阅读说明：本技术 一种智能便签系统 (Intelligent note system ) 是由 童丹桂 于 2020-03-31 设计创作，主要内容包括：本发明涉及办公用品技术领域,特别涉及一种智能便签系统,包括图钉、插板、外壳、多选开关以及控制模块,所述的外壳用于容纳插板、多选开关和控制模块,便签通过图钉插置于插板上,图钉内设置有发声或发光部件,插板内布置有纵横交错的线路,控制模块通过多选开关控制插板内的某一条纵向线路、某一条横向线路以及图钉导通使得图钉发出声音或发光实现提醒。通过在插板中设置纵横交错的线路以及多选开关,这样就可以实现插板上每个图钉的单独点亮,在使用时,对每个图钉设定一个倒计时,当某个图钉的倒计时时间到了,通过控制模块控制多选开关动作即可实现该图钉发出提醒,本装置结构简单,使用起来非常方便。(The invention relates to the technical field of office supplies, in particular to an intelligent note system which comprises a drawing pin, a plug board, a shell, a multi-selection switch and a control module, wherein the shell is used for accommodating the plug board, the multi-selection switch and the control module, a note is inserted on the plug board through the drawing pin, a sounding or luminous part is arranged in the drawing pin, criss-cross lines are arranged in the plug board, and the control module controls a certain longitudinal line, a certain transverse line and the drawing pin in the plug board to be conducted through the multi-selection switch so that the drawing pin makes a sound or emits light to realize reminding. Through set up vertically and horizontally staggered's circuit and many select switches in the picture peg, just so can realize that the independent of every drawing pin lights on the picture peg, when using, sets for a count-down to every drawing pin, and the count-down time of a certain drawing pin has arrived, can realize that this drawing pin sends the warning through the action of control module control many select switches, and this device simple structure is very convenient for use.)

1. An intelligent note system, which is characterized in that: including drawing pin (10), picture peg (20), shell (50), many option switch (30) and control module (40), shell (50) be used for holding picture peg (20), many option switch (30) and control module (40), the memo is inserted through drawing pin (10) and is arranged in picture peg (20), be provided with sound production or luminous component in drawing pin (10), the circuit of vertically and horizontally staggered has been arranged in picture peg (20), control module (41) switch on through a certain vertical line in many option switch (30) control picture peg (20), a certain horizontal line and drawing pin (10) make drawing pin (10) sound or luminous realization remind.

2. The intelligent note system of claim 1, wherein: picture peg (20) include base (21), base (21) are square box-like, horizontal conducting strip (22) have been arranged from bottom to top in proper order in base (22), vertical conducting strip (23) and bubble cotton layer (24), a plurality of horizontal conducting strip (22) adjacent arrangement, a plurality of vertical conducting strip (23) adjacent arrangement, perpendicular each other of horizontal conducting strip (22) and vertical conducting strip (23), every horizontal conducting strip (22) and vertical conducting strip (23) all are provided with insulating outer (221), be provided with on the adjacent both sides periphery wall of base (21) and lead electrically conductive nail (25), lead electrically conductive nail (25) insert in the side of base (21) and switch on with horizontal conducting strip (22) or vertical conducting strip (23).

3. The intelligent note system according to claim 2, wherein the drawing pin (10) comprises an inner core (11), an insulating core sleeve (12), an outer core (13), a drawing pin shell (14) and L ED lamp beads (15), the inner core (11) and the outer core (13) are made of conductive materials, the outer core (13) is sleeved on the outer side of the inner core (11), the insulating core sleeve (12) is arranged between the inner core and the outer core to realize insulation, the inner core (11) and the outer core (13) are respectively and electrically connected with the transverse conductive adhesive tape (22) and the longitudinal conductive adhesive tape (23) when the drawing pin (10) is inserted into the inserting plate (20), two pins of the L ED lamp beads (15) are respectively connected with the outer core (13) and the inner core (11), and the drawing pin shell (14) is sleeved on the outer side of the L ED lamp beads (15).

4. The intelligent note system according to claim 3, wherein the inner core (11) comprises a first large-diameter section (111) and a first small-diameter section (112), the insulating core sleeve (12) is sleeved on the first small-diameter section (112) of the inner core (11), the insulating core sleeve (12) comprises a second large-diameter section (121) and a second small-diameter section (122), the outer core (13) is sleeved on the second small-diameter section (122), the outer core (13) comprises a third large-diameter section (131) and a third small-diameter section (132), one pin of the L ED lamp beads (15) is inserted into the second small-diameter section (122) of the insulating core sleeve (12) and connected with the first small-diameter section (112) of the inner core (11), the other pin of the L ED lamp bead (15) is connected with the third large-diameter section (131) of the outer core (13), the first large-diameter section (111), the second large-diameter section (121) and the third small-diameter section (131) form a common outer diameter section (14), and the outer diameter section (131) of the common drawing pin (14).

5. The intelligent note system according to claim 4, wherein the top of the drawing pin shell (14) is made of transparent material or is provided with micropores for emitting light of L ED lamp beads (15), the length of the third small-diameter section (132) of the outer core (13) is larger than the thickness of the foam layer (24), the insulating core sleeve (12) is positioned between the transverse conductive rubber strip (22) and the longitudinal conductive rubber strip (23) when the drawing pin (10) is inserted into the inserting plate (20), the cross sections of the transverse conductive rubber strip (22) and the longitudinal conductive rubber strip (23) are square, and the foam layer (24) is made of high-density sponge.

6. The intelligent note system of claim 5, wherein: the multi-option switch (30) comprises a switch base (31), a motor (32), a shifting rod (33), a positive plate (34) and a negative plate (35), wherein the switch base (31) is integrally cylindrical, a through hole (311) is formed in the center of the switch base and used for containing the motor (32), the motor (32) and the switch base (31) are arranged on the same core, the shifting rod (33) is installed on the shaft of the motor (32), an annular groove (312) is formed in the end face, located at one end of the shifting rod (33), of the switch base (31), the positive plate (34) is contained in the annular groove (312), a plurality of negative plates (35) are arranged at the edge, located at one end of the shifting rod (33), of the switch base (31) in the circumferential direction, and the positive plates (34) are respectively communicated with different negative plates (35) when the motor (32).

7. The intelligent note system of claim 6, wherein: the switch base (31) both sides terminal surface on all be provided with the recess, positive plate (34) are whole to be the ring form and be provided with the connector lug on its periphery wall, the connector lug is arranged in the recess of switch base (31) one side terminal surface towards driving lever (33), the connector lug of motor (32) is arranged in the recess of switch base (31) other side terminal surface.

8. The intelligent note system of claim 7, wherein: the number of the transverse conductive adhesive tapes (22) is M, the number of the longitudinal conductive adhesive tapes (23) is N, the number of the negative plates (35) of the multi-selection switches (30) is k, and the number X of the multi-selection switches (30) meets the following formula:whereinThe negative pole pieces (35) of the multiple-selection switches (30) are respectively connected with the transverse conductive rubber strips (22) through conductive nails (25), the positive pole piece (34) is connected with the positive pole of the power supply,the negative plates (35) of the multiple-selection switches (30) are respectively connected with the longitudinal conductive adhesive strips (23) through conductive nails (25), and the positive plates (34) are connected with the negative electrode of the power supply; the control module (40) controls the rotation angles of the motors (32) of all the multi-selection switches (30).

9. The intelligent note system according to claim 8, wherein the control module (40) comprises a human-computer interaction unit (41) and a timing unit (42), the human-computer interaction unit (41) is used for inputting the position information and the reminding time of the drawing pin (10) input by a user, the timing unit (42) receives the reminding time and performs countdown, and the control module (40) receives a timing end signal of the timing unit (42) and drives the motor (32) of the multi-choice switch (30) to act according to the position information of the drawing pin (10) so that the transverse conductive adhesive tape (22) and the longitudinal conductive adhesive tape (23) corresponding to the position of the drawing pin (10) are conducted and L ED lamp beads (15) in the drawing pin (10) are lightened.

10. The intelligent note system of claim 9, wherein: the man-machine interaction unit (41) comprises a display screen (411) and a key (412), wherein the key (412) is used for receiving input information of a user, and the display screen (411) is used for displaying the input information of the user; the shell (50) comprises a front shell (51) and a back plate (52), a first gap (511) and a second gap (512) are formed in the front shell (51), the inserting plate (20) is placed at the first gap (511), the foam layer (24) is exposed in the first gap (511), and the human-computer interaction unit (41) is exposed from the second gap (512); the plug board (20), the multi-option switch (30), the control module (40) and the power supply are all accommodated in a cavity enclosed by the front shell (51) and the back plate (52).

Technical Field

The invention relates to the technical field of office supplies, in particular to an intelligent note system.

Background

The note is a small portable paper, one side of the note is sticky, most of the note is yellow, and other bright colors are also available to meet the preference of young people, so that some contents such as writing notes and telephone numbers can be written at any time. Generally used for office and telephone recording. When you forget to do something, you can write on the place where you can see, and can recall the thing. It can also be used to leave a message and inform others. The note board is a product specially used for sticking notes, is generally in a flat shape, is made of wood materials and is often provided with a frame. When the notepaper is used, the notepaper written by the user is fixed on the notepaper plate through the I-shaped nail. The note board is usually put in the office, or places desktop or subaerial through the support, or fixed mounting on the wall, and the note board on the market is mostly ordinary plate body at present, and the I-shaped nail also is ordinary nail, and the user often need initiatively go to look over the note that oneself remembered, like this when the user is busy, often can miss the affairs of record on the label, so urgently need a note system that can remind automatically.

Disclosure of Invention

The invention aims to provide an intelligent note system which can conveniently realize the note reminding function.

In order to realize the purpose, the invention adopts the technical scheme that: the utility model provides an intelligence memo system, includes drawing pin, picture peg, shell, selects switch and control module more, the shell be used for holding picture peg, select switch more and control module, the memo inserts through the drawing pin and arranges in the picture peg on, is provided with sound production or luminous component in the drawing pin, has arranged vertically and horizontally staggered's circuit in the picture peg, control module switches on through a certain vertical line, a certain horizontal line and drawing pin in the switch control picture peg that selects more and makes the drawing pin send sound or luminous realization to remind.

Compared with the prior art, the invention has the following technical effects: through set up vertically and horizontally staggered's circuit and many select switches in the picture peg, just so can realize that the independent of every drawing pin lights on the picture peg, when using, sets for a count-down to every drawing pin, and the count-down time of a certain drawing pin has arrived, can realize that this drawing pin sends the warning through the action of control module control many select switches, and this device simple structure is very convenient for use.

Drawings

FIG. 1 is a schematic illustration of an explosive structure according to the present invention;

FIG. 2 is a schematic perspective view of the present invention, wherein the back plate is not shown;

FIG. 3 is a schematic structural view of the interposer of the present invention;

FIG. 4 is a schematic diagram of an exploded structure of a pushpin;

FIG. 5 is a cross-sectional view of the pushpin;

FIG. 6 is a schematic perspective view of a multi-selection switch;

FIG. 7 is a schematic diagram of an exploded configuration of a multiple selection switch;

fig. 8 is a cross-sectional view of the multi-selection switch.

Detailed Description

The present invention will be described in further detail with reference to fig. 1 to 8.

Referring to fig. 1 and 2, an intelligent note system comprises a drawing pin 10, a plug board 20, a shell 50, a multi-selection switch 30 and a control module 40, wherein the shell 50 is used for accommodating the plug board 20, the multi-selection switch 30 and the control module 40, the note is inserted into the plug board 20 through the drawing pin 10, a sounding or light emitting part is arranged in the drawing pin 10, criss-cross lines are arranged in the plug board 20, and the control module 40 controls a certain longitudinal line, a certain transverse line and the drawing pin 10 in the plug board 20 to be conducted through the multi-selection switch 30 so that the drawing pin 10 makes a sound or emits light to realize reminding. Through set up vertically and horizontally staggered's circuit and multiple choice switch 30 in picture peg 20, just so can realize lighting alone of every pushpin 10 on picture peg 20, when using, set for a countdown to every pushpin 10, when the countdown time of certain pushpin 10 arrived, can realize this pushpin 10 through the action of control module 40 control multiple choice switch 30 and send out the warning, this device simple structure, it is very convenient to use.

The invention also discloses a control method of the intelligent note system, which comprises the following steps that A, a note is fixed on an inserting plate 20 through a drawing pin 10, L ED lamp beads 15 in the drawing pin 10 are connected with the positive electrode and the negative electrode of a power supply through criss-cross circuits arranged in the inserting plate 20 and a multi-selection switch 30, B, a control module 40 obtains the position and the reminding time of the drawing pin 10, C, the control module 40 drives the multi-selection switch 30 to act after the set reminding time is reached, so that the circuit of the position of the drawing pin 10 is communicated with the positive electrode and the negative electrode of the power supply, L ED lamp beads 15 in the drawing pin 10 are lightened, the L ED lamp beads in a certain drawing pin 10 can be independently lightened through arranging the criss-cross circuits and the multi-selection switch 30 in the inserting plate 20, meanwhile, the position and the reminding time of the drawing pin 10 are obtained through the control module 40, independent reminding time can be set for each drawing pin 10, and therefore the independent reminding function of each drawing pin 10 can be.

Referring to fig. 3, the structure of the insert plate 20 is various, and in the present invention, preferably, the insert plate 20 includes a base 21, the base 21 is in a square box shape, the base 21 is sequentially provided with a transverse conductive adhesive tape 22, a longitudinal conductive adhesive tape 23, and a foam layer 24 from bottom to top, the foam layer 24 is generally made of a high-density sponge material, so as to facilitate the insertion of the drawing pin 10 and not leave a hole after the drawing pin 10 is pulled out. The plurality of transverse conductive rubber strips 22 are adjacently arranged, the plurality of longitudinal conductive rubber strips 23 are adjacently arranged, the transverse conductive rubber strips 22 and the longitudinal conductive rubber strips 23 are perpendicular to each other, so that a criss-cross circuit is formed by the transverse conductive rubber strips 22 and the longitudinal conductive rubber strips 23, each transverse conductive rubber strip 22 and each longitudinal conductive rubber strip 23 are provided with an insulating outer layer 221 to avoid conduction of the two adjacent conductive rubber strips, the insulating outer layers 221 are generally only formed by arranging a layer of plastic layer on the outer sides of the conductive rubber strips, conductive nails 25 are arranged on the peripheral walls of two adjacent sides of the base 21, the conductive nails 25 are inserted into the side edges of the base 21 and are conducted with the transverse conductive rubber strips 22 or the longitudinal conductive rubber strips 23, the conductive nails 25 are arranged to facilitate connection of the transverse conductive rubber strips 22 and the longitudinal conductive rubber strips 23 with other circuits, for example, when the conductive rubber strips are connected with the multi-selection switch 30, only the conductive nails, the wires are not shown in fig. 3 because too many wires appear to affect the display of other components.

After the plugboard 20 with the structure is adopted, in the step A, the transverse conductive adhesive tape 22 and the longitudinal conductive adhesive tape 23 form a crisscross circuit, the positive electrode and the negative electrode of the power supply are respectively connected with the transverse conductive adhesive tape 22 and the longitudinal conductive adhesive tape 23 through the multi-selection switch 30, in the step C, the control module 40 lights L ED lamp beads 15 according to the following step that the control module 40 drives the multi-selection switch 30 to act so that the positive electrode and the negative electrode of the power supply are respectively connected with the transverse conductive adhesive tape 22 and the longitudinal conductive adhesive tape 23 corresponding to the drawing pin 10, and therefore control can be performed more conveniently.

Referring to fig. 4 and 5, the drawing pin 10 can be powered from the plug board 20 by various structures, so that the drawing pin 10 preferably includes an inner core 11, an insulating core sleeve 12, an outer core 13, a drawing pin housing 14 and L ED beads 15, the inner core 11 and the outer core 13 are made of conductive materials, the outer core 13 is sleeved outside the inner core 11, the insulating core sleeve 12 is arranged between the inner core 11 and the outer core 13 for insulation, the inner core 11 and the outer core 13 are respectively electrically connected with the transverse conductive adhesive tape 22 and the longitudinal conductive adhesive tape 23 when the drawing pin 10 is inserted into the plug board 20, two pins of the L ED beads 15 are respectively connected with the outer core 13 and the inner core 11, and the drawing pin housing 14 is sleeved outside the L ED beads 15.

Further, the inner core 11 comprises a first large-diameter section 111 and a first small-diameter section 112, the insulating core sleeve 12 is sleeved on the first small-diameter section 112 of the inner core 11, the insulating core sleeve 12 comprises a second large-diameter section 121 and a second small-diameter section 122, the outer core 13 is sleeved on the second small-diameter section 122, the outer core 13 comprises a third large-diameter section 131 and a third small-diameter section 132, one of the legs of the L ED bead 15 is inserted into the second small-diameter section 122 of the insulating core sleeve 12 and connected with the first small-diameter section 112 of the inner core 11, the other leg of the L ED bead 15 is connected with the third large-diameter section 131 of the outer core 13, the first large-diameter section 111, the second large-diameter section 121 and the third small-diameter section 132 have the same outer diameter and jointly form a nail head of the drawing nail 10, the drawing nail housing 14 is sleeved on the third large-diameter section 131, the drawing nail 10 is more compact, when the drawing nail is assembled, the outer-diameter section 13 is taken out, the insulating core sleeve 12 is inserted into the insulating core sleeve 12, the soldering tin fixing point of the insulating core 12 is directly connected with the inner core 112, and the led 15 is directly connected with the soldering tin soldering point 23 of the inner core 12, and the insulating core 13 is arranged on the inner core 13.

Furthermore, the top of the drawing pin shell 14 is made of transparent materials or is provided with micropores for emitting light of L ED lamp beads 15, so that a user can conveniently see the light of the drawing pin 10, a sound generating unit can be arranged, and a sound reminding function can be given after the drawing pin reaches a specified time, the length of the third small-diameter section 132 of the outer core 13 is larger than the thickness of the foam layer 24, so that the outer core 13 can be reliably and electrically connected with the longitudinal conductive rubber strip 23 when the drawing pin 10 is inserted into the plug board 20, the insulating core sleeve 12 is positioned between the transverse conductive rubber strip 22 and the longitudinal conductive rubber strip 23 when the drawing pin 10 is inserted into the plug board 20, the transverse conductive rubber strip 22 and the longitudinal conductive rubber strip 23 can be prevented from being directly communicated, the L ED lamp beads 15 are short-circuited, the cross sections of the transverse conductive rubber strip 22 and the longitudinal conductive rubber strip 23 are square, so that transverse and longitudinal arrangement can be conveniently carried out, and the foam layer 24 is made of high-density foam, so that the drawing pin 10 can be conveniently inserted, and no trace.

In the step C, the positive electrode of the power supply is connected with the negative electrode of the power supply through the transverse conductive adhesive tape 22, the inner core 11 of the drawing pin 10, the L ED lamp beads 15, the outer core 13 of the drawing pin 10 and the longitudinal conductive adhesive tape 23 in sequence to form a loop, and therefore the L ED lamp beads 15 can be lightened.

Referring to fig. 6, 7 and 8, the positive and negative poles of the power supply are connected with the transverse conductive adhesive tape 22 and the longitudinal conductive adhesive tape 23 through the multi-selection switch 30, and by adjusting the gears of the multi-selection switch, it is ensured that only one transverse conductive adhesive tape 22 and one longitudinal conductive adhesive tape 23 are conducted through L ED beads each time, the multi-selection switch 30 in the prior art has a plurality of structures, but generally has fewer gears, is not suitable for more gears, and is mostly manually operated, therefore, in the present invention, preferably, the multi-selection switch 30 includes a switch base 31, a motor 32, a shift lever 33, a positive plate 34 and a negative plate 35, the switch base 31 is cylindrical as a whole, and a through hole 311 is formed in the center for accommodating the motor 32, the motor 32 and the switch base 31 are arranged in the same core, a shift lever 33 is installed on the shaft of the motor 32, an annular groove 312 is formed in the end face of the switch base 31 at one end of the switch base 33, the annular groove 312 is provided with the positive plate 34, the positive plate 34 is accommodated in the annular groove, the one end of the switch base 31 is provided with a plurality of negative plates 35 in the circumferential direction, the negative plate 35 is arranged along the more evenly spaced intervals, the more negative plate 35, the shift lever 35, the number of the negative plate is reduced, and the shift lever 35 is reduced, the shift lever 35 is used for controlling the number of the shift lever 30, and the shift lever 30, the shift lever structure, the shift lever is reduced, and the shift lever is reduced, the shift lever 35, the shift lever is not compact structure.

Furthermore, the end faces of both sides of the switch base 31 are provided with grooves, the positive plate 34 is integrally annular, and the peripheral wall thereof is provided with a connector lug, the connector lug is positioned in the groove of the end face of one side of the switch base 31 facing the shift lever 33, and the connector lug of the motor 32 is positioned in the groove of the end face of the other side of the switch base 31. The two grooves are convenient to be connected with other circuits through wires. And mounting holes are formed around the switch base 31, so that the switch base is convenient to fix and mount.

When the adhesive tapes and the inserting plates with different sizes are selected, the numbers of the corresponding conductive adhesive tapes are different, and the numbers of the negative plates 35 of the multi-selection switch 30 are also different, so that the specific design is carried out according to the following standard. Specifically, the number of the transverse conductive rubber strips 22 is M, the number of the longitudinal conductive rubber strips 23 is N, the number of the negative electrode plates 35 of the multiple-choice switch 30 is k, and the number X of the multiple-choice switches 30 satisfies the following formula:whereinRepresenting logarithm ofThe word a is rounded up in an operation,the negative pole pieces 35 of the multiple-selection switches 30 are respectively connected with the transverse conductive rubber strips 22 through the conductive nails 25, the positive pole piece 34 is connected with the positive pole of the power supply,the negative plates 35 of the multiple-selection switches 30 are respectively connected with the longitudinal conductive adhesive strips 23 through the conductive nails 25, and the positive plates 34 are connected with the negative electrode of the power supply; the control module 40 controls the rotation angle of the motor 32 of all the multi-selection switches 30. Suppose that there are 50 horizontal conducting rubber strips 22, each multi-selection switch 30 has 20 negative pole pieces 35, thus need three multi-selection switches 30, the positive pole pieces 34 of these three multi-selection switches 30 all connect the power positive pole, the negative pole piece 35 of the first multi-selection switch 30 connects the 1 st, the 2 nd, …, the 20 th horizontal conducting rubber strip 22 respectively, the negative pole piece 35 of the second multi-selection switch 30 connects the 21 st, the 22 nd, …, the 40 th horizontal conducting rubber strip 22 respectively, the negative pole piece 35 of the third multi-selection switch 30 connects the 41 th, the 42 th, …, the 50 th horizontal conducting rubber strip 22 respectively, the connection of the vertical conducting rubber strip 23 is carried out in the same way.

Further, the control module 40 includes a human-computer interaction unit 41 and a timing unit 42, the human-computer interaction unit 41 is configured to enter position information and a reminding time of the drawing pin 10 input by a user, the timing unit 42 receives the reminding time and performs countdown, the control module 40 receives a timing end signal of the timing unit 42 and drives the motor 32 of the multi-choice switch 30 to operate according to the position information of the drawing pin 10, so that the transverse conductive adhesive tape 22 and the longitudinal conductive adhesive tape 23 corresponding to the position of the drawing pin 10 are conducted and L ED bead 15 in the drawing pin 10 is lightened, the human-computer interaction unit 41 includes a display screen 411 and a key 412, the key 412 is configured to receive user input information, the display screen 411 is configured to display the user input information, the human-computer interaction unit 41 is configured to facilitate the user to set the reminding time, and directly enter the position information of the inserted drawing pin 10, and the user knows the insertion position of the drawing pin 10, and can print small squares on the surface of the foam layer 24, each small square is marked with transverse conductive adhesive tape 22 and longitudinal conductive adhesive tape 23, and the user can be reminded of inserting the corresponding to the drawing pin 10 in the corresponding to the 5 th hour and the user can be prompted by the user to enter the corresponding coordinate of the drawing pin 10.

In step B, the control module 40 needs to acquire the position of the pushpin 10, and two implementation manners are provided below for reference, where the first embodiment is automatic acquisition, the second embodiment is manual input, and the specific steps are as follows.