JPH07274810A - Apparatus for peeling skin of product with skin such as sausage - Google Patents

Abstract

PURPOSE:To provide an apparatus for peeling the skin of a sausage, etc., capable of minimizing noise and improving the working environment. CONSTITUTION:This apparatus 1 for peeling a sausage is obtained by installing a conveying means 9 for conveying the sausage 4 in the longitudinal direction (L) thereof, a steam ejecting means 13 for blowing steam on the sausage 4 conveyed with the conveying means 9, a cutter for forming a notch in the conveying direction (L) of the sausage 4 in a meat stuffing part 2, a pneumatic means 20 for aerodynamically peeling off the skin of the sausage 4 in which the notch is formed by the cutter and a sound insulating means 22 for insulating noise produced by the pneumatic means 20.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a series of stuffing portions (in the present invention, a portion stuffed with contents such as meat and cheese is called stuffing portion), and these stuffing portions are connected in series with each other. The present invention relates to a device for peeling a skinned product (hereinafter referred to as sausage or the like) containing a food product such as sausage, cheese or kamaboko, which is provided with a squeezing part arranged between the filling parts.

[0002]

2. Description of the Related Art A device for peeling sausages of this type is
Generally, a conveying device that conveys sausage and the like in its longitudinal direction, a heating and wetting device that heats and moistens the skin of the sausage and the like that is conveyed, and a heating and wetting device that heats and wets to peel the peeled skin. A cutter that forms a notch along the transport direction on the easier sausage etc.,
It is provided with a mechanism for peeling a skin from a sausage or the like in which a notch is formed.

[0003]

By the way, in this type of device for peeling sausage or the like, the mechanism for peeling the skin generally has a nozzle for injecting air, and the mechanism for removing the skin is The air is jetted from the nozzle to initially separate the skin from the contents, but the jet of air from this nozzle generates extremely loud noise (air jet sound, high-pressure air collision sound, etc.), and the working environment is bad. At present, workers are engaged in work with ear plugs and the like.

Further, in the conventional peeling device for sausage or the like, a heating and wetting device for spraying steam on the sausage or the like is used for heating and wetting the skin, but the carrying device is an endless chain conveyor. In the conventional heating and wetting device of the peeling device, since steam is applied to the peel from a single direction, when peeling at high speed,
It is difficult to moisten the skin at a high speed and at a sufficiently high temperature.

Moreover, in a peeling device for sausage or the like,
It is necessary to keep it clean for handling food etc. Therefore, it is necessary to regularly clean the inside of the device.
In a conventional sausage stripping device equipped with a wetting device, when the transport device is embodied as an endless chain conveyor, etc., the internal cleaning after removing the chain conveyor is almost impossible or extremely time consuming, which is satisfactory. It is not possible.

The size of sausages (diameter x length)
Regardless of this, there is a demand for a device for peeling sausage or the like that can reliably peel off the skin, but the conventional device is not very satisfactory because it is only applicable to sausages of a specific size.

Further, the conventional peeling device for sausage or the like is
It makes a deep cutter cut mark on the peeled sausage and spoils the aesthetics. Further, in a conventional sausage peeling device, it is difficult to maintain a constant relationship between the blade tip position of the cutter and the outer position of the sausage or the like, and it is difficult to maintain the sausage or the like. There is a problem that the cutting depth of the cutter varies. For example, as disclosed in Japanese Utility Model Publication No. 64-6058, the cutting edge of the cutter is pushed downward from the outer shape of a large number of rollers that hold the upper portion of the sausage located near the cutter so that the stuffing portion can be cut by the cutter. Although the one that is projected is proposed,
In this device, since the packing portion cannot be suppressed by the rollers located near the cutter, the outer position of the sausage with respect to the position of the cutting edge of the cutter is not constant. Therefore, in the sausage peeling device disclosed in Japanese Utility Model Publication No. 64-6058, there is a possibility that a deep cutter cut mark may be formed on the sausage.

The present invention has been made in view of the above points, and an object of the present invention is to provide a peeling device for sausages or the like, which can significantly reduce noise and improve the working environment. Especially.

Another object of the present invention is to provide a device for stripping sausage or the like, which can moisten the skin at a sufficiently high temperature at a high speed.

Another object of the present invention is to provide a device for peeling sausage or the like which can easily clean the inside.

Another object of the present invention is to propose a device for peeling sausage or the like which can surely peel the skin.

Still another object of the present invention is to provide a device for peeling sausage or the like, which can make the depth of cut of the cutter very small and enable the production of sausage or the like having a high aesthetic appeal. It is in.

[0013]

According to the present invention, the above object is achieved by a sausage having a series of stuffing portions and a squeezing portion arranged between the stuffing portions and connected in series with each other. Is a device for peeling the skinned product, which conveys the skinned product, a cutter that forms a cut along the conveyance direction of the skinned product in the filling portion that is conveyed by the conveying means, and the cutter. Aerodynamically peels the skin of the skinned product formed by the notch, a housing that surrounds the air opening of the air means to accommodate the air means, and a housing for shutting off the noise generated by the air means. This is achieved by a device for peeling a product with skin such as sausage, which is provided with a sound insulation means provided on the inner surface.

Here, the sound insulation means may be constituted by a plate-like member attached to the inner surface of the housing with a space,
Further, in the housing, a carry-in port for carrying in a product with skin to be peeled into the housing and a carry-out port for carrying out the product with peeled skin to the outside of the housing are formed, and at least one of the carry-in port and the carry-out port. In addition, a blocking unit that blocks the emission of noise from at least one of the carry-in port and the carry-out port to the outside of the housing may be attached.

Further, according to the present invention, a product such as sausage having a skin, which is provided with a series of stuffing portions and a tightening portion arranged between the stuffing portions and connected in series, is peeled off. A device for carrying a product with leather,
A cutter that forms a notch along the conveying direction of the product with leather in the packing portion that is conveyed by this conveying means, an air means for aerodynamically peeling off the skin of the product with leather that is notched by this cutter, and air. And a housing for enclosing and containing the air vent of the means, the housing having a carry-in port for carrying the skinned product to be skinned into the housing and a skinned product outside the housing. A sausage, which is formed with a carrying-out port for carrying out to the inside of the housing, and at least one of the carrying-in port and the carrying-out port is provided with blocking means for blocking noise emission from the housing through at least one of the carrying-in port and the carrying-out port. This is achieved by a peeling device for peeled products such as.

In such a device for peeling skinned products such as sausages, a steam injection means having a steam injection port for spraying steam onto the skinned product before forming the notches may be provided in the housing. A discharge means having a discharge port for discharging the steam inside is provided, and a muffler for preventing noise generated in the housing from being emitted to the outside of the housing through the discharge port is attached to the discharge port of the discharge means. Good. In addition, as one example of the air means, there can be mentioned one having an air injection port for blowing air to the leather product having the cut, where the air injection port is Blocking means may be provided to block the emission of noise generated by the injection of air into the housing. In addition, the peeling device may further include a sound insulating unit on the inner surface of the housing in order to block the noise generated by the air unit.

Further, according to the present invention, the above object is to provide a product with leather such as sausage, which comprises a series of filling portions and a tightening portion arranged between the filling portions and connected in series with each other. A device for peeling a skin, a conveying means for conveying a product with a skin, and a cutter for forming a cut along a conveying direction of the product with a skin in a packing portion conveyed by the conveying means,
An air injection unit having an air injection port for injecting air to the leather product in which the cut is formed by the cutter is provided, and the air injection port is provided with noise generated by injection of air from the air injection port. This can also be achieved by a device for peeling a product with skin such as sausage, which is provided with a blocking means for blocking.

Further, according to the present invention, the above object is to provide a product with leather such as sausage, which comprises a series of filling portions and a tightening portion arranged between the filling portions and connected in series with each other. A device for peeling a skin, a conveying means for conveying a product with a skin, and a cutter for forming a cut along a conveying direction of the product with a skin in a packing portion conveyed by the conveying means,
It has an air injection means for injecting air to the meat filling portion where the notch is formed by this cutter, and a porous suction drum for peeling the skin of the product with the skin after sucking the skin, and sucking and discharging the peeled skin. This is achieved by a peeling device for peeled products such as sausages, which is provided with suction discharge means having a suction discharge passage and control means for detecting supply of the peeled product to the conveying means and controlling the air injection means. .

Here, the air jetting means has a first air jetting means having a first air jetting opening, and a second air jetting means arranged downstream of the first air jetting opening in the conveying direction of the product with leather. And a second air injection means having an air injection port, the control means until the skin of the tip stripped off by the porous suction drum from the detection is sucked by the porous suction drum and guided to the suction and discharge passage. In the interval, air is jetted from the first air jet port and the second air jet port, and after the skin at the tip is guided to the suction and discharge passage, the second air jetting means is controlled. May be.

Further, according to the present invention, the above object is to provide a product with leather such as sausage, which comprises a series of filling portions and a tightening portion arranged between the filling portions and connected in series with each other. A device for stripping skin, which is hung between a pair of rotating bodies and has a transporting means having an endless circulation member for transporting a product with a skin, and to spray steam on the product with a skin transported by this transporting device, Steam injection means having a steam injection port arranged in at least two positions with respect to the direction surrounding the leather product transportation side of the transportation means, and is disposed downstream of the steam injection port with respect to the leather product transportation direction,
A cutter for forming a notch along the conveying direction of the leather product in the packing portion conveyed by the conveyor means, and an air means for aerodynamically peeling the skin of the leather product cut by the cutter. This is accomplished by a device for peeling sausages and other skinned products.

Here, the conveying means is arranged in the housing,
Arranged in the housing surrounding the product carrying side of the carrying means, the steam injection means is formed by having steam passage means for supplying steam to the steam injection port, and is detachably attached to the housing body and the housing body. And a lid body that is formed into a housing, and the steam passage means is connected to the steam passage formed on the housing body side and the steam passage formed on the housing body side when the lid body is attached to the housing body. It may be formed so as to communicate with the steam passage formed on the lid side.

Further, according to the present invention, the above object is to provide a product with leather such as sausage, which comprises a series of filling portions and a tightening portion arranged between the filling portions and connected in series with each other. A device for peeling a skin, a conveying means for conveying a product with a skin, and a cutter for forming a cut along a conveying direction of the product with a skin in a packing portion conveyed by the conveying means,
This cutter has an air injection means having an air injection port for injecting air to the filling portion where the notch is formed, and a porous suction drum for sucking the skin and peeling the skin from the product with the skin. Suction and discharge means having a suction and discharge passage for sucking and discharging, an introducing member movably arranged adjacent to the porous suction drum so as to form an opening for introducing the peeled skin into the suction and discharge passage, and suction and discharge This is achieved by a device for peeling a product with skin such as sausage, which is provided with a setting means for variably setting the minimum opening amount of the opening of the passage.

The peeling device for peeling products such as sausages is further provided with roller means arranged between the porous suction drum and the cutter and for sandwiching the stuffed portion in which the notch is formed. You may have.

Further, according to the present invention, the above object is to provide a product with leather such as sausage, which is provided with a series of filling portions and a tightening portion arranged between the filling portions and connected in series with each other. A peeling device, which is provided between a pair of rotating bodies and has an endless circulation member that conveys a product with a skin, and a downstream side of the product with a skin, and a packing unit. Contact means having a contact surface for sliding contact with
A cutting edge surrounded by the contact surface and protruding from the contact surface was formed so as to form a cut along the transport direction of the product with the skin in the portion of the packing portion in a region where the contact portion slidably contacts the contact surface. A cutter and an air ejecting means having an air ejecting port arranged adjacent to the contact surface on the downstream side of the contact surface in the transport direction so as to inject air to the filling portion where the notch is formed by the cutter. This is achieved by a device for peeling a product with skin such as sausage.

In such a device for peeling a product with skin such as sausage, in one example of the air ejecting means, the air ejecting surface is provided downstream of the contact surface and adjacent to the contact surface. The contact surface and the air ejection surface are connected through a step so that a gap is formed between the packed portion to be conveyed and the air ejection surface, and an air ejection port is formed on the air ejection surface. It should be configured so that As an air jet,
As a preferred example, a plurality of circular holes or square holes arranged in series along the conveying direction of the product with leather or an oval hole, a rectangular hole or an elliptical hole extending along the conveying direction of the product with leather is given as a preferred example. Can be mentioned. The contact surface may be a straight or curved plane, and the contact surface may be
A plurality of line grooves extending along the conveyance direction of the product with leather may be formed.

A preferable example of the contacting means is one having a shoe main body member and a shoe auxiliary member integrated with the shoe main body member.
In this example, one surface of the integrated shoe body member and shoe auxiliary member is used as the contact surface, and the cutter is sandwiched between the shoe body member and the shoe auxiliary member, and the cutting edge thereof projects from the contact surface. It should be configured so that

Further, according to the present invention, the above object is to provide a leather product such as sausage, which comprises a series of filling portions and a tightening portion arranged between the filling portions and connected in series with each other. A peeling device, which is provided between a pair of rotating bodies and has an endless circulation member that conveys a product with a skin, and a downstream side of the product with a skin, and a packing unit. Contact means having a contact surface for sliding contact with
A cutting edge surrounded by the contact surface and protruding from the contact surface was formed so as to form a cut along the transport direction of the product with the skin in the portion of the packing portion in a region where the contact portion slidably contacts the contact surface. Air having an air injection port arranged downstream of the contact surface and adjacent to the contact surface with respect to the conveyance direction of the leather product in order to inject air into the cutter and the filling portion where the notch is formed by the cutter. A jetting means, a suction means having a suction drum for sucking the skin and peeling the skin from the product with the skin, and a suction portion arranged between the suction means and the contact surface, and sandwiching the stuffed portion in which the notch is formed. It is achieved by a device for peeling sausage or other skinned products, which is provided with roller means.

Further, according to the present invention, the above object is to provide a product with leather such as sausage, which comprises a series of filling parts and a tightening part arranged between the filling parts in series with each other. A peeling device, which is provided between a pair of rotating bodies and has an endless circulation member that conveys a product with a skin, and a downstream side of the product with a skin, and a packing unit. Contact means having a contact surface for sliding contact with
A cutter having a cutting edge surrounded by the contact surface and protruding from the contact surface so as to form a cut along the conveying direction of the product with leather in the packing portion in a region where the contact portion is in sliding contact with the contact surface. This is achieved by a device for peeling a product with leather such as sausage, which is provided with an air means for aerodynamically peeling the skin of the filling portion where the notch is formed by the cutter.

Still further according to the present invention, the above object is to provide a product with leather such as sausage, which comprises a series of filling parts and a tightening part which is connected between the filling parts in series and arranged between the filling parts. Is a device for peeling the skin, and a conveying means for conveying the product with the skin, a cutter for forming a notch along the conveying direction of the product with the skin in the packing portion conveyed by the conveying means, and a notch formed by the cutter. Air injection means having an air injection port for injecting air into the filled portion, a porous suction drum for sucking the skin and then peeling the peeled product from the product with the peel, and suction discharge for sucking and discharging the peeled peel A suction mechanism and a suction mechanism having a passage are provided, and the driving mechanism of the transporting mechanism and the driving mechanism for rotating the porous suction drum are used to peel products such as sausages and other skinned products that are built into the unit case. It is achieved by location.

[0030]

In the peeling device for sausage or the like provided with the sound insulating means according to the present invention, the noise generated by the air means is blocked by the sound insulating means, so that the noise from the peeling device for sausage or the like is reduced. The same applies to a peeling device such as a sausage having a blocking means attached to at least one of the air injection port or the carry-in port and the carry-out port,
External emission of noise generated at the air injection port or noise in the housing through at least one of the carry-in port and the carry-out port is blocked by the blocking means.

Further, in a device for peeling sausage or the like, which is equipped with a steam injecting means, steam is blown toward the sausage or the like from a steam injecting port arranged around the conveying side of the sausage or the like of the conveying means to remove the sausage or the like. It can be wetted quickly and well.

In the device for peeling sausage or the like according to the present invention, the sausage or the like is conveyed by the conveying means, and the contact surface of the contact means and the packing portion thereof make sliding contact. In this portion, a notch is formed in the filling portion by the blade edge of the cutter protruding from the contact surface. The stuffed portion in which the notch is formed in this way is opened by the air jetted from the air jet port of the air jetting device so that the skin can be easily peeled off.

The invention will now be described in more detail on the basis of a preferred embodiment of the sausage peeling device shown in the drawings. The present invention is not limited to these specific examples.

[0034]

SPECIFIC EXAMPLE Referring to FIGS. 1 to 18, a sausage skin peeling device 1 of this example comprises a series of stuffing portions 2 and the stuffing portions 2 connected in series to each other between the stuffing portions 2. A device for stripping the sausage 4 from the sausage 4 including the arranged tightening portion 3, which is stretched between a pair of rotating bodies, in this example, a drive side sprocket wheel 6 and a driven side sprocket wheel 7, An endless circulating member that conveys the sausage 4 in the longitudinal direction L, a conveying means 9 having an endless chain 8 in this example, and a sausage conveying side 10 of the conveying means 9 in order to blow steam onto the sausage 4 conveyed by the conveying means 9.
The contact between the steam injection means 13 having the steam passage means 12 for supplying steam to the steam injection ports 11a, 11b, 11c and 11d arranged around the and the padding portion 2 carried by the carrying means 9 in sliding contact with each other. Contact means 15 having a surface 14
And a notch 16 along the conveyance direction L of the sausage 4 at the portion of the meat filling portion 2 whose posture is regulated by the contact means 15.
A cutter 19 having a cutting edge 18 surrounded by the contact surface 14 and protruding from the contact surface 14 so as to form in the region 17 where the padding portion 2 is in sliding contact with the contact surface 14, and a notch 16 by the cutter 19. Formed sausage 4
Is provided on the inner surface of the housing 21 to block noise generated by the air means 20, an air means 20 for aerodynamically peeling off the skin 5 of the air, a housing 21 surrounding the air opening of the air means 20 and housing the same. Sound insulation means 22
An introducing member 28 for forming an opening 27 for introducing the peeled skin 5 into the suction / discharge passage 25, and a setting means 29 for variably setting the minimum opening amount of the opening 27 of the suction / discharge passage 25.
And a discharging means 30 for discharging steam from the inside of the housing 21.
And roller means 31 for preventing rotation and meandering of the meat filling portion 2 in which the notch 16 is formed.

The skin 5 containing the meat 23 of the sausage 4 which can be peeled by the skin removing device 1 of this embodiment is, for example, a casing made of cellulose.

The transporting means 9 is mounted on the housing 21 so as to be rotatable, the wheels 6 and 7 described above, the chain 8 stretched between the wheels 6 and 7 and the chain 8 mounted at equal intervals. A plurality of claw members 41 having recesses, a plurality of rollers 42 arranged in parallel to each other facing the sausage transport side 10 of the transport means 9, and a claw member 41 slidably held on the sausage transport side 10. Holding member 43 attached to the housing 21
The roller 42 is rotatably supported by a support member 44 in a cantilevered manner. The mounting position of the support member 44 to the housing 21 is adjustable by the mounting position adjusting mechanism 45. Therefore, by adjusting the mounting position of the support member 44 to the housing 21, the plurality of rollers 42 and the plurality of claws are adjusted. The distance to the member 41 can be set according to the diameter of the sausage 4 to be peeled.

The transport means 9 travels the chain 8 by the rotation of the wheel 6 thereof, and the sausage 4 carried into the carry-in port 45 formed in the housing 21 is transferred to the plurality of claw members 41.
It is conveyed along the longitudinal direction L via. The conveying means is not limited to one having such a chain 8 or the like, and if necessary, the sausage 4 is sandwiched and conveyed by a pair of rotating drums arranged opposite to each other. Alternatively, a belt may be used instead of the roller 42 described below.

The housing 21 of this embodiment has a housing body 51, and a lid body 52 and a lid body 52a which are detachably or openably attached to the housing body 51 via a hinge mechanism or the like. The lid 52a can form a working window in the lid by opening it.

As shown in detail in FIGS. 3 and 5, the steam passage means 12 includes a steam passage 61 formed on the housing body 51 side and a housing body 51 when the lid 52 is attached to the housing body 51. A steam passage 62 formed on the lid 52 side and a steam passage 63 for supplying steam from the outside to the steam passage 62 are provided so as to communicate with the steam passage 61 formed on the 51 side. The vapor passage 61 includes a hollow member 6 attached to the support member 44 by a screw 64.
5 inside and a pair of flanges 66
The opening 67 is formed at one end of the hollow member 65 to which the is attached, the steam injection port 11 a is formed in the hollow member 65, and the steam injection port 11 formed in the support member 44 is formed.
b communicates with the inside of the hollow member 65. Steam passage 6
2 is defined by a hollow member 69 attached to the lid 52 via screws 68 and the like, and openings 70 and 71 are formed at the upper end and the central portion of the hollow member 69 respectively, and the steam injection port 11c. Is in the vertical portion of the hollow member 69,
The vapor injection ports 11d are formed in the horizontal portion of the hollow member 69, respectively. The steam passage 63 is defined by the inside of the receiving member 77 having the connecting member 75 and the tube 76 attached to the housing main body 51. The cylinder 7 has an opening 7
A packing 70a for sealing a gap between the outer circumference of 0 and the outer circumference of the cylinder 76 is fitted.

When the lid 52 is closed, the cylinder 76
Is inserted into the opening 70, the opening 71 is aligned with the opening 67, the flange 66 closes the opening 71 around the opening 67,
Thus, the steam passage 63 communicates with the steam passage 62, and the steam passage 62 communicates with the steam passage 61. Steam from a high-temperature steam generator (not shown) is supplied to the steam passage 63 via the manual valve 78. Then, as shown in FIG. 5, steam is injected toward the sausage 4 from the steam injection ports 11a, 11b, 11c and 11d. When the lid 52 is opened, the hollow member 69 is also removed from the housing body 51 together with the lid 52. An abutment member 80 for forming a duct Z surrounding the sausage 4 when abutting against the lower horizontal protrusion 79 of the hollow member 69 is attached to the housing main body 51 by a screw 81.

According to the steam injecting means 13 of the present embodiment configured as described above, the steam is sprayed from above and below and from the left and right in the pipe line Z and sprayed onto the sausage 4 before being formed, so that the skin is peeled off. It can be wetted at a high temperature and at a sufficiently high temperature, and high-speed peeling can be achieved without problems. Moreover, by opening the lid 52, the chain 8 on the sausage conveying side 10 can be exposed to the outside, so that the chain 8 can be easily removed from the wheels 6 and 7, and the chain 8 and the like have been removed. In this state, the inside of the housing main body 51 can be easily and extremely cleanly washed in a short time. If the sound insulation means 22 is also provided with a heat insulating property, a heat retaining effect of water vapor can be obtained.

The contact means 15 is particularly suitable for FIGS. 3, 4 and 8
11, the shoe main body member 91 attached to the support member 44 fixed to the housing main body 51, and the shoe auxiliary member 93 attached to the shoe main body member 91 by the screw 92 and united. The shoe main body member 91 and the shoe auxiliary member 9 which are integrated with each other
The lower surfaces 94 and 95 with respect to 3 are flush with each other to form the contact surface 14. The cutter 19 is, in this example, the shoe body member 9
1 and the shoe auxiliary member 93. The blade edge 18 is surrounded by the contact surface 14 and protrudes from the contact surface 14. Shoe body member 9
1 is attached to the support member 44 by a pin 96a and a screw 96. Since the hole 97 of the shoe body member 91 through which the screw 96 penetrates is a long hole, the contact surface 14 and the claw member 41 are loosened by loosening the screw 96 and rotating the shoe body member 91 around the pin 96a. The distance between
It can be finely adjusted according to the diameter of the meat filling portion 2 of the sausage 4 to be peeled.

According to the contact means 15 of the present embodiment, the notch 16 along the conveying direction is formed in the meat filling portion 2 while defining the posture of the meat filling portion 2 in the region 17 around the cutting edge 18. Cutting edge 1
Since the fixed surface 14 around 8 is continuous without a recess or the like, it is possible to surely form the notch 16 in the meat filling portion 2 with a constant cutting depth without causing biting of the meat filling portion 2. You can

The air means 20 injects high-pressure air to the meat filling portion 2 in which the cuts 16 are formed by the cutter 19 to open the cut skin 5 of the meat filling portion 2 in the conveying direction of the sausage 4. An air injection port 101 arranged downstream of the contact surface 14 with respect to L and adjacent to the contact surface 14.
And a second air ejecting means 103 having an air ejecting means 102 for ejecting high pressure air to the meat filling portion 2 in which the notch 16 is formed by the cutter 19 to peel the sausage 4 from the skin 5. Suction means 106 having 104 and a porous suction drum 105 for sucking the skin 5 peeled off by the air injection port 103 and peeling the skin 5 from the sausage 4.
It has and.

The first air injection means 102 is particularly shown in FIG.
As shown in detail in FIG. 8 and FIG. 11, the plurality of air injection ports formed of circular holes arranged in series along the transport direction L and formed in the air injection surface 107 of the shoe body member 91. 101, an air passage 111 formed in the shoe body member 91, and a connector 112 attached to the shoe body member 91 and connected to a high pressure air source (not shown). In this way, the air injection means 102 has the contact surface 1
4 has an air injection surface 107 on the downstream side adjacent to the contact surface 14 and in which an air injection port 101 is formed, and a gap is provided between the padded portion 2 and the air injection surface 107 to be conveyed. 1
So that a contact surface 14 and an air ejection surface 10 are formed.
7 is provided continuously via a step 114. When high pressure air is blown from the air jet 101 to the meat filling portion 2,
Since the cut end of the cut leather 5 is opened, subsequent peeling of the leather is facilitated.

As shown in FIGS. 3 and 4, the second air injection means 104 includes a nozzle 121 connected to a high pressure air source (not shown) and attached to the housing body 51. The high-pressure air from the air injection port 103 of 121 is jetted into the notch 16 formed in the meat filling portion 2, whereby the notch 16 is widened and the skin 5 becomes the meat 23.
Separated from.

The shoe body member 91 has a cutter 1
A plurality of rollers 131 and 132 with a groove 130 sandwiching 9
Is rotatably attached, and a plurality of rollers 131
Prevents the rotation of the meat filling portion 2 before the notch 16 is formed in cooperation with the claw member 41, and the roller 132 cooperates with a roller 134 described below to prevent the meat filling portion 2 from being formed. Rotation and meandering of the portion 2 are prevented. By preventing the rotation and meandering of the meat filling portion 2 by the cooperation of the rollers 131, 132 and 134, the cut 16 can be accurately formed in the conveying direction, and the high pressure air from the nozzle 121 can be accurately jetted to the formed cut 16. You can do it.

As shown in detail in FIGS. 3, 4 and 12 to 16, the suction means 106 includes a housing for rotatably supporting the porous suction drum 105 and the porous suction drum 105 described above. A support member 141 attached to the main body 51 and forming the suction and discharge passage 25, and a connection attached to the housing main body by being connected to the support member 141 at one end and an air suction source (not shown) at the other end. Equipped with a tool 142, and the porous suction drum 105.
Is a hollow body in which a large number of holes 143 are formed, and when the air suction source is activated to reduce the pressure in the suction / discharge passage 25,
The inside of the porous suction drum 105 is also depressurized through the holes 143, whereby the skin 5 contacting the outer peripheral surface of the porous suction drum 105 is adsorbed on the outer peripheral surface of the porous suction drum 105 and peeled from the meat 23 of the sausage 4. Be done. On the outer peripheral surface of the porous suction drum 105, a spiral V-shaped groove 105a is formed so that the opening of the hole 143 has a V-shaped cross-section, whereby the skin 5 is covered with the opening edge of the hole 143. Therefore, slippage can be prevented from occurring between the porous suction drum 105 and the skin 5. The skin 5 peeled from the meat 23 of the sausage 4 is drawn into the suction / discharge passage 25 and discharged into a skin storage container (not shown) in a base 146 provided at the bottom of the housing 21. In addition, in the support member 141, the holes 143 of the porous suction drum 105 are partially closed, and in order to increase the degree of vacuum inside the porous suction drum 105, the side plate 300 attached to the support member 141 with a bolt 302.
And a hole closing member 147 screwed and fixed to 301 are arranged in contact with a part of the outer peripheral surface of the porous suction drum 105.

The roller means 31 for preventing the rotation and the meandering of the padding portion 2 in which the notch 16 is formed is provided on the support member 141, particularly as shown in detail in FIGS. 4 and 12 to 15. It comprises a plurality of grooved rollers 134 rotatably mounted via side plates 300, 301. The rollers 134 cooperate with the rollers 132 to prevent the meat filling portion 2 from rotating and meandering after the cuts 16 are formed. ing. In order to ensure the transfer of the sausage 4 to the roller 134, the guide chute 151 is provided on the support member 141 with the bolt 3.
It is installed by 02.

The introduction member 28 is particularly suitable for FIGS. 3, 4 and 1.
As shown in detail in FIGS. 3 to 16, the upper recess 161 of the support member 141 is adjacent to the porous suction drum 105.
It is arranged to be movable. The upper surface 24 of the introduction member 28 comes into contact with the lower portion 300a of the side plate 300 to prevent the upper member 24 from falling from the upper recess 161.

The setting means 29 for variably setting the minimum opening amount of the opening 27 of the suction / exhaust passage 25 is particularly shown in FIGS.
6, L-shaped fittings 163 and 164 mounted on both sides of the introduction member 28 by screws 162, and side walls 165 and 166 of the support member 141 defining the upper recess 161 are screwed together. Bolts 167 and 1
68 and nut 16 screwed into bolts 167 and 168
9 and 170, the L-shaped metal fittings 163 and 164 are attached to the heads of the bolts 167 and 168 when the introduction member 28 is moved toward the porous suction drum 105 by the air suction by the suction / discharge passage 25. By abutment, the movement of the introduction member 28 is prevented there, and thus the minimum opening amount of the opening 27 is maintained. Bolts 167 and 1
The minimum opening amount of the opening 27 can be changed by changing the screwing amount of the 68 to the side walls 165 and 166 and fixing it with the nuts 169 and 170. The minimum opening amount of the opening 27 is set according to the diameter of sausage (amount of skin). The introduction member 28 maintains the opening 27 of the suction / discharge passage 25 at the minimum opening amount and holds the suction force of the porous suction drum 105,
It is ensured that the skin 5 is firmly suctioned by the porous suction drum 105. Further, the introduction member 28 is similar to that shown in FIGS.
As shown in FIGS. 15 and 16, when the skin 5 having the bulging portion 176 as shown in FIG. 6 is peeled off and passes through the opening 27, the opening 27 is widely opened apart from the porous suction drum 105, as shown in FIGS. It operates to allow the skin 5 having the bulge 176 to pass through.

The lid 52a is not peeled off due to the peeling failure of the skin 5.
When the sausage 4 is clogged in the opening 27 of the suction / discharge passage 25, it is removed from the housing main body 51 in order to eliminate this trouble.

The discharging means 30 for discharging the vapor from the inside of the housing 21 is attached to the openings 182 and 183 of the side wall 181 of the housing main body 51, as shown in detail in FIGS. 3, 17 and 18. A pair of suction fans 184 and 185, electric motors 186 and 187 for rotating the suction fans 184 and 185, a suction blower 188 arranged in the base 146, and openings 182 and 18
3 and a duct 189 that connects the suction blower 188 to each other, and the steam in the housing 21 injected by the steam injection means 13 by the operation of the suction fans 184 and 185 and the suction blower 188 is discharged from the discharge port 190 to the outside. Is discharged. The suction fans 184 and 185 and the electric motors 186 and 187 are housed in a housing box 191 formed adjacent to the housing 21 on the base 146.

The sound insulation means 22 of this example comprises a plate-like member 196 mounted on the entire inner surface of the housing 21 at intervals. Note that the plate-shaped member 196 does not necessarily have to be provided on the entire inner surface of the housing 21 as in this example, and when the housing 21 is attached to the upper portion of the base 146, instead of being provided on the bottom wall of the housing 21, Stand 146
It may be provided on the ceiling, side wall and bottom wall of the. In short, the plate-shaped body 196 may be provided at a necessary position so that noise generated from the sausage peeling device 1, particularly noise generated by air injection and air suction does not leak to the outside. Further, the sound absorbing material 195 may be provided in the space between the inner surface of the housing 21 and the plate-shaped body 196. Furthermore, the sound absorbing material 195 may be provided on the entire inner surface of the housing box 191. For example, polyethylene foam or urethane foam is preferably used as the sound absorbing material 195.

By providing the sound insulation means 22 in this way, noise can be extremely reduced, and the work environment for peeling can be improved.

The sausage peeling apparatus 1 of this example is further provided with a drive mechanism 201 for rotating the wheel 6 and the porous suction drum 105. The drive mechanism 201 is
An electric motor (not shown) arranged in the base 146, a belt 203 spanned by a pulley or the like between the output rotation shaft of the electric motor and the shaft 202, and a bearing box 204 supporting the shaft 202. It is equipped with, the operation of the drive mechanism 201,
The wheel 6 and the porous suction drum 105 are each rotated in the A direction.

The meat 23 of the sausage 4 peeled off by the porous suction drum 105 is discharged to the outside of the housing 21 through the chute 210 provided at the discharge port 175.

The contact surface 14 is embodied as a flat straight surface, but instead of this, as shown in FIG. 18, the shoe body member 91 and the shoe auxiliary member 93 are provided.
The lower surfaces 94 and 95 of the
21 may be used as the contact surface, or as shown in FIG. 19, a plurality of groove grooves 225 extending in the sausage conveyance direction L may be formed on the flat and straight contact surface 14. The arc surface 221 is used as the contact surface, or the flat straight contact surface 14
In the case where a plurality of groove grooves 225 are formed, the unintentional rotation of the padding portion 2 can be further unfavorable.

Further, in the above-mentioned specific example, the one having a plurality of rollers 42 as the conveying means 9 is shown, but instead of the plurality of rollers 42, a belt 231 as shown in FIG. The means 9 may be formed. Here, the belt 231 is stretched between pulleys 234 and 235 rotatably attached to the support member 232. The sausage 4 may be suppressed by the rollers 131 and 132 instead of the contact means 15. The support member 232 has a shaft 23.
6 is connected to a parallel link 237 rotatably attached to the side wall 181 of the housing body 51. The support member 232 is provided on the side wall 18 of the housing body 51.
Since it is urged downward by the spring-equipped slide pin 238 built in the bracket 238a which is erected from 1, the gap between the support member 232 and the claw member 41 is corresponding to the diameter of the meat filling portion 2 of the sausage 4. Can change automatically. For the sausage 4 having a long length in the longitudinal direction of the meat filling portion 2, as shown in FIG.
It is preferable to provide a plurality of No. 4 air injection ports 103 along the cutting direction. The downstream end of the conveying means 9 and the porous suction drum 10
The padding portion 2 which is curved upward in a concave shape passing between 5
Since the air is jetted to the cut portion formed in the above, the skin 5 is easily peeled off.

Further, in the above specific example, the drive mechanism for rotating the wheel 6 of the conveying means 9 and the porous suction drum 105 is embodied by the belt 203 wound around the pulley or the like.
Instead of this, as shown in FIGS. 21 to 24, it may be built in the unit case 241. That is, the transport means 9
The drive mechanism 240 shown in FIGS. 20 to 23, which rotates the wheel 6 and the porous suction drum 105, is an electric motor 242 attached to the unit case 241, and gears 243, 244 and 2 arranged in the unit case 241.
45 and the gear 243 is an electric motor 242.
Is attached to the output rotation shaft 246 of the gear 244.
Is attached to a rotary shaft 247 that rotates the porous suction drum 105, and meshes with a gear 243.
The gear 245 is attached to the rotating shaft 248 that rotates the wheel 6 and meshes with the gear 243.
The unit case 241 is the side wall 1 of the housing body 51.
It is attached to 81. Rotating shafts 247 and 248 are mounted on the unit case 2 via bearings 249 and 250, respectively.
It is rotatably supported by 41. In the drive mechanism 240, when the gear 243 is rotated by the operation of the electric motor 242, the gears 244 and 245 are also rotated, and thus the porous suction drum 105 and the wheel 6 are rotated in the A direction.

According to the drive mechanism 240 built in the unit case 241, durability can be improved and maintenance can be simplified, which is extremely preferable.

In the above, the air injection port 10 of the nozzle 121 is
3, the carry-in port 45 and the carry-out port 175 are opened to the outside, respectively. However, as shown in FIG. 25, for example, as shown in FIG. 25, the nozzle 121 has a nozzle 121 to prevent noise generated by the air blown from the air jet port 103. As shown in FIG. 26 and FIG. 27, a silencer 261 as a blocking means is provided at the tip, and noise is emitted to the outside of the housing 21 through the carry-in port 45 and the carry-out port 175, respectively, as shown in FIGS. Silencers 262 and 263 as blocking means for blocking
May be attached. Further, as shown in FIG. 18, at the discharge port 190 of the discharge means 30 for discharging the vapor from the inside of the housing 21, noise generated inside the housing 21 is prevented from being discharged to the outside of the housing 21 through the discharge port 190. A silencer 264 may be attached as a blocking means.
Only the required silencers 261, 262, 263, 264 may be attached depending on the degree of noise.

Further, in the above description, the vapor in the housing 21 is forcibly discharged through the blower 188. However, as shown in FIG.
A duct 273 that is opened inside and the other end 272 is opened inside the base 146 may be provided to spontaneously discharge the steam inside the housing 21. In this case, the silencer 274 is attached to the other end 272 of the duct 273. May be provided to prevent noise in the housing 21 from leaking to the outside through the duct 273.

Further, in the sausage peeling apparatus 1 described above, the first air injection means 102 and the second air injection means 104 are always operated, but instead of this,
For example, a detector for detecting the supply of the sausage 4 to the transport means 9 is provided at the carry-in port 45 of the sausage 4, a control means for controlling the air injection means 102 and 104 is provided in the base 146, and While the supply of the sausage 4 is not detected by the detector, the air jetting means 102 and 104 are made inoperative, and if the detector detects, the skin 5 peeled off the porous suction drum 105 from this detection is the porous suction drum 105.
Until it is drawn into the suction and discharge passage 25,
Air is ejected from both the air ejection ports 101 and 103, and after being guided to the suction / discharge passage 25, the air ejection port 103
To stop the injection of air from the
Air injection means 10 so as to reduce the supply pressure to 03.
The operations of 2 and 104 may be performed by the control means. The fact that the leather 5 is guided to the suction / discharge passage 25 means that the sausage 4 is introduced in the conveying direction 28, for example.
The movement can be determined by another detector or by the time-up of a timer that is activated by the detection of the detector that detects the supply of sausage 4. Instead of the control described above, while the detector detects the supply of the sausage 4, the first air injection means 102 and the second air injection means 104 are continuously set to different air pressures. It may be controlled by the control means to inject air from the. It is usually preferable to set the supply pressure to the second air injection means 104 to be low. By thus injecting the air with the required minimum supply pressure only for the required time, it is possible to considerably reduce the deterioration of the work environment due to noise.

Further, in FIG. 27, the silencer 263 as the blocking means is attached to the carry-out port 175 by opening it in a substantially lateral direction, but instead of this, the noise is emitted to the outside of the housing 21 through the carry-out port 175. FIG. 2 shows a blocking means for blocking
9 and the silencer 401 as shown in FIG. The silencer 401 of this example has an inner rectangular tube 403 having an opening 402 that is inclined or curved downward and opened downward, and a closed space 404 is formed around the rectangular tube 403 to surround the rectangular tube 403. Outer square cylinder 40 arranged in
5 and. The square cylinders 403 and 405 are each divided into two parts. The square cylinder 403 is in contact with the U-shaped member 410 in cross section attached to the housing main body 51 and the upper end surface 411 of the U-shaped member 410 so as to be attached to the lid body 52a. A square tube 40 composed of the attached plate member 412.
Reference numeral 5 denotes a U-shaped cross-section member 415 attached to the housing main body 51 and a U-shaped cross-section member 417 attached to the lid 52 a by abutting on the upper end surface 416 of the U-shaped member 415.
Consists of. Here, since the lid 52a is attached to the housing 21 via the hinge 421 so as to be openable and closable as shown in the figure, in this example, the lid 52a is rotated for opening so that the plate-shaped member is opened. 412 and U-shaped member 4
As a result of the rotation of 17 as well, the upper surface of the U-shaped member 410 is opened, which is extremely convenient when clogging or the like occurs in the muffler 401 or when cleaning the same. . It should be noted that the cylinder that constitutes the silencer does not have to be divided into two parts as in this example, and may be an integrally formed cylinder.

The muffler 401 of the example shown in FIGS. 29 and 30 is composed of square cylinders 403 and 405, but the present invention is not limited to this. For example, as shown in FIG. 431 and the outer cylinder 432 may constitute a silencer as a blocking means, or else it may be an elliptic cylinder, a polygonal cylinder, or the like. Further, it is not necessary to form the double cylinder as described above, and the silencer as the blocking means may be configured by one cylinder. Further, in the case of the double cylinder, the closed space 40 is provided.
A sound absorbing material may be put in 4 as necessary, and as a material of a member forming the silencer such as the square tubes 403 and 405, a plastic material having excellent sound absorbing property may be used. Further, it is preferable that the opening 402 is lowered as much as possible in connection with the next step because noise can be reduced.

[0067]

As described above, according to the present invention, noise can be extremely reduced, the working environment can be improved, and furthermore, the skin can be quickly and sufficiently heated and moistened, and It is possible to provide a device for peeling sausage or the like that can be easily washed and can produce a beautiful sausage or the like regardless of size.

[Brief description of drawings]

FIG. 1 is a front view of a preferred embodiment of the present invention.

FIG. 2 is a left side view of the specific example shown in FIG.

FIG. 3 is an explanatory view of the inside of the housing in the specific example shown in FIG.

FIG. 4 is a partially detailed enlarged view of the inside of the housing shown in FIG.

5 is a cross-sectional view taken along line VV shown in FIG.

6 is a partially detailed enlarged view of the housing shown in FIG. 3. FIG.

FIG. 7 is a partial explanatory view of vapor passage means in the housing shown in FIG.

FIG. 8 is a partially detailed enlarged view of the inside of the housing shown in FIG.

9 is a partially detailed enlarged cross-sectional view of the inside of the housing shown in FIG.

FIG. 10 is a partially detailed enlarged cross-sectional view taken along line XX in the housing shown in FIG.

11 is a partially detailed enlarged bottom view of the inside of the housing shown in FIG.

FIG. 12 is a cross-sectional view of the multi-hole suction drum shown in FIG.

13 is a partially detailed enlarged plan view of the inside of the housing shown in FIG.

14 is a partially detailed enlarged cross-sectional view of the inside of the housing shown in FIG.

15 is a partially enlarged plan view of the inside of the housing shown in FIG.

16 is a partially detailed enlarged cross-sectional view of the inside of the housing shown in FIG.

FIG. 17 is a partially detailed enlarged cross-sectional view of the inside of the housing shown in FIG. 3 and the back surface of the housing.

18 is a perspective view of the duct shown in FIG.

FIG. 19 is an explanatory view of a sectional view of a fixing surface of another preferred embodiment of the present invention.

FIG. 20 is an explanatory view of a cross-sectional view of a fixing surface of still another preferred embodiment of the present invention.

FIG. 21 is an explanatory view of the inside of a housing of another preferred embodiment of the present invention.

FIG. 22 is an explanatory diagram of a drive mechanism according to another preferred embodiment of the present invention.

23 is a cross-sectional view of the drive mechanism shown in FIG.

FIG. 24 is an XXIV-XXIV of the drive mechanism shown in FIG. 22.
It is a line section explanatory view.

FIG. 25 is a cross sectional view showing another preferred embodiment of the present invention.

FIG. 26 is a cross sectional view showing another preferred embodiment of the present invention.

FIG. 27 is a cross sectional view showing another preferred embodiment of the present invention.

FIG. 28 is an explanatory diagram of a duct according to another preferred embodiment of the present invention.

FIG. 29 is a cross sectional view showing another preferred embodiment of the present invention.

FIG. 30 is a sectional view taken along line XXX-XXX shown in FIG. 29.

31 is another preferred embodiment of the present invention, and FIG.
9 is a cross-sectional view corresponding to line XXX-XXX shown in FIG.

[Explanation of symbols]

 1 Peeling device for sausages, etc. 2 Meat filling part 3 Squeezing part 4 Sausage 5 Skin 6 Sprocket wheel 7 Sprocket wheel 8 Endless chain 9 Transport means 11 Steam injection port 12 Steam passage means 13 Steam injection means 14 Contact surface 15 Contact means 18 Blade edge 19 Cutter 20 Air means 21 Housing 22 Sound insulation means 25 Suction and discharge passage 27 Opening portion 28 Introducing member 29 Setting means 30 Discharging means 31 Roller means

Claims (23)

[Claims] 1. A device for peeling a product with skin such as sausage, which comprises a series of filling parts and a tightening part connected between the filling parts in series and arranged between the filling parts.
Conveying means for conveying the product with leather, a cutter for forming a notch along the conveying direction of the product with leather in the packing portion conveyed by the conveying means, and air for removing the leather of the product with the notch formed by the cutter. Sausage equipped with air means for mechanically stripping, a housing surrounding the air opening of the air means and housing it, and a sound insulating means provided on the inner surface of the housing to shut off noise generated by the air means, etc. Peeling device for products with leather. 2. The device for peeling a product with skin such as sausage according to claim 1, wherein the sound insulation means includes a plate-shaped body attached to the inner surface of the housing with a space. 3. The housing is formed with a carry-in port for carrying in a product with skin to be peeled into the housing and a carry-out port for carrying out product with peeled skin to the outside of the housing. 3. At least one of the carry-out port and the carry-out port is provided with a blocking means for blocking the emission of noise from the at least one of the carry-in port and the carry-out port to the outside of the housing. Peeling device. 4. A device for peeling a skinned product such as sausage, which comprises a series of filling parts and a tightening part which is connected between the filling parts in series and arranged between the filling parts.
Conveying means for conveying the product with leather, a cutter for forming a notch along the conveying direction of the product with leather in the packing portion conveyed by the conveying means, and air for removing the leather of the product with the notch formed by the cutter. The air means for mechanically stripping is provided, and a housing surrounding and accommodating the air port of the air means is provided, and the housing has a carry-in port for carrying the product with skin to be peeled into the housing. A carry-out port for carrying out the product with the peeled skin to the outside of the housing is formed, and at least one of the carry-in port and the carry-out port emits noise of the housing through at least one of the carry-in port and the carry-out port. A device for peeling sausages and other skinned products, which is equipped with a blocking means. 5. A steam injection means having a steam injection port for blowing steam to the product with skin before forming a notch is provided in the housing, and further, an exhaust port for discharging the steam in the housing to the outside is provided. The sausage according to claim 4, further comprising discharge means, and a discharge means for preventing noise generated in the housing from being emitted to the outside of the housing through the discharge opening. A device for peeling products with skin such as. 6. The air means has an air injection port for blowing air to the product with skin in which the notch is formed, and the air injection port has a housing for noise generated by injection of air from the air injection port. The device for peeling a product with a skin such as sausage according to claim 4 or 5, further comprising a blocking means for blocking the release into the inside. 7. The skin of a product with leather such as sausage according to any one of claims 4 to 6, further comprising sound insulation means provided on the inner surface of the housing to shield noise generated by the air means. Stripping device. 8. A device for peeling a skinned product such as sausage, which comprises a series of filling portions and a tightening portion connected between the filling portions in series and arranged between the filling portions.
Conveying means for conveying the product with leather, a cutter for forming a cut along the conveying direction of the product with leather in the packing portion conveyed by the conveying means, and air is blown to the product with the cut formed by the cutter And an air ejecting means having an air ejecting port, and the air ejecting port is provided with a blocking means for blocking noise generated by the injection of air from the air ejecting port. Peeling device. 9. A device for peeling a product with skin such as sausage, which comprises a series of filling parts and a tightening part which is connected between the filling parts in series and arranged between the filling parts.
Conveying means for conveying a product with leather, a cutter for forming a notch along the conveying direction of the product with leather and a filling portion conveyed by this conveying means, and air is blown to the meat filling portion where the notch is formed by the cutter. And a suction / discharge means for sucking and peeling the peeled product, and a suction and discharge means for sucking and discharging the peeled skin, and a peeling means for conveying to the conveying means. A device for peeling a product with skin such as sausage, which is provided with a control means for detecting the supply of the product with food and controlling the air injection means. 10. The air injecting means comprises a first air injecting means having a first air injecting opening, and a second air arranged downstream of the first air injecting opening in the conveying direction of the product with leather. A second air injection means having an injection port, and the control means until the skin of the tip stripped off by the porous suction drum from the detection is sucked by the porous suction drum and guided to the suction and discharge passage. Is configured to inject air from the first air injection port and the second air injection port, and to control the second air injection means after the skin at the tip is guided to the suction / exhaust passage. A device for peeling a product with skin such as sausage according to claim 9. 11. A device for peeling a product with skin such as sausage, which comprises a series of stuffing portions and a tightening portion arranged between the stuffing portions in series and arranged between the stuffing portions. Conveying means having an endless circulation member that is hung between a pair of rotating bodies to convey the product with the skin, and the product conveying side with the skin of the conveying means so as to blow steam to the product with the skin conveyed by the conveying means. A steam injection means having steam injection ports arranged in at least two positions with respect to the direction surrounding the, and a stuffing section which is arranged downstream of the steam injection port in the conveyance direction of the skinned product and which is conveyed by the conveyance means. A skin of sausage or the like having a cutter for forming a cut along the conveyance direction of the product with the skin and an air means for aerodynamically peeling the skin of the product with the cut formed by the cutter Equipment for peeling products with. 12. The transport means is arranged in the housing, and the steam injection means is arranged in the housing so as to surround the product carrying side of the transport means, and the steam passage means for supplying steam to the steam injection port. The housing has a housing body and a lid body that is detachably attached to the housing body. The steam passage means includes a steam passage formed on the housing body side and a lid body. The skin of a product with skin such as sausage according to claim 11, further comprising a steam passage formed on the lid side so as to communicate with the steam passage formed on the housing body side when attached to the housing body. Stripping device. 13. An apparatus for peeling a product with skin such as sausage, which comprises a series of filling parts and a tightening part which is connected between the filling parts in series and arranged between the filling parts. Conveying means for conveying the product with leather, a cutter for forming a cut along the conveying direction of the product with leather for conveying the stuffing portion conveyed by the conveying means, and air is injected to the stuffing portion where the notch is formed by the cutter. An air injection unit having an air injection port, a porous suction drum for sucking the skin to peel the skin from the product with the skin, and a suction discharge unit having a suction discharge passage for sucking and discharging the peeled skin, and the peeling unit. An introduction member movably arranged adjacent to the multi-hole suction drum to form an opening for introducing the peeled skin into the suction and discharge passage, and setting means for variably setting the minimum opening amount of the opening of the suction and discharge passage. Equipped with Peeling device for peeled products such as sausages. 14. The skin-peeling product such as sausage according to claim 13, further comprising roller means arranged between the porous suction drum and the cutter and for sandwiching the notched filling portion. apparatus. 15. A device for peeling a product with skin such as sausage, which comprises a series of filling parts and a tightening part connected between the filling parts in series and arranged between the filling parts. Conveyance means having an endless circulation member for conveying the product with the skin, which is hung between a pair of rotating bodies, and a contact surface provided at the downstream end side of the product with the skin for sliding contact with the packing portion. The contact means and the notch are projected from the contact surface so as to be surrounded by the contact surface so as to form a notch along the conveying direction of the product with the skin in the region where the contact portion is in sliding contact with the contact surface. A cutter having a blade edge and an air injection port arranged downstream of the contact surface in the transport direction and adjacent to the contact surface in order to inject air into the filling portion where the notch is formed by the cutter. Sauce equipped with air injection means Peeling device for products with leather such as aging. 16. The air ejecting means has an air ejecting surface on the downstream side of the contact surface and adjacent to the contact surface, and a gap is formed between the conveyed packing portion and the air ejecting surface. As described above, the contact surface and the air jetting surface are continuously provided through a step, and the air jetting port is formed in the air jetting surface. . 17. The air injection port comprises a plurality of circular holes or square holes arranged in series along the transportation direction of the product with leather, or an oval hole or a rectangular hole extending along the transportation direction of the product with leather. Alternatively, the device for peeling a product with a skin such as sausage according to claim 15 or 16 having an elliptical hole. 18. The device for peeling a skinned product such as sausage according to claim 15, wherein the contact surface is a straight flat surface or a curved flat surface. 19. The skinned product such as sausage according to claim 15, wherein the contact surface is formed with a plurality of grooved grooves extending along the conveying direction of the skinned product. Peeling device. 20. The contact means includes a shoe main body member and a shoe auxiliary member integrated with the shoe main body member, and one surface of the integrated shoe main body member and the shoe auxiliary member comes into contact with each other. The surface of the cutter is sandwiched between the shoe main body member and the shoe auxiliary member, and the blade edge of the cutter protrudes from the contact surface. Peeling device. 21. A device for peeling a product with skin such as sausage, which comprises a series of filling parts and a tightening part connected between the filling parts in series and arranged between the filling parts. Conveyance means having an endless circulation member for conveying the product with the skin, which is hung between a pair of rotating bodies, and a contact surface provided at the downstream end side of the product with the skin for sliding contact with the packing portion. The contact means and the notch are projected from the contact surface so as to be surrounded by the contact surface so as to form a notch along the conveying direction of the product with the skin in the region where the contact portion is in sliding contact with the contact surface. A cutter having a cutting edge and an air arranged downstream of the contact surface and adjacent to the contact surface with respect to the conveying direction of the product with leather in order to inject air into the packing portion in which the notch is formed by the cutter. Air injection means having an injection port, and skin A suction means having a suction drum for sucking the skin and peeling the skin from the product with skin; and a roller means arranged between the suction means and the contact surface for sandwiching the stuffed portion having a notch formed therein. Peeling device for peeled products such as sausages. 22. A device for peeling a product with skin such as sausage, which comprises a series of filling parts and a tightening part connected between the filling parts in series and arranged between the filling parts. Conveyance means having an endless circulation member for conveying the product with the skin, which is hung between a pair of rotating bodies, and a contact surface provided at the downstream end side of the product with the skin for sliding contact with the packing portion. A cutting edge that is surrounded by the contact surface and protrudes from the contact surface so as to form a contact means having the contact means and a notch along the transport direction of the product with leather in the area where the contact portion slides in contact with the contact surface. An apparatus for peeling sausage or other skinned products, comprising: a cutter having a blade; and an air means for aerodynamically stripping the skin of the stuffed portion where a notch is formed by the cutter. 23. A device for peeling a product with skin such as sausage, which comprises a series of filling parts and a tightening part connected between the filling parts in series and arranged between the filling parts. Conveying means for conveying the product with leather, a cutter for forming a cut along the conveying direction of the product with leather for conveying the stuffing portion conveyed by the conveying means, and air is injected to the stuffing portion where the notch is formed by the cutter. An air injection unit having an air injection port, a porous suction drum for sucking the skin and then peeling the skin from the product with skin, and a suction and discharge unit having a suction and discharge passage for sucking and discharging the peeled skin are provided. The drive mechanism for the conveying means and the drive mechanism for rotating the porous suction drum are a device for peeling products with skin such as sausages that are built in the unit case.