CN2364390Y - Lampwick type oils boiler - Google Patents

Abstract

The utility model relates to a lampwick type oil boiler with a manual ignition mechanism. An insertion hole is formed on a cylindrical support member. A guide member cover composed of a handle part and a main body forming an installation groove can selectively pass through the insertion hole, and be arranged on a guide member of a second burning cylinder, or be disassembled. Furthermore, the ignition mechanism causes the ignition member to circle on the manual ignition mechanism positioned on one end of a rod-shaped cylinder body. Before the ignition mechanism is used, the ignition member is dipped into the fuel of a flow regulator. On the other hand, the side of the flow regulator is provided with a guide member projecting outwards in an inclined form. The lampwick type oil boiler is suitable for places without power supplies.

Description

Wick-type oils boiler

The utility model relates to a kind of Wick-type oils boiler with manual ignition mechanism, in particular, relate to and a kind ofly comparing with the Wick-type oils boiler that possesses automatic ignition mechanism, when saving manufacturing expense, the Wick-type oils boiler that can also use in the place that can not supply power supply.

Generally, the boiler that uses in the household heater equipment has the gas boiler of using gases fuel and the oils boiler that uses the such oils of oil to act as a fuel, and uses such solid-fuelled boiler of coal or the like.Oils boiler wherein uses the most extensive.

Fig. 7 and Fig. 8 are the examples of oils boiler in the past, and this Wick-type oils boiler is bulletin in the patent of invention ZL90 1 06654.0 on No. the 30th, 565, the Chinese patent communique.This boiler has following various parts: add hot water storgae 1, it first is added hot water storgae 1a and possesses outlet pipe 8 by what possess return pipe 7, second adds hot water storgae 1b and is formed with what certain interval and first added that hot water storgae 1a interconnects by tube connector Pa, Pb; Combustion barrel, it is made up of first combustion barrel 11 and second combustion barrel 12 with guiding parts 25 of oblique outside protrusion, combustion chamber 2 with the dual arrangement that separates predetermined interval and form, and, there is by mounting flange 81 to be fixed on above-mentioned first upper end that adds hot water storgae 1a the annular open portion 83 that is connected to form with combustion chamber 2; Have and surround above-mentioned hot water storgae 1a, the 1b of adding, forming exhaust passage 78,82, and have the inner shell 77 of the exhaust outlet 3 that is communicated with exhaust passage 78; The above-mentioned inner shell 77 that adds hot water storgae and combustion barrel is equipped with in inside is connected the cylindrical bearing parts 13 that are bearing on the lower bracket B; Be fixedly installed on the tray for combustion 9 of cylindrical bearing parts 13 inside, it is by inserting and fixing wick 4, the wick that is connected with fuel supply duct 40 inserts mouth 10, groove 10a, the 10b of above-mentioned first and second combustion barrels 11,12 are installed respectively, and are used for making combustion barrel 11,12 to form at the guiding parts 9e that above-mentioned groove 10a, 10b locate; Surround above-mentioned inner shell 77 and cylindrical bearing parts 13, and be provided with the external shell 79 of the exhaust uptake 91 that is communicated with exhaust outlet; Form the fuel of fuel supplying supply governor motion 16 selectively in tray for combustion 9 by flow regulator 5 and oil-feed pump 6; For inserting the ignition mechanism 18 of wick 4 igniting in the above-mentioned tray for combustion 9; Detection second adds the temperature of liquid among the hot water storgae 1b, is supplied the overheated anti-locking mechanism 75 of the fuel that comes from flow regulator 5 with control; Supporting the lower bracket B of above-mentioned each parts; Above-mentioned ignition mechanism 18 is the electric currents by means of power supply 17, by user's operation, makes the wick 4 automatic ignition mechanism of igniting automatically, on the other hand, on above-mentioned lower bracket B, has the power supply 17 of the automatic ignition mechanism 18 of electric current supply.

This Wick-type oils boiler in the past, when the user pressed the lid 35 of automatic ignition mechanism 18 back, automatically ignition mechanism 18 was just along with the compression of spring 28 4 is advanced along guiding parts 25 towards wick.At this moment, first elastic contact chip 31 contacts with second elastic contact chip 36, and power supply 17 just infeeds electric current, and the igniting pin is just lighted wick automatically.On the other hand,, the fuel from fuel source inbound traffics adjuster 5 is passed through fuel sucking pipe 42 and fuel supply duct 40, flow into wick and insert mouth 10, make fuel burning continuously in combustion chamber 2 by wick 4 by means of oil feed pump 6.Flue gas in the burning after-burner 2 is discharged to the outside from exhaust uptake 91 after passing through annular open portion 83, exhaust passage 82, exhaust passage 78, exhaust outlet 3.On the other hand, stream material as the heating installation medium, after flowing into return pipe 7, add hot water storgae 1a-tube connector Pa, Pb-second along first and add hot water storgae 1b and spill out, above-mentioned stream material is flowing through first when adding hot water storgae 1a and tube connector Pa, Pb and second and adding hot water storgae 1b, from the flue gas of high temperature, absorbed heat, therefore, when flowing out, just be in the condition of high temperature by outlet pipe 8, like this, the stream material by circulation has formed heating installation.

, the ignition mechanism 18 of above-mentioned Wick-type oils boiler in the past is to be wick 4 igniting automatically with the electric current that power supply 17 is supplied, thus use easily in the area of power supply, and just be restricted in the place that does not have power supply.

In addition, the complex structure of above-mentioned automatic ignition mechanism 18, exigent during fabrication precision.Therefore, the expense costliness of manufacturing, and also the maintenance and repair when breaking down are also very difficult.

Therefore, the purpose of this utility model will solve the problems of the prior art exactly, provides a kind of and compares with the Wick-type oils boiler with automatic ignition mechanism in the past, and manufacturing expense is cheap, the Wick-type oils boiler that can use in the place that does not have power supply.

For achieving the above object, the utility model provides a kind of Wick-type oils boiler, it is made up of following each parts: add hot water storgae, it first adds hot water storgae by what possess return pipe, with possess outlet pipe, second add hot water storgae and formed with what certain interval and first added that hot water storgae interconnects by tube connector; Form by first combustion barrel and second combustion barrel with guiding parts of oblique outside protrusion, the combustion chamber of the dual arrangement that separates predetermined interval and form, and, being fixed on above-mentioned first by mounting flange adds on the upper end of hot water storgae, be communicated with the combustion chamber, form the combustion barrel of annular open portion; Have and surround the above-mentioned hot water storgae that adds, forming the exhaust passage, and have the inner shell of the exhaust outlet 3 that is communicated with the exhaust passage; The above-mentioned inner shell that adds hot water storgae and combustion barrel is equipped with in inside is connected the cylindrical bearing parts that are bearing on the lower bracket B; Be fixedly installed on the tray for combustion of cylindrical bearing components interior, it is by inserting and fixing wick, the wick that is connected with fuel supply duct inserts mouth, the groove of above-mentioned first and second combustion barrels is installed respectively, and the guiding parts that is used for combustion barrel is located at above-mentioned groove is formed; Surround above-mentioned inner shell and cylindrical bearing parts, and be provided with the external shell of the exhaust uptake that is communicated with exhaust outlet; Form the fuel of fuel supplying supply governor motion selectively in tray for combustion by flow regulator and oil-feed pump; For inserting the ignition mechanism of the wick igniting in the above-mentioned tray for combustion; Detection second adds the temperature of liquid in the hot water storgae, is supplied the overheated anti-locking mechanism of the fuel that comes from flow regulator with control; Supporting the lower bracket of above-mentioned each parts; It is characterized in that,

On above-mentioned cylindrical bearing parts, form patchhole, the guiding parts lid of partly being made up of cylindrical shell that forms mounting groove and handgrip can pass through above-mentioned patchhole selectively, be installed on the guiding parts of second combustion barrel or disassemble, and, above-mentioned ignition mechanism is that ignition part is wound on manual ignition mechanism on the end of shaft-like cylindrical shell, before using this ignition mechanism, to be immersed in ignition part in the fuel in the flow regulator on the one hand, on the other hand, the guiding parts (5a) that protrudes to the outside is sideling arranged in the side of above-mentioned flow regulator.

Below, describe embodiment of the present utility model in detail with reference to accompanying drawing.In the accompanying drawing:

Fig. 1 is the sectional drawing according to an embodiment of Wick-type oils boiler of the present utility model;

Fig. 2 is the sectional drawing that the part of manual ignition mechanism in the Wick-type oils boiler in the presentation graphs 1 and guiding parts lid is amplified;

Fig. 3 is the side view of the flow regulator seen from the directions X of Fig. 2;

Fig. 4 is the stereogram of guiding parts lid of the present utility model;

Fig. 5 is the stereogram of manual ignition of the present utility model mechanism;

Fig. 6 is the figure of explanation according to the fired state of Wick-type oils boiler of the present utility model;

Fig. 7 is the sectional drawing with the corresponding Wick-type oils boiler of the prior art of Fig. 1;

Fig. 8 be with the corresponding Fig. 7 of Fig. 2 in Wick-type oils boiler in the enlarged drawing of an automatic ignition mechanism part.

Fig. 1 is the sectional drawing according to an embodiment of Wick-type oils boiler of the present utility model, this Wick-type oils boiler is made up of following various parts: add hot water storgae 1, it first adds hot water storgae 1a by what possess return pipe 7, with possess outlet pipe 8, second add hot water storgae 1b and formed with what certain interval and first added that hot water storgae 1a interconnects by tube connector Pa, Pb; Combustion barrel, it is made up of first combustion barrel 11 and second combustion barrel 12 with guiding parts 25 of oblique outside protrusion, combustion chamber 2 with the dual arrangement that separates predetermined interval and form, and, have by mounting flange 81 to be fixed on above-mentioned first upper end that adds hot water storgae 1a, be connected to form annular open portion 83 with combustion chamber 2; Have and surround above-mentioned hot water storgae 1a, the 1b of adding, forming exhaust passage 78,82, and have the inner shell 77 of the exhaust outlet 3 that is communicated with exhaust passage 78; The above-mentioned inner shell 77 that adds hot water storgae and combustion barrel is equipped with in inside is connected the cylindrical bearing parts 13 that are bearing on the lower bracket B; Be fixedly installed on the tray for combustion 9 of cylindrical bearing parts 13 inside, it is by inserting and fixing wick 4, the wick that is connected with fuel supply duct 40 inserts mouth 10, groove 10a, the 10b of above-mentioned first and second combustion barrels 11,12 are installed respectively, and are used for making combustion barrel 11,12 to form at the guiding parts 9e that above-mentioned groove 10a, 10b locate; Surround above-mentioned inner shell 77 and cylindrical bearing parts 13, and be provided with the external shell 79 of the exhaust uptake 91 that is communicated with exhaust outlet; Form the fuel of fuel supplying supply governor motion 16 selectively in tray for combustion 9 by flow regulator 5 and oil-feed pump 6; For inserting the ignition mechanism 18 of wick 4 igniting in the above-mentioned tray for combustion 9; Detection second adds the temperature of liquid among the hot water storgae 1b, is supplied the overheated anti-locking mechanism 75 of the fuel that comes from flow regulator 5 with control; Supporting the lower bracket B of above-mentioned each parts.

Fig. 2-Fig. 5 has represented the structure of the ignition mechanism 18 of characteristic of the present utility model, the above-mentioned patchhole 13 ' that on cylindrical bearing parts 13, forms, the guiding parts lid of being made up of cylindrical shell 125a that forms mounting groove 125c and handgrip part 125b 125 can pass through above-mentioned patchhole 13 ' selectively, is installed on the guiding parts 25 of second combustion barrel 12 or disassembles.And, above-mentioned ignition mechanism 18 is that ignition part 18d is wound on manual ignition mechanism on the end of shaft-like cylindrical shell 18a, before using this ignition mechanism 18, to be immersed in ignition part 18d in the fuel in the flow regulator 5, on the other hand, the guiding parts 5a that protrudes to the outside is sideling arranged in the side of above-mentioned flow regulator 5.In addition, why oblique protrusion is in the outside of the side of flow regulator 5 for above-mentioned guiding parts 5a, is because the main composition part that the manual ignition mechanism that will prevent from here to insert 18 hinders the centre that is positioned at flow regulator 5.On the other hand, from Fig. 2 and Fig. 4, the handgrip part 125b of the lid 125 of guiding parts is bent downwardly from the central axis of cylindrical shell 125a, not only can make the user load and unload the lid 125 of guiding parts easily, and the feasible setting angle that is easy to see clearly guiding parts 25, make guiding parts 25 correctly to install.

Fig. 6 represents the state to 4 igniting of the wick in the Wick-type oils boiler of the present utility model.Promptly, the user pulls out ignition mechanism 18 from guiding parts 25, light the ignition part 18d that has soaked into fuel in the ignition mechanism 18 by means of the igniter of lighter and so on, then the lid 125 of guiding parts is removed from guiding parts 25, made ignition part 18d, light a fire near wick 4, then, extract manual ignition mechanism 18, make after it extinguishes, the lid 125 of manual ignition mechanism 18 and guiding parts is restored to the original state.

On the other hand, the ignition part 18d in the above-mentioned manual ignition mechanism 18 can use the material of variety of well known, wherein, preferably makes with the material that does not burn and heat-conductive characteristic is good.For example, can use diameter to be approximately the ignition part 18d of the copper cash coiling 10-20 circle of 0.3mm.

In addition, shown in Fig. 1-6, the lid 125 of above-mentioned manual ignition mechanism 18 and guiding parts is linked together with flow regulator 5 and cylindrical bearing parts 13 respectively by installing component 120a, 120b and attaching parts 121a, 121b, just can prevent the losing of lid 125 of manual ignition mechanism 18 and guiding parts.

According to above-described the utility model, owing in Wick-type oils boiler in the past, used manual ignition mechanism to come as the wick igniting, so even also can use very easily in the place that does not have power supply.In addition, owing to do not need expensive automatic ignition mechanism, also has the effect that reduces manufacturing cost.

In addition, the utility model is not limited to above embodiment, within the protection domain that claims limit, various embodiment through changing can also be arranged.

Claims (3)

1. Wick-type oils boiler, it comprises following various parts: add hot water storgae (1); By first combustion barrel (11) with have that second combustion barrel (12) of the guiding parts (25) of oblique outside protrusion formed, separate predetermined interval and form the combustion barrel of dual arrangement combustion chamber (2); Have and surround the above-mentioned hot water storgae (1a, 1b) that adds, forming exhaust passage (78,82), and have the inner shell (77) of exhaust outlet (3); Above-mentioned inner shell (77) is connected the cylindrical bearing parts (13) that are bearing on the lower bracket (B); Have wick (4), be fixedly installed on the inner tray for combustion (9) of cylindrical bearing parts (13); Surround above-mentioned inner shell (77) and cylindrical bearing parts (13), and be provided with the external shell (79) of the exhaust uptake (91) that is communicated with exhaust outlet (3); In tray for combustion (9), supply the fuel supply governor motion (16) of a certain amount of fuel selectively; For inserting the ignition mechanism (18) of wick (4) igniting in the above-mentioned tray for combustion (9); Detection second adds the temperature of liquid in the hot water storgae (1b), with the overheated anti-locking mechanism (75) of control fuel feed; And the lower bracket (B) that is supporting above-mentioned each parts, it is characterized in that, above-mentioned cylindrical bearing parts (13) are gone up and are formed patchhole (13 '), the guiding parts lid of being made up of cylindrical shell that forms mounting groove (125c) (125a) and handgrip part (125b) (125) can pass through above-mentioned patchhole (13 ') selectively, and the guiding parts (25) that is installed in second combustion barrel (12) is gone up or disassembled; And, above-mentioned ignition mechanism (18) is that ignition part (18d) is wound on manual ignition mechanism on the end of shaft-like cylindrical shell (18a), using this ignition mechanism (18) before, to be immersed in ignition part (18d) in the interior fuel of flow regulator (5), on the other hand, the guiding parts (5a) that protrudes to the outside is sideling arranged in the side of above-mentioned flow regulator (5).

2. Wick-type oils boiler as claimed in claim 1 is characterized in that, above-mentioned ignition part (18d) is that to be about the copper cash coiling 10-20 circle of 0.3mm by diameter formed.

3. Wick-type oils boiler as claimed in claim 1 or 2 is characterized in that, the handgrip part (125b) of the lid of above-mentioned guiding parts (125) is crooked downwards with respect to the central axis of main body (125a).

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