CN209663366U

CN209663366U - A kind of flour mill equipped with tube-in-tube structure

Info

Publication number: CN209663366U
Application number: CN201821835408.0U
Authority: CN
Inventors: 潘启坚; 刘琼艳; 郭明光; 黄新光
Original assignee: LIANZHOU KAIENSI NANOMATERIALS CO Ltd
Current assignee: LIANZHOU KAIENSI NANOMATERIALS CO Ltd
Priority date: 2018-11-08
Filing date: 2018-11-08
Publication date: 2019-11-22
Anticipated expiration: 2028-11-08

Abstract

The utility model discloses a kind of flour mills equipped with tube-in-tube structure, including cabinet, matrix, ultraviolet light emitting head, first groove body and from filter bag, the first groove body is all equipped on two inner sidewalls of described matrix bottom, ultraviolet light emitting head is fixed on the inner wall of first groove body side, the intrinsic silicon of strainer bottom end is fixed with distance-sensor, matrix surface above the control panel is fixed with alarm, tank surface above second motor is all equipped with vacuum chamber, the inside of the vacuum chamber is all equipped with blower, the vacuum chamber is equipped with filter chamber far from one end of matrix, matrix surface below second motor is fixed with cabinet, the inside of cabinet is equipped with cylinder, cylinder extends to the inside of cabinet far from one end of cabinet.The utility model not only avoid flour mill use when occur material overfill, avoid flour mill use when dust from flying the phenomenon that, and improve flour mill use when the degree of automation.

Description

A kind of flour mill equipped with tube-in-tube structure

Technical field

The utility model relates to flour mill technical field, specially a kind of flour mill equipped with tube-in-tube structure.

Background technique

Flour mill is widely used in the grinding processing of mineral products material in the fields such as metallurgy, building materials, chemical industry, mine, according to The fineness of institute's grind materials and the fineness of discharging material, the flour mill equipped with tube-in-tube structure are monitored due to not having height when in use Function so that be equipped with tube-in-tube structure flour mill can not learn the material inside the flour mill equipped with tube-in-tube structure when in use Highly, so that the flour mill for being equipped with tube-in-tube structure showing of occurring that device caused by material overfill can not work when in use As the flour mill due to being equipped with tube-in-tube structure does not have the function of dedusting when in use, so that being equipped with the flour mill of tube-in-tube structure Internal dust from flying when in use, the flour mill due to being equipped with tube-in-tube structure does not have the function of self-emptying, so that being equipped with The flour mill of tube-in-tube structure is extremely inconvenient when in use.

Utility model content

The purpose of this utility model is to provide a kind of flour mills equipped with tube-in-tube structure, to solve in above-mentioned background technique It is proposed flour mill device do not work, the problem that dust from flying and the degree of automation are low.

To achieve the above object, the utility model provides the following technical solutions: a kind of flour mill equipped with tube-in-tube structure, packet Include cabinet, matrix, ultraviolet light emitting head, the first groove body and from filter bag, two inner sidewalls of described matrix bottom all be equipped with first Groove body is fixed with ultraviolet light emitting head on the inner wall of the first groove body side, two inside of the second shaft below first groove body Equidistant outer shaft being all equipped on wall, and one end of outer shaft extends to the inside of matrix, the inside of the outer shaft is hinged with inner shaft, And one end of inner shaft extends to the inside of matrix, the two sides of the inner shaft are all equipped with equidistant second groove body, the inner shaft top The intrinsic silicon at end is fixed with equidistant first shredder head, and the first shredder head extends to the outside of the second groove body, described outer Strainer is installed on the matrix inner wall below axis, the intrinsic silicon of strainer bottom end is fixed with distance-sensor, described matrix it is outer Control panel is installed, and the input terminal of control panel internal PLC controller and the output end of distance-sensor are electrical on side wall It connects, the matrix surface above the control panel is fixed with alarm, and the input terminal of alarm and control panel internal PLC The output end of controller is electrically connected, and described matrix is equipped with feeding cylinder far from the side of alarm, and described matrix is far from feeding cylinder Equidistant collet is all installed on the outer wall at both ends, the bottom end of collet side is all fixed with first motor, and first motor The output end of input terminal and control panel internal PLC controller is electrically connected, and the output end of the first motor passes through shaft coupling First rotating shaft is installed, and first rotating shaft extends to the inside of matrix far from one end of first motor and is hinged with inner shaft, institute It states top of the collet far from first motor side and is all fixed with the second motor, and inside the input terminal and control panel of the second motor The output end of PLC controller is electrically connected, and the output end of second motor is equipped with the second shaft, and second by shaft coupling Shaft extends to the inside of matrix far from one end of the second motor and is hinged with outer shaft, the cabinet table above second motor Face is all equipped with vacuum chamber, and one end of vacuum chamber is connected with matrix, and the inside of the vacuum chamber is all equipped with blower, and blower The output end of input terminal and control panel internal PLC controller is electrically connected, and the vacuum chamber was equipped with far from one end of matrix Filter chamber, the matrix surface below second motor are fixed with cabinet, and the inside of cabinet is equipped with cylinder, and the input terminal of cylinder It is electrically connected with the output end of control panel internal PLC controller, cylinder extends to the inside of cabinet far from one end of cabinet.

Preferably, the top of described matrix is equipped with feeding inlet.

Preferably, the tank surface below the first motor is equipped with discharge port, and one end of discharge port extends to matrix Inside.

Preferably, ultraviolet light is installed on the inner wall of first groove body far from ultraviolet light emitting head side and receives head, and The output end of input terminal and ultraviolet light emitting head that ultraviolet light receives head is electrically connected, and ultraviolet light receives output end and the control of head The input terminal of panel itself PLC controller is electrically connected.

Preferably, the filter chamber is set with far from one end of vacuum chamber from filter bag.

Preferably, the box house below the strainer is equipped with push plate, and the side of push plate and the output end of cylinder are fixed Connection.

Preferably, the box house of the side channels is equipped with equidistant second shredder head.

Compared with prior art, the utility model has the beneficial effects that should not only be avoided equipped with the flour mill of tube-in-tube structure The phenomenon that material overfill occurs when flour mill uses, avoids dust from flying when flour mill uses, and raising The degree of automation when flour mill uses；

1, by the two inner sidewall upper groove bodies in base bottom, ultraviolet light emitting head, slot are fixed on the inner wall of groove body side Ultraviolet light is installed on inner wall of the body far from ultraviolet light emitting head side and receives head, the fixed alarm of the matrix surface above control panel Device, to realize the warning function of flour mill, there is a phenomenon where material overfill when so as to avoid flour mill use；

2, by the tank surface vacuum chamber above the second motor, the inner fan of vacuum chamber, vacuum chamber is far from matrix One end filter chamber, one end suit of the filter chamber far from vacuum chamber is from filter bag, to realize that flour mill inhibits the function of dust, thus The phenomenon that avoiding dust from flying when flour mill uses；

3, by the matrix surface static housing below the second motor, cylinder is installed in the inside of cabinet, below strainer Box house push plate, the intrinsic silicon fixed range inductor of strainer bottom end, to realize the function of flour mill self-emptying, thus Improve the degree of automation when flour mill uses.

Detailed description of the invention

Fig. 1 is the schematic cross-sectional view of the utility model；

Fig. 2 is the schematic view of the front view of the utility model；

Fig. 3 is the backsight structural representation of the utility model；

Fig. 4 is the partial structural diagram of the utility model.

In figure: 1, cabinet；2, cylinder；3, push plate；4, matrix；5, discharge port；6, distance-sensor；7, first motor；8, First rotating shaft；9, ultraviolet light emitting head；10, ultraviolet light receives head；11, the first groove body；12, blower；13, filter chamber；14, Two shafts；15, from filter bag；16, the second motor；17, vacuum chamber；18, collet；19, strainer；20, control panel；21, alarm； 22, feeding cylinder；23, outer shaft；24, the first shredder head；25, inner shaft；26, the second groove body；27, the second shredder head.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-4 is please referred to, a kind of embodiment provided by the utility model: a kind of flour mill equipped with tube-in-tube structure, including Cabinet 1, matrix 4, ultraviolet light emitting head 9, the first groove body 11 and all it is equipped with the from filter bag 15, two inner sidewalls of 4 bottom of matrix One groove body 11 is fixed with ultraviolet light emitting head 9 on the inner wall of first groove body, 11 side, and the model of the ultraviolet light emitting head 9 can be HS3-I is equipped with ultraviolet light on the first inner wall of the groove body 11 far from 9 side of ultraviolet light emitting head and receives head 10, which connects The model for receiving head 10 can be HYD2048H, and ultraviolet light receives the input terminal of head 10 and the output end electrical property of ultraviolet light emitting head 9 The input terminal of connection, output end and 20 internal PLC controller of control panel that ultraviolet light receives head 10 is electrically connected, convenient for making With all equipped with equidistant outer shaft 23 on 14 liang of inner sidewalls of the second shaft of 11 lower section of the first groove body, and one end of outer shaft 23 is prolonged The inside of matrix 4 is extended to, equidistant second shredder head 27 is installed inside the cabinet 1 on 23 surface of outer shaft, is easy to use, outer shaft 23 inside is hinged with inner shaft 25, and one end of inner shaft 25 extends to the inside of matrix 4, and the two sides of inner shaft 25 are all equipped with equidistantly The second groove body 26, be fixed with equidistant first shredder head 24 inside the matrix 4 on 25 top of inner shaft, and the first shredder head 24 is prolonged It extends to the outside of the second groove body 26, strainer 19 is installed on 4 inner wall of matrix of 23 lower section of outer shaft, in the cabinet 1 of 19 lower section of strainer Portion is equipped with push plate 3, and the side of push plate 3 is fixedly connected with the output end of cylinder 2, is easy to use, in the matrix 4 of 19 bottom end of strainer Portion is fixed with distance-sensor 6, and the model of the distance-sensor 6 can be E2EM-X16MX, and the top of matrix 4 is equipped with feeding inlet, Be easy to use, control panel 20 be installed on the lateral wall of matrix 4, and the input terminal of 20 internal PLC controller of control panel with The output end of distance-sensor 6 is electrically connected, and 4 surface of matrix of 20 top of control panel is fixed with alarm 21, the alarm 21 model can be FU-JS001, and the output end of the input terminal of alarm 21 and 20 internal PLC controller of control panel is electrical Connection, matrix 4 are equipped with feeding cylinder 22 far from the side of alarm 21, and matrix 4 is all installed on the outer wall far from 22 both ends of feeding cylinder There is equidistant collet 18, the bottom end of 18 side of collet is all fixed with first motor 7, and the model of the first motor 7 can be 1 surface of cabinet of Y112M-2,7 lower section of first motor are equipped with discharge port 5, and one end of discharge port 5 extends to the inside of matrix 4, It is easy to use, and the output end of the input terminal of first motor 7 and 20 internal PLC controller of control panel is electrically connected, the first electricity The output end of machine 7 is equipped with first rotating shaft 8 by shaft coupling, and first rotating shaft 8 extends to matrix far from one end of first motor 7 4 inside is simultaneously hinged with inner shaft 25, and collet 18 is all fixed with the second motor 16 far from the top of 7 side of first motor, this The model of two motors 16 can be Y90S-2, and the output of the input terminal of the second motor 16 and 20 internal PLC controller of control panel End is electrically connected, and the output end of the second motor 16 is equipped with the second shaft 14 by shaft coupling, and the second shaft 14 is far from second One end of motor 16 extends to the inside of matrix 4 and is hinged with outer shaft 23, and 1 surface of cabinet of 16 top of the second motor is all equipped with Vacuum chamber 17, and one end of vacuum chamber 17 is connected with matrix 4, the inside of vacuum chamber 17 are all equipped with blower 12, and blower 12 The output end of input terminal and 20 internal PLC controller of control panel is electrically connected, and vacuum chamber 17 is equipped with far from one end of matrix 4 Filter chamber 13, filter chamber 13 is set with far from one end of vacuum chamber 17 from filter bag 15, convenient for self-cleaning, the base of 16 lower section of the second motor 4 surface of body is fixed with cabinet 1, and the inside of cabinet 1 is equipped with cylinder 2, and the input terminal of cylinder 2 and 20 internal PLC of control panel The output end of controller is electrically connected, and cylinder 2 extends to the inside of cabinet 1 far from one end of cabinet 1.

Working principle: in use, material to be imported to the inside of matrix 4 by feeding inlet or feeding cylinder 22 first, later Ultraviolet light emitting head 9 and ultraviolet light inside matrix 4, which receive head 10, will do it signal convection current, reach ultraviolet light hair in height of materials It penetrates first 9 and receives the convection current that meeting ultraviolet blocking-up emitting head 9 and ultraviolet light at the position of head 10 receive head 10 with ultraviolet light, it is ultraviolet Line, which receives head 10, can transmit a signal to the inside of control panel 20, control alarm 21 by control panel 20 and alarm, with The warning function of flour mill is realized, so as to avoid, there is a phenomenon where material overfill, control plane is passed through later when flour mill use The first motor 7 that plate 20 controls 18 top of collet is worked with the second motor 16, causes flour mill to work, while control plane Plate 20 can control the work of the blower 12 inside vacuum chamber 17, be absorbed the dust flown upward by blower 12, and dust can be by later Vacuum chamber 17 reaches the inside from filter bag 15 by filter chamber 13, to realize that flour mill inhibits the function of dust, so as to avoid The phenomenon that dust from flying when flour mill uses, the material that finally crushes can enter the bottom of matrix 4 by strainer 19, filter simultaneously The distance-sensor 6 of 19 bottom of net can be monitored the height of material, the distance-sensor 6 when height of materials reaches setting value The inside that control panel 20 can be transmitted a signal to is pushed push plate 3 by the cylinder 2 that control panel 20 controls inside cabinet 1, To realize the function of flour mill self-emptying, to improve the degree of automation when flour mill uses, complete to be equipped with middle cylinder knot The work of the flour mill of structure.

It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting Related claim.

Claims

1. a kind of flour mill equipped with tube-in-tube structure, including cabinet (1), matrix (4), ultraviolet light emitting head (9), the first groove body (11) and from filter bag (15), it is characterised in that: the first groove body (11) all are equipped on two inner sidewalls of described matrix (4) bottom, the It is fixed with ultraviolet light emitting head (9) on the inner wall of one groove body (11) side, the second shaft below first groove body (11) Equidistant outer shaft (23) all are equipped on (14) two inner sidewalls, and one end of outer shaft (23) extends to the inside of matrix (4), it is described The inside of outer shaft (23) is hinged with inner shaft (25), and one end of inner shaft (25) extends to the inside of matrix (4), the inner shaft (25) Two sides be all equipped with equidistant second groove body (26), is fixed with inside the matrix (4) on inner shaft (25) top at equal intervals First shredder head (24), and the first shredder head (24) extends to the outside of the second groove body (26), the base below the outer shaft (23) It is equipped with strainer (19) on body (4) inner wall, is fixed with distance-sensor (6), the base inside the matrix (4) of strainer (19) bottom end It is equipped on the lateral wall of body (4) control panel (20), and the input terminal and distance perception of control panel (20) internal PLC controller The output end of device (6) is answered to be electrically connected, matrix (4) surface above the control panel (20) is fixed with alarm (21), and The input terminal of alarm (21) and the output end of control panel (20) internal PLC controller are electrically connected, and described matrix (4) is separate The side of alarm (21) is equipped with feeding cylinder (22), is all equipped on the outer wall at separate feeding cylinder (22) both ends of described matrix (4) Equidistant collet (18), the bottom end of collet (18) side is all fixed with first motor (7), and the input terminal of first motor (7) It is electrically connected with the output end of control panel (20) internal PLC controller, the output end of the first motor (7) passes through shaft coupling Be equipped with first rotating shaft (8), and first rotating shaft (8) far from first motor (7) one end extend to matrix (4) inside and with it is interior Axis (25) is hinged, and the collet (18) is all fixed with the second motor (16) far from the top of first motor (7) side, and second The input terminal of motor (16) and the output end of control panel (20) internal PLC controller are electrically connected, second motor (16) Output end be equipped with the second shaft (14) by shaft coupling, and the second shaft (14) far from the second motor (16) one end extend To matrix (4) inside and be hinged with outer shaft (23), cabinet (1) surface above second motor (16) is all equipped with dust suction Chamber (17), and one end of vacuum chamber (17) is connected with matrix (4), the inside of the vacuum chamber (17) is all equipped with blower (12), And the output end of the input terminal of blower (12) and control panel (20) internal PLC controller is electrically connected, the vacuum chamber (17) One end far from matrix (4) is equipped with filter chamber (13), and matrix (4) surface below second motor (16) is fixed with cabinet (1), the inside of cabinet (1) is equipped with cylinder (2), and the input terminal of cylinder (2) and control panel (20) internal PLC controller Output end is electrically connected, and cylinder (2) extends to the inside of cabinet (1) far from the one end of cabinet (1).

2. a kind of flour mill equipped with tube-in-tube structure according to claim 1, it is characterised in that: the top of described matrix (4) Portion is equipped with feeding inlet.

3. a kind of flour mill equipped with tube-in-tube structure according to claim 1, it is characterised in that: the first motor (7) Cabinet (1) surface of lower section is equipped with discharge port (5), and one end of discharge port (5) extends to the inside of matrix (4).

4. a kind of flour mill equipped with tube-in-tube structure according to claim 1, it is characterised in that: first groove body (11) Ultraviolet light is installed on the inner wall far from ultraviolet light emitting head (9) side and receives head (10), and ultraviolet light receives the defeated of head (10) The output end for entering end and ultraviolet light emitting head (9) is electrically connected, and ultraviolet light receives output end and control panel (20) of head (10) The input terminal of internal PLC controller is electrically connected.

5. a kind of flour mill equipped with tube-in-tube structure according to claim 1, it is characterised in that: the filter chamber (13) is remote One end from vacuum chamber (17) is set with from filter bag (15).

6. a kind of flour mill equipped with tube-in-tube structure according to claim 1, it is characterised in that: below the strainer (19) Cabinet (1) inside be equipped with push plate (3), and the side of push plate (3) is fixedly connected with the output end of cylinder (2).

7. a kind of flour mill equipped with tube-in-tube structure according to claim 1, it is characterised in that: outer shaft (23) surface Cabinet (1) inside equidistant second shredder head (27) is installed.