CN209231797U - A kind of glasshouse device for monitoring temperature - Google Patents

Abstract

The utility model discloses a kind of glasshouse device for monitoring temperature, its structure includes supervision subjects, power supply line, display screen, setting knob and button, by the way that attachment device is arranged in supervision subjects left and right ends lower part, sliding adjustment position is carried out at the sliding slot in connection main body by sliding block, fixed angle is adjusted using the effect rotation rotating bar of bearing, rotating bar and external connections are fixed by the second fixing piece again, reached the beneficial effect that can be easily installed to the control device；And circuit board is set in coolant pipe inner wall, external temperature induction is carried out by temperature sensor, and temperature information reaches microprocessor and is handled, information storage is carried out using the storage module being provided with, button is clicked when checking, show that the storage information of storage module in display screen, the result that the control device can be detected by having reached is saved to understand the beneficial effect of a period of time temperature conditions inside the glasshouse.

Description

A kind of glasshouse device for monitoring temperature

Technical field

The utility model relates to agriculture and forestry plant improved Varieties and high-quality and efficient safety production technique field, and in particular to one Kind glasshouse device for monitoring temperature.

Background technique

Glasshouse refers to the greenhouse for making lighting material with glass, belongs to one kind of greenhouse, in cultivating facility, glass Greenhouse is suitable for using under a variety of areas and various weather conditions as a kind of longest form of service life, in industry with across The size of degree and the standard width of a room in an old-style house is divided into construction model not, and is divided into different usage modes: vegetables glasshouse, flowers glass Glass greenhouse, nursery glasshouse, ecological glasshouse, scientific research glasshouse, three-dimensional glasshouse, special-shaped glass greenhouse, leisure Glasshouse and intelligent glass greenhouse etc., area and usage mode can have greenhouse is main freely to deploy, and carry out culture plant When object, the device that setting carries out temperature detection and controls generally will do it, but the prior art can not facilitate to the control device The result installed, and can not detect the control device is saved to understand a period of time inside the glasshouse Temperature conditions.

Utility model content

(1) technical problems to be solved

In order to overcome the shortage of prior art, it is proposed that a kind of glasshouse device for monitoring temperature, with solve can not conveniently pair The control device is installed, and the result that can not detect the control device is saved to understand inside the glasshouse The problem of temperature conditions of a period of time, reaching easily to install the control device, and can be to the control device The result of detection is saved to understand the effect of a period of time temperature conditions inside the glasshouse.

(2) technical solution

The utility model is achieved through the following technical solutions: the utility model proposes a kind of glasshouse monitoring temperature dresses It sets, including supervision subjects, power supply line, display screen, setting knob, button, radiating groove, buzzer, connector, electric connection line, temperature Spend sensor, fixed plate, shell, coolant pipe, connection strap, the first fixing piece, attachment device and circuit board, the supervision subjects Rear end right part is provided with power supply line, and supervision subjects top rear portion is plugged with display screen, the setting knob outer surface lower part It is rotatablely connected with supervision subjects top right front portion, the left front portion in the button bottom end and supervision subjects top carries out grafting, institute It states supervision subjects front end left part and is provided with radiating groove, the buzzer bottom end and supervision subjects front center carry out grafting, described Supervision subjects left and right ends middle and lower part is provided with attachment device, and supervision subjects by manual metal-arc welding mode and attachment device into Row welding, the connector rear end is provided with bolt and is bolted with supervision subjects front end right lower quadrant, before the connector End middle part is provided with electric connection line, and temperature sensor rear end middle and upper part is provided with electric connection line, and the temperature sensor is left Right both ends are welded with fixed plate by manual metal-arc welding mode, and the outer casing inner wall periphery is bonded with coolant pipe by seccotine, institute It states shell left and right ends lower part and connection strap is welded with by manual metal-arc welding mode, first external surface of fixing member lower part is provided with spiral shell Line, and it runs through connection strap top and bottom ends simultaneously and is threadedly coupled with supervision subjects top, in the circuit board outer surface Portion is carried out by seccotine with coolant pipe inner wall be bonded, and the attachment device is by connection main body, sliding slot, sliding block, bearing, rotation Bar and the second fixing piece composition, the connection main body top middle section are provided with sliding slot, the outside face thereof lower part in sliding slot Wall is slidably connected, and is welded by the first bulge loop with bearing inner wall in the middle part of the slip front, outside the bearing front end Enclose by manual metal-arc welding mode be welded with the second bulge loop with rotation rod rear end welded, second external surface of fixing member lower part is set It is equipped with screw thread to be threadedly coupled with two, the bottom in rotating bar front end top, supervision subjects left and right ends middle and lower part is provided with company Main body is connect, the circuit board is by circuit board main body, storage module, microprocessor, first port, second port, third port, Four ports, fifth port and the 6th port composition, circuit board main body top left part are welded with storage module bottom end, institute It states microprocessor bottom end and is provided with bolt and be bolted with circuit board main body top middle portion, described microprocessor right side etc. Away from first port, second port, third port and the 4th port is provided with, the microprocessor front end face is successively set from right to left It is equipped with fifth port and the 6th port, is glued in the middle part of the circuit board main body outer surface by seccotine and coolant pipe inner wall It connects, the power supply line, display screen, setting knob, buzzer, electric connection line, temperature sensor and storage module pass through Microprocessor is electrically connected with button, the display screen, setting knob, buzzer, button, temperature sensor and storage module difference It is electrically connected by first port, second port, third port, the 4th port, fifth port and the 6th port and microprocessor It connects.

Further, the sliding slot inner wall and outside face thereof lower part are mutually chimeric, and its chimeric gap width is 3mm。

Further, rotating bar front end top and bottom ends are provided with through-hole, and through-hole wall is in rounded shape.

Further, the connection main body left side is parallel to each other with supervision subjects right side, and connects main body left end Face is smooth.

Further, the sliding block, bearing, rotating bar and the second fixing piece are provided with two groups, and outside face thereof Lower part is smooth.

Further, the first port, second port, third port, the 4th port, fifth port and the 6th port Shape is identical with size office, and its outer surface is dry.

Further, the setting knob outer surface top is provided with sponges cover, and sponges cover is with a thickness of 2.5mm.

Further, the model HRB-P80A2 of the buzzer.

Further, the model CWD18 of the temperature sensor.

Further, the model W25Q128 of the storage module.

Further, the model AT89S52-24AU of the microprocessor.

(3) beneficial effect

The utility model compared with the existing technology, has the advantages that

1), the control device is installed to solve the problems, such as not facilitating, by under supervision subjects left and right ends Attachment device is arranged in portion, sliding adjustment position is carried out at the sliding slot in connection main body by sliding block, using the work of bearing It is adjusted fixed angle with rotation rotating bar, then rotating bar and external connections are fixed by the second fixing piece, The beneficial effect that can be easily installed to the control device is reached.

2) when, the result to solve that the control device can not be detected is saved to understand inside the glasshouse one section Between temperature conditions the problem of, by coolant pipe inner wall be arranged circuit board, by temperature sensor carry out external temperature induction, And temperature information reaches microprocessor and is handled, and carries out information storage using the storage module being provided with, and checks time point Button is hit, shows that the storage information of storage module in display screen, has reached the knot that can be detected to the control device Fruit is saved to understand the beneficial effect of a period of time temperature conditions inside the glasshouse.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the schematic diagram of internal structure of the utility model；

Fig. 3 is the board structure of circuit schematic diagrames of the utility model；

Fig. 4 is the attachment device structural schematic diagram of the utility model；

Fig. 5 is the circuit block diagram structural schematic diagram of the utility model；

In figure: supervision subjects -1, power supply line -2, display screen -3, setting knob -4, button -5, radiating groove -6, buzzer - 7, attachment device -8, connector -9, electric connection line -10, temperature sensor -11, fixed plate -12, shell -13, coolant pipe - 14, connection strap -15, the first fixing piece -16, circuit board -17, connection main body -81, sliding slot -82, sliding block -83, bearing -84, rotation Bar -85, the second fixing piece -86, circuit board main body -171, storage module -172, microprocessor -173, first port -174, Two-port netwerk -175, third port -176, the 4th port -177, fifth port -178, the 6th port -179.

Specific embodiment

In the technical program:

Attachment device 8, circuit board 17, connection main body 81, sliding slot 82, sliding block 83, bearing 84, rotating bar 85, second are fixed Part 86, circuit board main body 171, storage module 172, microprocessor 173, first port 174, second port 175, third port 176, the 4th port 177, fifth port 178 and the 6th port 179 are that the utility model contains the innovative component of essence.

Supervision subjects 1, power supply line 2, display screen 3, setting knob 4, button 5, radiating groove 6, buzzer 7, connector 9, electricity Connecting line 10, temperature sensor 11, fixed plate 12, shell 13, coolant pipe 14, connection strap 15 and the first fixing piece 16 are to realize The essential connectivity component of technical solutions of the utility model.

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5 are please referred to, the utility model provides a kind of glasshouse device for monitoring temperature: packet Include supervision subjects 1, power supply line 2, display screen 3, setting knob 4, button 5, radiating groove 6, buzzer 7, connector 9, electric connection line 10, temperature sensor 11, fixed plate 12, shell 13, coolant pipe 14, connection strap 15, the first fixing piece 16,8 and of attachment device Circuit board 17,1 rear end right part of supervision subjects are provided with power supply line 2, and 1 top rear portion of supervision subjects is plugged with display screen 3, setting rotation 4 outer surface lower part of button is rotatablely connected with 1 top right front portion of supervision subjects, 5 bottom end of button and the left front portion in 1 top of supervision subjects Grafting is carried out, 1 front end left part of supervision subjects is provided with radiating groove 6, and 7 bottom end of buzzer carries out slotting with 1 front center of supervision subjects Connect, 1 left and right ends middle and lower part of supervision subjects is provided with attachment device 8, and supervision subjects 1 by manual metal-arc welding mode with connect Device 8 is welded, and 9 rear end of connector is provided with bolt and is bolted with 1 front end right lower quadrant of supervision subjects, connector 9 Front center is provided with electric connection line 10, and 11 rear end middle and upper part of temperature sensor is provided with electric connection line 10, temperature sensor 11 Left and right ends are welded with fixed plate 12 by manual metal-arc welding mode, and 13 inner wall periphery of shell is bonded with coolant pipe by seccotine 14,13 left and right ends lower part of shell is welded with connection strap 15, the setting of 16 outer surface lower part of the first fixing piece by manual metal-arc welding mode There is screw thread, and it runs through 15 top and bottom ends of connection strap simultaneously and is threadedly coupled with 1 top of supervision subjects, 17 appearance of circuit board Middle face carried out by seccotine with 14 inner wall of coolant pipe it is be bonded, attachment device 8 by connection main body 81, sliding slot 82, sliding block 83, Bearing 84, rotating bar 85 and the second fixing piece 86 composition, connection 81 top middle section of main body are provided with sliding slot 82,83 outer surface of sliding block Lower part is slidably connected with 82 inner wall of sliding slot, and 83 front center of sliding block is welded by the first bulge loop and 84 inner wall of bearing, 84 front end periphery of bearing is welded with the second bulge loop by manual metal-arc welding mode and is welded with 85 rear end of rotating bar, the second fixing piece 86 Outer surface lower part is provided with two, the bottom in screw thread and 85 front end of rotating bar top and is threadedly coupled, in 1 left and right ends of supervision subjects under Portion is provided with connection main body 81, and circuit board 17 is by circuit board main body 171, storage module 172, microprocessor 173, first port 174, second port 175, third port 176, the 4th port 177, fifth port 178 and the 6th port 179 composition, circuit board master 171 top left part of body is welded with 172 bottom end of storage module, and 173 bottom end of microprocessor is provided with bolt and circuit board main body 171 top middle portions are bolted, and 173 right side of microprocessor has been placed equidistant with first port 174, second port 175, Three ports 176 and the 4th port 177,173 front end face of microprocessor are disposed with fifth port 178 and the 6th end from right to left Mouth 179,171 outer surface of circuit board main body middle part carry out be bonded, power supply line 2, display by seccotine with 14 inner wall of coolant pipe Screen 3, setting knob 4, buzzer 7, electric connection line 10, temperature sensor 11 and storage module 172 by microprocessor 173 with Button 5 is electrically connected, and display screen 3, setting knob 4, buzzer 7, button 5, temperature sensor 11 and storage module 172 pass through respectively First port 174, second port 175, third port 176, the 4th port 177, fifth port 178 and the 6th port 179 with it is micro- Processor 173 is electrically connected.

Further, 82 inner wall of sliding slot and 83 outer surface lower part of sliding block are mutually chimeric, and its chimeric gap width For 3mm, increases sliding space, be moved easily.

Further, the 85 front end top and bottom ends of rotating bar are provided with through-hole, and through-hole wall is in rounded shape, convenient Rotation, it is convenient to provide for installation and removal.

Further, 81 left side of connection main body is parallel to each other with 1 right side of supervision subjects, and connects main body 81 Left side is smooth, increases contact area, improves firm power.

Further, the sliding block 83, bearing 84, rotating bar 85 and the second fixing piece 86 are provided with two groups, and sliding 83 outer surface lower part of block is smooth, improves and installs firm power, and for operate provide it is convenient.

Further, the first port 174, second port 175, third port 176, the 4th port 177, fifth port 178 is identical with size office with the shape of the 6th port 179, and its outer surface is dry, reduces connection type, convenient for manufacture.

Further, the 4 outer surface top of setting knob is provided with sponges cover, and sponges cover mentions with a thickness of 2.5mm High degree of comfort conveniently grabs attached rotation.

Further, the model HRB-P80A2 of the buzzer 7, gives great volume, cheaply.

Further, the model CWD18 of the temperature sensor 11, stablizes, and induction force is strong.

Further, the model W25Q128 of the storage module 172, storage capacity is big, long service life.

Further, the model AT89S52-24AU of the microprocessor 173, speed is fast, durable.

Buzzer 7 described in this patent is a kind of electronics buzzer of integral structure, using DC-voltage supply, extensively It is general electric applied to computer, printer, duplicator, alarm, electronic toy, vehicle electronics, telephone set and timer etc. Make microphone device in sub- product, buzzer is broadly divided into piezo buzzer and electromagnetic buzzer two types；Described is micro- Processor 173, the central processing unit being made of a piece of or several large scale integrated circuit, these circuits execute control unit With the function of arithmetic and logical unit (ALU).

Working principle: firstly, the glasshouse device for monitoring temperature is taken out, by by 1 left and right ends of supervision subjects The attachment device 8 of lower part setting carries out sliding adjustment position by sliding block 83 at the sliding slot 82 in connection main body 81, then passes through The effect rotation rotating bar 85 for crossing bearing 84 is adjusted fixed angle, then is connected to rotating bar 85 with outside by the second fixing piece 86 The place of connecing is fixed, and sliding block 83, bearing 84, rotating bar 85 and the second fixing piece 86 are provided with two groups, and sliding 83 outer surface lower part of block is smooth, improves and installs firm power, and it is convenient to provide for operation, reached can easily to the control device into The beneficial effect of row installation, so that installation is fixed in the supervision subjects 1, then, by fixed plate 12 by temperature sensor 11 are fixedly mounted on the glasshouse suitable location within, then, connect external power supply by power supply line 2, click button 5, Energized equipment inside the device is connected, at this point, setting knob 4 by grabbing attached rotation, carries out the induction of set temperature sensor 11 Temperature (such as: set temperature is 20~27 DEG C), the use of temperature sensor 11 can be stepped into, to the glasshouse internal temperature Incuded, and induction information reaches microprocessor 173 and is handled, when the temperature information of detection is more than or lower than setting rotation When the temperature value that button 4 sets temperature sensor 11, i.e., control buzzer 7 is carried out by microprocessor and sounded, warning makes User carries out operation external temperature adjustment equipment and is adjusted the glasshouse internal temperature, and setting temperature stabilization Between the temperature value that knob 4 sets temperature sensor 11, finally, by the way that circuit board 17 is arranged in 14 inner wall of coolant pipe, by Temperature sensor 11 carries out external temperature induction, and temperature information reaches microprocessor 173 and handled, using being provided with Storage module 172 carry out information storage, when checking click button 5, make the storage information of storage module 172 display screen 3 into Row display, the result that the control device can be detected by having reached are saved to understand a period of time inside the glasshouse The beneficial effect of temperature conditions, also, the coolant pipe 14 by being arranged in the middle part of 17 outer surface of circuit board makes certifiable prevent Circuit board 17 overheats in prolonged use process, to guarantee the exact value of detection.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes are embraced therein.It should not treat any reference in the claims as limiting related right It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (7)

1. a kind of glasshouse device for monitoring temperature, including supervision subjects (1), power supply line (2), display screen (3), setting knob (4), button (5), radiating groove (6), buzzer (7), connector (9), electric connection line (10), temperature sensor (11), fixed plate (12), shell (13), coolant pipe (14), connection strap (15) and the first fixing piece (16), which is characterized in that further include connection dress (8) and circuit board (17) are set, supervision subjects (1) rear end right part is provided with power supply line (2), supervision subjects (1) top Rear portion is plugged with display screen (3), and setting knob (4) the outer surface lower part is rotated with supervision subjects (1) top right front portion Connection, the left front portion in button (5) bottom end and supervision subjects (1) top carry out grafting, and supervision subjects (1) front end left part is set It is equipped with radiating groove (6), buzzer (7) bottom end and supervision subjects (1) front center carry out grafting, the supervision subjects (1) Left and right ends middle and lower part is provided with attachment device (8), and supervision subjects (1) pass through manual metal-arc welding mode and attachment device (8) It is welded, connector (9) rear end is provided with bolt and is bolted with supervision subjects (1) front end right lower quadrant, described Connector (9) front center is provided with electric connection line (10), and temperature sensor (11) the rear end middle and upper part is provided with electrical connection Line (10), temperature sensor (11) left and right ends are welded with fixed plate (12) by manual metal-arc welding mode, the shell (13) Inner wall periphery is bonded with coolant pipe (14) by seccotine, and shell (13) the left and right ends lower part is welded by manual metal-arc welding mode It is connected to connection strap (15), the first fixing piece (16) outer surface lower part is provided with screw thread, and it runs through connection strap simultaneously (15) top and bottom ends are threadedly coupled with supervision subjects (1) top, pass through seccotine in the middle part of circuit board (17) outer surface Carried out with coolant pipe (14) inner wall be bonded, the attachment device (8) is by connection main body (81), sliding slot (82), sliding block (83), axis It holds (84), rotating bar (85) and the second fixing piece (86) composition, connection main body (81) the top middle section and is provided with sliding slot (82), Sliding block (83) the outer surface lower part is slidably connected with sliding slot (82) inner wall, and sliding block (83) front center passes through first Bulge loop is welded with bearing (84) inner wall, bearing (84) the front end periphery by manual metal-arc welding mode be welded with the second bulge loop with Rotating bar (85) rear end is welded, and the second fixing piece (86) outer surface lower part is provided with screw thread and rotating bar (85) front end Two, the bottom in top is threadedly coupled, and supervision subjects (1) the left and right ends middle and lower part is provided with connection main body (81), the electricity Road plate (17) is by circuit board main body (171), storage module (172), microprocessor (173), first port (174), second port (175), third port (176), the 4th port (177), fifth port (178) and the 6th port (179) composition, the circuit board Main body (171) top left part is welded with storage module (172) bottom end, and microprocessor (173) bottom end is provided with bolt It is bolted with circuit board main body (171) top middle portion, microprocessor (173) right side has been placed equidistant with first end Mouthful (174), second port (175), third port (176) and the 4th port (177), microprocessor (173) front end face by Right-to-left is disposed with fifth port (178) and the 6th port (179), leads in the middle part of circuit board main body (171) outer surface It crosses seccotine and carries out be bonded, the power supply line (2), display screen (3), setting knob (4), buzzer with coolant pipe (14) inner wall (7), electric connection line (10), temperature sensor (11) and storage module (172) pass through microprocessor (173) and button (5) electricity Connection, the display screen (3), setting knob (4), buzzer (7), button (5), temperature sensor (11) and storage module (172) pass through first port (174), second port (175), third port (176), the 4th port (177), fifth port respectively (178) it is electrically connected with the 6th port (179) with microprocessor (173).

2. a kind of glasshouse device for monitoring temperature according to claim 1, which is characterized in that sliding slot (82) inner wall It is mutually chimeric with sliding block (83) outer surface lower part, and its chimeric gap width is 3mm.

3. a kind of glasshouse device for monitoring temperature according to claim 1, which is characterized in that before the rotating bar (85) End top and bottom ends are provided with through-hole, and through-hole wall is in rounded shape.

4. a kind of glasshouse device for monitoring temperature according to claim 1, which is characterized in that the connection main body (81) Left side is parallel to each other with supervision subjects (1) right side, and it is smooth to connect main body (81) left side.

5. a kind of glasshouse device for monitoring temperature according to claim 1, which is characterized in that the sliding block (83), axis It holds (84), rotating bar (85) and the second fixing piece (86) and is provided with two groups, and sliding block (83) outer surface lower part is smooth.

6. a kind of glasshouse device for monitoring temperature according to claim 1, which is characterized in that the first port (174), second port (175), third port (176), the 4th port (177), fifth port (178) and the 6th port (179) Shape it is identical with size office, and its outer surface is dry.

7. a kind of glasshouse device for monitoring temperature according to claim 1, which is characterized in that the setting knob (4) Outer surface top is provided with sponges cover, and sponges cover is with a thickness of 2.5mm.