BR202015014683U2 - ramp for wheel alignment and geometry of electromechanically driven self-propelled motor vehicle with left and right threads - Google Patents

ramp for wheel alignment and geometry of electromechanically driven self-propelled motor vehicle with left and right threads Download PDF

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Publication number
BR202015014683U2
BR202015014683U2 BR202015014683U BR202015014683U BR202015014683U2 BR 202015014683 U2 BR202015014683 U2 BR 202015014683U2 BR 202015014683 U BR202015014683 U BR 202015014683U BR 202015014683 U BR202015014683 U BR 202015014683U BR 202015014683 U2 BR202015014683 U2 BR 202015014683U2
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BR
Brazil
Prior art keywords
ramp
geometry
platforms
motor vehicle
wheel alignment
Prior art date
Application number
BR202015014683U
Other languages
Portuguese (pt)
Inventor
Everaldo Batista De Oliveira
Original Assignee
Everaldo Batista De Oliveira
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
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Application filed by Everaldo Batista De Oliveira filed Critical Everaldo Batista De Oliveira
Priority to BR202015014683U priority Critical patent/BR202015014683U2/en
Publication of BR202015014683U2 publication Critical patent/BR202015014683U2/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66FHOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
    • B66F7/00Lifting frames, e.g. for lifting vehicles; Platform lifts
    • B66F7/06Lifting frames, e.g. for lifting vehicles; Platform lifts with platforms supported by levers for vertical movement
    • B66F7/0608Lifting frames, e.g. for lifting vehicles; Platform lifts with platforms supported by levers for vertical movement driven by screw or spindle
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66FHOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
    • B66F7/00Lifting frames, e.g. for lifting vehicles; Platform lifts
    • B66F7/06Lifting frames, e.g. for lifting vehicles; Platform lifts with platforms supported by levers for vertical movement
    • B66F7/0691Asymmetric linkages, i.e. Y-configuration

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  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Geology (AREA)
  • Mechanical Engineering (AREA)
  • Structural Engineering (AREA)
  • Vehicle Cleaning, Maintenance, Repair, Refitting, And Outriggers (AREA)

Abstract

rampa para alinhamento e geometria de rodas de veículo automotor com acionamento eletromecânico e elevação vertical através de roscas esquerda e direita. trata-se de duas plataformas que ficam rentes ao piso da oficina e são acionadas por um motor elétrico com redutor que aciona um par de fusos, onde cada fuso apresenta uma rosca direita e outra esquerda. cada fuso está ligado a dois carrinhos que se movimentam no interior de uma canaleta, empurrando uma estrutura articulada responsável por elevar a plataforma quando o motor gira numa direção e baixar a mesma quando o motor gira na direção oposta.Ramp for wheel alignment and geometry of electromechanically driven motor vehicle with vertical elevation through left and right threads. These are two platforms that are flush with the workshop floor and are driven by an electric motor with reducer that drives a pair of spindles, where each spindle has a right and a left thread. Each spindle is connected to two trolleys that move within a channel, pushing a hinged structure responsible for raising the platform when the motor rotates in one direction and lowering it when the motor rotates in the opposite direction.

Description

Relatório Descritivo da Patente de Modelo de Utilidade da “RAMPA PARA ALINHAMENTO E GEOMETRIA DE RODAS DE VEÍCULO AUTOMOTOR COM ACIONAMENTO ELETROMECÂNICO E ELEVAÇÃO VERTICAL ATRAVÉS DE ROSCAS ESQUERDA E DIREITA”.Utility Model Patent Descriptive Report for “RAMP FOR ALIGNMENT AND GEOMETRY OF AUTOMOTIVE VEHICLE WHEELS WITH ELECTROMECHANICAL DRIVE AND VERTICAL LIFTING THROUGH LEFT AND RIGHT THREADS”.

[001] Refere-se a presente Patente de Modelo de Utilidade da rampa para alinhamento e geometria de rodas com acionamento eletromecânico dispondo de duas plataformas, onde cada plataforma possui um fuso com uma rosca esquerda e outra direita com o objetivo de elevar veículos para alinhamento e geometria sem a necessidade de colunas verticais mantendo o equipamento rente ao piso quando não estiver em uso, liberando o espaço da oficina para outras atividades.[001] Referred to in this Electromechanical Wheel Alignment and Geometry Wheel Ramp Utility Model Patent featuring two platforms where each platform has a spindle with one left and one right thread for the purpose of lifting vehicles for alignment. and geometry without the need for vertical columns keeping equipment flush when not in use, freeing workshop space for other activities.

[002] As rampas para alinhamento de rodas existentes no mercado, são equipamentos com um dos lados fixos sobre cavaletes com altura em média de 1 metro, e não podem ser rebaixado ao nível do piso, ocupando um espaço muito grande nas oficinas mecânicas. Os elevadores normalmente encontrados nas oficinas, são equipamentos providos de um par de colunas verticais. Dentro de cada uma das colunas existe um fuso utilizado para mover a plataforma de elevação do elevador para cima e para baixo. O inconveniente deste sistema está no fato de que as duas colunas são fixadas na parte útil da oficina, dificultando o trânsito pela área onde o elevador encontra-se instalado quando o mesmo não está em uso.[002] The wheel alignment ramps on the market are equipment with one side fixed on trestles with an average height of 1 meter, and cannot be lowered to floor level, taking up a large space in machine shops. The elevators usually found in workshops are equipment with a pair of vertical columns. Within each of the columns is a spindle used to move the elevator lift platform up and down. The drawback of this system is the fact that the two columns are fixed in the useful part of the workshop, making it difficult to transit through the area where the elevator is installed when not in use.

[003] A presente Patente de Modelo de Utilidade trata-se de duas plataformas que ficam rentes ao piso da oficina e são acionadas por um motor elétrico com redutor que aciona um par de fusos, onde cada fuso apresenta uma rosca direita e outra esquerda. Cada fuso está ligado a dois carrinhos que se movimentam no interior de uma canaleta, empurrando uma estrutura articulada responsável por elevar a plataforma quando o motor gira numa direção e baixar a mesma quando o motor gira na direção oposta.[003] The present Utility Model Patent is two platforms that are flush with the workshop floor and are driven by an electric motor with reducer that drives a pair of spindles, where each spindle has a right and a left thread. Each spindle is connected to two trolleys that move within a channel, pushing a hinged structure responsible for raising the platform when the motor rotates in one direction and lowering it when the motor rotates in the opposite direction.

[004] Os desenhos anexos mostram as plataformas, objeto da presente patente, nos quais: [005] O desenho sob n° 1/10, na fíg. 1, mostra as plataformas em planta.The attached drawings show the platforms, object of the present patent, in which: The drawing under No. 1/10, in fig. 1, shows the platforms in plan.

[006] O desenho sob n° 2/10, na fíg. 2, mostra as plataformas em vista lateral esquerda.[006] The drawing under No. 2/10, in fig. 2 shows the platforms in left side view.

[007] O desenho sob n° 3/10, na fíg. 3, mostra as plataformas em vista frontal.[007] The drawing under No. 3/10, in fig. 3, shows the platforms in front view.

[008] O desenho sob n° 4/10, na fíg. 4, mostra as plataformas em vista lateral direita.[008] The drawing under No. 4/10, in fig. 4 shows the platforms in right side view.

[009] O desenho sob n° 5/10, na fíg. 5, mostra as plataformas em vista posterior.[009] The drawing under No. 5/10, in fig. 5, shows the platforms in rear view.

[010] O desenho sob n° 6/10, na fíg. 6, mostra a base das rampas em vista superior.[010] The drawing under No. 6/10, in fig. 6 shows the base of the ramps in top view.

[011] O desenho sob n° 7/10, na fíg. 7, mostra uma das rampas em seção transversal.[011] The drawing under No. 7/10, in fig. 7 shows one of the ramps in cross section.

[012] O desenho sob n° 8/10, na fíg. 8, mostra a rampa com as plataformas elevadas em perspectiva.[012] The drawing under No. 8/10, in fig. 8 shows the ramp with the elevated platforms in perspective.

[013] O desenho sob n° 9/10, na fíg. 9, mostra a rampa com as plataformas em repouso em perspectiva.[013] The drawing under No. 9/10, in fig. 9 shows the ramp with the platforms at rest in perspective.

[014] O desenho sob n° 10/10, na fíg. 10, mostra um dos carrinhos em perspectiva.[014] The drawing under no. 10/10, in fig. 10 shows one of the carts in perspective.

[015] Para elevar as plataformas da rampa a partir do repouso, o motor ( 3 ) é acionado fazendo girar as correntes ( 15 ) . As correntes estão ligadas aos fusos (11) através de uma engrenagem. Cada fuso (11) possui duas roscas, uma esquerda e outra direita. Cada rosca do fuso (11) está ligada a um carrinho ( 12 ). Pelo fato de uma rosca girar à direita e outra girar à esquerda, cada carrinho ( 12 ) move-se em direção oposta ao outro. Cada carrinho ( 12 ) possui um conjunto de rodas ( 13 ) as quais permitem que o mesmo mova-se ao longo da canaleta ( 10 ). A canaleta ( 10 ) possui um par de abas que impede a saída das rodas ( 13 ) de dentro da canaleta ( 10 ). Cada carrinho ( 12 ) está ligado a um braço articulado ( 6 ) o qual é auxiliado pelo guia do braço ( 14 ). O guia do braço ( 14 ) possui uma articulação fixa ( 17 ) presa na canaleta ( 10 ) e uma articulação fixa ( 18 ) presa na parte central do braço articulado ( 6 ). O guia do braço ( 14 ) através de suas articulações ( 17 e 18 ) impede que o braço articulado ( 6 ) mova-se horizontalmente, obrigando-o a elevar-se na direção vertical. O braço articulado ( 6 ) através da articulação fixa ( 19 ) está ligado à plataforma ( 1 ). Durante o movimento vertical do braço articulado ( 6 ), o mesmo leva a plataforma (1 ) para cima.[015] To raise the ramp platforms from rest, the motor (3) is driven by rotating the chains (15). The chains are connected to the spindles (11) by a gear. Each spindle (11) has two threads, one left and one right. Each spindle thread (11) is connected to a trolley (12). Because one thread rotates to the right and one rotates to the left, each trolley 12 moves in the opposite direction to the other. Each cart (12) has a set of wheels (13) which allow it to move along the channel (10). The channel (10) has a pair of flaps that prevent the wheels (13) from leaving the channel (10). Each cart (12) is connected to an articulated arm (6) which is assisted by the arm guide (14). The arm guide (14) has a fixed pivot (17) attached to the channel (10) and a fixed pivot (18) attached to the central part of the articulated arm (6). The guide of the arm (14) through its joints (17 and 18) prevents the articulated arm (6) from moving horizontally, forcing it to rise in the vertical direction. The articulated arm (6) through the fixed articulation (19) is connected to the platform (1). During the vertical movement of the articulated arm (6), it raises the platform (1) upwards.

[016] Para descer as plataformas ( 1 ) a partir de sua posição elevada, o motor ( 3 ) é acionado girando em sentido contrário ao movimento de subida das plataformas ( 1 ). O giro invertido do motor ( 13 ) inverte todos os movimentos tendo como resultado final o abaixamento das plataformas ( 1) para sua posição de descanso.[016] To lower the platforms (1) from their raised position, the motor (3) is driven by turning counterclockwise to move the platforms (1). Reversing the engine (13) reverses all movements resulting in the platforms being lowered (1) to their resting position.

[017] Cada plataforma ( 1 ) possui uma bandeja móvel ( 4 ) o qual possui um sistema de roletes, os quais permitem mover o alargador para ajustar-se às rodas do veículo.[017] Each platform (1) has a movable tray (4) which has a roller system which allows the reamer to move to fit the wheels of the vehicle.

[018] Cada plataforma ( 1 ) possui um limitador do prato de alinhamento ( 8 ) e uma barra de segurança ( 9 ) que impedem que o veículo avance além dos limites da plataforma ( 1 ) e caia. Possui um conjunto de fixadores ( 7 ) responsáveis por fixar a base ao piso, uma barra ( 5 ) com recortes longitudinais permite o ajuste de abertura entre as plataformas ( 1 ) e duas rampas de acesso ( 2 ) que auxiliam a subida do veículo nas plataformas (1 ).[018] Each platform (1) has an alignment plate limiter (8) and a safety bar (9) that prevent the vehicle from advancing beyond the platform (1) limits and falling. It has a set of fasteners (7) responsible for fixing the base to the floor, a bar (5) with longitudinal cutouts allows the opening adjustment between the platforms (1) and two access ramps (2) that help the vehicle climb on the platforms (1).

REIVINDICAÇÃOCLAIM

Claims (1)

1 - “RAMPA PARA ALINHAMENTO E GEOMETRIA DE RODAS DE VEÍCULO AUTOMOTOR COM ACIONAMENTO ELETROMECÂNICO E ELEVAÇÃO VERTICAL ATRAVÉS DE ROSCAS ESQUERDA E DIREITA”, compreendido por uma rampa com duas plataformas ( 1 ), rampas de acesso ( 2 ), motor com redutor ( 3 ), bandeja móvel ( 4 ), regulador de afastamento entre as plataformas ( 5 ), braço articulado ( 6 ), fixações ( 7 ), limitador do prato de alinhamento ( 8 ), barra de segurança móvel ( 9 ), canaletas ( 10 ), fusos ( 11 ), carrinho ( 12 ), rodas do carrinho ( 13 ), guia do braço ( 14 ), correntes ( 15 ), articulações ( 16, 17, 18, 19) caracterizado por; uma rampa com duas plataformas ( 1 ) fixadas nos braços articulados ( 6 ) através das articulações fixas ( 19 ) são movimentadas para cima e para baixo acionadas pelo motor com redutor ( 3 ) que gira e movimenta as correntes (15 ) que acionam os fusos (11 ) os quais estão ligados aos carrinhos ( 12 ) que movem-se dentro das canaletas ( 10 ) empurrando os braços articulados ( 6 ) que por ação dos guias dos braços ( 14 ) sobem e descem elevando e abaixando as plataformas (1 ).1 - “ALPHABET FOR GEOMETRY ALIGNMENT AND GEOMETRY WHEELS WITH ELECTROMECHANICAL DRIVE AND VERTICAL LIFTING THROUGH LEFT AND RIGHT THREADS”, comprising two-deck ramp (1), access ramps (2), motor with gearbox (3) ), movable tray (4), spacer-to-platform regulator (5), pivot arm (6), fasteners (7), alignment plate limiter (8), movable safety bar (9), channels (10) , spindles (11), trolley (12), trolley wheels (13), arm guide (14), chains (15), joints (16, 17, 18, 19) characterized by; a ramp with two platforms (1) fixed to the articulated arms (6) through the fixed articulations (19) are moved up and down driven by the geared motor (3) which rotates and moves the chains (15) that drive the spindles (11) which are connected to the trolleys (12) moving within the channels (10) by pushing the articulated arms (6) which by the action of the arm guides (14) raise and lower by raising and lowering the platforms (1) .
BR202015014683U 2015-06-18 2015-06-18 ramp for wheel alignment and geometry of electromechanically driven self-propelled motor vehicle with left and right threads BR202015014683U2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
BR202015014683U BR202015014683U2 (en) 2015-06-18 2015-06-18 ramp for wheel alignment and geometry of electromechanically driven self-propelled motor vehicle with left and right threads

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Application Number Priority Date Filing Date Title
BR202015014683U BR202015014683U2 (en) 2015-06-18 2015-06-18 ramp for wheel alignment and geometry of electromechanically driven self-propelled motor vehicle with left and right threads

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BR202015014683U2 true BR202015014683U2 (en) 2016-12-27

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2020053761A1 (en) * 2018-09-11 2020-03-19 Werther International S.P.A. Hydraulic lift structure with vertical lifting movement for motor vehicles and similar vehicles

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2020053761A1 (en) * 2018-09-11 2020-03-19 Werther International S.P.A. Hydraulic lift structure with vertical lifting movement for motor vehicles and similar vehicles

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B03A Publication of an application: publication of a patent application or of a certificate of addition of invention
B11A Dismissal acc. art.33 of ipl - examination not requested within 36 months of filing
B11Y Definitive dismissal acc. article 33 of ipl - extension of time limit for request of examination expired