KR100417044B1 - The cutting and supplymg method for mashed red bean within baking machine for disk type bread - Google Patents

Abstract

The present invention is made of a sediment that is put into a relatively non-spherical bread, such as "foliar bread" or "round bread," without significantly modifying the structure of the baking machine that is heated and baked into the flour dough. By widening the filling range and cutting the sediment supplied in the dough into disc disk shape so that you can savor the original film of bakery mixed with the dough and sediment regardless of which part you eat. In a disk-type baking machine that is precisely dropped into a mold at a certain time, it is to provide a baking machine having a cutting device and a supply method of sediment.

Description

Cutting device and supply method of sediment in disc type baking machine {THE CUTTING AND SUPPLYMG METHOD FOR MASHED RED BEAN WITHIN BAKING MACHINE FOR DISK TYPE BREAD}

The present invention relates to a cutting device and a feeding method of sediment in a disk-type baking machine which is heated to complete the inside of the red bean paste, that is, sediment into the inner portion of the dough, particularly when the baking mold of the automated baking machine is moved. When the sediment that enters the inside is compressed and supplied to the mold through the supply pipe of the housing, the sediment has a predetermined thickness by cutting up and down, which moves forward and backward in a position close to the lower end of the supply pipe. A disk-type baker that cuts and supplies a disk in the shape of a disk to widen the filling range to the inner portion of the dough, and relates to a cutting device and a supply method of sediment.

As is well known, a conventional baker is automatically supplied with flour dough and sediment entering the inside of a mold that is automatically moved from each dough bin and the bin, and then heated and fired to complete the bread. Various types of heating and firing by various shapes of molds capable of producing plate-shaped "foliar breads" or "round breads" having a certain thickness, including molds of bakers that produce spherical "hodo sweets". There are breads of bread, all of which are finished by placing sediment into the dough.

However, in the case of bread, such as spherical "hodo", the taste of dough and sediment can be savored at the same time, even if the sediment entering it is filled in some form (a certain amount supplied from the nozzle). However, disc-shaped breads or plate-shaped breads with a predetermined thickness are packed with sediment into the bread, so in some cases, when the tasting is made, only the portion of the pasty dough is eaten or the sediment is packed. There has been a drawback that as only the portions are eaten, the sediment has not been able to savor the inherent taste of the bread formed by the mixing of the dough.

An object of the present invention is to cut into a mold of a precisely positioned mold directly below the supply pipe while the extrusion of the sediment barrel into the dough of the automatically moving mold through a supply pipe having a constant thickness, cut to a predetermined thickness It is to provide a cutting device of the sediment so that the sediment of the disk shape (plate-like) is drop-supplied, another object of the present invention is a disk-shaped and plate-shaped "foliar bread" or "round bread" dough heated by the mold The sediment supplied to the central part of the water does not leak to the outside of the dough during firing, but is fired in a state where the filling range into the dough is made wider, so that the flour dough of the sediment can be savored at the same time in any part of the bread during tasting It is intended to provide a method of supplying sediment so that it is possible.

The present invention provides a disk-shaped sediment that maintains a predetermined thickness in a mold positioned directly below the supply pipe at a certain time by an automated mechanical operation in order to solve the above drawbacks and give a significant effect on achieving the object. A cylindrical supply pipe is installed under the piston-operated housing so that it is filled in the dough, and it slides up and down at a position close to the lower end of the supply pipe, and is connected to the rod between the cam of the drive shaft and the sliding operation to move forward and backward. It is characterized by a cutting device and a feeding method of the sediment that the sediment is cut and dropped to a predetermined thickness precisely at a predetermined time by the cutting portion which is made to work, and is filled and supplied to the inner portion of the dough.

1 is an overall perspective view of a baker showing the combined configuration of the present invention

2 is an overall perspective view of a raw material supply unit according to the present invention

3 is a perspective view of main parts of the present invention;

Figure 4 is an exemplary side view showing an operating state of the present invention

※ Explanation of symbols about main part of drawing ※

100-Baker 10-Dough 110-Seins

11,111-piston 12,112-housing S-drive shaft

13,13 ', 113,113'-Cam 1 ~ 4 Cam 14,114-Operation

15,115-lever 16,116-axle 17,117-rod

17 ', 117'-Link 118-Supply Line 119-Material Supply Unit

120,120'-Up / Down Cutting Machine 121-Cut Section 122,122'-Up-Down

123,123'-steel 124,124'-bolt 125-standing

126,126'-Center Roll 126 "-Roll Shaft 127,127'-Gap

128,128'-fixed 128 "-operated 129,129'-connection

130-fixed shaft 131-lever 132-rod

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall perspective view of the bakery 100 shown in conjunction with the present invention, Figure 2 is a housing 12, 112, wherein the kneading bin 10 and the sediment bin 110 operates as pistons 11 and 111, respectively. The rod 14 and the rod 15 between the operating rod 14 and the lever 15, which are installed on the shaft and slid to the first and second cams 13 and 13 'of the drive shaft S driven by power at the bottom. And the drive shaft (S) connected to the link (17 ') by means of (17) such that the dough is fed to the nozzles (19) and (19') through the hoses (18) and (18 ') of the housing (12). Another operation 114 and the lever 115, which are slid into the third and fourth cams 113 and 113 ', are connected to the link 117' by the shaft 116 and the rod 117 to sediment. As a perspective view showing the configuration of the raw material supply unit 119 to allow the sediment of the cylinder 110 to be supplied through the supply pipe 118 installed at the bottom of the housing 112, reference numeral G, which is not described herein, is a drive gear connected to power, G is a steam for stirring the sediment in the sediment container 110 Display the gear that causes the electric driving force to the (W) and (C) shows the chain.

The supply pipe 118 and the upper cutting frame 120 of the "□" angle shape in a position close to the lower end of the The cutting part 121 in a state where the lower cutting frame 120 'of the shape is slid makes the upper cutting frame 120 and the lower cutting frame 120' connected to the upper and lower sliding motions 122 and 122 '. The steel wires 123 and 123 'which can abut in the middle of the supply pipe 118 are horizontally fixed by bolts 124 and 124'.

Meanwhile, the sliding bars 122 and 122 ′ have a pair of center rolls 126 and 126 ′ and some gaps 127 and 127 ′ on one side of the standing plate 125 in the left and right directions. Guide rods 127 and 127 'having guide rolls 129 and 129' installed at fixed portions 128 and 128 'in the upper and lower portions thereof, and being operated on the center roll shaft 126 " &Quot;) and the sides of the sliding rods 122 and 122 'are connected to the connecting pieces 129 and 129', and one end of the sliding rods 122 and 122 'is connected to the third cam 113. Sliding is formed by connecting the upper end of the lever 131 operating around the fixed shaft 130 and the rod 132, the reference numeral 133 is a tension spring, 134 shows the shape of the cut sediment.

Referring to the operation of the present invention configured as described above,

The mold of the baking machine 100 according to the present invention (unsigned) has a predetermined thickness, such as "autumn bread" or "round bread," and is also filled in the flour dough because it is fired in a disk shape or a plate shape. In order to ensure that the sediment in the sediment container 110 in the shape of a disk such as bread to be supplied to the mold in the correct amount at a predetermined time, the drive shaft for driving the dough and sediment with power in the kneading container 10 and the sediment container 110 (14) between the first and second cams 13, 13 'and the third and fourth cams 113, 113' of the sliding operation grooves 14 and 114 and the lever 15 ( 115 is connected to the respective shaft rods 16, 116 and rods 17, 117, and the kneading material in the housing 12 is actuated by the pistons 11, 111 and the hoses 18, 18 '. Through the nozzle 19, 19 'is supplied to the mold. Unlike the conventional supply of sediment so that the sediment is more widely filled into the dough through the raw material supply unit 119 and the supply tube 118 through the cylindrical supply tube 118 formed as the bottom of the housing 112, unlike the prior art The sediment 134 is formed and supplied as shown in FIG. 4 by the cutting part 121 having a predetermined thickness and cutting down into a disk shape or a round plate shape, and the operation thereof will be described in more detail.

That is, when the sediment of the sediment container 110 is supplied through the supply pipe 118 formed at the bottom of the housing 112 by the compression operation of the piston 111, the lever 131 sliding with the third cam 113 is As the upper part moves forward in the solid direction ← about the fixed shaft 130, the upper sliding part 122 of the vertical fixing plate 125 connected to the rod 132 is pushed to the bottom of the supply pipe 118. At the same time, the upper cutting frame 120 located in the slide (advanced) and the sliding slot 122 'of the lower cutting frame 120' sliding with the upper cutting frame 120 at the same time is reversed through the supply pipe 118 When the circumferential sediment that falls falls through the cutting part 121, the upper sliding section 122 and the upper cutting frame 120 also retreat together by the backward operation of the lever 131 that operates in the chain line direction (→) again. On the contrary, while the lower sliding rod 122 'and the cutting mold 120' are advanced, the bolts 124 are respectively attached to the upper cutting mold 120 and the lower cutting mold 120 '. The steel wires 123 and 123 ', which are tightly squeezed by the 124', are contacted back and forth in the transverse direction with respect to the sediment falling in the vertical direction, so that the disk 134 maintains a predetermined thickness exactly at a predetermined time. It is to be cut to form the drop to supply the dough of the mold.

In this way, the upper and lower cutting molds 120 and 120 'of the cutting part 121 are operated in opposite directions so that the sediment of the supply pipe 118 opens when passing through the cutting molds 120 and 120' and when cut again While repeatedly abutting (butting) the operation, it is possible to cut the disc shape of the sediment 134 and quickly supply it to the mold, thereby making baking of the baking faster.

Meanwhile, the upper and lower sliding rods 122 and 122 'which connect the upper and lower cutting molds 120 and 120' are installed on the one side of the standing fixing plate 125 as the fixed rolls 128 and 128 '. 126) 126 'and guide rolls 129, 129' are guided into the gaps 127, 127 'and between the slides 122, 122 between the operation 128 of the central roll shaft 126 ". Since the connecting pieces 129 and 129 'connected to the sides of the') are connected at both ends, the lever 131 and the rod 132 having the tension spring 133 are driven by the third cam 113. When the upper sliding portion 122 is configured to move forward, the lower sliding portion 122 'reverses, and when the upper sliding portion 122 retreats, the lower sliding portion 122' moves forward. The upper and lower cutting molds 120 and 120 'positioned at the lower end of the supply pipe 118 perform the cutting operation as described above, and have a third cam of the raw material supply part 119 having the supply pipe 118 having such a structure. 113) and the upper and lower parts forming the cutting part 121 The cylindrical wire sediment 134 is cut by the disk formation by the steel wires 123 and 123 'which are transverse to the cutting mold 120 and 120', and is supplied.

As described above, the present invention does not significantly modify the structure of the baker that forms the bakery that contains the contents such as sediment and cream into the dough, but is heated in a relatively round disc shape such as "foliar bread" or "round bread". It has a predetermined thickness in baking and is cut into a disc shape so that it can be dropped into the dough of the mold moving to the correct position in a certain time, thereby widening the filling range of the sediment in the dough, so that the bread can be sampled at any place. As the dough can be mixed and tasted at the same time, the bread taste can be best enjoyed, and the baking can be molded without leaking to the outside of the bread when firing the sediment dropped into the dough. This makes it easy to produce large quantities of bakery products that enhance the appearance, quality and taste of goods (bakery). There are effective.

Claims (3)

First and second cams 13 and 13 of the drive shaft S for driving the pistons 11 and 111 of the housings 12 and 112 provided with the kneading container 10 and the sediment container 110 by power. ') And the rods 14, 114 and the levers 15 and 115, which are slid into the third and fourth cams 113 and 113, respectively, to the shafts 16, 116 and the rods 17 ( 117 is connected to the link (17 ') (117') by the dough machine 10 and the sediment container 110, the raw material supply unit 119 to be supplied to the mold to move the dough and sediment is coupled to the baking machine ( 100), In the sediment container 110 of the raw material supply unit 119, a supply pipe 118 is formed at the bottom thereof, and the fixed tube 130 is centered by sliding with the third cam 113 at a position close to the lower end of the supply pipe 118. The upper sliding rod 122 connected to the upper end of the lever 131 and the rod 132 and the lower sliding rod 122 ′ configured to operate by the upper end of the lever 131 to be fixed to the vertical fixing plate 125 (128) ( 128 'and guided to the gaps 127 and 127' between the pair of center rolls 126 and 126 'and the upper and lower guide rolls 129 and 129'. The upper and lower cutting frames 120 by the sliding rods 122 and 122 'are connected by connecting both ends of the operation rod 128 " adhering to the roll 126 shaft 126 " to the connecting pieces 129 and 129', respectively. Circumferentially through the supply pipe 118 by the steel wires 123 and 123 'which are horizontally advancing back and forth with the bolts 124 and 124' on the cutting dies 120 and 120 '. Sediment is made of a cutting portion 121 to be supplied by cutting down An apparatus for cutting sediment in a disc-shaped baking machine. The method of claim 1, The steel wires 123 and 123 'of the upper and lower cutting molds 120 and 120' are operated back and forth in the horizontal direction with respect to the sediment supplied in the vertical direction through the supply pipe 118, thereby cutting and supplying the sediment to a predetermined thickness. The cutting device of sediment in the disc-shaped baking machine, characterized in that. Circumferential shape of a constant thickness through the supply pipe 118 formed in the bottom of the housing 112 by the extrusion action of the piston 111 of the sediment in the sediment container 110 of the raw material supply unit 119 configured in the baking machine 100 While being supplied as, the sediment 134 cut into a disk shape having a predetermined thickness is supplied dropping into the mold to be accurately moved at a certain time, so that the filling range of the sediment 134 into the dough can be widened Supply method of sediment in the disc baking machine which uses.