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Publication numberUS1811299 A
Publication typeGrant
Publication dateJun 23, 1931
Filing dateMay 17, 1929
Priority dateAug 25, 1928
Publication numberUS 1811299 A, US 1811299A, US-A-1811299, US1811299 A, US1811299A
InventorsBrockhaus Jr Paul
Original AssigneeBrockhaus Jr Paul
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Vise
US 1811299 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

June 23, 1931. P, BRCKHAUS, JR 1,811,299

vIsE

Filed May 17, 1929 :Patented June 23, 1931 PATENT OFFICE PAUL IBROCKHAUS, JR., OF OESTERAU IN WESTPI-IALIA, GERMANY VISE Application led May 17, 1929, Serial No. 363,827, and in lBelgium August 25, 1928.

lMypresent invention relates lto vises and has for its object to provide a vise of a considerably simpler and cheaper construction than has been possible hitherto. This end I 'il attainfby the use of a base-plate furnished with two guide-rails, of which each is providedwith an approximately U-shaped lateral channel with oppositely arranged guide* surfaces for the slip-faces of pendent guidecheeks of the vise-jaws. f These guide-cheeks are on account of their novel attachment to.

the jaws to acertain degree resilient and thus adaptedk to automatically `accomplish their re'adjustment on Vthe worn guide-surfaces. But when the limit of this resilience has been reached the pendent guide-cheeks of the jaws are drawn inwards lfor a mechanical adjustment by means of adjusting-screws lrotatably seated in said guide-cheeks and screwed into rectangular guide-blocks slidablyarranged in slots of said guide-rails. Simultaneously herewith these guide-blocks serve to limit the ioutward movement of the vise-jaws when they strike against the closed ends of said slots.

My invention is applicable as well to vlses with a fixed and a movable jaw as to vises with two movable jaws, i. e. to the so-called machine-vises. arranged guide-rails a spindle provided with a right-hand and a lettehand screw-thread is arranged to move said jaws always simultaneously Y inv opposite directions, whereby said spindle passes through the pendent nuts of both jaws and is held against axial displacement by a xedarched abutment, which straddles said spindle between two collars of the latter.

A vise constructed in accordance with my present invention is shown by way of ex'- `ample in the accompanying drawings, in

which Figure 1 is a longitudinal section taken on `line 1--1 of Figure 2.

Figure 2 is a plan-view of the improved vise. l Figure 3 is a cross-sectional view taken on line 3 3 of Figure 1, and

Figure 4 is a similar view taken on line 4-4 of the same figure.

exsl

Between the two vertically j The frame of the vise chiefly consists of a base-plate 1 whereon two guide-rails 2 are arranged parallel to each other and integrally connected to said base-plate. These rails are also connected with each other by cross-bars 3 and an intermediate vertical wall 4. Each rail 2 is on its outer face provided with an approximately U-shaped lateral -channel 2 with oppositely arranged guide-surfaces 5, which may bearranged parallel to each other G0 but preferably converge inwardly, i. e. transversely of said channels, and are carefully machined to serve as guide-ways for the visejaws 6, of which each is provided with pendent guidecheelrs 7. These guide-cheeks solely c5 bear on said guide-surfaces 5 to leave gaps or air-spaces 8 between the under-sides of the vise-jaws 6 and the webs and top-portions of the rails 2, as clearly shown in Figures 3 and 4. The inclined guide-surfaces 5 thus ob- 70 tained are designed to reduce the' friction between them and the slip-faces ot the pendent guide-cheeks. Simultaneously herewith the pen dent guide-cheeks 7 are made resilient by the aid of the reduced web-like neclsl connected with the under-side of the jaws, by means of which 'said pendent cheeks are enabled to take up wear to a certain degree quite automatically. When, however, the wear has reached a certainlimit the adjustment is regulated mechanically by means of adjusting-screws 9, which are rotatably seated in said guide-cheeks 7 and screwed into internally threaded guide-blocks 10 seated in slots 11 of the rails 2- and protected against S5 filings and dirt by shoulders 2 ofthe guiderails 2, as indicated in Figures 3 and 4. The adjustment thus obtainable can be conveniently executed on account of the exposed position'of the headset the adjusting-screws 9 90 and may be applied to either ot the guidecheeks of each jaw 6 alone or to both jaws simultaneously.

The movement of the vise-jaws 6 to and from each other is accomplished by means of a spindle '12 provided with a right-hand and a left-hand screw-thread, which engage the pendent nuts 13 of said jaws. These nuts are itted into said jaws and retained therein in their proper positions by screws 14. The

V'spindle V12 is sustained at 4t in said inter- Y `mediate wall 4: and besides this is straddled Y by an arched abutment 15 which enters between the collars 16 and 17 integrally connected with said spindle. To prevent an axial displacement of the spindle said arched abutment is inserted into vertical slots 18 of the rails V2 and held in placethereinby screws 19, as clearly shownin Figure 3.

Cover-plates 2O andQO are attachedto the jaws 6, of `whicliplates the cover-plates-ZU cooperate with a plate 21 secured to the Y Atop of the arched abutment 15 to form a cover of variable length, which at all times forms. an eiiective meansfor the exclusion of lilings and dirt'froni tliespindle-12- v The yimproved vise is of an exceptionally small kheight .and of a very simple construction and can on these accounts be'manufa'ctured at a lowercost'than thel known, inostf' ly rather complicated vises of: this class. "1n

operationthis new vise is reliable since the inclined guide-surfaces of the guide-rails and ,the slipfacesl of thev resilient'guide-cheels I of the jaws coact under` the -inost'iavorable Y said guide-rails,`pendent guiderheeks ar'- guide surfaces, pendent nutsseatedin said of-fthe latter."

ranged on ythe under-side of saidvise-jaws and solely bearing on said guide-surfaces, pendent nuts on said vise-jaws, and a spindle j adapted to move saidA vise-.jaws I simultaneously in opposite directions.

2. A vise, comprisingV a base-plate, rails severally arranged on said, baseplate parallel to each other and each providedl with an approximately IU- shapedflat'eral external channel having oppositely 'arranged bearing-L surfaces, a pair ofl vise-jawsmovablyfseated on said; guide-rails, pendent guide-cheeks Yreon said guide-rails, pendent guide-cheeks resiliently connected with the under-side of said vise-jaws and solely bearing on said inwardly converging guide-surfaces, means for in.- dependently adjusting` both guide-'cheeks on the guide-surfaces of said lateral rail-channels, pendent nuts removably seated in said vise-jaws, a spindle having right-band and yleft-hand screw-threadsengaging said pendent nuts for moving them simultaneously in oppositedirections, pair-of collars integrally connected with. said spindle, and a U- .shaped abutment removably seated in saidguide-rails and straddling said spindle between two' collars integrallyconnected with said spindle.

4. Ayise, comprising ag'loasef-jfilate,` guiderails integrally connectedwith' said'baseplate and 1at one end ywith anf intermediate wall andreachV provided with an'approximateoppositely arranged `guide;surfaces, a pair of vise-j aws movably s'eate'dongsaid giiidefrails, pendent Y.guide-cheeks secured by reduced web-like necks to said; jaws: to maletheni adapted vto resilientlytseat themselves lsolely on the,guide-surfaces ofsaidguide-rail channels, internally threaded lguide-blocks voperating in longitudinal slts fof guiderails, adjusting-screws rotatably seated I in said guide-cheeks and [screws into said guideblocks for mechanically adjusting guidecheeks, pendent nuts seatedin said vise-jaws, a spindle having right-hand Aand'left-hand,

screwethreads lengaging lsaid pendent Ynuts and sustained on oneend. by s'aidin'termedi'- ate wall,vand an arched'abutmentdetachably connected with said ,guide-rails and straddling said `,spindle.between two collars lforming integral .parts of'said spindle to iprotect the latter againstaxialdisplacement. l'

' In testimony whereofvI aiiix'my signature.

PAUL '.BRQKHAS JR l n.8' ly U-shaped lateral external, channel with D siliently .connected with' the under-sidef-'f Y i said vise-jaws Vand solely-bearing onl Vsaid vise-j aws and projecting between said guide-4 Y K rails, a spindle engaging said pendent nuts `and adapted 'togmove said vise-jawsk simultaneously in opposite directions, land a U- :shaped abutment seated in saidy guide-rails f .and straddling said ,spindle between 'collars of said spindle to prevent axial displacement Y Yrevise, comprising -rails. severally arrangedon saidl base-plate land eachy providedwith an approximately. U- shaped. lateral external channel` with Eoppor Ysitely Varranged guidefsurfaces convergingin- 65 wardly', a pair kof vise-j awsr movably;V seated a bee-piaefguide- Y

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2499124 *May 29, 1947Feb 28, 1950Production Devices IncApparatus for protecting operating parts of vises from chips or other refuse incidental to machine work
US2595879 *Oct 14, 1946May 6, 1952M And M Wood Working CompanyFeeding means for variable width edge jointers
US3050301 *Sep 21, 1959Aug 21, 1962Palazzolo HenryDifferential gearing-actuated work holder clamp
US3095188 *Jul 13, 1961Jun 25, 1963Ford Motor CoSeat back rest with adjustable spring rate
US3840970 *Jul 23, 1973Oct 15, 1974Hawkins HOil well tooling positioning apparatus and method
US4192521 *Sep 23, 1977Mar 11, 1980Bernard Smith4-Jaw work holding chucks
US4579380 *Dec 6, 1983Apr 1, 1986Carnegie-Mellon UniversityServo robot gripper
US5442844 *Feb 4, 1994Aug 22, 1995Chick Machine Tool, Inc.Apparatus for protecting internal elements of a workholding apparatus
US5634253 *Sep 2, 1994Jun 3, 1997Chick Machine Tool, Inc.For clamping a workpiece
US5762326 *Jun 26, 1996Jun 9, 1998Chick Workholding Systems, Inc.Apparatus for expanding the worksurface of a vise-like workholding apparatus
US5984290 *Oct 15, 1997Nov 16, 1999Te-Co.Enclosed two station machining vise with removable and off-settable jaws
US6953311 *Aug 27, 2003Oct 11, 2005Ksi Technologies Corp.Tool holding and working piece-clamping assembly for a machine tool
US8109494Aug 29, 2007Feb 7, 2012Chick Workholding Solutions, Inc.Workholding apparatus having a movable jaw member
US8336867Aug 27, 2008Dec 25, 2012Chick Workholding Solutions, Inc.Workholding apparatus having a detachable jaw plate
US8454004Aug 27, 2008Jun 4, 2013Chick Workholding Solutions, Inc.Workholding apparatus having a movable jaw member
US8573578Feb 6, 2012Nov 5, 2013Chick Workholding Solutions, Inc.Workholding apparatus
US20120043711 *Aug 16, 2011Feb 23, 2012Kurt Manufacturing Company Inc.Five axis machine vise
CN101905428A *Aug 27, 2010Dec 8, 2010邝锦富Bidirectional clamping mechanism
DE102007006078A1 *Feb 2, 2007Aug 7, 2008Lang Technik GmbhCentering clamp for fixing workpiece on machine table, has base body and carrier plate together forming one-piece combined base- and carrier plate body that is made of lighter material e.g. cast aluminum and highly loadable plastic
DE102007006078B4 *Feb 2, 2007Dec 15, 2011Lang Technik GmbhZentrierspanner mit Trägerplatte
DE102007027808B3 *Jun 13, 2007Aug 14, 2008Gressel AgVise, for clamping a workpiece, has clamping pad carriers formed as half-shells to shroud the adjustment spindle for moving at least one pad
EP1607183A2 *Jan 29, 2005Dec 21, 2005Schunk GmbH & Co. KG Spann- und GreiftechnikVice
EP1688219A1 *Jun 15, 2005Aug 9, 2006HB-Feinmechanik GmbH & Co.KGClamping device with cover element for its spindle recess
WO1996007511A1 *Sep 1, 1995Mar 14, 1996Chick Machine Tool IncApparatus for expanding the worksurface of a vise-like workholding apparatus
WO2006133755A1 *Mar 31, 2006Dec 21, 2006Hb Feinmechanik Gmbh & Co KgClamping device
WO2008151860A1 *Mar 28, 2008Dec 18, 2008Gressel AgClamping device
Classifications
U.S. Classification269/242, 269/251, 82/138, 269/99, 269/285
International ClassificationB25B1/00, B23B31/12, B23B31/165, B25B1/10
Cooperative ClassificationB25B1/103
European ClassificationB25B1/10B