TR201612452A2 - A HAIR DRYER - Google Patents

Abstract

The present invention provides a housing (2), air inlet holes (3) located at the rear of the body (2), a fan (4) located in front of the air inlet holes (3), a fan (4) located in front of the fan (4) and a fan (4). a moving motor (5) relates to a hair dryer (1) comprising heating plates (7) located in front of the motor (5) in the body (2).

Description

DESCRIPTION A HAIR DRYER This invention relates to a hair dryer with heating plates.

Heating process in hair dryers is with filaments that heat up when current is pressed. is carried out. Air heater filaments sucked from outside by a fan It is heated by passing over it and directed towards the hair. hair dryer has a smaller cross-sectional area inside the machine body compared to the fan. filaments rise to very high temperatures, allowing the air to reach the desired operating temperature. they make it available. Working temperature can damage hair and scalp. determined in a way that will not be given. However, the filaments The temperature distribution of the blown air due to its location is homogeneous. does not exist. While the air at the level of the filaments is warmer, away from the filaments In some parts the temperature is lower. inhomogeneous temperature distribution Hair dryers with air flow are provided to the user's hair and hair. damage the skin. Filaments to completely cover the inside of the body The biggest obstacle to their arranging with cross-sectional area is the required electricity. connections make the air flow irregular.

European patent numbered EP2238856 in the state of the art In the application, the heating process can be carried out by coating the heating film on the ceramic material. A hair dryer is mentioned. a hair dryer that performs electromagnetic heating in its application. machine is mentioned.

The aim of this invention is to ensure a homogeneous flow and temperature of the air ironed by the fan. It is the realization of a hair dryer.

To achieve the purpose of this invention, the hair The dryer is inside a body with air intake holes at the back. It is positioned in front of the fan and motor and immediately inside the body. side by side with gaps extending from side to side to almost completely cover It consists of plates lined up and covered with a heating film. known for this invention uneven heat and air flow distribution in hair dryers instead of hair and scalp almost completely equal temperature in all points is air-dried. Thus, in the hair dryer, the hair and There is no need to reach temperatures that will damage the scalp, homogeneous In addition to the temperature distribution, energy saving is also provided. warmer film-coated plates are preferably fed from a single port and are complex No electrical connections are required. In this way, the air flow is also regular and is homogeneous. In another embodiment of the invention, the plates are connected to each other. are arranged in parallel.

In another embodiment of the invention, the plates are equidistant from each other. They are arranged in the body in such a way that By fan with this app Having a homogeneous flow of the blown air as it passes through the body It provides a homogeneous temperature distribution with the homogeneous flow of air. is provided.

In another embodiment of the invention, the body is cylindrical. In this application the plates are circular so that they almost cover the circular cross-sectional area of the body. they get narrower as they move away from the center. Almost inside the body The temperature distribution is homogenized by completely covering it with plates.

In another embodiment of the invention, the plates are produced from aluminum. Heater the aluminum plates are electrically disconnected so that the films are not short-circuited. covered with an insulating material. Thus, while the heating films heat up, aluminum is heated, high heat capacity of aluminum Thanks to this, energy saving is provided for heating the air and drying hair. making the machine usable quickly at first use is provided.

In an application of the invention, ensuring equal temperature distribution is placed on the plates. by covering the heating film in dimensions that will be proportional to the surface areas is provided. plates that decrease in size as they move away from the middle of the body. film resistors with plate dimensions proportional to their size is proportional and by applying the same amount of current to all plates, heat is given in proportion to its dimensions. Thus, all plates are the same. It is ensured that they are heated to the temperature value.

In another embodiment of the invention, the air blown by the fan is transferred between the plates. outwardly opening flow at the ends of the plates for efficient regulating legs. medium due to the motor just in front of the fan. It becomes difficult for air to enter between the plates in the section. Outward flow Thanks to the regulating feet, especially the plates in the middle part of the blown air is allowed to come between them. temperature with even distribution of air distribution is also carried out in an even way.

In another embodiment of the invention, the flow rate of the air blown by the fan is In order to reach the plates without decreasing, the flow regulator feet should be placed close to the engine. ends parallel to the plates. In this way, the blown air does not encounter an obstacle. it enters the feet and is directed towards the plates.

In another embodiment of the invention, flow regulating legs around the motor surrounded by. With this application, the dimensions of the hair dryer are more while keeping it small, irregularities in the air flow are also eliminated.

In the hair dryer that is the subject of the invention, it is the hair dryer that covers the inside of the body and is arranged side by side. Thanks to the plates, a homogeneous temperature distribution and a homogeneous air flow can be achieved. is being done. In this way, hair and scalp excess during hair drying process. It is not damaged by heating. Form of plates and flow regulator feet Thanks to its homogeneous distribution, energy saving is also provided.

To achieve the aim of this invention, the hair dryer is attached. shown in the figures, from these figures; Figure 1 - Perspective view of a hair dryer.

Figure 2 - is a section view of a hair dryer.

Figure 3a - is the view of the plate in one embodiment of the invention.

Figure 3b - Perspective view of plates in one embodiment of the invention.

Figure 4 - is the top section view of the body in one embodiment of the invention.

The parts in the figures are numbered one by one and the corresponding numbers are given below. 1. Hair dryer handle 90999959!” The hair dryer (1), a body (2), is located on the back of the body (2). air intake holes (3), a fan (4) located in front of the air intake holes (3), a motor (5) located in front of the fan (4) and moving the fan (4), preferably a handle (6) located on the lower part of the body (2), inside the body (2) (5) a film-covered heater located in front of them, preferably allowing them to be heated above them. plates (7). The air blown by the fan (4) is pressed into the films by current. is heated. For heating the plates (7) in different embodiments of the invention, different methods can be used.

The subject of the invention is the hair dryer (1), where air comes out from the front part of the fan (4). extending towards the end of the body (2), arranged at intervals along the section of the body (2). more than one plate (7). Plates (7) preferably body (2) will almost cover the section of the fuselage (2) perpendicular to the air flow plane in they are arranged side by side. Insert the plates (7) into the body (2) side by side. Thanks to their arrangement, almost all of the air blown by the fan (4) It is heated and, thanks to the fact that the plates (7) cover the whole body (2), A homogeneous temperature distribution is obtained. Heating process plates (7) Since the air flow is realized by means of the heating films on the is regular.

In one embodiment of the invention, the plates (7) are parallel to each other. with this app it is ensured that the air flow inside the body (2) is linear. Thus, While the heating of the air is facilitated, the formation of vortices is also prevented.

In one embodiment of the invention, the distance between the plates (7) is equal to each other. This With the application, the air blown by the fan (4) is transferred to the plates covered with heating film. It is aimed to have an even heat distribution while heating by contacting (7). At the same time, the air flow rate between the plates (7) is equal to each other. A regular and homogeneous air flow is obtained.

In another embodiment of the invention, the hair dryer (1) is in cylindrical form. the body (2) and the plates (7) will cover the circular cross-sectional area of the body (2) As they move away from the center, they narrow in width. With this application, your plates (7) is provided to almost completely cover the inside of the body (2) and both heat It is ensured that both the air flow distribution and the air flow distribution are homogeneous. fan (4) by the homogeneous distribution of the air blown by the body (2) within the body (2). temperature distribution is also homogenized.

In another embodiment of the invention, the plates (7) are electrically applied to aluminum. They are produced by coating an insulating material. Plates (7) Heating of the plates (7) by applying current to the heating film on it. is provided. With this application, the high heat capacity of aluminum It is used and the fan (4) is used immediately after the hair dryer (1) is turned on. It is ensured that the air blown by the air conditioner reaches the desired temperature.

In one embodiment of the invention, the plates (7) are proportional to their surface area on them. It is covered with a heating film in sizes to be To obtain a homogeneous temperature distribution The plates (7) must be heated at the same temperature. Plates (7) of different sizes are covered so that they can be heated to the same temperature. It is covered with a heating film in proportion to its surface area. this app with an electrical device that will allow different amounts of current to be pressed on different plates (7). circuit is not needed, so a circuit with a simpler structure and therefore a less costly hair dryer can be used. machine is obtained. At the same time, all plates (7) are at the same temperature. The air blown on the hair is almost completely at the same temperature. In other words, it is ensured to have a homogeneous temperature distribution.

In another embodiment of the invention, the hair dryer (1) connects the plates (7) to the motor. (5) located at the near ends and plate (7) outward perpendicular to the alignment plane. It includes flow regulating feet (8) that open correctly. located at the front of the fan (4) The motor (5) that takes place makes it difficult to transmit air to the plates (7). of the engine (5) The density of the air blown by the fan (4) is the body (2). its density increases towards its walls. Thanks to the flow regulator feet (8) ensuring that the air blown by the fan (4) is evenly distributed on all the plates (7). is provided.

In another embodiment of the invention, the flow regulator feet (8) are close to the motor (5). ends are parallel to each other. With this application, the air blown by the fan (4) plates without encountering any obstacles, in other words, without decreasing the flow rate. (7) is provided to match (couple). so that it is arranged in the body (2). A (stable) air flow is provided. this means the load on the fan (4). and thus energy savings are achieved.

In another embodiment of the invention, the flow regulating legs (8), the motor (5) they extend backwards inside the body (2) so as to surround it. This With the application, the air sucked by the fan (4) from the air intake holes (3) is directly is directed to the plates (7). The air flow through the motor (5) in other words, by preventing the formation of vortex it is ensured that the air is delivered to the plates (7) in an efficient manner.

With the hair dryer (1), which is the subject of the invention, without damaging the hair and scalp. hair drying process is carried out. Have homogeneous temperature distribution Thanks to the air flow, it is not necessary to reach high temperatures inside the body (2). and energy saving is ensured.

Claims (9)

REQUESTS l - A body (2), air intake holes (3) located at the back of the body (2), a fan (4) located in front of the air intake holes (3), a fan (4) located in front of the fan (4) a motor (5) that activates the body (2), extending from the front of the fan (4) containing the heating plates (7) located in front of the engine (5) in the body (2), to the end of the body (2) where the air comes out, a hair dryer (1) characterized by a plurality of plates (7). 2 - A hair dryer (1) as in claim, characterized by plates (7) that are parallel to each other. 3 - A hair dryer (1) as in any one of the above claims, characterized by plates (7) with equal distance between them. 4 - A hair dryer (1) as in any one of the above claims, characterized by the cylindrical body (2) and the plates (7) that get narrower as they move away from the center so as to cover the circular cross-sectional area of the body (2). 5 - A hair dryer (1) as in any one of the above claims, characterized by plates (7) produced by coating electrically insulating material on aluminum. 6 - A hair dryer (1) as in any one of the above claims, characterized by plates (7) covered with a heating film in proportion to their surface area. 7' - A hair dryer (1) as in the above claims, characterized by the flow regulating feet (8) located at the ends of the plates (7) close to the motor (5) and opening outward perpendicular to the plate (7) arrangement plane. 8 - A hair dryer (1) as in claim, characterized by feet (8) close to the motor (5), the ends of which are parallel to each other. 9 - A hair dryer (1) as in Claim 7 or 8, characterized by the legs (8) extending backwards inside the body (2) so as to surround the motor (5).