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Displaying 174-180 of 180 results

1010 Exhibit: US Pat No 5,040,715 to Green et al

Document IPR2020-00152, No. 1010 Exhibit - US Pat No 5,040,715 to Green et al (P.T.A.B. Nov. 19, 2019)
The ability to perform stapling and cutting proce- dures through a small incision or tube remarkably re- duces blood loss, tissue trauma and patient recovery time, contributing to improved health care practices.
Between these two extremepositions, limited longitu- dinal motion of the sleeve in the distal direction from the position illustrated in FIG. 17 is permitted, such that inclined surfaces 414, 436 exert axially inward force on collet fingers 410.
Finally, as sufficient withdrawing force is developed, the distally inclined surfaces of channel adaptor fingers 468 cause the chan- nel adaptorfingers 468 to release push plug 580, thereby permitting full disengagement of the endoscopic por- tion from the frame.
In the second described em- surgical fasteners slidably mounted therein forslid- bodiment, outer handle 472 is closed to impart longitu- dinal motion to drive tube 576, channel 329, cams 331 able movement generally transverse to said longi- tudinal axis and having a tissue engaging surface; and knife 332 to fire the staples and make an incision.
ment with said distal end of said cartridge assem- Therefore the above description should not be con- bly; strued as limitating the invention but merely as exempli- iv) means for moving said anvil member betweensaid fications of preferred embodiments thereof.
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1015 Exhibit: US Pat No 5,782,396 Mastri

Document IPR2020-00152, No. 1015 Exhibit - US Pat No 5,782,396 Mastri (P.T.A.B. Oct. 28, 2020)
the actuator is preferably a sled including a planar base portion and a plurality of spaced apart upstanding cam wedges each having an inclined leading edge for interacting with the fastener pushers within the staple cartridge.
Constant force spring 54 is supported on a boss 56 5.782,396 actuation shaft 40 will be discussed in greater detail here- inbelow with respect to the manner in which instrument 10 is operated to clamp body tissue and apply fasteners thereto.
In addition, lift arm 210 which projects distally from actuation handle 26 is engaged beneath a transverse finger 212 formed at the proximal end of rack lock 80 adjacent the wedged clasp portion 102.
two complete strokes of actuation handle 26 causes actua- tion shaft 40 to advance 30 mm within barrel portion 22. urging the working end 164 of drive beam 162 through staple cartridge 34 to sequentially eject all of the surgical fasteners therefrom.
More specifically, as illustrated in FIG. 22, prior to insertion of disposable loading unit 530, an arcuate cam- ming finger 596 which projects proximally from abutment strut 582 is in contact with a distal portion of an angled camming surface 598 defined on rack lock 580.
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2026 Exhibit: Ex 2026 FDA Medical Device Reporting, Incident Report

Document IPR2020-00152, No. 2026 Exhibit - Ex 2026 FDA Medical Device Reporting, Incident Report (P.T.A.B. Jul. 22, 2020)
Language Assistance Available: Español | | Kreyòl Ayisyen | Français | Polski | Português | Italiano | Deutsch | | Ting Vit | | Tagalog | | Accessibility Contact FDA Careers FDA Basics FOIA No FEAR Act Nondiscrimination Website Policies |
| English U.S. Food and Drug Administration 10903 New Hampshire Avenue Silver Spring, MD 20993 Ph.
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2037 Exhibit: Ex 2037 T Slot Milling Smithy

Document IPR2020-00152, No. 2037 Exhibit - Ex 2037 T Slot Milling Smithy (P.T.A.B. Jul. 22, 2020)

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2021 Exhibit: Ex 2021 Risk Management in Medical Device Design MDDI

Document IPR2020-00152, No. 2021 Exhibit - Ex 2021 Risk Management in Medical Device Design MDDI (P.T.A.B. Jul. 22, 2020)

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2023 Exhibit: Ex 2023 Medical Device Use Safety Incorporating Human Factors En...

Document IPR2020-00152, No. 2023 Exhibit - Ex 2023 Medical Device Use Safety Incorporating Human Factors Engg into Risk Management FDA (P.T.A.B. Jul. 22, 2020)

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2027 Exhibit: Ex 2027 US 5156315 Green

Document IPR2020-00152, No. 2027 Exhibit - Ex 2027 US 5156315 Green (P.T.A.B. Jul. 22, 2020)

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