is step motor, step pitch is 1.8 degree, can forward and reversely rotate, set the disposable 90-degree rotation of this step motor, then 4 smart card drive holes can be set at separator disk 2-1, as Fig. 7, two discharge openings on bottom deck assembly 3 become 90 degree of angles with card reader 3-4 respectively with card reader place inductive switch and rotation center, inductive switch can select optoelectronic switch or card reader, smart card preferentially selects circle, and have a through hole at center, be convenient to the collection after to smart card sequence, the action of whole screening and separating machine structure is controlled by controller.If it should be noted that the integral multiple of the number of degrees step motor step pitch that step motor is disposable turned, otherwise can produce cumulative errors, can be divided exactly by 360 degree again, the smart card drive hole 2-1-1 on such guarantee separator disk 2-1 is uniform simultaneously.Also can be 72 degree etc. by the smart card drive hole line space design of separator disk, now have 5 smart card drive holes, the number of degrees that step motor is disposable turned be 72 degree.The too little size that can increase mechanism of the number of degrees that step motor is disposable turned, so the present embodiment have chosen 90 degree.
As shown in Figure 10, non-installation surface board component in this screening and separating machine structure, smart card 5 directly sends into smart card drive hole by feed mechanism.Leave gap between base plate 3-1 and separator disk 2-1, this gap is less than the thickness of a smart card.After smart card falls into smart card drive hole, smart card falls on base plate, the lower surface of smart card 5 contacts with base plate 3-1, and the upper surface of smart card is positioned at smart card drive hole or exceed the upper surface of smart card drive hole, when separator disk rotates, be positioned at smart card drive hole due to smart card or exceed the upper surface of smart card drive hole, separator disk can drive smart card to rotate on base plate, thus by Intelligent card band to card reader detection zone or enter discharge opening.If the gap between base plate and separator disk is more than or equal to a smart card thickness, smart card cannot rotate with separator disk.
As shown in figure 11, this screening and separating machine structure is provided with panel assembly, leaves space between feeding cylinder lower end and separator disk.Based on the same reasons falling to describing with the preceding paragraph, the gap between base plate and separator disk is less than a smart card thickness.When motor drives separator disk rotation to make smart card drive hole align with feeding cylinder, smart card falls into smart card drive hole.For optimizing the utility model, after smart card falls into smart card drive hole, the upper surface of smart card is a little more than the upper surface of smart card drive hole, and the upper surface of this smart card is lower than the lower surface of feeding cylinder.If the upper surface of smart card is lower than the upper surface of smart card drive hole, may occur that a smart card in feeding cylinder in the thickness direction thereof, a part is positioned at smart card drive hole, another part is positioned at feeding cylinder, if now separator disk rotates and will cause movement interference, make screening and separating machine structure stuck, occur equipment failure; If the upper surface of smart card is higher than the lower surface of feeding cylinder, the top of the smart card likely occurred in smart card drive hole is positioned at feeding cylinder, if same now separator disk rotates will cause movement interference, make screening and separating machine structure stuck, also there will be equipment failure.When not adopting this prioritization scheme, solve by controlling feeding cylinder charging, avoid in feeding cylinder, having two or more smart cards to occur simultaneously, and suitably expand the pore size between feeding cylinder lower end and separator disk, but this will reduce separation efficiency.In aforementioned schemes, likely there is following problems, namely the space between feeding cylinder lower end and separator disk is excessive, after one of them smart card falls into smart card drive hole, another smart card of feeding cylinder drops on the smart card in smart card drive hole, and namely separator disk likely once takes away two or more smart cards.For avoiding occurring that this situation is except controlling the smart card quantity in feeding cylinder, following proposal can also be taked: arranged in the space between feeding cylinder lower end and separator disk be less than a smart card thickness, now, after a smart card falls into smart card drive hole, although another smart card in feeding cylinder also can drop on the smart card in smart card drive hole, but the top of this another smart card is positioned at feeding cylinder, when motor drives separator disk to rotate, separator disk only can take away a smart card.
Be the step motor of 1.8 degree below for drive unit employing step pitch, step motor once rotates selection 90 degree, now, separator disk is provided with the smart card drive hole that 4 become circle distribution, base plate is provided with qualified smart card discharge opening and defective smart card discharge opening, two discharge openings are positioned on the running orbit of smart card drive hole, and the circumference that between two discharge openings, line is formed through smart card drive hole running orbit diametrically, card reader is also positioned on smart card drive hole running orbit, and equal with the distance of two discharge openings; Feeding cylinder arranges between card reader and defective smart card discharge opening, and composition graphs 1-9,11 illustrates initial position of the present utility model and the course of work:
The initial position of screening and separating machine structure described in the utility model work is the card reader on base plate and one of them the smart card drive hole consistency from top to bottom on separator disk, the feeding cylinder consistency from top to bottom on a hole and panel kept away by feeding cylinder smart card inductive switch now on base plate one of them feeding cylinder smart card inductive switch kept away on a hole, separator disk, and two discharge openings on base plate align with wherein two the smart card drive holes on separator disk.
Utility model works process is as follows: the reference position regulating screening and separating machine structure after power-on, and after confirming there is smart card in the correct and feeding cylinder 1-3 of reference position, motor starts to rotate counterclockwise 90 degree, if do not have smart card in feeding cylinder, motor does not work; In rotation process, when smart card drive hole 2-1-1 is through feeding cylinder 1-3, smart card is fallen into wherein under gravity, and motor is rotated further until stop when turning full 90 degree, and now smart card arrives above card reader 3-4 with separator disk.When judging that smart card is qualified, motor starting rotates counterclockwise 90 degree of stoppings, and smart card drive hole aligns with qualified smart card discharge opening, and smart card drops out from qualified smart card discharge opening 3-1-1, waits for that next circulation starts; Owing to separator disk there being multiple smart card drive hole, when aforementioned smart card drops out in qualified smart card drive hole, another smart card drive hole arrives above card reader, and smart card in this smart card drive hole, may do not had, for more intelligent, judge whether smart card by card reader smart card inductive switch.If do not sense smart card, card reader does not read information in addition, is judged as sky, repeats above-mentioned action when now will wait until in feeding cylinder and have smart card; If sense smart card, in addition card reader does not read information, be judged as that smart card is bad, motor starting rotates clockwise 90 degree of stoppings, smart card drive hole aligns with defective smart card discharge opening, smart card drops out from defective smart card discharge opening 3-1-2, and screening and separating machine structure is waited for and being separated the detection of next smart card.A material-receiving device can be designed, the convenient sequence realized smart card under qualified smart card discharge opening 3-1-1.
After having smart card in confirmation reference position in correct and feeding cylinder 1-3, motor starts also can rotate clockwise, now, in the whole course of work, the rotating manner of motor is contrary with the process that the preceding paragraph falls to describing, reach this effect, Structure of need does partial adjustment, namely the position of the position of feeding cylinder, card reader, two discharge openings, inductive switch etc. is carried out mirror image adjustment.
Above embodiment is only one embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.Its concrete structure and scheme can adjust according to actual needs accordingly, and can make numerous variations.
Claims (10)
1. a screening and separating machine structure for Intelligent card sender, is characterized in that: comprise framework, card reader, described framework is provided with base plate, described card reader is arranged on framework or base plate; Described base plate offers discharge opening; The separator disk rotated can be driven to be positioned at the top of described base plate by drive unit, leave gap between this separator disk and described base plate, this gap is less than the thickness of a smart card; Described separator disk offers at least one smart card drive hole; After smart card falls into smart card drive hole, carry out Card Reader operate by card reader to this smart card, after Card Reader operation, described smart card falls into described discharge opening from smart card drive hole, and sends from discharge opening.
2. the screening and separating machine structure of Intelligent card sender as claimed in claim 1, it is characterized in that: described framework is also provided with panel, this panel is positioned at the top of described separator disk; Described panel runs through and is provided with feeding cylinder, this feeding cylinder is positioned on the running orbit of described smart card drive hole; Space is left between the lower end of described feeding cylinder and described separator disk; Described smart card falls into smart card drive hole by feeding cylinder.
3. the screening and separating machine structure of Intelligent card sender as claimed in claim 2, it is characterized in that: the upper end of described feeding cylinder offers the radial slot perpendicular to its axial direction, the bottom land of this radial slot is to diameter place, and the groove width of this radial slot is slightly larger than the thickness of a smart card.
4. the screening and separating machine structure of Intelligent card sender as claimed in claim 2, it is characterized in that: after described smart card falls into described smart card drive hole, the upper surface of described smart card equals or a little more than the upper surface of described smart card drive hole, and the upper surface of this smart card is lower than the lower surface of described feeding cylinder.
5. the screening and separating machine structure of the Intelligent card sender as described in claim 2,3 or 4, is characterized in that: the space between described feeding cylinder lower end and separator disk is less than the thickness of a smart card.
6. the screening and separating machine structure of Intelligent card sender as claimed in claim 2 or claim 3, it is characterized in that: described base plate offers two discharge openings, be respectively qualified smart card discharge opening, defective smart card discharge opening, two discharge openings are positioned on the running orbit of described smart card drive hole.
7. the screening and separating machine structure of Intelligent card sender as claimed in claim 6, is characterized in that: described card reader is arranged on the lower surface of described base plate, and is positioned on the running orbit of described smart card drive hole; Described feeding cylinder is between described card reader and one of them discharge opening.
8. the screening and separating machine structure of the Intelligent card sender as described in claim 1,2 or 3, is characterized in that: described base plate is also provided with card reader place smart card inductive switch; Described card reader place smart card inductive switch is for detecting in described smart card drive hole whether have smart card.
9. the screening and separating machine structure of Intelligent card sender as claimed in claim 2 or claim 3, is characterized in that: described base plate or feeding cylinder are also provided with feeding cylinder smart card inductive switch; Described feeding cylinder smart card inductive switch is for detecting in described feeding cylinder whether have smart card.
10. the screening and separating machine structure of the Intelligent card sender as described in claim 1,2 or 3, is characterized in that: described drive unit is step motor; The number of degrees α that described step motor is once turned is the integral multiple of this step motor step pitch, and can be divided exactly by 360 degree; Described separator disk is evenly arranged the smart card drive hole that 360/ α becomes circle distribution.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520093057.0U CN204480279U (en) | 2015-02-10 | 2015-02-10 | A kind of screening and separating machine structure of Intelligent card sender |
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| CN201520093057.0U CN204480279U (en) | 2015-02-10 | 2015-02-10 | A kind of screening and separating machine structure of Intelligent card sender |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108550931A (en) * | 2018-06-06 | 2018-09-18 | 黄山科太环保科技有限公司 | A kind of polymer battery detecting and controlling system |
| CN113043744A (en) * | 2021-02-07 | 2021-06-29 | 深圳市鑫卡立方智能科技有限公司 | Intelligent card intelligent detection mechanism and code spraying production line equipment thereof |
-
2015
- 2015-02-10 CN CN201520093057.0U patent/CN204480279U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108550931A (en) * | 2018-06-06 | 2018-09-18 | 黄山科太环保科技有限公司 | A kind of polymer battery detecting and controlling system |
| CN113043744A (en) * | 2021-02-07 | 2021-06-29 | 深圳市鑫卡立方智能科技有限公司 | Intelligent card intelligent detection mechanism and code spraying production line equipment thereof |
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