TH15038C3 - Motor with heat reduction structure - Google Patents

Abstract

------ 06/08/2018 ------ (OCR) page 1 of the number 1 page invention summary. A motor with a heat dissipation structure including housing, housing, and cooling fan. The cover was provided with a number of examples to guide the weather. And shows several inlet holes, one of which is associated with air flanges for partial retention of the current. The air is generated by the cooling fan. Additionally, the hood is provided with several wind protrusions. The housing shows several holes, the second entrance near the opening of that. The cover is attached to the case so the wind catch is positioned respectively above the second inlet hole of the housing. It is set to retain some of the air stream. Additionally, several recesses are displayed between the air protrusions. Air may flow along the outer surface of the housing through the recess for further cooling of the housing ------------

Claims (6)

Disclaimer (all) which will not appear on the advertisement page. : ------ 06/08/2018 ------ (OCR) Page 1 of 2 pages Disclaimer 1. Motor with a heat dissipation structure including To the housing (1), the cover (2), the rotating shaft (8), and the cooling fan (4), where the housing (1) has a wall covering showing the inner gaps (14) with openings. Front (12) and rear cover (11) opposite to the front opening (12), rear cover (11) showing the center hole and more than one number of exit holes (13); The cover (2), which closes the front opening (12) of the housing (1), the center hub (20) that shows the center hole (21), and has a side section made around the center hub (20). ; The spinning shaft (8) is installed across the inner gap (14) of the housing (1), the pivot shaft (8), with the tip (80) inserted through the hole. In the center of the rear cover (11) and with the second end (89) inserted through the center hole (21) of the hub (20) of the cover (2); The cooling fan (4) is attached to the second (89) end of the rotating shaft (8), so the cooling fan (4) is rotated in conjunction with the rotating shaft (8) .This is characterized by the cover (2). It is provided with a greater number of air guide fins (23) around the center hub (20) and represents a greater number of the first inlet holes (24) in relation to the air guide fins (23) between the fins. Guided the air (23) and the center hub (20) while the middle part of the rotation, the running air flow is generated by the cooling fan (4), can be guided by the air guide fins (23) to flow through the holes. The first entrance (24) of the cover (2) enters the inner cavity (14) of the housing (1), and finally flows out of the housing (1) through the outlet hole (13) for cooling. Occurring in the housing (1), the case perimeter (1) shows more than one number of the second entrance holes (10) and the cover (2) is provided on the outer edge of the side section. Of that with the number of More than one of the wind protrusions (25) each represents an air intake (254), while the outer part of The air stream generated by the cooling fan (4) can flow through the air intake (254) and the second inlet (10) to enter the inner space (14) of the housing (1) for reduction. Cheap heat Built in additional housing (1) 2. Motor with heat dissipation structure of claim 1, where the air guiding fins (23) generally extend to the cooling fan (4) at a set angle. Preset at (01) with the reference plane (V) where the collars (2) coincide, the predetermined angle at (01) is greater than 90 degrees. 3. Motor with a heat-reducing structure of the claim. Where 1 where the center hub (20) of the cover (2) has a conical surface (22) and falls down from its round base. Which was made in conjunction with the Side of the shield (2) 4. Motor with a heat-reducing structure of claim 1, where each air overhang (25) is made up as a convex layer with a roof (251) and two walls. Bevel (252, 253) where the two opposite sides of the roof (251), the two sloping walls (252, 253) are made in conjunction with the side part of the shield (2), so page 2 of the number 2 shows what. The air guide (254) between the roof (251), the two slant walls (252, 253), and the side part of the hood (2), the hood (2) is installed to the housing (1). Each air deflection object (25) is positioned over one of the second inlet holes (10) and each air inlet object (254) faces the cooling fan (4). 5. Motor with a reduction structure. The heat of claim 4, where the concave (26) is represented between two adjacent of the wind-catch protrusion (25), therefore, some of the outer part of the current The air generated by the cooling fan (4), not entering the housing (1), may flow along the outer surface. Of the surrounding walls of the housing (1) To cool the housing (1) 6. Motor with heat-reducing structure of claim 1, where the casing (3) made of metal permeable by a magnet has been fixed near the surrounding. The surrounding walls of the housing (1) to add Efficiency of motors with heat dissipation structure ------------ ------ 18/12/2017 ------ (OCR) Page 1 of number 2 pages Remarks RIGHTS 1. In the motor, which includes the housing (1), the cover (2), the rotating shaft (8), and the cooling fan (4), the housing (1) has a wall surround shown. Here comes the inner gap with the front opening. And has a rear wall (11) opposite the front opening The rear cover (11) shows a hole in the center. The case perimeter wall (1) shows at least the entrance hole (10) the cover (2) closes the opening. The front of the housing (1) and shows the center hole (21), the pivot shaft (8) is installed across the gap inside the housing (1), the pivot shaft (8) with the end (80) left. The duct is inserted through the center hole of the rear cover (11) and with the second end (89), which is inserted through the center hole (21) of the cover (2); The cooling fan (4) is attached to the second end (89) of the spinning shaft (8), whereby the cooling fan (4) is rotated together with the rotating shaft (8). This is characterized by that The air shell (3) was installed around the housing (1), with the neck (31), the head (32) with dimensions greater than the neck (31), and the gradually enlarged replacement part (31). Made together between the neck (31) and the head (32), the neck (31) opened at the first opening (310), the head (32) opened at the second opening (320), which was straight. Cross with the first open part (310) air shell (3) is installed so that the neck (31) is fixed close to the surrounding of the housing. (1) and header (32) is positioned above the inlet hole (10) of the housing (1), wherein the ring-shaped air outlet (33) is displayed between the head (32) and the housing (1), and the lap surface (34) is made. ) On the inner surface of the gradually expanded transition portion of the air intake enclosure (3), the annular air inlet (33) is connected to the inlet hole (10) of the housing (1) and faces the fan. Coolant (4), inlet holes (10) of the housing (1) is positioned between the lap surface (34) and the second opening (320) of the air shell (3) while the outer part of the air stream is generated by the The cooling fan (4) is able to quickly pass through the annular air inlet (33) and the inlet hole (10) of the housing (1) to enter the housing (1) to reduce the heat generated in it. The shield (2) shows the greater number of inlet holes (26) around the center hole (21), the air intake structure (9), is positioned in the air shell (3) and is attached to the air shell. (3) More than one number of the segment (96), the center hub (90) showing the center hole (91) is aligned with the center hole (21) of the cap (2) for providing the tip that Two (89) of the spinning shaft (8) to pass through it and there is an outer ring around the center hub (90) of the air collection structure (9) and shows a greater number of through holes (93) that were drawn. Positioned between the outer ring and center hub (90) of the air intake structure (9) and aligned with the inlet hole (26) of the cover (2), while the center part of the The air stream can flow through the gap between the outer ring and the center hub (90) of the air collection structure (9) and then through the through holes (93) of the air collection structure (9) and page 2 of the number. 2 in front of the inlet hole (26) of the cover (2) to enter the gap inside the housing (1) to reduce the heat Occurs in the housing (1) 2. The motor of claim 1, where the cover (2) is fixed to the two casings (22, 23) is provided at the housing (1), so the cover ( 2) is attached to the housing (1) and attached to the front opening of the housing (1). Two terminals (24, 25) are provided where the housing (1) is inserted through two casings ( 22, 23) to assist the electrical connection for the motor 3. The motor of claim 2, where the air collection structure (9) was provided with two A shaped element (94, 95) that can be attached to two sleeves (22, 23), then the air hold structure (9) is more firmly fixed to the cover (2) 4. Motor of claim 1 Where the casing (19) is made of a metal impermeable by a magnet Is fixed close to the surrounding wall of the housing (1) to increase motor efficiency ------------ ------ 18/12/2017 ------ (OCR ) Page 1 of the number 2 Pages. Terms 1. In the motor (motor) that includes the housing (1), the cover (2), the spinning shaft (8), and the cooling fan (4) that rests the housing. (1) There is a wall surround, shown here, to the inner space with the front opening. And has a rear wall (11) opposite the front opening The rear cover (11) shows a hole in the center. The case perimeter wall (1) shows at least the entrance hole (10) the cover (2) closes the opening. The front of the housing (1) and shows the center hole (21), the pivot shaft (8) is installed across the gap inside the housing (1), the pivot shaft (8) with the end (80) left. The duct is inserted through the center hole of the rear cover (11) and with the second end (89), which is inserted through the center hole (21) of the cover (2); The cooling fan (4) is attached to the second end (89) of the spinning shaft (8), whereby the cooling fan (4) is rotated together with the rotating shaft (8). This is characterized by that The air shell (3) was installed around the housing (1), with the neck (31), the head (32) with dimensions greater than the neck (31), and the gradually enlarged replacement part (31). Made together between the neck (31) and the head (32), the neck (31) opened at the first opening (310), the head (32) opened at the second opening (320), which was straight. Cross with the first open part (310) air shell (3) is installed so that the neck (31) is fixed close to the surrounding of the housing. (1) and header (32) is positioned above the inlet hole (10) of the housing (1), wherein the ring-shaped air outlet (33) is displayed between the head (32) and the housing (1), and the lap surface (34) is made. ) On the inner surface of the gradually expanded transition portion of the air intake enclosure (3), the annular air inlet (33) is connected to the inlet hole (10) of the housing (1) and faces the fan. Coolant (4), inlet holes (10) of the housing (1) is positioned between the lap surface (34) and the second opening (320) of the air shell (3) while the outer part of the air stream is generated by the The cooling fan (4) is able to quickly pass through the annular air inlet (33) and the inlet hole (10) of the housing (1) to enter the housing (1) to reduce the heat generated in it. The shield (2) shows the greater number of inlet holes (26) around the center hole (21), the air intake structure (9), is positioned in the air shell (3) and is attached to the air shell. (3) More than one number of the segment (96), the center hub (90) showing the center hole (91) is aligned with the center hole (21) of the cap (2) for providing the tip that Two (89) of the spinning shaft (8) to pass through it and there is an outer ring around the center hub (90) of the air collection structure (9) and shows a greater number of through holes (93) that were drawn. Positioned between the outer ring and center hub (90) of the air intake structure (9) and aligned with the inlet hole (26) of the cover (2), while the center part of the The air stream can flow through the gap between the outer ring and the center hub (90) of the air collection structure (9) and then through the through holes (93) of the air collection structure (9) and page 2 of the number. 2 in front of the inlet hole (26) of the cover (2) to enter the gap inside the housing (1) to reduce the heat Occurs in the housing (1) 2. The motor of claim 1, where the cover (2) is fixed to the two casings (22, 23) is provided at the housing (1), so the cover ( 2) is attached to the housing (1) and attached to the front opening of the housing (1). Two terminals (24, 25) are provided where the housing (1) is inserted through two casings ( 22, 23) to assist the electrical connection for the motor 3. The motor of claim 2, where the air collection structure (9) was provided with two A shaped element (94, 95) that can be attached to two sleeves (22, 23), then the air hold structure (9) is more firmly fixed to the cover (2) 4. Motor of claim 1 Where the casing (19) is made of a metal impermeable by a magnet It is fixed close to the surrounding wall of the housing (1) to increase the efficiency of the motor. 1. Motor including housing (1), cover (2), rotating shaft (8), and cooling fan (4) where the housing (1) has a wall covering the side gaps. In (14) with the front opening (12) and the back wall (11) opposite the front opening (12), the rear cover (11) shows the center hole and the greater number of the exit hole ( 13); The cover (2), which closes the front opening (12) of the housing (1), the center hub (20) that shows the center hole (21), and has a side section made around the center hub (20). ; The rotating shaft (8) is installed across the inner gap (14) of the housing (1), the rotating shaft (8) with the first end (80), which is inserted through a hole in the center of the rear cover (11). And with the second end (89) which is inserted through the center hole (21) of the hub (20) of the cap (2); The cooling fan (4) is attached to the second (89) end of the rotating shaft (8), so the cooling fan (4) is rotated in conjunction with the rotating shaft (8). Characteristics where the cover (2) is provided with a greater number of air guide fins (23) around the center hub (20) and shows a greater number of first inlet holes (24) related to The air guide fins (23) between the air guide fins (23) and the center hub (20) while the middle part of the running air flow is generated by the coolant fan (4) can be guided by the guide fins. Air (23) to flow through the inlet hole one (24) of the cover (2) to enter the inner space (14) of the housing (1) and finally out of the housing (1) through the outlet hole ( 13) for reducing heat Occurring in the housing (1), the case perimeter (1) shows more than one number of the second entrance holes (10) and the cover (2) is provided on the outer edge of the side section. Of that with the number of More than one of the wind protrusions (25) each represents an air intake (254), while the outer part of The air stream generated by the cooling fan (4) can flow through the air intake (254) and the second inlet (10) to enter the inner space (14) of the housing (1) for reduction. Cheap heat Built In Case (1) more 2. Motor of claim 1, where the air guide fins (23) generally extend to the coolant fan (4) at the predetermined angle ((formula) 1) to the reference plane (V). Where the protrusions (2) coincide, the pre-determined angle ((formula) 1) is greater than 90 degrees. 3. Motor of claim 1 where the center hub (20) of the cover (2) has a conical surface (22) and is descended from the round base of that. Which is made in conjunction with the lateral part of the shield (2) 4. Motor of claim 1, where each air overhang (25) is made as a convex layer with a roof (251) and two slanted walls (252, 253) on two opposite sides of the roof (251). ) Two slant walls (252, 253) are made in conjunction with the side part of the shield (2), thus showing one of the air guides (254) between the roof (251), the two slant walls (252, 253), And the side part of the cover (2), the cover (2) is attached to the housing (1), so each windshield (25) is positioned Above one of the second inlet holes (10) and each of the air inlet objects (254) face the coolant fan (4). 5. Motor of claim 4, where the concave (26) is represented between two adjacent Wind-holding protrusions (25), so some of the outer portion of the air stream generated by the cooling fan (4), which does not enter the housing (1), may flow along the outer surface of the surrounding wall. Of the case (1) to cool the case (1) 6. Motor of claim 1 where the arm (3) is made of a metal impermeable by a magnet. It is fixed close to the surrounding wall of the housing (1) to increase motor efficiency. ------------------