RU2738534C1 - Ring - Google Patents

Abstract

FIELD: jewellery.

SUBSTANCE: invention relates to jewellery industry, namely to rings intended for wearing on human body (hereinafter - user), in particular on fingers. Disclosed ring consists of platform with vertically oriented side ribs and splints. Platform with vertically oriented side ribs on both sides has flat protrusions located at point of contact of side ribs with skin of user. Ledges are arranged parallel to the platform. Two other sides of the platform are connected to the splint and do not touch the body of the user. On both sides of inner part of tire there is along collar. Between the beads there is a recess formed by thinning of the splint. User puts the ring on the pin by placing the finger in the rounded hole formed with the splint. Ring is moved by the user on a finger to reach the proximal phalanx, after which it is positioned in the most convenient position for the user. Ring is located on the finger so that the platform is located on the outer side of the hand. Projections located on both sides of the platform with vertically oriented side ribs rest on the soft surface of the user's finger.

EFFECT: after the ring is placed on the finger, the user operates the article in the usual way.

4 cl, 6 dwg

Description

The invention relates to the jewelry industry, namely to rings intended to be worn on the human body (hereinafter referred to as the user), in particular, on the fingers.

State of the art

An analogue of the claimed solution can be considered the well-known shape of the ring, namely the "signet ring". Rings of this form are produced and introduced into civil circulation by many enterprises and have become widely known in the industry. So, in the tutorial "Jewelry" by V.I. Marchenkov. a signet ring is defined as a ring with a platform designed for engraving or with a relief symbol, as well as a flat stone, a monogram, etc. (see Marchenkov V.I. and additional - M .: Higher school - 1992, p. 73).

The disadvantage of the known solution is its significant weight. Thus, a heavy product may cause discomfort to the user during use. In addition, such a product requires more metal to manufacture than lighter rings, which, in turn, leads to an increase in its cost and the final price.

Another disadvantage of the known solution is the possibility of injury to the user by the vertical side edges of the ring formed by the edge of the tire at the location of the platform. These ribs are made narrow, and in use rest on the soft tissues of the user's finger. If force is applied to the ring, for example, when hitting the hand, the ring can injure the skin or contribute to traumatic amputation of the finger. It should be noted that such injuries are widely known and are classified depending on the severity of the injury received by the user (see the Ilizarov Journal of Clinical and Experimental Orthopedics No. 2, 2015, pp. 83-88).

The technical objective of the claimed invention is the development of a ring design that allows to reduce the cost of metal for its production, thereby reducing the cost of the finished product, while maintaining the external dimensions of the product. Another technical task of the claimed solution is the development of a ring design that allows to reduce the likelihood of injury to the user during the operation of the claimed solution.

The essence of the invention

The stated technical problem "development of the design of the ring, allowing to reduce the cost of metal for its production, thereby reducing the cost of the finished product" is solved by making the inner part of the ring shank (1.2) with a recess (3.1) (Fig. 3-5) forming a rim (3 ) (Fig. 2-5), as a result, in the profile section, taking into account the sides, the tire has a U-shape.

The side (3) is made on both edges of the inner surface of the ring shank (1.2) and acts as two stiffeners. The presence of the sides (3) allows to reduce the thickness of the tire located between them (by forming a recess (3.1)), thereby reducing the weight of the product. This eliminates the deformation of the product, which is possible with a thinned tire.

In the particular case of execution, the surface of the recess (3.1) can be made with a worked-out relief (3.2) (Fig. 5). Making the surface of the recess (3.1) worked out by the relief (3.2) additionally helps to reduce the weight of the finished product.

In a particular case, the relief is applied to the surface of the groove at the stage of model manufacturing. In this case, in addition to reducing the weight of the product, there is a reduction in the amount of processing work, there is no need for additional processing of the inner surface of the ring shank. Thus, the time required for the manufacture of the ring is reduced, and, as a result, its cost price is reduced. The claimed technical problem "development of a ring design that allows to reduce the likelihood of injury to the user during the operation of the claimed solution" is solved due to the presence of a flat protrusion (2) (Fig. 1-4, 6) on the lower edges of the platform running parallel to the side surfaces of the tire of Fig. 1, 3, 4, 6. Flat projections (2) are located at the point of contact of the vertical side edges of the platform with the user's finger (4) (Fig. 1) from two opposite sides of the platform (Fig. 5). Two more sides of the platform are connected to the splint and do not contact the surface of the user's finger. The protrusion (2) provides a large area of contact of the claimed product with the soft tissue surface of the user's finger (4), thereby reducing the likelihood of injury to the user. So, in the case of a blow to the hand, for example, during a fall, the force acting on the ring will not be concentrated at one point (on the narrow side edges of the platform), but will be dispersed evenly over the entire area of the protrusion (2). Thus, by increasing the area of the rib, the force of impact on the surface of the soft tissues of the user's finger (4) is reduced, which, in turn, leads to a decrease in the likelihood of injury to the user.

In a particular case, the outer surface of the projections (2) can be worked out with decorative elements, for example, engraving, etching or a relief pattern can be applied to it. The application of engraving or other decorative elements to the surface of the protrusions (2) allows you to create a single artistic composition with the platform, while reducing material consumption.

The implementation of particular cases of the declared solution does not lead to the implementation of a technical result that differs from the originally declared one.

Brief Description of Drawings:

fig. 1 - image of the ring. General form;

fig. 2 is a schematic illustration of a ring. Bottom view;

fig. 3 is a schematic illustration of a ring. Side view in a horizontal plane;

fig. 4 is a schematic illustration of a ring. View from above;

fig. 5 is a schematic illustration of a ring. A fragment of a shank with a side.

fig. 6 is a schematic illustration of a ring. Side view in a vertical plane;

Brief description of structural elements:

1 - ring;

1.1. - a platform with vertically oriented side ribs;

1.2. - shank;

2 - ledge;

3 - side;

3.1. - notch;

3.2. - relief;

4 - user's finger.

Implementation of the declared decision:

The stated solution is carried out as follows.

The declared ring (1) consists of a platform with vertically oriented side ribs (1.1.) And a tire (1.2.). The platform with vertically oriented side ribs (1.1.) Has flat projections (2) on both sides, located at the point of contact of the side ribs with the user's skin. The protrusions (2) are located parallel to the platform. The other two sides of the platform are connected to the splint (1.2) and do not touch the user's body. On both sides of the inner part of the tire (1.2) it has a side (3). Between the sides (3) there is a recess (3.1) formed by thinning the tire.

The user puts the ring (1) on the finger (4) by placing the finger (4) in the round hole formed by the splint (1.2). The ring (1) is advanced by the user over the finger (4) until it reaches the proximal phalanx, after which it is located in the most comfortable position for the user. The ring (1) is positioned on the finger so that the platform (1.1.) Is located on the outside of the hand. In this case, the protrusions (2) located on both sides of the platform with vertically oriented lateral ribs (1.1.) Rest on the surface of the soft tissues of the user's finger (4) (4). After placing the ring (1) on the pin (4), the user uses the product in the usual way.

Claims (4)

one. Ring, including a platform and a shank, differs in that the platform on the lower edges has a flat protrusion running parallel to the side surfaces of the shank, the shank has a U-shape in a profile section, obtained due to the notch and beads along the edges of the inner plane of the tire. 2. The ring according to claim 1, characterized in that the inner surface of the recess is worked out with a relief. 3. A ring according to claim 1, characterized in that the outer surface of the protrusions is worked out with a relief. 4. A ring according to claim 1, characterized in that the outer surface of the projections is worked out with decorative elements.

Images