CN110451096A - A kind of individual separation of row number card and card discharge device - Google Patents
A kind of individual separation of row number card and card discharge device Download PDFInfo
- Publication number
- CN110451096A CN110451096A CN201910786131.XA CN201910786131A CN110451096A CN 110451096 A CN110451096 A CN 110451096A CN 201910786131 A CN201910786131 A CN 201910786131A CN 110451096 A CN110451096 A CN 110451096A
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- China
- Prior art keywords
- card
- slot
- wall
- face
- lead screw
- Prior art date
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D83/00—Containers or packages with special means for dispensing contents
- B65D83/08—Containers or packages with special means for dispensing contents for dispensing thin flat articles in succession
Abstract
A kind of individual separation of row number card and card discharge device, including equipment frame body, the card storage slot of opening upwards is provided in the equipment frame body, the card storage slot is for placing card, the sealing cap assemblies that can rotate and be used to close the card storage slot relative to the equipment frame body are provided on the upside of the equipment frame body, energy storage equipment is provided in the sealing cap assemblies and the equipment frame body, the card slot out of opening to the left is provided in the downside inner wall of the card storage slot, the height of the card slot out is equal to the thickness of individual card；The present invention is directed to design one kind can to go out card slot closing when not needing card taking, and then completely cut off dust and moisture entrance to greatest extent, and the card diostribution device that internal structure is relatively simple.
Description
Technical field
The present invention relates to card sender equipment technical field, individual separation of specially a kind of row number card and card distribution are set
It is standby.
Background technique
It requires at high speed crossing or similar to the parts such as bank public arena to carry out row number card taking, traditional card taking machine
Be provided with environment inside and out connection card taking machine goes out card slot, when not in use, dust and moisture be easy by go out card slot into
Enter into card taking machine, and then lead to the damage of card taking machine, the card taking machine being arranged outdoors influences more very；
In addition, traditional card taking machine internal structure is complicated, driving structure is complex, and maintenance is cumbersome, and uses a large amount of motor
Increase the use cost of product,
Therefore, the present invention is directed to design one kind can when not needing card taking can will go out card slot closing, and then to greatest extent every
Exhausted dust and moisture enter, and the card diostribution device that internal structure is relatively simple.
Summary of the invention
To solve the above problems, this example devises a kind of individual separation of row number card and card discharge device, including equipment
Frame body is provided with the card storage slot of opening upwards in the equipment frame body, and the card storage slot is for placing card, the equipment frame body
Upside be provided with the sealing cap assemblies that can rotate and be used to close the card storage slot relative to the equipment frame body, the sealing
Energy storage equipment is provided in cap assemblies and the equipment frame body, be provided in the downside inner wall of the card storage slot opening to the left go out
Card slot, it is described go out card slot height be equal to individual card thickness, it is described go out card slot upper inside walls and the card storage slot under
What is be connected between the inner wall of side is provided with leads neck, wherein the front and back side inner wall of the leads neck is provided with inclined-plane, described to lead
It is provided with card driving means in card slot and in the downside inner wall of leads neck, the card driving means can will fall on the card release
Card in slot is released in order to which user of service extracts, and being provided on the left of the card driving means can be to the card slot out
The closing device that left end opening is sealed, the closing device can be when no card be pushed out by the left end of the card slot out
Opening seals, and then prevents external dust or moisture from entering the damage in the present apparatus and leading to the present apparatus, wherein the sealing
Device can link with the card driving means, so in the card pushing meanss when being pushed out card by the sealing
Device is opened.
Wherein, the card driving means include be slidably arranged on it is described go out card slot in push away card sliding block, it is described go out
Be provided with lead screw rotation slot in the downside inner wall of card slot, the upper inside walls of the lead screw rotation slot and it is described go out card slot downside in
What is be connected between wall is provided with link slot, and rotational lead screw is rotatably provided in the lead screw rotation slot, and the lead screw turns
Slidably be provided with the mobile sliding block being threadedly coupled with the rotational lead screw in dynamic slot, the upside end face of the mobile sliding block and
The link block that can be slided in the link slot, the lead screw rotation are fixedly connected between the downside end face for pushing away card sliding block
Torque spring slot is provided in the right side inner wall of slot, the right end extension of the rotational lead screw is passed through in the torque spring slot, institute
It states and is fixedly connected with torque spring between rotational lead screw and the arc-shaped inner wall of the torque spring slot, the lead screw rotation slot
It is provided with gear transmission cavity in inner left wall, the left end of the rotational lead screw, which extends, is passed through that the gear drive is intracavitary and fixation is set
Being equipped with can be in the first driven gear of the intracavitary rotation of the gear drive, the downside of first driven gear and positioned at the tooth
What is be meshed in wheel drive cavity is provided with the first driving gear, the right side of the gear transmission cavity and is located at the lead screw rotation slot
Downside inner wall in be provided with clutch sliding slot, be rotatably provided in the clutch sliding slot and fixed with first driving gear
The bevel gear block of connection, is provided with the cone tooth socket of opening to the right in the bevel gear block, the right side of the cone tooth socket and is located at institute
It states and is slidably provided with clutch slider in clutch sliding slot, the right side of the right end face of the clutch slider and the clutch sliding slot
It is fixedly connected with clutch goring push spring between inner wall, driving motor, institute are fixedly installed in the left end face of the clutch slider
The left end for stating driving motor is connected by power the bevel gear that can be meshed with the cone tooth socket, in addition, the lead screw rotation slot leans on
What is be connected in the downside inner wall of nearly inner left wall is provided with switching sliding slot, is slidably provided with switching in the switching sliding slot
Sliding block is fixedly installed push block on the upside end face of the switching sliding block, the downside inner wall of the switching sliding slot and it is described from
What is be connected between the upper inside walls of conjunction sliding slot is provided with rotation slot, is rotatably provided in the rotation slot and the switching
The meshing gear that the downside end face of sliding block and the upside end face of the clutch slider are meshed.
Wherein, it is fixedly connected with to have between the right end face for pushing away card sliding block and the right side inner wall of card slot out and stretch
The elastomeric isolation block of malleability the card can be isolated by the elastomeric isolation block when card sliding block moves to the left in described push away
In the leads neck.
Wherein, first stroke switch is fixedly installed on the downside end face of the mobile sliding block, the lead screw rotation slot leans on
The second stroke matched can be switched with the first stroke by, which being fixedly installed in the downside inner wall of nearly right side inner wall, switchs, and works as institute
It states second stroke switch and the first stroke switchs when offseting, the driving motor is in state to be launched.
Wherein, third trip switch, a left side for the switching sliding block are fixedly installed in the inner left wall of the switching sliding slot
Fourth stroke switch is fixedly installed on side end face, when fourth stroke switch offsets with third trip switch, institute
Driving motor is stated to stop operating.
Preferable, the closing device includes the sealing driving chamber being set in the gear transmission cavity inner left wall,
Rotatably it is provided with the second driving gear being fixedly connected with first driving gear in the sealing driving chamber, described
The upside of two driving gears and be located at the sealing driving chamber internal messing be provided with the second driven gear, second driven gear
Be fixedly connected with can the cam that rotate, setting in the upper inside walls of the sealing driving chamber in the sealing driving chamber in left side
Have with it is described go out the sealing sliding slot that is connected of card slot, the upper of lower end and the cam is slidably provided in the sealing sliding slot
Hold the spacing block that abuts against, be fixedly connected between the upside end face of the spacing block and the upper inside walls of the sealing sliding slot every
From block goring push spring, perforative be provided in left and right can be with the card release connectivity slot that card slot is connected out in the spacing block.
Preferable, the sealing cap assemblies include being fixedly installed on the equipment frame body close to the upside of left end face
Support column on face, be rotatably provided on the support column can be slided relative to the upside end face of the equipment frame body it is close
Capping.
Preferable, the energy storage equipment includes the photovoltaic panel being fixed on the upside of the sealing cover in end face, described
Photovoltaic panel can convert light energy into electric energy, battery is fixedly installed in the inner left wall of the card storage slot, the battery can
The electric energy converted for storing the photovoltaic panel.
Preferable, it is fixedly installed card taking switch in the left end face of the equipment frame body, needs to take out in user of service
When card taking piece, the driving motor can be started and then drive the present apparatus by pressing the card taking switch.
The beneficial effects of the present invention are: when in use, apparatus of the present invention can carry out point of card according to user of service's demand
Hair, and the present apparatus can carry out the distribution of individual card, and only can be into when user of service removes the card being pushed out
Next card of row is taken, in order to avoid cause to waste, meanwhile, it is not only when unused, even if it is equal to go out card slot in service stage
In the complete isolation or part state of isolation with the external world, and then the entrance of dust and moisture is limited, and then can greatly prolong
The service life of card taking machine, and the configuration of the present invention is simple, it is easy to use, it is worth being recommended to use.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is the overall structure diagram of a kind of individual separation of row number card of the invention and card discharge device；
Fig. 2 is the enlarged structure schematic diagram of " A " of Fig. 1；
Fig. 3 is the enlarged structure schematic diagram of " B " of Fig. 1；
Fig. 4 is the structural schematic diagram of the photovoltaic panel overlook direction in Fig. 1；
Fig. 5 is the structural schematic diagram of the leads neck left view direction in Fig. 1；
Fig. 6 is the connection schematic diagram of the overlook direction in the present invention between rotational lead screw, torque spring and torque spring slot inner wall.
Specific embodiment
Below with reference to Fig. 1-Fig. 6, the present invention is described in detail, for sake of convenience, now provides to hereafter described orientation
As follows: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
The present invention relates to a kind of individual separation of row number card and card discharge devices, are mainly used in the card of public arena
During taking, below in conjunction with attached drawing of the present invention, the present invention will be further described:
A kind of individual separation of row number card and card discharge device according to the present invention, including equipment frame body 11, the equipment frame body
The card storage slot 21 of opening upwards is provided in 11, the card storage slot 21 is for placing card 23, the upside of the equipment frame body 11
It is provided with the sealing cap assemblies that can rotate relative to the equipment frame body 11 and be used to close the card storage slot 21, the sealing cover
It is provided with energy storage equipment in component and the equipment frame body 11, is provided with and is open to the left in the downside inner wall of the card storage slot 21
Card slot 41 out, the height of the card slot 41 out are equal to the thickness of individual card, the upper inside walls and the storage of the card slot 41 out
What is be connected between the downside inner wall of card slot 21 is provided with leads neck 42, wherein the front and back side inner wall of the leads neck 42 is all provided with
It is equipped with inclined-plane, card driving means, the card push is provided in the leads neck 42 and in the downside inner wall of leads neck 42
Device can release the card fallen in the card slot 41 out in order to user of service's extraction, the left side of the card driving means
It is provided with the closing device being sealed that can be open to the left end of the card slot 41 out, the closing device can be pushed away in no card
The left end opening of the card slot 41 out is sealed when submitting, and then prevents external dust or moisture from entering in the present apparatus and causing
The damage of the present apparatus, wherein the closing device can link with the card driving means, and then in the card pushing meanss
The closing device is opened when being pushed out card.
According to embodiment, card driving means is described in detail below, the card driving means includes slidably
Be set to it is described go out card slot 41 in push away card sliding block 61, it is described go out card slot 41 downside inner wall in be provided with lead screw rotation slot
37, what is be connected between the upper inside walls of the lead screw rotation slot 37 and the downside inner wall of card slot 41 out is provided with link slot
39, rotational lead screw 38 is rotatably provided in the lead screw rotation slot 37, is slidably arranged in the lead screw rotation slot 37
There is the mobile sliding block 65 being threadedly coupled with the rotational lead screw 38, the upside end face of the mobile sliding block 65 pushes away card sliding block with described
The link block 59 that can be slided in the link slot 39 is fixedly connected between 61 downside end face, the lead screw rotation slot 37
Torque spring slot 63 is provided in the inner wall of right side, the right end extension of the rotational lead screw 38 is passed through in the torque spring slot 63,
Torque spring 64, the lead screw are fixedly connected between the rotational lead screw 38 and the arc-shaped inner wall of the torque spring slot 63
Gear transmission cavity 55 is provided in the inner left wall of rotation slot 37, the left end of the rotational lead screw 38, which extends, is passed through the gear biography
In dynamic chamber 55 and it is fixedly installed the first driven gear 58 that can be rotated in the gear transmission cavity 55, first driven tooth
Wheel 58 downside and be located at the gear transmission cavity 55 in be meshed be provided with the first driving gear 56, the gear transmission cavity
55 right side and be located at the lead screw rotation slot 37 downside inner wall in be provided with clutch sliding slot 35, can in the clutch sliding slot 35
Rotation is provided with the bevel gear block 53 being fixedly connected with first driving gear 56, is provided with out in the bevel gear block 53
Mouth cone tooth socket 54 to the right, the right side of the cone tooth socket 54 and is located in the clutch sliding slot 35 that be slidably provided with clutch sliding
Block 34 is fixedly connected with clutch pushing tow between the right end face of the clutch slider 34 and the right side inner wall of the clutch sliding slot 35
Spring 68, driving motor 49 is fixedly installed in the left end face of the clutch slider 34, and the left end of the driving motor 49 is dynamic
Power is connected with the bevel gear 52 that can be meshed with the cone tooth socket 54, in addition, the lead screw rotation slot 37 is close to inner left wall
What is be connected in the inner wall of downside is provided with switching sliding slot 46, and switching sliding block 43 is slidably provided in the switching sliding slot 46,
Be fixedly installed push block 44 on the upside end face of the switching sliding block 43, the downside inner wall of the switching sliding slot 46 and it is described from
Close be connected between the upper inside walls of sliding slot 35 be provided with rotation slot 47, be rotatably provided in the rotation slot 47 and institute
The meshing gear 48 that the upside end face of the downside end face and the clutch slider 34 of stating switching sliding block 43 is meshed, in the movement
Sliding block 65 moves through to the left pushes the push block 44 to move to the left, and the bevel gear 52 is finally driven to detach
When the cone tooth socket 54 is outer, the mobile sliding block 65 just stops being moved to the left.
Beneficial, it is fixedly connected between the right end face for pushing away card sliding block 61 and the right side inner wall of card slot 41 out
Elastomeric isolation block 62 with extensibility can be incited somebody to action in described push away when card sliding block 61 moves to the left by the elastomeric isolation block 62
The card 23 is isolated in the leads neck 42.
Beneficial, first stroke switch 67 is fixedly installed on the downside end face of the mobile sliding block 65, the lead screw turns
Dynamic slot 37 is fixedly installed the second row that can be matched with the first stroke switch 67 in the downside inner wall of right side inner wall
Cheng Kaiguan 66, when the second stroke switch 66 offsets with the first stroke switch 67, the driving motor 49 in
Starting state.
Beneficial, it is fixedly installed third trip switch 57 in the inner left wall of the switching sliding slot 46, the switching is slided
Fourth stroke switch 45 is fixedly installed in the left end face of block 43, when the fourth stroke switch 45 is opened with the third trip
When pass 57 offsets, the driving motor 49 stops operating.
According to embodiment, closing device is described in detail below, the closing device includes being set to the gear
Sealing driving chamber 32 in 55 inner left wall of drive cavity is rotatably provided in the sealing driving chamber 32 and described first main
The second driving gear 33 that moving gear 56 is fixedly connected, the upside of second driving gear 33 and be located at the sealing driving chamber
32 internal messings are provided with the second driven gear 29, and the left side of second driven gear 29, which is fixedly connected with, to drive in the sealing
The cam 31 rotated in dynamic chamber 32, be provided in the upper inside walls of the sealing driving chamber 32 with it is described go out card slot 41 be connected
Sliding slot 25 is sealed, described seal slidably is provided with the spacing block that the upper end of lower end and the cam 31 abuts against in sliding slot 25
27, spacing block pushing tow bullet is fixedly connected between the upside end face of the spacing block 27 and the upper inside walls of the sealing sliding slot 25
Spring 26, in the spacing block 27 left and right it is perforative be provided with can with it is described go out the card release connectivity slot 28 that is connected of card slot 41, it is described
The right-end openings of card release connectivity slot 28 are taper, and then enter in the card release connectivity slot 28 convenient for the left end of card 23.
According to embodiment, sealing cap assemblies are described in detail below, the sealing cap assemblies include being fixedly installed on
Support column 69 of the equipment frame body 11 on the upside end face of left end face is rotatably provided on the support column 69
The sealing cover 71 that can be slided relative to the upside end face of the equipment frame body 11, user of service can be by stirring the sealing cover 71
And then the upper end opening of the card storage slot 21 is opened.
According to embodiment, energy storage equipment is described in detail below, the energy storage equipment is described including being fixed at
Photovoltaic panel 72 in 71 upside end face of sealing cover, the photovoltaic panel 72 can convert light energy into electric energy, a left side for the card storage slot 21
Battery 22 is fixedly installed in the inner wall of side, the battery 22 can be used for storing the electric energy that the photovoltaic panel 72 is converted, institute
The electric energy stated in battery 22 can be the third trip switch 57, the fourth stroke switch 45, the driving motor 49, institute
State first stroke switch 67 and the second stroke switch 66 power supply.
Beneficial, it is fixedly installed card taking switch 24 in the left end face of the equipment frame body 11, is needed in user of service
When extracting card, the driving motor 49 can be started and then drive the present apparatus by pressing the card taking switch 24.
When original state, the sealing cover 71 seals the upper end opening of the card storage slot 21, at this point, described push away card sliding block
61 move to right to greatest extent in the card slot 41 out, at this point, the first stroke switch 67 and 66 phase of second stroke switch
It abuts, the clutch slider 34 moves to left to greatest extent in the clutch sliding slot 35, and the bevel gear 52 is engaged in the cone tooth
In slot 54, the switching sliding block 43 moves to right to greatest extent in the switching sliding slot 46, and the spacing block 27 is slided in the sealing
Moved down to greatest extent in slot 25, at this time card release connectivity slot 28 and it is described go out about 41 card slot be staggered and the card release connectivity slot 28
In the lower position of the card slot 41 out.
When carrying out card taking by the present apparatus, user of service is added into suitable card 23 in the card storage slot 21, and will
23 traverse of card；
In card taking, user of service presses the card taking switch 24 and then controls the driving motor 49 and rotates, at this point, rotation
Driving motor 49 drives the bevel gear 52 to rotate, and then the bevel gear block 53 is driven to rotate, and then drives first master
Moving gear 56 rotates,
During the rotation of the first driving gear 56, first driving gear 56 drives 33 turns of second driving gear
It is dynamic, and then drive the cam 31 to rotate by the second driven gear 29, and then the spacing block 27 is driven to slide in the sealing
It is moved in slot 25 and the card release connectivity slot 28 is connected with the card slot 41 out,
While first driving gear 56 rotation, the first driven gear described in 56 synchronous drive of the first driving gear
58 rotations, and then drive first driven gear 58 to rotate, and then drive the mobile sliding block 65 in the lead screw rotation slot
Moved to the left in 37, so by the link block 59 drive it is described push away card sliding block 61 and move to the left, and then push and fall into
The card 23 in the card slot 41 out moves to the left, and is connected in the card release connectivity slot 28 with the card slot 41 out
When, push the left end of the card 23 to enter in the card release connectivity slot 28, the spacing block 27 is moved by limitation at this time, and
During the mobile sliding block 65 continues mobile to the left, the cam 31 continues to rotate spacing block 27 not
It can decline, and card is gradually pushed out outside the left end opening of the card slot 41 out simultaneously, and be rotated in the rotational lead screw 38
During, accumulation of energy can be carried out by the deformation of the torque spring 64, meanwhile, when the left end face of the mobile sliding block 65 is supported
When being connected to the push block 44 and the switching sliding block 43 being driven to move to the left, the switching sliding block 43 passes through the engaging tooth
Wheel 48 drives the clutch slider 34 to move to the right, and then the bevel gear 52 is driven to progressively disengage out the cone tooth socket 54,
And when the bevel gear 52 detaches the cone tooth socket 54, the third trip switch 57 and 45 phase of fourth stroke switch
It abutting, the driving motor 49 stops operating and can dally at this time, meanwhile, when the bevel gear block 53 runs out of steam,
The kinetic energy that the torque spring 64 is saved drives the rotational lead screw 38 to invert, and then drives the mobile sliding block 65 to the right
It moves and is gradually brought to original state；
And at this moment, the card 23 being pushed out is stuck between the card release connectivity slot 28 and the card slot 41 out, is made
When being extracted out the card 23 with personnel, 27 side of spacing block can restore to original state.
The beneficial effects of the present invention are: when in use, apparatus of the present invention can carry out point of card according to user of service's demand
Hair, and the present apparatus can carry out the distribution of individual card, and only can be into when user of service removes the card being pushed out
Next card of row is taken, in order to avoid cause to waste, meanwhile, it is not only when unused, even if it is equal to go out card slot in service stage
In the complete isolation or part state of isolation with the external world, and then the entrance of dust and moisture is limited, and then can greatly prolong
The service life of card taking machine, and the configuration of the present invention is simple, it is easy to use, it is worth being recommended to use.
In the above manner, those skilled in the art can be made within the scope of the invention according to operating mode it is various
Change.
Claims (9)
1. a kind of individual separation of row number card and card discharge device, it is characterised in that: including equipment frame body (11), the equipment
The card storage slot (21) of opening upwards is provided in frame body (11), the card storage slot (21) is for placing card (23), the equipment
Being provided on the upside of frame body (11) can rotate relative to the equipment frame body (11) and for closing the close of the card storage slot (21)
Energy storage equipment is provided in closure assemblies, the sealing cap assemblies and the equipment frame body (11), under the card storage slot (21)
Be provided in the inner wall of side opening to the left go out card slot (41), it is described go out card slot (41) height be equal to individual card thickness, institute
State out be connected between the upper inside walls of card slot (41) and the downside inner wall of the card storage slot (21) be provided with leads neck (42),
Wherein, the front and back side inner wall of the leads neck (42) is provided with inclined-plane, in the leads neck (42) and under leads neck (42)
Card driving means is provided in the inner wall of side, the card that the card driving means can will be fallen in card slot (41) out is released
In order to user of service's extraction, be provided on the left of the card driving means can to it is described go out card slot (41) left end be open into
The left end of card slot (41) out can be open when no card is pushed out and seal by the closing device that row seals, the closing device
Firmly, and then prevent external dust or moisture from entering the damage in the present apparatus and leading to the present apparatus, wherein the closing device can
With the card driving means link, and then the card pushing meanss when being pushed out card by the closing device into
Row is opened.
2. individual separation of a kind of row number card as described in claim 1 and card discharge device, it is characterised in that: the card
Driving means includes being slidably arranged on pushing away card sliding block (61) in card slot (41) out, the downside of card slot (41) out
It is provided in inner wall lead screw rotation slot (37), the downside of the upper inside walls of the lead screw rotation slot (37) and card slot (41) out
What is be connected between inner wall is provided with link slot (39), is rotatably provided with rotational lead screw in the lead screw rotation slot (37)
(38), the mobile sliding block being threadedly coupled with the rotational lead screw (38) is slidably provided in the lead screw rotation slot (37)
(65), being fixedly connected between the upside end face of the mobile sliding block (65) and the downside end face for pushing away card sliding block (61) can be
The link block (59) slided in the link slot (39) is provided with torque spring in the right side inner wall of the lead screw rotation slot (37)
The right end extension of slot (63), the rotational lead screw (38) is passed through in the torque spring slot (63), the rotational lead screw (38) with
It is fixedly connected with torque spring (64) between the arc-shaped inner wall of the torque spring slot (63), the lead screw rotation slot (37)
It is provided in inner left wall gear transmission cavity (55), the left end of the rotational lead screw (38), which extends, is passed through the gear transmission cavity
(55) in and it is fixedly installed the first driven gear (58) that can be rotated in the gear transmission cavity (55), described first is driven
The downside of gear (58) and be located at the gear transmission cavity (55) in be meshed be provided with the first driving gear (56), the tooth
It takes turns the right side of drive cavity (55) and is provided with clutch sliding slot (35) in the downside inner wall of the lead screw rotation slot (37), it is described
The bevel gear block (53) being fixedly connected with first driving gear (56) is rotatably provided in clutch sliding slot (35), it is described
It is provided with the cone tooth socket (54) of opening to the right in bevel gear block (53), the right side of cone tooth socket (54) and to be located at the clutch sliding
It is slidably provided in slot (35) clutch slider (34), the right end face of the clutch slider (34) and the clutch sliding slot
(35) it is fixedly connected between right side inner wall clutch goring push spring (68), it is fixed in the left end face of the clutch slider (34)
It is provided with driving motor (49), the left end of the driving motor (49), which is connected by power, to be meshed with cone tooth socket (54)
Bevel gear (52), in addition, what is be connected in the downside inner wall of the close inner left wall of the lead screw rotation slot (37) is provided with switching
Sliding slot (46) is slidably provided with switching sliding block (43), the upside of switching sliding block (43) in the switching sliding slot (46)
It is fixedly installed on end face push block (44), the downside inner wall of switching sliding slot (46) and the upside of the clutch sliding slot (35)
What is be connected between inner wall is provided with rotation slot (47), is rotatably provided in the rotation slot (47) and the switching sliding block
(43) meshing gear (48) that the upside end face of downside end face and the clutch slider (34) is meshed.
3. individual separation of a kind of row number card as claimed in claim 2 and card discharge device, it is characterised in that: described to push away card
The right end face of sliding block (61) and it is described go out card slot (41) right side inner wall between be fixedly connected with extensibility elasticity every
From block (62), described push away when card sliding block (61) moves to the left can be by the elastomeric isolation block (62) by the card (23)
It is isolated in the leads neck (42).
4. individual separation of a kind of row number card as claimed in claim 3 and card discharge device, it is characterised in that: the movement
First stroke switch (67) is fixedly installed on the downside end face of sliding block (65), the lead screw rotation slot (37) is close to right side inner wall
Downside inner wall in be fixedly installed the second stroke switch (66) that can switch that (67) match with the first stroke, when described
When second stroke switch (66) and first stroke switch (67) offset, the driving motor (49) is in state to be launched.
5. individual separation of a kind of row number card as claimed in claim 4 and card discharge device, it is characterised in that: the switching
It is fixedly installed third trip in the inner left wall of sliding slot (46) and switchs (57), it is solid in the left end face of switching sliding block (43)
Surely it is provided with fourth stroke switch (45), when fourth stroke switch (45) offsets with third trip switch (57),
The driving motor (49) stops operating.
6. individual separation of a kind of row number card as claimed in claim 5 and card discharge device, it is characterised in that: the sealing
Device includes the sealing driving chamber (32) being set in the gear transmission cavity (55) inner left wall, the sealing driving chamber (32)
Interior to be rotatably provided with the second driving gear (33) being fixedly connected with first driving gear (56), described second actively
The upside of gear (33) and be located at sealing driving chamber (32) internal messing be provided with the second driven gear (29), described second from
The cam (31) that can be rotated in sealing driving chamber (32), the sealing driving are fixedly connected on the left of moving gear (29)
It is provided in the upper inside walls of chamber (32) and the sealing sliding slot (25) that card slot (41) are connected out, the sealing sliding slot (25)
The spacing block (27) that the interior upper end for being slidably provided with lower end and the cam (31) abuts against, the spacing block (27) it is upper
Spacing block goring push spring (26), the spacing block are fixedly connected between side end face and the upper inside walls of sealing sliding slot (25)
(27) perforative be provided in interior left and right can be with the card release connectivity slot (28) that card slot (41) are connected out.
7. individual separation of a kind of row number card as claimed in claim 6 and card discharge device, it is characterised in that: the sealing
Cap assemblies include the support column (69) for being fixedly installed on the equipment frame body (11) on the upside end face of left end face, described
The sealing cover (71) that can be slided relative to the upside end face of the equipment frame body (11) is rotatably provided on support column (69).
8. individual separation of a kind of row number card as claimed in claim 7 and card discharge device, it is characterised in that: the accumulation of energy
Device includes the photovoltaic panel (72) being fixed on the upside of the sealing cover (71) in end face, and the photovoltaic panel (72) can be by luminous energy
It is converted into electric energy, is fixedly installed battery (22) in the inner left wall of the card storage slot (21), the battery (22) is available
In the electric energy that the storage photovoltaic panel (72) is converted.
9. individual separation of a kind of row number card as claimed in claim 8 and card discharge device, it is characterised in that: the equipment
It is fixedly installed card taking switch (24) in the left end face of frame body (11), when user of service needs to extract card, presses described
Card taking switch (24) can start the driving motor (49) and then drive the present apparatus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910786131.XA CN110451096B (en) | 2019-08-24 | 2019-08-24 | Numbered card single-sheet separation and card distribution equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910786131.XA CN110451096B (en) | 2019-08-24 | 2019-08-24 | Numbered card single-sheet separation and card distribution equipment |
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| CN110451096A true CN110451096A (en) | 2019-11-15 |
| CN110451096B CN110451096B (en) | 2021-06-18 |
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| CN201910786131.XA Active CN110451096B (en) | 2019-08-24 | 2019-08-24 | Numbered card single-sheet separation and card distribution equipment |
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| CN109094245A (en) * | 2018-09-04 | 2018-12-28 | 唐守林 | A kind of waterproof business card dispensing apparatus |
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| JPH07187421A (en) * | 1993-12-28 | 1995-07-25 | Daiwa Seiko Kk | Card delivery device |
| DE19537020A1 (en) * | 1994-08-10 | 1997-04-10 | Sagem | Distribution of tickets, cards or computer discs carrying information |
| US5829631A (en) * | 1995-01-24 | 1998-11-03 | Algonquin Industries, Inc. | Apparatus for dispensing tickets, cards and the like from a stack |
| US20170253420A1 (en) * | 2016-03-02 | 2017-09-07 | Michael E. Smith | Blood test strip dispenser |
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|---|---|
| CN110451096B (en) | 2021-06-18 |
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Address after: No.138, Huijing North Road, Tianhe District, Guangzhou, Guangdong 510000 Applicant after: Xu Ling Address before: 310002 room 1802, building 19, Wanxin building, Shangcheng District, Hangzhou City, Zhejiang Province Applicant before: Xu Ling |
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