COOLING PIPE SYSTEM OF WIND GENERATOR

The present invention refers to conversion may have various in the embodiment can apply various bar, in the embodiment example are specific detailed description and drawing the broadcast receiver. The effect of the invention and features, achieving the drawing method in the embodiment and an electronic component connected to the reference surface with specifically carry activitycopyright will. In the embodiment in the present invention refers to hereinafter however are limited to rather than the disclosure can be implemented in various forms. In the embodiment of in hereinafter, number 1, number 2 the term limiting meaning rather than one component such as other components used to distinguish an object. In addition, it is apparent that a single representation of the differently in order not providing language translators, comprising plurality of representation. In addition, articles comprising or branches disclosed such as term specification features, or components is present and comprises means, one or more other features or components may be added the possibility number pre-times are not correct. In addition, the descriptions or a reduced and apparatus for facilitating the drawing near the components can be. For example, size and thickness of each configuration exhibited drawing representing a virtual path identifier arbitrarily for facilitating the descriptor, not limited to the present invention are not necessarily shown.

Hereinafter, with reference to the attached drawing of the present invention in the embodiment for which is a detailed, with reference to the drawing described when determining the same components or corresponding local impart the drawing code description dispensed the on-sensors other.

In addition, in the present invention with reference to the x-axis direction and the longitudinal direction of the circular also 2, 2 in a vertical direction with reference to the circular longitudinal y axis direction also are disclosed. In addition, the shaft portion (1) with reference to the center of the multi-axis center of x 2 also speak other.

Figure 2 shows a cooling piping device shown and also the present invention according to a drawing, Figure 3 the present invention according to the number of stand-alone cooling piping device cover piece shown on the first object are disclosed. With reference to 2 and 3 also hereinafter also, cooling piping device illustrating the component and effect of the present invention according to each other.

The present invention according to cooling piping device includes a housing part (100), bearing part (200), base portion (300), cooling piping (400), cover portion (500), a bracket portion (600), insulating bushing part (700) having a predetermined wavelength.

Housing part (100) includes a stator and rotor both ends of the yarns. Housing part (100) extend the length is a shaft part (1) is penetrated substrate. Housing part (100) includes a housing part number 1 (110) and number 2 housing portion (120) having a predetermined wavelength. Number 1 housing portion (110) having a given thickness and that is extend in a longitudinal direction, the driving part is preferably a hollow part. Number 1 housing part (110) the rim of a hollow portion of the cylindrical housing part number 2 (120) is formed on each pixel. Number 2 housing portion (120) has a shaft section (1) is preferably extend the length towards the center of the, housing part number 1 (110) for sharing hollow portions on upper surface is opened and, to a bottom shaft portion (1) is formed preferably cylindrical shaped hole therethrough.

In the present invention housing portion (100) the circular upper surface of the housing part number 1 (110) ring surface portion which defines, housing part (100) number 2 the circular bottom surface of the housing portion (120) of won shaped surface portion ID and password. One of components to other components hereinafter with reference to the shaft portion (1) near the convex bottom an over a unit length, this may be top surface and vice versa.

Bearing part (200) on a shaft part (1) which surrounds the substrate. In addition, housing part (100) to a bottom of the adjacent with each other. The, shaft portion (1) is number 2 housing portion (120) of holes bearing part (200) to be coated sequentially through.

Base portion (300) is arranged on the bearing portion (200) surrounding substrate. More specifically, base portion (300) on a shaft part (1) bearing center direction (200) surrounds a covers the substrate. I.e., bearing part (200) is equal to cover serves. In addition, base portion (300) the underside of the housing part (100) coupled to a bottom of the. The, base portion (300) is preferably forming a center, base portion (300) of the shaft portion of the hole is (1) is penetrated substrate.

The, shaft portion (1) away with reference to the direction of the center, the shaft portion (1) includes a housing portion (100), bearing part (200) and base portion (300) to be coated sequentially through.

Base portion (300) an upper surface of the cooling piping (400) is coupled. Cooling piping (400) the cooling pipe body (410), incoming pipe (420), entrance pipe (430) comprises.

Cooling piping body (410) has a shaft section includes (1) about the shaft portion (1) formed surrounding shape. Cooling piping body (410) is open the top of the part, with reference to the axial direction also 2 x cooling piping body (410) when viewed a, preferably shaped the hoof which it rolls up. I.e., cooling piping body (410) point (411) and end point (412) spaced apart from each other without dog curve form is formed on the substrate. Point (411) and end point (412) different bar, be able to cycle cooling is not formed.

In addition, cooling piping body (410) includes a base portion (300) coupled to a bottom of the preferably. Thereby, cooling piping body (410) has a shaft section (1) longitudinal be filled with the yarns (y axis also reference 2).

Cooling piping body (410) has a shaft section (1) is formed along the circumference of the preferably. In one example, the shaft portion (1) cross section of the won shaped bar, cooling piping body (410) such as 3 also has a shaft portion (1) cross-section in one circumferential direction of the shaft portion (1) encompasses a substrate. This cooling piping body (410) due to the shape of, the shaft portion (1) in the center of cooling piping body (410) is the straight distance and all have the same, shaft portion (1) to wrap around the bearing section (200) in the center of the hole formed in the cooling piping body (410) is straight distance all have the same with each other. The, on only one side of cooling effect without deflection, bearing part (200) impart cooling effect be evenly the content disclosed.

Base portion (300) an upper surface of the cooling piping body (410) to accommodate recessed groove (310) preferably is formed. Referring to diffuse to the same account for 4 also. Figure 4 shows a also in the present invention of Figure 1 'A' show the portions thereof corresponding cross section are disclosed. 4 Hereinafter also with reference to the groove (310) according to and for illustrating the effect of a shape of the substrate.

Groove (310) the cooling pipe body (410) corresponds to a shape of base part (300) formed top. The, groove (310) on a shaft part (1) in the longitudinal direction of the shaft portion (1) towards the central portion of the depressed substrate. Cooling piping body (410) is base portion (300) when adhesive coupled to the like, cooling piping body surface of a base portion (300) from dislodging from the door number can be as well. However, the present invention according to groove (310) the, recessed groove (310) is cooling piping body (410) is configured to receive the second groove (310) is cooling piping body (410) to be coated support. The, cooling piping body (410) a flat part (300) is lower deviations from the exists disclosed.

The, degree of Figure 4 the enlarged reference, cooling piping body (410) and diameter of the cross-section referred to as R, groove (310) and onto the shaft portion (1) formed in a longitudinal direction of the length referred to as D, R: D preferably in the ratio of 1:2. R: D it is referred to as 1:2, groove (310) the same cooling piping body (410) insertion possible overlap motor vehicle is started substrate. The, groove (310) cooling piping body (410) inserting additional space cooling effects can be secured. In addition, cooling piping body (410) is groove (310) even without words secured to both, groove (310) not to protrude from the outside groove (310) to be equal to or higher than the number carried within the clearance space. The, R: D D rate of less than 2 is when, cooling piping body (410) further cannot be inserted into the cooling effects of the room number is one, when D is greater than 2, cooling piping body (410) is not inserted into the groove (310) is increased and the length of (W), cooling piping body (410) insert bearing part (200) is not passed to the and groove (310) thereby making it possible to reduce in number point mooring in the space cooling door pin is. The, R: D preferably in the ratio of 1:2.

Cooling piping body (410) point (411) is incoming pipe (420) is extend, endpoint (412) displaying an piping (430) formed extended. The, incoming pipe (420) the view (411) in such a manner that the shaft portion (1) on the elastic member is preferably bent in the longitudinal direction of, entrance pipe (430) the termination point (412) in such a manner that the shaft portion (1) bent in the longitudinal direction of preferably on the elastic member. The, incoming pipe (420) and entrance pipe (430) the shaft portion (1) in a vertical direction parallel to a longitudinal direction of the yarns. Thus, incoming pipe per hour (420) with the amount of cooling water introduced via entrance pipe (420) water cooling effect through a discharge amount of the pixel of interest is constant...copyright 2001.

Incoming pipe (420) and door access piping (430) in order to make the code came up with, injecting the door cooling water piping (430) to the lower end of the, mutual role changed entrance pipe (430) is displaced pipe (420) and changed to, incoming pipe (420) is dimensioned to piping (430) is altered.

Housing part (100) is at one point of an upper surface of bracket portion (600) is coupled. The, bracket unit (600) is incoming pipe (420) and door access piping (430) to etch through a pair of bracket (610) preferably is formed. Incoming pipe (420) and door access piping (430) includes a bracket impurity (610) through bar, a bracket portion (600) through housing portion (100) electrically connected structure is formed.

The, a pair of bracket impurity (610) a pair of insulating bushing part (700) are respectively inserted. Also referring to diffuse to the same account for 5. Also the present invention according to Figure 5 shows a cooling piping device bracket portion of hole (610) shown in cross-section near the signals are disclosed.

Insulating bushing part (insulator bushing, 700) receives an incoming pipe (420) and door access piping (430) surrounds an external shock applied incoming pipe (420) and door access piping (430) by patterning a, cooling piping (400) storage current generated in the insulating () could be bonded each other.

The, insulating bushing part (700) includes a bushing body (710) and a bushing head (720) having a predetermined wavelength. Bushing body (710) receives an incoming pipe (420) and door access piping (430) to perforated shaft portion (1) extend in the longitudinal direction, a bracket portion hole (610) are associated with them. Bushing body (710) at the end of bracket impurity (610) combination of engaging with the bushing head (720) formed extends. The, bushing head (720) the diameter of the bracket impurity (610) preferably has a larger diameter than the. Bushing head (720) is a bracket portion hole (610) by engaging with the drum, insulating bushing part (700) is a bracket portion (600) is lower dislodging from 2000 to the suction.

The present invention according to banks 3 and 5 also refers to the cooling piping device structure results in flow also prevent process illustrating the substrate. Unlike conventional, the present invention according to cooling piping device includes a base portion (300) inner cooling piping (400) is arranged without, base portion (300) coupled to a top. The, cooling piping (400) that is delivered to the storage current base portion (300) is not by an insulation region (of the existing method when, base portion (300) corresponding bearing cover (8) the inner side insulating device (9) is cooling piping (7) storage current flowing insulating oxide layer).

The, cooling piping (400) includes a bracket portion (600) and housing part (100) can be sequentially connected on the generator interior on the base and the entire, storage current flows bearing part (200) can be arm. However, cooling piping (400) includes a bracket portion hole (610) which are inserted into the insulating bushing part (700) to remove the alcohol through, cooling piping (400) - insulating bushing part (700) - (100) - a bracket portion (600) formed one side of the housing part. The, insulating bushing part (700) is act outputs, usable in the generator interior on the surface to be coated. The, bracket unit (600) isolation material preferably formed in addition. Insulating bushing part (700) when a situation occurs where the lever, a bracket portion (600) the insulating bushing part (700) is formed on the closed-loop generated current role of banks to prevent's oldest.

The, base portion (300) on the top cooling piping (400) are combined cooling piping (400) bearing unit (200) and the adjacent bar, cooling piping (400) is a bracket portion (600) inserted into insulating bushing part (700) through a current equal to or higher than the banks. Thereby, cooling efficiency can be overcome point drop door cooling piping device number.

Cover part (500) includes a base portion (300) and base portion (300) coupled to the upper surface of the cooling piping body (410) covering a substrate. Cover part (500) is placed on top of a component in the as to protect the are disclosed. The, cover part (500) and a central portion of the hole, the shaft portion (1) is penetrated substrate.

The, shaft portion (1) away with reference to the direction of the center, the shaft portion (1) includes a housing portion (100), bearing part (200), base portion (300), cooling piping (400) and the cover unit (500) to be coated sequentially through.

Figure 6 shows a configuration of the present invention according to the cooling piping device shown insulating piping also are disclosed. Hereinafter with reference to the insulating pipe 6 and also illustrating the effect of according to each other.

The shaft portion (1) extending in the longitudinal direction of incoming pipe (420) and door access piping (430) is at one point of incoming pipe (420) and door access piping (430) in the form of insulating pipe (800) is are associated with them.

Incoming pipe (420) and door access piping (430) because it has a generator comprises a tube formed from the outer coupling (900) supported through should. The, cooling piping (400) - connector (900) - housing part (100) can be consequently current can flow form a closed circuit. The, incoming pipe (420) and door access piping (430) point of insulating pipe (800) is inserted into the cooling piping (400) - insulating piping (800) - connector (900) - (100) are formed on the base structure of the housing part. The, insulating pipe (800) insulating function outputs, movement is equal to external generator is not formed. Thereby, generator outside storage current can flow to prevent...copyright 2001.

The, insulating bushing part (700) is to prevent the generator interior storage current can flow can be, insulating pipe (800) equal to or higher than the generator outside the storage current can flow. Thus, by preventing flow both bearing body has an where the multidirectional (200) formed on the of equal to or higher than.

The present invention according to in the embodiment described more in different computer components executed via computer readable program instructions embodied in the form of can be recorded on the recording medium. Said computer-readable recording medium program instructions, data files, data structure or the like can be either alone or in combination. Said computer-readable recording medium recorded programs instructions for the present invention may be specifically designed and constructed to be a disposable publicly known to those skilled in the computer software. Examples of computer readable recording medium, hard disk, floppy disk and magnetic tape such as a magnetic media, such as DVD and CD BD-ROM optical recording medium, such as magnetic - disk (floptical disk) optical medium (magneto-a optical medium), and ROM, RAM, such as flash memory, specially configured hardware device storing program instructions run multiple myelomas are included. Examples of program instructions, such as machine code by a compiler made as well as interpreter can be carried out by a computer installed in brilliance language code is multiple myelomas are included. The present invention according to one or more software module is hardware device perform a process can be changed, and vice-versa are disclosed.

One embodiment describing particular implementation are as examples in the present invention, any method or limit the scope of the present invention even are not correct. Specification for liver deficiency, conventional electronic configurations, the number systems, software, said systems other functional sides of the substrate can be omitted. In addition, drawing lines between components shown in connection and/or physical or circuit functional elements connect connection or connections illustratively as the revealing the secret key, number device chamber in various functions or replaceable additional electrical connection, a physical connection, or can be represented as connecting circuits. In addition, "essential", such as "important" when the components of the present invention specific referred for application although not necessarily bursts disclosed.

In addition, a preferred embodiment of the present invention described in the detailed description of the invention through a browser but for example, NaOCl corresponding splicing one skilled art technical field value in the claim of the present invention from a conventional with knowledge varying within a range that the idea and techniques from a heavy modification and changing the present invention may be understand it will rain. The, technical range of the present invention description are limited to a content specification but should be defined by claim will.