Abstract:
Le système selon l'invention permet, pour le stockage souterrain de colis de déchets, de ne construire qu'une seule galerie à section constante et à accès unique comprenant à la fois un alvéole de stockage (1A) et un sas de chargement (1B). Le système comprend principalement un portique (10) posé sur le sol du sas (1B) et porteur d'un palonnier de manipulation saisissant le colis (2) placé à mi-hauteur de la pile à constituer. Il comprend également un chariot de transport (3) roulant sur des rails constitués entre autre d'une monovoie (20A), d'un aiguillage (20) permettant la sélection de la file de stockage, tous deux placés dans le sas (1B) et au moins de deux voies (20B) placées dans l'alvéole (1A), de l'autre côté d'une porte de radio-protection (30) de largeur du colis. Application au stockage de colis de déchets nucléaires ou matériaux dangereux et/ou fragiles.
Abstract:
Golf club head (1) comprising at least one body including a striking wall (3) and an upper wall (4), an opening (9, 38) being formed in said body. Said club head comprises a housing (13, 37) to be inserted and removably secured in said opening (9, 38) so as to fill it at least partially, the housing (13, 37) comprising at least one counter weight. The counter weight is permanently secured in a selected position in relation to the housing (13, 37). The invention also concerns an assembly comprising a head (1) and at least two housings (13, 37), each housing (13, 37) having the same shape but a different mass.
Abstract:
A safety binding for skis designed to hold the front end of a boot. The binding is provided with a contact plate (6) on which the sole of the boot rests. The contact plate includes a slide pad (9) which contacts the sole. The binding is characterized in that it has a layer of damping material (16) placed between the support plate (8) and the upper surface of the ski (2).
Abstract:
The invention relates to a golf club head comprising a body (1) and an impact face (2) limited by an upper edge (20), a lower edge (21) and two side edges (22, 23); in the center of the face (2) is fictively defined the impact center (O) which is the origin of a fictive orthogonal mark defined by a horizontal axis (I, I') and a vertical axis (J, J'); the intersection of the axis (I, I') with the side edges (22, 23) define the width (L) of the face (2) and the intersection of the axis (J, J') with the lower (21) and upper (20) edges define the height (H) of the face. The impact face (2) is divided into two distinct surfaces (S1) and (S2); the surface (S1) is covered with a material having a high Young modulus, higher than 15 GPa, preferably higher than 100 GPa; said surface extends horizontally on either side of (I, I') throughout a width (l) comprised between 20 and 40 % of (L); and vertically from the lower edge (21) up to beyond the axis (I, I') throughout a height (h) comprised between 65 and 85 % of (H); the surface (S2) is covered with a low Young modulus material, lower than 15 GPa, preferably comprised between 0.1 and 10 GPa; said surface (S2) extends on the remainder of the face.
Abstract:
The invention concerns the field of boards to be used for snowboarding. More particularly, the invention concerns a device (5) for holding a boot (2, 3) on a board (1). The holder device (5) is characterized by at least one connection means which is offset laterally relative to the median longitudinal plane (P2, P3) of the boot and positioned in the region of one side of the boot, i.e. the lateral side (6, 9) or the medial side (7, 8) of the boot.
Abstract:
PCT No. PCT/FR93/00195 Sec. 371 Date Sep. 30, 1994 Sec. 102(e) Date Sep. 30, 1994 PCT Filed Feb. 26, 1993 PCT Pub. No. WO93/19816 PCT Pub. Date Oct. 14, 1993The invention is related to a golf club head including an internal subassembly defining an inner space and including a combination of a rigid, hollow and open internal shell made of a low-density material, and an impact-resistant sealing element co-operating with the shell to close off the inner space and having an inner wall for supporting the striking surface of the head. The internal shell is covered by an outer plastic casing at least partially covering the internal subassembly and forming the outer wall of the striking surface.
Abstract:
A binding for a ski designed for downhill skiing keeps the back of a boot against a ski. The binding includes a body (3) connected to the ski, and a device (2) for holding the back of a boot which is supported by the body. The binding further comprises a support plate on which the rear of the sole of the boot (9) rests. Said binding is characterized in that the support plate (9) is movable through the vertical and longitudinal centre plane of the ski, and in that a layer (15) of resilient elastic material is placed between the support plate (9) and the upper side of the ski. In particular, the plate (9) is placed around an axis (25) carried by the clamp which holds the rear portion of the slide (4) against the ski.
Abstract:
Process for the manufacture of a golf club head comprising a peripheral shell (3) composed of a number of walls (5, 6, 7, 8), produced by injection of a plastic material (M1), which form an inner space (11) containing at least one inner insert (10, 100, 200) immobilized by partial coating of the plastic material of the shell (3). Prior to injection of the shell (3), an assembly comprising a fusible core (13) of a second material (M2) with a lower melting point than that of said plastic material (M1), is disposed and immobilized in the mould in the space between the mould walls and the assembly, so as to coat the fusible core (13) and all or part of the free part of said insert (10, 100, 200). Finally, all or part of the fusible core is eliminated to free an inner volume constituting the inner space (11).
Abstract:
A device for retaining a snowboard boot on the board, including an attachment means (2) securable to a boot (5) for retaining one side thereof; a base (3) connectable to the board; a locking means (4) engageable with the attachment means (2) rotatably mounted on the base (3) about a pivot axis (40) to one side of the boot, and exposed to the force exerted by the boot when it is tilted sideways towards said locking means; and at least one resilient means (6) for exerting a resilient return force counter to the locking means (4) and preventing rotation thereof about said pivot axis (40) when the boot is tilted sideways. By separating the tilting and locking functions, wear problems are reduced and the accuracy and durability of the system are increased.
Abstract:
The device for positioning a binding on a snowboard is intended to engage into a rail portion (5) provided in the board. It comprises a central plate (3) placed on the board and intended to receive, directly or indirectly through a base, a boot retaining device; a sliding member (20) housed inside the rail portion (5) and a central stud (21) which connects the sliding member (20) to the plate (3); a friction means (22); an actuation means (23) which controls the central stud (21) translationally in order to modify the vertical position relative to the sliding member (20) inside the rail portion (5). One of the objectives is to provide a wide selection of continuous adjustment possibilities particularly in angular orientation and in longitudinal position of the plate with respect to the board.