Office Action 2: Notice of Allowance (2025-01-16)

CLAIMS:
Amendments To The Claims:

The listing of claims will replace all prior versions, and listings, of claims in the application:

Listing of Claims:

AMENDMENT

1\. (Currently Amended) A carbon fiber spread device, comprising an unwinding mechanism, a spreading mechanism, a winding mechanism which are sequentially arranged along a feeding direction, wherein the unwinding mechanism comprises an unwinding module; the unwinding module comprises at least one unwinding assembly, a carbon fiber roll (2) is placed on the unwinding assembly, and an unwinding tension control module is arranged at a discharge end of the unwinding assembly;
the spreading mechanism comprises an airflow disturbance spreading module, the airflow disturbance spreading module is located at a discharge end of the unwinding tension control module; the winding mechanism comprises a winding module; both a winding tension stabilization module and a deviation correction module are provided between the winding module and the airflow disturbance spreading module; and the airflow disturbance spreading module and the deviation correction module are respectively located at a feed end and a discharge end of the winding tension stabilization module; and the winding module is located at a discharge end of the deviation correction module;
the airflow disturbance spreading module comprises two airflow disturbance spreading assemblies, each airflow disturbance spreading assembly includes a centrifugal fan, the centrifugal fan communicates with a bottom of an airflow duct, and three spreading guide shafts are arranged side by side on a top of the airflow duct; a tension adjusting assembly is provided between the two airflow disturbance spreading assemblies; carbon fiber (6) is transmitted and guided by the three spreading guide shafts to achieve a uniform dispersion, and the tension adjusting assembly are configured to
adjust tensile force of the carbon fiber (6); and one of the three spreading guide shafts (13) is located at an upper port of the airflow duct and is connected to a slider module(SVG {EMBED HERE} 0.120.157\_1

2\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the unwinding assembly comprises an unwinding air shaft (3), the carbon fiber roll (2) is placed on the unwinding air shaft (3), a tail part of the unwinding air shaft (3) is connected to a magnetic powder brake, the unwinding air shaft (3) is mounted on a mounting seat, and the mounting seat is arranged on a sliding module (1); a first guide

shaft (4) is arranged at a discharge end of the unwinding air shaft (3), and carbon fiber (6) released from the carbon fiber roll (2) is introduced into the unwinding tension control module through the first guide shaft (4)

3\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein a position sensor (5) is configured to monitor position change of the carbon fiber (6) and is arranged at a discharge end of the first guide shaft (4), and the position sensor (5) is connected to the sliding module (1)

4\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the unwinding tension control module comprises a first tension detection roller (9), and the first tension detection roller (9) is connected to the magnetic powder brake;
one side of the first tension detection roller (9) is provided with a second guide shaft (7) and a third guide shaft (8), and the other side of the first tension detection roller (9) is provided with a fourth guide shaft (10) and a fifth guide shaft (11); the second guide shaft (7), the third guide shaft (8), the first tension detection roller (9), the fourth guide shaft (10) and the fifth guide shaft (11) are arranged in a M-shaped structure in a feeding direction, and the second guide shaft (7), the third guide shaft (8), the fourth guide shaft (10) and the fifth guide shaft (11) are configured to transmit and guide the carbon fiber (6), and the first tension detection roller (9) is configured to detect the tensile force of the carbon fiber (6) one side of the first tension detection roller (9) is provided with a second guide shaft (7) and a third guide shaft (8), and the other side of the first tension detection roller (9) is provided with a fourth guide shaft (10) and a fifth guide shaft (11); the second guide shaft (7), the third guide shaft (8), the first tension detection roller (9), the fourth guide shaft (10) and the fifth guide shaft (11) are arranged in a M-shaped structure in a feeding direction, and the second guide shaft (7), the third guide shaft (8), the fourth guide shaft (10) and the fifth guide shaft (11) are configured to transmit and guide the carbon fiber (6), and the first tension detection roller (9) is configured to detect the tensile force of the carbon fiber (6)

       .

5\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the winding tension stabilization module comprises a floating roller module (21), and the floating roller module (21) is arranged on a linear slide rail (28); the floating roller module (21) has two sides which are respectively provided with a sixth guide shaft (20) and a seventh guide shaft (29), and the sixth guide shaft (20) and the seventh guide shaft (29) are configured to transmit and guide the carbon fiber (6), and the carbon fiber (6) is introduced into the deviation correction module through the seventh guide shaft (29)

6\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the deviation correction module comprises a deviation correcting machine (22), a eighth guide shaft (30) is arranged at a discharge end of the deviation correcting machine (22), and the carbon fiber (6) passes through the deviation correcting machine (22) and is introduced into the winding module through the eighth guide shaft (30)

7\. (Currently Amended) The carbon fiber spread device according to claim 1, wherein the winding module comprises a winding reel (33), the winding reel (33) is mounted on a winding air shaft (32), and the winding air shaft (32) is connected to a winding servo motor by a coupling .

8\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein a second tension detection roller (31) is arranged at a feed end of the winding reel (33) and is configured to detect the tensile force of the carbon fiber (6), and the second tension detection roller (31) is electrically connected to the winding servo motor .

9\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the unwinding tension control module comprises a first tension detection roller (9), and the first tension detection roller (9) is connected to the magnetic powder brake;
one side of the first tension detection roller (9) is provided with a second guide shaft (7) and a third guide shaft (8), and the other side of the first tension detection roller (9) is provided with a fourth guide shaft (10) and a fifth guide shaft (11); the second guide shaft (7), the third guide shaft (8), the first tension detection roller (9), the fourth guide shaft (10) and the fifth guide shaft (11) are arranged in a M-shaped structure in a feeding direction, and the second guide shaft (7), the third guide shaft (8), the fourth guide shaft (10) and the fifth guide shaft (11) are configured to transmit and guide the carbon fiber

(6), and the first tension detection roller (9) is configured to detect the tensile force of the carbon fiber (6)

10\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the winding tension stabilization module comprises a floating roller module (21), and the floating roller module (21) is arranged on a linear slide rail (28); the floating roller module (21) has two sides which are respectively provided with a sixth guide shaft (20) and a seventh guide shaft (29), and the sixth guide shaft (20) and the seventh guide shaft (29) are configured to transmit and guide the carbon fiber (6), and the carbon fiber (6) is introduced into the deviation correction module through the seventh guide shaft(9)\_

11\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the winding tension stabilization module comprises a floating roller module (21), and the floating roller module (21) is arranged on a linear slide rail (28); the floating roller module (21) has two sides which are respectively provided with a sixth guide shaft (20) and a seventh guide shaft (29), and the sixth guide shaft (20) and the seventh guide shaft (29) are configured to transmit and guide the carbon fiber (6), and the carbon fiberSVG {EMBED HERE} 0.1170.073

(6) is introduced into the deviation correction module through the seventh guide shaft(29) .

12\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the deviation correction module comprises a deviation correcting machine (22), a eighth guide shaft (30) is arranged at a discharge end of the deviation correcting machine (22), and the carbon fiber (6) passes through the deviation correcting machine (22) and is introduced into the winding module through the eighth guide shaft (30) .

13\. (Currently Amended) The carbon fiber spread device according to The carbon fiber spread device according to
wherein the deviation correction module comprises a deviation correcting machine (22), a eighth guide shaft (30) is arranged at a discharge end of the deviation correcting machine (22), and the carbon fiber (6) passes through the deviation correcting machine (22) and is introduced into the winding module through the eighth guide shaft (30) ).

14\. (Currently Amended) The carbon fiber spread device according to claim 2, wherein the winding module comprises a winding reel (33), the winding reel (33) is mounted on a winding air shaft (32), and the winding air shaft (32) is connected to a winding servo motor by a coupling .

15\. (Currently Amended) The carbon fiber spread device according to claim 3, wherein the winding module comprises a winding reel (33), the winding reel (33) is mounted on a winding air shaft (32), and the winding air shaft (32) is connected to a winding servo motor by a coupling .

16\. (Currently Amended) The carbon fiber spread device according to claim 6, wherein the winding module comprises a winding reel (33), the winding reel (33) is mounted on a winding air shaft (32), and the winding air shaft (32) is connected to a winding servo motor by a coupling .

17\. (Currently Amended) The carbon fiber spread device according to claim 12, wherein the winding module comprises a winding reel (33), the winding reel (33) is mounted on a winding air shaft (32), and the winding air shaft (32) is connected to a winding servo motor by a coupling

   .

18\. (Currently Amended) The carbon fiber spread device according to claim 13, wherein the winding module comprises a winding reel (33), the winding reel (33) is mounted on a winding air shaft (32), and the winding air shaft (32) is connected to a winding servo motor by a coupling .

19\. (Currently Amended) The carbon fiber spread device according to claim 14, wherein a second tension detection roller (31) is arranged at a feed end of the winding reel (33) and is configured to detect the tensile force of the carbon fiber (6), and the second tension detection roller (31) is electrically connected to the winding servo motor .

20\. (Currently Amended) The carbon fiber spread device according to claim 15, wherein a second tension detection roller (31) is arranged at a feed end of the winding reel (33) and is configured to detect the tensile force of the carbon fiber (6), and the second tension detection roller (31) is electrically connected to the winding servo motor .

OFFICE ACTION:
REASONS FOR ALLOWANCE
The following is an examiner’s statement of reasons for allowance:
Independent claim 1 is considered allowable. Independent claim 1 is allowable because the prior art does not disclose the structure regarding the claimed combination of the carbon fiber spread device, comprising an unwinding mechanism, a spreading mechanism, a winding mechanism which are sequentially arranged along a feeding direction, the spreading mechanism comprises an airflow disturbance spreading module, the airflow disturbance spreading module is located at a discharge end of the unwinding tension control module; the winding mechanism comprises a winding module; both a winding tension stabilization module and a deviation correction module are provided between the winding module and the airflow disturbance spreading module; and the airflow disturbance spreading module and the deviation correction module are respectively located at a feed end and a discharge end of the winding tension stabilization module; and the winding module is located at a discharge end of the deviation correction module; the airflow disturbance spreading module comprises two airflow disturbance spreading assemblies, each airflow disturbance spreading assembly includes a centrifugal fan, the centrifugal fan communicates with a bottom of an airflow duct, and three spreading guide shafts are arranged side by side on a top of the airflow duct; a tension adjusting assembly is provided between the two airflow disturbance spreading assemblies; carbon fiber is transmitted and guided by the three spreading guide shafts to achieve a uniform dispersion, and the tension adjusting assembly are configured to adjust tensile force of the carbon fiber (6); and one of the three spreading guide shafts is located at an upper port of the airflow duct and is connected to a slider module.
Claims 2-20 are allowable for the same reasons as claim 1.
The prior art does not disclose or teach these structures. The closest prior art appears to be Patent No. 10,570,536 by Faulkner and does not disclose or teach these elements.
Applicant’s remarks and amendments to the claims filed on December 20, 2024, have overcome the prior art of record.
Any comments considered necessary by applicant must be submitted no later than the payment of the issue fee and, to avoid processing delays, should preferably accompany the issue fee.  Such submissions should be clearly labeled “Comments on Statement of Reasons for Allowance.”
Conclusion

APPLICANT REBUTTAL: REMARKS
This Amendment responds to the non-final Office Action dated September26, 2024. Claims 1-20 are pending. Claims 1-20 are amended. These amendments are fully supported in the original specification, as described in detail below when pertinent. Based on these amendments and the following remarks, applicant respectfully requests reconsideration and allowance of claims 1-20.
Claim Re
j
ections - 35 U.S.C.
Claims 1-20 are rejected under 35 U.S.C. § 112(b) or 35 U.S.C. § 112 (pre-AIA) for alleged indefiniteness. The rejections applied to claims 1-20 are traversed for the reasons set forth below.
I. To traverse the rejection applied to claim 1 for being indefinite, applicant amends claim 1 as follows:
1. A carbon fiber spread device, comprising an unwinding mechanism, a spreading mechanism, a winding mechanism which are sequentially arranged along a feeding direction, wherein the unwinding mechanism comprises an unwinding module; the unwinding module comprises at least one unwinding assembly, a carbon fiber roll (2) is placed on the unwinding assembly, and an unwinding tension control module is arranged at a discharge end of the unwinding assembly;
the spreading mechanism comprises an airflow disturbance spreading module, the airflow disturbance spreading module is located at a discharge end of the unwinding tension control module; the winding mechanism comprises a winding module; both a winding tension stabilization module and a deviation correction module are provided between the winding module and the airflow disturbance spreading module; and the airflow disturbance spreading module and the deviation correction module are respectively located at a feed end and a discharge end of the winding tension stabilization module; and the winding module is located at a discharge end of the deviation correction module;
the airflow disturbance spreading module comprises two airflow disturbance
spreading assemblies, each airflow disturbance spreading assembly includes a centrifugal fan, the centrifugalfan communicates with a bottom of an airflow duct, and three spreading guide shafts are arranged side by side on a top of the airflow duct; a tension adjusting assembly is provided between the two airflow disturbance spreading assemblies; carbon fiber (6) is transmitted and guided by the three spreading guide shafts to achieve a uniform dispersion, and the tension adjusting assembly are configured to adjust tensile force of the carbon fiber (6); and one of the three spreading guide shafts (13) is located at an upper port of the airflow duct and is connected to a slider module (34).
Specifically, applicant amends "airflow disturbance type carbon fiber spread device" recited in claims 1-20 into "carbon fiber spread device";
applicant amends "the discharge end of the unwinding assembly" in lines 5-6 of claim
1 into "a discharge end of the unwinding assembly";
applicant amends "the discharge end of the unwinding tension control module" in lines 8-9 of claim 1 into "a discharge end of the unwinding tension control module";
applicant amends "the winding mechanism comprises a winding module, a winding tension stabilization module and a deviation correction module are provided between the winding module and the airflow disturbance spreading module," in lines 9-11 of claim 1 into "the winding mechanism comprises a winding module; both a winding tension stabilization module and a deviation correction module are provided between the winding module and the airflow disturbance spreading module;"
applicant amends "the feed end and the discharge end of the winding tension stabilization module" in lines 12-13 of claim 1 into "a feed end and a discharge end of the winding tension stabilization module";
applicant amends "the discharge end of the deviation correction module" in lines 13- 14 of claim 1 into "a discharge end of the deviation correction module";
applicant amends "the bottom of an airflow duct" in line 17 of claim 1 into "a bottom of an airflow duct";
applicant amends "the top of the airflow duct" in line 18 of claim 1 into "a top of the airflow duct".
With respect to the other rejections provided by the Examiner about claim 1, applicant amends "the spreading guide shaft and the tension adjusting assembly are all in fit with the carbon fiber (6), a seventh spreading guide shaft (13) is located at the upper port of an air
duct I (25) and is connected to a slider module II (34)" in lines 19-22 of claim 1 into "carbon fiber (6) is transmitted and guided by the three spreading guide shafts to achieve a uniform dispersion, and the tension adjusting assembly are configured to adjust tensile force of the carbon fiber (6); and one of the three spreading guide shafts (13) is located at an upper port of the airflow duct and is connected to a slider module (34)".
Applicant believes that the amended claim 1 can traverse the rejections applied to claim 1.
II. To traverse the rejection applied to claim 2 for being indefinite, applicant amends claim 2 as follows:
2. The carbon fiber spread device according to claim 1, wherein the unwinding assembly comprises an unwinding air shaft (3), the carbon fiber roll (2) is placed on the unwinding air shaft (3), a tail part of the unwinding air shaft (3) is connected to a magnetic powder brake, the unwinding air shaft (3) is mounted on a mounting seat, and the mounting seat is arranged on a sliding module (1); a first guide shaft (4) is arranged at a discharge end of the unwinding air shaft (3), and carbon fiber (6) released from the carbon fiber roll
(2) is introduced into the unwinding tension control module through the first guide shaft
Specifically, applicant amends "the tail part of the unwinding air shaft" in line 3 of claim 2 into "a tail part of the unwinding air shaft";
applicant amends "a sliding module I (1)" in line 5 of claim 2 into "a sliding module
applicant amends "a first guide shaft I (4)" in line 5 of claim 2 into "a first guide shaft
applicant amends "the discharge end of the unwinding air shaft" in lines 5-6 into "a discharge end of the unwinding air shaft".
Applicant believes that the amended claim 2 can traverse the rejections applied to claim 2.
III. To traverse the rejection applied to claim 3 for being indefinite, applicant amends claim 3 as follows:
3. The carbon fiber spread device according to claim 2, wherein a position sensor (5) is configured to monitor position change of the carbon fiber (6) and is arranged at a discharge end of the first guide shaft (4), and the position sensor (5) is connected to the sliding module (1).
Specifically, applicant amends "the discharge end of the first guide shaft" in lines 5-6 of claim 3 into "a discharge end of the first guide shaft";
applicant further limits the technical feature "wherein a position sensor (5) in fit with the carbon fiber", and believe that the amended claim 3 can traverse the rejections applied to claim 3.
IV. To traverse the rejection applied to claim 4 for being indefinite, applicant amends claim 4 as follows:
4. The carbon fiber spread device according to claim 2, wherein the unwinding tension control module comprises afirst tension detection roller (9), and the first tension detection roller (9) is connected to the magnetic powder brake; one side of the first tension detection roller (9) is provided with a second guide shaft (7) and a third guide shaft (8), and the other side of the first tension detection roller (9) is provided with a fourth guide shaft (10) and a fifth guide shaft (11); the second guide shaft (7), the third guide shaft (8), the first tension detection roller (9), the fourth guide shaft (10) and the fifth guide shaft (11) are arranged in a M-shaped structure in a feeding direction, and the second guide shaft (7), the third guide shaft (8), the fourth guide shaft (10) and the fifth guide shaft (11) are configured to transmit and guide the carbon fiber (6), and the first tension detection roller (9) is configured to detect the tensile force of the carbon fiber (6).
Specifically, applicant amends "a tension detection roller I" in line 2 of claim 4 into "a first tension detection roller";
applicant deems that the guide shaft and the spreading guide shaft should be continuously numbered, respectively, and they are regarded as different components in the present application;
applicant further limits the technical feature "and are all in fit with the carbon fiber
(6)", and believe that the amended claim 4 can traverse the rejections applied to claim 4.
V. To traverse the rejection applied to claim 5 for being indefinite, applicant amends claim 5 as follows:
5. The carbon fiber spread device according to claim 1, wherein the winding tension stabilization module comprises afloating roller module (21), and the floating roller module
(21) is arranged on a linear slide rail (28); the floating roller module (21) has two sides which are respectively provided with a sixth guide shaft (20) and a seventh guide shaft
(29), and the sixth guide shaft (20) and the seventh guide shaft (29) are configured to transmit and guide the carbon fiber (6), and the carbon fiber (6) is introduced into the deviation correction module through the seventh guide shaft (29).
Specifically, applicant amends "both sides of the floating roller module(21)..." in lines 3-4 of claim 5 into "the floating roller module (21) has two sides which...";
applicant amends "a twelfth guide shaft (20) and a thirteenth guide shaft" in lines 4-5 of claim 5 into "a sixth guide shaft (20) and a seventh guide shaft";
applicant amends "both sides of the floating roller module (21) are respectively provided with a twelfth guide shaft (20) and a thirteenth guide shaft (29) in fit with the carbon fiber (6)" into "the floating roller module (21) has two sides which are respectively provided with a sixth guide shaft (20) and a seventh guide shaft (29), and the sixth guide shaft (20) and the seventh guide shaft (29)are configured to transmit and guide the carbon fiber (6)".
Applicant believes that the amended claim 5 can traverse the rejections applied to claim 5.
VI. To traverse the rejection applied to claim 6 for being indefinite, applicant amends claim 6 as follows:
6. The carbon fiber spread device according to claim 5, wherein the deviation correction module comprises a deviation correcting machine (22), a eighth guide shaft
(30) is arranged at a discharge end of the deviation correcting machine (22), and the carbon fiber (6) passes through the deviation correcting machine (22) and is introduced into the winding module through the eighth guide shaft (30).
Applicant amends "frame type deviation correcting machine" into "deviation correcting machine";
applicant amends "fourteenth guide shaft" into "eighth guide shaft".
Applicant believes that the amended claim 6 can traverse the rejections applied to claim 6.
VII. To traverse the rejection applied to claim 8 for being indefinite, applicant amends claim 8 as follows:
8. The carbon fiber spread device according to claim 7, wherein a second tension detection roller (31) is arranged at a feed end of the winding reel (33) and is configured to detect the tensile force of the carbon fiber (6), and the second tension detection roller
(31) is electrically connected to the winding servo motor
Specifically, applicant amends "detection sensor II" in claim 8 into "second tension detection roller";
applicant further limits the technical feature "a detection sensor II (31) in fit with the carbon fiber (6) is arranged at the feed end of the winding 12 reel", and believe that the amended claim 8 can traverse the rejections applied to claim 8.
VIII. To traverse the rejection applied to claim 9 for being indefinite, applicant amends claim 9 as follows:
9. The carbon fiber spread device according to claim 3, wherein the unwinding tension control module comprises afirst tension detection roller (9), and the first tension detection roller (9) is connected to the magnetic powder brake; one side of the first tension detection roller (9) is provided with a second guide shaft (7) and a third guide shaft (8), and the other side of the first tension detection roller (9) is provided with a fourth guide shaft (10) and a fifth guide shaft (11); the second guide shaft (7), the third guide shaft (8), the first tension detection roller (9), the fourth guide shaft (10) and the fifth guide shaft (11) are arranged in a M-shaped structure in a feeding direction, and the second guide shaft (7), the third guide shaft (8), the fourth guide shaft (10) and the fifth guide shaft (11) are configured to transmit and guide the carbon fiber (6), and the first tension detection roller (9) is configured to detect the tensile force of the carbon fiber (6).
The amendments for claim 9 are similar to the amendments for claim 4. Please refer to the specific amendments for claim 4.
IX. To traverse the rejection applied to claim 10 for being indefinite, applicant amends claim 10 as follows:
10. The carbon fiber spread device according to claim 2, wherein the winding tension stabilization module comprises afloating roller module (21), and the floating roller module
(21) is arranged on a linear slide rail (28); the floating roller module (21) has two sides which are respectively provided with a sixth guide shaft (20) and a seventh guide shaft
(29), and the sixth guide shaft (20) and the seventh guide shaft (29) are configured to transmit and guide the carbon fiber (6), and the carbon fiber (6) is introduced into the deviation correction module through the seventh guide shaft (29).
The amendments for claim 10 are similar to the amendments for claim 5. Please refer to the specific amendments for claim 5.
X. To traverse the rejection applied to claim 11 for being indefinite, applicant amends claim 11 as follows:
11. The carbon fiber spread device according to claim 3, wherein the winding tension stabilization module comprises afloating roller module (21), and the floating roller module
(21) is arranged on a linear slide rail (28); the floating roller module (21) has two sides which are respectively provided with a sixth guide shaft (20) and a seventh guide shaft
(29), and the sixth guide shaft (20) and the seventh guide shaft (29) are configured to transmit and guide the carbon fiber (6), and the carbon fiber (6) is introduced into the deviation correction module through the seventh guide shaft (29).
The amendments for claim 11 are similar to the amendments for claim 5. Please refer to the specific amendments for claim 5.
XI. To traverse the rejection applied to claim 12 for being indefinite, applicant amends claim 12 as follows:
12. The carbon fiber spread device according to claim 10, wherein the deviation correction module comprises a deviation correcting machine (22), a eighth guide shaft
(30) is arranged at a discharge end of the deviation correcting machine (22), and the
carbon fiber (6) passes through the deviation correcting machine (22) and is introduced into the winding module through the eighth guide shaft (30).
The amendments for claim 12 are similar to the amendments for claim 6. Please refer to the specific amendments for claim 6.
XII. To traverse the rejection applied to claim 13 for being indefinite, applicant amends claim 13 as follows:
13. The carbon fiber spread device according to claim 11, wherein the deviation correction module comprises a deviation correcting machine (22), a eighth guide shaft
(30) is arranged at a discharge end of the deviation correcting machine (22), and the carbon fiber (6) passes through the deviation correcting machine (22) and is introduced into the winding module through the eighth guide shaft (30).
The amendments for claim 13 are similar to the amendments for claim 6. Please refer to the specific amendments for claim 6.
XIII. To traverse the rejection applied to claim 19 for being indefinite, applicant amends claim 19 as follows:
19. The carbon fiber spread device according to claim 14, wherein a second tension detection roller (31) is arranged at a feed end of the winding reel (33) and is configured to detect the tensile force of the carbon fiber (6), and the second tension detection roller
(31) is electrically connected to the winding servo motor
Please be kindly informed that applicant cannot find "the discharge end of the frame type deviation correcting machine" in lines 3-4 of claim 19. However, applicant finds "the feed end of the winding reel (33)" in lines 3-4 of claim 19 and amends it into "a feed end of the winding reel (33)";
applicant further limits the technical feature "a detection sensor 11 (31) in fit with the carbon fiber (6) is arranged at the feed end of the winding 12 reel", and believe that the amended claim 19 can traverse the rejections applied to claim 19.
XIV. To traverse the rejection applied to claim 20 for being indefinite, applicant amends claim 20 as follows:
20. The carbon fiber spread device according to claim I5, wherein a second tension detection roller (31) is arranged at a feed end of the winding reel (33) and is configured to detect the tensile force of the carbon fiber (6), and the second tension detection roller
(31) is electrically connected to the winding servo motor
The amendments for claim 20 are similar to the amendments for claim 19. Please refer to the specific amendments for claim 19.
For each of the reasons above, and in view of the amendments made to claims, applicant respectfully requests that the USPTO withdraw the Section 112(b) rejections.
Applicants believe this reply is fully responsive to all outstanding issues and places this application in condition for allowance. Thus, Applicants respectfully request a favorable action in the form of an issuance of a Notice of Allowance.
The Commissioner is hereby authorized to charge or credit Deposit Account No. 50-3082 for any fees required or overpaid.
Respectfully submitted,