Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.

Patents

  1. Advanced Patent Search
Publication numberUS2067567 A
Publication typeGrant
Publication dateJan 12, 1937
Filing dateJun 12, 1935
Priority dateMar 22, 1935
Publication numberUS 2067567 A, US 2067567A, US-A-2067567, US2067567 A, US2067567A
InventorsAdam Gruca
Original AssigneeAdam Gruca
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Appliance for setting and bandaging forearm fractures
US 2067567 A
Abstract  available in
Images(1)
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

Jan. 12, 1937. GRUCA 2,067,567

APPLIANCE FOR SETTING AND BANDAGING FOREARM FRACTURES Filed June 12; 1935 Ada m r'wm 2, XM. Alto what.

Patented Jan. 12, 1937 UETED STATES PATENT OFFICE Adam Gruca, Lwow, Poland Application June 12, 1935, Serial No. 26,257 In Germany March 22, 1935 3 Claims.

Forearm fractures have hitherto been set by two operators, one operator pulling the broken forearm either directly by the fingers or indirectly by means of a sling, and the other operator holding the elbow or tying the elbow to a stationary support. It is also known to put a steel wire between the finger bones of the hand of the patient or around the lower end of the forearm bones, and connect the wire to a yoke connected with a pulling appliance. The first-mentioned method is very painful to the patient and fatiguing to the operators. Moreover, the method is not satisfactory as the broken bones may be accidentally displaced relatively to each other upon the pull exerted by the operators being relaxed or discontinued owing to fatigue. The second-mentioned method constitutes a surgical operation which, owing to the unavoidable infliction of a wound, may have unpleasant consequences and can be carried out only under narcosis or with the aid of a local anaesthetic. Mechanical appliances hitherto proposed for exerting the required pulling action have been very little used in practice, owing to their structural imperfections. The known appliances are not suitable for fixing exactly the forearm or they are so painful to the patient that they cannot be used even under narcosis or with the aid of a local anaesthetic.

The subject of the present invention is an appliance for setting and bandaging forearm fractures which avoids the above-mentioned drawbacks. The invention provides for pulling or stretching the forearm by gripping the joined fingers of the hand in a manner which is quite free from pain to the patient, so that the improved appliance may be employed with narcosis or a local anaesthetic. A considerable pulling force can be exerted by the improved appliance in a direction which can be exactly determined in accordance with the requirements of the case. Moreover, the direction of the pulling force and the magnitude of the force may be controlled and adjusted in all planes. The fractured arm remains quite free and is perfectly accessible for the application of gypsoplastic dressing or other bandages.

An important feature of the invention consists in that the improved appliance comprises a device for fixing the elbow and an adjustable pull device acting upon the joined fingers, the two devices being adapted to be clamped or otherwise fixed to any suitable support, for instance, an ordinary table, a bed, an operating table or the like. The drawing device comprises, according to the invention, means for clamping the fingers of the patients hand which are pivoted to a yoke-shaped arcuate member and are fixable relatively thereto in any adjusted angular position. The pull is exerted by means of a nut and screw device, the screw spindle of which is connected to the arcuate yoke-shaped member by means of a ball joint adapted to be clamped and fixed in any adjusted position by means of a screw, and by means of an adjustable joint between the arcuate yoke-shaped member and the ball joint. This adjustable connection permits of an adjustment of the arcuate yoke-shaped member in the plane of the member and approximately about the centre of the arcuate portion of the yoke. The device for clamping and gripping the fingers comprises a first gripping member made, for instance, of aluminium or other suitable material and shaped in accordance with the inner surface of the joined second to fifth fingers of the hand, and a second gripping or clamping member which bears upon the outer surface of the fingers, is bent in accordance with the shape of the fingers, is provided with a soft rubber plate lining, and is pressed against the outer surface of the fingers by any suitable device, for instance, by means of two screws. The device for fixing the elbow which is separate from the device gripping the fingers, preferably consists of a supporting'arm which is mounted upon and fixable to a vertical rod. The supporting arm preferably carries at the end a vertical rod which holds the upper arm. When a gypsoplastic bandage is applied after the setting operation, the supporting arm, together with the Vertical rod carried by the supporting arm, can be slid upwards upon the vertical rod carrying the supporting arm, and both the supporting arm and the vertical rod carried. thereby can then be removed from the bandage by pulling first the supporting arm and then the rod from the bandage.

One constructional form of the invention is shown in the accompanying drawing by way of example.

Fig. 1 is a top view of the complete appliance in use,

Fig. 2 is a perspective view of the finger gripping device and the yoke-shaped member attached thereto,

Fig. 3 shows in end elevation and partly in section, the joints between the yoke-shaped member and the pulling device,

Fig. 4 is an elevation partly in section, and

" with considerable and adjustable force by means the bolt22 is spherically shaped and is acted Fig. 5 a corresponding top view of the elbowfixing device,

Fig. 6 is a section on line AA of Fig. 2, and

Fig. '7 a section on line B-B of Fig. 3.

The appliance comprises two separate parts which are adapted to be clamped in the required position upon a suitable support, for instance, upon a table 5 (Fig. 1). The means for fixing and holding the elbow'comprises a vertical rod 4 which is'connected with a fixing or clamping plate 5. Upon the rod 4 (Figs. 1, 4 and 5) is slidably mounted a horizontal arm 3 which is locked against rotation by .a pin 4'. The supporting arm 3 rests upon' a collar of the rod 4. Upon the somewhat reduced end portion 3 of the flat supporting arm 3 can be slid an auxiliary support 2 in such a manner that the suitably shaped tubular portion 2' of this auxiliary support encloses the end portion 3'. When using the appliance, the arm I (Fig. 1) of the patient is so inserted between the rod 4 and the auxiliary support 2, that the latter bears against the upper arm and the rod 4 forms a good support for the elbow joint. The forearm to be treated is in this manner freely accessible and may be rested by the patient upon a suitable padded support 3 in such amanner that the patient does not feel any fatigue.

The draw device which forms the second part of the appliance is mounted upon a second fixing or. clamping plate 5' which may be clamped in known manner to the edge of the table. The drawv device. comprises a sleeve 25 connected with the clamping plate and a screw spindle 24, 24" mounted in the sleeve 25 and adapted to be drawn of a nut operable by means of .a hand wheel 28. The sleeve 25 is secured to the clamping plate 5 by means of a vertical rod of circular cross section, not shown in detail but indicated by a dotted circle in Fig. 1. The screw spindle 24 is connected by means of a threaded end portion 24' (Fig. 3) with a tubular sleeve 2|, the other end of which is somewhat reduced in diameter and contains the ball shaped end portion 29' of a clamp 20 which latter is connected to the yoke I. The ball shaped end 20 rests against the reduced open end of the sleeve 2| and is pressed against that end by means of a bolt 22 having a head 22 bearing upon the ball shaped end 20'. The other end of upon by the conical end of a set screw 23 mounted in a thickened portion 24" of the spindle 24. By turning the screw 23, pressure is exerted upon thehead 22 and the latter is pressed against the ball 20' whereby the clamp 26 may be fixed in any adjusted angular position.

The clamp 20 is formed with a fork 20" between the limbs of which can be clamped the yoke I (Fig, 2) of the finger clamping device, by means of a clamping screw l9, l9. The clamping screw passes through a hole in one of the limbs and has a threaded portion engaging a thread hole in the other limb.

The yoke l which is clamped between the limbs 2c" (Figs. 2 and 6) has an arcuate shape and has ends '1' twisted through 90 with regard to the plane of the main portion of the yoke. These ends Tare provided with holes through which are passed the ends of the rod H carrying the finger grip member in. The finger grip I is preferably made 'of cast metal, for instance, aluminium, in such a manner that it conforms exactly to the space between the joined fingers II-V. This cast metal member may, for instance, be made to conform to a model made of clay, by putting a piece of clay into the hand of the patient and compressing the clay by joining the fingers and closing the hand. In this manner, recesses are formed in the finger grip l0 which conform exactly to the individual fingers of the patient. The rod H which inwardly supports the finger grip it is provided at the ends with two threaded tubular members I 2, l2 through which are passed screws 6, 6 provided at their ends with wing heads and collars 6". Upon the screw bolts 6 slides, by means of end holes IT, a finger clamping plate E8, the ends of which are provided with Washers 16, H. The plate 58 is again curved or shaped to conform with the form of the fingers. It is provided with a lining 8 of soft rubber in orderto soften the pressure upon the fingers.

The ends 9 and I5 of the supporting rod H are turnably mounted in openings of the ends 'I of the yoke 7. One of the yoke ends I is provided with a toothed projection cooperating with a corresponding toothed projection l3 of the adjacent end of the plate H and the corresponding end l5 of the rod H is threaded and provided with a wing nut 14 so that by turning the wing nut l4, the rod 1 l, and consequently also the finger grip it}, may be fixed in any angular adjusted position with regard to the yoke 1.

The mode of using the described appliance is as follows:

After loosening the clamp I9, the finger clamping device, together with the yoke, is removed from the draw device, the fingers are placed round the grip Ill and are clamped by turning the winged head 6. placed upon the arms 3 and the rod 4 and auxiliary support 2 are suitably adjusted. The yoke I is now inserted into the clamp 19, 2'0", whereupon by turning the wheel 25, the screw spindle'24, 24 is pulled and the forearm is stretched between the support 2, 3, 4 and the finger clamping device l0, l8, the arm remaining quite free between the support and the draw device.

If, during the operation, the direction of the draw needs to be altered at right angles to the plane of the hand, the ball 20' is released by loosening the screw 23, whereupon the hand may be suitably adjusted and the screw 23 screwed home. If, on the other hand, it is desired toincrease the draw action in the direction of the elbow, the screw I9 is loosened and the yoke l is adjusted in the required direction. The direction of turning is regulated by means of the clamp 23.

After the forearm fracture has been set and a fixed bandage has been applied, the fingers are first released from the clamping device [8, ll], whereupon the whole forearm is slid upwardly parallel to its original position, the. support 3 with the counter support 2 upon the rod 4 being moved upon the rod 4 upwardly and remaining in the plaster or other mass. By pulling in the longitudinal direction of the support, the latter can be withdrawn from the plaster, as well as subsequently the auxiliary support 2 which is likewise withdrawn in the longitudinal direction. The operation may be performed with the patient being either seated or lying down.

I claim:

1. Appliance for setting and bandaging forearm fractures comprising: means for supporting and fixing the elbow; means for gripping the fingers, and a draw device connected with said gripping means; a common support for said draw device and said elbow fixing means, both the The elbow is then elbow fixing means and the draw device being independently adjustable upon the common support, said draw device comprising an arcuate yoke pivoted to said finger gripping means; means for fixing said arcuate yoke after adjustment relatively to said finger gripping means; a screw and nut device; a ball joint at the end of the screw; means for clamping said ball joint in an adjusted position; and a clamping device connected to said ball joint for connecting the arouate yoke, said arcuate yoke being slidable in said clamping device for adjustment.

2. Appliance for setting and bandaging forearm fractures comprising: means for supporting and fixing the elbow; means for gripping the fingers, and a draw device connected with said gripping means; a common support for said draw device and said elbow fixing means, both the elbow fixing means and the draw device being independently adjustable upon the common support, said finger gripping device comprising an inner finger plate to be gripped by the fingers and an outer plate; and screw means for fixing the outer plate to the inner plate, both the inner and the outer plate being shaped to conform with the shape of the fingers.

3. Appliance for setting and bandaging forearm fractures comprising: means for supporting and fixing the elbow; means for gripping the fingers, and a draw device connected with said gripping means; a common support for said draw device and said elbow fixing means, both the elbow fixing means and the draw device being independently adjustable upon the common support, said elbow fixing device comprising a fixed vertical rod; a horizonal arm slidable upon said rod and fixable thereto; and an auxiliary rod detachably mounted upon said arm, said horizontal arm being removable from said fixed rod by sliding upwardly and said auxiliary rod being removable from said arm by sliding horizontally.

ADAM GRUCA.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3087489 *May 1, 1961Apr 30, 1963Gilbert EisemanUniversal orthopedic traction and holding device
US3139884 *Nov 6, 1961Jul 7, 1964Stryker CorpOrthopedic device
US5358469 *Aug 5, 1991Oct 25, 1994Ultraflex Systems, Inc.Dynamic splint
US5658241 *May 17, 1995Aug 19, 1997Ultraflex Systems, Inc.Multi-functional dynamic splint
US5697893 *Jun 14, 1995Dec 16, 1997Rhenter; Jean-LucStructure for holding the ankle joint
US5749840 *Oct 31, 1995May 12, 1998Ultraflex Systems, Inc.Dynamic splint
US8075483 *Oct 31, 2002Dec 13, 2011L'ORéAL S.A.Device for use in measuring and/or analysing at least one parameter of an external body portion
US8100844Nov 15, 2006Jan 24, 2012Ultraflex Systems, Inc.Ambulating ankle and knee joints with bidirectional dampening and assistance using elastomeric restraint
US8123709Apr 13, 2009Feb 28, 2012Ultraflex Systems, Inc.Ambulating knee joint
WO1993002644A1 *Aug 5, 1992Feb 18, 1993Ultraflex Systems IncDynamic splint
Classifications
U.S. Classification602/20
International ClassificationA61F5/04, A61F5/058
Cooperative ClassificationA61F5/05858
European ClassificationA61F5/058H4