ES1098014U - Provision for damages (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Disposition for latch in which a pusher system (25) is applied, characterized in that said disposition comprises a rocking pusher (25) attached to a retainer (14) so that said pusher (25) rotates and moves with respect to the retainer (14) thanks to two semi-axes (32) located opposite each other in the smaller lateral bases of said pusher (25), and located inside a cage (39) that is in the retainer (14), and that a at the time said pusher (25) is braked by a braking means located in said retainer (14), forming a homogeneous block that prevents said pusher (25) from detaching from the retainer (14), at the same time as said pusher (25). ) is requested by a spring (20) located in a capsule (21) that pushes a lever (17). 2 disposition for interlocking according to the first claim characterized in that in an alternative embodiment of the invention, the spring (20) and the capsule (21) are replaced by a spring (34) with a group of turns on both sides together, which (34) by one of its ends pushes the lever (17) in a cradle made for that purpose, while at the opposite end acts on the pusher (25). 3. Arrangement for interlocking according to the first claim characterized in that the provision (43) comprises the following elements: - rocker (12) - retainer (14) - capsule (21) - spring (20) - pusher (25) - cage (39). 4. Arrangement for interlocking according to the first claim characterized in that the proposed provision (43) in an alternative embodiment comprises the following elements: - rocker (12) - retainer (14) - spring (34) - pusher (25) - cage (39). (Machine-translation by Google Translate, not legally binding)

Description

WORK PROVISION Object of the Invention

More specifically, the invention relates to the sector of jobs applicable to systems designed for this purpose that empower or not the passage of people to protected places, these jobs can be commanded remotely and will act on the mechanisms of governance of the mechanism and that involve the mechanical release of the interlocking elements.

State of the art.

The invention focuses on an arrangement applicable to the group of the locks with direct or delayed unlocking system.

Purpose of the Invention

Facilitate the installation and repair operations of the previously qualified workstations, changing the conventional arrangement of some conventional elements for others more suitable for said operations and totally novel both individually and their combination, which constitutes a previously unknown provision.

Description of the Invention

The recommended arrangement operates on a base or chassis of the joint, the part of it that operates in accordance with the lock of the element to be fixed, the joint is basically composed of elements

metallic

from setting noticeably prismatic in

he

inside of the which they have room the parts from the

same

how example enunciative but no limitative, a

solenoid, which generates a force that acts on respective lever and lock, operating on the hammer adjacent to the retainer, provided the latter with rotary movement, like the previous ones, releasing the locking knockers located on the element which allows the free passage to the person inside or outside the cabin.

One of the parts that suffers the most wear in this arrangement is a tilting pusher located in the central part of the retainer, whose "L" shaped cross-section is in permanent contact with the locking knockers.

Improving the function of the pusher is one of the characteristics of the invention, and it is in a slot provided in the retainer, which acts permanently at one of its ends against the expansive force of a spring, and rotates at the opposite end. , thanks to two semi-axes, are located opposite to the smaller lateral bases of said pusher, inside a receptacle called the classroom of said semi-axes, which by means of a braking system prevents said pusher by dismantling or regulating the retainer. can be disassembled and fall to the ground because it makes a homogeneous block with the retainer.

According to another feature of the invention, the rotation of the lever that operates with the lock driven by an internal or external force, determines the advance or recoil of the upper part of the lever by pushing a tilting part, called a hammer of solidarity.

to the lock provided inside a cavity for the guided entry of a capsule, which contains the spring and limits its travel.

Additionally, said capsule allows the spring to work without its turns twisting between them, ensuring better product performance.

Other details and features will be put

from

manifest in he course  from the description that to

continuation

be gives, in the that be sample to Title

illustrative

but no limitative a representation

graph

from the invention.

Description of the figures.

Following is a list of the different parts of the invention, which are located in the figures by means of the following numbers; (10) locking, (11) housing, (12) hammer, (13) e of the piece (12), (14) retainer, (15) toothed hammer

(12), (16) pusher base (25), (17) lever, (18) solenoid, (19) lower base of (12), (20) spring, (21) capsule, (22) hole, ( 25) pusher, (26) pusher shaft (25), (27) collars groove, (28) screws,

(31) toothed, (32) semi-shafts of the pusher (25), (33) arrangement, (34) spring, (35) cavity, (36) rear face, (37) front face, (38) perimeter, ( 39) cage, rocker assembly (43).

Figure 1 is a cross section of a hole (10), which incorporates the arrangement (33) object of the invention, in one of the rest positions thereof, because it is not requested by any locking knocker. , the capsule (21) is braked by the lever (17) and collected in the

inside the hole (22), hole shown in figure 6.

Figure 2 is a view similar to the previous one, in which the capsule (21) is partially out of the hole (22) due to being requested by a locking knocker and the lock that locks the lever (17) is in position free.

Figure 3 is a view analogous to the previous ones, in which the tilting assembly (43) rotates from the position represented in Figures 1 and 2 thanks to the example e (13), maintaining the tilting hammer

(12)

in contact with the lever (17), bordering (17) with the inner perimeter of the housing (11).

Figure 4 is a view analogous to that of Figure 1, in which the capsule (21) has been suppressed and the spring (34) has a double acting function at its lower end on the pusher (25), And by the upper end on the cavity (35) of the lever

(17)

This is because it has closed turns at both ends.

Figure 5 is a view similar to that of Figure 2, with the only difference being the replacement of the spring (20) and the capsule (21), by the spring (34) and the cavity (35) on the lever (17).

Figure 6 is a view analogous to Figure 3, with the sole difference of replacing the spring (20) and the capsule (21) with the spring (34) and the cavity (35) on the lever (17 ), not drawing (34) so that the hole (22) can be seen more clearly.

Figure 7 is a front elevational view of the retainer (14), in whose central part is the perimeter (38) on whose inside the pusher swings

(25).

Figure 8 is a top plan view of the retainer (14) that is incorporated by its rear face

(36) to the tilting hammer (12).

Figure 9 is a front elevational view of the retainer (14), in which the means of rotation of the pusher (25) can be seen thanks to the half shafts (32) that fit into the cage (39) in which They provide the brake elements of the pusher (25) so that it cannot be released from the retainer (14).

Description of an embodiment of the invention.

In one of the preferred embodiments of the invention and as can be seen in Figures 1 to 3, the recommended arrangement comprises a capsule (21), with longitudinal movement to the thermally with respect to a tilting hammer (12), being inside of the capsule (21) the spring (20), the capsule (21) and the spring (20) act alternatively either on the lever (17) or on the pusher (25).

In an alternative embodiment of the invention, see Figures No. 4 to 6, the spring (20) and the capsule (21) are replaced by a spring (34), which by one of its ends pushes the lever ( 17), while at the opposite end it acts on the pusher (25).

The recommended arrangement (43) according to the figures

No. 1 to 3 includes the following elements: Rocker hammer (12) Retainer (14) Capsule (21)

Spring (20) Pusher (25) Cage (39)

The recommended arrangement (43) in an alternative embodiment, as can be seen in Figures 4 to 6, comprises the following elements:

Rocker Hammer (12) Retainer (14) Spring (34) Pusher (25) Cage (39)

In a mechanically or electrically operated interlock

(10)

It has a housing (11), inside which are incorporated as shown in Figures 1 to 3, a solenoid (18), a lever (17), and an axis (13), which are born in the housing (11) and allowing the circular movement of the arrangement (43), which works between two positions, which are shown in the cited figures 1 to 3.

Initially see in figure 1, the lever

(17)

is in an intermediate position inside the housing (11) in contact with the capsule (21), whose closed upper end is in contact with said lever (17), being located (21) inside the hole (22) in the tilting hammer (12) of upper and lower base (19), affected (19) by a toothed

(fifteen)

, in contact with the rocker hammer (12) with the retainer (14) affected the rear face (36) by a gear (31), finally as can be seen in figure 3, the lever (17) is located inside the

face

inside from the Case (eleven) , to the turn the

provision

(43) respect from the axes (13).

In

the provision (43) the piece retainer (14) from

layered configuration, as shown in figures 7 to 9, has an anterior (37) and posterior (36) face, among which are provided slots regulating collars (27), and in the central part of the retainer (14) a pusher (25) whose end incorporates both semi-ej is (32) perpendicular to (25), which allow the rotation of the retainer (14) in the directions of the arrows "A" represented in figure no. 9 while at the cage (39) the brake means of the tilting pusher (25) are arranged.

The retaining part (14) as can be seen in Figures 7 to 9 has been designed so that the action of the springs (20) and (34), in any of the possible embodiments of the invention, acts on the pusher (25) rotating with respect to the retainer body

(14).

To ensure the proper functioning of the pusher (25), the semi-axles (32) that act as an example of turning (25), and fit inside the cage (39), to the

once you have the pusher brake means

(25), which (39) forms a single body with that of the retainer (14).

Described sufficiently the present invention in correspondence with the attached figures, it is easy to understand that any modifications of detail that they deem convenient may be introduced therein, as long as they do not alter the essence of the invention which is summarized in the following claims.

Claims (1)

1 a - "TRABAZON PROVISION" in which a pusher system (25) is applied characterized in that said arrangement comprises a tilting pusher (25) joined to a retainer (14) so that said pusher (25) rotates and moves with with respect to the retainer (14) thanks to two semi-shafts (32) located opposite to the smaller side bases of said pusher (25), and located inside a cage (39) which is located in the retainer (14), and at the same time said pusher (25) is braked by braking means located in said retainer (14), forming a homogeneous block that prevents said pusher (25) it is detached from the retainer (14), while said pusher (25) is requested by a spring (20)

located

in a capsule (twenty-one) that Push to a lever

(17).

"PROVISION

FOR WORK " according the

claim

characterized in that in a realization

alternative of the invention, the spring (20) and the capsule (21) are replaced by a spring (34) with a group of turns on both sides together, which (34) by one of its ends pushes the lever (17) in a cradle made for that purpose, while in the opposite end acts on the pusher (25). 3 a "WORK PROVISION" according to the claim characterized in that the arrangement (43) comprises the following elements: Swing piece (12) Retainer (14) Capsule (21) Spring (20) Pusher (25) Cage (39) 4th 5 "PROVISION FOR WORK" according to the 1st claim characterized in that the arrangement provided (43) in an alternative embodiment comprises the following elements: Rocker (12) 10 Retainer (14) Spring (34) Pusher (25) Cage (39)