TW202240105A

TW202240105A - Heating module and hot air device with heating module which are easy to assemble and can transfer thermal energy evenly

Info

Publication number: TW202240105A
Application number: TW110112033A
Authority: TW
Inventors: 李忠憲; 莊文杰; 許俊章; 許詔智
Original assignee: 東翰生技股份有限公司
Priority date: 2021-04-01
Filing date: 2021-04-01
Publication date: 2022-10-16
Also published as: TWI780647B

Abstract

The present invention relates to a heating module comprising an assembly seat, an electric heating component and a power supply unit, wherein the assembly seat can conduct electricity and has a bonding plate set with two bonding plates. The electric heating component is provided with an electric heating element and two electric heating clamping parts. The electric heating element can be powered by electricity to generate heat. The two electric heating clamping parts clamp the electric heating element between the two bonding plates. The power supply unit is electrically connected with the assembly seat by two conductive wires. The two conductive wires of the power supply unit of the present invention are electrically connected with the assembly seat, which makes the power supply of the present invention relatively stable and can solve the problem of easy interruption of circuit of the heating module caused by poor connection quality in the prior art. Thus, the present invention provides a heating module with stable power supply and a hot air device with the heating module. The present invention also discloses a hot air device comprising a heating module including an assembly seat having at least one bonding plate set with two bonding plates that can conduct electricity and are opposite to each other, at least one electric heating component respectively disposed on the at least one bonding plate set and including an electric heating element and two electric heating clamping parts, at least one heat dissipating assembly respectively disposed on the at least one electric heating component, and a power supply unit for providing the electric energy of the electric heating element of each electric heating component and including two conductive wires electrically connected with the assembly seat; and a fan arranged at intervals from the heating module.

Description

發熱模組及具有發熱模組的熱風裝置Heating module and hot air device with heating module

本創作涉及一種發熱模組，尤指一種供電穩定的發熱模組及具有發熱模組的熱風裝置。The invention relates to a heating module, especially a heating module with stable power supply and a hot air device with the heating module.

寒流來時，人們會使用熱風裝置來提升室內的溫度，來達到避免手腳冰冷或增進末梢血液循環等功效。而熱風裝置通常包括了發熱模組及風扇，發熱模組產生熱能並將熱能逸散至空氣中、對空氣加熱之後，再由風扇將溫度升高的空氣吹出來溫暖使用者。When the cold snap comes, people will use the hot air device to increase the temperature in the room, so as to avoid cold hands and feet or improve peripheral blood circulation. The hot air device usually includes a heating module and a fan. The heating module generates heat energy and dissipates the heat energy into the air to heat the air, and then the fan blows the air with increased temperature to warm the user.

一種現有的發熱模組，其係包括有多個電熱件及多個導熱件。多個電熱件在連接電線、通電之後，能發出熱能；每個導熱件設有結合部及二個散熱鰭片，且多個導熱件分別以所設的結合部夾制於電熱件，導熱件能將電熱件所發出的熱能傳遞至空氣中。An existing heating module includes a plurality of electric heating elements and a plurality of heat conducting elements. A plurality of heating elements can emit heat energy after connecting wires and energizing; each heat conducting element is provided with a junction and two heat dissipation fins, and the plurality of heat conducting elements are respectively clamped to the heating element with the provided junctions, and the heat conducting element The heat energy emitted by the electric heating element can be transferred to the air.

只是，現有的發熱模組需要將多個電熱件與電線連接，對於組裝上產生了不便，這除了造成了現有發熱模組在組裝上費時的問題之外，多個電熱件和電線連接也容易因連接品質不良而產生斷路，使得發熱模組因供電不穩定而無法穩定地輸出熱能。However, the existing heating modules need to connect multiple heating elements with wires, which causes inconvenience in assembly. In addition to the time-consuming problem of assembling the existing heating modules, it is also easy to connect multiple heating elements and wires. An open circuit occurs due to poor connection quality, which makes the heating module unable to output heat stably due to unstable power supply.

為解決現有發熱模組需要將多個電熱件和電線連接，所導致之組裝費時，以及容易因連接品質不良而產生斷路的問題。本創作的組裝座，其結合板組包括有能導電且位置相對的兩結合板每個散熱件對應設於一電熱件，且每個散熱件設有多個直立的散熱鰭片，能提供一種組裝方便且能均勻傳遞熱能的發熱模組及具有發熱模組的熱風裝置。In order to solve the problem that the existing heating module needs to connect multiple heating elements and wires, the assembly time is time-consuming, and the circuit is easily broken due to poor connection quality. In the assembly seat of the present invention, the combination plate group includes two combination plates that can conduct electricity and are located opposite each other. A heating module that is easy to assemble and can evenly transmit heat energy and a hot air device with a heating module.

本創作解決技術問題所提出之發熱模組，其包括有：一組裝座，其能導電且包括有至少一結合板組；各結合板組包括有位置相對的二結合板；至少一電熱組件，該至少一電熱組件分別設於該至少一結合板組；各電熱組件包括有一電熱件及二電熱夾制件，該電熱件能通電而發熱，兩該電熱夾制件將該電熱件夾制於其中一該結合板組的兩結合板；以及一供電單元，其係用於提供各電熱組件之電熱件電能且包括有二導電線，兩該導電線與該組裝座電性連結。 The heating module proposed in this creation to solve technical problems includes: An assembly seat, which is conductive and includes at least one combination plate group; each combination plate group includes two combination plates opposite to each other; At least one electric heating component, the at least one electric heating component is respectively arranged on the at least one combination plate group; each electric heating component includes an electric heating element and two electric heating clips, the electric heating element can be energized to generate heat, and the two electric heating clips will The electric heating element is sandwiched between two bonding plates of one of the bonding plate groups; and A power supply unit is used to provide the electric energy of the electric heating element of each electric heating element and includes two conductive wires, and the two conductive wires are electrically connected with the assembly base.

所述的發熱模組，其中所述的組裝座包括有二個座體，各結合板組的兩結合板分別地一體設於兩該座體。In the above-mentioned heating module, the assembly base includes two base bodies, and the two joint plates of each joint plate group are integrally provided on the two base bodies respectively.

所述的發熱模組，其中各電熱組件的電熱件呈矩形板狀且具有相對的二端及一長度，該電熱組件的兩電熱夾制件將該電熱組件之電熱件的兩端分別夾制於相對應之一該結合板組的兩結合板。The heating module described above, wherein the electric heating element of each electric heating element is in the shape of a rectangular plate and has two opposite ends and a length, and the two electric heating clamping parts of the electric heating element respectively clamp the two ends of the electric heating element Corresponding to two combination plates of the combination plate group.

所述的發熱模組，其中所述的發熱模組包括有一溫度感測器，該溫度感測器與其中的一所述導電線電性連結。The heating module, wherein the heating module includes a temperature sensor, and the temperature sensor is electrically connected to one of the conductive wires.

所述的發熱模組，其中所述的發熱模組包括有至少一散熱組件，該至少一散熱組件分別設於該至少一電熱組件；各散熱組件包括有一散熱件，該散熱件係為一體成形的單一構件，該散熱件貼靠設於相對應之一該電熱組件的電熱件且包括有直立且間隔設置的多個散熱鰭片。The heating module, wherein the heating module includes at least one heat dissipation component, and the at least one heat dissipation component is respectively arranged on the at least one electric heating component; each heat dissipation component includes a heat dissipation element, and the heat dissipation element is integrally formed A single component, the heat dissipation element is attached to the electric heating element corresponding to one of the electric heating components and includes a plurality of heat dissipation fins arranged upright and spaced apart.

所述的發熱模組，其中各散熱組件包括有二散熱夾制件，該散熱組件的兩散熱夾制件將該散熱組件的散熱件夾制於相對應之一所述電熱組件的電熱件。In the above-mentioned heating module, each heat dissipation component includes two heat dissipation clamping parts, and the two heat dissipation clamping parts of the heat dissipation component clamp the heat dissipation part of the heat dissipation component to the electric heating part of a corresponding one of the electric heating components.

所述的發熱模組，其中所述的至少一結合板組包括有多個結合板組，該多個結合板組間隔地設置；所述的至少一電熱組件對應該多個結合板組設有多個電熱組件；所述的至少一散熱組件對應該多個結合板組設有多個散熱組件。The heating module, wherein the at least one combination plate group includes a plurality of combination plate groups, and the plurality of combination plate groups are arranged at intervals; the at least one electric heating component is provided corresponding to the plurality of combination plate groups A plurality of electric heating components; the at least one heat dissipation component is provided with a plurality of heat dissipation components corresponding to the plurality of combined plate groups.

本創作解決技術問題所提出之熱風裝置，其係包括有：一發熱模組，該發熱模組包括：一組裝座，其包括有至少一結合板組；各結合板組包括有能導電且位置相對的二結合板；至少一電熱組件，該至少一電熱組件分別設於該至少一結合板組；各電熱組件包括有一電熱件及二電熱夾制件，該電熱件能通電而發熱，兩該電熱夾制件將該電熱件夾制於其中一該結合板組的兩結合板；至少一散熱組件，該至少一散熱組件分別設於該至少一電熱組件；各散熱組件包括有一散熱件，該散熱件係為一體成形的單一構件，該散熱件貼靠設於相對應之一該電熱組件的電熱件且包括有直立且間隔設置的多個散熱鰭片；以及一供電單元，該供電單元係用於提供各電熱組件之電熱件電能且包括有二導電線，兩該導電線與該組裝座電性連結；以及一風扇，該風扇與該發熱模組間隔設置。 The hot air device proposed by this creation to solve technical problems includes: A heating module, the heating module includes: An assembly seat, which includes at least one combination plate group; each combination plate group includes two combination plates that can conduct electricity and are opposite to each other; At least one electric heating component, the at least one electric heating component is respectively arranged on the at least one combination plate group; each electric heating component includes an electric heating element and two electric heating clips, the electric heating element can be energized to generate heat, and the two electric heating clips will The electric heating element is sandwiched between the two bonding plates of one of the bonding plate groups; At least one heat dissipation component, the at least one heat dissipation component is respectively arranged on the at least one electric heating component; each heat dissipation component includes a heat dissipation element, the heat dissipation element is an integrally formed single component, and the heat dissipation element is attached to the corresponding one of the The electric heating element of the electric heating assembly includes a plurality of heat dissipation fins arranged upright and at intervals; and A power supply unit, the power supply unit is used to provide the electric energy of the electric heating element of each electric heating component and includes two conductive wires, and the two conductive wires are electrically connected with the assembly base; and A fan is arranged at intervals from the heating module.

所述的熱風裝置，其中所述的發熱模組包括有一溫度感測器，該溫度感測器與其中的一所述導電線電性連結。In the hot air device, the heating module includes a temperature sensor, and the temperature sensor is electrically connected to one of the conductive wires.

藉由上述的技術特徵，本創作的組裝座能導電，能將供電單元的兩導電線直接固結於組裝座、與組裝座電性連結，不需一一將導電線與電熱件電連接，使本創作在供電上較為穩定，且能避免斷路的狀況發生。再者，本創作的每個散熱件對應設於一電熱件，且每個散熱件設有多個直立的散熱鰭片；相較於現有發熱模組將多個導熱件裝設於各個電熱件而言，本創作將設有多個直立之散熱鰭片的散熱件設於相對應的一電熱件，能免去安裝多個導熱件的不便之外，還能避免組裝品質影響本創作之熱能傳遞。With the above-mentioned technical features, the assembly base of this invention can conduct electricity, and can directly fix the two conductive wires of the power supply unit on the assembly base, and electrically connect with the assembly base, without electrically connecting the conductive wires to the heating element one by one. This makes the power supply of this creation relatively stable, and can avoid the occurrence of disconnection. Furthermore, each heat sink of this creation corresponds to a heating element, and each heat sink is provided with a plurality of upright cooling fins; As far as this creation is concerned, the heat sink with multiple upright cooling fins is installed on the corresponding electric heating element, which can avoid the inconvenience of installing multiple heat conduction elements, and can also prevent the assembly quality from affecting the thermal energy of this creation. transfer.

為能詳細瞭解本創作的技術特徵及實用功效，並且能依照說明書的內容來實現，茲進一步以圖式所示的較佳實施例詳細說明如後：In order to understand the technical characteristics and practical functions of this creation in detail, and to realize it according to the contents of the manual, the preferred embodiments shown in the drawings are further described in detail as follows:

本創作提供一種發熱模組及具有發熱模組的熱風裝置，如圖1所示，該熱風裝置包括有一發熱模組100及間隔地設於該發熱模組100後方的一風扇200。The invention provides a heating module and a hot air device with the heating module. As shown in FIG. 1 , the hot air device includes a heating module 100 and a fan 200 arranged behind the heating module 100 at intervals.

該發熱模組100的第一較佳實施例如圖1至圖3所示，該發熱模組100係包括有一組裝座10、五個電熱組件20、五個散熱組件30、一供電單元40及一外殼50。The first preferred embodiment of the heating module 100 is shown in FIGS. Housing 50.

其中，如圖1至圖3所示，該組裝座10包括有二個座體11及五個結合板組12；五該結合板組12間隔地設置，各結合板組12包括有能導電且位置相對的二結合板121A、121B，且各結合板組12的兩結合板121A、121B分別設於兩該座體11。在本創作中，其中的一該座體11與各結合板組12的其中一結合板121A係以能導電的材質一體製成，另一該座體11與各結合板組12的另一結合板121B係以能導電的材質一體製成。亦即如圖2所示，五該結合板組12的五個結合板121A縱向地由上至下間隔設置，且五該結合板121A一體形成於其中的一該座體11；而五該結合板組12的另外五個結合板121B縱向地由上至下間隔設置，五該結合板121B一體形成於另一該座體11。Wherein, as shown in Figures 1 to 3, the assembly seat 10 includes two seat bodies 11 and five joint plate groups 12; the five joint plate groups 12 are arranged at intervals, each joint plate group 12 includes a conductive and The two connecting plates 121A, 121B are opposite to each other, and the two connecting plates 121A, 121B of each connecting plate group 12 are respectively disposed on the two bases 11 . In this creation, one of the base body 11 and one of the joint plates 121A of each joint plate group 12 is integrally made of an electrically conductive material, and another combination of the base body 11 and each joint plate group 12 The board 121B is integrally made of conductive material. That is, as shown in Figure 2, the five connecting plates 121A of the five connecting plate groups 12 are spaced vertically from top to bottom, and the five connecting plates 121A are integrally formed in one of the seat 11; The other five connecting plates 121B of the plate group 12 are vertically arranged at intervals from top to bottom, and the five connecting plates 121B are integrally formed on the other base body 11 .

如圖1至圖3所示，五該電熱組件20分別設於五該結合板組12，各電熱組件20包括有一電熱件21及二電熱夾制件22。其中，該電熱件21能通電而發熱，兩該電熱夾制件22將該電熱件21夾制於其中一該結合板組12的兩結合板121A、121B。在本創作中各電熱組件20的電熱件21係以陶瓷印刷電阻漿料所製成，各電熱件21呈矩形板狀且具有相對的二端；應用上，各電熱件21亦能設置為其他形狀的板體，或者甚至能為鎢絲，本創作對於各電熱件21的型態不作特定限制，只要各電熱件21在通電之後能發熱即為本創作所欲保護的標的。As shown in FIG. 1 to FIG. 3 , the five electric heating components 20 are respectively arranged on the five connecting plate groups 12 , and each electric heating component 20 includes one electric heating element 21 and two electric heating clamping elements 22 . Wherein, the electric heating element 21 can be energized to generate heat, and the electric heating element 21 is clamped by the two electric heating clamping parts 21 to the two bonding plates 121A, 121B of one of the bonding plate sets 12 . In this creation, the electric heating element 21 of each electric heating element 20 is made of ceramic printed resistance paste, each electric heating element 21 is in the shape of a rectangular plate and has two opposite ends; in application, each electric heating element 21 can also be set as other Shaped plates, or even tungsten wires, this invention does not make specific restrictions on the type of each heating element 21, as long as each heating element 21 can generate heat after being energized, it is the object of protection of this invention.

如圖2及圖3所示，各電熱組件20的兩電熱夾制件22將該電熱組件20之電熱件21的兩端分別夾制於相對應之一該結合板組12的兩結合板121A、121B，且該電熱組件20的電熱件21與兩該結合板121A、121B和兩該座體11電性連結。在本創作中各電熱組件20的夾制件22係以金屬片材彎折而成，且能利用金屬材質的彈性而形變，並將該電熱組件20的電熱件21夾制於相對應之一該結合板組12的兩結合板121A、121B。As shown in Figure 2 and Figure 3, the two electric heating clamping parts 22 of each electric heating element 20 respectively clamp the two ends of the electric heating element 21 of the electric heating element 20 to the two bonding plates 121A of the corresponding one of the bonding plate group 12 , 121B, and the electric heating element 21 of the electric heating assembly 20 is electrically connected with the two connecting plates 121A, 121B and the two bases 11 . In this creation, the clamping part 22 of each electric heating component 20 is made of bent metal sheet, and can be deformed by using the elasticity of the metal material, and the electric heating part 21 of the electric heating component 20 is clamped to one of the corresponding ones. The two bonding plates 121A, 121B of the bonding plate group 12 .

如圖2及圖3所示，五該電熱組件20分別設於該組裝座10的五個結合板組12，且五該電熱組件20與五該結合板組12和兩該座體11電性連結。As shown in Figure 2 and Figure 3, the five electric heating components 20 are respectively arranged on the five combination plate groups 12 of the assembly base 10, and the five electric heating components 20 are electrically connected to the five combination plate groups 12 and the two base bodies 11. link.

如圖1至圖3所示，五該散熱組件30分別設於五該電熱組件20，各散熱組件30包括有一散熱件31及二散熱夾制件32。其中，該散熱件31係以導熱材質一體成形的單一構件，該散熱件31貼靠設於其中一該電熱組件20的電熱件21且包括有直立且間隔設置的多個散熱鰭片312。如圖2及圖3所示，在本創作中，各散熱組件30的散熱件31包括有一基板311，該基板311呈矩形、長度較各電熱件21為短，且具有相對的二端；該散熱件31的多個散熱鰭片312一體形成於該基板311且相平行，應用上，該散熱件31的多個散熱鰭片312亦能設置為多個柱體等其他的型態，只要該多個散熱鰭片312能與空氣接觸發揮散熱的作用，本創作對於各散熱鰭片312型態和該多個散熱鰭片312的排列形式不作特定限制。As shown in FIGS. 1 to 3 , the five heat dissipation components 30 are respectively disposed on the five electric heating components 20 , and each heat dissipation component 30 includes a heat dissipation element 31 and two heat dissipation clamping elements 32 . Wherein, the heat sink 31 is a single component integrally formed of heat-conducting material, and the heat sink 31 abuts against the electric heating element 21 of one of the electric heating components 20 and includes a plurality of vertical and spaced cooling fins 312 . As shown in Fig. 2 and Fig. 3, in this invention, the heat radiating element 31 of each heat radiating assembly 30 includes a base plate 311, and the base plate 311 is rectangular in shape, shorter in length than each heating element 21, and has opposite two ends; The plurality of heat dissipation fins 312 of the heat dissipation element 31 are integrally formed on the substrate 311 and are parallel to each other. In application, the plurality of heat dissipation fins 312 of the heat dissipation element 31 can also be arranged in other forms such as a plurality of columns, as long as the The plurality of heat dissipation fins 312 can be in contact with the air to play a role in heat dissipation, and the invention does not make specific limitations on the type of each heat dissipation fin 312 and the arrangement of the plurality of heat dissipation fins 312 .

如圖2及圖3所示，在本創作中各散熱組件30的散熱夾制件32同樣以金屬片材彎折而成，同樣能利用金屬材質的彈性而形變，並將該散熱組件30的散熱件31夾制於相對應之一該電熱組件20的電熱件21。各散熱組件30的兩散熱夾制件32將該散熱組件30之散熱件31的基板311兩端夾制於相對應之一該電熱組件20的電熱件21。As shown in Figures 2 and 3, in this invention, the heat dissipation clips 32 of each heat dissipation assembly 30 are also bent from sheet metal, which can also be deformed by utilizing the elasticity of the metal material, and the heat dissipation assembly 30 The heat sink 31 is sandwiched by the electric heating element 21 corresponding to one of the electric heating components 20 . The two heat dissipation clips 32 of each heat dissipation assembly 30 clamp the two ends of the substrate 311 of the heat dissipation element 31 of the heat dissipation assembly 30 to the electric heating element 21 of the corresponding one of the electric heating elements 20 .

如圖2所示，該供電單元40係用於提供各電熱組件20之電熱件21電能，使各電熱組件20的電熱件21發熱，且該供電單元40包括有二導電線41。其中，兩該導電線41分別固結於兩該座體11，且兩該導電線41與兩該座體11及各結合板組12的兩結合板121A、121B電性連結。As shown in FIG. 2 , the power supply unit 40 is used to provide electric energy to the heating element 21 of each heating element 20 to make the heating element 21 of each heating element 20 generate heat, and the power supply unit 40 includes two conductive wires 41 . Wherein, the two conductive wires 41 are fixed on the two bases 11 respectively, and the two conductive wires 41 are electrically connected with the two bases 11 and the two connecting plates 121A, 121B of each connecting plate group 12 .

如圖1及圖2所示，該外殼50罩蓋該組裝座10、五該電熱組件20、五該散熱組件30和該供電單元40。As shown in FIG. 1 and FIG. 2 , the housing 50 covers the assembly base 10 , five of the electric heating components 20 , five of the heat dissipation components 30 and the power supply unit 40 .

當供電單元40藉由兩該導電線41將電流傳導至該組裝座10的兩該座體11和各結合板組12兩結合板121A、121B，該組裝座10之以能導電材質製成的座體11和結合板121A、121B能將電流傳導至各電熱組件20的電熱件21。各電熱組件20的電熱件21通電後開始發熱，各電熱組件20之電熱件21所產生的熱能傳導至貼附於該電熱件21的一該散熱件31，各散熱組件30的散熱件31以所設的散熱鰭片312將熱能傳遞至空氣，位於該發熱模組100後方的該風扇200運作且將吸收熱能後的空氣吹出。When the power supply unit 40 conducts the current to the two base bodies 11 of the assembly base 10 and the two joint plates 121A, 121B of each joint plate group 12 through the two conductive wires 41, the assembly base 10 is made of conductive material. The seat body 11 and the bonding plates 121A, 121B can conduct current to the electric heating element 21 of each electric heating assembly 20 . The heating element 21 of each heating element 20 starts to generate heat after being energized, and the heat energy generated by the heating element 21 of each heating element 20 is conducted to a heat dissipation element 31 attached to the heating element 21, and the heat dissipation element 31 of each heat dissipation element 30 is The provided heat dissipation fins 312 transmit heat energy to the air, and the fan 200 located behind the heating module 100 operates and blows out the air after absorbing heat energy.

在本創作的第一較佳實施例中，該組裝座10設有五該結合板組12，且對應該組裝座10之結合板組12的數目設有五該電熱組件20和五該散熱組件30。應用上，本創作對於該發熱模組100之電熱組件20、散熱組件30，以及該組裝座10之結合板組12的數目不作特定限制；只要該發熱模組100能產生熱能並將熱能傳遞至空氣之中，該組裝座10亦能設置至少一該結合板組12，該發熱模組100亦能對應設置至少一該電熱組件20和至少一該散熱組件30。In the first preferred embodiment of the present creation, the assembly seat 10 is provided with five joint plate groups 12, and the number of the joint plate groups 12 of the assembly seat 10 is provided with five electric heating components 20 and five heat dissipation components. 30. In terms of application, this invention does not impose specific restrictions on the number of electric heating components 20 and heat dissipation components 30 of the heating module 100, as well as the number of combined plate groups 12 of the assembly seat 10; as long as the heating module 100 can generate heat energy and transfer heat energy to In the air, the assembly seat 10 can also be provided with at least one combination plate group 12 , and the heating module 100 can also be provided with at least one electric heating component 20 and at least one heat dissipation component 30 correspondingly.

和將多個導熱件裝設於各個電熱件的現有發熱模組相比，本創作之該發熱模組100的五個散熱組件30分別設於該發熱模組100的五個電熱組件20，且各散熱件31設有多個散熱鰭片312。相較於現有的發熱模組需要將多個導熱件夾制於電熱件，對於組裝上產生了不便；本創作具有組裝方便，以及能均勻傳遞熱能的有利功效。Compared with the existing heating module in which a plurality of heat conducting elements are installed on each electric heating element, the five heat dissipation components 30 of the heating module 100 of the present invention are respectively arranged on the five electric heating components 20 of the heating module 100, and Each heat sink 31 has a plurality of heat sink fins 312 . Compared with the existing heating module, multiple heat-conducting elements need to be clamped to the electric heating element, which causes inconvenience in assembly; this invention has the advantages of convenient assembly and uniform heat transfer.

再者，本創作發熱模組100之各結合板組12的兩結合板121A、121B及兩座體11皆以能導電的材質製成，且各結合板組12的兩結合板121A、121B一體地分別設於兩該座體11，使本創作能將該供電單元40的兩導電線41直接固結於該組裝座10的兩座體11、與兩該座體11和各結合板組12的兩結合板121A、121B電性連結，使本創作在供電上較為穩定，且能避免斷路的狀況發生。除此之外，各電熱組件20以所設的兩該電熱夾制件22將該電熱組件20的電熱件21夾制於相對應之一該結合板組12的兩結合板121A、121B，使各電熱組件20的電熱件21穩固地結合於能導電的兩該結合板121A、121B，能進一步地提升使本創作在供電上的穩定性。Furthermore, the two bonding plates 121A, 121B and the two bases 11 of each bonding plate group 12 of the heating module 100 of the present invention are all made of conductive materials, and the two bonding plates 121A, 121B of each bonding plate group 12 are integrated. The grounds are respectively arranged on the two bases 11, so that the invention can directly fix the two conductive wires 41 of the power supply unit 40 on the two bases 11 of the assembly base 10, and the two bases 11 and each combination plate group 12 The two connecting boards 121A and 121B are electrically connected, so that the power supply of the present invention is relatively stable, and the situation of disconnection can be avoided. In addition, each electric heating assembly 20 clamps the electric heating element 21 of the electric heating assembly 20 to the two bonding plates 121A, 121B of the corresponding one of the bonding plate groups 12 with the two electric heating clamping parts 22 provided, so that The electric heating element 21 of each electric heating assembly 20 is firmly combined with the two conductive connecting plates 121A, 121B, which can further improve the stability of the invention in terms of power supply.

最後，在本創作中，各散熱組件30係以所設的兩散熱夾制件32將該散熱組件30之散熱件31夾制於相對應之一該電熱組件20的電熱件21，能夠使該散熱件31與該電熱件21穩固地結合；應用上，本創作對於各散熱件31與相對應之一該電熱件21的結合型式不作特定限制，亦能採用螺栓鎖固或者塗抹散熱膏等方式來相結合。Finally, in this creation, each heat dissipation assembly 30 clamps the heat dissipation element 31 of the heat dissipation assembly 30 to the electric heating element 21 of the corresponding one of the electric heating element 20 with the two heat dissipation clamping pieces 32 provided, so that the The heat sink 31 is firmly combined with the electric heating element 21; in application, this invention does not make specific restrictions on the combination of each heat sink 31 and the corresponding one of the electric heating elements 21, and can also be locked by bolts or coated with heat dissipation grease. to combine.

如圖4所示，該發熱模組100的第二較佳實施例如圖4所示，本創作的第二較佳實施例與第一較佳實施例相似，第二較佳實施例同樣包括有一組裝座10、多個該電熱組件20及多個該散熱組件30。第二較佳實施例與第一較佳實施例兩者的差異在於：在第二較佳實施例中，該組裝座10的兩座體11都呈圓環狀且兩該座體11同心地設置，該組裝座10同樣包括有多個該結合板組12，且各結合板組12的兩結合板121A、121B位置相對地分別設於兩該座體11。本創作對於該結合座10或者是各座體11的型態不作特定限制，只要該結合座10的結合板組12設有能導電且相對應的兩該結合板121A、121B能供各電熱組件20的電熱件21安裝及電性連結，即為本創作所欲保護的標的。As shown in Figure 4, the second preferred embodiment of the heating module 100 is shown in Figure 4, the second preferred embodiment of the present invention is similar to the first preferred embodiment, the second preferred embodiment also includes a The assembly seat 10 , the plurality of electric heating components 20 and the plurality of heat dissipation components 30 are assembled. The difference between the second preferred embodiment and the first preferred embodiment is: in the second preferred embodiment, the two seat bodies 11 of the assembly seat 10 are in the shape of a ring and the two seat bodies 11 are concentric It is provided that the assembly seat 10 also includes a plurality of the combination plate groups 12 , and the two combination plates 121A, 121B of each combination plate group 12 are respectively provided on the two base bodies 11 opposite to each other. This invention does not make specific restrictions on the type of the combination seat 10 or each seat body 11, as long as the combination plate group 12 of the combination seat 10 is provided with two corresponding combination plates 121A, 121B that can conduct electricity and can supply electric heating components. The heating element 21 of 20 is installed and electrically connected, which is the intended protection target of this creation.

如圖5所示的一種現有發熱模組90，其包括有平行設置的多個電熱件91及一感溫單元92。其中，該感溫單元92設於相鄰的兩該電熱件91之間用來感測溫度，判斷該發熱模組90是否正常運作。然而，設於相鄰兩該電熱件91之間的感溫單元92，只能感測相鄰兩該電熱件91所發出的溫度、無法感測該多個電熱件91所發出的總溫度，也沒有辦法藉由該多個電熱件91所發出的總溫度來判斷該發熱模組90是否正常運作。由此可知，現有的該發熱模組90在設計上仍有改善的需要。As shown in FIG. 5 , a conventional heating module 90 includes a plurality of electric heating elements 91 and a temperature sensing unit 92 arranged in parallel. Wherein, the temperature sensing unit 92 is arranged between two adjacent electric heating elements 91 to sense temperature and determine whether the heating module 90 is operating normally. However, the temperature sensing unit 92 arranged between two adjacent electric heating elements 91 can only sense the temperature emitted by two adjacent electric heating elements 91, but cannot sense the total temperature emitted by the plurality of electric heating elements 91. There is also no way to judge whether the heating module 90 is operating normally by the total temperature emitted by the plurality of heating elements 91 . It can be seen that the design of the existing heating module 90 still needs to be improved.

如圖2所示，本創作的發熱模組亦能與一控制單元電性連結且能進一步增設一溫度感測器60，該溫度感測器60與其中的一該導電線41電性連結，該溫度感測器60能量測該組裝座10和五該電熱組件20的溫度、判斷本創作的發熱模組是否正常運作，一旦所測得的溫度超出設定之範圍便能研判發熱異常，進而由該控制單元因應作出進一步地安全措施。As shown in Figure 2, the heating module of the invention can also be electrically connected with a control unit and can further add a temperature sensor 60, the temperature sensor 60 is electrically connected with one of the conductive wires 41, The temperature sensor 60 can measure the temperature of the assembly seat 10 and the electric heating component 20 to judge whether the heating module of the invention is operating normally. Once the measured temperature exceeds the set range, it can be judged that the heating is abnormal, and then Further safety measures are taken accordingly by the control unit.

以上所述，僅是本創作的較佳實施例，並非對本創作任何形式上的限制，任何所屬技術領域中具有通常知識者，若在不脫離本創作所提技術方案的範圍內，利用本創作所揭示技術內容所作出局部更動或修飾的等效實施例，並且未脫離本創作的技術方案內容，均仍屬本創作的技術方案的範圍內。The above is only a preferred embodiment of this creation, not any formal restrictions on this creation, any person with ordinary knowledge in the technical field, if within the scope of the technical solution proposed in this creation, use this creation Equivalent embodiments with partial changes or modifications made in the disclosed technical content, and without departing from the content of the technical solution of this creation, all still fall within the scope of the technical solution of this creation.

100:發熱模組 10:組裝座 11:座體 12:結合板組 121A:結合板 121B:結合板 20:電熱組件 21:電熱件 22:電熱夾制件 30:散熱組件 31:散熱件 311:基板 312:散熱鰭片 32:散熱夾制件 40:供電單元 41:導電線 50:外殼 60:溫度感測器 90:發熱模組 91:電熱件 92:感溫單元 200:風扇 100: heating module 10: Assembly seat 11: seat body 12: Combination board group 121A: Combined plate 121B: Combined board 20: Heating components 21: heating element 22:Electric clamping parts 30: cooling components 31: Heat sink 311: Substrate 312: cooling fins 32: heat dissipation clip 40: Power supply unit 41: Conductive thread 50: shell 60: Temperature sensor 90: heating module 91: Heating element 92:Temperature sensing unit 200: fan

圖1係本創作之熱風裝置的外觀示意圖。圖2係本創作之發熱模組第一較佳實施例的元件分解圖。圖3係本創作之發熱模組第一較佳實施例的剖面示意圖。圖4係本創作之發熱模組第二較佳實施例的局部外觀示意圖。圖5係現有發熱模組的平面示意圖。 Fig. 1 is the appearance schematic diagram of the hot air device of this creation. Fig. 2 is an exploded view of the first preferred embodiment of the heating module of the invention. Fig. 3 is a schematic cross-sectional view of the first preferred embodiment of the heating module of the invention. Fig. 4 is a partial appearance schematic diagram of the second preferred embodiment of the heating module of the invention. FIG. 5 is a schematic plan view of an existing heating module.

100:發熱模組 100: heating module

10:組裝座 10: Assembly seat

11:座體 11: seat body

12:結合板組 12: Combination board group

121A:結合板 121A: Combined plate

121B:結合板 121B: Combined board

20:電熱組件 20: Heating components

21:電熱件 21: heating element

22:電熱夾制件 22:Electric clamping parts

30:散熱組件 30: cooling components

31:散熱件 31: Heat sink

311:基板 311: Substrate

312:散熱鰭片 312: cooling fins

32:散熱夾制件 32: heat dissipation clip

40:供電單元 40: Power supply unit

41:導電線 41: Conductive thread

50:外殼 50: shell

60:溫度感測器 60: Temperature sensor

Claims

一種發熱模組，其包括有：一組裝座，其能導電且包括有至少一結合板組；各結合板組包括有位置相對的二結合板；至少一電熱組件，該至少一電熱組件分別設於該至少一結合板組；各電熱組件包括有一電熱件及二電熱夾制件，該電熱件能通電而發熱，兩該電熱夾制件將該電熱件夾制於其中一該結合板組的兩結合板；以及一供電單元，其係用於提供各電熱組件之電熱件電能且包括有二導電線，兩該導電線與該組裝座電性連結。 A heating module, which includes: An assembly seat, which is conductive and includes at least one combination plate group; each combination plate group includes two combination plates opposite to each other; At least one electric heating component, the at least one electric heating component is respectively arranged on the at least one combination plate group; each electric heating component includes an electric heating element and two electric heating clips, the electric heating element can be energized to generate heat, and the two electric heating clips will The electric heating element is sandwiched between two bonding plates of one of the bonding plate groups; and A power supply unit is used to provide the electric energy of the electric heating element of each electric heating element and includes two conductive wires, and the two conductive wires are electrically connected with the assembly base.

如請求項1所述之發熱模組，其中所述的組裝座包括有二個座體，各結合板組的兩結合板分別地一體設於兩該座體。The heating module as described in Claim 1, wherein the assembly base includes two base bodies, and the two joint plates of each joint plate group are integrally provided on the two base bodies respectively.

如請求項2所述之發熱模組，其中各電熱組件的電熱件呈矩形板狀且具有相對的二端及一長度，該電熱組件的兩電熱夾制件將該電熱組件之電熱件的兩端分別夾制於相對應之一該結合板組的兩結合板。The heating module as described in claim 2, wherein the electric heating element of each electric heating element is in the shape of a rectangular plate and has two opposite ends and a length, and the two electric heating clips of the electric heating element are the two The ends are respectively clamped to two connecting plates corresponding to one of the connecting plate groups.

如請求項3所述之發熱模組，其中所述的發熱模組包括有一溫度感測器，該溫度感測器與其中的一所述導電線電性連結。The heating module according to claim 3, wherein the heating module includes a temperature sensor, and the temperature sensor is electrically connected to one of the conductive wires.

如請求項1所述之發熱模組，其中所述的發熱模組包括有一溫度感測器，該溫度感測器與其中的一所述導電線電性連結。The heating module according to claim 1, wherein the heating module includes a temperature sensor, and the temperature sensor is electrically connected to one of the conductive wires.

如請求項1至5中任一項所述之發熱模組，其中所述的發熱模組包括有至少一散熱組件，該至少一散熱組件分別設於該至少一電熱組件；各散熱組件包括有一散熱件，該散熱件係為一體成形的單一構件，該散熱件貼靠設於相對應之一該電熱組件的電熱件且包括有直立且間隔設置的多個散熱鰭片。The heating module as described in any one of claims 1 to 5, wherein the heating module includes at least one heat dissipation component, and the at least one heat dissipation component is respectively arranged on the at least one electric heating component; each heat dissipation component includes a The heat dissipation element is an integrally formed single component, and the heat dissipation element is attached to the electric heating element corresponding to one of the electric heating components, and includes a plurality of vertical and spaced heat dissipation fins.

如請求項6所述之發熱模組，其中各散熱組件包括有二散熱夾制件，該散熱組件的兩散熱夾制件將該散熱組件的散熱件夾制於相對應之一所述電熱組件的電熱件。The heating module as described in claim 6, wherein each heat dissipation component includes two heat dissipation clamping parts, and the two heat dissipation clamping parts of the heat dissipation component clamp the heat dissipation part of the heat dissipation component to a corresponding one of the electric heating components electric heating parts.

如請求項7所述之發熱模組，其中所述的至少一結合板組包括有多個結合板組，該多個結合板組間隔地設置；所述的至少一電熱組件對應該多個結合板組設有多個電熱組件；所述的至少一散熱組件對應該多個結合板組設有多個散熱組件。The heating module as described in claim item 7, wherein said at least one combination plate group includes a plurality of combination plate groups, and the plurality of combination plate groups are arranged at intervals; said at least one electric heating component corresponds to the plurality of combination plates The board group is provided with a plurality of electric heating components; the at least one heat dissipation component is provided with a plurality of heat dissipation components corresponding to the plurality of combined board groups.

一種熱風裝置，其係包括有：一發熱模組，該發熱模組包括：一組裝座，其包括有至少一結合板組；各結合板組包括有能導電且位置相對的二結合板；至少一電熱組件，該至少一電熱組件分別設於該至少一結合板組；各電熱組件包括有一電熱件及二電熱夾制件，該電熱件能通電而發熱，兩該電熱夾制件將該電熱件夾制於其中一該結合板組的兩結合板；至少一散熱組件，該至少一散熱組件分別設於該至少一電熱組件；各散熱組件包括有一散熱件，該散熱件係為一體成形的單一構件，該散熱件貼靠設於相對應之一該電熱組件的電熱件且包括有直立且間隔設置的多個散熱鰭片；以及一供電單元，該供電單元係用於提供各電熱組件之電熱件電能且包括有二導電線，兩該導電線與該組裝座電性連結；以及一風扇，該風扇與該發熱模組間隔設置。 A kind of hot air device, its department comprises: A heating module, the heating module includes: An assembly seat, which includes at least one combination plate group; each combination plate group includes two combination plates that can conduct electricity and are opposite to each other; At least one electric heating component, the at least one electric heating component is respectively arranged on the at least one combination plate group; each electric heating component includes an electric heating element and two electric heating clips, the electric heating element can be energized to generate heat, and the two electric heating clips will The electric heating element is sandwiched between the two bonding plates of one of the bonding plate groups; At least one heat dissipation component, the at least one heat dissipation component is respectively arranged on the at least one electric heating component; each heat dissipation component includes a heat dissipation element, the heat dissipation element is an integrally formed single component, and the heat dissipation element is attached to the corresponding one of the The electric heating element of the electric heating assembly includes a plurality of heat dissipation fins arranged upright and at intervals; and A power supply unit, the power supply unit is used to provide the electric energy of the electric heating element of each electric heating component and includes two conductive wires, and the two conductive wires are electrically connected with the assembly base; and A fan is arranged at intervals from the heating module.

如請求項9所述之熱風裝置，其中所述的發熱模組包括有一溫度感測器，該溫度感測器與其中的一所述導電線電性連結。The hot air device according to claim 9, wherein the heating module includes a temperature sensor, and the temperature sensor is electrically connected to one of the conductive wires.