阅读说明：本技术 避免损耗的净化设备用获取装置 (Acquisition device for purifying equipment capable of avoiding loss ) 是由 段银平 于 2019-10-11 设计创作，主要内容包括：一种避免损耗的净化设备用获取装置,获取通道的上壁边壁上配备着一对沿获取通道沿中心线排列的红外转换设备配备槽,获取通道的里面配备着阻隔片,阻隔片的两头各自有一回转壁,回转壁有朝更高所在的π/4弧度,两头的回转壁各自同红外转换设备配备槽平整,阻隔片的当间所在是圈状框架,环形架跨度同获取通道的里部跨度适配；有效避免了现有技术中按键裸于之外常常遭到侵害、全部壳体的闭合有损的缺陷。(An acquisition device for purifying equipment for avoiding loss is characterized in that a pair of infrared conversion equipment preparation grooves arranged along the central line of an acquisition channel are arranged on the side wall of the upper wall of the acquisition channel, a blocking sheet is arranged in the acquisition channel, two ends of the blocking sheet are respectively provided with a rotary wall, the rotary walls have a higher pi/4 radian, the rotary walls at the two ends are respectively leveled with the infrared conversion equipment preparation grooves, the current position of the blocking sheet is a ring-shaped frame, and the span of the ring-shaped frame is matched with the inner span of the acquisition channel; the defects that in the prior art, the key is exposed outside and is often damaged and the closing of the whole shell is damaged are effectively overcome.)

1. An acquisition device for purifying equipment for avoiding loss is characterized in that an acquisition channel is arranged on a liquid outlet cavity of a purifying liquid channel, an infrared acquirer and a thermocouple for acquiring flow are arranged in the acquisition channel, the rear part of infrared conversion equipment of the infrared acquirer is arranged on an arrangement table, a head part extends into the acquisition channel, a thermocouple cover body is positioned on the arrangement table of the acquisition channel, and a counter is arranged in the thermocouple cover body;

the side wall of the upper wall of the acquisition channel is provided with a pair of infrared conversion equipment preparation grooves which are arranged along the central line of the acquisition channel, the inside of the acquisition channel is provided with a blocking sheet, two ends of the blocking sheet are respectively provided with a rotary wall, the rotary wall has a pi/4 radian which is higher, the rotary walls at the two ends are respectively level with the infrared conversion equipment preparation grooves, the current position of the blocking sheet is a ring-shaped frame, and the span of the ring-shaped frame is matched with the inner span of the acquisition channel;

a positioning screw port is additionally arranged between the pair of infrared conversion equipment preparation grooves, the screw rod connection is carried out on the blocking piece at the position of the positioning screw port, a liquid temperature value acquisition hole is also arranged on the wall surface of the edge part of the acquisition channel, a thermocouple is arranged in the liquid temperature value acquisition hole, and the equipment is closed.

2. The apparatus for obtaining a purification apparatus avoiding loss of a substance as set forth in claim 1, wherein the counter is connected to a pair of thermocouples, one of the thermocouples being connected to the inside of the obtaining passage and the other thermocouple being connected to the place where the circulation passage is located.

3. The apparatus of claim 1, wherein the positioning screw coupled to the positioning screw hole penetrates through the mounting platform and the positioning screw hole and then is connected to the barrier sheet, and the rear portion of the positioning screw is not located between the mounting platform and the bottom cover of the sign.

4. The apparatus of claim 1, wherein the upper wall of the mounting table is connected to a bottom cap of the thermocouple cap body, the counter is mounted between a top cap of the thermocouple cap body and the bottom cap, the counter comprises a PCB, a solder joint on a wall surface of the PCB is bonded and closed by an adhesive, a magnet button pulled by a magnet is mounted on a top surface of the counter, and the magnet button is operable to convert display information of the liquid crystal panel. The four sides between the top cover and the bottom cover of the thermocouple cover body are provided with rubber rings.

Technical Field

The invention relates to the technical field of purification, in particular to an acquisition device for purification equipment, which avoids loss.

Background

The acquisition of the liquid temperature value of the purification liquid is carried out through thermocouples, but the arrangement conditions of the thermocouples are various, some arrangement conditions are poor, and the closing effect standard of the thermocouple cover body is more and more. A conventional thermocouple for purification includes a case for display, a support table, and a speed acquirer, the case for display being provided on the speed acquirer via a support base provided on the support table; the supporting platform can rotate by 3 pi/4, and the display shell can rotate by pi/2 around the supporting seat; the shell for display is provided with an LED screen and a starting key, the bottom wall of the shell is provided with a thermocouple, the speed acquirer is accompanied with electronic information acquiring equipment, and a liquid inlet of the speed acquirer is provided with a pair of branch guide plates. The device displays information in combination with key transformation, and the keys are often compromised when they are exposed. In addition, because a key needs to be equipped, the shell needs to be provided with a key slot, and the closure of the whole shell is damaged.

Disclosure of Invention

In order to solve the problems, the invention provides an acquisition device for purifying equipment, which avoids loss, and effectively avoids the defects that keys are exposed outside and are often damaged and the closing of all shells is damaged in the prior art.

In order to overcome the defects in the prior art, the invention provides a solution for an acquisition device for purifying equipment, which avoids loss, and comprises the following specific steps:

an acquisition device for purifying equipment for avoiding loss is characterized in that an outlet liquid cavity B3 of a purifying liquid channel is provided with an acquisition channel A1, an infrared acquirer and a thermocouple A5 for acquiring flow are arranged in the acquisition channel A1, the rear part of infrared conversion equipment A4 of the infrared acquirer is arranged on an allocation table A3, the head part of the infrared conversion equipment A4 extends into a channel of an acquisition channel A1, a thermocouple cover body A2 is positioned on an allocation table A3 of the acquisition channel A1, and a counter A6 is arranged in the thermocouple cover body A2;

the side wall of the upper wall of the acquisition channel A1 is provided with a pair of infrared conversion equipment preparation grooves A4B which are arranged along the center line of the acquisition channel A1, the inside of the acquisition channel A1 is provided with a baffle plate B1, two ends of the baffle plate B1 are respectively provided with a rotary wall B1B, the rotary wall B1B has a pi/4 radian which is higher, the rotary walls B1B at the two ends are respectively flat with the infrared conversion equipment preparation grooves A4B, the middle of the baffle plate B1 is a ring-shaped frame, and the span of the ring-shaped frame is matched with the inner span of the acquisition channel A1;

a positioning screw port B2 is additionally arranged between the pair of infrared conversion equipment preparation grooves A4B, screw connection is carried out on the barrier sheet at the position of the positioning screw port B2, a liquid temperature value acquisition hole A5B is also arranged on the wall surface of the edge part of the acquisition channel A1, and a thermocouple A5 is arranged in the liquid temperature value acquisition hole A5B and is closed at the position of the acquisition hole.

The upper wall of the acquisition channel A1 is connected with an equipment table A3, a pair of infrared conversion devices A4 is arranged at the lower part of an equipment table A3, and contacts of the infrared conversion devices A4 are clamped and closed with an infrared conversion device equipment groove A4B.

Counter A6 is connected to a pair of thermocouples A5, one thermocouple A5 being connected to the acquisition channel A1 and the other thermocouple A5 being connected to the recirculation channel B4.

The positioning screw rod combined with the positioning screw port B2 penetrates through the equipping table A3 and the positioning screw port B2 and then is connected with the barrier plate B1, and the rear part of the positioning screw rod is not arranged between the equipping table A3 and the bottom cover A2C of the mark A2.

The upper wall of the arrangement platform A3 is connected with the bottom cover A2C of the thermocouple cover body A2, a counter A6 is arranged between the top cover A2B of the thermocouple cover body A2 and the bottom cover A2C, the counter A6 comprises a PCB, welding points on the wall surface of the PCB are bonded and closed through adhesives, a magnet button A8 pulled through a magnet is arranged on one side of the top surface of the counter A6, and the magnet button A8 can operate and convert display information of the liquid crystal panel A7. The thermocouple housing body A2 has rubber rings provided on four sides between the top housing A2B and the bottom housing A2C.

The invention has the beneficial effects that:

the thermocouple shield body can be an integrally closed framework, and the invasion of the area is prevented. The magnet button serves as a button for converting display information of the liquid crystal screen, the thermocouple cover body can be of an integrally closed framework, and the magnet button can be closed in the thermocouple cover body, so that damage to an area is prevented.

Drawings

FIG. 1 is a structural view of an acquisition device for a purification apparatus of the present invention for avoiding loss;

FIG. 2 is a component view of the acquisition channel of the present invention;

fig. 3 is an internal schematic view of the acquisition channel of the present invention.

Detailed Description

The present invention will be further described with reference to the following examples.

As shown in fig. 1-3, in the obtaining apparatus for a purifying device to avoid loss in this embodiment, an obtaining channel a1 is disposed on a liquid outlet cavity B3 of a purifying liquid channel, an infrared acquirer and a thermocouple a5 for obtaining flow rate are disposed in the obtaining channel a1, a rear portion of an infrared conversion device a4 of the infrared acquirer is disposed on an equipping table A3, a head portion of the infrared conversion device a4 extends into a channel of the obtaining channel a1, a thermocouple cover body a2 is positioned on an equipping table A3 of the obtaining channel a1, and a counter A6 is disposed in the thermocouple cover body a 2;

the side wall of the upper wall of the acquisition channel A1 is provided with a pair of infrared conversion equipment preparation grooves A4B which are arranged along the center line of the acquisition channel A1, the inside of the acquisition channel A1 is provided with a baffle plate B1, two ends of the baffle plate B1 are respectively provided with a rotary wall B1B, the rotary wall B1B has a pi/4 radian which is higher, the rotary walls B1B at the two ends are respectively flat with the infrared conversion equipment preparation grooves A4B, the middle of the baffle plate B1 is a ring-shaped frame, and the span of the ring-shaped frame is matched with the inner span of the acquisition channel A1;

a positioning screw port B2 is additionally arranged between the pair of infrared conversion equipment preparation grooves A4B, screw connection is carried out on the barrier sheet at the position of the positioning screw port B2, a liquid temperature value acquisition hole A5B is also arranged on the wall surface of the edge part of the acquisition channel A1, and a thermocouple A5 is arranged in the liquid temperature value acquisition hole A5B and is closed at the position of the acquisition hole.

The upper wall of the acquisition channel A1 is connected with an equipment table A3, a pair of infrared conversion devices A4 is arranged at the lower part of an equipment table A3, and contacts of the infrared conversion devices A4 are clamped and closed with an infrared conversion device equipment groove A4B.

Counter A6 is connected to a pair of thermocouples A5, one thermocouple A5 being connected to the acquisition channel A1 and the other thermocouple A5 being connected to the recirculation channel B4.

The positioning screw rod combined with the positioning screw port B2 penetrates through the equipping table A3 and the positioning screw port B2 and then is connected with the barrier plate B1, and the rear part of the positioning screw rod is not arranged between the equipping table A3 and the bottom cover A2C of the mark A2.

The upper wall of the arrangement platform A3 is connected with the bottom cover A2C of the thermocouple cover body A2, a counter A6 is arranged between the top cover A2B of the thermocouple cover body A2 and the bottom cover A2C, the counter A6 comprises a PCB, welding points on the wall surface of the PCB are bonded and closed through adhesives, a magnet button A8 pulled through a magnet is arranged on one side of the top surface of the counter A6, and the magnet button A8 can operate and convert display information of the liquid crystal panel A7. The thermocouple housing body A2 has rubber rings provided on four sides between the top housing A2B and the bottom housing A2C.

The thermocouple shield body can be an integrally closed framework, and the invasion of the area is prevented. The magnet button serves as a button for converting display information of the liquid crystal screen, the thermocouple cover body can be of an integrally closed framework, and the magnet button can be closed in the thermocouple cover body, so that damage to an area is prevented.

The present invention has been described in terms of embodiments, and it will be understood by those skilled in the art that the present disclosure is not limited to the embodiments described above, and various changes, modifications and substitutions may be made without departing from the scope of the present invention.