TH9649C3 - PVC pipe with drive shaft connected directly to the power plant - Google Patents

Abstract

DC60 (10/09/57) PVC pipe, the drive shaft type directly connected to the power unit, is designed to resemble the pump pipe. Naga with the drive shaft connected directly to the power engine Where the design of the PVC pump pipe has unique characteristics that make It can eliminate the disadvantage of PVC material which is less strong. Makes it possible to make a pipe for the water pump shaft. Match with the power machine And the design of the PVC pump pipe also takes into account the ability to maintain the pipes. Also pumping water, which makes maintenance work easier. With outstanding properties of PVC material Which is corrosion resistant, lightweight and inexpensive. When the PVC material can be produced as a direct drive shaft connection with A ton machine This makes the pumping pipe last longer and is preferred by the users. PVC pipe, PVC pipe with direct drive shaft is designed not to resemble pipe. Pumping water Naga with the drive shaft connected directly to the power engine The design of the PVC pipe has a unique design that makes It eliminates the disadvantage of PVC material with low strength, allowing it to be made into a drive shaft type water pump. Connected to the power source and the design of the PVC pump pipe also takes into account the ability to maintain the pump pipe. Water too, which makes maintenance work easier with the outstanding properties of PVC material. Which is corrosion resistant, lightweight and inexpensive When the PVC material can be manufactured as a proportional pump pipe directly connected to the power unit, the pipe has a long service life. The pump pipe is made of PVC. Modified 10/9/2014 PVC pipe, PVC material, drive shaft, directly connected to the engine, is designed not to resemble the pump pipe. Naga with the drive shaft connected directly to the power engine The design of the PVC pipe has a unique design that makes It eliminates the disadvantage of PVC material which is low in strength. Match with the power machine And the design of the PVC pump pipe also takes into account the ability to maintain the pipes. Also pumping water, which makes maintenance work easier. With outstanding properties of PVC material Which is corrosion resistant, lightweight and inexpensive When the PVC material can be manufactured as a propellant pump pipe directly connected to A ton machine This makes the pipe will have a longer service life and is preferred by PVC pipe users.

Claims (1)

1.PVC pump pipe for the drive shaft is directly connected to the power plant. Where it consists of a grate pipe (2), it is characterized by a two-sided open end around the grate pipe (2), several holes drilled, and the bottom of the grate pipe (2) is welded, covered with a pipe cover (1). Which have small holes in different positions To allow water to flow into the pipeline and to prevent large contaminants in the water from flowing into the inside of the pipeline (12), this contamination can damage the impeller (3) and the water supply hose (12). ) The water supply pipe (12) is a hollow tube. With the bottom open end It is an external water inlet and is covered with a grate pipe (2). The top opening end of the transport hose (12) is connected to the outlet pipe (13) at an angle to the water outlet pipe ( 12) Power transfer unit Detailed design of the power unit of the water pump pipe straight in. With the power source as follows: The end of the drive shaft cover (7) above the tube diameter has been enlarged. The extended end of the drive shaft cover (7) serves as the support for the wooden bushings (19), and the two bearings (20). The two bearings guard the drive shaft (11). ) Is centered on the drive shaft cover (6) and the wood bushing (19) is used to protect the drive shaft (11Y, and to prevent the water inside the pipeline (12) from flowing out). Prevent the movement of both bearings (20) along the drive shaft cover tube end (7), the top of the drive shaft cover tube end (7), is perforated to identify the lubricant or grease. The upper end of the drive shaft (7) is made into a male coupling so that it is fitted to the coupling adapter (21). The feature of the coupling adapter (21) is that one end is made into the female end coupling. The other side will Wedged The female collet side is attached to the male collet of the drive shaft (11). With the shaft of the engine (not shown in this document), the operation of the engine is operated with the center key (22), where the center key (22) is a hollow tube, both open and closed. Two side The bottom of the center pad (22) is slit in two along the pipe, which attaches the end of the drive shaft cover (7) and keeps the center pad (22) aligned with the end of the drive shaft cover. (7) The upper part of the center guide is welded with a circular disc, which of the drive shaft (11) is threaded so that it is connected to the drive shaft (11) is worn in the drive shaft cover (6). The drive shaft (6) protects the drive shaft (11) from direct contact with water. To reduce the compression of the drive shaft (11) The casing of the drive shaft (6) is a metal tube. Opened at both ends, the stand (14) raises the water supply pipe and allows the pump to be placed on a flat surface. The stand (14) is fixed as a base for the power plant. The base of the receiver is a piece of steel with holes on the top for It is a holder for the power plant (not shown in the drawing) using a nut, characterized by the extension pipe (14) connected to the outlet pipe (13) function. Of the pipe to increase the distance (10), this is to increase the distance of The water supply pipe (12) and the drive shaft cover (6) the extension tube (10) is a hollow tube with one open end, the side that is welded to the outlet pipe (9) the other end. The extension tube side (10) is welded off the circuit board side (15) the van plate (15) serves as the male threaded PVC pipe connector (16) the PVC pipe fitting. The male thread is welded to the van (15), the upper end of the male threaded PVC pipe fitting (16) is worn on the seal side (17) when assembling the pump pipe end of the shaft cover. The driver (7) is thrown through the PVC pipe fitting. Male thread (16) and waterproof rubber ring (17) A female threaded PCC pipe joint (18) is worn through the end of the drive shaft cover (7), and then the waterproofing rubber van (17). C female thread (18) is screwed into The male threaded PVC pipe fitting (16) expands the waterproofing van (17) and squeezes against the end of the drive shaft cover. It serves to prevent water inside the pipe from flowing out. It can be used as a thread so that it can be easily removed during maintenance. When the female threaded PVC pipe joint (18) is loosened, the drive shaft cover (7) and drive shaft assembly can be extracted from the lower end of the water carrier (12) at the end. The lower part of the drive shaft (6) is worn by the ambush fin (5) .The function of the ambush fin (5) is to direct the flow of water coming out of the impeller (3) by adjusting the direction of the water. From rotating to Spiral to flow in the direction of the water supply pipe (12) and also act to prevent the impeller friction with the water pipe (12), which is a soft material. Ambush fin (5) is characterized by a number of fine fins (25). In place around the center tube (26), the center tube (26) has a hole drilled on the top to hold the ambush, the water fin (5) is attached to the drive shaft cover (6) and the wooden shaft (29) using a nut. The nut and at the edge of the adjusting flanges (25) are covered with a ferrule (27), a ferrule (27), with holes (28) drilled in various positions along the circumference of the ferrule (27). The nuts are welded to the inside of the sheath. The water fin (5) is also attached to the water intake pipe (12) by running multiple bolts along the oil seal nut (4) position (27). ) Is loaded onto the bottom end of the shaft cover (6), the oil seal (4) is responsible for preventing water from Into the drive shaft housing (7) and prevent the lubricant or grease present in the drive shaft cover (7) from escaping in each phase of the drive shaft cover (6) is welded to the shaft support flanges. (9) Both the top, bottom, left and right sides, the support flanges (9), center the drive shaft 6 vertically and horizontally. Van casing plate (8) is a flat sheet that has been bent to form an annular shape. The van collar (8) is welded to the tip of the shaft support flang (9) both horizontally and horizontally. The van casing plate (15) distributes the pressure received from the shaft fin (9) around in order to reduce the fracture of the conveying tube (12) and at the differential connection of the pump pipe. Shaft (9) and ring plate (8) depending on The length of the pipe (12) but the smallest number is (2) the position of the shaft fins (9) and the van casing (8), which are important and must have, is the top position near the pipe. Exit (13) and end position The bottom of the drive shaft cover (6). 1.PVC pump pipe for the drive shaft is directly connected to the power plant. Where it consists of a grate pipe (21), it is characterized by a two-sided open end around the grating pipe (2) with holes perforated in several positions and the bottom of the The PVC grating pipe (21) is welded to the end with a PVC pipe cover (20) with small holes in different positions. This is to allow water to flow into the pipeline and to prevent large contaminants in the water from flowing into the inside of the PVC pipeline (34). Damage to the impeller (3) and the PVC water pipe (34) The PVC conduit (34) is hollow, with the bottom open end as an external water inlet and The PVC grating pipe (21) is covered. The top opening end of the PVC transport pipe (34) is connected to the PVC outlet pipe (36) at an angle. With PVC water pipes (34) A set of equipment to transfer power from the power unit Detailed design of the power unit of the water pump pipe straight in. With the power source as follows The upper end of the drive shaft cover (24), the tube diameter is enlarged, the extended drive shaft cover tube end (24) serves as a support for the wooden bushings (19), and the two bearings ( 15) Both bearings maintain the drive shaft (7) centered on the drive shaft cover (6) and the wooden bushing (14) guarding the drive shaft (11), in addition to protecting it. The movement of the two bearings (15) along the drive shaft cover tube end (24), the top of the drive shaft cover tube end (24), is drilled to accept the lubricant or grease indicator (12). The top of the drive shaft (24) is made of a male coupling so that it is fitted to the coupling adapter (16) .The feature of the coupling adapter (16) is that one end is made into the female coupling, the other end. One side will be wedge, the female collet will be inserted into the male collet of the drive shaft (7). Shaft of the engine (Not shown in this document) The placement of the power is to be controlled with the center key (18), the center key (18) is a hollow tube with two open ends. The bottom of the center pad (22) is slit in two along the pipe, which attaches the end of the drive shaft cover (24) and keeps the center pad (18) aligned with the end of the drive shaft cover. (24) The top part of the center guide pad is welded with a circular disc. Which of this drive shaft is drilled holes The hole position of the hole depends on the threaded hole position on the hull. The lower end of the drive shaft (7) is threaded to connect the impeller (3). The drive shaft (7) is worn in the shaft casing. Drive (6) Drive shaft cover (6) Protects the drive shaft 7) from direct contact with water. To reduce the compression of the drive shaft (11) The casing of the drive shaft (6) is a metal tube. Opened on both sides, the stand (19) raises the water supply pipe and allows the pump to be placed on a flat surface. The stand (14) is fixed as a base for the power plant. The base of the receiver is a piece of steel with holes on the top for As a handle to the power source (not shown in the drawing) by using a nut, with a characteristic that is PVC Expansion Pipe (35) is welded to the PVC outlet pipe (36) .The function of this PVC Expansion Pipe (35) is to increase the length of the PVC pipeline (34) and to Drive shaft cover (6) PVC extension pipe (35) hollow tube. It has one open end, the side that is welded to the PVC outlet pipe (36). The PVC extension pipe (35) is welded, covered with a PVC van loop (25) and a PVC loop (25), acting as a shoulder support. Male threaded PVC pipe fitting (26) Male threaded PVC pipe fitting (26) is welded to the van PVC pipe (25), the top end of male threaded PVC pipe fitting (26 ) Will be worn on the side of the waterproofing rubber loop (27) when assembling the pipe The water at the end of the drive shaft cover (24) is worn through a male threaded PVC pipe fitting. (26) and waterproof rubber ring (17) A female threaded PCC pipe joint (28) is worn through the end of the drive shaft cover (24), and then the waterproofing (27) PC pipe fitting. The female thread C (28) is screwed into the male threaded PVC pipe fitting (26), the waterproofing rubber van (27) is expanded and squeezed against the drive shaft cover (24) 7. Function to prevent water inside the pipe from flowing out. It is used as a spiral so that it can be easily removed. During maintenance Can be done easily When the female threaded PVC pipe coupling (28) is loosened, the drive shaft cover (6) and drive shaft assembly (7) can be extracted from the bottom end of the PVC conveyor ( 34) The lower end of the drive shaft casing (6) is worn by ambush fin (22) .The function of ambush fin (22) is to direct the flow of water coming out of the impeller (3) by Serves to adjust the direction of the water from that It rotates in a spiral to flow in the direction of the PVC pipe (34) and also serves to prevent the impeller friction. Match with PVC water pipe (34), which is a soft material. Ambush fin (22) is characterized by a number of modified fin (31) that are positioned around the center tube (32) .The core tube (32) has a hole drilled on top to hold the finer tube. The water (22) is fixed to the drive shaft casing (6), and the outer edge of the adjusting flanges (31) is covered with a metal casing (29) .The metal casing (29) has bore holes (30) in various positions along the circumference of the Ferrule (29) The nuts are welded to the inside of the sheath (29) in the position where the holes are drilled (30). Also, the water fin (22) ambush is attached to the tube. Conveying PVC water (34) using a nut. Many of them follow in the position of the nuts, the oil seal (4) is loaded onto the lower end of the shaft cover (6). The oil seal (4) is responsible for preventing water Into the drive shaft housing (6) and prevent the lubricant or grease present in the drive shaft cover (6) from escaping in each phase of the drive shaft cover (6) is welded to the shaft support flanges. (5) Both the top, bottom, left and right sides, the receiving flanges (5), center the drive shaft 6 vertically and horizontally. Van casing plate (23) being a flat sheet that has been bent into an annular shape. The van collar (23) is welded to the tip of the shaft support flang (5) both horizontally and horizontally. The van sheath (23) distributes the pressure received from the shaft flanges (5) around in order to reduce fracture of the PVC conveying pipe (34) and the differential connection of the pump pipe. The number of positions for the shaft fins (9) and the ring plate (23) depends on the length of the PVC pipe (34), but the smallest number is 2 positions of the shaft (5) and the casing plate. An important and must-have van (23) is the top position near the PVC outlet pipe (36) and the lower end of the drive shaft enclosure (6).