CN205367391U - Villa elevator - Google Patents

Abstract

The utility model discloses a villa elevator, including the derrick, be located the derrick the car, be located car top the computer lab, install the derrick to heavy, the derrick is built through fixed connection by aluminium alloy ex -trusions stand, aluminium alloy ex -trusions crosspiece, oblique pull rod, angle joint piece and aluminium alloy ex -trusions door frame and is formed, and four stands upright constitute the derrick support column, set up the crosspiece between the adjacent stand in bottom and top respectively, and the diagonal angle sets up oblique pull rod in the horizontal rectangle frame that the crosspiece formed, is equipped with protective glass in the horizontal rectangle frame, and protective glass passes through the glass support mounting in horizontal rectangle frame. The utility model discloses structural strength is big, non -deformable, and the installation of being convenient for is difficult for discolouing and is corroded long service life.

Description

A villa elevator

technical field

The utility model relates to an elevator accessory, in particular to a villa elevator.

Background technique

Elevators are equipment that people use when going up and down stairs, and it brings great convenience to people. The villa elevator is an elevator installed on the villa. Because the number of villa elevator users is small and the floor is not high, compared with the high-rise elevator, the villa elevator has a shallower and smaller shaft, a smaller car, and a smaller load-bearing capacity. , Small space and so on. Therefore need to develop a kind of novel villa elevator that occupies an area of an area little, easy to install.

Contents of the invention

In order to overcome the deficiencies of the prior art, the utility model provides a villa elevator with a small footprint and easy installation.

The technical scheme that the utility model solves its technical problem adopts is:

A villa elevator, comprising a derrick, a car inside the derrick, a machine room above the car, and a counterweight installed inside the derrick. The frame of the derrick is constructed by fixed connection of parts and aluminum alloy profile door frame. The four upright columns constitute the derrick support columns. The crosspieces are arranged between the adjacent columns at the bottom and the top respectively. Diagonal tie rods are arranged in the horizontal rectangular frame formed by the crosspieces. Protective glass is provided in the rectangular frame, and the protective glass is installed in the horizontal rectangular frame through glass brackets. The glass brackets are located at the four corners of the horizontal rectangular frame. The car guide rail is in the shape of "I", one side of the car guide rail is directly installed on the crosspiece, and the other side of the car guide rail is installed on the crosspiece through the guide rail bracket, and one side of the guide rail bracket is fixedly connected with the car guide rail , the other side of the rail bracket is movably installed on the crosspiece.

In the utility model, the derrick and the car are also equipped with a smart door combination, the smart door combination includes a car door installed in the car and a hall door installed on the derrick, the car The door is a retractable door that can be retracted left and right. The hall door is a swing door that opens outwards. The swing door is connected with an automatic door operator, and the control end of the door operator is connected with a light curtain sensor. Curtain sensors scan the area where the swing door is active.

In the utility model, a language or light prompter is provided in the movable area of the swing door, and the input end of the prompter is connected with a curtain sensor.

In the utility model, a handle is provided on the side-hung door.

The beneficial effects of the utility model are: the utility model adopts aluminum alloy as the derrick, which not only has high structural strength, is not easily deformed, is easy to install, is not easy to change color and be corroded, and has a long service life. The protective glass is installed on the horizontal rectangular frame of the derrick Inside, there is no need to occupy the space outside the derrick, which reduces the occupied area and is suitable for the narrow environment of villa elevators. Moreover, the protective glass is located in the frame, which is not easily affected by the outside and has a high safety factor. Further, the car door and the hall door of the present utility model respectively adopt retractable doors that can shrink left and right and open doors without occupying the space on both sides of the elevator like the traditional side door, which meets the small space requirements of villa elevators. The control terminal is connected with a light curtain sensor, which scans the active area of the swing door through the light curtain sensor. When an obstacle is found, the swing door will not open automatically, and an alarm sound will be issued at the same time to remind passengers in the elevator and those in the elevator Passengers waiting outside the hall door to prevent impact when the swing door is opened, ensuring the safety of passengers and elevators.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Fig. 1 is a schematic structural diagram of this embodiment.

detailed description

Referring to Fig. 1, a villa elevator provided in this embodiment includes a derrick 1, a car 2 located in the derrick, a machine room located above the car 2, and a counterweight 3 installed in the derrick 1, and the derrick 1 consists of Aluminum alloy profile columns, aluminum alloy profile crosspieces, diagonal tie rods, corner joints and aluminum alloy profile door frames are built through fixed connections. The four columns stand upright to form the derrick support column, and crosspieces are set between adjacent columns at the bottom and top. , the horizontal rectangular frame formed by the crosspiece is provided with diagonal stays diagonally, the horizontal rectangular frame is provided with protective glass, and the protective glass is installed in the horizontal rectangular frame through glass brackets, and the glass brackets are located at the four corners of the horizontal rectangular frame. The left and right sides of the derrick 1 are provided with car guide rails 4 correspondingly. The car guide rails 4 are in the shape of "I", wherein one side of the car guide rail 4 is directly installed on the crosspiece, and the other side of the car guide rail 4 passes through The guide rail bracket is installed on the crosspiece, one side of the guide rail bracket is fixedly connected with the car guide rail 4, the other side of the guide rail bracket is movably installed on the crosspiece, and the connection between the guide rail bracket and the crosspiece is a groove-like connection hole, the relative distance of the two car guide rails 4 can be adjusted to fit the car according to the actual size of the car. Both sides of the counterweight 3 are provided with counterweight guide rails, and the counterweight guide rails are directly fixed and installed on the crosspiece to reduce the occupied area.

As a preferred embodiment, the derrick 1 and the car 2 are also provided with a smart door combination, the smart door combination includes a car door 5 installed in the car 2 and a hall door installed on the derrick 1 6. The car door 5 is a retractable door that can be retracted left and right. The hall door 6 is a swing door that opens outward. A curtain sensor, the light curtain sensor scans the active area of the swing door; a language or light prompter is provided in the active area of the swing door, and the input end of the prompter is connected to the curtain sensor; the flat There is a handle on the door. When an obstacle is found, the swing door will not open automatically, and an alarm sound will be issued at the same time to remind the passengers in the elevator and the passengers waiting outside the elevator hall door to prevent the swing door from being hit when it is opened, ensuring the safety of passengers and the elevator. Safety.

The above descriptions are only the preferred implementation modes of the present utility model, as long as the technical solutions that achieve the purpose of the utility model by basically the same means all fall within the scope of protection of the utility model.

Claims (4)

1. null1. a villa elevator，Including derrick (1)、It is positioned at the car (2) of derrick、It is positioned at the machine room of car (2) top、It is arranged on the counterweight (3) in derrick (1)，It is characterized in that: described derrick (1) is by aluminium alloy extrusions column、Aluminium alloy extrusions strut rail、Brace、Corner connector and aluminium alloy extrusions doorframe are built by fixing connection，Four root posts uprightly constitute derrick support column，It is respectively provided with strut rail between bottom and top adjacent upright posts，In the horizontal rectangular frame that strut rail is formed, diagonal angle arranges brace，It is provided with cover plate in horizontal rectangular frame，Cover plate is arranged in horizontal rectangular frame by glass supporter，Described glass supporter is positioned at four angles of horizontal rectangular frame，The left and right sides of described derrick (1) is correspondingly provided with car guide rail (4)，Described car guide rail (4) is I-shaped，Wherein side car guide rail (4) is directly installed on strut rail，The car guide rail (4) of opposite side is arranged on strut rail by rail brackets，The side of described rail brackets is fixing with car guide rail (4) to be connected，The opposite side of rail brackets is movably installed on strut rail.
2. 2. a kind of villa elevator according to claim 1, it is characterized in that: described derrick (1) above and is additionally provided with Intelligent door combination on car (2), described Intelligent door combines, including the car door (5) being arranged in car (2) and the hall door (6) being arranged on derrick (1), described car door (5) be one can left and right shrink contraction door, described hall door (6) is the vertical hinged door toward external-open, described vertical hinged door is connected to automatic door opening formula door machine, the control end of door machine is connected to light veil type induction apparatus, the region that described light veil type induction apparatus scanning vertical hinged door is movable.
3. 3. a kind of villa elevator according to claim 2, it is characterised in that: being provided with language or light prompt device in the zone of action of described vertical hinged door, the input of prompting apparatus is connected with curtain formula induction apparatus.
4. 4. a kind of villa elevator according to Claims 2 or 3, it is characterised in that: described vertical hinged door is provided with handle.