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    • 4. 发明专利
    • Pin feed devices
    • GB728884A
    • 1955-04-27
    • GB2487253
    • 1953-09-08
    • WALTER PHILIP WILLIAMS
    • B41L5/06
    • 728,884. Autographic registers. WILLIAMS, W. P. (Metzner, A. W.). Sept. 8, 1953, No. 24872/53. Class 16. [Also in Group XVI] A pin feed device in or for a mechanism for advancing continuous strips of marginally perforated material, comprises a rotatable pin carrier, a plurality of feed pins separately carried by the pin carrier and means for maintaining all the feed pins in continuous approximately parallel relation one to another. The device is shown in use in an autographic register comprising a casing overlaid by a table 12 hinged at the rear to the casing and covered by a lid pivoted at the front of the casing. Record forms 15, having perforations 16 for engagement by the pin feed devices operated by a crank 17, are led over the table 12 under a window in the lid. The form advancement mechanism is carried by the underside of the table 12 and comprises a support bar 18, secured by screws 19 to the table, having at one end projecting studs 21 supporting an auxiliary bar 22 forming a continuation of bar 18, an adjustment screw 23 being in threaded engagement with the bar 22 and fixed in bar 18 so that the bar 22 can be laterally shifted with respect to the bar 18. Pin feed devices 24, 31 with pins 25, 32 are mounted on opposite sides of the register on the bar 22 and bar 18, the device 24 underlying a plate 26 secured to the support 22 and lying in a cut out opening 28 in the table 12, which plate 26 has slots 29 for the pins 25, similar slots being provided in the table 12 for the pins 32. The pin feed devices 24, 31 are substantially identical and comprise three or four pins 32 each cylindrical with a square base 74 and offset extension 75, pivot studs 76, 77 being mounted to protrude laterally from the base 74 and extension 75 in vertical alignment in the longitudinal axis of the pin and on opposite sides of the pin 32. The studs 76, 77 are received in longitudinal openings in discs 78, 79 respectively, with the pins equally spaced round the peripheries of the discs. Operation of the devices 24, 31 to feed the forms 15 is effected by the crank 17 which is fastened to a stub shaft 33, journaled in a plate 34 bolted to an arm 35 extending rearwardly from support bar 18, having a gear 36 meshing with a pinion 37 on a shaft 38 extending through an opening 39 in plate 34, through an aperture in arm 35, and mounted rotatably in a wall 41 also extending from the bar 18. A gear 42 on shaft 38, adjacent wall 41, meshes with a pinion 43 fast on a shaft 44 rotatably mounted in an extension 45 of wall 41 and in the auxiliary support bar 22, the shaft 44 incorporating an expansion joint 46 to allow the lateral adjustment of bar 22. The discs 78 carrying pins 32 and 25 are secured to the ends of shaft 44 while the discs 79 which are offset with respect to discs 78, have a central stub shaft 81 rotatably received in an opening 82 in the support arm 35 and in an extension of bar 18 at the opposite side of the machine, the discs 78 and 79 being mounted so that the pins 32 or 25 are vertical and rotation of shaft 44 causes each pin to move in an upright position through a rotary path of small radius. In place of gear 43, the disc, corresponding to disc 78, mounted on shaft 44 may be geared to be driven directly by gear 42. To positively define the extent of advancement of the forms 15, a latch mechanism is provided comprising a stud 47 set in gear 36 and a latch 48 having a cut-out opening 49 to receive the stud in which position the gear 36 cannot be turned by crank 17. The latch 48 has slots 51, 52 of the shape shown in Figs. 3, 7 receiving fixed studs 53 in an end wall 53 of the support bar 18 connected to wall 41 by a web 55 to give a limited sliding and tilting movement, and a spring 56 between a pin 57 on the latch and a post 58 on web 55 urges the latch to engage stud 47 in opening 49. To release the latch, a finger lever 63 is provided closely adjacent crank 17 for operation just prior to operation of the crank, the lever 63 being mounted on a shaft 62 rotating in the end wall 54 and having a finger 59 to engage an ear 61 on the upper edge of the latch 48. Operation of lever 63 moves the latch to the Fig. 3 position and as crank 17 is operated and lever 63 released, the latch 48 returns to latching position to intercept stud 47 and limit turning of the crank. As shown, a single stud 47 is used, allowing one complete turn of the crank 17 but additional studs may be installed to limit the turn to a fraction of a turn at each operation. To prevent motion of the gear train to the pin feed devices in the wrong direction, shaft 38 carries a roller 64 engaged by a serrated cam 65 eccentrically mounted on a stud 66 journalled in the support arm 35 and pressed into engagement by a spring detent 67, the rotation in a clockwise direction as seen in Fig. 7 being unopposed but rotation in the opposite direction bringing the high serrated part of the cam against the roller. A tear bar 68 is carried between arms 69 secured to opposite ends of a shaft 71 journalled between projections on the support bars 18 and 22 and is urged downwards to hold the forms 15 against the table 12 by springs 72. A coil spring 73 on shaft 71 maintains a pressure on the threads of the adjustment screw 23. Carbon paper 86 is interleaved with the forms 15 and owing to the relatively short longitudinal path of the pins 25, 32, can be brought close to the first perforation on a form.
    • 5. 发明专利
    • Improvements in or relating to printing rolls
    • GB576873A
    • 1946-04-24
    • GB949844
    • 1944-05-17
    • WALTER PHILIP WILLIAMS
    • B41L29/06
    • 576,873. Printing - machines ; ruling machines. WILLIAMS, W. P. (Standard Register Co.). May 17,1944, No. 9498. [Class 100 (ii)] .A printing - roller, which is especially adapted for printing forms for bills, or for account forms, is constructed so as to print headings in type form and to print lines to form columns, and the machine may be set so that the position of the lines can be printed alternatively in different longitudinally offset positions. The printing-roller is constructed of a number of spacing elements 3 which are splined to a shaft 2 mounted in frames 1, and a number of segmental ruling-members 4 which can be inserted between the spacer elements 3 without removing these from the shaft 2. The spacers 3 are formed with raised panels 7 having segmental lower portions about which the segmental lower ends of the ruling elements 4 can pivot. The spacers 3 are formed with segmental slots 8 through which pass a locking-bolt 9 formed with a flat part to permit of adjustment of the rulers 4 relatively to the spacers 3. The bolt can be turned so as to cause the round part of the bolt to engage either of two recesses 11, 111 in the rulers 4 and thus adjust these members relatively to the spacers 3 which are formed with grooves 5 for receiving type 6 to print headings of bills &c. The parts are secured in position by adjustable headers 12 one held by a set screw 13, and the other by a nut. Means for adjusting and locking the bolt 9 comprise a knob 18 for rotating the bolt, springs 17 to prevent chattering, and an adjustable collar 19 with a flange for engaging the flat part of the bolt and a detent plunger 22 for holding the collar 19 in adjusted position. In a modification, Fig. 15, the rulers 4 are held in adjusted position by a sliding bolt 27 which can engage either of two notches 25 in the rulers. The bolt is operated by a cam on a shaft operated by a crank-arm 28, and an adjustable segment locks the parts, and is itself held by a set-screw 30. In a further modification, Fig. 19, the rulers 4 are provided at side of their openings 10 with a pair of notches 33, and pivoted hooked members 35 are operated by a sliding cam 37 to cause the hooks to engage the upper notch 33 and lower 33 , or vice versa. The cam 35 is formed with a slot guided by rollers 39, and the cam 37 can be held in position by a type member 6. The printing-roller may print two ruled forms at one operation each having a printed heading.
    • 6. 发明专利
    • Improvements in autographic registers and like recording machines
    • GB574423A
    • 1946-01-04
    • GB945843
    • 1943-06-11
    • WALTER PHILIP WILLIAMS
    • B41L5/06
    • 574,423. Autographic registers. WILLIAMS, W. P. (Standard Register Co.). June 11, 1943, No. 9458. [Class 16] [Also in Group XIX] In registers of the kind having record strips in continuous form fed by means of pin-wheels engaging perforations in the marginal edges of the strips, and one or more strips of carbon or other transfer paper fed transversely between the paper strips, the feeding means for the transfer strips comprises a reciprocable device including a ratchet-and-pawl mechanism operable under the control of a projecting member on the pin-wheel shaft of the record stripfeeding means. In the form shown in Figs. 1 to 5, folded record strips 8 are withdrawn from a supply compartment 6 in the casing over individual guide rollers 10 and a writing tablet 4 by a pair of pin-wheels 11 interconnected by a sleeve 12 on a transverse shaft 13. The writing tablet 4 is carried on a pivoted frame part 2, at the rear of which is a curved guide for the record strips. The frame 2 is held in position by a rod 18 thereon engaging latch arms 20 on a rock-shaft 19. The curved guide carries a rock-shaft 22 with arms 23 having rollers 24 which ride upon the periphery of discs 15 attached to the pin-wheels 11. The rollers 24 engage notches 16 in the discs 15 at the end of each strip feeding operation. The arms 23 also carry a hold-down and tear-off blade 26 except for one strip which is led to a receiving compartment 9 and refolded. A shoulder 29, Fig. 5, on the arms 23 co-operates with a latch 30 to hold the arms in raised position when inserting a new set of record strips. Strips of transfer material are interleaved in transverse relation between the record strips and are advanced in successive steps simultaneously with the feeding of the record strips. Rolls 35 of transfer material are carried on shafts 34 journalled in the pivoted frame 2 and have their leading ends inserted between the sets of toothed pinions 40, 44 mounted on shafts 39, 43. The shaft 43 is mounted on spring-controlled arms 41 which yieldingly press the pinions into engagement. The stepby-step feeding of the material is effected by a ratchet-wheel 46, Fig. 3, on the shaft 39 and pawl 48 on an oscillatory lever 47 concentric with the shaft 39 and formed with an end 47 projecting into the path of a pin 50 extending radially from a collar 49 on the sleeve 12. Retrograde movement is prevented by a detent pawl 52. An extension 47 on the lever 47 enables the strips to be advanced manually. In a modification, Fig. 15, the actuation of the pawl lever 47 is effected by a cam 60 on the shaft reciprocating a pair of racks 61, 63 connected by an idler pinion 62, the rack 63 being formed with a head 64 to oscillate the pawl lever 47. The cam 60 may be formed with one or more lobes. Instead of pinions 40, pinwheels may be substituted to engage marginal punched holes in the transfer material.
    • 7. 发明专利
    • Sheet feeding mechanism
    • GB571480A
    • 1945-08-27
    • GB1436443
    • 1943-09-02
    • WALTER PHILIP WILLIAMS
    • B41J13/00
    • 571,480. Feeding sheets; typewriters. WILLIAMS, W. P. (Standard Register Co.). Sept. 2, 1943, No. 14364. [Clasaes 100 (i) and 100 (iv)] Sheet-feeding apparatus which is especially applicable for feeding record units comprising one or more sheets to typewriters, or other machines such as addressing-machines, is constructed with an inclined magazine 8 in which the sheets 14 are stored and are pressed by a spring 8 so as to cause the front edges of the sheet to engage a retaining lip 11. The sides 12 of the magazine are adjustable laterally. The sheets are fed in succession to the platen 2 by means of adjustable ejector fingers 23 on a shaft 17 rotated counter-clockwise by changeable gearing from a gear on the platen 2. The fingers withdraw the front sheet from the lip 11 and thus permit it to fall by gravity so as to engage stops 26 carried adjustably by slides 27 which are reciprocated by a cam 38 so as to move the slides radially of a feed roller 37 driven from the platen roller. The separated sheet drops when a roller 36 carried by the slides 27 is moved away from the roller 37, and in this position of the roller 36 the stops 26 are in the path of the sheet, which is held thereby until the preceding sheet is cleared. The roller 36 is then moved to engage the roller 37 and the stops 26 move clear of the sheet. Guides 24, 46 guide the sheet to registered position. The sheet is fed through the typewriter by rollers 40 coacting with the platen 2, and is finally fed away by a roller 45 to a shoot 41 formed of parallel plates 42, 43 carried by arms 44 journalled on the shaft 17.
    • 8. 发明专利
    • Improvements in platen rolls for writing or imprinting machines
    • GB567455A
    • 1945-02-14
    • GB1507543
    • 1943-09-14
    • WALTER PHILIP WILLIAMS
    • B41J11/04
    • 567,455. Typewriters. WILLIAMS, W. P. (Standard Register Co.). Sept. 14, 1943, No. 15075. [Class 100 (iv)] To enable platens of various lengths to be used in typewriters, such as print in conjunction with an entire line or group of type, interchangeable split platens 21 are used, each formed of a semi-cylindrical hard metal or moulded plastic material 22, and an outer rubber or like cover 21a, 21b formed with tips 24 which overlap marginal rabbets in the cores. One core 22 is formed with projecting tongues 25 bounded by edges which are respectively radial of and tangential to the platen when the parts 22 are assembled by inserting the tongues 25 in correspondingly-shaped recesses 26 in the adjacent section. The platen is assembled on the shaft 1 of the typewriter by the aid of a sleeve 6 formed with notches 7 for receiving detents 18 which hold in position a two-part thrustcollar formed of two parts 19, 20 screwed together to permit of fine adjustment. The thrust-collar controls the axial position of a clamp head 8 formed with angular ribs 28 for engaging grooves of similar shape in the ends of the cores 22. The heads 8 are formed with apertures for receiving pins 9 for advancing the record strips, the pins 9 being controlled by cams 11 in a manner similar to that set forth in Specification 471,531. Specification 408,125 also is referred to.
    • 9. 发明专利
    • Improvements in and relating to stapling of superposed sheets of material
    • GB567345A
    • 1945-02-09
    • GB1000043
    • 1943-06-21
    • WALTER PHILIP WILLIAMS
    • B42B2/00
    • 567,345. Stapling. WILLIAMS, W. P. (Standard Register Co.). June 21, 1943, No. 10000. [Class 89 (iii)] In order to permit relative freedom of movement of the sheets in an assembly of superposed sheets of material connected by a staple, the legs of the staple are of materially greater length than the thickness of the assembly so that it may assume positions inclined to the plane of the sheets, as shown in Fig. 2. This loose stapling may be performed in an apparatus where preformed staples are set, or in one wherein the extremity of a continuous wire fed forward at each operation is cut off and formed into a staple, by interposing a removable spacer member within the legs of the staple as shown at 14 in Fig. 10 during setting. The legs of the staple after being thrust through the assembly are inturned against rounded shoulders 15 of an anvil 11 and the inturned ends, more or less in abutment with one another, are then closed against the underside of the spacer 14 by a clenching plunger 17. In the setting process, that portion of the staple legs within the assembly are first drawn towards one another and then pushed apart so that the holes in the sheets are enlarged laterally. The invention enables accurate registry of matter imprinted on the sheets to be arranged while retaining the sheets in assembled relation, and is applicable particularly to marginally or terminally punched manifold assemblies of series connected detachable forms, for commercial writing and imprinting machines such as typewriters, tabulators, addressing and like machines.
    • 10. 发明专利
    • Improved paper-guide means for writing or imprinting machines
    • GB564300A
    • 1944-09-21
    • GB1000143
    • 1943-06-21
    • WALTER PHILIP WILLIAMS
    • B41J11/04
    • 564,300. Typewriters. WILLIAMS, W. P. (Standard Register Co.). June 21, 1943,No. 10001. [Class 100 (iv)] A typewriter or tabulator, in which record material is advanced around a platen roll 7 by feed rollers 8, 9 or by feed pins 12, is constructed with a mounting for the assembly of the paper guide fingers 21 which can be readily moved into and out of operative relation with the platen roll 7 so as to permit of access to the roll 7 for interchanging purposes &c. In one form, Figs. 2, 4, the guides 21 are adjustably mounted on a bar 20 which connects a pair of spaced heads 17 formed with studs 18, 19, slidingly engaging slots 15, 16 in end plates 14 mounted on the platen carriage. The slots 16 are straight and end in notches 16 , and the slots 15 are in part straight and in part circular, so that when the frame is withdrawn bv a straight line movement so far that the studs 19 reach the slots 16 , further movement is of a pivotal nature about the studs 19, and the whole assembly is finally in the position shown in dotted lines in Fig. 2, and the studs 18 then rest in the notches 15 . In the operative position the assembly is held in place by latch arms 28 with notches engaging studs 31 on the fixed end plates, but the latches are released by other studs 32 on upward movement of the assembly. The guides 21 may be slotted where they register with the pins 12. In a modification, Figs. 8 and 10, the fingers 21 are adjustably secured to a slotted bar 33 provided at each end with discs 35 formed with central holes for engagement over studs 37 projecting from fixed mounting plates 38. One disc 35 may be engaged over a stud 37 and then moved reversely in an axial direction to engage the other stud. The heads are then secured by latch arms 39, which when released permit withdrawal of the disc 35 and with them the bar 33 and guides 21. The guides are held in operative position by the engagement of depending ears 40 on the underside of the bar 33 with studs 41 projecting from the mounting plates 38.