JP3158280U - Cookware handle device - Google Patents

Abstract

A handle device provided in a metal cooking utensil, wherein the entire handle including a grip portion is made of metal and does not transmit heat from the metal cooking utensil. A handle device provided in a metal cooking utensil, a metal installation seat 2 provided in the metal cooking utensil, a metal handle 5 connected to the installation seat, and the installation seat And a heat insulating element 4 disposed between the metal handle and blocking heat conduction from the installation seat to the handle. [Selection] Figure 1

Description

  The present invention relates to a cooking utensil handle device, and particularly to a handle device provided in a metal cooking utensil.

  Cooking utensils with handle devices include one-handed pans, frying pans, frying, and ladle. Many of these cooking utensils are made of metal in order to conduct heat effectively.

  Conventional handle devices attached to metal cooking utensils usually have a handle that extends from the metal cooking utensil and has a grip at the extended end to prevent burns due to heat from the metal cooking utensils. For this reason, at least the grip portion is usually made of a material having low thermal conductivity, for example, a resin material such as a thermosetting resin, or wood.

  However, since such a handle device is not made of the same metal as a metal cooking utensil, there is no sense of unity of materials and colors, and the sense of quality is impaired when attached to a metal cooking utensil. There is a point.

  In view of the above problems, the present invention is a handle device provided in a metal cooking utensil, wherein the entire handle including the grip portion is made of metal and does not transmit heat from the metal cooking utensil. The purpose is to provide a device.

  In order to achieve the above object, the present invention is a handle device provided in a metal cooking utensil, comprising a metal installation seat provided in the metal cooking utensil, and a metal handle coupled to the installation seat. And a heat-insulating element disposed between the installation seat and the metal handle to block heat conduction from the installation seat to the handle.

  As an embodiment of the present invention, when the entire handle device is provided in a metal cooking utensil, the installation seat, the heat insulating element, and the handle are installed side by side from the metal cooking utensil side, The handle has a near end surface and a far end surface with respect to the metal cooking utensil, the installation seat has a protruding end surface protruding from the metal cooking utensil, and the near end surface is A screw rod projecting from the near end surface is twisted on the projecting end surface; and a screw rod projecting from the near end surface is larger than the projecting end surface of the installation seat. The thing in which the screw hole which can be inserted is formed is mentioned.

  As a further embodiment of the present invention, the inner hole is larger in diameter than the installation seat, and the installation seat after the entire handle device is provided on the metal cooking utensil is shielded from the surroundings. A metal tubular shield provided, and when the entire handle device is provided in a metal cooking utensil, the tubular shield has a protruding edge corresponding to the peripheral edge of the near end surface of the handle. On the other hand, the thermal insulation element may be configured to intervene between the protruding end edge of the tubular shield and the peripheral edge of the handle so as to shield heat conduction therebetween.

  The handle device for cooking utensils according to the present invention having the above-described configuration is made of metal, so that the entire handle including the grip portion is made of metal. . Moreover, since the handle itself is formed so as not to see the boundary with the grip portion, the sense of unity and luxury are further increased.

  The cooking utensil handle device of the present invention has a heat insulating element between the metal handle and the metal cooking utensil, so that heat conduction from the metal cooking utensil to the metal handle is cut off, and the metal cooking utensil is Can prevent burns due to heat.

It is a disassembled perspective view of the Example applied to the metal frying pan of the handle apparatus for cooking utensils of this invention. It is a longitudinal cross-sectional view after the assembly of the Example of FIG.

  Hereinafter, the handle device for cooking utensils according to the present invention will be described by taking a handle device applied to the metal frying pan 1 as an example.

  As shown in FIG. 1, the handle device according to the present embodiment is mainly a handle device provided on a metal frying pan 1 as a cooking utensil, and a metal installation seat 2 provided on an outer peripheral wall 11 of the frying pan 1. , A metal handle 5 connected to the installation seat 2, and a heat insulating element 4 disposed between the installation seat 2 and the handle 5 to block heat conduction from the installation seat 2 to the handle 5. .

  As shown in FIG. 2, when the cooking utensil handle device of the present embodiment is provided in the frying pan 1, the installation seat 2, the heat insulating element 4, and the handle 5 are installed side by side in order from the frying pan 1 side. The handle 5 has a near end surface 510 and a far end surface 520 with respect to the frying pan 1. The installation seat 2 has a projecting end surface 20 protruding from the frying pan 1, and the near end surface 510 is The projecting end surface 20 has a diameter larger than that of the projecting end surface 20, and the screw rod 54 projects from the near end surface, and the projecting end surface 20 has a screw hole into which the projecting screw rod 54 can be screwed. 21 is formed.

  As shown in FIG.1 and FIG.2, the handle apparatus for cooking utensils of a present Example is further provided with the metal tubular shield 3. As shown in FIG. The tubular shield 3 has an inner hole 30 having a diameter larger than that of the installation seat 2.

  As shown in FIG. 2, when the cooking utensil handle device of the present embodiment is provided in the frying pan 1, the tubular shield 3 shields the installation seat 2 from the surroundings, and its protruding edge 320 extends, Faced to correspond to the periphery of the proximal end surface (510) of the handle 5, the heat insulating element 4 intervenes between the protruding edge 320 of the tubular shield 3 and the periphery of the proximal end surface (510) of the handle 5 and between them. It has a constitutional relationship that heat conduction is shielded.

  As shown in the figure, the handle 5 in the cooking utensil handle device of the present embodiment has an opening at the proximal end with respect to the frying pan 1, and the distal end is larger than the cross section of the rod body (543) of the screw rod 54. It is a tubular hollow body having a plate body 52 in which a through hole 521 having a diameter is formed, a near end surface 510 is an annular opening edge of the near end opening 511, and a far end surface 520 is an outer surface of the plate body 52. It is. One end portion 42 of the heat insulating element 4 can be fitted into the tubular shield 3, the other end portion 43 can be fitted into the tubular handle 5, and between the one end portion 42 and the other end portion 43. And a double-ended plug having a flange 41 that protrudes from the circumferential surface 40 of the heat insulating element 4 and can be interposed between the protruding end edge 320 of the tubular shield 3 and the peripheral edge (510) of the handle 5. .

  Further, the screw rod 54 is provided with a heat insulating washer 6 made of a heat insulating material, and when the entire handle device is provided on the frying pan 1, the through hole 521 of the plate body 52 and the handle 5 from the outside of the far end surface 520. The hollow portion 50 and both end portions 42 and 43 thereof penetrate the proximal end opening 511 together with the heat insulating element 4 fitted in the tubular shield 3 and the tubular handle 5 respectively, and then the distal end 541 of the hollow portion 50 is screwed into the installation seat 2. At the same time as passing through the screw hole 21 and stopping immediately before coming into contact with the frying pan 1, the head 542 is configured to be able to stretch on the far end surface 520 via the heat insulating washer 6.

  The cooking device handle device of this embodiment will be described in more detail with reference to the drawings. When the entire handle device is provided on the frying pan 1, the tip 541 of the screw rod 54 does not come into contact with the frying pan 1, and the head 542 has the heat insulating washer 6. In this state, the distal end 520 is stretched through the bar body 543 so that the rod main body 543 can pass through the through hole 521 in the plate body 52 without contacting the plate body 52 at all.

  As shown in the figure, the middle portion of the handle 5 in this embodiment is a grip portion similar to the handle of the conventional handle device, but this grip portion has the same material and color as the other portions. In addition, since the contour is continuous, the appearance is integrated with the handle 5.

  And the extension piece 53 to a longitudinal direction is formed from the periphery of the far end surface (520) of the handle | steering-wheel 5 in a present Example. Since the extension piece 53 has a hole 531, the hole 531 is hooked on a hook installed on a wall or the like, and the frying pan 1 to which the handle device for cooking utensils of this embodiment is attached is hung. be able to.

  The tubular shield 3 in the present embodiment is made of metal in order to maintain a sense of unity with the frying pan 1 and the handle 5 on both sides thereof, but since the occupation proportion in the appearance is extremely small, it may be made of a heat insulating material. Further, it may be integrally molded with the installation seat 2 as a part of the installation seat 2, may be integrally molded with the heat insulation element 4 as a part of the heat insulation element 4, or the cooking utensil handle device of this embodiment It may be in a form that is not installed in.

  In addition, the heat insulating element 4 in this embodiment is made of a bakelite (trade name) material, but other materials having low heat conductivity and good heat resistance, for example, other types of thermosetting. Resin or wood may be used.

  As described above, the handle device for cooking utensils according to the present invention has a sense of unity and a high-class feeling with the metal cooking utensils because the entire handle including the grip portion is made of metal. Appearance.

  The handle device for a cooking utensil according to the present invention is also formed so that the boundary between the handle itself and the grip portion cannot be seen, so that a sense of unity and a sense of quality are further increased.

  When the handle device for cooking utensils of the present invention is further attached to a metal cooking utensil, since a heat insulating element is interposed between the metal handle and the metal cooking utensil, the metal cooking utensil is changed to a metal handle. Heat conduction is cut off, and burns due to heat from metal cooking utensils can be prevented.

  Therefore, this invention can improve the industrial applicability of the conventional handle apparatus for cooking utensils.

DESCRIPTION OF SYMBOLS 1 Frying pan 11 Outer peripheral wall 2 Installation seat 20 Projection end surface 21 Screw hole 3 Tubular shield 30 Medium hole 320 Projection edge 4 Heat insulation element 41 Flange 42 One end part 43 Other end part 5 Handle 50 Hollow part 510 Near end face 511 Near end opening 52 Plate body 520 Far end surface 521 Through hole 53 Extension piece 531 hole 54 Screw rod 541 tip 542 head 543 rod body 6 Thermal insulation washer

Claims (5)

A handle device provided in a metal cooking utensil,
A metal installation seat provided in a metal cooking utensil;
A metal handle coupled to the installation seat;
A heat insulating element that is arranged between the installation seat and the metal handle and blocks heat conduction from the installation seat to the handle;
A handle apparatus for cooking utensils. When the entire handle device is installed in a metal cooking utensil,
The installation seat, the heat insulating element, and the handle are installed side by side in order from the metal cooking utensil side,
The handle has a near end surface and a far end surface with respect to the metal cooking utensil,
The installation seat has a protruding end surface protruding from the metal cooking utensil,
The proximal end surface is larger in diameter than the protruding end surface, and has a structural relationship that a screw rod protrudes from the proximal end surface;
2. The cooking utensil handle device according to claim 1, wherein the protruding end surface is formed with a screw hole into which the protruding screw rod can be screwed. The inner hole has a larger diameter than the installation seat, and further includes a metallic tubular shield provided to shield the installation seat from the surroundings,
When the entire handle device is installed in a metal cooking utensil,
The tubular shield faces its protruding end edge so as to correspond to the peripheral edge of the handle,
The heat insulating element is interposed between the protruding end edge of the tubular shield and the peripheral edge of the handle so as to shield heat conduction therebetween.
The handle device for a cooking utensil according to claim 2, wherein the handle device has the following structural relationship. The handle is a tubular hollow body having a plate with an opening at a proximal end to the metal cooking utensil and a through hole formed at a distal end, and the proximal end surface is the proximal end. An annular opening edge of the opening, the far end surface is an outer surface of the plate,
One end of the heat insulating element can be fitted into the tubular shield, the other end can be fitted into the tubular handle, and between the one end and the other end, A double-ended plug having a flange projecting from the circumferential surface of the tubular shield and having a flange that can be interposed between a projecting end edge of the tubular shield and a peripheral edge of the handle;
Further, when the entire handle device is provided in a metal cooking utensil, the screw rod has a through-hole of the plate body, a hollow portion of the handle, and both end portions thereof from the outside of the far end surface, respectively, the tubular shield and the After passing through the near end opening together with the heat insulating element fitted in the tubular handle, the tip can be screwed into the screw hole of the installation seat, and the head can be stretched to the far end surface The handle device for cooking utensils according to claim 3, wherein the handle device is used. The through hole in the plate body has a larger diameter than the cross section of the screw rod,
A heat insulating washer interposed between the head of the screw rod and the far end surface;
When the entire handle device is provided in a metal cooking utensil, the head sticks to the far end surface via the heat insulating washer without the tip of the screw rod coming into contact with the metal cooking utensil, and the bar body is the plate body. The handle device for a cooking utensil according to claim 4, wherein the handle device has a constitutional relationship in which the through hole in the plate body can be penetrated without being in contact with the plate.

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