US1694780A

US1694780A - Mining apparatus

Info

Publication number: US1694780A
Application number: US385650A
Authority: US
Inventors: Morris P Holmes
Original assignee: Sullivan Machinery Co
Current assignee: Sullivan Machinery Co
Priority date: 1920-06-01
Filing date: 1920-06-01
Publication date: 1928-12-11
Anticipated expiration: 1945-12-11

Description

Dec. 11 1928. 1,694,780

P. HOLMES MINING APPARATUS Fil'ed June 1, 1920 4 Sheets-Sheet 2 Dec. 11, 1928. 4 v

. M. P. Homes mums Arniimus Filed June 1. 2

4 Sheets-Sheet Dec. 11

M. P. HOLMES MINING APPARATUS File d June 1 1920 4 Sheets-Sheet 4 Patented Dec. 11, 192$.

'i...lhlii'lhlll STATES FATE P. HOLMES, OF CLAEEIVIOIIT, NEW] HAJEPSEIIRE, ASSIGNGR T9 SULLIVAN MINING APPARihTUS.

Application filed June 1,

My invention relates to mining apparatus.

lit has its object to provide an improved mining apparatus especially adapted to the transport and unloading and loading. of a mining; machine. A further object of my invention is to provide an improved minmachine truck having; improved and simplified mechanism for maintaining the mining machine in transport position, driv inn; the truck therefrom, supplying current to the mining machine, and loading); and unloading the mining; machine in different relations to the truck. These and other ad- 'antages of my improved construction will, however hereinafter more fully appear.

l Vhile my invention may be embodied in various forms, I have shown for purposes of illustration in the accompanying drawings one embodiment which the same may assume inpractice.

In these drawings,-

l ig. 1 is a plan view of a mining machine truck constructed in accordance with this "form of improvement, the front end of the truck being; broken away.

Fig. 2 is a side elevation of the same. the mining machine being shown in dotted lines in transport position thereon.

Fig. 3 is a transverse sectional view on line 33 of Figures 1 and 2.

Fig. 1 is a longitudinal sectional View on line d-d of 3.

Fig. 5 is a side elevation showing the apparatus inv position for unloading, the mining; machine being shown after its initial. longitudinal movement.

Fig. 6 is a sid elevation showing the mining: machine after its tilting movement.

Fig. 7 is a plan view showing the position of the parts when unloading at an angle.

Fig. 8 is a side elevation showing the apparatus in position for loading the mining machine being; shown in a plurality of positions.

Fig. 9 is a side elevation showing; the mining); machine in a different position during loading.

Fig. 10 is a plan view showing the position of the parts during loading from an angle.

Fi 11 is a detail view of the latch mechanism. 1

In this illustrative construction I have Serial No. 385,550.

shown a wheeled truck frame 1 carried on a plurality of wheels 2 adapted to run over a mine track 3 and to tram-:port a mining machine 4. of suitable construction, herein of a standard room-and-pillar type and provided with a flexible feed member 5 adapt-ed to be actuated. by a feed operating member 6 driven by the machine motor, and also having a gear 7 on its rear end likewise drivon from the motor and adapted to mesh with a cooperating" gear 8 carried on the rear end of the truck and connected through improved means hereinafter described,. to rotate a sprocket 9 driving a chain 10 con nected to the truck wheels.

In my improved construction, the upper surface of the front of the frame 1 is dis posed in a plane adjacent the tops of the wheels 2 and has a rotatable horizontally disposed plate 11, slightly wider than the frame. mounted on its front extremity on a vertical swivel 1.2. As shown this swivel. 12 is located in the longitudinal center line of the truck and slightly in rear of the transverse center line of the plate 11 and of. the front truck axle. Further. this plate is preferably also rotatably supported on a series of rollers 18 carried by the lower frame and rotatable on horizontal axes and disposed in longitudinal and transverse lines through the swivel and with the forward roller a greater distance from the swivel. Carried upon this plate 11 and having its rear end suitably supported in the frame 1 is an elongated longitudinally flanged machine receiving and guiding member or frame '14 having suitable transversely con nected tie plates 15 and open front and rear ends, the former as usually preferable being flared as shown. This frame 141 is in turn pivoted on a transverse axis between the ends thereof, at 16, to forwardly disposed extensions 17. herein in the form of angle irons, carried on the opposite sides of the front end of the plate 11, suitable removable pivot pins preferably being seated in the flanges on the member la and on the extensions 17 at points in advance of the front truck wheels. As shown. this member 14; is also preferably provided at its front end with nose portions 18 adapted to engage the bottom and hold up the front end of the member is when the latter is depressed as shown in Fig. 6. Upon this member 14 and between the same and the mining machine 4, is also preferably provided a pan 19 open at its opposite ends and provided with flanged sides. This pan normally acts as a support for the mining machine when the latter is in transport position, and is unloaded with the mining machine over the member 1-1- during the unloading operation and carried to the face, where it acts as a sumping pan curing the sumping operation. After the machine has been sumped into the coal, and before the same is again loaded upon the truck this pan 19 is also placed in the position shown in Fig. 8, with one end upon the depressed end of the member 14, and the other on the bottom, the same be ing so disposed as to act as a guide for the mining machine during the loading operation hereinafter described and reduce the angle between the truck and the bottom. Thus it will be noted that this pan 19 performs a dual function, the same acting as a sumping and loading pan at different times and during transport being carried beneath the machine upon the member 14. i kS shown, this pan 19 is also provided on each side with a plurality of lugs 20, 21, adapted successively to cooperate with a latch 22 on the rear end of the mining machine, the parts cooperating during loading and unloading as hereinafter described.

Disposed at the rear end of the truck is the truck driving mechanism including the ear 8 driven by the mining machine gear '1 and driving the sprocket 9 and chain connection 10 for the truck wheels. As shown, the gear 8 is connected, as by a screw 23, to the reduced upper end 24 of an upright worm shaft 25 journaled in suitable removable side roller bearings 2t) and end thrust bearings 27, in the housing frame 28 carried on the truck. As shown, this gear is also provided with an elongated hub keyed to the reduced portion 24 by a key 29, and is bodily removable to permit access to the bearings 26 upon removal of the screw 23. The thrust bearings 27 are herein also similarly held in position by apinned washer 30 and an screw 31 removably attached to the lower end of the shaft, a removable cap 32 cooperating in seating the bearing, and with the washer 30 and screw 31 being removable to permit access to the bearings. Here, attention is also directed to the fact that by removing the cap 32 and screw 81, the entire shaft 25 with its upper g air and bearings may be lifted. out of the housing. Formed upon. the shaft 25 at a point intermediate its ends, also a worm 33 which in turn meshes with worm gear 84 enclosed in the housing 28 and preferably running in oil therein, suitable oil plugs and 36 being provided for filling and draining the housing. The worm gear 34 is, as shown, preferably removably connected, as by screws or bolts 37, to a hub 88, in turn fixed to a sleeve 89 rotatable on a plurality of reduced portions 40 and 41 formed on the end of a tranwersc wheel driving shaft 42, journalcd in the housing. As shown this sleeve 35) is also rotatably mounted in the housing, one end of the same being enclosed in suitable ball bearings 43 carried in a suitable recessed member 44 on the frame. The sleeve is also connected to a reeuced portion 45 on the end of the shaft by removably connected socti nal end bearing members 46 which also retain the ball bearings in place. is illustrated, a cap 47 also fits into the recess id member in such a manner as to assist in holding the ball bearings in position and is attached to th outside of the housing by screws 48, the construction being such that, upon the removal of this member 47 and the end bearii'ig mom bcrs 46, the ball bearings may be bod" N withdrawn from the housing when desirer, while upon removal of the members 47, 46, and the. members 78, (i4, 65, with the side frame plate through which the member 78 extends, the shaft e with the friction there on may be bodily withdrmvn in the opposite direction. As shown, suitable bearing sleeves 49 and 50 are pro 'ided between the sleeve and the educed portions 40 d 41 of the shaft and the sleeve is also provitx with a collar 51 on its right hand end which cooperates with the bearing members 46 to hold the sleeve 39 sec rely in place. This sleeve 39 is also operativcly connected to a suitable clutch, the same herein being rigidly connected by a key 52 with a sleeve on an outer clutch member 53 disposed coanialy with the shaft and adapted to cooperaie with an inner coaxially arrans oajl expa' i lc clutch member 54 pivotally connected by toggle links with a clutch shipper mov able longitudinally on the shaft 42 relativ' to a spider 5? keyed to the shaft 58 an. held against longitudinal movement relative to the shaft by a collar 59 formed on the shaft. Cooperating with the rotatable shipper 56 a longitudinally movable to operating shipper member 0 mounted on a reduced portion of the member shown, a bal bearing; 6i is provi d between this member 60 and the member 50 and a collar (32 is lined to the member so at the opposite end of the member (30, the construction being such that the member (30 may be moved longitudinally to move the member 56 longitudinally but the n'iember (it) w l not rotate with the irzeniber 56. is shown in dotted lines in Fig. the member (it) also provided with. lugs (33 engageablc wi a pivoted shipper lever 64 pivoted housing at benath the shaft til which isin'turn pivotally connected. at 68 to a point intermediate the ends of a transversely disposed handle lever 69 pivoted at one end at 70 to the top of the housing. Herein, this lever 69 also has pivoted to it at ($8 a depending bell crank or member 71 having a handle portion i2 adapted to be gripped by an operator grasping the handle 69, and a lower tension to norn ally adapted to engage in abutment id formed on the casing and prevent an unintentional merimum loading of the friction clutch. is shown, the ialt 42 also carries on one of its ends a sleeved truck wheel sprocket 9 keyed to the sha e a "'5 and rein-ovnbly held in position thereon by a screw 76, the sprocket herein also being journaled on the frame in suitable roller bea ings Tia-11d loca ed in an enclosing n ember (8 extending ov the sprocket in such a manner as to protect the operator from entangl with a chain connected to the sprocket. ihis sprocket 0 is in turn also connected through a chain 10 with a suitable cooperatin sprocket 79 carried on a truck axle, herein the rear axle 80; which is itself connected through a chain and sprocket connection 81 with the front axle 82 of the truck.

Operatively connected to the motor, herein through the clutch mechanism just do scribed, is my improved reeling mechanism. As shown, the constantly rotatable member 53 or? the clutch is grooved on its outer periphery as 83 to receive a belt 8% e3 ending rearwardly therefrom and around a corresponding; pulley 85 formed at one end of a suitable cable reel 80 journaled on rear end or the truck in suitable supports and having a cable 87 wound thereon and guided in its movement toward or from the reel. by suitul'ile cable guides 88 at the rear end of the truck As shown, the cable 87 is also electrically connected through connector plugs 80 and branched conductors 90 passing over an. improved conductor spacing; and supporting housed frame 91 with the motor of the mining machine carried on the truclr. lit will also be observed that on one side of e 91. is carried a hook 92 adapted to cooperate with. the hub of a nor mally operative belt tensioning idler 03 pivotally mounted on the rear end of a rearwerdly extending; arm 9- 2, the construction being such that the idler may be held out oi. contact with the belt 84. wl'ienever desired. By this construction, it will be observed that the reel 86 may be driven while the truck is stationary by simply first throwing down the idlerQZl in such a manner as to place the proper tension upon the belt 8 and then starti e; the mining machine motors (lpeistively associated with the inncliiine and the truck are also improved cooperating; moons tor holding; the n'nichine in proper position upon the truck. One of these tive to the several control men'ibers.

means is shown to comprise a transversely disposed angle iron 95 mounted upon the rear end of the pan 19 and disposed in the loaded position of the parts, just beneath the truck driving gear 7. As shown this angle iron 95 provided with a sloping surface adapted to slidably engage and underlie a cooperating upwardly extending lip 96 formed on the gear housing, the con struction being such that the machine in its rearward movement on the truck thus guided in such a manner as to bring its gear '7 into proper mesh with the gear 8 and to hold these gears in the desired mesh during); transport regardless of the irregularities of the track. It will also be noted that a longitudinally disposed lever 97 is pivoted in the truck upon it transverse pivot 98 above th shaft Q2 and pivotally connected through toggle 99 with a machine hole ing finger 100 adapted to be received in a suitable aperture 101 in the rear end of the machine, to hold the letter rigidly in position upon the truck, the construction being such that by pulling the rear end of the lever 97 upward the finger 100 will be readily withdrawn from the aperture 101. Attention also directed to the fact that at each side it the truck frame, means are provided. to prevent the frame 12 from swinging about its several pivots l2 and 16 when the machine on the truck. lhese means herein comprise pivotally mounted hooks 102 tired to a transversely disposed rock shaft 103 in turn operated by an operating handle 104- at one end of the shaft. These members 102 are thus movable by that handle relative to the truck body in such a manner as to cause the members 102, when in their upright position, to eng ge pins 102 on the frame and therel'iy inhibit lateral and tilting movement of the frame 14: about its pivots, the members 102 also being movable about the axis ot the rock sh aft 103 into their inoperative position illustrated in dotted lines in Fig; 2 wherein they do not interfere with amovement of the frame 14. about either of its pivots.

To further control the trruzk. it will also be noted. that a suitable truck brake 105 is provided, the same herein acting upon one of the axles of the truck and being: provided with a suitably connected operating lever or handle 106 located adjacent the lever Attention is also directed to the fact that alongside the truck and" on the same side as the levers 69, 104- and 106 a platform 10? is provided preferably having thereon a. higher platform or tool lUOX 108 adopted to term a seat upon which the operator may ride and be in a. convenient position rela- It will also be notec that a usual abutment 109 is provided on the rear end of the tru ln herein in the form of achuin torln to receive dur ing loading the rear end of the flexible member of the mining machine, which memnected directly to the chain fork 109, but it her herein assumes the form of a chain 5. To cooperate with the chain during loading, the usual hooks 110 are also provic ed on the front end of the frame To iuither cooperate with this chain, ill, moreover, be noted tlat in my improved construction, longitudinally disposed laterally spaced notches 111 are provided in the rear edge of the rear plate of the frame 1 1 to receive the d chain when thi aded for right or t hand cu ting. To support rear end of the truck dur 1g unloading or loading, suitable support 112 is also prefe ably provided.

In considering the operation of my improved constructor-1, we will ler the transporting and unloading operations, referr ng more particularly Figures 2, 5, 6 and 7. ll hen the machine is to be moved about the mine, the same locked on its truckin the posit-i on indicated in Fig. 2 and transported under its own power to th place desired, the machine motor dri the truck wheels through the gears I the friction clutch 53, 5%, the shaft +12, and the chain and

sproclret connetion

9, 10, etc. llhen it is des ed to unload the machine, the truck dr' clutch is disconnected through the lever 69, the brake 10 is set through the lever 106, the support 112 set, and the finger 100 released through the lever 97. Then the flexible feed chain 5 is connected between the feed operating memher 6 of the machine and the hooks 110, or, desired, directly to a point adjacent the face, and the machine motor is started, whereupon the entire machine 4r fed along its feed chain and relative to the truck carrying with its pan 19 due to the engagement of the latch 22 with the cooperating rear lug 20 on the pan. As the machine moves outward over the frame 1 1, the latter will he tilted from the horizontal position shown in Figures 1 and 2 to the tilted position illustrated in Figure 6, the machine and pan then moving down the frame 1auntil the machine is supported on. the bottom. The pan 19, it will be noted, remains connected to the machine due to the engagment of the latch 22 with the mg 20 so that thus a sumping frame is provided beneath the machine adapted to guide the same relative to the face during the sumping operation. the latch 22 being successively released from the lugs 20 and 21 as the ma chine moves do the face. After the ma chine has been sumpcd into the coal, the pan 19 is then returned to the position illuslrated in Figure 8 wherein it forms a continuation of the still tilted frame 1st and cooperates therewith to reduce the loading angle, the parts then being ready to receive the ma chine when the latter has (X ale/ted its cut. ll hen this occurs, the feed chain may be conis usually connected to a jack 113 as by chain lines shown in Fig. 8 and operatively connected between the bottom and the roof at a point within the open end of the pan 1% and in rear of the rear of the pan 19. Thus, by drawing in its chain, the machine may be fed up on to the pan 19. Thereafter, the jack 113 is removed and the end of the feed chain is connected in one of the notches 111 on the rear end of the frame 14;, shown in the upper dotted chain position in Fig. 8, i. e. in such a manner that the machine may move up the inclined frame 1d. During this movement, the latch 22 is permitted to engage the front lug 21 on the pan 19 in such a manner as to cause the pan 19 to move with the machine up the inclined frame 1 1. After the machine has moved sufficiently far on the frame 1 1 to over-balance the latter into horizontal position (Fig. 9), the end of the feed chain is then removed from the notch 111 and connected to the chain fork 109, as shown in the dot-ted line in Fig. 9, and the latch 22 is raised to permit it to pass freely over the lug 21, the machine then moving relative to the pan l9 and rear wardly to bring its gear 7 into mesh with the gear 8 on the truck, the rearward movement of the machine being limited and directed by the cooperating guiding and holding means 95 and 96. When in this position, the members 100 and 102 are operated, and the machine then being securely re-locked in position upon the truck, is ready for transport.

When it is desired to unload the machine at an angle relative to the truck or track, it will be observed that the entire frame 14; may be manually swiveled relative to the truck as soon as the machine is released for lateral movement by lowering the members 102. Preferably, however, the same is caused to be swiveled by the chain automatically by simply laying the chain along the front end of the truck and connectin its advance end of one side of the truck at the place desired. Obviously, with the frame so disposed, the machine may be unloaded therefrom 7) substantially as previously described. Also the truck may be loaded in the same general manner (Fig. 10) like wise previously described. returning the machine to the truck, it will be observed that when the machine has tilted the frame 14 into horizontal position and before the machine has been moved to the rear end of that frame the feed chain is preferably released from its notch 111 and connected to the chain fork 109 in such a manner as, while the machine moves rearward to complete its movement relative to the frame 1 1, to swing that frame automatically on its swivel and into alinement with the truck. The chain is preferably also conl-lowevcr, in

nected directly to the chain fork 109 instead. of to a notch 111, the sliding engagement of the chain with the side of the frame let, then serving to swing the frame and machine as the machine moves. served. that the machine is automatically loaded and swung into position with only two hitches of the feed chain.

its a result of my improvement, it will be observed that an improved mechanism of the swivel type is produced whereby the machine may nevertheless be moved directly lon tudinally oil the truck whenever desired without intermediate angular move ments, thereby expediting the discharge of he machine from the truck. It will further be evident that through the use of the sumping pan carried on the truck and movable with the mach?" e, the latter is rendered ready for sumping as soon unloaded on the bottom, thereby avoiding the necessity for ing anditional gear. Through the use ol" this sumping pan in the loading operati will also be evident that the angle betu an the bottom and the tilting trame is reduced in such amanner that the loading e, tion is materially expedited. Through the provision of my improved connecting means for the food chain, it will also be observed that the operations of unloading and loading at an angle are facilitated and speeded up, the automatic swinging movement of the mach ne eliminating the necessity for manual e fort and delays in re connecting the chain. Through my improved reeling mechanism, it is also made possible not onl to wind in or feed out the cable as the machine moves relative to the track, but also to wind up the cable when the machine at standstill, thereby enabling the transport movement oil the machine to be expedited through reducing the delays heretofore necessary when moving between the points in the entry w iere the cable is connected to the line. Attention is also directed to the exceedingly rugged and simple character of the several mechanisms cooperating to form the truck and reel drive and to the .in'iproved mea s provided herein for preventing unintentional mu 'num loading of friction clutch and cor sequent damage to rose and other advantages of const 'on will be apparent led in the art.

. in this application specifione embodiment which my 1 may assume in practice, it will be stood that this used for purposes of ion and that the invention may be niiied and embodied in various forms hout departing from its spirit or the of th appended claims.

"in new and desire to secure Thus, it will be ob truck frame, :a rigid machine receiving member thereon *ltably and horizontally swivd po'. substantially midway between 5 s ends and on the front 0:? frame, truck wheel dri g mechanism including a member rotatai-ile b a mining machine on said 'ving meme 1', and a teed member abutcarried by the rear end 01 said frame.

'apparatus, a rigid wheeled "rucl; i 2.1118, a rigid machme receiving mem ber thereon tiltably and horizontally swive .ed at poi: substantially midway between s ends and on the front- 01 said frame, 1 wheel driving mechanism including a ber rotatable by a minin machine on receiving member, and feed member abutnients carried by the rear ends of said trams and receiving member.

3. in a mining apparatus, a rigid wheeled truck frame, a rigid machine receiving member thereon overlying the wheels thereof and tiltably and horizontally .swiveled on the front end or said frame, and truck wheel driving and conductor reeling mechanism on the rear end o'i said frame including a drivn adapted to mesh with a part on a mining machine on said receiving member .d a friction clutch having a clutch drum forming a reel driving element and a cooper- (iting relatively adjustable wheel driving element.

a. n. a mining apparatus, a truck, a member swiveled on the front end thereof on a vertical axis, roller mechanism operatively connected between said elements n opposite sides and in front and rear of said swivel, the front roller mechanism being disposed a greater distanc from the latter than the others, and macaine receiving member carried on said member adapted to slidably receive a unitary mining machine.

5. In a mining apparatus, a truck, a member swiveled on the front end thereof on a vertical axis, roller mechanism between said member and truck disposed on opposite sides and in front and rear of said swivel, the front roller mechanism being at a greater distance from sa l swivel than the others and a machine lGCGl; frame tiltably mounted on said member on an axis substantially in alinement with said front roller mechanism.

6. In a mining apparatus, a wheeled truck, a machine receiving frame including a member overlying and swiveled for horizontal movement on the front end of said tr, ck, truck driving mechanism on said truck including an element adapted to be driven chine receiving frame including a plate overlying and swiveled for horizontal movement on the front end thereof, truck driving mechanism on said truck including an element adapted to mesh with a moving element on a mining machine on said frame, and means operable independently of a mining machine for holding said frame in alinement with said truck and first mentioned element substantially in a predetermined vertical spaced relation.

8. In a mining apparatus, a wheeled truck, a vertically tiltable machine receiving frame including an operatively connected plate overlying and swiveled for horizontal movement on the front end of said truck, truck driving mechanism on said truck including an element adapted to be driven by a moving element of a mining machine on said frame, and means supplemental to said mechanism for maintaining said frame in transport position including mechanism for holding it in alinement and mechanism for preventing tilting thereof.

9.- In a mining apparatus, a wheeled truck, a vertically tiltable machine receiving frame including an operatively connected plate overlying and swiveled for horizontal movement on the front end of said truck, truck driving mechanism on said truck including an element adapted to be driven by a moving elementof a mining machine on said frame, and means supplemental to said mechanism for maintaining said frame in transport position including a single mechanism for inhibiting lateral swinging or vertical tilting thereof.

10. In a mining apparatus, a truck, a machine receiving frame swiveled for horizontal movement thereon, truck driving mecha nism on said truck including an element adapted to be dri en by a moving element of a mining machine on said frame, and means including a plurality of operatively connected and simultaneously movable members for holding said frame in alinement with said truck and first mentioned element.

11. In a mining apparatus, a truck, a ma chine receiving frame swiveled for horizontal movement thereon, truck driving mechanism on said truck including an element adapted to be driven by a moving element of a mining machine on said frame, and means including a plurality of movable members and a single operating member therefor for holding said frame in alinement with said truck and first mentioned element.

12. In a mining apparatus, a truck, a machine receiving frame swiveled for horizontal movement thereon, truck driving mechanism including an element adapted to be driven. by a moving element of a mining machine on said frame, and means including a plurality of operatively connected and simultaneously operable swinging members on opposite sides of said truck for holding said frame in a predetermined alinementwith said first mentioned element.

13. In a mining apparatus, a truck, a machine receiving frame swiveled for horizontal movement thereon, truck driving mecha nism including an element on said truck adapted to be driven by a moving element of mining machine on said frame, and means for holding said frame in alinement with said first mentioned element including a plurality of operatively connected simultaneously swinging members on opposite sides of said truck and an adjusting membe at one side of said truck.

14-. In a mining apparatus, a truck adapted to receive a mining machine, a holding member on said truck engageable with a mining machine on said truck, and toggle mechanism controlling said member.

15. In a mining apparatus, a truck adapted to receive a mining machine, a hook on said truck engageable with a mining machine thereon, a hook operating member pivoted on said truck, and means forming a toggle connection connected to said operating member and to said hook.

16. In a mining apparatus, a truck presenting tiltable machine guiding means, a mining machine thereon having a flexible feeding member and truck driving means, and means independent of said flex )le member and truck driving means automatically operative upon longititidinal move ment of said machine relative to said guiding means to prevent vertical movement of the latter.

17. In a mining apparatus, a truck, a tiltable mining machine receiving member thereon, a mining machine tiereon having a flexible feeding member and truck drivr means, and means independent of said flex,- ble member and truck driving means auto matically operative upon longitudinal move ment of said mining machine on said member for preventing tilting movement of the latter.

18 In a mining apparatus, a truck having truck driving means adapted to be driven by a moving part of a mining 1nachine, a swiveled machine receiving member on said truck, a mining machine on said receiving member having a flexible feeding member, and means independem: of said truck driving means and said flexible feeding member for automativally inhibitii swiveling movement in one direction of receiving member when said machine is moved into a predetermined relation to said truck driving means.

19. In a mining apparatus, a truck having truck driving means adapted to l e driven by a moving part of a mining machine, a tiltable machine receiving member on said truck, a mining machine movable iii) assassin:

on said re'ieivinp member having a flexible feeding: member, and means independent of said truck driving means and said flexible feeding member for automatically inhibiti ,5; tilting movement oi? said receiving member when said machine is moved into a pr" termined relation to said truck dri\ 1-1g means.

20. In mining apparatus, a truck, a tiltable machine 'uiding member thereon, truck driving mechanism including a member driven by a moving part of a machine on said guiding membe and automat ally operative means independent of a mining machine on s ld guiding member for preventing vertical movement or said guid member relative to said truck driving member.

21. In a mining apparatus, a truck pro senting tiltable machine guiding means, a mining machine movable longitudinally thereof and having truck driving mechanism, and means separate from said mechanism including; a lip carried on "the rec end of said truck .engagcable upon longitudinal movement of said machine to prevent vertical movement thereof.

22. In mining apparatus, truck, a tiltable machine guiding member thereon, and means including interengaging lips c lied on the rear end of said truck and guiding men'iber engageable upon long tudinal movement of the latterrelative to said truck to prevent vertical movement of said guiding member.

In a mining apparatus, a truck, a horizontally movable swiveled member, a machine receiving frame tiltable about a horizontal axis thereon, a machine guiding; member movable on said tiltable n her, and connections operative independeniiy of a machine for preventing tilting movement operatively connected between said guiding member and said truclr.

In a mining apparatus, a truck, a horizontally movable sWiveled member, a machine receiving frame tiltable about a horizontal axis thereon, a machine guiding member movable on. said tiltable member,

and operative connections between re ceivinp; frame and truck for preven swiveling oi the former operable independently or a machine.

In. a mining apparatus, a Wheeled mining naichine receiving truck, truck Wheelv driving mechanism thereon including a single truck movement controlling friction clutch on said truck having an el nent rotatnble while the truck is at rest and a co ating element, a cable reel on said truck, and a driving connection between said reel and a part supported and rotated by rotatable element independently of said cooperating; element.

26. In a mining appartus, a wheeled truck frame, truck driving mechanism thereon including a clutch having an external rotating clutch element, a cable reel on said truck, and a flexible driving connection between said reel and external element in radial alinement with the latter.

27. in a mining apparatus, a Wheeled mining machine receiving truck, truck Wheel driving mechanism thereon including a ro-- tatable clutch element, a el carried by said truclr, and flexible connection therefor directly connected to said clutch element. 28. in a min l1 g apparatus, a wheeled mining machine receiving truck, truck Wheel driving mechanism thereon including a friction clutch having,- a clutch element rotatable vvhile the truck is at rest, a cable reel on said truck, and a driving connection to said reel directly connected to said clutch element.

29. In a mining apparatus, a Wheeled mining machine receiving tr ck, truck Wheel driving mechanism thereon including a clutch having a clutch element rotatable While the truck is at rest, a cable reel carried 3y said truck, and driving means therefor including a driving element supported by said clutch element.

3 In a mining apparatus, a Wheeled truck, truck driving mechanism, a cable reel carried by said truck and rotatable on an axis fixed relative to saic driving mechanism, a iiexible connection between said driving mechanism and said reel, and means for automatically tensioning said connection.

81. in a, mining apparatus, a Wheeled truck, truck driv ng mechanism, a cable reel carried by said truck and rot'table on an axis fixed relative to said driving mechanism, a flexible connection between said driving mechanism and said reel, means for auto matically tensioning said coimection, and means for controlling the tension at the will of the operator to vary the speed of said reel.

32. in a mining apparatus, a Wheeled truck, truck driving mechanism therefor includin g a clutch, shipper .mechan ism therefor disposed on one side of said clutch, a cable reel carried by said truck, and iieirible driving connections between said truck driving; mechanism and reel and leading "from said mechanism at point oetween the shipper mechanism and the other side of said clutch.

3. In a mining apparatus, a Wheeled truck, driving mechanism therefor including; a clutch and shattassociated therewith, spaced supporting bearings for said shaft, a reel carried by said truck, and means disposed between said he: nggs adapted to receive a flexible connection leading to said reel.

84:. in a mining apparatus, a Wheeled truck, truck driving mechanism therefor including a shaft, a driven gear and clutch mechanism thereon, shipper mechanism for said clutch, a cable reel carried by said truck, and means disposed between said gear and shipper mechanism adapted to receive a flexible driving connection leading to said reel.

35. In a mining apparatus, a wheeled truck, truck driving mechanism therefor ineluding a shaft, a driven gear and clutch mechanism thereon, shipper mechanism for said clutch, a cable reel carried by said truck, and means disposed between said gear and shipper mechanism adapted to receive a flexible driving connection leading to said reel and adapted to be continuously operative while said truck is standing still.

36. In a mining apparatus, a wheeled truck carrying a cable reel, truck driving mechanism therefor including a driven shaft, a plurality of bearings therefor, a driving connection on one side of one hearing leading to said wheels, and a driving connection for said reel extending angularly from said shaft at a point on the other side of said latter bearing and between both of said bearings.

37. In a mining apparatus, a wheeled truck car'ying a cable reel, truck driving mechanism therefor including a driven shaft, a plurality of bearings therefor, a driving connection on one side of one bearing leading to said'wheels, and a driving connection for said reel extending angularly from said shaft at a point on the other side of said latter bearing and between both of said bearings, said reel connection being adapted to be continuously driven while said truck is stationary.

38. In a mining apparatus, a Wheeled truck carrying a cable reel, truck driving mechanism therefor including a driven gear and clutch mechanism, and driving connections for said reel driven by said gear and angularly extending from said mechanism at. a point between the opposite sides of said. gear and clutch.

59. In a mining apparatus, a wheeled truck, and a tiltable machine receiving frame thereon having an open rear end and a feed member receiving notch in the latter.

l0. In a mining apparatus, a wheeled truck, a tiltable machine receiving frame thereon having an open rear end and a feed member receiving notch in the latter, and a feed member abutment carried on said truck in rear of said frame.

n. In a mining apparatus, a wheeled truck, a machine receiving frame thereon swiveled on a vertical axis and tiltable about a transverse pivot, said frame having an open rear end and a feed member notch therein, and a feed member abutment carried on the rear end of said truck.

422. In a mining apparatus, a wheeled truck, and a horizontally movable swiveled machine receiving frame thereon having an open rear end and a feed member receiving notch therein and carrying an upstanding lateral abutment at one side of the said notch.

In a mining apparatus, a wheeled truck, and a horizontally movable swiveled machii'le receiving frame thereon having an open rear end and a feed member receiving notch therein and carrying upstanding latoral abutments at opposite sides of said notch.

44. In a mining apparatus, a wheeled truck, a vertically tiltable machine receiving frame thereon having a cross piece at the rear end thereof, and a plurality of anchoring means for a flexible feed member carried on said cross piece and so spaced that a fl xible member leading from any one of a plurality of directions from said machine will apply a feeding force thereto substan tially parallel to the longitudinal axis of said frame.

In a mining apparatus, a wheeled truck, a horizontally movable tiltable machine receiving frame thereon vertically tiltable about an axis having a fixed relation with respect to a given point in said truck having a plurality of laterally spaced feed member receiving means on its rear end, and a feed member receiving means on the rear end of said truck.

In a mining apparatus a wheeled truck, a vertically tiltable machine receiving frame thereon, and a machine guiding frame movable longitudinally of said last mentioned frame and longitudinally separable therefrom.

IT. In a mining apparatus, a wheeled truck, a vertically tiltable machine receiving frame thereon, a machine guiding frame movable longitudinally thereof and longitudinally separable therefrom, and mining machine mechanism movable with said guiding frame and longitudinally separable therefrom.

48. In a mining apparatus, a Wheeled truck, a vertically tiltable machine receiving frame thereon, and a machine guiding frame movable longitudinally of said last mentioned frame in either the tilted or horizontal positions thereof and separable therefrom by a longitudinal movement when said receiving frame is in tilted position.

49. In a mining apparatus, a wheeled truck, a tiltable machine receiving frame pivoted on the front end thereof and having its front end engageable with the mine bottom, and a machine guiding frame adapted slidably to receive av mining machine on the mine bottom supported between the bottom and the front end of said frame and movable into operative position thereon with a mining machine.

50. In a mining apparatus, a wheeled truck, a rigid machine receiving frame tiltable thereon, a cooperating guiding frame movable longitudinally of said frame and adapted to receive a mining machine moving on the mine bottom, a mining machine, and latch mechanism between said mining machine and said guiding frame,

51. In a mining apparatus, a wheeled truck, a rigid machine receiving frame tiltable thereon, a cooperating guiding frame movable longitudinally of said frame and adapted to receive a mining machine moving on the mine bottom, and latch mechanism between said mining machine and said guiding frame including an element on said mining machine and a plurality of cooperating elements on said guiding frame.

52. In a mining apparatus, a wheeled truck, a truck wheel driving shaft thereon, a lubricant containing casing, mechanism for driving said shaft from a mining machine on the truck including a rotatable member in said casing, a clutch outside of said casing, and reel mechanism driven by said member when. the truck is at rest.

53. In. a mining apparatus, a wheeled truck adapted to support a separately operable machine of the type which is slidable on the mine bottom during cutting, a truck wheel driving shaft thereon, a lubricant con taining casing, mechanism for driving said shaft from a mining machine on the truck including a rotatable member in said casing arranged coaxially with said shaft, and a clutch located outside of said casing for directly connecting said member and shaft.

1. In a mining apparatus, a wheeled truck, an upright shaft adapted to be driven by a mining machine, a truck wheel driving transverse shaft, Operative connections between said shafts including a clutch having an element rotatable by the upright shaft when the truck is stationary, and a cable reel carried on said truck and rotatable with said element.

55. In a mining apparatus, a friction clutch. operating means therefor, and sup plemental means to prevent maximum loading of said clutch always automatically 0perative when said clutch is once rendered inoperative.

56. In a mining apparatus, a clutch, operating means therefor, and supplemental gravity operated means for controlling operation of said clutch.

57. In a mining apparatus, a clutch, 0perat-ing means therefor, supplemental gravity operated means for controlling operation of said clutch, and manually controlled means for releasing said means to allow said clutch to be loaded.

58. In a mining apparatus, a wheeled truck, a shaft thereon adapted to be rotated by a mining machine on said truck, truck wheel driving mechanism connectible to said shaft including friction clutch, operating means for the latter, and Sl'l] 31 .)l811'1011ttl means for inhibiting uninten tional maximum loading of said clutch.

59. In a mining apparatus, a wheeled truck, a transverse shaft thereon adapted to be rotated by a mining machine on said truck, truck wheel mechanism connected to said shaft including a friction clutch, and means including a clutch operating lever and a cooperating lever normally engage able with a part of said truck for inhibiting unintentional maximum loading of said clutch.

60. In a mining apparatus, a wheeled truck, truck wheel driving mechanism thereon adapted to be driven by a mining machine on said truck and including a friction clutch, and operating means for the latter including a pivoted member normally extending transversely of said truck and a cooperating toggle means connected thereto and to the movable element of said clutch.

61. In a mining apparatus, a wheeled truck, truck wheel driving mechanism thereon adapted to be driven by a mining machine on said truck and including a friction clutch, and operating means for the latter including a pivoted member and a cooperating toggle means connected thereto and to the movable element of said clutch, said member normally extending transversely of said truck.

62. In a mining apparatus, a wheeled truck adapted to support for transport a mining machine of the type normally adapted to cut on its bottom on the mine bottom, truck wheel driving mechanism there-on adapted to be driven by a mining machine on said truck and including a friction clutch, and operating means for the latter including a member pivoted to the truck and movable in an upright plane transversely of said truck and a member operatively connected to themovable element of said clutch and pivotally connected to said first mentioned member.

63. In a mining apparatus, a wheeled truck adapted to support for transport mining machine of the type normally adapted to cut on its bottom on the mine bottom, truck wheel driving mechanism thereon adapted to be driven by a mining machine on said truck and including a friction clutch, and operating means for the latter including member pivoted to the truck and movable in an upright plane. a member laterally spaced therefrom pivoted to said truck and operatively connected to the movable element of said clutch, and a member pivotally connecting said members and extending across said clutch.

64.111 a mining apparatus, a wheeled truck, a transverse truck driving shaft thereon, a sleeve on said shaft adapted to be by a mining machine as said. trnelia, a

clutch element fixed to said sleeve and rotatable therewith without truck movement, a cooperating clutch member connected to said shaft, an operating member therefor, and toggle connected mechanism for actuating said member.

65. In a mining apparatus, a Wheeled truck frame, an upright worm shaft thereon, a truck driving shaft thereon, a worm gear driven by said worm and rotatable on said shaft, a lubricant containing housing surrounding said gearing, a clutch elementoutside said housing rotatable on said shaft and constantly connected to one of the elements in said housing, a cooperating clutch element fixed to said shaft and disposed coaxially therewith, and means for connecting said clutch elements.

66. In a mining apparatus, a wheeled truck, a horizontally swinging vertically tiltable machine receiving frame thereon, a machine guiding frame movable longitudinally of said last mentioned frame, means operatively connected between said truck and receiving frame for inhibiting lateral swinging of the latter, and means operatively connected between said guide frame and truck for inhibiting tilting movement of said frames.

6'7. In combination, a wheeled truck, a horizontally swinging vertically tiltable machine receiving frame thereon, a machine guiding frame movable longitudinally of said last mentioned frame, means operatively connected between said truck and receiving frame for inhibiting lateral swinging of the latter, means operatively connected between said guide frame and truck for inhibiting tilting movement of said frames, a mining machine on said guiding frame, and locking means for the latter operatively connected between said machine and truck.

68. In combination, a wheeled truck, a horizontally swinging vertically tiltable machine receiving frame thereon, a machine guiding frame movable longitudinally of said last mentioned frame, means operatively connected between said truck and receiving frame for inhibiting lateral swinging thereof, means operatively connected between said guide frame and truck for inhibiting tilting moven'ient of said frames, a mining machine on said guiding frame, locking means for said machine operatively connected between said machine and truck, and latching mechanism between said machine and said guiding frame.

69. In a mining apparatus, a wheeled truck carrying a cable reel and a transverse shaft, a flexible driving connection between said shaft and reel, an idler pulley mechanism for said flexible member, and a hook adapted to engage said mechanism to hold the same in inoperative position.

70. In a mining apparatus, a wheeled truck, an element adapted to be movable thereon, and means for locking the same including a fixed element carried. by said truck and having an inclined substantially fiat sur face and means cooperating therewith carried by said movable element and movable into vertically rigid locking relation with said fixed element when said movable element is in retracted position on said truck.

71. In a mining apparatus, a wheeled truck, a vertically tiltable mining machine receiving frame thereon adapted to slidably receive a mining machine of the type normally slidable on its bottom on the mine bottom during cutting, and means for locking said frametagainst tilting disposed at the rear and side of said truck and said frame when said frame is in locked position.

72. In a mining apparatus, a wheeled truck, a vertically tilta-ble frame thereon, and latch means disposed at the rear of said truck and having cooperating elements on said frame and truck to prevent tilting thereof.

73. In a mining apparatus, a truck, a member swiveled on the front end thereof on a vertical axis, roller mechanism between said member and truck disposed on opposite sides and in front and rear of said swivel, the front roller mechanism being at a greater distance from said swivel than the others, and a machine receiving frame tiltably mounted on said member on a horizontal axis adjacent the front edge thereof.

In testimony whereof I aflix my signature.

MORRIS P. HOLMES.