WO2024018481A1

WO2024018481A1 - Rotating detachable handle assembly for culinary vessels

Info

Publication number: WO2024018481A1
Application number: PCT/IN2023/050692
Authority: WO
Inventors: Anish PARSANA
Original assignee: Parsana Anish
Priority date: 2022-07-19
Filing date: 2023-07-17
Publication date: 2024-01-25

Abstract

The present invention generally relates to a novel advancement in culinary vessels; particularly to its handle means for grasping such culinary vessels. The present disclosure particularly relates to a rotating detachable handle assembly for a culinary vessel to be detachably accommodated in the culinary vessel pocket, wherein said handle assembly comprises a Tapered Degree Part (A), the Gripping Part (C), the Fastener Part (D), one Nut (E) and a Protective Part (D). Said handle assembly is characterized in its 'rotation and lock/remove' mechanism which enable the user to perform mutual rotation within the components of said handle assembly and effectively engage the said tapered degree part (A) within the cavity of the culinary vessel pocket (F) of the utensil and vice-versa.

Description

ROTATING DETACHABLE HANDLE ASSEMBLY FOR CULINARY VESSELS

Field of the invention:

The present invention generally relates to arotating detachable handle assembly for culinary vessels using the tapered degree principle. This invention relates to improvements in culinary vessels and particularly to handle means for grasping such culinary vessels.

The present disclosure particularly relates to a rotating detachable handle assembly for a culinary vessel to be detachably accommodated in the culinary vessel pocket, wherein said handle assembly comprises a Tapered Degree Part (A), the Gripping Part (C), the Fastener Part (D), one Nut (E) and a Protective Part (B); the said handle assembly has the provision for mutual rotation of said Part (A) with respect to Part (C) so as to actuate a lateral movement of the Part (A) within the cavity of the Pocket (F). Said handle assembly is characterized in its ‘rotation and lock/remove’ mechanism which enable the user to perform mutual rotation within the components of said handle assembly and effectively engage the said tapered degree part (A) within the cavity of the culinary vessel pocket (F) of the utensil and vice- versa.

Background and Object Of The Invention

India has a diverse tradition of cooking practices and recipes, mainly because of diverse kind of geographical conditions, agricultural practices and life-styles. Therefore different kind of cooking utensils are used for different recipes, wherein the quantity of the food material also play important role in deciding the shape and size of the cooking utensils. Accordingly, the shape and dimension of handle(s) of the utensil towards holding and lifting the utensil from stove/cooking-bumer, particularly in case of the hot utensil, becomes important towards ensuring easiness and safety to the user.

The art of cookware, particularly cooking utensils, is old and well worked. Various modes of detachable handles for pans and other cookware are known in prior art.

U.S. Patent No. 324671 described a frying-pan or skillet having on one side a dovetailed recess larger at the top than at the bottom and on the opposite side a dovetailed recess larger at the bottom than at the top, in combination with a pair of handles constructed with dovetailed heads or projections adapted to engage and interlock with the recesses on opposite sides of the pan, substantially as set forth.

US 749753 is another prior art disclosing improvements in detachable handles adapted for lifting kitchen utensils such as skillets, pans, pots, and various other like articles, which was intended to provide a handle by means of which a utensil could be conveniently manipulated and which handle was readily detachable from the utensil, whereby the handle would not be subjected to the heat from the stove or range, and thus the handle could be kept cool at all times.

Another art US625955 provided useful improvements in detachable handles for frying-pans, saucepans, and other vessels of this class used for culinary purposes; wherein it particularly disclosed frying-pan or similar vessel provided with an annular flange or rim, said flange or rim being provided with an opening, and a segmental slot which communicates with said opening, and a handle provided adjacent to one end with an upwardly-directed lug or projection having a cross-head at its upper end which was adapted to be passed through said opening, said lug or projection being adapted to move in said slot. Another US Patent no. 2250709 described an article of manufacture an auxiliary handle adapted for use with a utensil having an outwardly projecting handle, and comprising a pair of opposed downwardly divergent side pieces adapted to be slid into overyling relation with the utensil handle and having gripping means at their bottom margins for the side margins of the utensil handle and having a loop-like bend along and between their top margins whereby they may be flexed laterally in order to bring the gripping means into gripping relation with said margins of the utensil handle.

Another art US2609653 relates to helically preformed elements on stranded line, for use in the reinforcement, armoring, connecting, and supporting of wires, strands, and the like. The reinforcing and connecting device comprising a helically-preformed element having helical convolutions for disposition around said stranded line, said convolutions being of the same hand as the strands in said line and being of substantially constant pitch length throughout said element, said pitch length being slightly less than the pitch length of the strands comprising said line when said element is initially positioned thereon, said element being preformed to an internal diameter that is less than the over-all diameter of said stranded line and being elastically expanded to accommodate the latter, said element having a sufficiently open pitch for introduction to the line from its side without exceeding the elastic limit of the material of which said element is made.

Another prior art US10016096 describes a kitchen utensil, which includes a container and a handle. The outer upper perimeter of the container bears an extending retaining bracket provided with at least one opening for the engagement and reception of a hook-shaped end of a latching tab of the handle. The handle also bears a latch mounted slidingly and able to occupy at least an unlocked position and a locked position in which it is pushed back under the action of a return, to extend, on the opposite side relative to the latching tab, under the retaining bracket of the container. The latch is mounted sliding on the handle in a direction forming an acute angle relative to the plane of the retaining bracket so as to tighten toward the retaining bracket under the action of the return to the locked position.

One US patent application US20110132919A1 relates to a removable handle system for cookware comprising: a spring attachment device mounted upon a cooking vessel; a mechanism to attach the spring attachment device onto the cooking vessel; a pin extending from the spring attachment device; a removable handle, where said removable handle includes an adjoining butt, said adjoining butt capable of firmly engaging with the spring attachment device; and an opening on the adjoining butt to receive the pin. In one exemplary embodiment, the spring attachment device includes sliding tracks, where said sliding tracks engage with adjoining butt.

Another prior US patent US2712151 disclosed a detachable handle for a utensil, wherein it comprises a combination, a lug on a cooking utensil having an open top having a transverse cutaway portion forming a transversely extending groove in the top of said lug extending across said lug from edge to edge thereof, said groove terminating at one edge thereof in an upwardly and transversely extending portion, a handle having the lower portion of one end thereof cut away to nest said lug on said utensil, said handle having a downwardly extending portion received in said groove and engaging said upwardly and transversely extending portion, one surface of said cutaway portion on said handle engaging the end of said lug, and means to hold said handle in place on said utensil.

Even though there are several prior arts available, there exists a need in the field for further advancement in the handle arrangement for cooking utensils, particularly in the Indian traditional cooking utensils, and more particularly in the large sized Indian traditional cooking utensils. The prime objective of the invention is to provide an easy to use and improved rotating detachable handle for utensils, which allow the user for securely attaching the handle(s) to the vessel when using the latter for its legitimate purposes and alsohave easy provisions for quick removal of the said handle(s) from the vessels with less complexity.

Another object of the invention is to provide rotating detachable handle for utensils, wherein said handles are provisioned for performing rotation and locking-detaching actions towards installing them within the specialized pockets made on the body of the utensil and also towards easily unlocking and removing them from said pockets.

Another object of the invention is to provide a ‘Rotate and Lock/Remove’ mechanism within the said rotating detachable handles for utensils which helps users to get a better cooking experience with the advantage of safety.

Another object of the invention is to provide a rotating detachable handle assembly for a culinary vessel to be detachably accommodated in the culinary vessel pocket, wherein said handle assembly comprises a Tapered Degree Part (A), the Gripping Part (C), the Fastener Part (D), one Nut (E) and a Protective Part (B); wherein the said handle assembly has the provision for mutual rotation of said Part (A) with respect to Part (C) so as to actuate a lateral movement of the Part (A) within the cavity of the Pocket (F).

Another object of the invention is to provide a rotating detachable handle assembly for a culinary vessel; wherein said handle assembly is characterized in its ‘rotation and lock/remove’ mechanism which enables the user to perform mutual rotation within the components of said handle assembly and effectively engage the said tapered degree part (A) within the cavity of the culinary vessel pocket (F) of the utensil and vise-versa.

Summary of The Invention: The present invention discloses arotating detachable handles for utensils, which providesa novel solution for using culinary vessels with much easiness and safety. An easy ‘Rotate and Lock/Remove’ mechanism helps users to get a better cooking experience with the advantage of safety.

The invention discloses a preferred embodiment of the said rotating detachable handle as well as the provisions of its removable assembly onto the body of a utensil. Accordingly, the invention provides the details of various components of the said handle as well as their constructional features, so that one specially structured end of the said handle is inserted within the specially designed cavity like segment (termed herein as culinary vessel pocket) of a utensil, created on the outer upper surface of the said utensil.

Thus the invention herein, discloses an easy ‘Rotate and Lock/Remove’ mechanism for the said rotating detachable handle to be used with a culinary vessel, having complementary constructional provisions for locking/removing the said rotating detachable handle.

The handle, as indicated in Figure 1 hereinbelow, has two ends; wherein it is preferably an assembly of several structural components assembled together. These components of the said handle include tapered degree part, protective part, gripping part, nut and fastener. One end, having the tapered degree part, is so constructed to be locked with the body of a utensil, wherein the other end of the said handle is structured as aholder, to be hold by an user.

The tapered degree part of the said handle, having a particular dimension, is firstly inserted within the culinary vessel pocket, through the insertion slot of dimension corresponding to the dimension of said tapered degree part. The said culinary vessel pocket, fixedly constructed on the outer surface of the utensil, more preferably near upper edge of the said utensil, is provisioned with corresponding cavity within it, wherein the said cavity of the culinary vessel pocket has the provisions for locking and accommodating the said tapered degree part. Thus the said handle with the specified dimensions with regard to the handle part, sticks with pocket after rotating with the help of a fastener system. As mentioned a slight rotate would loosen the handle and also tighten it like it has never been removed. The combination of tapered degrees of the handle and the pocket helps to lock themselves with the best rigidity. It is designed in the way that after multiple uses and tremendous wearing off it does not loses its ability to lock with the pocket rather gets better rigidity.

The subject matter inventive concept rotating detachable handle for cooking utensil, including the inventive steps involved in the construction and assembly of various components and in ‘Rotate and Lock/Remove’ mechanism are substantially described with the help of several schematic drawings hereinbelow.

Brief Description of the Drawings:

DESCRIPTION OF THE INVENTION WITH THE HELP OF ILLUSTRATIVE DRAWING(S):

The most preferred embodiment of the rotating detachable handle (101) and mechanism of its locking with body of a utensil, particularly involving the tapered degree part (A) of the said handle assembly (101) and the culinary vessel pocket (F) of the utensil, are schematically shown in figures 1-8.

Fig. 1 - Isometric View of the handle assembly (A+B+C+D+E), indicated by numeral 101.

Fig. 2 - Side view of the unlocked position of handle assembly ( A+B+C+D+E) and the culinary vessel pocket (F) A - Tapered Degree Part with specific dimensions and degrees to fit in the culinary vessel pocket.

B - A protective part for the gripping part (C) and even surface for better gripping with part (F).

C - A gripping part for better handling culinary vessel and also holding the part (A) with the help of fastener system.

D - A fastener inserted inside part (C) to connect it to part (A).

E - A nut/screw mechanism to work with the fastener system while holding part (A) firmly.

F - Culinary vessel pocket that consists of a static surface (on the basis of dimensions specified in relation with part A) and a variable above surface.

Fig. 3 - Side view of locked position of handle assembly (A+B+C+D+E) inside the culinary vessel pocket (F).

(ii) - Contact surface of part (B) with variable surface (v) of part (F)

(iii) -Fastener fixed with the gripping part (C) makes the combination of (C+B+D) act as one.

(iv) - Direction of rotation to lock and unlock the combination of part (C+B+D) with regard to combination of part (A+E) from the variable surface (v) of part (F).

Fig. 4 - Bottom view of the unlocked position of Part (A) and the culinary vessel locking pocket (F).

(1)- Detailed View showing the gap between the static surface (iv) of part (F) and outer surface of part (A).

Fig. 5 - Bottom view of the locked position of Part (A) and the culinary vessel pocket (F).

(1) - Detailed View showing the contact locking of surfaces of part (A) and static surface (iv) of part (F). (2) - Detailed View showing the tapered degree part locking of outer surface of part (A) and static surface (iv) of part (F).

Fig. 6 - Front View of Initial position of Part (A) being inserted in culinary vessel pocket (F).

(i) - Initial guide in part (A) with respect to the static surface (iv) of part (F).

Fig. 7 - Front view of locked position of Part (A) and culinary vessel pocket (F).

(4) - Detailed view of the tapered locking of the outer surface of the guide in part (A) with the static surface (iv) of part (F).

Fig. 8 - Isometric view of the culinary vessel pocket (F).

(iv)- Static surface of part (F), it is dimensioned with respect to the outer surface of part (A)

(v) - Variable surface of part (F), it is dimensioned with respect to the design of the culinary vessel.

The rotating detachable handle assembly (101) is generally made herein as a straight handle, having a rotating and detachably locking provisions for the ‘Tapered Degree Part (A)’, which helps the Part (A) to get effectively engaged within the corresponding cavity of the culinary vessel pocket (F) of the utensil.

The preferred embodiment of the rotating detachable handle assembly (101), as herein described and illustrated in the accompanying drawings, is preferably made as an assembly of five components (A), (B), (C), (D) and (E).

Part (A) is the main component of the handle assembly (101), which gets inserted and engaged within the cavity of pocket (F) of the utensil. Dimension and surface of said Part (A) is made slightly tapered from its distal end, at which the initial guide (i) is positioned, to the proximal end, where it is connected to other components of the handle assembly (101). The degree of tapering of the said tapered surface of the Part (A) is so chosen that on effective engagement of the Part (A) with the Pocket (F), said tapered surface of the Part (A) completely touches and matches the inner surface of the cavity within the culinary vessel pocket (F).

The tapered degree Part (A), in the handle assembly (101) is directly connected to the Gripping Part (C), particularly through the Fastener component (D) and its screwing mechanism involving Nut (E) therein. Above the Gripping Part (C), there is a Protective Part (B), which covers the Part (C) and also provides better hand holding grip for the user.

The Fastener (D) is preferably a metallic cylindrical rod like component having threads or knurling all over its cylindrical surface, wherein one end of the Fastener (D) is fixedly assembled with the proximal end of the Part (A). Another end of the screwable cylindrical rod component Part (D), involving the Nut (E), is provisioned to be screwably assembled at one side of the Gripping Part (C). Gripping Part (C) is provisioned with a threading pattern within its one end, which is in contact with the Part (A), wherein said threading pattern is corresponding to the threads or knurling on the said Part (D). The other side of the Gripping Part (C), opposite to its inwardly threaded end, has the Protective Part (B).

On the other hand, the culinary vessel pocket (F), fixed installed on the outer surface of the utensil, has a dimension matching with the overall shape and dimension of the tapered degree part (A), wherein the inner region or the cavity of the said Pocket (F) is so created that it matches with the outer surface and shape of the Part (A) of the said handle assembly (101). The culinary vessel pocket (F), is also provisioned with a slot or cavity corresponding to the shape and volume of the initial guide (i), positioned at the distal end of the Part (A). The inner region/cavity of the said pocket (F) also has tapered surface, which starts from the proximity of the utensil side towards the distal end of the said Pocket (F). Shape and dimension of the said Pocket (F) is so designed that it does not completely covers the total tapered surface area of the Part (A) and particularly covers only the upper half surface of the tapered degree part (A). Thus, the dimension of the said Pocket (F) allows the user to easily place the Part (A) of the said handle assembly (101) wherein firstly the initial guide (i) of the said Part (A) is places in the corresponding cavity of the said Pocket (F).

The Part A, the tapered degree part of the said handle assembly (101) is when inserted in the culinary vessel pocket (F), fixed installed on the outer surface of the utensil, particularly with the help of its ‘initial guide’ (i)and rotated there within to tighten the fastener mechanism with the help of part (D+E), the locking of part (A) and culinary vessel pocket (F) is established.

This locking of parts enables a safer usage of handle for handling the culinary vessels.

The fixed part (D) inside the gripping part (C) helps the combination of part (C+B+D) act as one assembly. This assembly is then attached to the combination of part (A+E) so an easy rotation of the assembly can be established.

As the rotation of the parts (B+C+D) is initiated the lateral movement of the assembly of part (A+E) occurs. This lateral movement helps to lock the tapered degrees of part (A) and static surface of part (F). During the lateral movement of Part (A) with respect occurred by the rotation of the fastener system help to lock the part (A) inside the static surface of part (F) by surface (2+3+4). The tapered degree locking occurred at the surfaces shown in the detailed view (3+4) helps the part (A) to provide a better grip on the static surface of part (F). The contact locking of surface shown in the detailed view (2) help to provide a better grip to the static surface of part (F) and the vertical surface of part (A).

Rotating and Detachably Locking Mechanism of the Handle assembly (101) with the culinary vessel pocket (F) of the utensil: Step I:-The user, holding the surface of Part (B) of the rotating detachable handle assembly (101), inserts the Part (A) of the said handle assembly (101) in the cavity of Pocket (F), fixed installed on the outer surface of the utensil.

Step II: -wherein The ‘initial guide’ (i) of said Part A gets accommodated within the corresponding cavity made within the inner most surface of the pocket (F) and thus the rest of the tapered surfaces of the Part (A) get positioned to be engaged with the inner surface of the said Pocket (F);

Step III:- Then the handle assembly (101) is rotated clockwise, so as the Fastener Part (D) gets screwably tightened within Part (C) and therefore the fastener mechanism involving the parts (D+E) initiated the lateral movement of the assembly of part (A+E) within the said pocket (F), supported with the said guide (i) and therefore pulls the Part (A) in forward direction.

Step IV:- Once the pull of tapered degree Part (A) within the pocket (F), actuated by rotational motion of the handle assembly (101), gets completed, locking of part (A) and culinary vessel pocket (F) is established.

It will be apparent to those skilled in the art that various modifications and variations can be made in the scheme(s), programming of various software based instructions involved, modules provisioned for data analysis and transmission/storage involved, or other possible arrangements and rearrangements within the present invention, without departing from the spirit or scope of the invention. Thus, it is intended that the present invention covers the modifications and variations of this invention provided they come within the scope of the description, illustrations, drawings, appended claims and their equivalents.

Claims

: The rotating detachable handle assembly (101) for a culinary vessel to be detachably accommodated in the culinary vessel pocket (F), wherein said handle assembly (101) comprises a Tapered Degree Part (A), the Gripping Part (C), the Fastener Part (D), Nut (E) and the Protective Part (B), the said handle assembly (101) has the provision for mutual rotation of said Part (A) with respect to Part (C) so as to actuate a lateral movement of the Part (A) within the cavity of the Pocket (F);

Wherein, said handle assembly (101) is characterized in its ‘rotation and lock/remove’ mechanism whichenable the user to perform mutual rotation within the components of said handle assembly (101) and effectively engage the said tapered degree part (A) within the cavity of the culinary vessel pocket (F) of the utensil and vice-versa. The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein the culinary vessel comprises a particular pocket (F) with respect to the handle; wherein said pocket (F) interlocks with the Part (A) of the handle assembly (101) using the tapered degree principle with help of rotating mechanism which provides a lateral movement on the moving parts of the handle, locks the handle and the culinary vessel for safer use. The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein the Part (A) is the component of the handle assembly (101), which gets inserted and engaged within the cavity of pocket (F) of the utensil; wherein the said Part (A) has dimension and surface of said Part (A) is made slightly tapered from its distal end, at which the initial guide (i) is positioned, to the proximal end, where it is connected to other components of the handle assembly (101). The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein the degree of tapering in the said tapered surface of the Part (A) is so chosen that on effective engagement of the Part (A) with the Pocket (F), said tapered surface of the Part (A) completely touches and matches the inner surface of the cavity within the culinary vessel pocket (F). The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein the tapered degree Part (A), in the handle assembly (101) is directly connected to the Gripping Part (C), particularly through the Fastener component (D) and its screwing mechanism involving Nut (E) therein. The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein above the Gripping Part (C), there is a Protective Part (B), which covers the Part (C) and also provides better hand holding grip for the user. The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein the Fastener (D) is preferably a metallic cylindrical rod like component having threads or knurling all over its cylindrical surface, wherein one end of the Fastener (D) is fixedly assembled with the proximal end of the Part (A) and the another end of the said screwable cylindrical rod component Part (D), involving the Nut (E), is provisioned to be screwably assembled at one side of the Gripping Part (C). The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein the Gripping Part (C) is created with a threading pattern within its one end, towards the Part (A) therein, and the said threading or knurling pattern is corresponding to the threads or knurling on the said Part (D). The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein:-

• the culinary vessel pocket (F), fixed installed on the outer surface of the utensil, has a dimension matching with the overall shape and dimension of the tapered degree part (A); and

• the inner region or the cavity of the said Pocket (F) has tapered surface, which starts from the proximity of the utensil side towards the distal end of the said Pocket (F) and thus inner region or the cavity of the said Pocket (F) matches with the outer surface and shape of the Part (A) of the said handle assembly (ioi). The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein:-

• shape and dimension of the said Pocket (F) is so designed that it does not completely covers the total tapered surface area of the Part (A) and particularly covers only the upper half surface of the tapered degree part (A); and

• the dimension of the said Pocket (F) allows the user to easily place the Part (A) of the said handle assembly (101) wherein firstly the initial guide (i) of the said Part (A) is placed in the corresponding cavity of the said Pocket (F). The rotating detachable handle assembly (101) for a culinary vessel, as claimed in claim 1, wherein the Rotating and Detachably Locking Mechanism of the Handle assembly (101) with the culinary vessel pocket (F) of the utensil follows the steps as under: Step I:- The user, holding the surface of Part (B) of the rotating detachable handle assembly (101), inserts the Part (A) of the said handle assembly (101) in the cavity of Pocket (F), fixed installed on the outer surface of the utensil.

Step II:- wherein The ‘initial guide’ (i) of said Part A gets accommodated within the corresponding cavity made within the inner most surface of the pocket (F) and thus the rest of the tapered surfaces of the Part (A) get positioned to be engaged with the inner surface of the said Pocket (F);

Step III:- Then the handle assembly (101) is rotated clockwise, so as the Fastener Part (D) gets screwably tightened within Part (C) and therefore the fastener mechanism involving the parts (D+E) initiated the lateral movement of the assembly of part (A+E) within the said pocket (F), supported with the said guide (i) and therefore pushes the Part (A) in forward direction.

Step IV:- Once the forward movement of tapered degree Part (A) within the pocket (F), actuated by clockwise rotational motion of the handle assembly (101), gets completed, locking of part (A) and culinary vessel pocket (F) is established.