Temperature detection probe device

Abstract

The utility model discloses a temperature detection probe device, which belongs to components of an electric steaming box or an electric oven or an electric steaming and baking integrated box, and comprises a box body and a wireless temperature detection probe, an electronic component arrangement cavity is arranged in the box body, a probe opening is arranged on the front wall of the box body, a probe support is fixed on the inner wall of the electronic component arrangement cavity, and the wireless temperature detection probe is arranged in the probe support. The wireless temperature detection probe is inserted into the probe support from the probe opening to be fixed, and the wireless temperature detection probe can be pulled out from the probe opening to be separated from the probe support. A probe power connection device is fixed on the probe bracket, and the probe power connection device is used for being in contact with a power connection electrode of the wireless temperature detection probe to conduct a power supply for charging; the wireless temperature detection probe is in contact with the probe power connection device after being inserted into the probe bracket, and the wireless temperature detection probe is separated from the probe power connection device after being pulled out of the probe bracket; the product is convenient for a user to detect food temperature, and the user can place the food nearby to prevent loss; and the wireless temperature detection probe can be charged conveniently.

Description

TECHNICAL FIELD

[0001] The utility model relates to an electric steamer or electric oven or electric steaming and baking integrated box temperature measuring device, in particular to a temperature detection probe device. BACKGROUND

[0002] The existing electric steamer or electric oven or electric steaming and baking integrated box does not directly install a wireless temperature detection probe in the box body, nor is it equipped with a wireless temperature detection probe. When the user uses it, after the food is baked or steamed, when the user wants to eat, the user does not know the temperature. Usually, the user touches the surface of the food with a finger to determine whether the temperature is suitable for eating. Some internal juice / with slurry food has low surface temperature but high internal temperature, which can easily scald the mouth when eating. Or, after the cover is opened for a long time, the food is cooled and then eaten, which affects the taste and freshness of the food. Some users buy a wireless temperature detection probe with a charging probe box online for convenience. The probe box and the wireless temperature detection probe are completely independent and separated. The volume of the probe box and the wireless temperature detection probe is small, and the home user uses it not frequently. After a long time, the user forgets where to put it, and it is difficult to find when using it, which is easy to lose. UTILITY MODEL CONTENT

[0003] In order to solve the above technical problems, the utility model provides a temperature detection probe device which has reasonable structure, strong practicability, convenience for taking / inserting and charging.

[0004] The solution to the above technical problems is as follows:

[0005] A temperature detection probe device belongs to an electric steamer or electric oven or electric steaming and baking integrated box component, which comprises a box body and a wireless temperature detection probe. An electronic component arrangement cavity is formed in the inside of the box body. A probe port is arranged on the front wall of the box body. A probe support is fixed to the inner wall of the electronic component arrangement cavity. The wireless temperature detection probe is inserted into the probe support and fixed. The wireless temperature detection probe can be pulled out of the probe port and separated from the probe support. A probe power connection device is fixed to the probe support. The probe power connection device is used to contact the power connection pole of the wireless temperature detection probe to conduct the power supply charging. The wireless temperature detection probe is in contact with the probe power connection device after being inserted into the probe support. The wireless temperature detection probe is separated from the probe power connection device after being pulled out of the probe support.

[0006] The utility model discloses a temperature detection probe device has beneficial effect for: 1, the wireless temperature detection probe of this product and probe support form detachable type separation use, conveniently take out the temperature of the food in the detection electric steamer or electric oven or electric steaming and baking integrated box of user, make the user conveniently insert back into the probe support fixed, just hand is placed in close proximity, prevent losing, 2, the probe support is inserted tightly or clamped tightly or has the probe electricity connection device fixed with screw, the built -in battery of wireless temperature detection probe is conveniently charged through the probe electricity connection device, the whole is convenient to charge, need not set up the charger of wireless temperature detection probe, the above structure design is reasonable, and convenient to use. BRIEF DESCRIPTION OF DRAWINGS

[0007] Figure 1 It is the front view schematic drawing of the electric steaming and baking integrated box of the utility model product;

[0008] Figure 2 、 Figure 3 、 Figure 4 It is the perspective view of the electric steaming and baking integrated box of the utility model product, and the controller belongs to the unfolded state; Figure 5 It is the three -dimensional schematic view of the temperature detection probe device of the utility model product is installed in the electronic component arrangement cavity of electric steaming and baking integrated box;

[0009] Figure 6 It is the box body front wall schematic view of the temperature detection probe device of the utility model product is installed in electric steaming and baking integrated box;

[0010] Figure 7 It is the box body front wall split drawing of the temperature detection probe device of the utility model product is installed in electric steaming and baking integrated box;

[0011] Figure 8 、 Figure 9 It is the perspective view of the wireless temperature detection probe and probe support of the utility model product;

[0012] Figure 10 It is the split drawing of the wireless temperature detection probe of the utility model product is taken out / disassembled from the probe support;

[0013] Figure 11 It is the front view of the wireless temperature detection probe and probe support of the utility model product;

[0014] Figure 12 It is Figure 11 A-A direction section view of

[0015] Figure 13 It is the section view of the probe support of the utility model product;

[0016] Figure 14 、 Figure 15 It is the split drawing of the right shell piece of the utility model product is opened;

[0017] Figure 16 It is the exploded view of the probe support of the utility model product;

[0018] Figure 17 It is the perspective view of the wireless temperature detection probe of the utility model product;

[0019] Figure 18 It is the exploded view of the probe support of the utility model product;

[0020] Figure 19 It is the perspective view of the electric steaming and roasting integrated box of the utility model product, and the controller belongs to the closed state.

[0021] Box 1, electronic component arrangement cavity 11, wall hole 12, wireless temperature detection probe 2, probe port 21, probe support 22, left shell piece 221, right shell piece 222, left half long recess 221A, right half long recess 222A, probe fixed jack 221, probe electricity connection device 23, metal conductive positive pole 231, metal conductive negative pole 232, outer end head 201, handheld metal pipe section 202, front detection metal pipe section 203, first metal spring piece 24, second metal spring piece 25, digital display 31, controller 3, hinge 4. DETAILED DESCRIPTION

[0022] As Figures 1-19The utility model discloses a temperature detection probe device belongs to the electric steamer or electric oven or electric steaming and baking integrated box component, namely: can be applied to electric steamer or electric oven or electric steaming and baking integrated box, is used for detecting the temperature of steaming or baking food, let the user know accurate temperature, to facilitate the detection whether the temperature is suitable for edible and the detection whether the food is cooked through temperature, temperature detection probe device includes box 1, wireless temperature detection probe 2, and box 1 refers to the box 1 component of electric steamer or electric oven or electric steaming and baking integrated box, and the inside of box 1 is provided with electronic component arrangement cavity 11, for installing respective electronic elements and electric device, the main technical improvement of the product is that the front wall of box 1 is provided with probe mouth 21, for the convenience of inserting / pulling wireless temperature detection probe 2, the inner wall of electronic component arrangement cavity 11 is fixed with probe support 22 by screw assembly, probe support 22 is horizontally arranged from front to back, and wireless temperature detection probe 2 is inserted in probe support 22 and is fixed from probe mouth 21, and wireless temperature detection probe 2 can be pulled out from probe mouth 21 and separated from probe support 22, and wireless temperature detection probe 2 and probe support 22 form detachable separation use, and the user is convenient to take out the temperature of the food in the box of electric steamer or electric oven or electric steaming and baking integrated box, and it is convenient for the user to insert back into probe support 22 and fix, and it is convenient for the user to place nearby, to prevent loss, and probe support 22 is inserted tightly or clamped tightly or fixed with probe power connection device 23 by screw, and probe power connection device 23 is connected with the controller 3 of electric steamer or electric oven or electric steaming and baking integrated box through electric conductor, and probe power connection device 23 is used to contact with the power supply charging of the electric pole of wireless temperature detection probe 2, and wireless temperature detection probe 2 is stored in the built-in battery and works, when wireless temperature detection probe 2 is inserted in probe support 22 and contacts with probe power connection device 23, the controller 3 charges the built-in battery of wireless temperature detection probe 2 through probe power connection device 23, and wireless temperature detection probe 2 is separated from probe power connection device 23 after being pulled out from probe support 22, and the charging power supply is temporarily disconnected, and the whole is convenient to charge, and it is unnecessary to additionally arrange the charger of wireless temperature detection probe 2, and the above structure design is reasonable and convenient to use.

[0023] Preferably, the front wall plate of the box 1 is provided with a wall hole 12, the wall hole 12 is provided with a probe support 22 clamped and fixed by screw at the hole opening, the probe support 22 is arranged in the electronic component arrangement cavity 11, and the front end of the probe support 22 is the probe mouth 21, and the probe mouth 21 is arranged at the hole opening of the wall hole 12, and the above-mentioned mounting structure of the probe support 22 is more reasonable, and the user is convenient to insert / take wireless temperature detection probe 2.

[0024] Preferably, the inside of the probe support 22 is axially provided with a probe fixed insertion hole 221, the probe fixed insertion hole 221 is long strip type, just suitable for wireless temperature detection probe 2, the probe fixed insertion hole 221 is straight through the probe mouth 21, wireless temperature detection probe 2 is inserted in the probe fixed insertion hole 221 and is fixed from the probe mouth 21, and it is convenient to position and support wireless temperature detection probe 2.

[0025] Preferably: the probe electrical connection device 23 includes a metal conductive positive electrode 231 and a metal conductive negative electrode 232, the metal conductive positive electrode 231 and the metal conductive negative electrode 232 are fixedly connected in the probe support 22 by screws or clamping or plug-in; the metal conductive positive electrode 231 and the metal conductive negative electrode 232 are in separable contact connection with the electrical connection positive electrode and negative electrode of the wireless temperature detection probe 2; after the wireless temperature detection probe 2 is inserted into the probe fixing socket 221, the metal conductive positive electrode 231 and the metal conductive negative electrode 232 are in contact and conductive charging with the corresponding electrical connection positive electrode and negative electrode of the wireless temperature detection probe 2; after the wireless temperature detection probe 2 is pulled out of the probe fixing socket 221, the metal conductive positive electrode 231 and the metal conductive negative electrode 232 are separable from the electrical connection positive electrode and negative electrode of the wireless temperature detection probe 2.

[0026] Preferably: the metal conductive positive electrode 231 is made of elastic metal sheet, the metal conductive negative electrode 232 is made of elastic metal sheet, the elastic metal sheet is stainless steel sheet, the metal conductive positive electrode 231 and the metal conductive negative electrode 232 are in separable elastic compression contact connection with the electrical connection positive electrode and negative electrode of the wireless temperature detection probe 2, which improves the contact conductivity, prevents poor contact, and also compresses the wireless temperature detection probe 2 tightly, preventing the wireless temperature detection probe 2 from coming out naturally.

[0027] Preferably: the first metal spring 24 and the second metal spring 25 are fixedly connected in the probe support 22 by screws or clamping or plug-in, the first metal spring 24 and the second metal spring 25 are made of stainless steel, after the wireless temperature detection probe 2 is inserted into the probe fixing socket 221, the first metal spring 24 elastically clamps the wireless temperature detection probe 2 between the metal conductive positive electrode 231, the second metal spring 25 elastically clamps the wireless temperature detection probe 2 between the metal conductive negative electrode 232, further improving the tightness of the compression of the wireless temperature detection probe 2, preventing the wireless temperature detection probe 2 from coming out naturally.

[0028] Preferably: a temperature detection probe device further comprises a controller 3, a digital display 31, a wireless signal receiver, a wireless signal transmitter, the controller 3 is connected with the digital display 31, the metal conductive positive electrode 231, the metal conductive negative electrode 232, the wireless signal receiver through electrical conductors; the wireless temperature detection probe 2 is internally fixed with the wireless signal transmitter, and the wireless signal transmitter is connected with the probe circuit board in the wireless temperature detection probe 2 through electrical conductors; in use, the front section of the wireless temperature detection probe 2 is inserted into food or contacts the surface of food to obtain the temperature of the food, the temperature of the food is converted by the probe circuit board and transmitted by the wireless signal transmitter to the wireless signal receiver through wireless signals, and the wireless signal receiver is converted by the controller 3 and displayed on the digital display 31, and the temperature value is displayed by the digital display 31; at present, the wireless signal transmitter is a Bluetooth wireless signal transmitter, the wireless signal receiver is a Bluetooth wireless signal receiver, and the Bluetooth wireless signal is transmitted.

[0029] The wireless temperature detection probe 2 comprises an outer end head 201, a handheld metal pipe section 202, a front detection metal pipe section 203, a temperature sensor, a probe circuit board and a rechargeable battery, the outer end head 201 is made of plastic, a part of the outer end head 201 is inserted into the pipe opening of the handheld metal pipe section 202 and is fixedly connected by sealing glue, the handheld metal pipe section 202 and the front detection metal pipe section 203 are fixedly connected by insertion and are fixed by sealing glue, there is a plastic insulation gasket ring between the handheld metal pipe section 202 and the front detection metal pipe section 203, the wireless signal transmitter is wrapped in the outer end head 201, the probe circuit board and the rechargeable battery are fixed in the handheld metal pipe section 202 by sealing glue, and the temperature sensor is fixed on the inner wall of the front detection metal pipe section 203 by sealing glue, and the probe circuit board is connected with the rechargeable battery, the temperature sensor, the wireless signal transmitter, the handheld metal pipe section 202 and the front detection metal pipe section 203 through electrical wires; the handheld metal pipe section 202 is the power positive electrode of the wireless temperature detection probe 2, the front detection metal pipe section 203 is the power negative electrode of the wireless temperature detection probe 2, the metal conductive positive electrode 231 and the metal conductive negative electrode 232 are in separable contact connection with the outer walls of the corresponding handheld metal pipe section 202 and the front detection metal pipe section 203; after the handheld metal pipe section 202 and the front detection metal pipe section 203 are connected with the metal conductive positive electrode 231 and the metal conductive negative electrode 232 to conduct power, the power is transmitted to the probe circuit board, and then the power is transmitted to the rechargeable battery through the probe circuit board, and the rechargeable battery supplies power to the temperature sensor and the wireless signal transmitter for use; in use, the front detection metal pipe section 203 is inserted into food or contacts the surface of food, and the temperature of the food is detected by the temperature sensor to obtain the temperature of the food.

[0030] The metal pipes of the handheld metal pipe section 202 and the front detection metal pipe section 203 are made of stainless steel, aluminum or copper.

[0031] Preferably, the front wall of the box 1 is connected with a controller 3 with a digital display 31, and the controller 3 is designed to be installed at a suitable position.

[0032] Preferably, the front wall of the box 1 is connected with a controller 3 through a hinge 4, and the controller 3 can be unfolded from the front wall of the box 1 through the hinge to expose the probe port 21 for the convenience of taking / inserting the wireless temperature detection probe 2, and the controller 3 can be folded to cover the front wall of the box 1 and cover the probe port 21 when not in use, so that the whole is simple and beautiful.

[0033] When in use, the temperature of the electronic component arrangement cavity 11 rises due to the high temperature in the steaming chamber or the baking chamber of the box 1, the controller 3 is opened through the hinge and separated from the front wall of the box 1 to prevent the high-temperature steam / high-temperature hot air from affecting the normal work of the controller 3, and at the same time, a ventilation hole is opened in the front wall of the box 1 to dissipate heat inside; if it is a steaming box, a steam hole is opened in the front wall of the box 1, the controller 3 is opened through the hinge, the steam is conveniently discharged, the moisture is prevented from entering the inside of the controller 3, and the steam is smoothly discharged.

[0034] The probe support 22 comprises a left shell 221 and a right shell 222, and forms a box body, the left shell 221 and the right shell 222 are integrally injection molded respectively, and a left half long recess 221A and a right half long recess 222A are respectively formed in the inside of the left shell 221 and the right shell 222 in axial correspondence, the left half long recess 221A and the right half long recess 222A form a probe fixing jack 221 after the left shell 221 and the right shell 222 are covered and fixed, the front end hole of the probe fixing jack 221 is the probe port 21, a metal conductive positive electrode 231 and a metal conductive negative electrode 232 are fixedly connected to the upper part in the left shell 221, the probe fixing jack 221 is conveniently arranged, and the metal conductive positive electrode 231 and the metal conductive negative electrode 232 are conveniently installed.

Claims

1. A temperature detection probe device, belonging to an electric steamer or an electric oven or an electric steaming and baking integrated box component, comprising a box body and a wireless temperature detection probe, an electronic component arrangement cavity is arranged in the inside of the box body, characterized in that: The front wall of the box is provided with a probe opening, the inner wall of the electronic component arrangement cavity is fixed with a probe support, the wireless temperature detection probe is inserted into the probe support and fixed from the probe opening, the wireless temperature detection probe can be pulled out of the probe opening and separated from the probe support; the probe support is fixed with a probe power connection device, the probe power connection device is used for contacting and conducting the power supply charging with the power connection pole of the wireless temperature detection probe; the wireless temperature detection probe contacts the probe power connection device after being inserted into the probe support, and the wireless temperature detection probe is separated from the probe power connection device after being pulled out of the probe support.

2. The temperature detection probe device of claim 1, wherein: The front wall plate of the box is provided with a wall hole, the wall hole is fixedly connected with a probe support at the hole opening of the wall hole, the probe support is arranged in the electronic component arrangement cavity, and the front end of the probe support is a probe opening.

3. The temperature detection probe device according to claim 1 or 2, characterized in that: The inside of the probe support is axially provided with a probe fixing insertion hole, the probe fixing insertion hole directly passes through the probe opening, and the wireless temperature detection probe is inserted into the probe fixing insertion hole and fixed from the probe opening.

4. The temperature detection probe device of claim 3, wherein: The probe power connection device includes a metal conductive positive pole and a metal conductive negative pole, and the metal conductive positive pole and the metal conductive negative pole are fixedly connected in the probe support; the metal conductive positive pole and the metal conductive negative pole are in separable contact connection with the power connection positive pole and the power connection negative pole of the wireless temperature detection probe.

5. The temperature detection probe device of claim 4, wherein: The metal conductive positive pole is made of an elastic metal sheet, the metal conductive negative pole is made of an elastic metal sheet, and the metal conductive positive pole and the metal conductive negative pole are in separable elastic compression contact connection with the power connection positive pole and the power connection negative pole of the wireless temperature detection probe.

6. The temperature detection probe device of claim 5, wherein: The probe support is fixedly provided with a first metal elastic sheet and a second metal elastic sheet, the wireless temperature detection probe is elastically clamped between the first metal elastic sheet and the metal conductive positive pole, and the wireless temperature detection probe is elastically clamped between the second metal elastic sheet and the metal conductive negative pole.

7. A temperature detection probe device according to any one of claims 4 to 6, wherein: Further comprising a controller, a digital display, a wireless signal receiver, and a wireless signal transmitter, the controller is connected with the digital display, the metal conductive positive pole, the metal conductive negative pole, and the wireless signal receiver through electric conductors; the wireless temperature detection probe is fixedly provided with the wireless signal transmitter, and the wireless signal transmitter is connected with the probe circuit board in the wireless temperature detection probe through electric conductors.

8. The temperature detection probe device of claim 7, wherein: The front wall of the box is connected with a controller with a digital display.

9. The temperature detection probe device of claim 8, wherein: The front wall of the box is hingedly connected with the controller through a hinge, the controller can be unfolded from the front wall of the box and expose the probe opening, and the controller can be retracted to cover the front wall of the box after being unfolded, and the probe opening is covered.

10. A temperature detection probe device according to any one of claims 4 to 6, wherein: The probe support includes a left shell and a right shell, the inside of the left shell and the right shell is axially provided with a left half long groove and a right half long groove in correspondence, the left half long groove and the right half long groove form a probe fixing insertion hole after the left shell and the right shell are fixedly covered, and the front end hole opening of the probe fixing insertion hole is a probe opening; the metal conductive positive pole and the metal conductive negative pole are fixedly connected in the upper part of the left shell.

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