NOSTO-OVI
    1.
    发明专利

    公开(公告)号:FI128167B

    公开(公告)日:2019-11-29

    申请号:FI20165779

    申请日:2016-10-13

    Inventor: HOSIO PEKKA

    Abstract: Nosto-oven nostomekanismi käsittää ensimmäisen akselin (20a), jolla on ensimmäisiä keloja (22a) ensimmäisille keloille kääriytyviä ripustuselimiä varten, ja ainakin yhden ensimmäisen moottorin (28a) ensimmäisen akselin pyörittämistä varten. Nostomekanismi käsittää lisäksi ainakin yhden toisen akselin (20b), joka on ensimmäisen akselin rinnalla, etäisyyden päässä ensimmäisestä akselista. Toisella akselilla on toisia keloja (22b) toisille keloille kääriytyviä ripustuselimiä varten. Ripustuselimet ovat edullisesti nostovaijereita (24). Edullisesti ensimmäinen akseli ja toinen akseli on liitetty toisiinsa ainakin yhdellä akseleiden pyörimisnopeuden synkronoivalla tahdistimella (30).

    2.
    发明专利
    未知

    公开(公告)号:FI122114B

    公开(公告)日:2011-08-31

    申请号:FI20096215

    申请日:2009-11-20

    Inventor: HOSIO PEKKA

    Abstract: The hoist mechanism of the vertically movable door has a reel (32) fitted around an axis (30), which is rotated by means of a motor, on which reel hoist wire (28) is stored. The hoist mechanism further contains a slack switch for halting the motor when the tension of the hoist wire decreases. The slack switch is arranged in connection with the reel, and it has a rod (52), which is fitted to rest itself against the hoist wire unravelling from the reel and to alter its line of travel. The hoist wire holds the slack switch in the first position as long as its tension exceeds a predetermined threshold value, whereby the motor functions normally. When the tension of the hoist wire falls below the threshold value, for example as a result of the hoist wire breaking, the slack switch moves into the second position, which switches off the function of the motor. The slack switch comprises a first and a second support arm (50a, 50b), which are attached at their first end in a pivoted manner (54) to the structures of the vertically movable door. The rod resting itself against the hoist wire is attached at its ends to the ends of the support arms, and the hoist wire is fitted to travel between the support arms over the rod. The slack switch is arranged to move from the first position into the second position by rotating around the pivot pin (54). The rotation of the slack switch occurs by means of gravity, when the potential energy stored in the slack switch is released. The hoist mechanism according to the invention can be used in vertically movable doors of fabric, which fold upwards.

    ПОДЪЕМНЫЙ МЕХАНИЗМ И ПОДЪЕМНАЯ ДВЕРЬ, СНАБЖЕННАЯ ЭТИМ МЕХАНИЗМОМ

    公开(公告)号:RU2487833C2

    公开(公告)日:2013-07-20

    申请号:RU2010146788

    申请日:2010-11-18

    Inventor: HOSIO PEKKA

    Abstract: Подъемныймеханизмдлявертикальноподнимаемойдверисодержитбарабан (32), установленныйнавалу (30), приводимомвовращениепосредствомдвигателя, исобирающийнасебеподъемныйтрос (28). Крометого, уподъемногомеханизмаимеетсявыключатель, предназначенныйдляостановкидвигателяприуменьшениинатяженияподъемноготроса. Данныйвыключательфункциональносвязанс барабаноми имеетстержень (52), которыйупираетсяв сходящийс барабанаподъемныйтрос, изменяяеготраекторию. Подъемныйтросудерживаетуказанныйвыключательв первомположениидотехпор, поканатяжениетросапревышаетзаданноепороговоезначение, причемдвигательприэтомфункционируетнормально. Когданатяжениеподъемноготросападаетнижезаданногопороговогозначения (например, врезультатеобрыва), выключательперемещаетсявовтороеположение, отключаядвигатель. Выключательвыполненс возможностьюперемещенияизпервогоположениявовтороепосредствомповоротавокругповоротногопальца (54), причемуказанныйповоротпроисходитподдействиемсилытяжестивыключателя, когдавысвобождаетсянакопленнаяв немпотенциальнаяэнергия. Дверьснабженаописаннымвышемеханизмом. Изобретениеобеспечиваетповышениебезопасностимеханизма. 2 н. и 8 з.п. ф-лы, 3 ил.

    Mecanismo de elevación con un interruptor de cuerda floja para una puerta verticalmente móvil

    公开(公告)号:ES2401673T3

    公开(公告)日:2013-04-23

    申请号:ES10190418

    申请日:2010-11-09

    Inventor: HOSIO PEKKA

    Abstract: Mecanismo de elevación para una puerta verticalmente móvil, cuyo mecanismo de elevación tiene al menos uncarrete (32) para un elemento de suspensión flexible, tal como un cable de elevación (28), un eje (30) alrededor delcual está montado el carrete (32), un motor (22) para hacer girar el eje (30) y un interruptor de aflojamiento paradetener el motor (22) cuando disminuye la tensión del elemento de suspensión, cuyo interruptor de aflojamiento estádispuesto en conexión con el carrete (32) y tiene un elemento, que está montado para apoyarse contra el elementode suspensión que se desenrolla del carrete (32), estando el interruptor de aflojamiento dispuesto para permaneceren una primera posición cuando la tensión del elemento de suspensión excede un valor umbral predeterminado ypara desplazarse a una segunda posición, que desconecta la función del motor (22), cuando la tensión del elementode suspensión cae por debajo del valor umbral predeterminado, caracterizado porque dicho interruptor deaflojamiento está dispuesto para desplazarse desde la primera posición hasta la segunda posición girando alrededorde un pasador de pivotamiento (54) y dicha rotación está dispuesta para que se produzca por medio de la fuerza degravedad del interruptor de aflojamiento.

    9.
    发明专利
    未知

    公开(公告)号:FI20096215A

    公开(公告)日:2011-05-21

    申请号:FI20096215

    申请日:2009-11-20

    Inventor: HOSIO PEKKA

    Abstract: The hoist mechanism of the vertically movable door has a reel (32) fitted around an axis (30), which is rotated by means of a motor, on which reel hoist wire (28) is stored. The hoist mechanism further contains a slack switch for halting the motor when the tension of the hoist wire decreases. The slack switch is arranged in connection with the reel, and it has a rod (52), which is fitted to rest itself against the hoist wire unravelling from the reel and to alter its line of travel. The hoist wire holds the slack switch in the first position as long as its tension exceeds a predetermined threshold value, whereby the motor functions normally. When the tension of the hoist wire falls below the threshold value, for example as a result of the hoist wire breaking, the slack switch moves into the second position, which switches off the function of the motor. The slack switch comprises a first and a second support arm (50a, 50b), which are attached at their first end in a pivoted manner (54) to the structures of the vertically movable door. The rod resting itself against the hoist wire is attached at its ends to the ends of the support arms, and the hoist wire is fitted to travel between the support arms over the rod. The slack switch is arranged to move from the first position into the second position by rotating around the pivot pin (54). The rotation of the slack switch occurs by means of gravity, when the potential energy stored in the slack switch is released. The hoist mechanism according to the invention can be used in vertically movable doors of fabric, which fold upwards.

    10.
    发明专利
    未知

    公开(公告)号:FI20096100A0

    公开(公告)日:2009-10-27

    申请号:FI20096100

    申请日:2009-10-27

    Inventor: HOSIO PEKKA

    Abstract: The vertically movable door has a flexible door plate, a hoist mechanism for lifting and lowering the door plate and a lower beam, which is attached with suspension members, such as hoist lines (34), to the hoist mechanism. In the edges of the door plate there are side rails guiding the vertical movement of the door plate. The vertically movable door has a safety catch, which has a protruding locking cam (56), which attaches to the side rail. The safety catch prevents the uncontrolled falling of the vertically movable door due for example to the breaking of the suspension member. The safety catch comprises a catch plate (30), wherein said locking cam is formed, a turning axis (32) for attaching the catch plate in a rotating manner to the lower beam of the vertically movable door and attaching members for attaching the hoist line to the catch plate. The catch plate is arranged to rotate into a locking position, where the locking cam is pushed up, when the tension force of the suspension member attached thereto falls below a predetermined value. Correspondingly the catch plate is arranged to remain in a standby position, where the locking cam is not protruding, when the tension force of the suspension member attached thereto exceeds the predetermined value. The locking cam is arranged to protrude from the vertical edge of the door plate in the direction of the tangent of the door plate. The side rails comprise a catch rail (60), which has locking holes (70) for receiving the locking cam.

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