内部振动器相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	内部法码型垂直振动器	CN200410079877.0	2004-09-23	CN100569386C	2009-12-16	元圣弘; 崔准; 朴一雄; 金柱澔; 吴和泳
公开了一种内部砝码型垂直振动器，包括：外壳；磁路单元，位于外壳的内部空间中，以及包括垂直放置的磁体和用于在其中固定地容纳用于产生磁场的磁体的磁轭；弹簧构件，具有固定到外壳的上端和垂直固定到磁路单元的下端；振动单元，位于磁轭中，以便由磁轭包围振动单元的外表面，包括具有带中心孔的空圆柱结构，磁体插入中心孔中；以及振动产生线圈，正好位于磁路单元下，以便振动产生线圈与磁体的磁场连结，用于允许从外部提供的电流在一个方向中流动。
2	内部法码型垂直振动器	CN200410079877.0	2004-09-23	CN1714947A	2006-01-04	元圣弘; 崔准; 朴一雄; 金柱澔; 吴和泳
公开了一种内部砝码型垂直振动器，包括：外壳；磁路单元，位于外壳的内部空间中，以及包括垂直放置的磁体和用于在其中固定地容纳用于产生磁场的磁体的磁轭；弹簧构件，具有固定到外壳的上端和垂直固定到磁路单元的下端；振动单元，位于磁轭中，以便由磁轭包围振动单元的外表面，包括具有带中心孔的空圆柱结构，磁体插入中心孔中；以及振动产生线圈，正好位于磁路单元下，以便振动产生线圈与磁体的磁场连结，用于允许从外部提供的电流在一个方向中流动。
3	一种立式内部振动器电机	CN201920122942.5	2019-01-24	CN209200816U	2019-08-02	白光明; 王秋生; 张学栋; 倪燕红; 郭双飞; 吴双林; 李世光; 原群英
一种立式内部振动器电机属建筑机械领域。本实用新型的技术方案是：立式内部振动器电机的机壳下端与下端盖连接，下端盖内装有向心推力轴承，机头连接在下端盖下端，机头装有带孔的销钉，销钉的孔内穿入开口销；机壳上端与上端盖连接，上端盖内装有轴承，上端盖外安装着上罩；机壳内压装有定子，定子内嵌有绕组线圈，鼠笼转子支撑在向心推力轴承和轴承上；机壳一侧固定有把手，把手上端安装有接线盒。有益效果是：克服了现有内部振动器电机不能承受轴向力因而在使用中极易损坏的弊端，充分满足内部振动器在浇注某些混凝土构件时的迫切需要，使用寿命长，维修简便、设计新颖、结构合理、安全可靠。
4	一种振动器内部组件安装装置	CN202121261168.X	2021-06-07	CN215430045U	2022-01-07	王顼; 刘畅; 王九斌
本实用新型涉及一种振动器内部组件安装装置，包括底板、底板连接的调节板及调节板连接的固定隔板，所述底板的两侧活动连接调节板，所述调节板的顶部活动连接固定隔板。本实用新型将振动器内部组件固定隔板与配重块组合设计安装，通过安装一个本产品，实现安装多块固定隔板，固定隔板高低和位置可调节，满足内部组件的排布需求，同时充分利用固定隔板之间的空间安装固定配重块，一物多用，节省空间，排布美观，而且配重块无需再根据组件结构进行针对性的开槽设计，减少加工步骤，提高加工效率，同时配重块和安装装置可重复回收使用。
5	一种建筑工程用滚锥式内部振动器	CN202021583331.X	2020-08-04	CN213062973U	2021-04-27	程永军; 李楠
本实用新型公开了一种建筑工程用滚锥式内部振动器，包括振动板，所述振动板的上端安装有第一驱动电机，所述第一驱动电机的输出端固定连接有第一偏心轮，所述振动板的右上方设有把手，所述把手与振动板之间设有减震机构，所述振动板的上端设有通孔，所述振动板的上方固定连接有与通孔连通的导向套筒，所述导向套筒内设有延伸至通孔内的震动杆，所述安装架内安装有第二驱动电机，所述第二驱动电机的输出轴固定连接有第二偏心轮，所述振动板与震动杆之间设有往复机构，所述导向套筒内设有清洗机构。本实用新型，其可以有效减少振动器给建筑工人的震感，提高舒适性，并且对深度较深的混泥土震动排气效果有明显的提升。
6	一种建筑工程用滚锥式内部振动器	CN201821239298.1	2018-08-02	CN208870411U	2019-05-17	方鲲鹏
本实用新型提供一种建筑工程用滚锥式内部振动器，包括电动机、固定板和空心板，所述电动机通过螺栓安装在固定板顶部，所述空心板通过连接块焊接在固定板顶部，所述固定板边侧均焊接有组合片，所述组合片内通过转动轴安装有转动杆，所述转动杆底部焊接有容放筒，所述容放筒内通过螺丝安装有微型电机，所述容放筒底部焊接有防水外壳，所述防水外壳内设置有偏心振子，所述偏心振子安装在微型电机的输出轴上，所述转动杆内卡放有蓄水杆，所述空心板内设置有空腔，所述空腔两侧均设置有移动板，所述电动机上焊接有握把，该建筑工程用滚锥式内部振动器设计新颖，结构合理，功能多样，适合推广。
7	一种两体式内部振动器电机输出轴防逆装置	CN201920122944.4	2019-01-24	CN209653422U	2019-11-19	白光明; 王秋生; 原群英; 郭双飞; 张学栋; 倪燕红; 李世光
一种两体式内部振动器电机输出轴防逆装置属建筑机械领域。本实用新型的技术方案是：在内部振动器电机输出轴的一端加装防逆套，防逆套的一端制出供嵌入电机输出轴的第一内孔，第一内孔径向制出供旋入紧定螺钉的螺纹孔，另一端制出供振动棒的软轴插头插入的第二内孔，第二内孔径向制出供嵌入推块的凹槽，并制出固定销钉的小孔；当推块或凹槽磨损时可方便地松开紧定螺钉进行更换。有益效果是：克服了现有一体式内部振动器电机输出轴防逆装置的弊端，显著延长整机使用寿命，大大降低设备成本，省工省时，维修简便，设计新颖、结构合理、安全可靠。
8	Internal vibrator	US329018	1994-10-25	US5529435A	1996-06-25	Gerd Sonntag; Alfred Eichleitner
An internal vibrator comprises a vibrator pipe, attached a transverse pipe transversely to the vibrator pipe at a bottom end region thereof, a vibrator drive, and an imbalance driven by the vibrator drive, wherein the vibrator drive and the imbalance are disposed in the transverse pipe.
9	INNENRÜTTELVORRICHTUNG MIT BEFREIUNGSEINRICHTUNG	PCT/EP2004/007683	2004-07-12	WO2005012669A1	2005-02-10	STEFFEN, Michael
Eine Innenrüttelvorrichtung weist einen Elektromotor (2), ein Rüttelgehäuse (1) und eine in dem Rüttelgehäuse (1) angeordnete, von dem Elektromotor drehbar angetriebene Unwuchteinrichtung (3) auf. Die Innenrüttelvorrichtung umfasst weiterhin einen Hauptschalter (7) zum Ein- und Ausschalten des Elektromotors, wobei der Elektromotor (2) in einem Normalbetriebszustand mit geeignetem Drehverhalten zum Verdichten von flüssigem Beton betreibbar ist. Zum Befreien der Innenrüttelvorrichtung aus einer Verklemmung ist eine Betriebszustandsänderungseinrichtung vorgesehen, mittels welcher die Innenrüttelvorrichtung in einem Befreiungsbetriebszustand betreibbar ist, in dem das Drehverhalten des Elektromotors (2) von dem Drehverhalten im Normalbetriebszustand abweicht. Eine Abweichung des Drehverhaltens des Elektromotors (2) kann beispielsweise eine Umkehrung der Drehrichtung, Änderung der Drehzahl, zeitliche Änderung der Drehzahl oder eine zeitliche Änderung der Drehrichtung des Elektromotors bedeuten.
10	INNENRÜTTELVORRICHTUNG MIT BEFREIUNGSEINRICHTUNG	EP04740935.4	2004-07-12	EP1649121B1	2006-11-29	STEFFEN, Michael
The invention relates to an internal vibrator consisting of an electric motor (2), a vibrator case (1) and an unbalance device (3) arranged in the vibrator case (1) and rotationally driven by the electric motor (2). The inventive internal vibrator also comprises a main switch (7) which switches on and off said electric motor operating in normal operation mode associated with a rotary behaviour for compacting liquid concrete. In order to release said internal vibrator from a deadlock, an operating mode modification device enables it to operate in a liberation mode wherein the rotary behaviour of the electric motor (2) differs from the normal operation mode thereof. The deviation of the rotary behaviour of the electric motor (2) displays, for example the reversion of the rotation direction and the speed thereof and the temporal modification of the speed of rotation or the rotation direction of said electric motor.
11	Mattress with internal vibrator	US10033679	2001-12-27	US20030121104A1	2003-07-03	Edward B. Bretschger; Peter J. Myers
A mattress has an internal support structure and an external cladding that surrounds and covers at least a portion of the support structure. The mattress also has a vibrating device that is coupled to a part of the support structure. The vibrating device has a motor that operates to transmit vibrations throughout the support structure when turned on. The mattress can be adapted to gradually slow at a controlled rate to a complete stop over a period of time when turned off. The mattress can also be adapted to include the vibrating device internally where the device is water resistant. The mattress can also be adapted such that the vibrating device can be easily removed and installed from a pocket provided in the mattress.
12	Mattress with internal vibrator	US10033679	2001-12-27	US06785922B2	2004-09-07	Edward B. Bretschger; Peter J. Myers
A mattress has an internal support structure and an external cladding that surrounds and covers at least a portion of the support structure. The mattress also has a vibrating device that is coupled to a part of the support structure. The vibrating device has a motor that operates to transmit vibrations throughout the support structure when turned on. The mattress can be adapted to gradually slow at a controlled rate to a complete stop over a period of time when turned off. The mattress can also be adapted to include the vibrating device internally where the device is water resistant. The mattress can also be adapted such that the vibrating device can be easily removed and installed from a pocket provided in the mattress.
13	INTERNAL VIBRATION DEVICE WITH VARIABLE VIBRATION AMPLITUDE	PCT/EP2000/003138	2000-04-07	WO00061344A1	2000-10-19
The invention relates to an internal vibration device having an electrical motor (4) mounted in a vibrating unit housing (1) and having a rotating device comprising an out-of-balance mass that is also mounted in the vibrating unit housing. The invention is characterized in that eccentricity of a center of gravity (14) of the out-of-balance mass can be varied relative to the axis of rotation (13) of said out-of-balance mass depending on the direction of rotation of the electrical motor (4). Said internal vibration device is suitable both for compacting unset concrete and for distributing concrete in the formwork.
14	Internal weight type vertical vibrator	US10947145	2004-09-23	US20060002577A1	2006-01-05	Sung Won; Joon Choi; Il Park; Ju Kim; Hwa Oh
Disclosed is an internal weight type vertical vibrator including: a housing; a magnetic circuit unit placed in the internal space of the housing, and comprising a magnet perpendicularly placed and a yoke for fixedly receiving the magnet therein for generating a magnetic field; spring members provided with upper ends fixed to the housing and lower ends fixed to the magnetic circuit unit for vertically; a vibrating unit placed in the yoke so that the outer surface of the vibrating unit is surrounded by the yoke, comprising the weight having a hollow cylindrical structure provided with a central hole, into which the magnet is inserted; and a vibration-generating coil placed just below the magnetic circuit unit so that the vibration-generating coil is interlinked with the magnetic field of the magnet for allowing current supplied from the outside to flow in one direction therethrough.
15	Internal weight type vertical vibrator	US10947145	2004-09-23	US07170205B2	2007-01-30	Sung Hong Won; Joon Choi; Il Oung Park; Ju Ho Kim; Hwa Young Oh
Disclosed is an internal weight type vertical vibrator including: a housing; a magnetic circuit unit placed in the internal space of the housing, and comprising a magnet perpendicularly placed and a yoke for fixedly receiving the magnet therein for generating a magnetic field; spring members provided with upper ends fixed to the housing and lower ends fixed to the magnetic circuit unit for vertically; a vibrating unit placed in the yoke so that the outer surface of the vibrating unit is surrounded by the yoke, comprising the weight having a hollow cylindrical structure provided with a central hole, into which the magnet is inserted; and a vibration-generating coil placed just below the magnetic circuit unit so that the vibration-generating coil is interlinked with the magnetic field of the magnet for allowing current supplied from the outside to flow in one direction therethrough.
16	Internal vibrators and a method of operating the same	US67220857	1957-07-16	US2951681A	1960-09-06	WILHELM DEGEN

17	Interior vibrator with rotating unbalance	US3601368D	1969-12-22	US3601368A	1971-08-24	UEBEL PHILIPP
An inner vibrator with an unbalance body of cylindrical shape adapted to roll on the inner mantle of the housing for the vibrator, for compacting concrete and similar material, in which said unbalance body has one end provided with a short pivot which engages a bore of an eccentric disc drivingly connected with the motor shaft, the diameter of said bore being greater than the diameter of said pivot to such an extent that the unbalancing force produced by the rolling movement of the cylindrical unbalance body will not be transferred to the eccentric disc.
18	Internal Vibrator with a Measuring System	US11777516	2007-07-13	US20080012165A1	2008-01-17	Gunter Kunze; Georg Sick; Stefan Graul
An internal vibrator for vibrating a plastic material such as concrete has a measuring device for determining certain operating parameters, e.g. for measuring the motion of a vibrating cylinder in which a device for generating vibrations is accommodated or a power consumption or speed of an electromotor belonging to the device for generating vibrations. Two acceleration sensors that are able to detect the acceleration values for the vibrating cylinder in the concrete to be vibrated are also suitable since this enables conclusions to be made about the result of the vibration. The measuring values of the acceleration sensor and a power measuring device are evaluated by an evaluation circuit and can be conveyed to the user via a display.
19	Internal vibrator for concrete compacting	US10476516	2003-10-29	US20040144188A1	2004-07-29	Michael Steffen
The invention relates to an internal combustion vibrator for compacting concrete, comprising a vibrator housing in which a rotational unbalance mass, an electric motor powering said unbalance mass and part of a power line connected to the electric motor for supplying power to said electric motor are integrated. The internal vibrator also comprises an interrupter interconnected in the power line for interrupting power supply of the electric motor. Due to the fact that the interrupter is configured in an electrically controllable manner, power supply of the electric motor can be precisely controlled by a plurality of signal transmitters.
20	Internal Vibrator Provided With A Liberation Device	US10595056	2004-07-12	US20080316853A1	2008-12-25	Michael Steffen
A system for routing telephone calls from a calling party instrument to a called party instrument and involving at least one internet protocol network includes: (a) a first internet protocol interface apparatus effecting a first communicative coupling between the calling party instrument and the at least one internet protocol network; (b) a second internet protocol interface apparatus effecting routing telephone calls according to routing criteria to establish a second communicative coupling between the at least one internet protocol network and the called party instrument; and (c) a call routing system apparatus coupled with the second internet protocol interface apparatus and storing information relating to a geographical or geospatial relationship of calling party instruments and called party instruments. The second internet protocol interface apparatus and the call routing system apparatus cooperate to establish the routing criteria.

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