baber/WOPTO huggingface dataset:
Patent GB-191405188-A (GB)
Title: Improvements in Carrier Bags.
IPC: B65D33/12
Filed: 1914-02-28
Granted: 1915-01-14
Abstract: 5188. Anderson, A. R., and Wilson, Guthrie, & Co. Feb. 28. Hand-bags for carrying gloves &c. comprise an envelope of paper &c. having a flap 2 formed integral with the rear side, the front of the bag having four perforations 4, through which an endless cord 3 is laced, as shown. The looped end 6 of the cord is passed over the flap and threaded through the lacing bridging the upper pair of perforations, the flap 2 being formed with an elongated aperture 5 to enable this to be done. The perforations are shown reinforced by eyelets. The cord serves to hold the flap closed, and the part 6 affords a handle for carrying the bag.
Patent GB-191408372-A (GB)
Title: Improvements in and relating to Pressure Release Valves for the Cylinders of Locomotives and the like.
Inventor: SPENCER ALEXANDER
Filed: 1914-04-02
Granted: 1915-04-01
Abstract: 8372. Spencer, A. April 2. Cylinder ends, putting into communication.- A cylinder-relief piston-valve is made of two diameters, is provided with packing rings, and controls radial ports 21 leading from the valve casing. The motion of the valve is limited in each direction by means of a shoulder 20 which may be provided with a ring of soft metal, and a projection provided with a hemispherical end 10 secured to the cover 9. Live steam from the engine valve chest is supplied to the larger area through a passage 13. An annular space 14 communicating with the exterior of the valve casing is provided for relieving compression or destroying a vacuum. Hoods may be arranged around the casings and connected by by-pass pipes to put the ends of the cylinder into communication. The casings are tapered and the hoods are provided with drainage holes 28 and held in position by nuts 25 and locking-studs 26.
Patent GB-191408496-A (GB)
Title: Improvements in Typographical Composing Machines.
Inventor: GUEST ALFRED WILLIAM FRANCIS
IPC: B41B11/18
Filed: 1914-04-03
Granted: 1914-10-01
Abstract: 8496. Guest, A. W. F. April 11, 1913, [Convention date]. Distributing matrices.-Relates to means for disengaging the driving-mechanism of the distributor in the event of retardation of the driven part. In the form described, the distributor screws D are provided with disks D' as described in Specification 14,328/13, whereby the rotation of the screws is stopped in the event of a matrix jamming or similar cause. The screws D are driven through a chain C<1> from a sprocket-wheel C secured to a nut S which engages a screw-thread formed on a rotatable sleeve E. The sprocket-wheel is connected to the sleeve by a spring F. The sleeve E carries a clutch member B which is normally held in engagement with a driving-wheel A by a spring B'. A stronger spring G, acting through togglelevers J, K, tends to move the sleeve B to the right and open the clutch. The spring G is normally held out of action by a hand-lever O, which is connected to the toggle-levers and is held in raised position by a detent. When the screws D and the sprocket-wheel C are arrested, the continued rotation of the sleeve E causes the wheel C to be moved axially by the screw, the spring F being stretched. The detent which sustains the hand-lever O is thereby tripped, and the clutch is opened by the spring G. The mechanism is re-started by raising the hand-lever O. Specification 14,582/90 also is referred to.
Patent GB-191411382-A (GB)
Title: Improvements in Apparatus for Damping, Moistening or Humidifying Fabrics and the like.
Inventor: WRAY GEORGE
IPC: D06B1/00
Filed: 1914-05-08
Granted: 1915-05-06
Abstract: 11,382. Wray, G., and Wray, A. May 8. Circulating or passing materials through fluidsupplying apparatus.- In apparatus for spraying fabrics &c. with liquids as they pass from one roller to another, the liquid is supplied to the spraying-nozzles under pressure from an accumulator, and means are provided for controlling the supply. The fabric x passes as shown in dotted lines from one pile to another over a roller on the shaft f<1> and another roller h<2>. The shaft f<1> is driven through change-wheel gearing, to allow the speed to be altered, from the shaft a on which is a pinion capable of being slid along the shaft to bring it into or out of gear with the wheel c and also with a wheel d by which the liquidsupplying pump k<2> is actuated. The pump delivers liquid from the tank r to an accumulator m, and thence through pipes m<2>, m<3>, to spraying-nozzles m<4>. An adjustable spring- controlled relief valve 6 is fitted between the pump and the accumulator, with a pipe returning superfluous liquid to the tank. The pinion on the shaft a may engage either the wheel d or both wheels c, d, or be thrown out of action, by means of rack gearing o, o<1> and a fork o<3>, shown separately in Fig. 6, the rack gearing being operated by a handle n<1> capable of being locked in three positions accordingly, so that either the pump alone, both the pump and the fabric rollers, or neither, may be brought into action as desired. The shaft n of the handle n<1> carries a cam p, which by means of the lever and rack gearing acts to open and close cocks q<1> on the liquid-supplying pipes as the pump is brought into and out of action. Hand-operated cocks q<3> are also provided. Liquid draining from the fabric is caught in trays beneath it and in a trough below the bottom roller and returned to the tank, which is fitted with a filter plate and ordinary ballvalve supply arrangements.
Patent GB-191411629-A (GB)
Title: Improvements in and connected with Electrically-controlled Point Operating Mechanism for Railways and the like.
Inventor: COLLINS ROY VINSON
IPC: B61L11/00
Filed: 1914-05-11
Granted: 1915-08-11
Abstract: 11,629. Collins, R. V. May 11 Electrically operated and controlled by vehicle.-In an electrically-controlled pointoperating mechanism for railways &c. comprising a known contact device A for engaging the collector and a single rotary electric points motor 14, switching-means are interposed between the motor and contact device which are controlled by the contact device in such a manner that the motor is caused to operate the points one way or the other according as to which of two paths the current leaves the contact device by; a second contact B is also provided which when operated by the current collector restores the switching means to normal position. The known contact A is of the kind adapted to connect either of two contacts 19, 20 through an arm 18 with the trolly wire W according as the car motor circuit is open or closed when the collector engages and raises the pivoted arm 15, 17. The contact B comprises a member 36 pivoted at 37 and pivotally connected to a contact arm 39 having shoulders 43 adapted to engage a projection on the contact frame. In the normal position, the arm 39 is held as shown in Fig. 1, but when the member 36 is raised by a passing collector the shoulders clear the projection and the arm 39 falls over and engages the contact 41, thereby connecting it to the trolly wire. The point tongue 1 is connected by chains 8 to a drum driven through gearing from the motor 14. The switching- means comprise the electro-magnetically operated and weighted contact arms 66, 69, 75 and cam-controlled and weighted contact arms 57, 62. If the cars approach the points with their motor circuit broken the arm 18 engages contact 19, thus energizing solenoid 71, which moves the arm 69 to engage contacts 45 to 50. A circuit from trolly wire W, through wires 85, 86, contact arm 69, and solenoid 71 is thereby completed, which maintains the arm 69 in position to keep the motor circuit W, 85, 87, 55, and contact arm 69 closed until the motor has completely reversed the points, whereupon the cam 61 engages the contact arm 57 and breaks the motor circuit at contact point 55. Another car cannot operate the switching-means through contact A until the first car has passed and operated contact B. The operation of contact B breaks the maintaining-circuit at 72, 73 by energizing the solenoid 76, or, in an alternative arrangement, by short-circuiting the solenoids 71 or 68 through wire 99. If the cars approach the points with their motor circuit closed, the arm 18 engages contact 20, thus energizing solenoid 68 and reversing the points. In their normal position, the contact arms 66, 69 close the initiatory circuit contacts for the operation of each other and thereby when one is operated the other is blocked until the different members go back to normal. Owing to the use of a maintaining-circuit, the current sent from contact A need only be momentary.
Patent GB-191421246-A (GB)
Title: Improvements in and relating to Friction Gearing especially applicable to Sewing Machines.
Inventor: FAIRWEATHER WALLACE
IPC: D05B69/16
Filed: 1914-10-20
Granted: 1915-09-23
Abstract: 21,246. Fairweather, W., [Singer Manufacturing Co.]. Oct. 20. Sewing-machines; starting and stopping gear -Relates to friction gearing, particularly applicable for driving one or more sewing- machines. The driving-shaft 1 is carried in a self-alining bearing 4 formed with a flange 5, the spherical exterior of which bears within a hanger 8 secured to a spindle 9. A ball-ended stud 18 engages a recess in the flange 5 and prevents endlong movement and rotation of the bearing 4. A triangular collar 11 secured to the spindle 9 carries a stud 12 and screws 13 so that the spindle may be adjusted in position in the bench rail 14 and secured by a nut 15. A leather-covered friction wheel 2 carried by the shaft 1 is arranged within a driven drum 24 secured to a sleeve 20 which also carries a pulley 23. The sleeve 20 is carried in a divided hanger 26 loose on the spindle 9. A lever 30 operated from the treadle carries a brake block 32 which is kept normally in contact with the driven drum 24 by a spring 33. A stud 35 on the lever engages a cam-slot 36 in the hanger 26, so that, as the brake is removed, the hanger is rotated and the drum is brought into engagement with the wheel 2. Stops are provided on the hanger 26, collar 11, and lever 30 to prevent accidental movement of the hanger. If breakage occurs, the hanger swings by gravity to the disengaging position. Gearing may replace the pulley 23. The shaft 1 may serve for driving several similar arrangements of friction gearing.
Patent GB-191421795-A (GB)
Title: Improvements in Powder-seal Gas Valves.
Inventor: BUCKLEY CROSSLEY ANDERSON MONT
IPC: F16K13/10
Filed: 1914-10-30
Granted: 1914-12-31
Abstract: 21,795. Buckley, C. A. M. Oct. 30. Powder-seal valves.-A powder-seal gas valve comprises a chamber containing, for example, sand which is caused to rise and fall by mechanical means or by fluid pressure and thereby seal and unseal a passage for the passage of gas. In the duplex arrangement of such a valve shown in Fig. 3 adapted as a reversing or turn-over valve for the passage of gases to a. heat regenerator, the valve chambers consist of V-shaped passages a with connecting- passages b, c containing the sealing-powder and a worm conveyer e. The rotation of the conveyer causes the transference of the powder from one chamber a to the other, and thus the opening and closing, respectively, of the passages a. By means of a pipe g sealed at the top by a transparent material, it can be readily seen whether the valve is open or closed; or the tube can be fitted with electric contacts to operate an audible or visible signal. The valve may be opened by running out powder by gravity, and the powder may be moved by a plunger or by compressed air or suction.
Patent GB-191500275-A (GB)
Title: Improvements in Electric Wave Amplifying Apparatus.
IPC: H03F3/28
Filed: 1915-01-07
Granted: 1915-07-22
Abstract: 275. Western Electric Co., [Western Electric Co.]. Jan. 7. Vacuum tubes. - A thermionic relay for amplifying the positive and negative portions of an electric wave comprises two elements having a common heated filament 13, grids 17, 18, and plates 15, 16. The filament 13 is supported from one end of a glass vessel 34 and connected to tip and sleeve terminals, while the grids 17, 18 and plates 15, 16 a r e mounted on a glass support 35 by means of wires 36, 37 and 38, 39 respectively.
Patent GB-191501708-A (GB)
Title: Improvements in or relating to Machinery for Making or Forming Paper Bags and the like.
IPC: B31B3/28
Filed: 1915-02-03
Abstract: 1708. Day & Sons, J., and Naylor, W. H. Feb. 3. Paper bags, making.-Consists of mechanism for pressing the gummed folded bottoms of square-bottomed paper bags after leaving the mandrels of the machine and is shown applied to machines having mandrels p, Figs. 1 and 7, and an ejector plate 1 similar to those described and shown in Specifications 20,117/12 and 26,011/12. One or more intermittently rotating drums 19, Figs. 1, 5, 7, and 10, on horizontal spindles fixed to a plate 22 held at a distance from the table b of the machine by rods 23, have recesses 20 in the periphery formed with grooves 24 in the bottom and overhanging ledges 25. The ejector 1 which strips the bag from the mandrel is fixed to the face of a reciprocating plate 13 having also centring and other rods 16, 17 and pressers 14. As the bag is ejected, it is carried by the presser 14, moving through apertures in a stationary guide-plate 18, into the pocket, where the bottom is pressed against two spring-pressed plates 26, 27 carried by the plate 22. After withdrawal of the presser, the plate 26 springs back beyond the plate 27 in order to prevent the bag bottom from sticking to the plate 27. The bags are carried round in the pockets and after a suitable interval are removed by the ejectors 52, Figs. 5 and 7, into discharge troughs. If two or more mandrels are used at each step, two or more drums will be used to correspond. In the form shown, two drums are rotated intermittently by means of two ratchet-wheels 33, Fig. 4, secured thereto and interconnected by gearing 51. One wheel is rotated by means of an oscillating lever 34 with a pawl 43, and in order to stop the rotation of the drum, a hooked lever 45, pivoted to the plate 22 and engaging the other wheel, is connected to the lever 34 by means of an eye-bolt 48, through which passes, with some lost motion, a rod 47.
Patent GB-191506876-A (GB)
Title: Improvements in or relating to Gun Mountings.
IPC: F41A23/20
Filed: 1915-05-07
Abstract: 6876. Vickers, Ltd., and Buckham, G.T. May 7. Housing.-Relates to gun mountings of the kind in which the gun can be turned into an approximately vertical position to permit of the gun and carriage being housed within a well or cavity closed by a suitable cover-plate connected to the carriage. According to the invention, the cover-plate is constructed so as to close the cavity in a water-tight manner and so that it may be displaced to permit of highangle fire when the mounting is in the raised position. Fig. 2 shows the cover-plate C for the well B mounted on the gun carriage A' above the trunnions C' so that the gun may be turned into the position shown and the mounting housed by lowering it into the well, the cover-plate forming a water-tight joint with a ring B<x> at the top of the well. The mounting is supported by a pillar b bearing against a platform B', the load on which is balanced by a weight B<2>. The mounting is raised to the firing position by hydraulic pressure and supported on the ring B<x> by means of interrupted ledges d' on a ring D which is rotated after the manner of a bayonet-joint with respect to the mounting and the well by a bar inserted in holes d. To permit of high-angle firing, the cover-plate C may be displaced with respect to the gun carriage about the trunnion axes C<1> and locked in position by a pin C<2>.
Patent GB-191507743-A (GB)
Title: Improvements in Apparatus for Shaping Loaves.
Inventor: EMBREY LAURENCE
IPC: A21C3/00
Filed: 1915-05-25
Abstract: 7743. Embrey, L. May 25. [Cognate Application, 8187/15]. Rolling-machines. -Relates to dough-moulding machines of the type comprising pairs of superposed bands running in opposite directions at different speeds and passing over shaping-blocks, and consists in the provision of sectional shaping- blocks adjustable laterally to vary the shape of the pieces of dough. Fig. 2 shows one form in which bands a, c and b, d pass respectively over upper and lower sets of shaping-blocks carried by moving bands driven positively by pins q on the driving- pulleys engaging holes or eyes in the bands. The blocks are in laterally-adjustable sections r, s, t, which are mounted on separate bands. The upper set of blocks are rounded. Figs. 3 and 4 show a modification in which bands 37, 38 pass over stationary shaping-blocks comprising side members 47, 48 adjusterable laterally by screws 49, 50, and central members 51 adjustable vertically by eccentrics 52. At the entrance to the moulding-channel, the bands pass over boards 43, 44, between which are arranged knives 45. According to Provisional Specification 7743/15, the various bands and shaping- blocks are separated by thin iron or steel bands. Specification 11,724/14 is referred to.
Patent GB-191509081-A (GB)
Title: Improvements in and relating to Pneumatic Suspension of Vehicles and the like.
Inventor: HOFMANN JOSEF
IPC: B60G11/27
Filed: 1915-06-21
Granted: 1915-10-14
Abstract: 9081. Hofmann, J. June 22, 1914, [Conven.tion date]. Springs, mounting undercariages on.-A pneumatic suspension for vehicles &c. is arranged so that both the piston and the casing of the spring move upwards with the axle or downwards with the superstructure, but to unequal extents, so as to produce a relative movement between the piston and its casing. The spring may also be employed for supporting the seats or other parts of the car. The cylinder 11 containing the pneumatic bag 12 is firmly fixed to a lever 9 attached to an arm on the axle 2. The plunger 13 is supported on a lever 7 pivoted to the lever 9 at 8 and to the superstructure of the car at 5. As the axle rises and falls, relative movement between the cylinder and piston takes place at a variable rate. The motion is limited by abutments 4.
Patent GB-191509179-A (GB)
Title: Improvements in and relating to Loose Leaf Binders.
Inventor: PROUDFIT WILLIAM SMITH
IPC: B42F13/04
Filed: 1915-06-22
Abstract: 9179. Proudfit, W. S., and Edwards, W. H. June 22. Flexible-band files.-The sheets are strung upon flexible and preferably resilient strips, which are secured by a step-by-step adjustment to one cover, and clamped to the other when tightened by camdevices. In the form shown in Fig. 1, the step-bystep adjustment is provided by lugs 25 and slots 26 in the strips, a spring wire 27 holding the parts in engagement. The bands 8, after passing through guides 11 and through the leaves, are clipped to a bar 15, which, when pulled by a looped strap 16, tightens the bands, which are then secured by the rotation of a wire &c. 17, having offset or camlike clamping-parts 18. In a modification, separate cam-securing means are fitted to each strip. The end of the clamping-wire 17 is covered by a plate, which is locked in position, a pointer 49 indicating when the fastening is secured. The bands may comprise two or more plies which have a pin-and-slot connexion to allow of a limited sliding motion over each other when the covers are opened or closed.
Patent GR-20010100496-A (GR)
Title: Rotary heat-generating mechanism
Inventor: MANTALAS GEORGIOS
IPC: F22B3/02
Filed: 2001-10-26
Abstract: he invented rotary heat-generating mechanism 2 heats up the oil by friction of the "cushions" 13 onto the rotor 12, which oil is conducted to the alternator 6 heating the water, and then comes back to the heat-generating mechanism 2 through the pump 11. The hot water is conducted to the heating elements of the building via a pump and comes back to the alternator for being heated again.
Patent IN-2013MU01111-A (IN)
Inventor: NAVIN G BHATT
IPC: C07D487/04
Filed: 2014-03-14
Abstract: The present invention relates to a process for the preparation of ticagrelor and pharmaceutically acceptable salts thereof.
Patent IN-2015MU02367-A (IN)
Inventor: SARFARAZ MEHBOOB KHAN
IPC: H02K5/00
Filed: 2015-06-22
Abstract: Disclosed is an alternator being used for producing electrical energy, the alternator comprising: an elongated shaft having first end and second end; an armature being placed.on the shaft and responsible for producing the energy, the armature comprising armature core and armature winding, the armature winding includes plurality of coils and conductors, the armature core is adapted to accommodate the coils and conductors of the armature winding; a plurality of field coils surrounding the armature and being placed on poles for setting up magnetic field, the poles are placed on a pole core; a commutator being placed at one end of the armature on the shaft, the commutator is adapted to facilitate collection of alternating current induced in the conductors of the armature winding and convert the alternating current into unidirectional current in a external load circuit; a pair of brushes being placed on the commutator for collecting current from the commutator; a first fan being placed on the shaft after commutator for cooling of the alternator; a first bearing being placed on the shaft after the first fan so that the first fan remains between the commutator and the first bearing; a second bearing being placed on the shaft at other end of the armature; a second fan being placed on the shaft after the second bearing and adapted to function as an exhaust fan; a third bearing being placed on the shaft after the second fan so that the second fan remains between the second bearing and third bearing; a first flywheel being placed at the first end of the shaft such that the third bearing remains between the second fan and the first flywheel; and a second flywheel being placed at the second end of the shaft such that the first bearing remains between the first fan and the second flywheel.
Patent IN-2013MU03020-A (IN)
Inventor: JOSHI MAKARAND
IPC: E04C3/28
Filed: 2013-09-18
Abstract: A joint for joining structural components, wherein at least one of the component is a solid component and the other component is a fiber reinforced plastic composite component. The joint includes a slot formed adjacent to the edge of the solid component. The edge is being provided with a double sided taper extending from adjacent to the slot wall in a gradient of about 1:20. The fiber reinforced plastic component is being cast in situ by wrapping the fibers around the slot and around the tapered edge in a gapless manner and casting a polymer under vacuum over the fiber followed by curing to form a wrap around complex composite joint.
Patent IN-2013MU03800-A (IN)
Inventor: HIRLEKAR RAJASHREE SHREERAM
IPC: A61K36/906
Filed: 2013-12-04
Abstract: The present invention provides oil in water microemulsion of curcumin using novel oily phase containing 1:1 eutectic mixture of camphor and menthol. Further invention also provides topical formulations also known as microemulgels containing oil in water microemulsion of curcumin comprising 1:1 eutectic mixture of camphor and menthol. Microemulgels of curcumin comprises of novel polymer / emulsifier / gelling agent SEPINEO P 600. The invention also provides process of preparation of microemulsions and microemulgels.
Patent IN-2013CH05960-A (IN)
Inventor: BALAJI NERELLA VENKATARAMANA
IPC: G06F21/00
Filed: 2013-12-20
Abstract: Embodiments herein provide a method and system for authenticating a client application attempting to access a protected resource on a resource server. The method includes receiving a request to access the protected resource at an authorization server. The request is received from the client application authorized by a resource owner of the protected resource. Further, the method includes redirecting the request to the resource server using a redirect identifier corresponding to a redirect endpoint of the client application. The redirect identifier is intercepted by a web run time engine prior to the redirect. Furthermore, the method includes determining a match between the intercepted redirect identifier and a pre-assigned redirect identifier with the client application stored at the web run time engine to authenticate the client application prior to providing access to the protected resource. FIG. 3