TH53409B - Manufacturing equipment of container assemblies - Google Patents

Abstract

The DC60 was one of the objectives of this invention to provide the production equipment of the series. Assemble a container in which the foreign object has not been mixed. Refrigerant does not leak and warp. The eccentricity of the compression mechanism is reduced. Compressed 101, which has been formed with one 102 pair of prepared holes (six positions in total) at multiple locations of the peripheral surfaces, has been placed in 1 sealed container, probe 111, is positioned at the corresponding position of the prepared hole 102, when the corresponding position range has been heated, the 111 hammer is driven by 112 part of the container wall 1a of the enclosed container 1 change the plastic form The overhang of the container 107 and the above enters the prepared hole 102. If the wall 1a is cooled, A pair of container protrusions 107 will sandwich the prepared holes 102. It is one of the purposes of this invention to provide the assembly equipment. Assemble a container in which the foreign object has not been mixed. Refrigerant does not leak and warp. The eccentricity of the compression mechanism is reduced. Compressed 101, which has been formed with one 102 pair of prepared holes (six positions in total) at multiple locations of the peripheral surfaces, has been placed in 1 sealed container, probe 111, is positioned at the corresponding position of the prepared hole 102, when the corresponding position range has been heated, the 111 hammer is driven by 112 part of the container wall 1a of the enclosed container 1 change the plastic form The overhang of the container 107 and the above enters the prepared hole 102. If the wall 1a is cooled, The pair of container protrusions 107 will attach the prepared holes 102.

Claims (9)

(All) rights which will not appear on the announcement page: EDIT 26/02/15 1. Compressor production equipment with tightening path, built-in parts for placement. Position and tighten one build-in sample piece inside a container arranged through a gap from Built-in Parts, one or more sample builds are built-in components that form a compressed compression method. Receive them in a container and perform compression or as a built-in build component that supports the compression path, the build in One or more specimens are arranged with a number of prepared bottom holes placed in the peripheral surface of the sample. Built-in parts; A method of compressing a number of containers to press the walls of the container into positions opposite the holes. A handful of the prepared bottom from the outside of the container using a smaller diameter guide. Or equal to the diameter of each prepared bottom hole to allow the container walls to reach a number of prepared bottom holes; And the control method, which controls the operation for compression pathways. A number of containers are quite ready. Each container is arranged in a direction along the circumference of the container. 2. A compressor production equipment consisting of a tightly fixed path, built-in parts for placement. Position and tightly hold one or more specimens temporarily inside a container arranged through Gaps from Built-in Builds, one or more sample builds are built-in components that form a path. Compress received into the container and Performing compression, or as a built-in component that supports the compression path, one or more sample builds are provided with a number of prepared bottom holes placed on the surrounding surface. Outside of the built-in component, a number of container paths for compressing container walls into opposite positions. To a number of prepared bottom holes from the outside of the container using a small diameter compression guide. Greater than or equal to the diameter of each prepared bottom hole to allow the container walls to reach a number of prepared bottom holes; And the container path in which a number of compressed vessels are arranged in such a distance 3. The compressor assembly equipment comprises a transfer path for self-assembly. It is placed inside the container that is provided through the gaps from the built-in parts and for transferring the container while working. Hold the container on the transfer section, aligned with the prepared bottom hole, built-in build. It is a built-in component that supports the compression path received in the container and performs compression or as a part. Built-in to support the compression path, the built-in build is provided with a number of pre-prepared bottom holes. Into the outer surrounding surface of the built-in component; Way of heating and compressing the container for heating To the heating area with a predetermined temperature range and compress it to the opposite position of the screw. The prepared bottom is positioned vertically by the step transferred from the outside of the container, and for the container wall using a compression guide with a diameter less than or equal to the diameter of the bottom hole. Each hole is provided to allow the container walls to reach a number of prepared bottom holes; And way to adjust the position Transfer stage for adjusting the transfer stage to the compression guide position where the compression is performed. 4. A compressor manufacturing equipment consisting of a prepared bottom hole positioning path. Have the transfer part align upright with the prepared bottom hole of the build in at least one sample. When one or more samples are built on the transfer rack and inside the container, Being hit through the gaps from the built-in component which will transfer the container Where the parts made in at least one sample would be A built-in component, which forms a compression path, is obtained into a container and compressed, or as a built-in component. This supports the compression path, and the build in one or more samples is provided with a number of holes in the bottom prepared. That are placed in the outer surrounding surface of the built-in component; Compression path for compressing opposite walls With the prepared bottom hole of the container transferred by the transfer part to the straight position of the bottom hole at Prepared from the outside using a compression guide to make the container walls reach a number of prepared bottom holes; And a path to detect the position of the outer wall of the container for detecting the position of the outer wall of the retained container by The transfer part when the container is set up in the compression path 5. A compressor manufacturing device consisting of a transfer path for tightening the workpiece to the part. Transfer process by means of bonding / detaching mechanism and for transfer of work pieces. Which is oriented upright With the bottom holes prepared The workpiece is obtained by assembling a built-in component inside an organized container. Through the gaps from the built-in parts. Where the built-in component is the self-built part that is formed a path. Compressed received into a container and compressed, or as a built-in component that supports the compression path, the built-in build parts are provided with a number of prepared bottom holes placed in the floor. The outer surface of the built-in parts; The transfer step position adjustment path for moving the transfer stage away from the transfer path. Transfer for compressing the container wall to the position corresponding to the prepared bottom hole of the workpiece using a guide device. Compression line to adjust the transfer part and the workpiece to the compression position of the compression guiding device where the container walls are made. Reach the prepared bottom hole; And the way to heat and compress the container for compressing the grouting device to the workpiece After the surrounding part of the workpiece is tightly fixed and part of the workpiece to the compression position of the compression guiding device is heated, 6. Compressor production equipment of one of claim 1 to 5. Where the relationship Dimensions between one of the built-in build component reference parts connected to the container location reference that is It is arranged on the outside of the container and one position of the prepared bottom hole is fixed. 7. Compressor production equipment of Clause 6 where the built-in part reference is a hole. Connect the pipes, which will connect the inside and outside of the container. 8. Compressor production equipment of claim 6 or 7, where the first position of the container wall is Aligned to the second location where a number of the prepared bottom holes are positioned. The built-in parts are arranged close to each other, which the compression path is pushed into it by adjusting one position. 9. A compressor production device consisting of a prepared bottom hole path that will be used. Reference section for aligning one of the container positions with one of the prepared bottom holes. One that is arranged in the surface of a built-in component that has been placed in a container. The surface of the built-in parts is made Opposite the surrounding surface, the inside of the container is arranged through gaps from the built-in parts to be placed. The bottom hole location where the quilt is placed from the outside of the container; And means of compressing containers for compressing equipment to guide the compression line To the location of the prepared bottom hole from the outside of the container to compress the container wall into the prepared bottom hole where the reference is extended through the container from the outside of the container. Built-in parts for Assemble one or more samples on the transfer part by aligning it with one of the holes. Below prepared The transfer stage, which transfers one container inside another container arranged by Through gaps from parts, build in one or more samples Where one or more specimens are inherited. The container and was provided with a number of prepared bottom holes arranged in the outer surrounding surface of the built-in component; And the method of compressing the container wall to the position of the container, opposite the bottom hole at Prepared from the outside of the container using a compact guide with a diameter less than or equal to The diameter of each prepared bottom hole to allow the container walls to reach a number of prepared bottom holes where the container, including the built-in parts, were assembled in it and transferred by the transfer and where. Where one position of the container in which the compression guide is pressed against it is set up by adjusting the position of the transfer part 1 1. Compressor fabrication equipment consisting of a transfer path for assembly to build. In one or more specimens, the specimen was placed in a container and a number of holes in the bottom were prepared. Place it in the outer perimeter of the object while planning the positioned bottom holes. The inside of the container is arranged through the gaps from the built-in parts. And for transferring built-in parts that were Temporarily assembled by using the transfer part; Way of compressing the container to make the container walls reach the holes below that A number of presets were prepared using a compression guide to press the container walls into the prepared bottom holes from the outside. Of the container to its position inside the container, opposite the hole in the bottom prepared The container is transferred by the transfer stage; And the method of heating the container is placed over the compressed vessel path and which will heat One position of the container from the outside of the container where the container path is compressed into it. 1 2. Compressor production equipment consisting of a transfer path for assembly to build. Temporarily for assembling in one or more specimens, provided with a prepared bottom hole. Some are placed in the outer surrounding surface of the built-in components that are placed inside the container, while Position the pre-positioned bottom holes inside the container provided through the gaps from the built-in build and for temporarily tightening the pre-assembled built-in parts; The method of compressing the container to allow the walls of the container to reach a number of prepared bottom holes using a compression guide. For pressing the wall into the prepared bottom holes from the outside of the container to the correct position inside the container. Temporarily tightened, located opposite the prepared bottom hole; And an adjustment path, which is positioned at This is different from the position of the container compression path and which is supported on the periphery of the container to withstand the pressure of the container. Of compression guide The trajectory is connected to the compression guide and will move in one direction. Of container compression force to balance the reaction force of container compression force 1 3. Manufacturing equipment of container assembly of any Clause 9 to 12 Where the bottom hole at A number of presets are placed in the peripheral surface of the built-in component as a firm hold. A number of holes formed from the prepared bottom holes that are placed close to each other and Arrange at relatively equal spacing. 1 4. Compressor production equipment that consists of a prepared bottom hole alignment process. For tight fixation of workpieces to be obtained by tight fixation, one or more built in samples are combined with The container through the gaps from the built-in parts by means of welding / detaching mechanism to the transfer part, while Align the bottom hole position provided with the transfer part. One piece built in one or more samples that Forms a compression path that is received in a container and which performs compression or supports the compression path. Build-in parts One or more specimens are provided with a number of pre-prepared bottom holes in the outer perimeter of the build-in component; The workpiece transfer position adjustment process for adjusting the position of the transfer part, the manner that The position facing the prepared bottom hole in the outer wall of the built-in workpiece fixed to the object. That and is transferred by the transfer portion aligned with the position where the compression guide is pressed from the outside of the container; And a procedure for tightening the workpiece to the compressed container path after the workpiece position is aligned. Corresponding to the compression position of the compression guiding device by adjusting the position of the transfer part 1 5. Compressor production equipment of Clause 14, where the container position reference is located at Outside the container and at the position relative to the bottom prepared hole location And where the workpiece and the step The transfer was positively adjusted on the basis of the container position reference 1 6. Compressor production equipment of claim 15, where the positional adjustment was performed by On the basis of the position of the reference part, container position 1 7. Compressor production equipment of claim 14 or 15, which also contains procedures for Performing heating is performed by moving the heating path to the position where the compression guide device is compressed into the workpiece, which is heated from the outside of the workpiece 1 8. Compressor production equipment of claim 14 or 15 which also contains steps for Detect the position of the outer wall of the workpiece before the compression guide is pressed into the workpiece 1. 9. Production compressor of claim 15 or 15 where the prepared bottom hole is processed. A process on the basis of the component reference position, built-in parts as a reference in action. Process which is connected to the reference container position -------------------------------------------------- ------------ 1. Compressor production equipment consisting of tightening paths, built-in parts for placing Position and tighten one build-in sample piece inside a container arranged through a gap from Built-in Parts, one or more sample builds are built-in components that form a compressed compression method. Receive them in a container and perform compression or as a built-in build component that supports the compression path, the build in One or more specimens are arranged with a number of prepared bottom holes placed in the peripheral surface of the sample. Built-in parts; A method of compressing a number of containers to press the walls of the container into positions opposite the holes. A handful of the prepared bottom from the outside of the container using a smaller diameter guide. Or equal to the diameter of each prepared bottom hole to allow the container walls to reach a number of prepared bottom holes; And the control method, which controls the operation for compression pathways. A number of containers are quite ready. Each container is arranged in a direction along the circumference of the container. 2. A compressor production equipment consisting of a tightly fixed path, built-in parts for placement. Position and tightly hold one or more specimens temporarily inside a container arranged through Gaps from built-in builds, one or more sample builds are built-in parts that form a path. Compressed is received in the container and performed as a compression or as a built-in component that supports the compression path, part In one or more specimens, a number of prepared bottom holes are arranged. Outside of the built-in component, a number of container paths for compressing container walls into opposite positions. To a number of prepared bottom holes from the outside of the container using a small diameter compression guide. Greater than or equal to the diameter of each prepared bottom hole to allow the container to reach the prepared bottom hole. A number; and a container tightening path, in which a number of compression paths are arranged in such a distance 3. The compressor assembly equipment consists of a transfer path for self-assembly. It is placed inside the container that is provided through the gaps from the built-in parts and for transferring the container while working. Hold the container on the transfer section, aligned with the prepared bottom hole, built-in build. To be built-in parts that support compression paths, the built-in parts are provided with a number of pre-installed bottom holes. In the outer perimeter of the built-in components; routes for heating and compressing the heating vessels To the heating zone with a predetermined temperature range and compress it to the position opposite the hole The prepared bottom that is vertically aligned by the step transferred from the outside of the container; and for Compress the container walls using a compression guide with a diameter less than or equal to the diameter of the bottom hole. Each hole to fill the container wall, access to a number of prepared bottom holes; and part positioning path. The transfer stage for adjusting the transfer stage to the compression guide position where the compression is performed. 4. A compressor production device consisting of a prepared bottom hole positioning path. Have the transfer part align upright with the prepared bottom hole of the build in at least one sample. Parts when one or more samples are built on the transfer part and inside the container provided. Through the gap from the built-in component, which transfers the container Where the parts made in at least one sample would be A built-in builder that forms a compressed path that is picked up in the container and executed as a compression or built-in component. Which supports the compression path, and one or more built-in samples will be provided with a number of pre-prepared bottom holes. Placed in the outer perimeter of the built-in component; compression path for compressing the opposite wall of the container With the prepared bottom hole of the container transferred by the transfer part to the corresponding position of the bottom hole at Prepared from the outside using a compression device to make the container walls reach a number of prepared bottom holes; And a path to detect the position of the outer wall of the container for detecting the position of the outer wall of the retained container by The transfer stage when the container is set up in the compression path 5. A compressor production device that consists of a tight-fixed transfer path to the part. Transfer process using the bonding / detaching mechanism and for transferring workpieces Which is oriented upright With the bottom holes prepared The workpiece is obtained by assembling a built-in piece inside the container. Through the gap from the built-in part Where the built-in component is the build-in piece that forms the path Compressed recessed container and compressed into a built-in component that supports the compression path. The built-in reconstructor is provided with a number of prepared bottom holes arranged in the surface by Around the outside of the Built in; transfer step position adjustment path for moving the transfer stage away from transfer path Transfer for compressing the container wall to the position corresponding to the prepared bottom hole of the workpiece using a guide device. The vertical alignment to transfer the transfer part and the workpiece to the compression position of the compression guide device where the container walls are Access holes in the bottom provided; and the method of heating and compressing the container for compressing the guide to the workpiece. After the surrounding part of the workpiece is tightened and part of the workpiece to the compression position of the compression guiding device is heated, 6. Compressor production equipment of one of the claims 1 to 5. Where the relationship Dimensions between one of the built-in build component reference parts connected to the container location reference that is It is arranged on the outside of the container and one position of the prepared bottom hole is fixed. 7. Compressor production equipment of Clause 6 where the built-in part reference is a hole. Connect the pipes, which will connect the inside and outside of the container. 8. Compressor production equipment of claim 6 or 7, where the first position of the container wall is Aligned with the second position on which a number of the bottom holes are placed, the surrounding surface of the The built-in parts are arranged close to each other, which the compression path is pushed into it by adjusting one position. 9. A compressor production device consisting of a prepared bottom hole path that will be used. Reference section for aligning one of the container positions with one of the prepared bottom holes. One that is arranged in the surface of a built-in component that has been placed in a container. The surface of the built-in parts is made Opposite the surrounding surface, the inside of the container is arranged through gaps from the built-in parts to be placed. The bottom hole location where the quilt is placed from the outside of the container; and the method of compressing the container for the extrusion guide device. To the location of the prepared bottom hole from the outside of the container to compress the container walls into the prepared bottom hole where the reference protrudes through the container from the outside of the container. Contains a built-in assembly path for Assemble one or more built-in samples on the transfer part by aligning them with one of the hole positions. Below prepared The transfer stage, which transfers one container within another container arranged by Through gaps from parts, build in one or more samples Where one or more specimens are inherited. The container and was provided with a number of prepared bottom holes arranged in the periphery surrounding the part. Built-in; and a way of compressing the container walls to the position of the container opposite to the bottom hole at Prepared from the outside of the container using a compact guide with a diameter less than or equal to The diameter of each prepared bottom hole to allow the container walls to reach a number of prepared bottom holes where the container, including the built-in parts, were assembled in it and transferred by the transfer and where. Where one position of the container to which the compression guide is pressed into it is set up by adjusting the position of transfer 1. 1.Compressor manufacturing equipment containing transfer paths for assembly to build In one or more specimens, the specimen was placed in a container and a number of holes in the bottom were prepared. Place it in the outer perimeter of the object while planning the positioned bottom holes. The inside of the container is arranged through the gaps from the built-in parts. And for transferring built-in parts that were Temporarily assembled using the transfer part; compression path for making the container walls reach the bottom holes at A number of presets were prepared using a compression guide to press the container walls into the prepared bottom holes from the outside. Of the container to its position inside the container, opposite the hole in the bottom prepared The container is transferred by section. The transfer stage; and the container heating path is placed over the compression path and which should be heated to One position of the container from the outside of the container where the way the container is compressed, it presses on it. 2.Compressor manufacturing equipment containing transfer paths for assembly to build Temporarily for assembling in one or more specimens that are provided with a prepared bottom hole. Some are placed in the outer surrounding surface of the built-in components that are placed inside the container, while Place the positioning of the pre-assembled bottom holes inside the organized container through the gaps from the built-in build and for tightening the temporarily assembled built-in parts. Occasionally; The method of compressing the container to allow the walls of the container to reach a number of prepared bottom holes using a compression guide. For pressing the wall into the prepared bottom holes from the outside of the container to the correct position inside the container. Temporarily tightened, located opposite the prepared bottom hole; And an adjustment path, which is positioned at This is different from the position of the container compression path and which is supported on the periphery of the container to withstand the pressure of the container. Of compression guide The balancing trajectory will be connected to the compression guide and will move in one direction. Of container compression force to balance the reaction force of container 1 compression 3. Manufacturing equipment of any of the container assemblies of Clause 9 through 12. At the bottom hole at A number of presets that are placed in the surrounding surface on the outside of the built-in component are fixed. A number of holes formed from the prepared bottom holes that are placed close to each other and Arrange them at a relatively equal distance of 1. 4.Compressor production equipment consisting of a prepared bottom hole position adjustment procedure For tight fixation of workpieces to be obtained by tight fixation, one or more built in samples are combined with The container through the gaps from the built-in parts by means of welding / detaching mechanism to the transfer part, while Align the bottom hole position provided with the transfer part. One piece built in one or more samples that Forms a compression path that is received in a container and which performs compression or supports the compression path. Build-in parts One or more specimens are provided with a number of pre-prepared bottom holes in the outer perimeter of the build-in component; The workpiece transfer position adjustment process for adjusting the position of the transfer part, the manner that The position facing the prepared bottom hole in the outer wall of the built-in workpiece fixed to the object. That and is transferred by the transfer portion aligned with the position where the compression guide is pressed from the outside of the container; And a procedure for tightening the workpiece to the compressed container path after the workpiece position is aligned. Corresponds to the compression position of the compression guide by adjusting the position of the transfer part 1. 5. Compressor production equipment of Clause 14 where the container location reference is located at Outside the container and at the position relative to the bottom prepared hole location And where the workpiece and the step The transfer is positionally adjusted on the basis of the reference position, container 1 position. 6. Compressor production equipment of claim 15, where the location manipulation is operating. On the basis of the position of the reference part, the position of container 1 7. Compressor production equipment of claim 14 or 15, which also contains procedures for Performs heat by moving the heating path to the position where the compression guide is pressed into the workpiece, which is heated from the outside of the workpiece 1. 8. Pakorn produces compressors of claim 14 or 15, which also includes procedures for Detects the position of the outer wall of the workpiece before the compression guide is pressed against the workpiece 1. 9. Pakorn produces the compressor of claim 15 or 15 where the prepared bottom hole is executed. A process on the basis of the component reference position, built-in parts as a reference in action. Process which is connected to the reference container position