CN214175229U - Intelligent charging terminal - Google Patents

Abstract

An intelligent charging terminal comprising: the intelligent charging terminal assembly is provided with at least one wireless payment module and a coin slot; the cash box accommodating cavity is arranged at the lower part of the intelligent charging terminal assembly, a turnover door is arranged outside the cash box accommodating cavity and used for locking the cash box in the cash box accommodating cavity in a sealing manner; the cash box is characterized in that a top mechanism is arranged in the cash box accommodating cavity, and when the cash box is loaded into the cash box accommodating cavity, the top mechanism applies pressure to the cash box so that the cash box forms a second locking state and is communicated with the coin slot.

Description

Intelligent charging terminal

Technical Field

The utility model relates to a charge terminal technical field, concretely relates to intelligent charge terminal.

Background

In the related art, mobile interconnection enables people to live more and more conveniently, and when people go out daily, young people are more used to selecting a mobile payment mode, and are mostly not used to carrying cash, but old people cannot adapt to complex operations of terminal devices such as smart phones. Therefore, how to better satisfy the payment habits of different people becomes a problem to be solved urgently by the charging terminal.

SUMMERY OF THE UTILITY MODEL

The application provides an intelligent charging terminal, has advantages such as functional strong, the charging mode is extensive, the security is strong.

According to a first aspect, an embodiment provides an intelligent charging terminal, including: the intelligent charging terminal assembly is provided with at least one wireless payment module and a coin slot; the cash box accommodating cavity is arranged at the lower part of the intelligent charging terminal assembly, a turnover door is arranged outside the cash box accommodating cavity and used for locking the cash box in the cash box accommodating cavity in a sealing manner; the cash box accommodating cavity is internally provided with a top mechanism, and when the cash box is loaded into the cash box accommodating cavity, the top mechanism applies pressure to the cash box so as to enable the cash box to form a second locking state and be communicated with the coin slot.

In some embodiments, the intelligent charging terminal assembly further includes: the in-place detection sensor is arranged at the bottom of the intelligent charging terminal assembly and used for generating an in-place detection signal when a rotary coin inlet of the money box is opened, wherein the rotary coin inlet is opened when the money box is in a second locking state.

In some embodiments, the intelligent charging terminal assembly further includes: and the bank note pressing sensor is arranged at the bottom of the intelligent charging terminal assembly and is used for detecting the bank note pressing state in the bank note box so as to generate a bank note pressing abnormal signal when the bank note pressing state is abnormal.

In some embodiments, the intelligent charging terminal assembly further includes: and the cash box identity reader is arranged at the bottom of the intelligent charging terminal assembly and is used for reading the identity information of the cash box when the cash box is loaded.

In some embodiments, the intelligent charging terminal assembly further includes: the cash box positioning lock is used for locking the cash box in the cash box accommodating cavity.

In some embodiments, the intelligent charging terminal assembly further includes: the card swiping module is connected with the cash box positioning lock and used for controlling the state of the cash box positioning lock according to the card swiping information.

In some embodiments, the card swiping module is further connected with the control lock of the turnover door, so that when the control lock is in a locked state, the card swiping module is closed, and when the control lock is in an unlocked state, the card swiping module is opened.

In some embodiments, the cassette includes a self-locking mechanism comprising: a door shaft of the rotary upper cover, a coin inlet opening and closing mechanism and a rotary coin inlet; the coin inlet opening and closing mechanism is connected with the rotary coin inlet through a door metal plate, the rotary upper cover is fixed in front of the rotary coin inlet, and the coin inlet opening and closing mechanism is arranged between the door metal plate and the rotary upper cover; one side of door-hinge be in when rotatory upper cover is in the locking state to the door panel beating extends, with income coin mouth on-off mechanism is in first locking state it drives to go into coin mouth on-off mechanism rotatory when going into the coin mouth and opening with it is in the second locking state to go into coin mouth on-off mechanism, it drives to rotate when going into the coin mouth and closing go into coin mouth on-off mechanism and resume original position and be in the third locking state.

In some embodiments, the banknote cassette includes a banknote pressing mechanism including a banknote pressing transmission assembly and a transport assembly; the conveying assembly is arranged below a rotary coin inlet of the cash box and is used for bearing coins thrown from the rotary coin inlet, conveying the coins into the cash box under the driving of the cash pressing transmission assembly and pressing the coins in the cash box; the money pressing transmission assembly is connected with the conveying assembly and provides power for the conveying assembly.

In some embodiments, the transport assembly is a helical structure.

Drawings

Fig. 1 is a schematic structural diagram of an intelligent charging terminal according to an embodiment of the present application;

fig. 2 is a schematic structural view of a second locking state of the self-locking mechanism according to the embodiment of the present application;

fig. 3 is a schematic structural view of a third locking state of the self-locking mechanism according to the embodiment of the present application;

FIG. 4 is a schematic structural diagram of a controllable lock according to an embodiment of the present application;

FIG. 5 is a schematic structural view of the extrusion cylinder and the limiting rotation block in a second locked state according to the embodiment of the present application;

FIG. 6 is a schematic structural diagram of the pressing cylinder and the limiting rotation block in a third locked state according to the embodiment of the present application;

FIG. 7 is a schematic structural diagram of an in-place detection trigger mechanism according to an embodiment of the present application;

fig. 8 is a schematic structural diagram of a banknote pressing mechanism according to an embodiment of the present application;

FIG. 9 is a left side view of the construction of the banknote pressing mechanism according to the embodiment of the present application;

fig. 10 is a rear view of the structure of the banknote pressing mechanism according to the embodiment of the present application;

FIG. 11 is a structural right side view of the banknote pressing mechanism according to the embodiment of the present application;

FIG. 12 is a structural bottom view of the banknote pressing mechanism according to the embodiment of the present application

Fig. 13 is a schematic structural diagram of an intelligent charging terminal assembly according to an embodiment of the present application.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings. Wherein like elements in different embodiments are numbered with like associated elements. In the following description, numerous details are set forth in order to provide a better understanding of the present application. However, those skilled in the art will readily recognize that some of the features may be omitted or replaced with other elements, materials, methods in different instances. In some instances, certain operations related to the present application have not been shown or described in detail in order to avoid obscuring the core of the present application from excessive description, and it is not necessary for those skilled in the art to describe these operations in detail, so that they may be fully understood from the description in the specification and the general knowledge in the art.

Furthermore, the features, operations, or characteristics described in the specification may be combined in any suitable manner to form various embodiments. Also, the various steps or actions in the method descriptions may be transposed or transposed in order, as will be apparent to one of ordinary skill in the art. Thus, the various sequences in the specification and drawings are for the purpose of describing certain embodiments only and are not intended to imply a required sequence unless otherwise indicated where such sequence must be followed.

The numbering of the components as such, e.g., "first", "second", etc., is used herein only to distinguish the objects as described, and does not have any sequential or technical meaning. The term "connected" and "coupled" when used in this application, unless otherwise indicated, includes both direct and indirect connections (couplings).

The following describes an intelligent charging terminal according to an embodiment of the present application with reference to the drawings.

Fig. 1 is a schematic structural diagram of an intelligent charging terminal according to an embodiment of the present application. As shown in fig. 1, the intelligent charging terminal according to the embodiment of the present application includes: an intelligent charging terminal assembly 1100 and a cash box accommodating cavity 1200,

wherein, the intelligent charging terminal assembly is provided with at least one wireless payment module and a coin slot 1101.

As shown in fig. 1, the wireless payment module may include a delivery module 1102 for near field communication, such as a card bus card, an NFC bus card, and the like, and may further include a code scanning module 1103, so that a user scans a payment code to pay or scans the payment code of the user to charge, and the like. The type and the number of the specific wireless payment modules can be set according to actual requirements, and the application is not particularly limited.

The banknote box accommodating cavity 1200 is arranged at the lower part of the intelligent charging terminal assembly 1100, a turnover door 1201 is arranged outside the banknote box accommodating cavity 1200, and the turnover door 1201 is used for sealing the banknote box in the banknote box accommodating cavity 1200.

The banknote box accommodating chamber 1200 is provided with a head mechanism, and when the banknote box 1000 is loaded into the banknote box accommodating chamber 1200, the head mechanism applies pressure to the banknote box to enable the banknote box 1000 to form a second locking state and be communicated with the coin slot.

Note that, as shown in fig. 2, the banknote cassette 1000 includes a self-locking mechanism, and the self-locking mechanism of the banknote cassette includes: a door shaft 101 of the rotary upper cover, a coin inlet opening and closing mechanism and a rotary coin inlet 30.

The coin inlet opening and closing mechanism is connected with the rotary coin inlet 30 through a door metal plate, the rotary upper cover is fixed in front of the rotary coin inlet 30, and the coin inlet opening and closing mechanism is arranged between the door metal plate 40 and the rotary upper cover.

One side of the door shaft 101 extends towards the door sheet metal 40 when the rotary upper cover is in a locking state, is in a first locking state with the coin inlet opening-closing mechanism, is in a second locking state with the coin inlet opening-closing mechanism when the coin inlet opening-closing mechanism drives the rotary coin inlet 30 to be opened, and drives the coin inlet opening-closing mechanism to recover an original position and be in a third locking state when the rotary coin inlet 30 is closed.

When the money box is installed in the charging terminal, the money inlet opening and closing mechanism drives the rotary money inlet to be opened, at the moment, the rotary money inlet 30 slightly protrudes out of the surface of the money box and extends into the structure of the charging terminal, when the money box is pulled out of the charging terminal, the rotary money inlet 30 which is higher out is closed by the shielding force of the charging terminal, and meanwhile, the door metal plate 40 is driven to enable the first sliding block 201 and the door shaft 101 to be in a third locking state. It should be understood that after the rotating upper cover is locked, the door shaft is stressed to only extend towards the door metal plate, and the rotating upper cover cannot reversely rotate when not in an unlocked state, so that the rotating upper cover is in a second locking state after the money box is loaded into the charging terminal to ensure that the rotating money inlet is kept in an open state after the money box is loaded into the charging terminal, and is in a third locking state after the money box is pulled out of the charging terminal to ensure that the rotating money inlet cannot be repeatedly opened.

From this, this application can utilize the door shaft rotation that extends to the door panel beating to all carry out the locking to the different states of entering the coin mouth after rotatory upper cover locking, effectively avoids the rotation to go into the problem that the coin mouth was opened repeatedly after closing, improves the security of paper money case.

As one possible embodiment, as shown in fig. 2 and 3, the coin inlet opening and closing mechanism includes a first slider 201 and a second slider 202.

One side of the first sliding block 201 is connected with the door sheet metal 40, one side of the second sliding block 202 is stacked on the other side of the first sliding block 201, the first sliding block 201 is connected with the second sliding block 202 in a sliding mode, and the front end of the first sliding block 201 covers the front end of the second sliding block 202.

The first slider 201 is provided with a first through hole, the second slider 202 is provided with a second through hole, the first through hole is arranged at the rear part of the first slider 201, and the second through hole is arranged at the front part of the second slider 202.

The door shaft 101 is connected with the other side of the second slider 202 to form a first locking state, the door shaft 101 is inserted into the second through hole and connected with the other side of the first slider 201 to form a second locking state, and the door shaft 101 extends out of the second through hole and is connected with the door sheet metal 40 after being inserted into the first through hole to form a third locking state.

It should be noted that, the first through hole on the first slider 201 and the second through hole on the second slider 202 are arranged in a staggered manner, when the banknote cassette is inserted into the charging terminal, as shown in fig. 2, the door metal plate 40 and the first slider 201 move to the rear side of the first slider 201 under the extrusion force of the top head inside the charging terminal, the first slider 201 drives the second slider 202 to move backwards, at this time, the second through hole overlaps with the position of the door shaft 101, the door shaft 101 is inserted into the second through hole to form a second locking state, when the banknote cassette is pulled out of the charging terminal, as shown in fig. 3, the rotary banknote inlet 30 is closed under the pulling force blocked by the charging terminal, and at the same time, the door metal plate 40 and the first slider 201 are driven to move forwards, so that the first through hole overlaps with the second through hole, the door shaft 101 is further inserted into the first through hole on the first slider 201 to form a third locking state, so that the rotary banknote inlet 30 which drives the door metal plate 40 to move forwards due to close is locked in a closed state firmly, the function of protecting the money in the money box is achieved, and the function that the money box cannot be opened again after the money inlet of the money box is opened and closed once is realized.

Optionally, an inner locking hole 203 is formed in the inner side of the coin inlet opening and closing mechanism, and the door shaft 101 is inserted into the inner locking hole 203 to form a first locking state.

The first slider 201 and the second slider 202 are in sliding contact through the concave-convex slide way, so that the first slider 201 and the second slider 202 always keep transverse movement.

As a possible embodiment, as shown in fig. 4, a door shaft spring 102 and a latch bolt 103 are provided on the rotating upper cover, the latch bolt 103 is rotated out by a locking force to be inserted into a locking notch on the cash box, so that the rotating upper cover is in a locked state, the latch bolt 103 is rotated out to release pressure to the door shaft spring 102, so that the door shaft spring 102 applies an elastic force to the door shaft 101, and the door shaft 101 extends towards the door sheet metal 40 under the elastic force.

It should be noted that the rotating upper cover can be turned up and down, the inside of the rotating upper cover includes a controllable lock 104, the controllable lock 104 can be a mechanical lock or an electronic lock, the controllable lock 104 includes a lock tongue 103, a door shaft 101 and a door shaft spring 102, when the controllable lock is in an unlocking state, the door shaft 101 can retract along with the reduction of the locking force, and simultaneously the lock tongue 103 is hidden along with the reduction of the locking force, when the controllable lock is in a locking state, the lock tongue 103 rotates out and inserts into the lock opening of the cash box along with the increase of the locking force, the door shaft 101 extends out to the door metal plate 40 under the thrust of the door shaft spring 102 and inserts into the corresponding lock hole on the inner side of the cash opening and closing mechanism.

That is to say, after the upper rotating cover is unlocked, the locking force indirectly received by the door shaft 101 is reduced, so that the door shaft is separated from the first through hole and the second through hole, the lock tongue 103 is separated from the lock opening after the upper rotating cover is unlocked, and the upper rotating cover can be turned upwards in a rotating mode, so that the requirement for money taking is met.

Therefore, after the controllable lock is unlocked, the money box can be reused, and the safety of money in the money box is guaranteed through the self-locking mechanism of the mechanical mechanism.

Further, as shown in fig. 5 and 6, the coin inlet opening and closing mechanism further includes: a compression cylinder 204 and a limit rotation block 205.

Wherein, extrusion cylinder sets up in door panel beating 40 inboard, and spacing rotatory piece 205 sets up in the inboard of income coin mouth on-off mechanism, and extrusion cylinder 204 and spacing rotatory piece 205 roll connection.

The pressing cylinder 204 rolls from the front end of the limit rotation block 205 to the rear end of the limit rotation block 205 as the first locking state changes to the second locking state, and rolls from the rear end of the limit rotation block 205 to the front end of the limit rotation block 205 as the second locking state changes to the third locking state.

It should be noted that the pressing cylinder 204 is fixed on the door metal plate 40, the lateral force applied to the pressing cylinder can directly act on the door metal plate 40, and the lateral force applied to the door metal plate 40 can also directly act on the pressing cylinder 204.

Furthermore, the limiting rotation block 205 comprises a roller and a torsion spring, the pressing cylinder 204 is connected with the roller in a rolling manner, the front end of the roller is the front end of the limiting rotation block 205, the rear end of the roller is the rear end of the limiting rotation block 205, the pressing cylinder 204 is subjected to a first backward pressing force by the torsion spring when the roller is at the rear end, and is subjected to a second forward pressing force by the torsion spring when the roller is at the front end.

The end of the limit rotating block 205 is fixed on the inner side of the coin inlet opening and closing mechanism, and the front end of the limit rotating block 205 is of a roller structure and is supported by a torsion spring. As shown in fig. 5 and 6, the limit rotation block 205 can move up and down with a fixing hole at the end as a fulcrum, the lower part of the limit rotation block 205 is supported by a torsion spring, and the pressing cylinder 204 presses and rolls the roller structure of the limit rotation block 205, so that the pressing cylinder 204 is limited at two positions, i.e., the front and rear positions of the roller structure.

Specifically, when the cash box is loaded into the toll terminal, the coin inlet opening and closing mechanism is extruded by the internal structure of the toll terminal to drive the door metal plate 40 to move backwards, the extrusion cylinder 204 on the door metal plate 40 moves inwards, the roller structure of the limiting rotating block 205 is extruded, the roller structure is extruded by the extrusion cylinder to roll, when the extrusion cylinder rolls along with the roller structure and crosses the length of the radius of the roller, the roller is subjected to the elastic force of a torsion spring, a backward first extrusion force is applied to the extrusion cylinder 204 to enable the extrusion cylinder 204 to continue to move backwards, and the auxiliary force is provided for opening the rotary coin inlet 30.

When the cash box is pulled out, the rotary coin inlet 30 is subjected to the pulling force of the lower edge of the charging terminal, so that the door metal plate 40 and the extrusion cylinder 204 on the door metal plate 40 move forwards, the extrusion cylinder 204 extrudes the roller structure of the limiting rotary block 205, the roller can be extruded by the extrusion cylinder 204 and rolls simultaneously, when the movement stroke of the extrusion cylinder 204 crosses the radius of the roller, the torsion spring can apply a forward second extrusion force to the extrusion cylinder 204 through the roller, so that the extrusion cylinder 204 continues to move forwards, and meanwhile, the first sliding block 201 of the coin inlet switch mechanism is driven to move forwards, so that a third locking state is formed.

It should be understood that the stroke of the backward pressing force exerted on the door metal plate 40 by the toll terminal is enough to open the rotary money inlet 30, and the stroke of the poking force exerted on the door metal plate 40 by pulling out the money box is also enough to drive the first sliding block 201 of the money inlet opening and closing mechanism to move forward to the position where the first through hole and the second through hole are overlapped.

The limit rotation block 205 is used for transition and limit, so that the coin inlet 30 only has two states of opening and closing.

As a possible embodiment, the coin slot opening and closing mechanism further includes a fixed post 206, and a spring is disposed between the rear end of the second slider 202 and the fixed post 206, so that the second slider 202 is ejected by the spring force to return to the initial position after the door shaft 101 is unlocked. It should be noted that the spring may be connected to a fixing post 206 disposed on the coin inlet opening/closing mechanism, where the fixing post 206 is configured to fix the door metal plate on a side surface of the coin inlet opening/closing mechanism, and simultaneously allow the door metal plate to move back and forth within a certain range, and at least one fixing post 206 may be disposed on the coin inlet opening/closing mechanism, and the spring may be connected to the fixing post 206 adjacent to the second slider 202.

The initial position of the first slider 201 is the position of the first slider 201 after the cash box is pulled out, and the initial position of the second slider 202 is the inner side of the front end of the second slider 202 clinging to the front end of the initial position of the first slider 201.

Further, the rotary deposit port 30 extends beyond the upper surface of the cassette in the open position.

That is, when the cassette is loaded into the toll terminal, the rotary slot 30 is pushed by the slot switch mechanism to open and extend out of the upper surface of the cassette.

As a possible embodiment, the intelligent charging terminal assembly 1100 further includes: a position detection sensor 1104.

The in-place detection sensor 1104 is disposed at the bottom of the intelligent toll terminal assembly 1100, so as to generate an in-place detection signal when the rotary money inlet 30 of the money box is opened.

Wherein, when the cash box is in the second locking state, the rotary cash inlet 30 is opened.

Specifically, as shown in fig. 7, an in-position detection trigger mechanism 31 is further disposed at a side of the rotary coin inlet 30, and the in-position detection trigger mechanism 31 triggers an in-position detection sensor on the charging terminal as the rotary coin inlet is opened.

Specifically, the in-place detection trigger mechanism of the cash box is arranged on the side of the rotary cash inlet 30, and after the rotary cash inlet 30 is opened and turned upwards, the in-place detection trigger mechanism 31 extends upwards to the in-place sensor trigger range of the charging terminal, so that the in-place detection function of the charging terminal on the cash box is realized.

It should be understood that the in-place detection sensor may be an infrared sensor, a distance sensor, a hall sensor, etc., and the in-place detection trigger mechanism 31 may determine that the banknote cassette is installed in place after extending to the trigger range of the toll terminal in-place detection sensor, specifically, the position of the in-place detection trigger mechanism 31 may be detected by the in-place detection sensor disposed on the toll terminal, and when the in-place detection trigger mechanism 31 is detected by the in-place detection sensor, that is, when the in-place detection trigger mechanism 31 reaches the detection range of the in-place detection sensor, it is determined that the banknote cassette is installed in place, and the rotary banknote inlet 30 is considered to be opened.

Therefore, the money box can be detected to be installed in place and whether the rotary money inlet is opened or not through the in-place detection triggering mechanism and the in-place detection sensor of the charging terminal, abnormal money box installation caused by human eye errors is effectively avoided, and normal use of the money box is ensured.

As a possible embodiment, the intelligent charging terminal assembly 1100 further includes: a banknote press sensor 1105.

The banknote pressing sensor 1105 is disposed at the bottom of the intelligent charging terminal assembly 1100, and the banknote pressing sensor 1105 is configured to detect a banknote pressing state in the banknote box, so as to generate a banknote pressing abnormal signal when the banknote pressing state is abnormal.

As shown in fig. 8-12, the banknote pressing mechanism according to the embodiment of the present application includes a banknote pressing transmission assembly 501 and a conveying assembly 502.

The conveying component 502 is arranged below the rotary coin inlet 30 of the money box, and the conveying component 502 is used for bearing money thrown from the rotary coin inlet 30, conveying the money into the inside of the money box under the driving of the money pressing transmission component 501, and meanwhile squeezing the money in the inside of the money box.

The banknote pressing transmission assembly 501 is connected with the conveying assembly 502, and the banknote pressing transmission assembly 501 provides power for the conveying assembly.

It should be noted that, in this embodiment of the application, when a user inserts a coin, the coin enters from a coin slot of the intelligent charging terminal, and then falls onto the conveying assembly 502 through the rotating coin slot 30 on the cash box, and the conveying assembly 502 is driven by the cash pressing transmission assembly 501 to rotate, so that the coin carried on the conveying assembly is pushed forward along with the rotation of the conveying assembly 502 until the front end of the conveying assembly 502 is separated from the conveying assembly 502 and falls into the cash box.

The conveying assembly 502 is of a spiral structure, and when the conveying assembly 502 rotates along with the money pressing transmission assembly, the money moves forwards along with the spiral structure until the money reaches an end opening of the spiral structure and falls into the money box. At the same time, the transport assembly 502 squeezes the money items within the cassette with the rotational force of its end. Along with the increase of the accumulated quantity of the money in the money box, the money put in can be gradually extruded on the money in the money box, the stacked effect is achieved, the spiral structure can increase the action area for pressing the money in the money box, the action force is directly applied to all the money in the money box, the whole money compression is carried out, the more the money is put in a limited space, the more the pressed money is concentrated, the more compact and firm, the better the pressing effect is, and the efficiency is higher.

From this, this application can carry out a large amount of and quick bank note to the coin of paper money incasement when conveying the coin to the paper money incasement through the transport assembly among the bank note pressing mechanism.

As one possible embodiment, the banknote pressing transmission assembly 501 includes at least one engagement transmission element, and the at least one engagement transmission element provides power to the transport assembly 502 through engagement transmission.

Wherein, meshing transmission element can include gear and worm wheel, and wherein, the gear rotates with the bearing cooperation, and the worm wheel rotates with the worm cooperation.

In the embodiment of the present application, since the conveying assembly 502 is a spiral structure, in order to better drive the conveying assembly 502 to rotate through the meshing transmission element, a worm gear may be selected as the meshing transmission element connected to the conveying assembly 502.

Specifically, the banknote pressing transmission assembly 501 includes a worm wheel 504, wherein the back of the worm wheel 504 is connected to the conveying assembly 502, and the conveying assembly 502 rotates along with the rotation of the worm wheel 504, that is, the conveying assembly 502 and the worm wheel 504 which drives the conveying assembly to rotate simultaneously and in the same direction.

Due to the spatial position relationship in the banknote cassette, at least one gear and at least one worm 503 may be disposed between the original power motor and the worm wheel 504, and the at least one gear and the at least one worm 503 may transmit the power of the motor to the worm wheel 504 by meshing with each other. It should be understood that since worm gear 504 needs to cooperate with worm 503, the meshing transmission element adjacent to conveying assembly 502 is worm transmission gear 506-worm 503-worm gear 504 in turn, that is, since the gear adjacent to worm 503 of at least one gear has the function of transmitting power to worm 503 by using meshing transmission, so that it can be used as worm transmission gear 506.

Further, at least one gear may be further disposed between the power motor and the worm drive gear 506, which may be specifically set according to the internal space structure of the cash box, and this is not specifically limited in this application.

Furthermore, in order to make the money pressing power of the conveying assemblies 502 more concentrated and the money pressing effect better, the present application further sets two conveying assemblies 502, and the rotation directions of the two conveying assemblies 502 are opposite, for example, the two conveying assemblies rotate towards each other, so that in the normal money pressing process, the money pressing power exerted on the money by the two conveying assemblies 502 due to rotation is more concentrated, and the money pressing effect is effectively improved.

It should be understood that in order to reverse the rotation direction of the two conveying assemblies 502, two worm gears 504 may be provided to be respectively connected to the two conveying assemblies 502 to provide opposite rotation power to the two worm gears 504. Further, in order to provide opposite rotational powers to the two worm wheels 504, it is also necessary to reverse the rotational directions of the respective worms 503.

As a possible embodiment, the banknote pressing transmission assembly 501 provides power to the conveying assembly 502 in different directions according to the banknote pressing condition.

Specifically, in a normal banknote-pressing operation state, the banknote-pressing transmission assembly 501 provides power to the conveying assembly 502 in a first direction, wherein the first direction may be a rotation direction of the conveying assembly 502 in a normal operation state, that is, the first direction is independent of a rotation direction in which the conveying assembly 502 is set. Then, when the banknote pressing sensor detects that the banknote pressing state is abnormal, the banknote pressing transmission assembly 501 provides power to the conveying assembly 502 in a second direction, wherein the second direction can be a rotating direction opposite to the first direction.

Therefore, the money pressing transmission assembly can rotate reversely to drive the conveying assembly to rotate in the opposite direction, and blockage can be effectively removed. It will be appreciated that the banknote press drive assembly 501 continues to rotate in the banknote pressing direction after jam clearing.

As a possible embodiment, the banknote pressing mechanism further includes a banknote pressing sensor triggering mechanism 505, wherein the banknote pressing sensor triggering mechanism 505 is disposed above the worm wheel 504, and the banknote pressing sensor triggering mechanism 505 is configured to trigger the banknote pressing sensor when the worm wheel 504 rotates to the position.

It should be noted that the banknote pressing sensor is arranged in the intelligent charging terminal.

That is, a banknote press sensor trigger mechanism 505 that can sense the rotation state of the worm wheel 504 is provided above the worm wheel 504, and the banknote press sensor trigger mechanism 505 triggers the banknote press sensor when the worm wheel 504 rotates to the right position.

Further, the banknote pressing mechanism further comprises a banknote pressing positioning slide block 507.

The banknote pressing positioning slider 507 is arranged above the worm wheel 504, and the banknote pressing positioning slider 507 and the banknote pressing sensor triggering mechanism 505 are matched to trigger the banknote pressing sensor when the worm wheel 504 rotates normally.

Specifically, the banknote pressing positioning slider 507 can be jacked up by the worm wheel 504 and is located between the banknote pressing sensor trigger mechanism 505 and the banknote pressing sensor when the worm wheel 504 rotates for one circle, so that the banknote pressing sensor can detect that the banknote pressing positioning slider 507 blocks a signal of the banknote pressing sensor trigger mechanism 505, and it is determined that the banknote pressing is normal.

In other words, a banknote pressing sensor trigger mechanism 505 and a banknote pressing positioning slider 507 are arranged above the worm wheel 504, wherein the banknote pressing sensor trigger mechanism 505 and the banknote pressing sensor are fixedly arranged, and the banknote pressing positioning slider 507 appears between the banknote pressing sensor trigger mechanism 505 and the banknote pressing sensor periodically along with the rotation of the worm wheel 504.

Specifically, the banknote pressing sensor trigger mechanism 505 and the banknote pressing sensor are bidirectional correlation lenses, after a banknote box is installed in a charging terminal, the banknote pressing sensor arranged on the intelligent charging terminal receives and sends a detection signal through the banknote pressing sensor trigger mechanism 505, when the banknote pressing positioning sliding block 507 is jacked up, the correlation lenses are shielded, namely, a signal path of the banknote pressing sensor is blocked, the banknote pressing sensor acquires a detection signal, which indicates that the worm wheel 504 completes one complete rotation, so that the banknote pressing situation is detected according to the banknote pressing positioning sliding block 507 and the banknote pressing sensor trigger mechanism 505, namely, the working state of the conveying assembly 502 is detected. It should be understood that when the banknote pressing sensor detects that the banknote pressing positioning slider 507 blocks the banknote pressing sensor trigger mechanism 505, it indicates that the conveying assembly 502 is in a normal working state, and if the banknote pressing sensor cannot detect the blocking of the banknote pressing positioning slider 507 on the banknote pressing sensor trigger mechanism 505 continuously within a period of time, it indicates that the conveying assembly 502 is in an abnormal working state, at this time, the central control unit of the intelligent charging terminal can control the banknote pressing transmission assembly 501 to rotate according to the second direction, so as to drive the conveying assembly 502 to rotate according to the second direction, so as to perform blockage removal, and if the conveying assembly 502 cannot normally work after the blockage removal operation is performed, it indicates that the banknote pressing of the banknote box fails.

From this, this application can arrange stifled to the bank note pressing abnormity through the reversal mechanism of bank note pressing transmission assembly to effectively guarantee the normal operating of bank note pressing mechanism.

As a possible embodiment, the banknote pressing mechanism further comprises: a money item transfer assembly 508.

The money item transfer assembly 508 is disposed between the rotary slot 30 and the transport assembly 502, and the money item transfer assembly 508 is configured to transfer money items onto the transport assembly 502.

Further, the money item transport assembly 508 includes at least one bearing with at least one gear disposed thereon, wherein the bearing is a one-way bearing.

That is, the money item transfer assembly 508 can assist the money items to fall down to the transport assembly 502, and can prevent the inserted money items from being "fished" through the one-way bearing, that is, prevent the money items in the money box from being carried out from the money slot by external force.

As one possible embodiment, the coin transport assembly 508 includes rollers having the same length as the length of the rotary slot, the rollers being disposed below the rotary slot 30, the rollers being connected to the gears of the coin transport assembly 508 to be rotated by the gears of the coin transport assembly 508.

Specifically, the gears of the coin transport assembly 508 rotate the rollers of the coin transport assembly 508 to direct the coins into the cassette and onto the transport assembly 502. Further, there may be two rollers, which are closely coupled to each other so that money items can be introduced into the cassette by the money item transfer assembly 508.

Optionally, the money item transporting assembly 508 and the money pressing driving assembly 501 are disposed at both sides of the rotary money inlet 30 so as not to interfere with each other.

From this, this application can effectively ensure through coin conveying component that the coin drops into the paper money case from the slot after, improves the security of the interior coin of paper money case.

As a possible embodiment, the intelligent charging terminal assembly 1100 further includes: a cassette identity reader 1106.

The banknote cassette identity reader 1106 is disposed at the bottom of the intelligent charging terminal assembly 1100, so as to read identity information of the banknote cassette when the banknote cassette is loaded.

It should be noted that a device for storing the identity information of the banknote cassette may be disposed at the top of the banknote cassette, and the banknote cassette identity reader 1106 acquires the identity information of the banknote cassette by interacting with the device, so as to generate a corresponding relationship between the intelligent charging terminal assembly 1100 and the banknote cassette 1000, and facilitate management of the banknote cassette.

It should be noted that the device for storing the identity information of the banknote cassette may store the identity of the banknote cassette in the form of a picture including the identity information of the banknote cassette, for example, a barcode, a two-dimensional code, a character, and the like, and the banknote cassette identity reader 1106 extracts the identity information of the banknote cassette in an image scanning manner. Or the device storing the identity information of the cash box is a near field communication device, the cash box identity reader is a device capable of performing near field interaction with the device, and the cash box identity reader acquires the identity information of the cash box by performing near field communication with the device storing the identity information of the cash box.

It should be noted that the intelligent charging terminal may further include a central control unit, wherein the central control unit may not be disposed in the intelligent charging terminal device, for example, when the intelligent charging terminal is a vehicle-mounted charging terminal, such as a bus charging system, the central control unit may be a vehicle controller of a vehicle.

Further, a plurality of sensors in the intelligent charging terminal assembly 1100, such as the in-place detection sensor 1104, the money pressing sensor 1105 and the money box identity reader 1106, may be all connected to the central control unit to send the generated detection information number to the central control unit, so that the central control unit can monitor the identity, in-place condition and money pressing condition of the money box, and ensure normal use of the intelligent charging terminal.

Furthermore, the intelligent charging terminal can be further provided with devices such as a display module, a voice module and the like, wherein the display module, the voice module and the like are respectively connected with the central control unit, so that when the central control unit judges that the work is abnormal according to the detection signal of the sensor, voice information and/or display information are sent to remind a user and/or a driver that the intelligent charging terminal is abnormal.

As a possible embodiment, the intelligent charging terminal assembly 1100 further includes: cassette positioning lock 1107.

The cassette positioning lock 1107 is used to lock the cassette in the cassette receiving cavity 1200.

Specifically, the banknote box positioning lock 1107 may be a latch structure, and the banknote box positioning lock 1107 extends out after the banknote box is installed in place, and is inserted into the banknote box to position and lock the banknote box.

Further, the intelligent charging terminal assembly 1100 further includes: and a card swiping module.

The card swiping module is connected with the cash box positioning lock 1107, and is used for controlling the state of the cash box positioning lock 1107 according to the card swiping information.

That is, the banknote cassette positioning lock 1107 can be controlled to change state by the swiping module, for example, when the banknote cassette is in the extended locking state, the swiping module can retract to unlock the banknote cassette, and correspondingly, after the banknote cassette is installed in place, the swiping module can extend to lock the banknote cassette.

It should be understood that the card swiping module may also be connected to the central control unit to feed the swiping result back to the central control unit after the card swiping is successful, and the central control unit controls the cassette positioning lock 1107 according to the swiping information.

As a possible embodiment, the card swiping module is further connected with the control lock of the turnover door, so that when the control lock is in a locked state, the card swiping module is closed, and when the control lock is in an unlocked state, the card swiping module is opened.

That is to say, if the turnover door that is used for sealing the paper money case is in the closed condition, namely, the control lock of turnover door is in the locking state, and at this moment, the module of punching the card is closed, and paper money case location lock 1107 is in the locking state, and the theftproof security of paper money case is promoted greatly, when the paper money case is full of or arrives the withdrawal point, unlocks the turnover door earlier, and at this moment, the module of punching the card is opened, unlocks paper money case location lock 1107 through punching the card to make the paper money case can be taken out from paper money case holding chamber 1200.

As a feasible embodiment, the banknote box positioning lock 1107, the swiping card module and the turnover door control lock are all connected with the central control unit, so that the central control unit receives the state of the previous link in real time after the banknote box is loaded and the turnover door is closed and opened until the banknote box is taken out, and then controls the next link, and meanwhile, the central control unit also controls the voice module to perform voice broadcast on each link and controls the display module to prompt each link.

To sum up, this application embodiment provides an intelligent charging terminal, has advantages such as functional strong, the charging mode is extensive, the security is strong.

It is right to have used specific individual example above the utility model discloses expound, only be used for helping to understand the utility model discloses, not be used for the restriction the utility model discloses. To the technical field of the utility model technical personnel, the foundation the utility model discloses an idea can also be made a plurality of simple deductions, warp or replacement.

Claims (10)

1. An intelligent charging terminal, comprising:

the intelligent charging terminal assembly is provided with at least one wireless payment module and a coin slot;

the cash box accommodating cavity is arranged at the lower part of the intelligent charging terminal assembly, a turnover door is arranged outside the cash box accommodating cavity and used for sealing the cash box in the cash box accommodating cavity;

the cash box accommodating cavity is internally provided with a top mechanism, and when the cash box is loaded into the cash box accommodating cavity, the top mechanism applies pressure to the cash box so as to enable the cash box to form a second locking state and be communicated with the coin slot.

2. The intelligent charging terminal assembly according to claim 1, further comprising:

the in-place detection sensor is arranged at the bottom of the intelligent charging terminal assembly and used for generating an in-place detection signal when a rotary coin inlet of the money box is opened, wherein the rotary coin inlet is opened when the money box is in a second locking state.

3. The intelligent charging terminal assembly according to claim 1, further comprising:

and the bank note pressing sensor is arranged at the bottom of the intelligent charging terminal assembly and is used for detecting the bank note pressing state in the bank note box so as to generate a bank note pressing abnormal signal when the bank note pressing state is abnormal.

4. The intelligent charging terminal assembly according to claim 1, further comprising:

and the cash box identity reader is arranged at the bottom of the intelligent charging terminal assembly and is used for reading the identity information of the cash box when the cash box is loaded.

5. The intelligent charging terminal assembly according to claim 1, further comprising:

the cash box positioning lock is used for locking the cash box in the cash box accommodating cavity.

6. The intelligent charging terminal assembly according to claim 5, further comprising:

the card swiping module is connected with the cash box positioning lock and used for controlling the state of the cash box positioning lock according to the card swiping information.

7. The intelligent toll terminal according to claim 6, wherein the card swiping module is further connected with the control lock of the turnover door, so that when the control lock is in a locked state, the card swiping module is closed, and when the control lock is in an unlocked state, the card swiping module is opened.

8. The intelligent charging terminal as claimed in any one of claims 1-7, wherein the cash box comprises a self-locking mechanism,

the self-locking mechanism comprises: a door shaft of the rotary upper cover, a coin inlet opening and closing mechanism and a rotary coin inlet;

the coin inlet opening and closing mechanism is connected with the rotary coin inlet through a door metal plate, the rotary upper cover is fixed in front of the rotary coin inlet, and the coin inlet opening and closing mechanism is arranged between the door metal plate and the rotary upper cover;

one side of door-hinge be in when rotatory upper cover is in the locking state to the door panel beating extends, with income coin mouth on-off mechanism is in first locking state it drives to go into coin mouth on-off mechanism rotatory when going into the coin mouth and opening with it is in the second locking state to go into coin mouth on-off mechanism, it drives to rotate when going into the coin mouth and closing go into coin mouth on-off mechanism and resume original position and be in the third locking state.

9. The intelligent charging terminal as claimed in any one of claims 1-7, wherein the cash box comprises a cash pressing mechanism,

the banknote pressing mechanism comprises a banknote pressing transmission assembly and a conveying assembly;

the conveying assembly is arranged below a rotary coin inlet of the cash box and is used for bearing coins thrown from the rotary coin inlet, conveying the coins into the cash box under the driving of the cash pressing transmission assembly and pressing the coins in the cash box;

the money pressing transmission assembly is connected with the conveying assembly and provides power for the conveying assembly.

10. The intelligent toll terminal according to claim 9, wherein the transport assembly is of a helical configuration.

Images