Novel double-furnace heater of garment steamer
By isolating and insulating the heater in the steam hanger and insulated connection, the high temperature problem caused by the mutual heat transfer of the dual furnace heaters is solved, and the dual furnace heaters are able to work stably and efficiently generate steam at normal temperatures.
Patent Information
- Application Number
- CN202510347619.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-03-24
- Publication Date
- 2025-05-09
AI Technical Summary
The existing steam hanger and double-furnace heaters have high temperatures due to the heat transfer between the two-furnace heaters, which leads to negative pressures in water and outlet gas, and the water inlet and steam outage are not smooth, which makes the effect poor.
A new type of steam hanger and ironing machine dual furnace heater is designed to isolate and separate the heater from the heater, and is thermally connected through an insulating strip and an insulating coil to ensure that the water inlet and outlet of the heater does not generate negative pressure.
The dual-furnace heater continues to work at normal temperatures, and stable generates a large amount of steam, which improves the steam generation efficiency and stability of the steam hanger and improves the user's ironing experience.
Smart Images
Figure CN119957879A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to the field of steam garment steaming machines, and in particular to a novel double-furnace heater for steam garment steaming machines. Background Art
[0002] At present, the existing double-furnace heaters of steam hanging ironing machines are cast into one body. Since the power of the double-furnace heater is more than twice that of the single-furnace heater, the two cast-in-one heaters transfer heat to each other to produce a high-temperature working state. The high temperature causes negative pressure to be generated when the heater enters and the air is discharged. The negative pressure causes the water inlet to be blocked and the steam outlet to stop. The present invention is a new type of double-furnace heater for steam hanging ironing machines, characterized in that the heaters provided with the heaters are separated from the two heaters, the A inner ear and the B inner ear provided at the lower end of the heater and the heater are connected by insulation strips to insulate the two, the A insulation ring placed on the upper end of the heater is connected to the A upper cover provided on the Y-shaped steam nozzle, and the B insulation ring placed on the upper end of the heater is connected to the B upper cover provided on the Y-shaped steam nozzle. The two heaters are separated and insulated in combination, so that the water inlet and the air outlet of the high-power double-furnace heater do not generate negative pressure during operation, so that the double-furnace heater can continuously maintain normal temperature operation and stably and continuously produce more steam. Summary of the invention
[0003] Purpose of the invention: The purpose of the present invention is to provide a new type of double-furnace heater for a steam hanging iron, in which the heaters are isolated and designed to be separated from each other, and each component is thermally insulated from the heater, so that the water inlet and air outlet of the high-power double-furnace heater do not generate negative pressure during operation, so that the double-furnace heater can continue to work at a normal temperature, thereby improving the steam generation efficiency and stability of the steam hanging iron and enhancing the user's ironing experience.
[0004] Technical Solution A novel double-furnace heater for a steam hanging iron, the structure of which is composed of a main housing (1), a kettle (2), a support rod (3), a steam guide nozzle (4), a heater (5), and a water pipe (6). The heater (5) is provided with a heater (5A) and a heater (5B) which are isolated from each other. An inner ear A (5A1) and an inner ear B (5B1) provided at the lower ends of the heater (5A) and the heater (5B) are connected in insulation by a heat insulation strip (5.2), and the inner ear A (5A1) is fixedly connected to the inner ear B (5B1) by screws (5.3) through the heat insulation strip (5.2). The A heat insulating ring (5A3) placed on the upper end of the heater (5A) is heat-insulated and connected to the A upper cover (5.1A) provided on the Y-shaped steam nozzle (5.1), and the B heat insulating ring (5B3) placed on the upper end of the heater (5B) is heat-insulated and connected to the B upper cover (5.1B) provided on the Y-shaped steam nozzle (5.1). The rubber ring (5.1C) provided on one side of the Y-shaped steam nozzle (5.1) is inserted into the tube of the upper cover (5.1A) for sealing connection, and the rubber ring (5.1C) provided on the other side is inserted into the tube of the upper cover (5.1B) for sealing connection. Furthermore, the A pressing plate (5A4), the upper cover (5.1A), and the sealing ring (5A3) provided on one side of the Y-shaped steam nozzle (5.1) are fixed to the heater (5A) by means of screws (5.3), and the B pressing plate (5B4), the upper cover (5.1B), and the sealing ring (5B3) provided on the other side of the Y-shaped steam nozzle (5.1) are fixed to the heater (5B) by means of screws (5.3). The A outer ear (5A2) provided on the heater (5A) is connected to the main housing (1) by means of the A heat insulation fixing strip (5.3A), and the B outer ear (5B2) provided on the heater (5B) is connected to the main housing (1) by means of the B heat insulation fixing strip (5.3B). The Y-shaped water pipe (6) provided on the heater (5) has an A pipe (6A) connected to the A water inlet (5A5), and a B pipe (6B) provided on the other side connected to the B water inlet (5B5). One side of the Y-shaped water pipe (6) is connected to the water outlet (1.1) provided on the main housing (1).
[0005] Beneficial Effects The double-furnace heaters are separated by a heat-insulating design so that they can maintain normal operating temperatures when the two heaters are working at the same time, and can continuously generate large amounts of steam, thus meeting the user's needs for quick ironing of clothes.
[0006] The double furnace heaters are separated and insulated from each other to effectively prevent heat transfer between the two to generate high temperature of the heater, which causes negative pressure at the water inlet and steam outlet, resulting in intermittent pauses in steam eruption, so that the heater can continuously and stably produce a larger amount of steam at normal temperature.
[0007] The sealed insulation and fixed connection between the Y-shaped steam nozzle cover and the heater not only ensures the thermal insulation between the two heaters, but also connects the steam from the two heaters to the air duct nozzle through the Y-shaped steam nozzle to output the steam, which not only ensures the thermal insulation between the two heaters, but also ensures the sealing of steam transmission, and efficiently transmits steam to the air duct nozzle to improve the ironing effect.
[0008] The heater and the main housing are connected by a heat-insulating fixing strip, which effectively prevents the temperature of the heater from being transferred to the main housing, thereby improving the safety and reliability of the product. BRIEF DESCRIPTION OF THE DRAWINGS
[0009] The double-furnace heater of a steam hanging ironing machine of the present invention is further described in detail below with reference to the accompanying drawings and embodiments.
[0010] Figure 1 This is a schematic diagram of the structure of a new type of steam hanging ironing machine with double furnace heaters according to the present invention. Figure 2 This is a cross-sectional view of the heater in the front part of the main unit of a new type of steam hanging ironing machine with double furnace heaters according to the present invention. Figure 3 This is a cross-sectional view of the bottom heater of a new type of steam hanging ironing machine with double furnace heaters according to the present invention. Figure 4 Explosion diagram of a new type of double furnace heater for a steam hanging ironing machine according to the present invention Figure 5 A novel double furnace heating device structure of a steam hanging ironing machine according to the present invention DETAILED DESCRIPTION
[0011] like Figure 1 As shown, the present invention discloses a novel double-furnace heater for a steam hanging ironing machine, the structure of which is composed of a main housing (1), a kettle (2), a support rod (3), a steam guide nozzle (4), a heater (5), and a water pipe (6).
[0012] like Figure 2 , Figure 3 , Figure 4 , Figure 5As shown, the present invention is a novel double-furnace heater for a steam hanging ironing machine, characterized in that the heater (5) is provided with a heater (5A) and a heater (5B) which are isolated from each other. The A inner ear (5A1) and the B inner ear (5B1) provided at the lower ends of the heater (5A) and the heater (5B) are thermally insulated and connected by a thermal insulation strip (5.2), and the A inner ear (5A1) is fixedly connected to the B inner ear (5B1) by screws (5.3) through the thermal insulation strip (5.2). The A thermal insulation ring (5A3) placed on the upper end of the heater (5A) is thermally insulated and connected to the A upper cover (5.1A) provided on the Y-shaped steam nozzle (5.1), and the B thermal insulation ring (5B3) placed on the upper end of the heater (5B) is thermally insulated and connected to the B upper cover (5.1B) provided on the Y-shaped steam nozzle (5.1). The rubber ring (5.1C) provided on one side of the Y-shaped steam nozzle (5.1) is inserted into the tube of the upper cover (5.1A) for sealing connection, and the rubber ring (5.1C) provided on the other side is inserted into the tube of the upper cover (5.1B) for sealing connection. In addition, the A pressing plate (5A4), the upper cover (5.1A), and the sealing ring (5A3) provided on one side of the Y-shaped steam nozzle (5.1) are fixed to the heater (5A) by screws (5.3), and the B pressing plate (5B4), the upper cover (5.1B), and the sealing ring (5B3) provided on the other side of the Y-shaped steam nozzle (5.1) are fixed to the heater (5B) by screws (5.3). The A outer ear (5A2) provided on the heater (5A) is connected to the main housing (1) by the A heat insulation fixing strip (5.3A), and the B outer ear (5B2) provided on the heater (5B) is connected to the main housing (1) by the B heat insulation fixing strip (5.3B). The Y-shaped water pipe (6) provided on the heater (5) has an A pipe (6A) connected to the A water inlet (5A5), and a B pipe (6B) provided on the other side connected to the B water inlet (5B5). One side of the Y-shaped water pipe (6) is connected to the water outlet (1.1) provided on the main housing (1).
[0013] The novel double-furnace heater for a steam hanging ironing machine of the present invention will be further described below in conjunction with the accompanying drawings and embodiments.
[0014] like Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 As shown, the double-furnace heaters are separated by a heat-insulating design so that when the two heaters are working at the same time, they can maintain a normal working temperature and continuously generate a large amount of steam, thereby meeting the user's needs for fast ironing of clothes.
[0015] The double furnace heaters are separated and insulated from each other to effectively prevent heat transfer between the two to generate high temperature of the heater, which causes negative pressure at the water inlet and steam outlet, resulting in intermittent pauses in steam eruption, so that the heater can continuously and stably produce a larger amount of steam at normal temperature.
[0016] The sealed insulation and fixed connection between the Y-shaped steam nozzle cover and the heater not only ensures the thermal insulation between the two heaters, but also connects the steam from the two heaters to the air duct nozzle through the Y-shaped steam nozzle to output the steam, which not only ensures the thermal insulation between the two heaters, but also ensures the sealing of steam transmission, and efficiently transmits steam to the air duct nozzle to improve the ironing effect.
[0017] The heater and the main housing are connected by a heat-insulating fixing strip, which effectively prevents the temperature of the heater from being transferred to the main housing, thereby improving the safety and reliability of the product.
[0018] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and variations. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.
Claims
1. A new type of double-furnace heater for a steam hanging iron, which is composed of a main housing (1), a kettle (2), a support rod (3), a steam pipe nozzle (4), a heater (5), and a water pipe (6), and is characterized in that The heater (5) is provided with a heater (5A) and a heater (5B) which are isolated from each other. The A inner ear (5A1) and the B inner ear (5B1) provided at the lower ends of the heater (5A) and the heater (5B) are connected to each other insulated by a heat insulation strip (5.2). The A heat insulation ring (5A3) placed at the upper end of the heater (5A) is connected to the A upper cover (5.1A) provided on the Y-shaped steam nozzle (5.1) insulated. The B heat insulation ring (5B3) placed at the upper end of the heater (5B) is connected to the B upper cover (5.1B) provided on the Y-shaped steam nozzle (5.1) insulated.
2. According to claim 1, the novel double-furnace heater for a steam garment steamer is characterized in that The A inner ear (5A1) provided at the lower end of the heater (5A) and the heater (5B) is fixedly connected to the B inner ear (5B1) by screws (5.3) via a heat insulation strip (5.2).
3. According to claim 1, the novel double-furnace heater for a steam hanging iron is characterized in that The rubber ring (5.1C) provided on one side of the Y-shaped steam nozzle (5.1) is inserted into the tube of the upper cover (5.1A) for sealing connection, and the rubber ring (5.1C) provided on the other side is inserted into the tube of the upper cover (5.1B) for sealing connection.
4. According to claim 1, the novel double-furnace heater for a steam garment steamer is characterized in that The A pressing plate (5A4), the upper cover (5.1A), and the sealing ring (5A3) provided on one side of the Y-shaped steam nozzle (5.1) are fixed to the heater (5A) by means of screws (5.3), and the B pressing plate (5B4), the upper cover (5.1B), and the sealing ring (5B3) provided on the other side of the Y-shaped steam nozzle (5.1) are fixed to the heater (5B) by means of screws (5.3).
5. According to claim 1, the novel double-furnace heater for a steam garment steamer is characterized in that The A outer ear (5A2) provided on the heater (5A) is connected to the main housing (1) via the A heat insulation fixing strip (5.3A), and the B outer ear (5B2) provided on the heater (5B) is connected to the main housing (1) via the B heat insulation fixing strip (5.3B).
6. According to claim 1, the novel double-furnace heater for a steam garment steamer is characterized in that The Y-shaped water pipe (6) provided on the heater (5) has an A pipe (6A) connected to the A water inlet (5A5), and a B pipe (6B) provided on the other side connected to the B water inlet (5B5). One side of the Y-shaped water pipe (6) is connected to a water outlet (1.1) provided on the main housing (1).