Electric label stripping box

Abstract

An electric label stripping box is composed of a paper containing box, a box cover, a paper pressing plate and a sensor assembly. The paper containing box is used for containing label paper. The back face of the paper containing box is a paper feeding baffle used for limiting the movement range of paper. The box cover is provided with a main board box, a motor and a backing paper recovery device; a paper outlet is formed in one side of the top of the box cover and used for stretching out label paper. The box cover is provided with a cross beam perpendicular to the cover surface of the box cover, and an opening is formed in the middle of the cross beam and used for placing the small protruding block of the paper pressing plate; rail grooves are formed in the left side and the right side of the box cover and used for containing the paper pressing plate. A small protruding block is arranged in the middle of the paper pressing plate and used for interacting with the cross beam to press the paper; the label paper enters from the paper inlet, bypasses the cross beam, downwards penetrates through a gap between the cross beam and the paper pressing plate, and is connected with the backing paper recovery device; the sensor assembly is used for detecting label paper delivery. The box cover can also be composed of a box cover assembly A and a box cover assembly B which are split.

Description

Technical Field

[0001] The utility model relates to label peeling, in particular to fast food sealing sticker peeling, and is an electric label peeling box. Background Art

[0002] The current electric label peeling machine is generally expensive, which is not conducive to the use and promotion of fast food sealing stickers. The market needs an electric label peeling box that is simple to use, economical and has higher production efficiency. Utility Model Content

[0003] The purpose of this utility model is to provide an electric label peeling box that solves the problems of high price, large size, and lack of confidentiality of existing similar electric label peeling machines, while more effectively improving the label peeling efficiency and production efficiency of the label peeling box. This purpose is achieved through the following technical solution.

[0004] In the first aspect, the implementation scheme of the present utility model is:

[0005] An electric label peeling box consists of a paper box, a box cover, a paper pressing board, and a sensor assembly; the paper box is used to place label paper; the back of the paper box is a paper feed baffle for limiting the range of movement of the paper; the box cover is equipped with a mainboard box, a motor, and a bottom paper recovery device; the mainboard box is used to place the circuit board; the bottom paper recovery device is used to pull the label paper and recover the bottom paper; there is a paper outlet on one side of the top of the box cover for extending the label paper; the box cover has a crossbeam perpendicular to the cover surface of the box cover, with an opening in the middle of the crossbeam for placing a small protrusion of the paper pressing board; there are track grooves on the left and right sides of the box cover for placing the paper pressing board; there is a small protrusion in the middle of the paper pressing board for interacting with the crossbeam to press the paper; the sensor assembly is used to press the label paper Used to detect label paper output; the label paper enters from the paper inlet, bypasses the beam, passes downward through the gap between the beam and the cardboard, and is connected to the bottom paper recovery device; after assembly is completed, push the paper that extends higher than the sensing head of the sensor component downward into the paper loading box to ensure that there is no obstruction in front of the sensing head of the sensor component; after power is turned on, the sensor component senses that there is no obstruction in front, sends a signal to rotate the motor, and the label and bottom paper will be separated after the motor rotates. After the sensor component senses the extended label paper, the motor stops rotating; after the label is torn off the bottom paper, the sensor component senses that there is no obstruction in front, and sends a signal to rotate the motor again. The label and bottom paper will be separated again after the motor rotates.

[0006] Second, the box cover assembly implementation scheme of the present invention is:

[0007] An electric label peeling box consists of a paper loading box, a box cover component A, a box cover component B, a paper pressing board, and a sensor component; the paper loading box is used to place label paper; the back of the paper loading box is a paper feed baffle for limiting the range of movement of the paper; the box cover component B is equipped with a mainboard box, a motor, and a bottom paper recovery device; the mainboard box is used to place the circuit board, and the bottom paper recovery device is used to pull the label paper and recover the bottom paper; the box cover component A and the box cover component B are bonded together to form the box cover; there is a paper outlet on one side of the top of the box cover for extending the label paper; the box cover has a crossbeam perpendicular to the cover surface of the box cover, with an opening in the middle of the crossbeam for placing a small protrusion of the paper pressing board; there are track grooves on the left and right sides of the box cover for placing the paper pressing board; there is a small protrusion in the middle of the paper pressing board for contact with the crossbeam They interact with each other to press the paper; the sensor component is used to detect the label paper output; the label paper enters from the paper inlet, bypasses the beam, passes downward through the gap between the beam and the cardboard, and is connected to the bottom paper recovery device; after assembly is completed, the paper that extends higher than the sensor component sensing head is pushed down into the paper loading box to ensure that there is no obstruction in front of the sensor component sensing head; after power is turned on, the sensor component senses that there is no obstruction in front, sends a signal to rotate the motor, and the label and bottom paper will be separated after the motor rotates. After the sensor component senses the extended label paper, the motor stops rotating; after the label is torn off the bottom paper, the sensor component senses that there is no obstruction in front, and sends a signal to rotate the motor again. The label and bottom paper will be separated again after the motor rotates.

[0008] In a third aspect, based on the first and second aspects, the present invention also has the following improvements:

[0009] The electric label stripping box is provided with a label paper rotating shaft for fixing the label paper roll core.

[0010] The electric label stripping box has a wall hanging slot on the back, which can be hung on the wall with a wall hook.

[0011] The electric label stripping box is provided with a waste paper box for storing waste paper.

[0012] The electric label stripping box is provided with a paper observation port for observing the remaining amount of paper.

[0013] The bottom paper recovery device of the electric label stripping box is composed of a motor reduction box and a rotating rod.

[0014] The bottom paper recovery device of the electric label stripping box is composed of a motor reduction box, a rotating rod and a synchronous belt.

[0015] The rotating rod of the bottom paper recovery device of the electric label stripping box is a straight cut.

[0016] The rotating rod of the bottom paper recovery device of the electric label stripping box is a cross cut.

[0017] The utility model has a reasonable structure design and is easy to use. Compared with the existing technology, the utility model can achieve the following beneficial effects:

[0018] 1. Simple structure, low manufacturing cost, easy to promote and use;

[0019] 2. Easy to install and disassemble, takes up little space, and is easy to place in fast food restaurants;

[0020] 3. Automatic paper output can save effort and improve efficiency;

[0021] 4. The peel-off box can provide a mask to protect the label content, which is convenient for use in scenarios such as one meal, one code;

[0022] 5. The front waste paper box can be used to store discarded labels;

[0023] 6. There is a paper viewing port for observing the remaining paper amount. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 The structure diagram of the label roll of the utility model is shown as follows:

[0025] 1 is for loading paper box;

[0026] 2 is the box cover;

[0027] 3 is a press board;

[0028] 4 is a sensor component.

[0029] Figure 2 The structure diagram of the utility model without the paper roll shaft is shown:

[0030] 1 is for loading paper box;

[0031] 101 is a paper feed stopper;

[0032] 2 is the box cover;

[0033] 201 is a label outlet;

[0034] 202 is a beam;

[0035] 203 is a hole in the middle of the beam, which is used to place the protruding piece of the press board;

[0036] 204 is a track groove for placing a press board;

[0037] 205 is a tearing line;

[0038] 206 is a motor;

[0039] 3 is a press board;

[0040] 301 is a small protrusion of the press board;

[0041] 4 is a sensor component.

[0042] Figure 3 The structure diagram of the utility model with a paper roll shaft is shown:

[0043] 1 is for loading paper box;

[0044] 101 is a paper feed stopper;

[0045] 102 is a paper roll shaft guide rail;

[0046] 2 is the box cover;

[0047] 201 is a label outlet;

[0048] 202 is a beam;

[0049] 203 is a hole in the middle of the beam, which is used to place the protruding piece of the press board;

[0050] 204 is a track groove for placing a press board;

[0051] 205 is a tearing line;

[0052] 3 is a press board;

[0053] 301 is a small protrusion of the press board;

[0054] 4 is a sensor component;

[0055] 5 is the paper roll shaft.

[0056] Figure 4 The structure diagram of the utility model without the paper roll shaft (the box cover consists of the box cover component A and the box cover component B) is shown:

[0057] 1 is for loading paper box;

[0058] 101 is a paper feed stopper;

[0059] 2 is the box cover component A;

[0060] 201 is a label outlet;

[0061] 202 is a beam;

[0062] 203 is a hole in the middle of the beam, which is used to place the protruding piece of the press board;

[0063] 204 is a track groove for placing a press board;

[0064] 205 is a tearing line;

[0065] 3 is a press board;

[0066] 301 is a small protrusion of the press board;

[0067] 4 is a sensor component;

[0068] 5 is a box cover component B;

[0069] 501 is a motor.

[0070] Figure 5 The structure diagram of the utility model with a paper roll shaft (the box cover consists of a box cover component A and a box cover component B) is shown:

[0071] 1 is for loading paper box;

[0072] 101 is a paper feed stopper;

[0073] 102 is a paper roll shaft guide rail;

[0074] 2 is the box cover component A;

[0075] 201 is a label outlet;

[0076] 202 is a beam;

[0077] 203 is a hole in the middle of the beam, which is used to place the protruding piece of the press board;

[0078] 204 is a track groove for placing a press board;

[0079] 205 is a tearing line;

[0080] 3 is a press board;

[0081] 301 is a small protrusion of the press board;

[0082] 4 is a sensor component;

[0083] 5 is a box cover component B;

[0084] 6 is the paper roll shaft.

[0085] Figure 6 The structure diagram of the utility model with a paper viewing port (without a paper roll shaft) is shown:

[0086] 1 is for loading paper box;

[0087] 101 is a paper viewing port;

[0088] 2 is the box cover;

[0089] 3 is a press board;

[0090] 4 is a sensor component.

[0091] Figure 7 The structure diagram of the utility model with a paper viewing port (with a paper roll shaft) is shown:

[0092] 1 is for loading paper box;

[0093] 101 is a paper viewing port;

[0094] 2 is the box cover;

[0095] 3 is a press board;

[0096] 4 is a sensor component;

[0097] 5 is the paper roll shaft.

[0098] Figure 8 Shown is a structural diagram of the utility model with a waste paper box:

[0099] 1 is for loading paper box;

[0100] 101 is a paper feed stopper;

[0101] 102 is a paper roll shaft guide rail;

[0102] 103 is a waste paper box;

[0103] 2 is the box cover component A;

[0104] 201 is a label outlet;

[0105] 202 is a beam;

[0106] 203 is a hole in the middle of the beam, which is used to place the protruding piece of the press board;

[0107] 204 is a track groove for placing a press board;

[0108] 205 is a tearing line;

[0109] 3 is a press board;

[0110] 301 is a small protrusion of the press board;

[0111] 4 is a sensor component;

[0112] 5 is a box cover component B;

[0113] 6 is the paper roll shaft.

[0114] Figure 9 Shown is a structural diagram of the utility model with a wall hanging hole:

[0115] 1 is for loading paper box;

[0116] 101 is a paper feed stopper;

[0117] 102 is a wall hanging hole;

[0118] 2 is the box cover component A;

[0119] 201 is a label outlet;

[0120] 202 is a beam;

[0121] 203 is a hole in the middle of the beam, which is used to place the protruding piece of the press board;

[0122] 204 is a track groove for placing a press board;

[0123] 205 is a tearing line;

[0124] 3 is a press board;

[0125] 301 is a small protrusion of the press board;

[0126] 4 is a sensor component;

[0127] 401 is a sensor assembly installation slot for assembly with the pressboard;

[0128] 402 is the sensor component connection line, used to connect to the mainboard box;

[0129] 5 is a box cover component B;

[0130] 501 is a motor;

[0131] 502 is a rotating rod of the bottom paper recovery device;

[0132] 6 is the paper roll shaft.

[0133] Figure 10 The following diagram shows the structure of a mainboard box, motor, and bottom paper recycling device of the present invention:

[0134] 1 is the box cover;

[0135] 101 is the mainboard box;

[0136] 102 is a motor base;

[0137] 103 is a motor;

[0138] 104 is a bottom paper recovery device;

[0139] 105 is a sensor assembly wire duct.

[0140] Figure 11 The following is a structural diagram of a mainboard box, a motor, and a bottom paper recycling device with a motor reduction box according to the present invention:

[0141] 1 is the box cover;

[0142] 101 is the mainboard box;

[0143] 102 is a motor base;

[0144] 103 is a motor;

[0145] The bottom paper recovery device is composed of a motor reduction box 104 and a rotating rod 105;

[0146] 106 is a sensor assembly wire duct.

[0147] Figure 12 The following diagram shows the structure of a mainboard box, a motor, and a bottom paper recycling device with a synchronous belt of the present invention:

[0148] 1 is the box cover;

[0149] 101 is the mainboard box;

[0150] 102 is a motor base;

[0151] 103 is a motor;

[0152] The bottom paper recovery device is composed of a motor reduction box 104, a rotating rod 105, and a synchronous belt 106;

[0153] 107 is a sensor assembly wire duct.

[0154] Figure 13 The structure diagram of a mainboard box, a motor, and a bottom paper recovery device (the box cover is composed of a box cover component A and a box cover component B) of the utility model is shown:

[0155] 1 is the box cover component A;

[0156] 2 is the box cover component B;

[0157] 201 is the mainboard box;

[0158] 202 is a motor seat;

[0159] 203 is a motor;

[0160] 204 is a bottom paper recovery device;

[0161] 205 is the sensor assembly wire duct.

[0162] Figure 14 The structure diagram of the mainboard box, motor, and bottom paper recovery device with motor reduction box (the box cover consists of box cover component A and box cover component B) of the utility model is shown:

[0163] 1 is the box cover component A;

[0164] 2 is the box cover component B;

[0165] 201 is the mainboard box;

[0166] 202 is a motor seat;

[0167] 203 is a motor;

[0168] The bottom paper recovery device consists of a 204 motor reduction box and a 205 rotating rod;

[0169] 206 is a sensor assembly wire duct.

[0170] Figure 15 The structure diagram of the mainboard box, motor, and bottom paper recovery device with synchronous belt (the box cover consists of box cover component A and box cover component B) of the utility model is shown:

[0171] 1 is the box cover component A;

[0172] 2 is the box cover component B;

[0173] 201 is the mainboard box;

[0174] 202 is a motor seat;

[0175] 203 is a motor;

[0176] The bottom paper recovery device is composed of a motor reduction box 204, a rotating rod 205, and a synchronous belt 206;

[0177] 207 is a sensor assembly wire duct.

[0178] Figure 16 The following is a structural diagram of the sensor assembly (combined sensing head) of the present invention:

[0179] 1 is a sensor component;

[0180] 101 is a sensing head;

[0181] 102 is a sensor assembly installation slot for assembly with the pressboard;

[0182] 103 is a sensor component connecting line, which is used to connect to the mainboard box.

[0183] Figure 17 The structure diagram of the sensor assembly (single sensing head) of the utility model is shown:

[0184] 1 is a sensor component;

[0185] 101 is a sensing head;

[0186] 102 is a sensor assembly installation slot for assembly with the pressboard;

[0187] 103 is a sensor component connecting line, which is used to connect to the mainboard box.

[0188] Figure 18 The following is a structural diagram of the rotating rod (cross cut) of the bottom paper recovery device of the present invention:

[0189] 1 is the rotating rod of the bottom paper recovery device, which has a cross cut for clamping the bottom paper, pulling the label paper and recovering the bottom paper.

[0190] Figure 19 The following is a structural diagram of the rotating rod (straight cut) of the bottom paper recovery device of the present invention:

[0191] 1 is the rotating rod of the bottom paper recovery device, which has a slotted notch for clamping the bottom paper, pulling the label paper, and recovering the bottom paper.

[0192] Figure 20 The structure diagram of the paperboard of the present invention (with multiple protruding blocks in the middle) is shown as follows:

[0193] 1 is a press board;

[0194] 101 is a small protrusion of the press board.

[0195] Figure 21 The structure diagram of the label roll shaft of the utility model is shown as follows:

[0196] 1 is the paper roll shaft.

[0197] Figure 22 The structure diagram of the utility model using folding label paper is shown:

[0198] 1 is folded label paper. DETAILED DESCRIPTION

[0199] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in combination with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Example 1

[0200] like Figure 2 As shown,

[0201] Install the cardboard pressing plate 3 into the box cover 2 along the track groove 204;

[0202] The small protruding piece 301 of the press board extends into the middle opening 203 of the crossbeam;

[0203] Place the label paper in paper tray 1 with the paper output facing upwards;

[0204] The label paper extends from the paper outlet 201, passes around the crossbeam 202, and then passes downward through the gap between the crossbeam 202 and the paper pressing board 3, and is connected to the bottom paper recovery device;

[0205] Close the box cover 2 to complete the installation. Figure 1 As shown;

[0206] After the assembly is completed, the paper that extends higher than the sensing head of the sensor component 4 is pushed downward into the paper loading box 1 to ensure that there is no obstruction in front of the sensing head of the sensor component 4; after power is turned on, the sensor component 4 senses that there is no obstruction in front, and sends a signal to the main board box to rotate the motor 206. After the motor 206 rotates, the label paper and the base paper will be separated by the interaction of the paper feed baffle 101, the beam 202, and the paper pressing board 3. After the sensor component 4 senses the extended label paper, the motor 206 stops rotating. At this time, the label can be pulled out to peel off the label; after the label is torn off the base paper, the sensor component 4 senses that there is no obstruction in front, and sends a signal to rotate the motor 206 again. The label and the base paper will be separated again after the motor 206 rotates. Example 2

[0207] like Figure 4 As shown,

[0208] Glue 2 box cover components A and 5 box cover components B together to form the box cover;

[0209] Install the press board 3 into the box cover along the track groove 204;

[0210] The small protruding piece 301 of the press board extends into the middle opening 203 of the crossbeam;

[0211] Place the label paper in paper tray 1 with the paper output facing upwards;

[0212] The label paper extends from the paper outlet 201, passes around the crossbeam 202, and then passes downward through the gap between the crossbeam 202 and the paper pressing board 3, and is connected to the bottom paper recovery device;

[0213] Close the box cover to complete the installation. Figure 1 As shown;

[0214] After the assembly is completed, the paper that extends higher than the sensing head of the sensor component 4 is pushed downward into the paper loading box 1 to ensure that there is no obstruction in front of the sensing head of the sensor component 4; after power is turned on, the sensor component 4 senses that there is no obstruction in front, and sends a signal to the main board box to rotate the motor 501. After the motor 501 rotates, the label paper and the base paper will be separated by the interaction of the paper feed baffle 101, the beam 202, and the paper pressing board 3. After the sensor component 4 senses the extended label paper, the motor 501 stops rotating. At this time, the label can be pulled out to peel off the label; after the label is torn off the base paper, the sensor component 4 senses that there is no obstruction in front, and sends a signal to rotate the motor 501 again. The label and the base paper will be separated again after the motor 501 rotates. Example 3

[0215] like Figure 9 As shown,

[0216] Glue 2 box cover components A and 5 box cover components B together to form the box cover;

[0217] Install the press board 3 into the box cover along the track groove 204;

[0218] The small protruding piece 301 of the press board extends into the middle opening 203 of the crossbeam;

[0219] Install the sensor assembly mounting slot 401 of the sensor assembly 4 into the small protrusion 301 of the cardboard, and connect the sensor assembly connecting wire 402 to the mainboard box;

[0220] Insert the paper roll shaft 6 into the core of the label paper roll, with the label paper roll facing upwards, and place the paper roll shaft 6 along the paper roll shaft guide 102 into the paper loading box 1;

[0221] The label paper extends from the paper outlet 201, passes around the crossbeam 202, and then passes through the gap between the crossbeam 202 and the paper pressing board 3, and then passes through the cutout of the bottom paper recycling device rotating rod 502;

[0222] Close the box cover to complete the installation. Figure 1 As shown;

[0223] After the assembly is completed, the paper extending higher than the sensing head of the sensor assembly 4 is pushed downward into the paper loading box 1 to ensure that there is no obstruction in front of the sensing head of the sensor assembly 4; after power is turned on, the sensor assembly 4 senses that there is no obstruction in front, and sends a signal to the main board box to rotate the motor 501. After the motor 501 rotates, the label paper and the base paper will be separated from each other under the interaction of the paper feed baffle 101, the crossbeam 202, and the paper pressing board 3. After the sensor assembly 4 senses the extended label paper, the motor 501 stops rotating. At this time, the label can be pulled out to peel off the label; after the label is torn off the base paper, the sensor assembly 4 senses that there is no obstruction in front, and sends a signal to rotate the motor 501 again. After the motor 501 rotates, the label and the base paper will be separated from each other again;

[0224] The label peeling box can be placed on a desktop or a shelf, or can be hung on a wall through the wall hanging hole 102 for use.

[0225] like Figure 8 As shown, waste label paper can be put into the waste paper box 103. Example 4

[0226] like Figure 10 As shown, when installing the label paper, the label paper passes through the cutout of the bottom paper recovery device rotating rod 104, and after rotation, the cutout will clamp the label paper;

[0227] like Figure 11 As shown, when installing the label paper, the label paper passes through the cutout of the bottom paper recovery device rotating rod 105, and after rotation, the cutout will clamp the label paper;

[0228] like Figure 12 As shown, when installing label paper, take one or more labels, stick the label backing paper and the backing paper recycling device synchronous belt 106 together, and after rotation, recycle the label backing paper through the rotation of the synchronous belt. Example 5

[0229] like Figure 6 As shown, the remaining amount of label paper without the roll paper shaft and label peeling box can be checked through the paper viewing port 101;

[0230] like Figure 7 As shown, the remaining amount of label paper in the label peeling box with the paper roll shaft can be checked through the paper observation port 101.

[0231] The above description is merely a preferred embodiment of the present invention and is not intended to limit the present invention. For users skilled in the art, the present invention is susceptible to various modifications and variations. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention shall be included within the scope of protection of the present invention.

Claims

1. An electric label stripping box, characterized by: It consists of a paper box, a box cover, a paper pressing board, and a sensor assembly; the paper box is used to place label paper; the back of the paper box is a paper feed baffle, which is used to limit the range of paper movement; the box cover is equipped with a mainboard box, a motor, and a bottom paper recovery device; The mainboard box is used to place circuit boards; the bottom paper recovery device is used to pull label paper and recycle bottom paper; there is a paper outlet on one side of the top of the box cover for extending label paper; the box cover has a beam perpendicular to the cover surface, with an opening in the middle of the beam for placing a small protrusion of the paper pressing board; there are track grooves on the left and right sides of the box cover for placing the paper pressing board; there is a small protrusion in the middle of the paper pressing board for interacting with the beam to press the paper; the label paper enters from the paper inlet, bypasses the beam, and then passes downward through the gap between the beam and the paper pressing board to connect to the bottom paper recovery device; the sensor component is used to detect label paper output.

2. The electric label stripping box according to claim 1, characterized in that The electric label peeling box cover is composed of a cover component A and a cover component B. The cover component A and the cover component B are bonded together to form the cover.

3. The electric label stripping box according to claim 1 or claim 2, characterized in that The electric label stripping box is provided with a label paper rotating shaft for fixing the label paper roll core.

4. The electric label stripping box according to claim 1 or claim 2, characterized in that The electric label stripping box has a wall hanging slot on the back, which can be hung on the wall with a wall hook.

5. The electric label stripping box according to claim 1 or claim 2, characterized in that The electric label stripping box is provided with a waste paper box for storing waste paper.

6. The electric label stripping box according to claim 1 or claim 2, characterized in that The electric label stripping box is provided with a paper observation port for observing the remaining amount of paper.

7. The electric label stripping box according to claim 1 or claim 2, characterized in that The bottom paper recovery device of the electric label stripping box is composed of a motor reduction box and a rotating rod.

8. The electric label stripping box according to claim 1 or claim 2, characterized in that The bottom paper recovery device of the electric label stripping box is composed of a motor reduction box, a rotating rod and a synchronous belt.

9. The electric label stripping box according to claim 1 or claim 2, characterized in that The rotating rod of the bottom paper recovery device of the electric label stripping box is a straight cut.

10. The electric label stripping box according to claim 1 or claim 2, characterized in that The rotating rod of the bottom paper recovery device of the electric label stripping box is a cross cut.

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