1. A method for processing an attached command response, the method comprising:
sending, by a user agent node in a first HTTP request to a server node, a first HTTP request-line identifying a first command;
sending, by the user agent node, in a second HTTP request, a second HTTP request-line identifying a second command different from the first command, wherein the second HTTP request is sent separately from the first HTTP request;
receiving, by the user agent node, a second HTTP response to the second HTTP request, the second HTTP response including at least a portion of a second command response to the second command, wherein the user agent node does not receive a complete response to the first HTTP request prior to receiving the second HTTP response; and
determining, by the user agent node, that the second HTTP response includes an attached command response including at least a portion of a first command response to the first command, wherein the attached command response is attached based on attach-request information received from the user agent node.
2. The method of claim 1 further includes receiving, as a response to the first HTTP request, a first HTTP response including at most a portion of the first command response.
3. The method of claim 1 wherein determining that the second HTTP response includes the attached command response includes receiving attach-response information for detecting the attached command response in the second HTTP response.
4. The method of claim 1 further includes receiving no HTTP response as a response for the first HTTP request.
5. The method of claim 1 further comprises:
sending, to the server node, the attach-request information at least one of indicating that the first command response is attachable and indicating that the second HTTP response is attachable.
6. The method of claim 5 wherein the attach-request information identifies at least one of a MIME type and an HTTP method token for indicating that the first command is attachable.
7. A method for processing an attached command response, the method comprising:
receiving, by a server node in a first HTTP request from a user agent node, a first HTTP request-line identifying a first command;
receiving, by a server node in a second HTTP request from the user agent node, a second HTTP request-line identifying a second command different than the first command, wherein the second HTTP request is received separately from the first HTTP request;
receiving, by the server node, attach-request information indicating that at least one of the first command response and a second HTTP response is attachable; and
sending, to the user agent node by a server node in the second HTTP response to the second HTTP request, an attached command response including at least a portion of a first command response to the first command, based on the attach-request information, wherein the second HTTP response includes at least a portion of a second command response to the second command.
8. The method of claim 7 where in determining the first command is attached includes determining the first command is attachable based on determining that the second HTTP response is attachable.
9. The method of claim 7 further includes sending, in a first HTTP response to the first HTTP request, less than the entire first command response, in response to determining the first command response is attachable.
10. The method of claim 9 wherein the first HTTP response includes attach-response information for indicating that the less than the entire first command response is included in the first HTTP response.
11. The method of claim 7 further includes, in response to determining that the first command is attachable sending no HTTP response for the first HTTP request.
12. The method of claim 7 further comprises:
receiving, in a third HTTP request from the user agent node, an HTTP request-line identifying a third command;
determining that a third HTTP response to the third HTTP request is not attachable; and
sending the third HTTP response including, for the third command, a third command response at least partially generated while processing at least one of the first command and the second command, and not including, based on determining the third HTTP response is not attachable, the attached command response.
13. The method of claim 7 wherein receiving the attach-request information includes receiving attach request information from the user agent.
14. The method of claim 13 wherein the attach-request information identifies at least one of a MIME type and an HTTP method token specified for indicating the first command is attachable.
15. The method of claim 13 wherein sending the attached command response includes sending the attached command response in the second HTTP response, in response to determining that the second HTTP response is attachable.
16. The method of claim 15 further includes, in response to receiving the attach-request information, at least one of performing the first command and generating the attached command response.
17. The method of claim 7 wherein sending the attached command response includes sending attach-response information indicating that the second HTTP response includes the attached command response.
18. A system for processing an attached command response, the system comprising:
an execution environment including a hardware processor, wherein an instruction included in at least one of a request-out component, a response-in component, and an attached response component is executed by the hardware processor;
the request-out component configured for sending, by a user agent node in a first HTTP request to a server node, a first HTTP request-line identifying a first command;
the request-out component configured for sending, by the user agent node, in a second HTTP request, a second HTTP request-line identifying a second command different from the first command, wherein the second HTTP request is sent separately from the first HTTP request;
the response-in component configured for receiving, by the user agent node, a second HTTP response to the second HTTP request, the second HTTP response including at least a portion of a second command response to the second command, wherein the user agent node does not receive a complete response to the first HTTP request prior to receiving the second HTTP response; and
the attached response component configured for determining, by the user agent node, that the second HTTP response includes an attached command response including at least a portion of a first command response to the first command, wherein the attached command response is attached based on attach-request information received from the user agent node.
19. A system for processing an attached command response, the system comprising:
an execution environment including a processor, wherein an instruction included in at least one of a request-in component, an attach detector component, and an attach director component is executed by the processor;
the request-in component configured for receiving, by a server node in a first HTTP request from a user agent node, a first HTTP request-line identifying a first command;
the request-in component configured for receiving, by a server node in a second HTTP request from the user agent node, a second HTTP request-line identifying a second command different than the first command, wherein the second HTTP request is received separately from the first HTTP request;
the attach detector component configured for receiving, by the server node and from the user agent node, attach-request information indicating that at least one of the first command response and a second HTTP response is attachable; and
the attach director component configured for sending, to the user agent node by a server node in the second HTTP response to the second HTTP request, an attached command response including at least a portion of a first command response to the first command, based on the attach-request information, wherein the second HTTP response includes at least a portion of a second command response to the second command.
20. A non-transitory computer readable storage medium embodying a computer program, executable by a machine, for processing an attached command response, the computer program comprising executable instructions for:
sending, by a user agent node in a first HTTP request to a server node, a first HTTP request-line identifying a first command;
sending, by the user agent node, in a second HTTP request, a second HTTP request-line identifying a second command different from the first command, wherein the second HTTP request is sent separately from the first HTTP request;
receiving, by the user agent node, a second HTTP response to the second HTTP request, the second HTTP response including at least a portion of a second command response to the second command, wherein the user agent node does not receive a complete response to the first HTTP request prior to receiving the second HTTP response; and
determining, by the user agent node, that the second HTTP response includes an attached command response including at least a portion of a first command response to the first command, wherein the attached command response is attached based on attach-request information received from the user agent node.
21. A non-transitory computer readable storage medium embodying a computer program, executable by a machine, for processing an attached command response, the computer program comprising executable instructions for:
receiving, by a server node in a first HTTP request from a user agent node, a first HTTP request-line identifying a first command;
receiving, by a server node in a second HTTP request from the user agent node, a second HTTP request-line identifying a second command different than the first command, wherein the second HTTP request is received separately from the first HTTP request;
receiving, by the server node, attach-request information indicating that at least one of the first command response and a second HTTP response is attachable; and
sending, to the user agent node by a server node in the second HTTP response to the second HTTP request, an attached command response including at least a portion of a first command response to the first command, based on the attach-request information, wherein the second HTTP response includes at least a portion of a second command response to the second command.
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 method of mounting a face plate on a female-die that is constructed a stamping machine; and the stamping machine has a male-die that is opposite side of the female-die; and the male-die has a stamp-blade according to outline of a unfolded box body and a rule-blade according to a valley fold-line of the unfolded box body; and the face plate such as a plate or a film sheet that has a groove to accept a projection according a hill fold-line as to be opposed the valley fold-line; and the face plate is stick on the female-die; and the stamping machine stamping out a sheet inserted and making the fold-line on the sheet at once;
wherein the male-die has two or more positioning-holes at a given interval for positioning the face plate, wherein the face plate has two or more through-holes that a one-to-one correspond to the positioning-holes, and two or more marking-members that has an adhesive layer at the back and stick the adhesive layer on the female-die at the through-hole positions used by the positioning-jig that has the marking-member detachably, and further provides a positioning method comprising the following steps; set the positioning-jigs on each positioning-holes and set the marking-members on each positioning-jigs exposed the adhesive layer; and test run the stamping machine to attaches the male-die and the female-die, and adhered the marking-members on the female-die; and adhered the face plate on the female-die for the marking-members inside each through-holes.
2. A method of mounting a face plate on a female-die that is constructed a stamping machine; and the stamping machine has a male-die that is opposite side of the female-die; and the male-die has a stamp-blade according to outline of a unfolded box body and a rule-blade according to a valley fold-line of the unfolded box body; and the face plate such as a plate or a film sheet that has a groove to accept a projection according a hill fold-line as to be opposed the valley fold-line; and the face plate is stick on the female-die; and the stamping machine stamping out a sheet inserted and making the fold-line on the sheet at once;
wherein the male-die has two or more positioning-holes at a given interval for positioning the face plate, wherein the face plate has two or more through-holes that a one-to-one correspond to the positioning-holes, and two or more marking-members that has a magnetic layer at the back and stick the magnetic layer on the female-die via magnetic force themselves at the through-hole positions used by positioning-jig that has the marking-member detachably, and further provides a positioning method comprising the following steps; set the positioning-jigs on each positioning-holes and set the marking-members on each positioning-jigs exposed the magnetic layer; and test run the stamping machine to attaches the male-die and the female-die, and stick the marking-members on the female-die by magnetic force themselves; and adhered the face plate on the female-die for the marking-members inside each through-holes.
3. A positioning-jig used to mount a face plate on the female-die that is constructed a stamping machine; and the stamping machine has a male-die that is opposite side of the female-die; and the male-die has a stamp-blade according to outline of a unfolded box body and a rule-blade according to a valley fold-line of the unfolded box body; and the face plate such as a plate or a film sheet that has a groove to accept a projection according a hill fold-line as to be opposed the valley fold-line; and the face plate is stick on the female-die; and the stamping machine stamping out a sheet inserted and making the fold-line on the sheet at once;
wherein the male-die has two or more positioning-holes at a given interval for positioning the face plate, wherein the face plate has two or more through-holes that a one-to-one correspond to the positioning-holes, and two or more marking-members that has an adhesive layer at the back and stick the adhesive layer on the female-die at the through-hole positions used by the positioning-jig that has the marking-member detachably, and further provides a positioning method comprising the following steps; set the positioning-jigs on each positioning-holes and set the marking-members on each positioning-jigs exposed the adhesive layer; and test run the stamping machine to attaches the male-die and the female-die, and adhered the marking-members on the female-die; and adhered the face plate on the female-die for the marking-members inside each through-holes.
4. A positioning-jig used to mount a face plate on the female-die that is constructed a stamping machine; and the stamping machine has a male-die that is opposite side of the female-die; and the male-die has a stamp-blade according to outline of a unfolded box body and a rule-blade according to a valley fold-line of the unfolded box body; and the face plate such as a plate or a film sheet that has a groove to accept a projection according a hill fold-line as to be opposed the valley fold-line; and the face plate is stick on the female-die; and the stamping machine stamping out a sheet inserted and making the fold-line on the sheet at once;
wherein the male-die has two or more positioning-holes at a given interval for positioning the face plate, wherein the face plate has two or more through-holes that a one-to-one correspond to the positioning-holes, and two or more marking-members that has a magnetic layer at the back and stick the magnetic layer on the female-die via magnetic force themselves at the through-hole positions used by positioning-jig that has the marking-member detachably, and further provides a positioning method comprising the following steps; set the positioning-jigs on each positioning-holes and set the marking-members on each positioning-jigs exposed the magnetic layer; and test run the stamping machine to attaches the male-die and the female-die, and stick the marking-members on the female-die by magnetic force themselves; and adhered the face plate on the female-die for the marking-members inside each through-holes.
5. A positioning-jig according to claim 3, wherein the positioning-jig comprises a female-part which has a concave part and is attached into the positioning-holes at the male-die detachably, a male-part which comprises an axial part inserted detachably into the concave part of the female-part and a dish-shaped head part connected to the axial part, and an elastic body disposed between the female-part and the male-part so as to suppress the marking-members to the female-die with an elastic force.
6. A positioning-jig according to claim 5, wherein the female-part has formed the longitudinal-thin-wall parts on symmetrical positions in a cylindrical inner wall as well as a lateral thin wall part extending from an intermediate part between the longitudinal-thin-wall-parts, and the male-part has formed the locking part which is put in the longitudinal and lateral thin wall parts as well as a concavity and a convexity formed, at a external wall on the head part, for preventing fingers from slipping.