What is claimed is:
1. An automatic extruding machine comprising:
a base member;
a molding device mounted on a middle portion of the base member and including a frame and a mold detachably mounted on the frame, the mold including a first hole and a second hole each centrally and laterally defined in the mold, the first hole and the second hole communicating with each other, a neck formed in the mold between the first hole and the second hole;
an input extruding device mounted on the base member and connected to the molding device, the input extruding device including:
a seat securely attached to the base member;
a drive device mounted on the seat opposite to the mold;
a hard block reciprocally and co-axially mounted between the seat and the molding device relative to the first hole of the mold;
a moving seat reciprocally mounted between the molding device and the seat of the input extruding device; and
a positioning mold mounted in and extending through the moving seat, the positioning mold corresponding to the mold and having a through hole defined to align with the first hole in the mold, the through hole in the positioning mold having a diameter equal to that of the first hole in the mold and slightly greater than that of the hard block of the input extruding device;
a feeding device mounted on the base member below the input extruding device, the feeding including an inlet defined in and extending to an outer periphery of the base member, and an actuating device mounted in the base member, the actuating device selectively extending to a position between the positioning mold and the hard block;
an output extruding device mounted on the base member and corresponding to the input extruding device, the output extruding device including:
a seat secured on the base member;
a drive device mounted on one side of the seat of the output extruding device opposite to the mold;
a hard block reciprocally and co-axially mounted between the seat of the output extruding device and the molding device relative to the second hole of the mold;
a moving seat reciprocally mounted between the molding device and the seat of the output extruding device; and
a positioning mold mounted in and extending through the moving seat of the output extruding device, the positioning mold of the output extruding device corresponding to the mold and having a through hole defined to align with the second hole in the mold, the through hole in the positioning mold of the output extruding device having a diameter equal to that of the second hole in the mold and slightly greater than that of the hard block of the output extruding device; and
an exporting device mounted on the base member below the output extruding device and including an outlet defined in and extending to an outer periphery of the base member, and an actuating device mounted in the base member, the actuating device of the exporting device selectively extending to a position between the positioning mold of the output extruding device and the hard block of the output extruding device.
2. The automatic extruding machine as claimed in claim 1 further comprising a cutting device mounted on a top of the molding device and directed toward the input extruding device, the cutting device including a cutter reciprocally mounted on the cutting device and having a sharpened edge directed toward the molding device.
3. The automatic extruding machine as claimed in claim 1, wherein the input extruding device comprises a main cylinder fixedly extending through the seat of the input extruding device and having a piston partially reciprocally received in the main cylinder of the input extruding device, the piston of the main cylinder of the input extruding device being co-axial relative to the first hole of in the mold and the hard block attached to a free end of the piston of the main cylinder of the input extruding device.
4. The automatic extruding machine as claimed in claim 2, wherein the input extruding device comprises a main cylinder fixedly extending through the seat of the input extruding device and having a piston partially reciprocally received in the main cylinder of the input extruding device, the piston of the main cylinder of the input extruding device being co-axial relative to the first hole of in the mold and the hard block attached to a free end of the piston of the main cylinder of the input extruding device.
5. The automatic extruding machine as claimed in claim 3, wherein the input extruding device comprises at least two auxiliary cylinders diametrically mounted on the side of the seat of the input extruding device opposite to the mold relative to the main cylinder of the input extruding device, each auxiliary cylinder having a piston reciprocally extending through the seat of the input extruding device toward the molding device and the moving seat of the input extruding device mounted on a free end of the piston of the auxiliary cylinder of the input extruding device.
6. The automatic extruding machine as claimed in claim 4, wherein the input extruding device comprises at least two auxiliary cylinders diametrically mounted on the side of the seat of the input extruding device opposite to the mold relative to the main cylinder of the input extruding device, each auxiliary cylinder having a piston reciprocally extending through the seat of the input extruding device toward the molding device and the moving seat of the input extruding device mounted on a free end of the piston of the auxiliary cylinder of the input extruding device.
7. The automatic extruding machine as claimed in claim 1, wherein the actuating device of the feeding device comprises:
a base mounted on the base member and a pair of ears extending from the base;
a feeding cylinder pivotally mounted on the ears, the feeding cylinder having a piston partially and reciprocally received in the feeding cylinder;
a bent arm pivotally mounted on the base member and selectively corresponding to the inlet, the bent arm including a first end pivotally connected to a free end of he piston of the feeding cylinder and a second end having a V-shaped support attached to the radial-shaped arm of the feeding device; and
a lip extending from one side of the support of the feeding device and corresponding to the inlet.
8. The automatic extruding machine as claimed in claim 2, wherein the actuating device of the feeding device comprises:
a base mounted on the base member and a pair of ears extending from the base;
a feeding cylinder pivotally mounted on the ears, the feeding cylinder having a piston partially and reciprocally received in the feeding cylinder;
a bent arm pivotally mounted on the base member and selectively corresponding to the inlet, the bent arm including a first end pivotally connected to a free end of he piston of the feeding cylinder and a second end having a V-shaped support attached to the radial-shaped arm of the feeding device; and
a lip extending from one side of the support of the feeding device and corresponding to the inlet.
9. The automatic extruding device as claimed in claim 1, wherein the output extruding device comprises a main cylinder fixedly extending through the seat of the output extruding device and having a piston partially reciprocally received in the main cylinder of the output extruding device, the piston of the main cylinder of the output extruding device being co-axial relative to the second hole of in the mold and the hard block of the output extruding device attached to a free end of the piston of the main cylinder of the input extruding device.
10. The automatic extruding device as claimed in claim 2, wherein the output extruding device comprises a main cylinder fixedly extending through the seat of the output extruding device and having a piston partially reciprocally received in the main cylinder of the output extruding device, the piston of the main cylinder of the output extruding device being co-axial relative to the second hole of in the mold and the hard block of the output extruding device attached to a free end of the piston of the main cylinder of the input extruding device.
11. The automatic extruding machine as claimed in claim 9, wherein the output extruding device comprises at least two auxiliary cylinders diametrically mounted on the side of the seat of the output extruding device opposite to the mold relative to the main cylinder of the output extruding device, each auxiliary cylinder of the output extruding device having a piston reciprocally extending through the seat of the output extruding device toward the molding device and the moving seat of the output extruding device mounted on a free end of the piston of the auxiliary cylinder of the output extruding device.
12. The automatic extruding machine as claimed in claim 10, wherein the output extruding device comprises at least two auxiliary cylinders diametrically mounted on the side of the seat of the output extruding device opposite to the mold relative to the main cylinder of the output extruding device, each auxiliary cylinder of the output extruding device having a piston reciprocally extending through the seat of the output extruding device toward the molding device and the moving seat of the output extruding device mounted on a free end of the piston of the auxiliary cylinder of the output extruding device.
13. The automatic extruding machine as claim 1, wherein the actuating device of the exporting device comprises:
a base mounted on the base member and a pair of ears extending from the base of the actuating device;
a cylinder pivotally mounted on the pair of ears, the cylinder includes a piston partially and reciprocally received in the cylinder of the exporting device;
a bent arm pivotally mounted on the base member and corresponding to the outlet, the bent arm including a first end pivotally connected to the a free end of the piston of the cylinder and a second end having a V-shaped support attached to the bent arm of the exporting device; and
a lip extending from one side of the V-shaped support of the exporting device and corresponding to the outlet.
14. The automatic extruding machine as claim 2, wherein the actuating device of the exporting device comprises:
a base mounted on the base member and a pair of ears extending from the base of the actuating device;
a cylinder pivotally mounted on the pair of ears, the cylinder includes a piston partially and reciprocally received in the cylinder of the exporting device;
a bent arm pivotally mounted on the base member and corresponding to the outlet, the bent arm including a first end pivotally connected to the a free end of the piston of the cylinder and a second end having a V-shaped support attached to the bent arm of the exporting device; and
a lip extending from one side of the V-shaped support of the exporting device and corresponding to the outlet.
15. The automatic extruding machine as claimed in claim 13, wherein the exporting device comprises a guiding plate mounted in the base member, the guiding plate including a first end connected to a lower edge of the outlet and a second having a channel defined to allow the V-shaped support of the actuating device of the exporting device passing the guiding plate, the first end of the guiding plate has a height lower than that of the second end of the guiding plate relative to the horizon.
16. The automatic extruding machine as claimed in claim 14, wherein the exporting device comprises a guiding plate mounted in the base member, the guiding plate including a first end connected to a lower edge of the outlet and a second having a channel defined to allow the V-shaped support of the actuating device of the exporting device passing the guiding plate, the first end of the guiding plate has a height lower than that of the second end of the guiding plate relative to the horizon.
17. The automatic extruding machine as claimed in claim 2, wherein the cutting device comprises a bracket mounted on a top of the molding device and a cylinder mounted on the bracket toward the molding device, the cylinder of the cutting device having a piston partially reciprocally received in the cylinder of the cutting device and the cutter of the cutting device attached to a free end of the piston of the cylinder of the cutting device.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A non-transitory computer readable storage medium with an executable program stored thereon for sharing information about a time availability of a user, wherein the program instructs the processor to perform the following steps:
receive information indicative of a status of the user, wherein the status represents an availability of the user to accept telephone calls on a first computing device;
receive, via a second computing device, information indicative of a caller preparing to make a telephone call to the user’s first computing device, wherein the information indicative of the caller preparing to make the telephone call includes one or more of the following\u2014
the caller displaying a telephone number of the user on the second computing device,
the caller dialing the telephone number of the user with the second computing device; and
upon receiving information indicative of the caller preparing to make a telephone call to the user, provide a notice indicative of the user’s status to the second computing device of the caller, wherein the notice includes one or more of the following\u2014
a graphic representation of the user’s status,
a textual representation of the user’s status, and
an audio representation of the user’s status.
2. The computer readable storage medium of claim 1, wherein the notice indicative of the user’s status further includes one or more of the following\u2014
a time and date on which user will be available for an incoming telephone call;
a graphic message entered by user; and
an audio message entered by the user.
3. The computer readable storage medium of claim 1, further including the steps of:
receive information indicative of the user selecting a visibility condition, wherein the visibility condition is selected from at least one of the following\u2014
a public visibility condition,
a semi-public visibility condition, and
a private visibility condition;
wherein, if the public visibility condition is selected, the processor is operable to provide the notice indicative of the user’s status to all callers,
wherein, if the semi-public visibility condition is selected, the processor is operable to provide the notice indicative of the user’s status only to callers included on a contact list of the user’s first computing device,
wherein, if the private visibility condition is selected, the processor is operable to provide the notice indicative of the user’s status only to callers included on a list of private callers of the user’s first computing device.
4. The computer readable storage medium of claim 1, wherein the information indicative of the status of the user includes at least one of the following:
a volume level of the first computing device;
a telephone call alert profile of the first computing device;
an onoff status of the first computing device;
a telephone call status of the first computing device; and
a cellular signal strength of the first computing device.
5. The computer readable storage medium of claim 1, wherein the notice indicative of the user’s status is that the user is unavailable to receive a telephone call, and further wherein the program instructs the processor to perform the following additional steps:
upon providing a notice indicative of the user’s status, provide to the second computing device of the caller one or more follow-up notices indicative of an updated status of the user,
wherein the one or more follow-up notices are provided after an occurrence of at least one of the following\u2014
an expiration of a specified amount of time from when the notice of the user’s status was provided,
the user’s status changes from unavailable to available, and
the user’s status is set to change from unavailable to available within a scheduled amount of time.
6. A method for sharing information about a time availability of a user, including the steps of:
receiving information indicative of a status of the user, wherein the status represents an availability of the user to accept telephone calls on a first computing device;
receiving, via a second computing device, information indicative of a caller preparing to make a telephone call to the user’s first computing device, wherein the information indicative of the caller preparing to make the telephone call includes one or more of the following\u2014
the caller displaying a telephone number of the user on the second computing device,
the caller dialing the telephone number of the user with the second computing device; and
upon receiving information indicative of the caller preparing to make a telephone call to the user, providing a notice indicative of the user’s status to the second computing device of the caller, wherein the notice includes one or more of the following\u2014
a graphic representation of the user’s status,
a textual representation of the user’s status, and
an audio representation of the user’s status.
7. The method of claim 6, wherein the notice indicative of the user’s status further includes one or more of the following\u2014
a time and date on which user will be available for an incoming telephone call;
a graphic message entered by user; and
an audio message entered by the user.
8. The method of claim 6, further including the steps of:
receiving information indicative of the user selecting a visibility condition, wherein the visibility condition is selected from at least one of the following\u2014
a public visibility condition,
a semi-public visibility condition, and
a private visibility condition;
wherein, upon receiving information indicative of the user selecting the public visibility condition, providing the notice indicative of the user’s status to all callers,
wherein, upon receiving information indicative of the user selecting the semi-public visibility condition, providing the notice indicative of the user’s status only to callers included on a contact list of the user’s first computing device,
wherein, upon receiving information indicative of the user selecting the private visibility condition, providing the notice indicative of the user’s status only to callers included on a list of private callers of the user’s first computing device.
9. The method of claim 6, wherein the information indicative of the status of the user includes at least one of the following:
a volume level of the first computing device;
a telephone call alert profile of the first computing device;
an onoff status of the first computing device;
a telephone call status of the first computing device; and
a cellular signal strength of the first computing device.
10. The method of claim 6, wherein the notice indicative of the user’s status is that the user is unavailable to receive a telephone call, and further wherein the method includes the following additional steps:
upon providing a notice indicative of the user’s status, providing to the second computing device of the caller one or more follow-up notices indicative of an updated status of the user,
wherein the one or more follow-up notices are provided after an occurrence of at least one of the following\u2014
an expiration of a specified amount of time from when the notice of the user’s status was provided,
the user’s status changes from unavailable to available, and
the user’s status is set to change from unavailable to available within a scheduled amount of time.
11. A non-transitory computer readable storage medium with an executable program stored thereon for sharing information about a time availability of a user, wherein the program instructs the processor to perform the following steps:
receive information indicative of a status of the user, wherein the status represents an availability of the user to accept telephone calls on a first computing device;
receive, via a second computing device, information indicative of a caller preparing to make a telephone call to the user’s first computing device, wherein the information indicative of the caller preparing to make the telephone call includes one or more of the following\u2014
the caller displaying a telephone number of the user on the second computing device,
the caller dialing the telephone number of the user with the second computing device; and
upon receiving information indicative of the caller preparing to make a telephone call to the user, provide a notice indicative of the user’s status to the second computing device of the caller, wherein the notice includes one or more of the following\u2014
a graphic representation of the user’s status,
a textual representation of the user’s status, and
an audio representation of the user’s status; and
receive information indicative of the user selecting a visibility condition, wherein the visibility condition is selected from at least one of the following\u2014
a public visibility condition,
a semi-public visibility condition, and
a private visibility condition,
wherein, if the public visibility condition is selected, the processor is operable to provide the notice indicative of the user’s status to all callers,
wherein, if the semi-public visibility condition is selected, the processor is operable to provide the notice indicative of the user’s status only to callers included on a contact list of the user’s first computing device,
wherein, if the private visibility condition is selected, the processor is operable to provide the notice indicative of the user’s status only to callers included on a list of private callers of the user’s first computing device.