US3279106A - Pressing machine and control - Google Patents

Pressing machine and control Download PDF

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Publication number
US3279106A
US3279106A US353359A US35335964A US3279106A US 3279106 A US3279106 A US 3279106A US 353359 A US353359 A US 353359A US 35335964 A US35335964 A US 35335964A US 3279106 A US3279106 A US 3279106A
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Prior art keywords
head
pressure
buck
contact
standoff
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US353359A
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Vincent W Tucker
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Ametek Inc
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Ametek Inc
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Priority to US353359A priority Critical patent/US3279106A/en
Priority to NL6502389A priority patent/NL6502389A/xx
Priority to BE660508A priority patent/BE660508A/xx
Priority to DE19651460820 priority patent/DE1460820A1/de
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    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F71/00—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles
    • D06F71/02—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles actuated wholly by hand or foot
    • D06F71/023—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles actuated wholly by hand or foot with an upper movable pressing member and a lower fixed pressing member
    • D06F71/026—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles actuated wholly by hand or foot with an upper movable pressing member and a lower fixed pressing member the upper movable member rotating about a fixed axis
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F71/00—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles
    • D06F71/04—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles power-actuated
    • D06F71/06—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles power-actuated fluid-actuated
    • D06F71/062—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles power-actuated fluid-actuated with an upper movable pressing member and a lower fixed pressing member
    • D06F71/065—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles power-actuated fluid-actuated with an upper movable pressing member and a lower fixed pressing member the upper movable member rotating about a fixed axis

Definitions

  • the well known garment-pressing machine comprises a frame, a stationary buck on the frame, and a movable pressing head pivotally mounted on the frame for movement relative to the buck from an opened position removed from the buck into a pressure-applying position in high pressure engagement with the buck.
  • Various controls have been suggested for such standard pressing machines, which are used primarily by clothing manufacturers, dry cleaners and laundries, to enable the autopressing head relative to the stationary buck for the purpose of reducing operator fatigue, achieving uniformity in pressing from garment to garment and like objectives.
  • a pressing machine which comprises a frame, a stationary buck mounted on the frame and a movable pressing head mounted on the frame for movement into multiple discrete positions relative to the buck including an opened position removed from the buck, a standoff position in spaced confronting relation to the buck, a contact position in contact or zero-pressure engagement with the buck, and a pressure-applying position in high-pressure engagement with the buck.
  • Actuating mechanisms are provided for selectively moving the head relative to the buck which actuating mechanisms include first means operatively connected to the head for moving the head between the open and standofi positions, second means operatively connected to the head for moving the head between the standoff and contact positions, the third means operatively connected to the head for moving the head between the contact and pressure-applying positions.
  • the three means of the actuating mechanisms each embody a separate piston and cylinder assembly appropriate for pneumatic operation.
  • Control mechanisms are operatively connected to the actuating mechanisms for selectively moving the head in multiple closing and opening sequences including, without limitation, a first closing sequence from the opened position successively into the standoff, contact and pressure-applying positions, a second closing sequence from the opened position directly and successively into the contact and pressure-applying positions, a first openingsequence from the pressure-applying position direct.
  • Pressing machines constructed in accordance with the present invention have a number of practical advantages when used at the manufacturing level where materials and new garments are steamed and/or pressed and at the servicing level where cleaned garments are pressed and to some extent rejuvenated by the selective exposure to steam.
  • the ability to establish the standoff position wherein the movable pressing head is in space confronting relation to the buck at a preset but adjustable dis tance (which may be of the order of one and one-half inches) enables the machine operator to process garments of pile fabrics and lengths of such piece goods.
  • High pile fabrics made to simulate furs and knitted materials having pulled naps must be carefully steamed and pressed to avoid damaging the sub-base of such fabric or garment.
  • top steam may be applied to a garment made of a high-pile synthetic such as to press and condition the pile without applying either heat or moisture to the sub-base.
  • the operator may apply bottom steam through the stationary buck which steam pases upwardly through the sub-base and appropriately treats the nap, with the pressing head in the standoff position serving as a hold down for the garment of fabric.
  • a further advantage in accordance with the present invention resides in ability to move the pressing head from the pressure-applying position to the standoff position, with the subsequent release from the standoff position to the open position which sequence of movements of the pressing head relative to the buck precludes the tendency to lift the fabric or the garment from the stationary buck before being thoroughly dried with the attendant risk of wrinkling the same.
  • Still further advantages reside in the ability to repetitively move the pressing head between the standoff and contact positions to achieve a patting action on the fabric or garment, with or without the application of steam and/or vacuum and to apply pulsating high pressure by repetitively moving the pressing head between the contact and pressure-applying positions.
  • FIG. 1 is a front elevational view of a pressing machine embodying features of the present invention with parts broken away and shown in section, and illustrated in a closed position;
  • FIG. 2 is a side elevational view on an enlarged scale, with parts broken away and sectioned to show the internal construction of the pressing machine and with the movable head shown in an opened position removed from the stationary buck;
  • FIG. 3 is a side elevational view similar to FIG. 2, but showing the movable head in the standoff position in spaced confronting relation to the stationary buck;
  • FIG. 4 is a schematic and diagrammatic view showing the actuating and control mechanisms for achieving the multiple movements of the instant pressing machine.
  • FIG. 5 is a schematic and diagrammatic view of a service control for the selective, operator controlled, application of steam and/ or vacuum to the stationary buck and the movable pressing head.
  • FIGS. 1 to 3 inclusive there is shown a pressing machine embodying features of the present invention and generally designated by the reference numeral 10..
  • the pressing machine .10 includes a frame 12 having a horizontally extending table 14. Extending above the table 14 is a stationary buck or lower pressing head 16 which is supported on an appropriate standard 18. As is generally understood and seen best in FIGS. 2 and 3, a head-supporting yoke 20 in the form of a doublearm lever is pivotally mounted on the frame 12 rearwardly of the stationary buck 16 at a horizontally-extending yoke shaft 22. The upwardly and forwardly directed arm 20a of the yoke 20 carries a movable or top pressing head 24.
  • the oppositely directed arm 20b of the yoke 20 is operatively connected to pneumatically-controlled actuating mechanisms which selectively move the pressing head 24 into multiple discrete positions relative to the stationary buck 16 including an opened position removed from the buck 16 wherein the pressing head 24 is disposed at an angle of approximately 55 relative 2), a standoff position in spaced confronting relation to the buck 16 (see FIG. 3), a contact position in contact or zero-pressure engagement with the buck 16, and a pressure-applying position in high pressure engagement with the buck 16.
  • the contact and pressure-applying positions are not specifically illustrated, but for all intents and purposes are visually the same as the FIG. 1 position.
  • the pneumatically-controlled actuating mechanism 26 for the movable pressing head 24 includes a first cylinder and piston assembly 28,30 which is operatively connected to the pressing head 24 for moving the pressing head between the open position of FIG. 2 and the standoff position of FIG. 3, a second cylinder and piston assembly 32, 34 operatively connected to the pressing head 24 for moving the pressing head between the standoff position of FIG. 3 and the contact position, and a third cylinder and piston assembly 36, 38 for moving the pressing head 24 between the contact position and the position.
  • the cylinder 28 of the head-standoff actuating assembly is mounted for displacement relative to the frame at a cylinder pivot 40 on a mount ing lever 42 which in turn is pivotally mounted at a lever pivot 44 on the frame 12.
  • the piston 30 of the head-standoff actuating assembly 28, 30 is pivotally connected to the arm 20b of the yoke
  • the cylinder 32 of the head-contact actuating assembly 32, 34 ispivotally mounted on the frame 12 at the cylinder pivot 48, while the piston 34 thereof is pivotally connected by pivot 50 to the end of the mounting lever 42.
  • the head-standofl" cylinder and piston assembly 28, 30 maybe displaced as a function of the stroke of the piston 34 of the headcontact cylinder and piston assembly 32, 34 and the leverage ratio determined by the effective lengths of the respective lever arms between the pivots 44, 40 and the pivots 44, 50.
  • Movement of the pressing head 24 from the opened position (FIG. 2) to the standoff position (FIG. 3) occurs when air is introduced into the pressure end of the cylinder 28, with the stroke of the piston 30 being adjustable by turning the threaded cylinder head 28a of the cylinder and varying the correspondinglimit travel of the piston head within the cylinder 28.
  • the stroke of the piston 30 being adjustable by turning the threaded cylinder head 28a of the cylinder and varying the correspondinglimit travel of the piston head within the cylinder 28.
  • the standoff position of the pressing head .24 is established in relation to the stationary buck 16 to provide 'a clearance therebetween of approximately one and. onehalf inches, with this standoff spacing being adjustable within an upper and lower range of approximately onequarter of an inch by means of turning the threaded. cylinder head 28a on the off-pressure side of the cylinder 28. Further adjustments in the spacing of the pressing head 24 relative to the stationary buck 16 in the standoff position may be attained by making available internal adjustments within the head-standoff cylinder and piston assembly 28, 30 as is generally understood.
  • thermovable pressing head 24 operates against counterbalancing springs 50, 52 which a normally bias the yoke 20 and the head 24 to the open position.
  • the springs 50, 52 are mounted at their lower ends on respective pivotal mounts 54, 56 and are opera-' 6 tively connected at their upperv ends to a cross head 58 pivotally connected by cross head shaft 60 to the yoke 20, as is generally understood.
  • a hydraulic check 62 having a check'arm 64 which is connected via a check connecting linkage 66 to the cross head shaft 60 and to the yoke-20.
  • Movement of the pressing head 24 from the standoff position into the contact position in contact or zeropressure engagement with the stationary buck .16 is achieved by activation of the head-contact actuating assembly 32, 34.
  • This rocks the mounting lever 42 in the clockwise direction about the lever pivot 44 and displaces, the extended head-standoff actuating assembly 28, 30 in a direction to move the pressing head 24 into zero-presv sure contact with the stationary buck 16, as may be appreciated .by progressively inspecting FIGS. 2 land '3.
  • the head-contact actuating assembly 32, 34 is of the type including an internal return spring, as are the others, which tends to retract the piston 34 to the illustrated position and, in this sense, counteracts the positive stroke of the piston.
  • the head-pressure actuating assembly 36, 38 of the pneumatically-controlled actuating mechanisms 26 includes a cylinder pivot 68 at the base of the frame-12. upon which the cylinder 36 is mounted and a connecting.
  • the connecting head 70' is coupled via a toggle linkage 72 to the arm 20b of the yoke 20.
  • the toggle linkage 72 includes driver link i 74 which is pivotally mounted on the frame '12 at pivot 76, a connecting link 78 which is pivotally connected to the arm 20b of the yoke'20 at a pivot 80, and a knee pivot 82 connected between and connecting links 74, 7'8 and to the connecting head 70 on the piston 38.
  • the toggle links 74, 78 r approach an in-line position with respect to each othernas' the pressing head 24moves to the contact position such that a relatively short stroke of the piston 38 of the head-. pressure actuating assembly 36, 38 will manifest itself as. a relatively large pressure between the head 24 and the buck 16.
  • the pressing head 24 may be moved in a first closing sequence from the open position to the standoff position by activation of the head-standoff actuating assembly 28,
  • theadjacent ends of the driver 30, may then be moved from the standoff position to the contact position by activation of the head-contact actuating assembly 32, 34, and finally may be moved from the contact position to the pressure-applying position by activation'of the head-pressure actuating assembly, 36, 38.
  • the piston and cylinder assemblies 28, 30 and 32, 34 it is possible to move the pressing head 24 in a second closing sequence from the open position directly into the contact position; and then by activating the pressure-applying piston and cylinder assembly 36, 38 to move the pressing head 24 from the contact position into the pressure-applying position.
  • Plural opening sequence may be achieved including a first opening sequence wherein the pressing head 24 moves directly from the pressure-applying position to the open position, a second opening wherein the pressing head moves from the pressure-applying position into the contact position, and a third opening sequence wherein the pressing head moves from the pressure-applying position directly into the standofi position. Further and in this connection, the pressing head 24 may be moved from the contact position directly to the open position and from the contact position, to :the standoff position and then to the open position. Since a better understanding of the invention may be derived from a consideration of the movement control diagram of FIG. 4 and the service control diagram of FIG. 5, further specific reference to FIGS. 1 to 3 will be dispensed with, it being understood that the various valves and control elements are physically located on the pressing machine 10, but that their detailed illustration would unduly complicate the drawings and not materially contribute to a better understanding of the invention.
  • the pneumatic position control illustrated in FIG. 4 includes the standoff-position actuating mechanism 28, 30, the head-contact actuating mechanism 32, 34 and the headpressure actuating mechanism 36, 38.
  • the illustrated control for such cylinder and piston assemblies includes six hand controls and one pedal control, namely, a single manual standoff-position control 84, identical right and left manual contact-pressure controls 86, 88, identical right and left manual pressure-release control-s 90, 92, a manual pressure-position control 94 and a pedally-operated contact-position control 96. As seen best in FIG.
  • these controls are located at the front edge of the table 14 in easy reach of the machine operator, with the right hand controls 86, 90 being located one above the other, the left hand controls 88, 92 likewise being located one above the other and the single standoff-position control '84 being disposed immediately to the right of the left hand controls 88, 92.
  • the pressure-position control 94 is mounted on the movable pressing head 24 immediately to the left of the top steam control, while the direct contact-position control 96 is disposed at foot level at the base of the frame 12.
  • the standoff-position control 84 includes a pivoted finger button 84a which is effective via pivoted valve lever 84b to actuate a combined inlet and exhaust valve 840 which includes internal chambers having mounted therein a spring biased plunger and head assembly of conventional construction.
  • the valve 840 includes a line-pressure air inlet 84d, an air outlet Me and an exhaust outlet '84) connected to a muflier 84g. Normally, the air outlet 84 is ported to the atmosphere through the air exhaust 84 and the mufller 84g.
  • the right and left pressure-release controls 90, 92 are likewise of conventional construction and accordingly it will suflice to describe only the control 90 in general terms.
  • the pressure-release control 90 includes a pivoted finger button 90a which is coupled via release valve lever 90b to exhaust valve 90c which has an internal spring-biased plunger and head assembly and an air outlet 90d which is ported to the atmosphere by the exhaust outlet 90:: and the muffler 90
  • a pivoted finger button 90a which is coupled via release valve lever 90b to exhaust valve 90c which has an internal spring-biased plunger and head assembly and an air outlet 90d which is ported to the atmosphere by the exhaust outlet 90:: and the muffler 90
  • the single pressure-position control 94 include-s a pivoted finger button or piece 94a which via an internal rack and gear mechanism controls the valve 94b which includes an internal spring biased plunger and head assembly for making selective connections between the air inlet 94c, the air outlet 94d, and the exhaust outlet 94e.
  • the air inlet 940 is ported to the atmosphere by the exhaust outlet 94e.
  • the exhaust outlet 94e is closed by the associated valve head and the air inlet 940 is connected to the air outlet 94d for a control function to be subsequently described.
  • the pedally-operated, direct contact-position control 96 includes a pivoted foot pedal 96a which controls the valve 96b having an internal spring-biased valve plunger and head assembly, a line-pressure air inlet 96c, an air outlet 96d, and an exhaust outlet 962. Normally, the air outlet 96d is ported to the atmosphere through the exhaust outlet 96c. Upon actuation of the control 96, the line-pressure air inlet 960 is connected to the air outlet 96d and the exhaust outlet 962 is blocked.
  • Air under pressure is introduced over the main air supply line 98 through a master shut-off valve 100, with the main air supply line 98 having branches to the air inlet 84d of the standoff-position control 84, to the corresponding air inlets of the right contact-position control 86 and the left-contact position control 88, to the air inlet of the direct contact-position control 96 and to a diaphragm operated control valve 102 and master control valve, both of which are of conventional construction and need only be described in general terms.
  • the diaphragmoperated valve 102 includes a valve body 102a having a linepressure air inlet 102b, a line pressure air outlet 1020', a control inlet 102d controlling a diaphragm 102e in an appropriate chamber, an operating plunger 102 controlled by the diaphragm 102e, a rocker 102g, and a valve head and plunger assembly 102k controlled by the rocker 102g.
  • the diaphragm-operated valve 102 Upon introduction of air under pressure at the control inlet 102d, as will subsequently be described, the diaphragm-operated valve 102 is actuated to connect the line pressure air inlet 10% to the air outlet 1020 which via a line 104, a quick-release valve 106 and a line 108 is connected to the pressure side of the cylinder 28. of the head-standotf actuating assembly 28, 30.
  • the quick-release valve 106 is of conventional construction and includes a valve body 106a, an air inlet 106b, an air outlet 106e, an air exhaust 106d connected to the atmosphere via mufller 1062 and an internal diaphragm 106i.
  • the diaphragm 106 closes off the air exhaust 106d and air flows into the line 108 via the air outlet 1060.
  • the diaphragm quickly drops to port the air outlet 106:: to atmosphere through the air exhaust 10611 and the muflier 106e.
  • Air under pressure is introduced into the diaphragmoperated valve 102 via the standoff-position control 84 from supply line 98 through line 110 connected to the air outlet 84:: of the control 84.
  • the line 110 is connected over shuttle valve 112 and line 114 to the control inlet 102d of the diaphragm-operated valve 102.
  • the supply line 98 is connected to the control inlet 102d of the valve 102 over control 84, line 100, shuttle valve 112 and line 114.
  • the contact-position actuating mechanism 32, 34 is pneumatically activated by depressing either the right contact-position control 86, the left contact-position control 88 or the direct contact-position foot control '96.
  • the air outlet of the right contact-position control 86 is connected via :line 116, shuttle valve 118, line 120, shuttle valve 122,. line 124 and needle valve 126 to the pressure sideof the cylinder 32 of the contact-position actuating assembly 32, 34.
  • the left contact-position control 88 is connected via line, 128 to the Opposite side Of the shuttle valve 118 and thence over line. 120, shuttle valve 122, line 124 and needle valve 126 to the pressure side of the cylinder 32.
  • Line 124 has a branch 124a which is connected via shuttle valve 112 and line 114 to the cont rol inlet 102d of the valve 102.
  • line pressure is applied over the control to line 116, shuttle valve 118 and line 120 to line 124, with shuttle valve 118 blocking passage of air into line 128 and shuttle valve 122 blocking passage of air via line 130 to the' pedal control 96.
  • the air pressure in line 124 is applied to the pressure side of the cylinder 32 over the needle valve 126 which is of conventional construction and provides for the rapid application of line pressure to the pressure side of the cylinder 32 and slow release or porting of the cylinder.
  • such needle valve 126 includes a valve body 126a having an airinlet 126b, an air outlet 126e, an air exhaust 126d, and a needle 126e in controlling relation to the air exhaust 126d.
  • the pressure side of the cylinder 32 is ported to atmosphere at a rate determined by adjustment of the needle 126e over line 124, shuttle valve 122, line 120, shuttle valve 118 and line 116 which is connected to the air exhaust and muffler of the right contact-position control 86. It will be appreciated that pressure may be applied to the cylinder 32 by depressing the left contact-position control which will apply line pressure over line 128 and shuttle valve 118 to lines 120 and 124 as previously described.
  • line pressure in line 124 is also effective via branch line 124a, shuttle valve 112 and line 114 to apply pressure to the control inlet 102d of the diaphragm-operated valve 102 to complete a supply path to the pressure side of the cylinder 28. Accordingly, actuation of either of the contactposition controls 86, 88 is also efl'ective to operate the head-standoff actuating mechanism 28, 30, as if the standoff-position control 84 had been depressed, as previously described.
  • line pressure may be applied to the pressure sides of the standoff-position actuating mechanism 28, 30 and the contactposition actuating mechanism32, 34 by depressing the foot pedal 96a associated with the control 96.
  • This wlll supply line pressure over air inlet 960 to air outlet 96d and via shuttle valve 122 to line 124 for the substantially simultaneous actuation of the cylinders 28, 32, as previously described.
  • the pressure-position control 94 is in controlling relation to a master valve 134 which is of conventional construction and includes a valve body 134a,'a supply air inlet 134b, a supply air outlet 134c, a control inlet 134d, a feedback outlet 134e, a valve-locking inlet 134 and an exhaust outlet 134g.
  • a master valve 134 which is of conventional construction and includes a valve body 134a,'a supply air inlet 134b, a supply air outlet 134c, a control inlet 134d, a feedback outlet 134e, a valve-locking inlet 134 and an exhaust outlet 134g.
  • the feedback outlet 134e is connected by a line 136 and control volve 138 to the valvelockinginlet 134
  • the internal valving of the master valve 134 ' is operable to connect the air inlet 1341) to the air outlet 1340 which via a quick relevase valve 140 and line 142 applies line pressure to 1 the pressure side of the cylinder 36 of the pressureoutlet 1400, an exhaust outlet 140d and a muffler 1402.
  • valve body 140a Internally of the valve body 140a is a diaphragm 140),-
  • Line 142 is normally ported to the atmosphere through air exhaust 140d and mufiler 1402. Upon actuation of 1 the valve 140, air is introduced ,over lines 139 and 142 to the pressure side of the cylinder 36. The air outlet 94d of pressure-position control 94 is connceted to the;
  • feedback valve 138 and valve-locking inlet 134] to the upper side of the master valve 134. This locks the master valve in the actuated position until such time as the air exhaust 134g is ported to the atmosphere.
  • Feedback valve 138 is normally in an open position and upon being closed precludes the locking of the master valve .134.
  • the lockingside of the master valve 134 is ported to atmosphere. by connecting air exhaust 134g via line 146 and branch lines 148, 150 respectively to the air exhausts of the pressurerelease controls 90, 92.
  • FIG. 5 there is shown a typical, but nonethe less illustrative service control which includes a manually-operated top steam control 152, a pedally-operated bottomsteam control 154, and pedally-operated top and 1 bottom vacuum controls 156, 158. As seen in FIG. 1,
  • the manually-operated top steam control 152 is mounted on the pressing head, 24 in side-by-side relation with the pressure-position control'94, while the control 154,156, and the frame 12 at floor level.
  • the service control includes a steam-supply line 160,
  • a vacuum-drawing line 162 and an air supply line 164 a vacuum-drawing line 162 and an air supply line 164.
  • the steam-supply line is connected by a branch line 160a to line 172 to the chamber 24b .of the movable pressing. head 24.
  • the air-inlet line,16.4 is connected to the.
  • the top steam control 152 includes a pivoted finger piece or button 152 which controls a valve 15% of conventional construction including a centrally disposed steam inlet 152c which is selectively connected to a steam outlet 152d in communication with the chamber 24b for.
  • the pedally-operated controls 154, 156, and 158 are all of identical and known construction. Accordingly, it will suflice to describe only the bottom steam control 154 which is seen to include a pivoted foot pedal 154a controlling the internal valving in the valve body 154b which includes an air inlet 154c, and air outlet 154d and an air exhaust 154e.
  • a pivoted foot pedal 154a controlling the internal valving in the valve body 154b which includes an air inlet 154c, and air outlet 154d and an air exhaust 154e.
  • air from the air supply line 164 passes through the air inlet 1540 and into the air outlet 154d to achieve the associated control function, as will be described.
  • the air outlet 154d is ported to the atmosphere through the air exhaust 154e.
  • the bottom steam control 154 is connected via line 174 to an air-operated valve 176 which controls the admission of steam from the storage chamber 16a intothe chamber 16b and thence through the contoured and apertured buck Wall 16c.
  • the valve 176 includes an actuating cylinder 176a having a spring biased piston 176b therein which pivots an actuating lever 176:: which moves a valve 176d to selectively connect the steam inlet 176e to the steam outlet 176 which is in communication with the chamber 16b. Since this type of pneumatically controlled valve is of known construction, further description will be dispensed with in the interest of brevity.
  • the pedally-operated top vacuum control 156 is arranged to connect the branch 16% of the vacuumdrawing line 162 to the line 172 and to the pressing head 24.
  • the pneumatically-controlled valve 170 which is connected to the pedally-operated top vacuum control 156 over line 178 is of known construction and includes a cylinder and piston 170a which displaces a cross head 17% controlling a valve 1700 in the valve body 170d which connects the branch 172b to the line 172.
  • bottom vacuum may be applied to the stationary buck 16 upon operation of the pneumatically-controlled valve 166 by the pedally-operated bottom vacuum control 158.
  • the movable or upper pressing head 24 is held at an angle of approximately 55 above the horizontal (see FIG. 2) by the counterbalancing springs 50, 52.
  • the pressing head 24 may be moved from the open position to the standoff position in spaced confronting relation to the stationary buck 16 by pressing the finger button 840 'of the standoff-position control 84 which is effective to pass compressed air from the supply line 98, through valve 84c, over line 110 and shuttle valve 112 and through line 114 which is effective to actuate the diaphragm-operated valve 102.
  • This connects the supply line 98 to line 104 and through quick release valve 106 over line 108 to the pressure side of the cylinder 28 of the standoff-position actuating mechanism 28, 30.
  • Piston 30 is thereby extended to lower the pressing head 24 to the standoff position illustrated in FIG. 3.
  • Such position may be adjusted within a range by means of turning the threaded cylinder head 28a on the off-pressure side of cylinder 28. Further changes in the spacing of the pressing head 24 from the stationary buck 16 in the standoff position may be obtained by exchanging the stroke-limiting spacers contained within the cylinder 28.
  • the machine operator may apply steam to the garmet, either from the pressing head 24 by manipulating control 152 or from the stationary buck 16 by manipulating the pedal control 154.
  • vacuum may be 10 applied to either the pressing head 24 or the buck 16 in the standoff position.
  • the provision of the standoff position is particularly advantageous for the processing of high pile fabrics and of natural or man-made furs.
  • the pressing head 24 may be moved from the standoff position into the contact position by depressing either of the manual contact-position controls 86, 88 or the pedallyoperated contact-position control 96.
  • the rightcontact position control 86 is depressed, pressure from supply line 98 is introduced over line 116, shuttle valve 118, line 120, shuttle valve '122 and line 124 to the pressure side of the cylinder 32 of the contact-position actuating mechanism 32, 34 which moves the pressing head 24 into light contact or zero-pressure engagement with the stationary buck 16.
  • the degree of contact pressure obtained in the contact or zero-pressure position can be controlled by adjusting the amount of air admitted into the cylinder 32 or by adjusting the internal piston-biasing spring in such cylinder.
  • the pressing head 24 may be moved directly from the open position illustrated in FIG. 2 to the contact or zeropressure position by operating the controls 86, 88, 96 in the first instance, without necessity of the preliminary operation of the pressing head 24 under control of the standoffposition control 84.
  • the operator may step on the pedal 96a of the direct-contact-position control 96 which will admit air from supply line 98 over line and shuttle valve 122 to the line 124.
  • the pressure in line 124 is effective via branch 124a, shuttle valve 112 and line 114 to actuate the diaphragm-operated valve 102 which completes a connection between the supply line 98 and the line 104 which is connected to the pressure side of the cylinder 28.
  • the pressure-position control 94 is conditioned for operation since pressure will be applied to line 132 and to the air inlet 940 of this control.
  • the master valve 134 is operated to connect the supply line 98 over line 139, quick-release valve and line 142 to the pressure side of the pressureapplying cylinder 36 of the pressure-applying actuating mechanism 36, 38.
  • the pressing head 24 is lowered to a point of high pressure contact with the stationary buck or lower pressing head at a pressure which may vary anywhere from 3000 pounds to 8000 pounds, depending upon the size of the pressure-supply cylinder 36 and its piston.
  • the master valve 134 is locked in its operated position. Thus, it is possible for the operator to leave the pressing machine 10, with the pressing head 24 remaining in the pressure-applying position. -If on the other hand, feed back valve 138 is closed, the master valve 134 will remain in the operated position for so long as the operator actuates the pressure-position control 94.
  • the pressing head 44 may be moved from the locked pressure-applying position to the open position by momentarily depressing either the right pressure-release control 90 or the left pressure-release control 92.
  • the exhaust outlet 134g of the master valve 134 is ported to atmosphere over lines 146, 148 through valve 90c, air exhaust 902 and muffler 90 This in turn reduces the pressure in line 139 which causes the quick-release valve 140 to quick- 1 1' 1y reverse itself and exhaust air from the pressure-applying cylinder 36 through line 142, quick-release valve 140 and mufi'ler 140e, thereby causing the pressing head 24 to open from the locked pressure-applying position to the fully opened position.
  • a further opening sequence which may be readily attained is movement of the pressing head 24 from the pres sure-applying position to the contact or zero-pressure position. This is attained by depressing either the right or left pressure-release controls 90, 92 and simultaneously depressing either the right or left contact-position controls 86, 88. Depressing either of the controls 90, 92 exhausts the locked pressure-applying cylinder 36, as previously described, while depressing either of the contact-position controls 86, 88 is effective to simultaneously admit air to the cylinders 28, 32 such that the pressing head 24 will move from the open position to the contact position.
  • a still further sequence of opening which may be attained is movement of the pressing head 24 from the lock pressure-applying position to the standoff position. This is achieved by simultaneously actuating either of the pressure-release controls 90, 92 and the standoff-position control 8-4. Operation of either of the pressure-release controls is effective to port the pressure-applying cylinder 36 to atmosphere, while operation of the standoff-position control is effective to operate the stand-otf-position cylinder 28. This causes the pressing head to move from the locked high pressure position to the stand-off position, with the release of the pressing head being timed by the adjustment of the needle 1'26e in the needle valve 126.
  • the reason for the timed release of the pressing head 24 from the contact position to the standoff position is to prevent disarrangement of lightweight garments by the sudden separation of the pressing head 24 from the stationary buck 16.
  • the operator may, after the pressing head is moved into the standoif position, restore the pressing head to the open position by releasing the finger piece 84a of the standoff-position control which is effective to exhaust air from the standofiposition cylinder 28, .as previously described, thereby allowing the counterbalancing springs to rapidly return the pressing head to the open position.
  • Adjustment of the needle valve 146 enables the machine operator to control the delayed release in accordance with the particular type of garment to be pressed with the present machine.
  • the pressing machine will move to the open position rather than go into the pressure-applying position.
  • top vacuum may be applied to the head 24 which will draw the residual steam from the for without causing the fur to mat down, as it would if bottom vacuum were applied or contact pressure were employed to remove such steam.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff connected to said head for moving said head between said contact and pressure applying positions, and control mechanisms for said actuating ly moving said head in a first closing sequence from said open position successively into said standoff, contact and 1 pressure-applying quence from said into said contact positions and in a second closing seopen position directly and successively and pressure-applying positions.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a contact position in contact engagement with said buck and a pressure-applying position in highpressure engagement with said buck, and actuating mechanisms for selectively moving said head relative to said buck including first means operatively connected to said head for moving said head between said open and standoff positions, second means operatively connected to said head for moving said head between said standoff and contact positions, third means operatively connected to said head for moving said head between said contact and pressure-applying positions, and control mechanisms for said actuating mechanisms for selectively moving said head in a first closing sequence from said open position successively into said standoff, contact and pressure-applying positions, in a second closing sequence from said open
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a contact position in contact engagement with said buck and a pressure-applying position in highpressure engagement with said buck, and actuating mechanisms for selectively moving said head relative to said buck including first means operatively connected to said head for moving said head between said open and standoff positions, second means operatively connected to said first means for displacing said first means to move said head between said standoff and contact positions, third means independent of said first and second means and operatively connected to said head for moving said head between said contact an pressure-applying positions, and control mechanisms for said actuating mechanisms for selectively moving said head in a first closing sequence from said open position successively into said standoff, contact and pressure-applying positions and in a second closing sequence from said open position directly and successively into said contact and
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a contact position in contactengagement with said buck and 'a pressure-applying position in high-pressure engagement with said buck, and actuating mechanisms for selectively moving said head relative to said buck including first means operatively connected to said head for moving said head between said open and standoff positions, second means operatively connected to.
  • said first means for displacing said first means to move said head between said standoff and contact positions, third means independent of said first and second means and operatively connected to said head for moving said headbetween said contact and pressure-applying positions, and control mechanisms for said actuating mechanisms for selectively moving said head in a first closing sequence from said open position successively into said standoff, contact and pressure-applying positions, in a second closing sequence from said open position directly and successively into said contact and pressure-applying positions, in a first opening sequence from said pressure-applying position directly to said open position, in a second opening sequence from said pressure-applying position into said contact position, and in a third opening sequence from said pressure-applying position directly into said standoff position.
  • a pressure machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete position relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said book, a contact position in contact engagement with said buck and a pressure-applying position in highpressure engagement with said buck, and pneumaticallycontrolled actuating mechanisms for selectively moving said head relative to said buck including a first piston and cylinder operatively connected to said head for moving said head between said open and standoff positions, a second piston and cylinder operatively connected to said head for moving said head between said standoff and contact positions, a third piston and cylinder operatively connected to said head for moving said head between said contact and pressure-applying positions, and pneumatically operated control mechanisms for said actuating mechanisms for moving said head in a closing sequence from said open position into said standoff position.
  • control mechanisms include a standoff position control and means for admitting air under pressure into said first cylinder in response to actuation of said standoff position control for moving said first piston through its stroke to thereby move said head from said open position into said standoff position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a contact position in contact engagement with said buck and a pressure-applying position in high-pressure engagement with said buck, and a pneumatically-controlled actuating mechanism for selectively moving said head relative to said buck including a first piston and cylinder operatively connected to said head for moving said head between said open and standoff positions, a second piston and cylinder operatively connected to said head for moving said head between said standoff and contact positions, a third piston and cylinder operatively connected to said head for moving said head between said contact and pressure-applying positions, and pneumatical- 1y operated control mechanisms for said actuating mechanisms for selectively moving said head in a first closing sequence from said open position successively into said standoff and contact positions "and in a second closing se quence directly from
  • control mechanisms include a contact position control and means for simultaneously admitting air under pressure into said first and second cylinders in response to actuation of said contact position control for simultaneously moving said first and second pistons through their strokes to thereby move said head directly from said open position into said contact position.
  • control mechanisms include a pressure position control, means responsive to movement of said first piston through its stroke for conditioning said pressure position control for applying an under pressure to said third cylinder, and means responsive to actuation of said pressure position control for moving said third piston through its stroke to move said head from said contact position to said pressure-applying position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed 3,279,1oev
  • actuating mechanisms for selectively moving said head relative to said buck including a first piston and first cylinder operatively connected to said head :for moving said head between said open and standofi positions, a second piston and cylinder operatively connected to said head for moving said headbetweeu said standoif and contact positions, a third piston and cylinder operatively connected to said head for moving said head between said contact and pressure-applying positions, and pneumatically operated control mechanisms for said actuating mechanisms for selectively moving said head in a first closing sequence from said open position successively into said standoff, contact and pressure-applying positions, in a second closing sequence from said open position directly and successively into said contact and pressure-applying positions, in a first opening sequence from said pressure-applying position directly to said open position,
  • control mechanisms include a standoff position control and means for admitting-air under pressure into said first cylinder in response to actuation of said standoff positioncontrol for moving said first piston through its stroke to thereby move said head from said open position into said standoff position,
  • control mechanisms include a contact position control and means for simultaneously admitting air under pressure into said first and second cylinders in response to actuation'of said contact position control for simultaneously moving said first and second pistons through their strokes to thereby move said head directly from said open position into said contact position.
  • control mechanisms include a pressure position control, means responsive to movement of said first piston through its stroke for conditioning said pressure position control for applying air under pressure to said third cylinder, and means responsive to actuation of said pressure position control for moving said third piston through its stroke to move said head from said contact position to said pressure-applying position.
  • control mechanisms include a quick-release valve connected to said third cylinder, a pressure release control, and means responsive to actuation of said pressure release control for porting said third cylinder to. the atmosphere through said quick-release valve, said pressure release control and said contactposition control being simultaneously actuatable such that said head is moved from said pressure-applying position to said contact position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple descrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced. confronting relation to said buck, a contact positionin contact engagement with said buck and a pressure-applying position in-high-pressure engagement with said buck, and pneumatically-controlled actuating mechanisms for selectively moving said head relative to said buck including a first piston and first cylinder operatively connected to said head for moving said head between said open and standolf positions, a second piston and cylinder operatively connected to said first piston and cylinder for displacing the latter to move said head between said standoff and contact positions, a third piston and cylinder independent of said first and second pistons and'c'ylinders and operatively connected tosaid head for moving said head between said contact and pressure-applying positions, and
  • said conrol mechanisms include a standoif position con-. trol and means for admitting air under pressure into said: first cylinder in response to actuation of said standotfi position control for moving said first piston through its stroke to thereby move said head. from said open positioninto said standoff position.
  • a pressing machine wherein 1 said control mechanisms include a quick-release valve
  • lease control for porting said third cylinder to the ,atmos phere through said quick-release valve, said pressure I'B'. lease control and said standoff'position control being si-, mnltaneously a-ctuatable such that said pressure-applying position to said standoff position.
  • said buck including an open position removed from said buck, a standotf position in spaced confronting relation to said buck, a contact position in contact engagement with said buck and a pressure-applying position in highpressure engagement with said buck, and a pneumatically-controlled actuating mechanism for selectively;
  • moving said head relative to said buck including a first piston and first cylinder operatively connected to said head for moving said head between said open and standoff positions, a second piston and cylinder operatively connected to said first piston and cylinder for displacing tuating mechanisms for selectively moving said head from said open position into said standoff, contact and pressure-applying positions, in a first opening sequence from said pressure-applying position directly to said open position, in a secondopening sequence from said pressureapplying position into said contact position, and in a third opening sequence from said pressure-applying position directly into said standoff position.
  • control mechanisms include a pressure position control, means responsive to movement of said first piston through its stroke for conditioning said pressure position control for applying air under pressure to said third cylinder, and means responsive to actuation of said pressure position control for moving said-third piston through its:
  • a pressing machine according to claim 19 wherein 1 said control mechanisms includes a master valve having 1 self-locking means connected between said pressure position control and said third cylinder such that said head 1 isretained in said pressure-applying position upon release of said pressure position control, and means for .SCICC'. tively enabling and disabling said self-locking means of i said valve. t
  • control mechanisms include a quick-release valve connected between said master valve and said third cylinder, a pressure release control, and means responsive to actuation of said pressure release control for porting said 17 third cylinder to the atmosphere through said quick-release valve for moving said head from said pressureapplying position to said open position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a contact position in contact engagement with said buck and a pressure-applying position in high-pressure engagement with said buck, and pneumatically-controlled actuating mechanisms for selectively moving said head relative to said buck including a first piston and first cylinder operatively connected to said head for moving said head between said open and standoff positions, a second piston and cylinder operatively connected to said first piston and cylinder for displacing the latter to move said head between said standoff and contact positions, a third piston and cylinder independent of said first and second pistons and cylinders and operatively connected to said head for moving said head between said contact and pressure-applying positions, and pneumatically operated control mechanisms for said actuating mechanisms for selectively moving said head in a first opening sequence from said pressure-
  • control mechanisms include a quick-release valve connected to said third cylinder, a pressure release control, and means responsive to actuation of said pressure release control for porting said third cylinder to the atmosphere through said quick-release valve for moving said head from said pressure-applying position to said open position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a contact position in contact engagement with said buck and a pressure-applying position in high-pressure engagement with said buck, and pneumatically-controlled actuating mechanisms for selectively moving said head relative to said buck including a first piston and first cylinder operatively connected to said head for moving said head between said open and standoff positions, a second piston and cylinder operatively connected to said head for moving said head between said standoff and contact positions, a third piston and cylinder operatively connected to said head for moving said head between said contact and pressure-applying positions and pneumatically operated control mechanisms for said actuating mechanisms for selectively moving said head in a first opening sequence from said pressure-applying position directly to said open position, in a second opening sequence from said pressure-applying position into
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standofi position in spaced confronting relation to said buck, a contact position in contact engagement with said buck and a pressure-applying position in high-pressure engagement with said buck, and pneumatically-controlled actuating mechanisms for selectively moving said head relative to said buck including a first piston and cylinder operatively connected to said head for moving said head between said open and standoff positions, a second piston and cylinder operatively connected to said first means for displacing said first means to move said head between said standoff and contact positions, a third piston and cylinder independent of said first and second pistons and cylinders and operatively connected to said head for moving said head between said contact and pressure-applying positions, and pneumatically operated control mechanisms for said actuating mechanisms for selectively moving said head in a first opening sequence from said pressure-apply
  • control mechanisms include an adjustable needle valve connected to said second cylinder for causing a delayed movement of said head from said pressureapplying position to said standofi position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck and a contact position in contact engagement with said buck, actuating mechanisms for selectively moving said head relative to said buck including first pneumatic means operatively connected to said head for moving said head between said open and standoff positions and second pneumatic means operatively connected to said first means for displacing said first pneumatic means to move said head between said standoff and contact positions, and control mechanisms including a standoff position control in controlling relation to said first pneumatic means for initiating movement of said head from said open position to said standoff position and a contact position control in controlling relation to said second pneumatic means for initiating movement of said head from said standoff position to said contact position, said standoff position and contact position controls being arranged for simultaneous operation to move said head directly from said open position to said contact position, said contact position control including val
  • a pressing machine according to claim 27 including means having a bottom vacuum control for applying bottom vacuum to said buck in said multiple discrete positions.
  • a pressing machine according to claim 28 including means having a top vacuum control for applying top vacuum to said head in said multiple discrete positions.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck and a contact position in contact engagement with said buck, actuating mechanisms for selectively moving said head relative to said buck including first pneumatic means operatively connected to said head for moving said head between said open and standoff positions and second pneumatic means operatively connected to said first pneumatic means for displacing said first pneumatic means to move said head between said standoff and contact positions, and control mechanisms including a standoff position control in controlling relation to said first pneumatic means for initiating movement of said head from said open position to said standoff position and a contact position control in controlling relation to said second pneumatic means for initiating movement of said head from said standoff position to said contact position, said standoff position and contact, position controls being arranged for simultaneous operation to move said head directly from said open position to said contact position, said contact position control
  • means including a top steam control for applying steam to said head in said multiple discrete positions and during movement into and out of said contact position, and means including a bottom steam control for applying steam to said buck in said multiple discrete positions and during movement into and out of said contact position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a closed position in contact pressure with said buck and a pressure-applying position in high-pressure engagement with said buck, pneumatically-controlled actuating mechanisms for selectively moving said head relative to said buck including first means operatively connected to said head for moving said head between said open and standoff positions, second means operatively connected .to said head for moving saidhead between said standoff and .closed positions, third means operatively connected to said head for moving said head between said closed and pressure-applying positions, and pneumatically operated control mechanisms for said actuating mechanisms for selectively moving said head in a first closing sequence from said open position successively into said standoff, contact and pressure-applying positions, in a second closing sequence from said open position directly and successively into said contact and pressure-
  • a pressing machine comprising a frame, a sta-t tionary buck on said frame, a movable head mounted on said frame for movement into multiple discrete posi-,
  • tions relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a closed position in pressure-applying contact pressure with said buck and a position in high pressure engagement with said buck, pneumatically-controlled actuating mechanisms for selectively moving said head relative to said buck including first means operatively connected to said head for moving said head between said open and standoff positions,
  • second means operatively connected to said first means i for displacing said first means to move said head between into said standoff, contact and pressure-applying posi tions, in a sec-0nd closing sequence from said open position directly and successively into said contact and pressure-applying position, in a second opening sequence from said pressure-applying position into said mechanisms including a standoff-position control in controlling relation to said first means, a contact position control in controlling relation tosaid second means, and f pressure-position and pressure-release controls in controlmeans, said pressure-release control being operable to achieve opening movement of said head from said pressure-applying position to said ling relation to said third open position, said pressure-release and contact position controls being simultaneously operable to achieve opening movement of said head from said pressure-applying position to said contact position, said pressure-release and standofi position controls being simultaneously operable to achieve opening movement of said head from said pressure-applying position to said standoff position.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standofr position in spaced confronting relation to said buck, a closed position in contact pressure with said buck and a pressure-applying position 1 in high-pressure engagement with said buck, actuating mechanisms for selectively moving said head relative to i said buck including first means operatively connected to i said head for moving said head between said open and standoff posrtlons, second means operatively connected to said head for moving said'head between said standotfi and closed positions,.third means operatively connected to said means for moving said head between said closed and pressure-applying positions, and control mechanisms for said actuating mechanisms for moving said head in a closing sequence from said open position into said positions, in a first opening sequence.
  • said control relative to said buck including an open position removed from said buck, a standoff position in spaced confronting relation to said buck, a closed position in contact pressure with said buck and a pressure-applying position in high-pressure engagement with said buck, actuating.
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a standofi position in spaced confronting relation to said buck, a closed position in contact pressure with said buck and a pressure-applying position in highpressure engagement with said buck, actuating mechanisms for selectively moving said head relative to said buck including (first means operatively connected to said head for moving said head between said open and standoff positions, second means operatively connected to said first means for displacing said first means to move said head between said standofi and closed positions, third means independent of said first and second means and operatively connected to said means for moving said head between said closed and pressure-applying positions, and control mechanisms for said actuating mechanisms for moving said head in a closing sequence from said open position into said standofi, contact and pressure applying positions, and in an opening sequence from said pressure-applying position into said standoif position, means including
  • a pressing machine comprising a frame, a stationary buck on said frame, a movable head mounted on said frame for movement into multiple discrete positions relative to said buck including an open position removed from said buck, a contact position in zero-pressure engagement with said buck and a pressure-applying position in high-pressure engagement with said buck, and actuating mechanisms for selectively moving said head relative to said buck including first means operatively connected to said head for moving said head between said open and contact positions and further means operatively connected to said head for moving said head between said contact and pressure-applying positions, and control mechanisms for said actuating mechanisms for selectively moving said head in a closing sequence from said open position successively into said contact and pressure-applying positions, and in an opening sequence from said pressure-applying position into said contact position, said control mechanisms including a contact position control in controlling relation to said first means for initiating movement of said head from said open position to said contact position, a pressure-position control in controlling relation to said second means for initiating movement of said head from said contact

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Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3477153A (en) * 1966-08-08 1969-11-11 Emil Dachtler Power operated clothes press
US3496660A (en) * 1969-03-26 1970-02-24 Mc Graw Edison Co Linkage means for press head
US3500567A (en) * 1969-03-26 1970-03-17 Ametek Inc Clear buck pressing machine
US3722115A (en) * 1971-07-12 1973-03-27 Mc Graw Edison Co Garment press
US4998360A (en) * 1990-01-13 1991-03-12 Brother International Corporation Portable ironing press including chain, gear, and spring arrangement, for pressing articles
US5307572A (en) * 1991-04-03 1994-05-03 Harald Engel Ironing machine with a differential-pressure regulating device
US6119379A (en) * 1999-03-18 2000-09-19 Forenta, L.P. Textile press with ambidextrous closing system
US11365510B2 (en) * 2019-06-10 2022-06-21 Samsung Electronics Co., Ltd. Iron device, clothes care apparatus and control method thereof

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US1679815A (en) * 1926-10-05 1928-08-07 Prosperity Co Inc Actuating mechanism for pressing machines
US1957250A (en) * 1930-08-27 1934-05-01 Prosperity Co Inc Garment or ironing press
US2499006A (en) * 1947-07-25 1950-02-28 John F Seuff Ventilating attachment for steam garment pressing machines
US2644254A (en) * 1949-02-21 1953-07-07 David A Freeman Garment pressing machine
US2784509A (en) * 1952-12-23 1957-03-12 American Laundry Mach Co Automatic vacuum system for garment press
US3025621A (en) * 1957-05-03 1962-03-20 Paulsen Gerhard Textile pressing machine

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US1679815A (en) * 1926-10-05 1928-08-07 Prosperity Co Inc Actuating mechanism for pressing machines
US1957250A (en) * 1930-08-27 1934-05-01 Prosperity Co Inc Garment or ironing press
US2499006A (en) * 1947-07-25 1950-02-28 John F Seuff Ventilating attachment for steam garment pressing machines
US2644254A (en) * 1949-02-21 1953-07-07 David A Freeman Garment pressing machine
US2784509A (en) * 1952-12-23 1957-03-12 American Laundry Mach Co Automatic vacuum system for garment press
US3025621A (en) * 1957-05-03 1962-03-20 Paulsen Gerhard Textile pressing machine

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3477153A (en) * 1966-08-08 1969-11-11 Emil Dachtler Power operated clothes press
US3496660A (en) * 1969-03-26 1970-02-24 Mc Graw Edison Co Linkage means for press head
US3500567A (en) * 1969-03-26 1970-03-17 Ametek Inc Clear buck pressing machine
US3722115A (en) * 1971-07-12 1973-03-27 Mc Graw Edison Co Garment press
US4998360A (en) * 1990-01-13 1991-03-12 Brother International Corporation Portable ironing press including chain, gear, and spring arrangement, for pressing articles
US5307572A (en) * 1991-04-03 1994-05-03 Harald Engel Ironing machine with a differential-pressure regulating device
US6119379A (en) * 1999-03-18 2000-09-19 Forenta, L.P. Textile press with ambidextrous closing system
US11365510B2 (en) * 2019-06-10 2022-06-21 Samsung Electronics Co., Ltd. Iron device, clothes care apparatus and control method thereof

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BE660508A (de) 1965-07-01
NL6502389A (de) 1965-09-21
DE1460820A1 (de) 1969-05-29

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