TWM626023U - Smoke alarm inspection device - Google Patents

Abstract

The present invention provides a smoke alarm detection device for detecting a smoke alarm. The smoke alarm detection device includes a base and a detection component. The base body has a cover portion, and the cover portion defines a detection space to cover the smoke alarm. The detection component is installed on the base, and the detection component includes a control unit, an oil storage atomizer and a power supply unit, the control unit is electrically connected to the oil storage atomizer and the power supply unit, and the oil storage atomizer is electrically connected to the power supply unit. The device has a smoke generating part corresponding to the detection space. Thereby, when the control unit activates the oil storage atomizer, the smoke generating part generates smoke to the detection space to detect the smoke alarm.

Description

Smoke alarm detection device

This work relates to detection devices, especially smoke alarm detection devices.

For traditional smoke alarm detection devices, please refer to "Testing Device for Smoke-Type Fire Alarms (1)" in Patent Publication No. 481320 of the Republic of China.

One of them is to burn tobacco materials, paper, mosquito coils, etc., but through the burning method, it takes time to start a fire, and it also takes a certain time to generate enough smoke, which is inconvenient to use. Another way is to use a smoke canister to obtain the required smoke, but the smoke canister is heavier and bulkier, so that the operating device for setting the smoke canister also requires a large volume, which is laborious for inspectors to lift. Only to be able to test, it is too inconvenient to use, and the product cost is too high, and the practicability is relatively insufficient.

In addition, some practitioners have proposed the "detection device for fire alarms" such as the Republic of China Invention Patent Publication No. I645377, which mainly includes a casing and a detection module, the detection module is arranged in the casing, and the detection module includes a A heater and a smoke generator, the heater includes a fuel tank, a fire-throwing seat and a catalyst member, the fire-throwing seat is connected to the fuel tank, the fuel of the fuel tank can be output to the fire-throwing seat, and the catalyst member is arranged on the fire-throwing seat to On the fire side, the catalyst element can directly react with the fuel ejected from the flame-throwing seat when the working temperature is above; the smoke generator includes an electric heating coil, a mist liquid container and a suction part, but the detection module in this case is relatively Complicated, requires heaters and smoke generators.

Therefore, in order to improve the convenience and practicability of the smoke alarm detection device, and take into account the product cost, the author proposes a smoke alarm detection device, which includes a base and a detection group. pieces. The base body has a cover part, the cover part defines a detection space, and is covered by the smoke alarm. The detection component is installed on the base, and the detection component includes a control unit, an oil storage atomizer and a power supply unit, the control unit is electrically connected to the oil storage atomizer and the power supply unit, and the oil storage atomizer is electrically connected to the power supply unit. The device has a smoke generating part corresponding to the detection space. Thereby, when the control unit activates the oil storage atomizer, the smoke generating part generates smoke to the detection space to detect the smoke alarm.

This creation is also a smoke alarm detection device, which includes a base and a detection component. The base body has a cover part, the cover part defines a detection space, and is covered by the smoke alarm. The detection component is installed on the base, and the detection component includes a control unit, an oil storage atomizer, a fan and a power supply unit, and the control unit is electrically connected to the oil storage atomizer, the fan and the power supply unit , the oil storage atomizer has a smoke generating part and an airflow channel, the smoke generating part is located adjacent to the airflow channel, the airflow channel is connected to the detection space, and the fan corresponds to the airflow channel. Thereby, when the control unit activates the oil storage atomizer and the fan, the smoke generated by the smoke generating part is brought to the detection space by the airflow of the fan to detect the smoke alarm.

The present invention can also be a smoke alarm detection device, which includes a base and a detection component. The base body has a cover portion and a handle portion, the cover portion defines a detection space for covering the smoke alarm, the handle portion is hollow and has an accommodating space, and the accommodating space communicates with the detection space. The detection component is installed on the base, and the detection component includes a control unit, an oil storage atomizer, a fan and a power supply unit, and the control unit is electrically connected to the oil storage atomizer, the fan and the power supply unit , the control unit, the fan and the power supply unit are installed in the accommodating space, the oil storage atomizer is located between the accommodating space and the detection space, the oil storage atomizer has a smoke generating part and an airflow a channel, and the airflow channel communicates with the detection space and the accommodating space. Thereby, the control unit activates the oil storage atomizer and the fan When the fan is used, the smoke generated by the smoke generating part is brought to the detection space by the airflow of the fan, so as to detect the smoke alarm.

Further, the oil storage atomizer can be an RDTA (Rebuildable Dripping Tank Atomizer) atomizer. The power supply unit can be a power storage element or an electrical connection part for connecting external power.

Further, the seat body may be provided with a mounting seat between the detection space and the accommodating space, the mounting seat has a mounting hole, the mounting hole communicates with the detection space and the accommodating space, and the mounting hole is used for the oil storage A connecting end of the atomizer is installed so that the airflow channel communicates with the detection space and the accommodating space. Wherein, the connecting end and the mounting hole may be in a screw-lock matching structure. In addition, the control unit can be electrically connected to the oil storage atomizer through the mounting seat and the connecting end. Preferably, the control unit is electrically connected to the oil storage atomizer through the connection end, and the connection end has an air intake hole, and the air intake hole communicates with the airflow channel.

Further, the extending direction of the airflow channel of the oil storage atomizer and the airflow direction generated by the fan are located on the same axis.

Further, the fan may include a fan body, a hood and a duct, the hood is covered at the air outlet of the fan body, and the duct is connected to the connection end of the oil storage atomizer and an outlet of the hood tuyere.

Preferably, the control unit can be operated in a mist-repelling mode, in which the fan is only driven without starting the oil storage atomizer, and the fan speed is increased to generate enough wind to disperse The smoke generated by the smoke generating unit.

With the above features, the following effects can be mainly achieved:

1. The oil storage atomizer can be used to generate the smoke required for detection, without using expensive, bulky and bulky smoke canisters, and without using burning smoke materials, so it can effectively reduce product volume, weight, cost, and improve product quality. practicability.

2. The detachable modular oil storage atomizer is used, so it is easy to assemble, maintain, replace and fill with oil, which is convenient to use and quick to assemble.

3. The extension direction of the airflow channel of the oil storage atomizer can be on the same axis as the airflow direction of the fan, so that the generated smoke can be quickly brought to the detection space by the airflow for detection.

4. In addition to generating smoke, the fog removal mode can be used to quickly remove the smoke after the test, so as to continue to test other smoke alarms.

(1): seat body

(11): Cover part

(111): Detection space

(12): Handle

(121): accommodating space

(13): Mounting seat

(131): Mounting holes

(2): Detection components

(21): Oil storage atomizer

(211): Smoke generating section

(212): Airflow channel

(213): Connection end

(214): Air intake hole

(215): Conductive parts

(22): Control Unit

(23): Fan

(231): Fan body

(232): Windshield

(232A): Air outlet

(233): Catheter

(24): Power supply unit

(A): Smoke alarm

(B): Space

FIG. 1 is a schematic three-dimensional appearance diagram of an embodiment of the present invention.

FIG. 2 is a schematic cross-sectional view of an embodiment of the present invention.

FIG. 3 is a schematic block diagram of an embodiment of the present invention.

FIG. 4 is a schematic diagram 1 of the cross-section and use of the embodiment of the present invention.

FIG. 5 is a second schematic diagram of the cross-section and use of the embodiment of the present invention.

FIG. 6 is a schematic cross-sectional view of another embodiment of the present invention.

In view of the above technical features, the main functions of the smoke alarm detection device of the present invention can be clearly presented in the following embodiments with the accompanying drawings. It should be noted that, for ease of understanding, in each figure, similar or identical reference numerals will be used for similar functional elements.

Please refer to FIG. 1 first, which discloses a smoke alarm detection device according to an embodiment of the present invention, which includes a base (1) and a detection component (2). The base body (1) has a cover portion (11) and a handle portion (12), the cover portion (11) defines a detection space (111), and the handle portion (12) can be directly held by the user, or connected and extended Pole lift detection. The detection assembly (2) includes an oil storage atomizer (21), the oil storage atomizer (21) is detachably mounted on the base body (1) and can be located in the detection space (111), the storage atomizer (21) The oil atomizer (21) has a smoke generating part (211) and an airflow channel (212), the smoke generating part (211) corresponds to the airflow channel (212), and the airflow channel (212) communicates with the detection space (111) . Here, the oil storage atomizer (21) can be an RDTA (Rebuildable Dripping Tank Atomizer) atomizer, which mainly includes an oil storage tank, an electrical connection base and an atomizing core, the oil storage tank and the atomizer The cores are all installed on the power connection base. The atomizing core can be composed of a plurality of coils and a plurality of cottons that are respectively assembled on the coils. The coils are electrically connected to the power connection base, and the oil in the oil storage cylinder can be dripped. The cotton is put into the coil, and the oil can be atomized after the coil is heated by electricity. For the main structure, please refer to the content of Patent Publication No. CN113615884A, but the pattern is not limited to this patent type.

Please refer to FIG. 2 and FIG. 3 , the handle (12) is hollow and has an accommodating space (121), and the accommodating space (121) communicates with the detection space (111). The detection component (2) further comprises a control unit (22), a fan (23) and a power supply unit (24), and the control unit (22) is electrically connected to the oil storage atomizer (21), the fan (24). 23) and the power supply unit (24), the control unit (22) may have operating elements such as control buttons, a touch panel, etc., or may be connected to a remote control by a signal, so that the user can operate and use, the power supply unit (24) may be used for It is an electrical connection part for connecting to external power, but an electric storage element can also be used. Here, the control unit (22), the fan (23) and the power supply unit (24) are installed in the accommodating space (121), and the oil storage atomizer (21) is detachably installed in the accommodating space between the space (121) and the detection space (111).

In detail, the seat body (1) can be provided with a mounting seat (13) between the detection space (111) and the accommodating space (121), and the mounting seat (13) has a mounting hole (131), The mounting hole (131) communicates with the detection The space (111) and the accommodating space (121), the mounting hole (131) can be installed with a connecting end (213) of the oil storage atomizer (21), and the airflow channel (212) is connected to the detection The space (111) and the accommodating space (121). Here, the connecting end (213) and the mounting hole (131) may be in a screw-locking structure. And, the control unit (22) is electrically connected to the oil storage atomizer (21) through the connection end (213), and the connection end (213) has an air inlet (214), the air inlet (214) ) communicates with the airflow channel (212). Thereby, the extending direction of the airflow channel (212) of the oil storage atomizer (21) can be located on the same axis as the airflow direction of the fan (23), so that the generated smoke can be quickly carried by the airflow to the Detection space (111).

For use, please refer to FIG. 4, when the smoke alarm (A) is to be detected, the detection space (111) of the cover (11) is covered with the smoke alarm (A), and then the control unit (A) is passed through the control unit ( 22) Start the oil storage atomizer (21) and the fan (23), so that the smoke generated by the oil storage atomizer (21) is brought to the detection space (111) by the airflow of the fan (23), so as to Detect the smoke alarm (A).

Please refer to Fig. 5, after the test, the user can operate the control unit (22) in a mist-repellent mode, in the mist-repellent mode, the control unit (22) will only drive the fan (23) and Do not start the oil storage atomizer (21) [or directly remove the oil storage atomizer (21)], and increase the fan speed to strengthen the wind to quickly dissipate the oil storage atomizer (21). smoke so that other smoke alarms (A) can continue to be tested.

Please refer to FIG. 6 , which is a schematic cross-sectional view of another embodiment of the present invention, which is basically the same as the previous embodiment, the main difference is that the fan ( 23 ) can include a fan body ( 231 ), a hood ( 232 ) and A duct (233), the hood (232) covers the air outlet of the fan body (231), the duct (233) is connected to the connection end (213) of the oil storage atomizer (21) and the fan An air outlet (232A) of the cover (232), whereby the air flow generated by the fan body (231) can be reliably led to the oil storage atomizer (21), so as to prevent the air flow from escaping from the assembly gap and reduce the impact of wind power. loss, and a space (B) can be made on the periphery of the conduit (233) so that the electrical connection wires can be threaded. At Therefore, the conduit (233) can be a flexible tube for easy bending and assembly. In addition, a conductive member (215) can be sandwiched between the bottom edge of the connecting end (213) and the end of the conduit (233) so as to be electrically connected to the aforementioned control unit.

It should be noted that the above-mentioned content is only a preferred embodiment of the creation, and the purpose is to enable those with ordinary knowledge in the field to understand the creation and implement it accordingly, and not to limit the scope of the patent application for the creation; therefore, it relates to the creation. All equivalent changes or modifications are covered by the scope of the patent application.

(1): seat body

(11): Cover part

(111): Detection space

(12): Handle

(121): accommodating space

(13): Mounting seat

(131): Mounting holes

(2): Detection components

(21): Oil storage atomizer

(211): Smoke generating section

(212): Airflow channel

(213): Connection end

(214): Air intake hole

(22): Control Unit

(23): Fan

(24): Power supply unit

Claims (10)

A smoke alarm detection device is used to detect a smoke alarm, the smoke alarm detection device comprises: a base body, the base body has a cover part, the cover part defines a detection space to cover the smoke alarm ; A detection component installed on the base, the detection component includes a control unit, an oil storage atomizer and a power supply unit, the control unit is electrically connected to the oil storage atomizer and the power supply unit, the oil storage atomizer The atomizer has a smoke generating part corresponding to the detection space; thus, when the control unit activates the oil storage atomizer, the smoke generating part generates smoke to the detection space to detect the smoke alarm. A smoke alarm detection device is used to detect a smoke alarm, the detection device of the smoke alarm comprises: a base body, the base body has a cover part, the cover part defines a detection space to cover the smoke alarm a detection component installed on the base, the detection component includes a control unit, an oil storage atomizer, a fan and a power supply unit, the control unit is electrically connected to the oil storage atomizer, the fan and the The power supply unit, the oil storage atomizer has a smoke generating part and an airflow channel, the smoke generating part is located adjacent to the airflow channel, the airflow channel is connected to the detection space, and the fan corresponds to the airflow channel; When the control unit activates the oil storage atomizer and the fan, the smoke generated by the smoke generating part is brought to the detection space by the airflow of the fan, so as to detect the smoke alarm. The smoke alarm detection device according to claim 1 or claim 2, wherein the oil storage atomizer is an RDTA (Rebuildable Dripping Tank Atomizer) atomizer. A smoke alarm detection device for detecting a smoke alarm, the smoke alarm detection device comprising: A body, the seat body has a cover part and a handle part, the cover part defines a detection space for covering the smoke alarm, the handle part is hollow and has an accommodating space, the seat body is located in An installation seat is arranged between the detection space and the accommodating space, and the installation seat has an installation hole, and the installation hole communicates with the detection space and the accommodating space; a detection component is installed on the seat body, and the detection component includes a control unit, an oil storage atomizer, a fan and a power supply unit, the control unit is electrically connected to the oil storage atomizer, the fan and the power supply unit, the control unit, the fan and the power supply unit are installed in the In the accommodating space, the oil storage atomizer is an RDTA (Rebuildable Dripping Tank Atomizer) atomizer, the oil storage atomizer is detachably installed in the installation hole with a connecting end, and the oil storage atomizer is located at the Between the accommodating space and the detection space, the oil storage atomizer has a smoke generating part and an airflow channel, the smoke generating part is adjacent to the airflow channel, and the airflow channel communicates with the detection space and the accommodating space; Therefore, when the control unit activates the oil storage atomizer and the fan, the smoke generated by the smoke generating part is brought to the detection space by the airflow of the fan, so as to detect the smoke alarm. The smoke alarm detection device according to claim 4, wherein the power supply unit is a power storage element or an electrical connection portion for connecting external power. The smoke alarm detection device as claimed in claim 4, wherein the connecting end and the mounting hole are of a screw-locking structure. The smoke alarm detection device according to claim 4 or claim 6, wherein the control unit is electrically connected to the oil storage atomizer through the connection end, and the connection end has an air inlet, and the air inlet communicates with the air inlet. the airflow channel. The smoke alarm detection device according to claim 7, wherein the extending direction of the airflow channel of the oil storage atomizer and the airflow direction generated by the fan are located on the same axis. The smoke alarm detection device as claimed in claim 7, wherein the fan comprises a fan body, a hood and a duct, the hood is covered at the air outlet of the fan body, and the duct is connected to the oil storage atomizer The connecting end of the device is connected to an air outlet of the air hood. The smoke alarm detection device as claimed in claim 8, wherein when the control unit operates in a mist dispelling mode, it only drives the fan without activating the oil storage atomizer, and increases the rotational speed of the fan to dispel the smoke generated The smoke produced by the department.

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