CN207992417U - A kind of electromagnetic measurement device based on Internet of Things - Google Patents

Abstract

A kind of electromagnetic measurement device based on Internet of Things, including detection device (1) and pedestal (2), detection device (1) includes recess portion (1 1), multiple electromagnetic surveying sensors (1 2), cooling fin (1 5), electrode (1 3)；Pedestal (2) includes mounting hole (2 2), and notch, groove (2 4), recess portion, the apparatus structure is simple, is easily installed, it is ensured that measures accurately and the service life of device is long, and can reduce cost.

Description

A kind of electromagnetic measurement device based on Internet of Things

Technical field

The utility model is related to electromagnetic measurement fields, and in particular to a kind of electromagnetic measurement device based on Internet of Things.

Background technology

Internet of Things is the sensing technology using various message, such as sensor, video camera, radio frequency identification (RFID) technology, Infrared inductor, laser scanner, global positioning system, gas sensor etc., any required monitoring of acquisition in real time connect, mutually Dynamic object acquires the information of the various needs such as its sound, light, heat, electricity, mechanics, chemistry, biology, position, with internet combination shape At a huge network.The purpose is to realize interconnecting for object and object, people and object, with realize remotely monitor, automatic alarm, Control, diagnosis and maintenance, and then realize the integrated network of " management, control, operation ".

Wireless charger is the equipment for carrying out contactless charging to the electronic product of receiving terminal using electromagnetic induction principle, It is usually applied to mobile phone, MP3, digital camera, electric vehicle etc..Under normal conditions, the transmitting of wireless charging and receiving terminal respectively have one A inductance coil, transmitting terminal connect cable power and generate high-frequency alternating magnetic field, receive end-coil and pick up transmission by magnetic coupling The electromagnetic energy at end, and through over commutation and filtering, charged the battery with fixed DC voltage and electric current.

Nowadays, scientific and technological progress, social development, requirement of the people to its living environment are also higher and higher.Internet of Things row Industry is also quickly grown, and along with the development of wireless charging technology, becomes future using wireless charging as energy recharge end The mainstream of society.However at present, the core of wireless charging is all to utilize magnetic field, and magnetic field monitoring becomes important monitoring item Mesh.But existing detector for magnetic field is required for greatly complete independent measuring apparatus, its own is with power supply, sensor etc. Multiple components, complicated and of high cost or each measuring apparatus are installed on each position and are monitored, and cost is still Height, and accurate sensing equipment leaks cruelly for a long time, not only measures inaccuracy, and be easily damaged, and of high cost.

Utility model content

The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of electromagnetic measurement dress based on Internet of Things It sets, the apparatus structure is simple, is easily installed, it is ensured that measure accurately and the service life of device is long, and can reduce into This.

The utility model provides a kind of electromagnetic measurement device based on Internet of Things, including detection device and pedestal, detection Device includes shell and the recess portion of shell side setting, and is respectively arranged at multiple electricity at upper surface of outer cover corner position Magnetic detection sensor and the cooling fin of enclosure bottom setting, and it is respectively arranged at the electrode of cooling fin both sides, wherein shell The corresponding both sides in the lower part bottom that is respectively arranged with buckle, and buckles there is protrusion；

Pedestal includes distinguishing at the top both sides position corresponding with buckle of pedestal and its corresponding mounting hole and pedestal The notch of setting, and notch has recess corresponding with protrusion, and pedestal further includes the groove with electrode position corresponding position, groove It is correspondingly arranged on electrode interface, pedestal is provided with recess portion with cooling fin corresponding position, is provided with half-round curve in recess portion Both ends connect the support portion of arc curve.

Wherein, the mounting hole is multiple.

Wherein, the shape of the notch is consistent with buckle shape.

Wherein, the cooling fin is set to the center of enclosure bottom.

Wherein, the pedestal is waterproof material.

Description of the drawings

Fig. 1 is the electromagnetic measurement device structural schematic diagram based on Internet of Things.

Specific implementation mode

The following detailed description of the specific implementation of the utility model, it is necessary to it is indicated herein to be, implement to be only intended to below The further explanation of the utility model should not be understood as the limitation to scope of protection of the utility model, the skilled people of the field technology Some nonessential modifications and adaptations that member makes the utility model according to above-mentioned the utility model content, still fall within this reality With novel protection domain.

The utility model provides a kind of electromagnetic measurement device based on Internet of Things, and structure is as shown in Fig. 1.Based on object The electromagnetic measurement device of networking includes detection device 1 and pedestal 2.It is set specifically, detection device 1 includes shell and shell side When the recess portion 1-1 set, center dant 1-1 can make detection device 1 be installed with pedestal 2, facilitate holding, and a hand Operation.Detection device 1 further includes multiple electromagnetic surveying sensor 1-2, and is respectively arranged at upper surface of outer cover corner position, For detecting magnetic field parameter.Detection device 1 further includes being set to the cooling fin 1-5 on shell ground, and the lower part of shell is opposite in addition The both sides answered are respectively arranged with buckle 1-4, and the bottom for buckling 1-4 has protrusion.As shown in Figure 1, detection device 1 further includes It is respectively arranged at the electrode 1-3 of the both sides cooling fin 1-5, the positive and negative anodes of two electrode 1-3 are not construed as limiting, can be according to actual conditions Adjustment, or according to being confirmed after being plugged in pedestal.

As shown in Fig. 1, pedestal 2 includes pedestal and its corresponding mounting hole 2-2, and wherein mounting hole 2-2 is multiple, is passed through Pedestal can be installed at expected position and be fixed by mounting hole 2-2.The top both sides of pedestal 2 position corresponding with buckle 1-4 The place of setting is respectively arranged with notch, and the shape of notch is consistent with buckle 1-4 shapes, and notch has recess corresponding with protrusion, In this way so that detection device 1 is plugged on pedestal 2, protrusion can be snapped into recess, have the function of limit.In addition, pedestal 2 is also Include the groove 2-4 with the positions electrode 1-3 corresponding position, groove 2-4 is correspondingly arranged on electrode interface 2-3, in this way, working as detection device 1 with 2 grafting of pedestal install when, electrode interface 2-3 dock with electrode 1-3, realization be connected.In addition, as shown in Fig. 1, pedestal 2 with The corresponding positions cooling fin 1-5 are provided with recess portion, and the support that arc curve is connected with half-round curve both ends is provided in recess portion Portion 2-1, setting of recess portion itself has using scattering, while being provided with support portion 2-1 so that the structure of pedestal 2 is more stablized It is unlikely to deform, can be for a long time in outdoor setting, and modification not protected from environmental, so that detection device 1 is easy to slotting It connects.

When in use, it is only necessary to detection device 1 is inserted on corresponding pedestal 2 and be fixed, so that it may to realize corresponding position The electromagnetic measurement for setting place, the setting simultaneously for components such as power supply, control process can be directly arranged inside pedestal 2, to Portable detection device 1 is realized, grafting enters corresponding pedestal 2 and energization measurement can be realized, more convenient.

Although for illustrative purposes, it has been described that the illustrative embodiments of the utility model, the skill of this field Art personnel will be understood that, can be in shape in the case of the scope and spirit for not departing from utility model disclosed in appended claims The change for carrying out various modifications, adding and replacing in formula and details etc., and all these changes should all belong to the utility model institute Attached scope of the claims, and each step in each department of product and method of the requires of the utility model protection, Form that can be in any combination is combined.Therefore, it is not to the description of the embodiment disclosed in the utility model In order to limit the scope of the utility model, but for describing the utility model.Correspondingly, the scope of the utility model not by with The limitation of upper embodiment, but be defined by claim or its equivalent.

Claims (5)

1. a kind of electromagnetic measurement device based on Internet of Things, including detection device (1) and pedestal (2), it is characterised in that：Detection dress It includes shell and the recess portion (1-1) of shell side setting to set (1), and is respectively arranged at upper surface of outer cover corner position The cooling fin (1-5) of multiple electromagnetic surveying sensors (1-2) and enclosure bottom setting, and it is respectively arranged at cooling fin (1- 5) the corresponding both sides in lower part of the electrode (1-3) of both sides, wherein shell are respectively arranged with buckle (1-4), and buckle (1-4) Bottom have protrusion；

Pedestal (2) includes that pedestal and its top both sides of corresponding mounting hole (2-2) and pedestal (2) are corresponding with buckle (1-4) Position at the notch that is respectively set, and there is notch recess corresponding with protrusion, pedestal (2) to further include and electrode (1-3) The groove (2-4) of position corresponding position, groove (2-4) are correspondingly arranged on electrode interface (2-3), and pedestal (2) and cooling fin (1-5) are right It answers and is provided with recess portion at position, the support portion (2-1) for connecting arc curve with half-round curve both ends is provided in recess portion.

2. electromagnetic measurement device as described in claim 1, it is characterised in that：The mounting hole (2-2) is multiple.

3. electromagnetic measurement device as described in claim 1, it is characterised in that：The shape of the notch and buckle (1-4) shape Unanimously.

4. electromagnetic measurement device as described in claim 1, it is characterised in that：The cooling fin (1-5) is set to enclosure bottom Center.

5. electromagnetic measurement device as described in claim 1, it is characterised in that：The pedestal is waterproof material.