• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    A hollow baked product, e.g. a wafer, is formed by winding a baked strip (1) with overlapping convolutions around rotating mandrel (2) and pressed thereon by roller (3). The wafer is shaped and cut into desired lengths by cutter (5) remote from the mandrel. An edible coating material is applied to at least part of the inside surface of the wafer through passages (36, 35) to form layer (56). A particulate solid filler may be supplied from bin (14) through central bore (7) onto coated wafer; the coating having been supplied to wafer via passages (13, 11) and annular groove (10). Two separate coatings may be applied to the wafer before applying a filler. <IMAGE>
    公开号:SU1512470A3
    申请号:SU823491128
    申请日:1982-09-06
    公开日:1989-09-30
    发明作者:Хаас Франц；Хаас Йоханн
    申请人:Франц Хаас, Франц Хаас и Йоханн Хаас (AT) .；
    IPC主号:
    专利说明:

    74/5
    C71
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    31
    The invention relates to the confectionery industry, in particular to a method for producing hollow pastry products filled with various fillings.
    It is known that a device for making a hollow baked billet for receiving a soft mass of filling, the ribbon of baked billet being provided on one side with a covering layer insulating from the mass of the filling, for example chocolate, and rolled inwardly with a continuous helical overlap on the knurled frame. . to obtain an endless sleeve housing. As a result, the turns of the baked preform are glued together in the overlapping zones of the chocolate layer with each other. In this case, the overlaying insulating layer is applied by spraying or by spraying or by sprinkling on the tape of the baked piece. The hollowed baked workpiece thus obtained is inserted through the central longitudinal opening of the rolling reference, the mass of the filling.
    However, in the device, the choice of the masses applied to the baked billet is limited by spraying, or imis either splashing or spilling at the temperature of the room by substances or substances brought to such a state by heating.
    In addition, in the known device there is the possibility of volatilization of the sprayed or sprayed air used to create. The applied masses must be still, after being applied, only elastic, so that they remain linked with the subsequent rolling of the ribbon of the baked billet. this tape or could with it be deformed at its bend. Further, these substances must maintain sufficient tackiness during the rolling of the tape of the baked preform in order to remain linked with the outer side of the tape. At the same time, the applied substance itself must maintain the density of the insulating layer when the process is caused by the shrinking of the layer. This occurs when liquids are heated with heat, for example, due to contact with the outside of the still warm ribbon of the baked preform, since the temperature of the ribbon for this is
    04
    is sufficient. The use of substances that are not sprayed, not sprayed, or spilled already at the operating temperature of the knurling device, or melting from contact with the ribbon of the baked billet is unsuitable for this type of coating. The aim of the invention is to improve the quality and increase productivity.
    Using the proposed method, one or more coatings of the mass of the pasty, liquid or spreadable state are first fed through one or more holes provided on the front side of the mandrel, or on the extension of the mandrel in the direction
    transporting the sleeve housing, and / or discharging through one or more openings provided on the side surface of the mandrel or on the end
    in the transition zone of a part of the mandrel, in this state, the mass (masses) is smeared to form a coating with the nail mandrel itself and distributed on the inner side of the hollow body,
    then, in the specific case, the bulk material (s) applied to such (s) bulk material and / or introduced into the liner-like housing is fed through the mandrel.
    With the help of the method according to the invention, any undesirable damage to the cavity of the sleeve case or the separating device is prevented, since no applied masses are sprayed and thus filling the interior space of the sleeve case with suspended material. Further, along with liquid substances, such masses can be applied,
    which are not liquefied by heat. If, according to the invention, substances are baked on a baked tape, the melting point of which is higher than the temperature of the tape during the knurling process, these substances need to be heated only so that they are swollen when applied. In this case, the application also contributes to the fact that the mass after falling on
    the inner side is distributed. Due to the distribution of the applied mass, reliable contact with the baked tape is achieved. The consistency of the mass
    .
    51
    It is chosen in such a way that the forces necessary for distribution on the inner side of the rolled housing do not cause any damage to the NIN of the latter.
    After the application of the mass, a bulk material is applied to the inner wall of the sleeve housing. This granular material is applied through the mandrel to, for example, a still sticky coating mass, thereby increasing the surface roughness of the inner side of the coated sleeve-shaped body, whereby the added additional filling mass is better kept in the hollow cake. At the same time, crystalline sugar, grill, grated nuts or crispy rice are used as predominantly granular granular material. But it can be applied to the coating mass and powdered bulk material, such as caster sugar or the like.
    A mass of filling is inserted through the mandrel itself into the sleeve case even before the latter is divided into separate pieces, and the desired insulating separation layer between the tape and the weight of the filling may already be applied to the inside of the sleeve case. When pieces are separated from an endless sleeve case, a ready-made coated layer and a science hollow cake is obtained, which needs only to be packaged. By coating the already finished roll sleeve case, the position of the rolled baked tape is fixed, for example, with a wafer tape, by welding the latter, for example covering steam overlapping zones of the tape so that the applied mass does not have to meet such high requirements as necessary, for example, and joint knurling layer applied on baked tape. In addition, the proposed method allows to limit the amount of applied mass of the coating to the volume necessarily necessary for insulation. In the device according to the invention, one or more feed channels are provided in the winding mandrel, which has a spreading section at the free end. several crushing masses with one or no
    How many injection holes located at the free end of the mandrel, on its lateral surface, on its end or on the lateral surface near the end, on the end surface of the mandrel are mounted a device for distributing covering mass, while an additional channel is made in the mandrel the axes for feeding the bulging material and / or the filling mass into the hollow body, the convex hole (s) of which is located behind the outlet hole (s) of the channel for feeding the coating sy.
    FIG. 1 shows a hollow baking apparatus;
    Q in FIG. 2 shows section A-A in FIG. 1j in FIG. 3 shows a winding mandrel and a mass distribution device} in FIG. 4 and 5 - navivchka mandrel with a device for feeding
    5 of the stuffing material; in FIG. 6-13 - various forms of making a winding mandrel for applying one mass; in fig. 14 and 5 - coiling. mandrels for applying several. masses (up to three masses); in fig. 16 and 17 — a mandrel for applying one mass; FIG. 18 — mandrel for applying one or two masses; in fig. 19-21 are mandrels for applying two different masses; in fig. 22-36 - frames, with the help of which, by coating the inner surface, of the sleeve-case body with mass, one can introduce into the latter-even more and a starting or closing material;
     in fig. 37 — mandrel with a device dp of mass distribution, with the help of which it is possible to apply two; masses and to insert inside the sleeve case the filling or loose
    5 in FIG. 38 is a variant of a winding mandrel with two heads for applying two masses; in FIG. 39-42 - mandrel with a tube of a material with low thermal conductivity; in fig. 430 46 - four, types of hollow core, longitudinal cuts. The essence of the method is as follows.
    The baked soft waffle band is screwed continuously overlapping through a rotating navigation bar to obtain an endless sleeve-shaped rotating hollow body. Then produce
    The dacha is formed into the hollow body through the coiling mandrel of the edible covering mass, the covering mass is applied to the inner side of the floor body to form a coating layer, and then the resulting hollow body is divided into separate pieces of a certain length, with one or more covering masses in a pasty, liquid either suitable for spreading is first brought through one or more holes provided on the end side of the mandrel, or on the extension of the mandrel in the direction of spacing zyobrazny case, and / or release through one or more holes provided on the side surface of the mandrel or tapering to the end of the mandrel. In this state, the mass (s) are smeared to form a coating with the coiling mandrel itself and distributed over the inner side of the hollow body, then in a particular case. The bulk material and / or the filling is fed through the mandrel separately from the coating mass or masses and applied to the coating.
    It is advisable to form a coating of several layers.
    It is possible to form one or each separate layer of several masses.
    One or each covering mass can be spread in the form of a helical or longitudinal strip.
    Slip-on strip can be overlapped.
    Two or more stripes can be smeared with partial overlapping
    It is advisable, after spreading one or several covering masses to remove at least a part of the thickness of the coating.
    To implement the method, use is made of a device for making a hollow top covered at least partly on the inner side with a layer and in a particular case stuffed at least partially. The device comprises a winding device including a rotating mandrel 15 having a free end on which section 2 is made for spreading. In the mandrel having the knurling section 3, at least one channel 4 is made for covering
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    with at least one outlet-hole 5. A roller 6 cooperating with a knurling is placed above the mandrel 1. The device comprises a device for feeding soft baking tape 7 to the winding device, a device for feeding at least one covering mass to the winding mandrel, a device 8 to separate the hollow wafer body into separate pieces of a certain length. This may be a saw, scissors, etc.
    The rolling roller 6 is mounted so that its axis is parallel to the axis of the coiling mandrel and has a cutting on the side surface, by means of which i-motion is communicated to the wafer ribbon 7.
    In the coiling mandrel 1, one or several channels 9 are made for supplying one or several coatings. masses with one or several outlets 10 located at the free end of the mandrel, on its side surface, on its end face, or on the side surface near the end face. On the end surface of the mandrel, a device 11 for distribution of the covering mass is mounted, while an additional channel 12, located along its longitudinal axis, is made in the mandrel. feeding of bulk material and / or filling mass into the hollow body. The outlet opening 13 (apertures) of the channel 12 is located behind the outlet opening (s) of the channel 9. supply covering mass. The filling and the bulk material are supplied from the hopper 14 through the channel 15 and blown through the nozzle 16 into the sleeve case. I
    It is advisable to use the outlet 10 of the channel 9 in a round shape, either in the form of an annular groove 17 or a rectangular groove 18.
    The mass distribution device 11 may be a nozzle 19 located after the discharge opening of the coating mass channel.
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    Several channels in the winding mandrel for under the swelling masses may have a common outlet located in the spreading area 2.
    The one or more channels 9 in the waving mandrel for supplying the crushing mass may have separate outlet openings 10.
    Outlet holes 10 can be located in the nozzle and connected through additional channels 20 to the channels 9 of the mandrel. j It is advisable to provide the nozzle G9
    an additional nozzle 21 with outlets 22 connected by means of additional channels 23 to the mandrel channels.
    Inside the coil mandrel, a tube 24 can be mounted along its axial channel, made of a material with low thermal conductivity, with a part of its lateral surface tightly attached to the surface of the axial channel, and on another part of the tube surface a longitudinal section 25 is formed, forming a channel for covering mass connected to one or more holes on the mandrel.
    It is advisable to install a tube 26 in the coiling mandrel with a gap to its inner walls, while the mass distribution device is installed on the tube, the end of which extends beyond the end of the mandrel, and the gap between the mandrel and the tube forms a channel for the covering mass.
     An additional tube 27 may be placed in the tube 26, the gap between them forming a channel for supplying a covering mass.
    Tubes 26 vi 21 can be smone
    . Tytyrovana with the ability to rotate.
    Inside the channel 12 for the filling, a device for feeding a material and / or filling can be installed in the form of screw grooves or ribs 28 placed on the wall of the channel for the filling or in the form of one or more drive screws 29. Pipe 26 and 27 can be made from thermal insulation material. This is necessary in case of filling the sleeve case with ice cream.
    The mandrel 1 may have a conical taper 30 at the end (FIG. 8). On the outer side surface of the mandrel, four outlets 10 are connected, connected by means of radial channels 31 to channel 4.
    15124
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    for covering mass. The holes are located partly on the cylindrical part and partly on the conical part of the mandrel. Depending on the thickness of the applied layer, the angle of the cone is selected or the outlet openings are displaced into the zone of conical taper 30. With such a mandrel, longitudinal strips can be applied either by rotating the mandrel helical strips or at a high feed rate of the sleeve housing and its small rotation can be applied on the overlapping spiral stripes.
    When the discharge opening is made in the form of a rectangular groove, the latter is located so that its search for i1 ec on the circumference of the mandrel ends on the straight, inclined to the axis of the mandrel (Fig. 9, 10), or on the straight line, perpendicular to the axis mandrel (Fig. 11, 12). The grooves are connected to the channel. Mandrels with the grooves described allow large coating masses to be applied.
    Outlets 10 can be located at the end of the mandrel 1 (Fig. 13) and connected to the channels 9. Through these holes, the mass is sprayed onto the inner wall of the hollow baked billet, depending on its consistency, or pressed onto this wall in the form of a rope. As soon as the mass, mainly in liquid form, falls on the inner side of the sleeve housing, it is distributed due to its liquid state and thus forms, depending on the feed rate of the sleeve housing, in the axis direction of the mandrel, either connected lanes that pass only partially into each other or are completely separated from each other. With a fixed mandrel, the mass of the coating, due to the force of gravity, will fall on the surface, mainly vertically, under a corresponding outlet part of the inner side of the sleeve housing.
    If, for example, several masses of coating are needed one above the other or near the other, the mandrel 1 may contain several axial channels 9, .11
    filled in the form of tubes having different lengths, the ends of which protrude beyond the end of the mandrel (Fig. 16, 17).
    If the additional channel 12 is blocked by the plug 32 (Fig. 14, 15), and the channels 9 are placed in the walls of the mandrel 1, then the covering mass is applied in an even layer.
     With a fixed or only slowly rotating mandrel 1, a stopper on the stopper 32, which can be cylindrical and provided with 10 recesses, which are axially adjacent to the outlet openings, prevents premature lowering of the coating mass from the corresponding outlet 10 of the harness (Fig. 14).
    With the rotating mandrel 1, the presence of the plug 32 contributes to the distribution of the mass of the coating coming out of the individual outlet openings 10 of the strands of the coating in a uniform continuous layer. In addition, such a mandrel allows, when the coating mass exits from the mandrel on the front side, to keep the relative velocity of the coating mass at a low level relative to the sleeve-shaped body. So, the mandrel can rotate wok: or its axis with the same angular velocity; as the case, the housing rolled on the mandrel. As a result, only longitudinal movement takes place between the sleeve-shaped housing and the mandrel, so that the coating mass should not be rotated when it hits the inside of the sleeve housing. The distribution of the outlet openings 10 in a circular annular zone and a restrictive plug 32 provide a uniform layer around the circumference of the inner surface of the sleeve-shaped body. The stopper 32 can be made in one piece with the mandrel 1. On the mandrel 1 there are mounted mass distribution devices, which are a nozzle 19 with annular projections 33 and 34 (Fig. 18). These protrusions define the applied masses.
    In the case of the holes 35 in the end of the nozzle 19 (Fig. 20, 21), one mass is discharged through the annular groove 17, and the other through the holes 35. To each aperture 10 of the mandrel (Fig. 22, 23) leads a separate
    151247012
    channel 9. In this case, each hole can be fed a different
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    mass, but you can one. Through the channel 12 can be fed bulk material.
    According to FIG. 24, 25 the outlet is made similarly to FIG. 9, 10 in the form of a groove 18, the ends of which are on the circumference of the mandrel, on a straight line inclined to the axis of the mandrel. According to FIG., 30, 31 and 32 the outlet is made similarly to phi, g. 11 and 12 are in the form of a groove 18, the ends of which, located on the circumference of the mandrel, are located on a straight line, perpendicular to the axis of the mandrel. In both cases, a mandrel 1 is provided with a centrally arranged passageway 12 for a filling material, the base of the groove is separated from this channel by a partition, and the supply channels 9 located in the mandrel fall into the side walls of the groove 18 (Fig. 24, 25 and thirty).
    A rod 36 with a central channel 37 can be inserted into the mandrel 1, with a mass distribution device mounted on it. The rod may be rotatably mounted (Fig. 9).
    The tube 26 can be inserted into the mandrel (Fig. 29), and the screw 29 is mounted in the tube (Fig. 33).
    FIG. 43 shows. A tubule 38 rolled from a wafer tape (a section), the inner side of which is covered with a layer of chocolate. This chocolate layer 39 can according to the invention be applied to the entire circumference of the inner side of the tube. It is also possible to apply several helical chocolate sheets, complementing 1-1X each other to form a single layer. In this case, the individual chocolate sheets may consist of different chocolate masses. Some of the helix canvases may also consist of a mass of ziquor glaze. You can further leave part of the inner surface of the tube uncovered.
    According to a variant of the proposed method, only narrow ribs or serpentine parts of the mass are superimposed on the inner side of the tube 38. The latter can be screw-shaped. But with each other crossing. Mentioned chocolate sheets or mass edges can also be applied parallel to the longitudinal axis of the tube.
    FIG. 44 depicts a tube 38 in which a monolayer or multilayer coating 30 made of chocolate or fatty glaze has a bulk material 41, such as nuts, grill, or the like. Separate strips of marmalade can also be applied to the layer of chocolate or fat coating before applying the bulk material.
    FIG. 45 shows the tube 38 covered inside the hollow, filled with a mass of nougat 42, ice cream or cream.
    Fig. 46 represents a tube 38 coated on the inner side with chocolate, on the inner side of which a nougat was applied as a second applied mass 43, before applying a layer of light bulk material 41 — grill.
    Chocolate coatings, fatty glazes, nougat or mermalad can be used as coating masses. In addition, you can apply other substances from cream to paste, for example marzipan, as well as caramel mass
    The mandrel can be made of metal with a hardened surface. It can also consist of a metal sleeve with an inserted synthetic core or it can be made entirely of synthetic material. In addition, a mass distribution device can be made from the latter.
    The method is carried out as follows.
    A baked tape 7 is fed to the rolling coil mandrel 1, which rolls around the mandrel 1 to obtain an endless sleeve-shaped body, which is fed along the mandrel and rotates.
    At the same time, it is possible to install tangentially to the mandrel, nalimer, for gluing the overlap {x each other to the edges of the wafer tape steam jet, the nozzle 44, which exposes to the pair the overlapping zones of the wafer tape before knurling (Fig. 2). The baked tape 7 is also exposed to steam and a continuous application of a small amount of water to a hot sheet of metal below the tape.
     In the thus obtained hollow sleeve-shaped housing, through the channels 9 of the mandrel, one or several are supplied.
    coating mass in a pasty, liquid, or namazi condition. The mass is smeared to form a coating with the nibbing mandrel 1 itself and is distributed on the inner side of the hollow body. Then through the channel 12 can be submitted separately from the covering mass or mass of the bulk material or filling and applied to the floor. By combining the amount of mass, the design of the mandrels, you can get baked goods with various fillings. The stuffed body is cut into separate pieces.
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    Forms of barking 3 turn
    权利要求:
    Claims (21)
    [1]
    1. Method of making void-, bakery baked, covered at least. at least partially on the inner side of the layer and in the specific case of at least partially stuffed baked soft waffle tape, continuously spiraling overlapping through a rotating wedge arbor until an endless sleeve-shaped rotating hollow body is produced, fed into the hollow body formed through the wound mandrel edible mass applied to the inner side of the hollow body to form a layer of. cover, and then splitting the resulting hollow body into separate pieces of a certain length, which is due to the fact that, in order to improve the quality and increase productivity, one or more covers of the masses in a pasty, liquid or suitable for smearing condition t through one or more holes provided on the front side of the mandrel, or on the continuation of the mandrel in the direction of transporting the sleeve case, and / or releasing. Through this one or more holes provided on the side surface of the mandrel or on the part of the mandrel tapering to the end, in this state, the mass (mass) is spread to form a coating with the coiling mandrel itself and distributed on the inner side of the hollow body, then in a particular case bulk material and The filling is fed through a mandrel separately from the coating mass or masses and applied to the coating.
    [2]
    2. Method II. 1, that is, that the coating is formed of several layers,
    [3]
    3. The method according to claim 2, -o t l and h a-y u and with the fact that one or each individual layer is formed from several masses.
    [4]
    4. Method according to paragraphs. 1-3, one of which is that one or each covering mass is smeared in the form of a helical or longitudinal strip,
    [5]
    5. The method according to p. 4, of which is with the fact that the spiral strip smears overlapped "
    [6]
    6. The method according to claim 4, of tl and h a-y y and with the fact that two or several bands smear with partial overlapping.
    [7]
    7. Method according to paragraphs. 1-6, of which it is so that after spreading one or several coatings, at least part of the THKD-1NYH coating is removed.
    [8]
    8 "Device for making hollow pastries - covered at least partially on the inner side with a layer and in a particular case stuffed but at least partially, containing a winding device including a device, d1 .: other with the possibility of rotation, on the oni:; aHKyj having a free The end, at each other, is one of the full of the canal mandrel for covering the mass with at least one exhaust port, placed above the mandrel, interacting with the knurling roller, soft-feed device vype
    to distribute the covering mass, wherein an additional channel is made in the mandrel, located along its longitudinal axis for feeding bulk material and / or filling mass into the hollow body, the discharge opening (s) of which is located behind the discharge opening (s) of the covering mass supplying .
    [9]
    9 o The device according to claim 8, wherein the outlet has a round shape or an annular groove or a rectangular groove.
    [10]
    10. An apparatus according to claim 8-8, characterized in that several channels in the winding mandrel for feeding the covering mass have a common outlet located in the spreading area.
    [11]
    11. The device according to PP. 8-9
    about t-
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    or several channels in the winding mandrel for feeding the covering mass have separate outlets.
    [12]
    12. The apparatus of clause 8, of which is that the mass distribution device is a nozzle located after the outlet of the channel for the covering mass.
    [13]
    13.-device in PP. 11 and 12, that is, so that the inlet openings are located in the nozzle and are connected by means of additional channels to the mandrel channels.
    [14]
    14. The device according to PP. 12 and 13, characterized in that the nozzle is provided with an additional
    wound tape to the 11a device (40) with a vial and holes, a joint, a device for feeding through the additional at least one covering to the coiling mandrel and a device for separating the hollow wafer
    Channels with channels will be fixed.
    [15]
    15. The device according to PP, 8-10,
    The aphid is suspicious in that the inside of the housing into individual pieces of the determinant 45 of the coiling mandrel is mounted
    length, characterized in that, in order to improve quality and increase productivity, in a winding mandrel having a spreading area at the free end, JQ em to the surface of the axial channel, and
    One or several channels for supplying one or several squeezing masses with one or several outlet oJr versity mJ. located on the free end of the mandrel, on its side surface, on its end or on the side surface near the end, on the end surface of the mandrel
    cushioned with holes and holes connected through additional
    Channels with channels will be fixed. 15. The device according to PP, 8-10,
    About its axial channel, a tube made of a material with low thermal conductivity, while a part of its side surface fits tightly to another part of the tube surface, a longitudinal section that forms a channel for supplying a coating mass connected to one or more holes on the mandrel o
    [16]
    16. The device according to PP. 8-10, which is based on the fact that a tube with a gap to its inner walls is installed in the coiling mandrel.
    wherein the mass distribution device is mounted on the tube, the end of which stands for the end of the mandrel, and the gap between the mandrel and the tube forms a channel for the covering mass.
    [17]
    17. The device according to claim 16, so that an additional tube is placed in the tube, the gap between the tubes forms a channel for supplying a covering mass.
    [18]
    18. The device according to claim 17, is about the fact that the tubes are mounted with the possibility of rotation.
    [19]
    19. Device on PP. 8-18, due to the fact that the inside of the filling channel is
    device dp supply of bulk material and / or filling.
    [20]
    20. The device according to claim 19, wherein the device for feeding the filling is made in the form of screw grooves or ribs placed on the wall of the channel for the filling.
    [21]
    21. The device according to claim 19, which is characterized in that the device for feeding the filling includes one or several drive augers.
    22o Device in PP. 17-21, characterized in that the tubes are made of a heat insulating material.
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    同族专利:
    公开号 | 公开日
    NO823009L|1983-03-08|
    NO156392B|1987-06-09|
    ATA386981A|1983-11-15|
    AU8804382A|1983-03-17|
    FR2512328B1|1987-04-30|
    BE894309A|1983-01-03|
    NO156392C|1987-09-16|
    FI823030L|1983-03-08|
    ES515513A0|1983-06-01|
    IT8249058D0|1982-09-01|
    NL8203466A|1983-04-05|
    SE8205045D0|1982-09-06|
    DD203456A5|1983-10-26|
    JPS58134935A|1983-08-11|
    DK397882A|1983-03-08|
    DE3232824A1|1983-03-24|
    AR228793A1|1983-04-15|
    CA1178847A|1984-12-04|
    FI823030A0|1982-09-02|
    SE8205045L|1983-03-08|
    IT1189345B|1988-02-04|
    FR2512328A1|1983-03-11|
    NZ201819A|1985-11-08|
    ES8306433A1|1983-06-01|
    DE3232824C2|1992-04-16|
    GB2107964B|1985-05-01|
    GB2107964A|1983-05-11|
    YU199382A|1985-03-20|
    BR8205166A|1983-08-16|
    AT375005B|1984-06-25|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    FR1543384A|Method and device for the production of filled food products|
    US1637207A|1922-05-31|1927-07-26|Whitehouse Walter Percy|Rubber and like forcing machine, extrusion press, and the like|
    FR957914A|1944-04-28|1950-02-28|
    FR1355832A|1963-03-01|1964-03-20|Europa Trinkhalm G M B H & Co|Method and device for the manufacture of a torch, the inner surface of which is coated with palatable substances|
    AT262187B|1964-11-25|1968-06-10|Franz Haas|Method and device for the production of sleeve-like wafer bodies |
    AU417570B2|1967-01-09|1971-10-05|Kellogg Company|Method and means for making a composite food product|
    US3546743A|1968-04-26|1970-12-15|Northern Petro Chem Co|Die for extruding laminated plastic tube|
    AT304245B|1970-12-17|1972-12-27|Josef Manner & Comp Ag|Method and device for the production of sleeve-like wafer bodies |
    CH527564A|1970-12-17|1972-09-15|Haas Franz|Method and device for the production of wafer tubes|
    US3971853A|1970-12-29|1976-07-27|Consolidated Foods Corporation|Frozen confection and method and apparatus for making same|
    FR2213648A5|1973-01-04|1974-08-02|Dumoulin & Co Ets F|
    AT327129B|1973-03-23|1976-01-12|Haas Franz|DEVICE FOR THE PRODUCTION OF A HOLLOW CAKE FOR ACCOMPANYING A SOFT FULL MEASUREMENT|
    US4098179A|1976-06-21|1978-07-04|Michail Fleishaker|Machine for producing fried dough-enclosed sausages|FR2567720B1|1984-07-18|1986-12-12|Dubois Biscuits Sa|PROCESS AND INSTALLATION FOR THE MANUFACTURE OF PASTRY AND APPARATUS USED|
    DE3463436D1|1984-07-30|1987-06-11|Frisco Findus Ag|Manufacture of a food product|
    GB2167934A|1984-12-06|1986-06-11|Haas Franz Waffelmasch|Process and apparatus for making a water impermeable hollow wafer|
    US4928592A|1989-05-15|1990-05-29|Continental Baking Company|Dual injection cake filler apparatus|
    FR2655821B1|1989-12-20|1992-08-21|Benzona Maurice|DEVICE AND METHOD FOR THE MANUFACTURE OF BISCUITS AND COMPOSITION FOR USE IN THIS MANUFACTURE.|
    GB2271707A|1992-10-26|1994-04-27|Tsay Shih Chu|Apparatus for making stuffed buns|
    ES2184643B1|2001-09-20|2004-01-01|Sos Cuetara S A|FILLER COOKIE AND MANUFACTURING PROCEDURE OF THE SAME|
    ES2242502B1|2003-07-17|2007-03-01|Big Drum Iberica, S.A.|SYSTEM FOR PRODUCTION OF TUBULAR COOKIES OF LARGE DIAMETER SHIELD.|
    EP2014172A1|2007-07-09|2009-01-14|Nestec S.A.|Shaped wafer|
    AT512716A1|2012-03-30|2013-10-15|Haas Food Equipment Gmbh|Process for the continuous production of rolling waffles with a mourning texture|
    EP3272220B1|2016-07-20|2019-10-09|Haas Food Equipment GmbH|Baking machine and winding device|
    EP3323291A1|2016-11-22|2018-05-23|Haas Food Equipment GmbH|Winding device and baking machine|
    ES2801498A1|2019-06-28|2021-01-11|Carlos Alberto Abasolo|MACHINE FOR THE PREPARATION AND AUTOMATIC DISPENSING OF FILLED WAFFLES |
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    AT0386981A|AT375005B|1981-09-07|1981-09-07|METHOD AND DEVICE FOR THE PRODUCTION OF AN AT LEAST PARTLY COVERED AND, IF NECESSARY, AT LEAST PARTLY FILLED CAVITY CAKES|
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