Abstract: A supply chute 11 has a nut send-in port 14 at its upper end, and is composed of an inclined chute 12 inclined obliquely downward, and a curved chute 13 coupled to the lower end of the inclined chute 12 and curved like an arc obliquely downward. A nut support mechanism 40 is disposed at a nut send-out port 15 provided at a terminal end of the curved chute 13, for supporting the nuts 60 being forwarded so that their bonding side 62 may be in an oblique downward position nearly orthogonal to the axial line of a guide rod 20. The inclined chute 12, the curved chute 13, the guide rod 20, and driving means 25 for moving the guide rod 20 back and forth in an oblique downward direction are mounted on a stand 22 installed rotatably on a support member 33 by way of a horizontal support shaft 35, and the support member 33 is coupled and fixed to a main body arm 2 of the bonding machine 1.

Abstract: A manufacturing method of weld nut made of stainless steel plate capable of manufacturing a weld nut of a small size generally known as a micro-screw of thin type and nominal thread diameter of about M1.6 easily by blanking and processing a stainless steel plate, and a blanking punch to be used in this manufacturing method. The manufacturing method of weld nut made of stainless steel plate includes a step of blanking and processing a tap drill hole 22 in a stainless steel plate material 20 having a thickness nearly equal to the height of the nut, a step of forming a nut main body 23 by blanking a nut outer shape in the material 20 around the tap drill hole 22, and simultaneously forming a plurality of weld protrusions 24 in the outer circumference of the bottom of the nut main body 23, and a step of processing female threads 25 in the inner circumference of the tap drill hole 22 of the nut main body 23.

Abstract: A system and method are provided for a format processor that precisely matches a format of a semi-fixed form in the same form type is disclosed. In one example, the form processing system comprises a storage device configured to store format information of a plurality of fields of a form; an image input device configured to acquire an image of a plurality of segments of the form; a reading device configured to read the format information of the plurality of fields of the form from the storage device; a matching device configured to match format information of the plurality of segments with corresponding format information of the plurality of fields to obtain matching results; and a combining device configure to combine the format information of the plurality of segments with corresponding format information of the plurality of fields based upon the matching results, wherein the combining device is further configured to obtain a determined format of the image.

Abstract: An apparatus (10) has a punching station for automatic fixation of self-piercing fasteners (2) each having a stud (3), a flange-shaped head (4) and a cylindrical lug (5) at one end of the stud. With the fastener being struck to a metallic panel (1), the lug (5) pierces it and an open rim (6) of the lug is deformed by a caulking die (11) to firmly attach the fastener to the panel. The apparatus has a feeding section (28,29) for arranging the fasteners in a continuous horizontal row perpendicular to a pressing punch (12), with the lug (5) preceding the stud.

Abstract: A nut punching apparatus has a striking punch (1), a caulking die (2), a nut feeding guide (10) having a punch passage (11) and a nut delivery opening (12) perpendicular to the passage, and a driving means (14) moving the guide along the punch. The nut ‘N’ fed through the opening is pushed into a transfer zone located ahead the punch (1) while the guide (10) is at its foremost position. This guide is retracted to its rearmost position to allow the punch to cooperate with the die (2) to punch the nut ‘N’ onto a metal plate ‘W’. The apparatus has a positioning pin (20) through the punch so that its fore end portion reciprocates taking a foraward position ahead the punch and a retracted position. The pin (20) penetrates a threaded bore of the nut ‘N’ at the transfer zone, such that the projected fore end portion of the pin (20) passing through the nut ‘N’ engages with a positioning aperture (30) formed in the metal plate ‘W’.

Abstract: An object of the invention is to provide a solid substance granulating apparatus loaded on a vehicle, which is able to move to a collection place of inorganic solid substances of glass products, chinaware, salt silicate minerals, etc. of tourmaline, etc.

Abstract: The present invention relates to a solid substance crushing vehicle which is able to move to a place of collection of glass products, chinaware, old stools, bricks, refractories, tourmaline of magnetic ores, etc. to automatically crush, produce, screen the crushed substances and cutlets at a high operational efficiency by only switching on after such solid substances are charged through its charging opening, wherein the same is constructed so as to include a crushing machine 4 installed on the deck 3 of a vehicle 2, a charging unit 5 connected to the crushing machine 4, a crushed substance transfer device 6, one end of which is connected downward of the crushing machine 4, a screening portion 7, one end of which is connected to the crushed substance transfer device 6, collecting cases 11a, 11b, 11c connected to the other end of the screening portion 7, a cover portion 15 to cover up the respective devices, and an elevating unit 16 openably and closably disposed at the opening 15b of the cover portion 15.

Abstract: A glass crushing machine and glass crushing system comprise a cylinder crushing chamber 2; a powder and particle collecting chamber 4 formed to be cylindrical and disposed downward of the crushing chamber 2; a funnel-like crushed substance collecting portion 5 disposed at the powder and particle collecting chamber 4; a porous bottom plate 7, detachably and attachably disposed between the crushing chamber 2 and the powder and particle collecting chamber 5, having a number of pores and divided into a plurality of segments; a drive shaft 8 disposed at a roughly middle part of the crushing chamber 2; a roller rotating shaft 10 connected to the drive shaft 8 via a connection member; crushing rollers 11 rotatably fitted to the roller rotating shaft 10 and having crushing elements 12 consisting of rows of square columns formed in duplex on the outer circumferential surface.

Abstract: A position regulating parts feeder has a rotary hopper (11) and a slanted chute (20) fixed in the hopper that has lift plates (12) secured to its inner periphery. The chute is composed of an upstream receiving section (21), a middle sorting section (22) and a downstream discharging section (23). A groove (51) formed in the upstream section has an open top and is of a depth enough to wholly embrace each of the parts (1) lying on its side such that its front and rear faces are oriented sideways. The side walls have upper oblique zones (31c) and (41c) to widen the groove towards its top. A path defined in the middle section and continuing from the groove is composed of a main passageway (53) extending to the downstream section for transfer of the regularly positioned parts, and an auxiliary passageway (54) branching off from the main one for transfer of the inverse parts to an outlet (35) formed in a bottom of the chute.