From df9029ce2aa6ac87ebf4cbe0200999fbd86248d7 Mon Sep 17 00:00:00 2001 From: FabioReeh Date: Wed, 13 Sep 2023 11:12:58 +0000 Subject: [PATCH] =?UTF-8?q?Deploying=20to=20gh-pages=20from=20=20@=2080c33?= =?UTF-8?q?ab3b61d0bb60e9a9d171a50dde03d18e166=20=F0=9F=9A=80?= MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- 3D_settings_plate.html | 39 +++- 3Dprinting.html | 80 ++++++- actuator_head.html | 43 +++- air_flow.html | 40 +++- airtable.html | 51 ++++- basicframework.html | 75 +++++-- connectors/12mmCC.html | 39 +++- connectors/5mmNuts.html | 39 +++- connectors/5mmNuts_angle.html | 39 +++- connectors/R_1_4_R_1_4_reducing_fitting.html | 39 +++- connectors/SV_Ges_8_R_1_8.html | 39 +++- connectors/YS_Ges_8.html | 39 +++- connectors/cable_tie.html | 39 +++- connectors/compressed_air_hose.html | 39 +++- connectors/pressure_relief_valve.html | 39 +++- electronic.html | 40 +++- electronic/Arduino_Uno.html | 39 +++- electronic/Keyes_KY-012.html | 39 +++- electronic/L293D.html | 39 +++- electronic/LinActuator50mm.html | 39 +++- electronic/PixyCam.html | 39 +++- electronic/circuit_board.html | 39 +++- electronic/mpr121.html | 39 +++- electronic/pv.html | 39 +++- electronic/pv_clamp.html | 39 +++- electronics.html | 39 +++- framework/12mmRod.html | 39 +++- framework/20x20Rod.html | 39 +++- framework/M5Rod.html | 39 +++- framework/smallrig_articulated_arm.html | 39 +++- framework/smallrig_super_clamp.html | 39 +++- glue.html | 47 ++++- glueingadvise.html | 39 +++- headandcamera.html | 39 +++- headfixation.html | 39 +++- index.html | 40 +++- index_BOM.csv | 18 +- index_BOM.html | 57 ++++- missing.html | 39 +++- models/3_5mm_plate.html | 39 +++- models/airtrack_480x366001.html | 39 +++- models/l_Maze_X_ground.html | 39 +++- models/l_Maze_X_wallmount.html | 39 +++- models/l_Maze_X_walls.html | 39 +++- models/l_Maze_all.html | 39 +++- models/l_maze_quarter_ground001.html | 153 ++++++++++++++ models/l_maze_quarter_ground001.stl | Bin 0 -> 7884 bytes models/rewards_all.html | 39 +++- models/rewards_center_01.html | 39 +++- models/rewards_center_02.html | 39 +++- models/rewards_mnh_end_01001.html | 39 +++- models/rewards_mnh_end_02001.html | 39 +++- models/rewards_moveable_needle_hold.html | 39 +++- models/rewards_needle_fixation.html | 39 +++- models/s_Maze_X_all.html | 39 +++- models/s_Maze_X_ground.html | 39 +++- models/s_Maze_X_rim.html | 39 +++- models/s_Maze_walls.html | 39 +++- models/s_Mazewall_mount.html | 39 +++- plexiglass/310x64pg.html | 39 +++- plexiglass/350x30pg.html | 39 +++- plexiglass/366x30pg.html | 39 +++- plexiglass/480x326pg.html | 39 +++- plexiglass/480x64pg.html | 39 +++- precut.html | 208 +++++++++++++++++++ predrill.html | 52 ++++- rewardsystem.html | 39 +++- screws/3mm_pozidriv.html | 39 +++- screws/m2_hexagon_nuts.html | 39 +++- screws/m2x16mm_screw.html | 39 +++- screws/m3_hexagon_nuts.html | 39 +++- screws/m3x5mm_screw.html | 39 +++- screws/m4_hexagon_nuts.html | 39 +++- screws/m4x20mm_screw.html | 39 +++- screws/m5_hexagon_nuts.html | 39 +++- screws/m5x12mm_screw.html | 39 +++- screws/m5x6mm_screw.html | 39 +++- script_setup.html | 39 +++- tools/1_4_thread_drill.html | 39 +++- tools/1_5mmdrill.html | 39 +++- tools/1mmdrill.html | 39 +++- tools/2mmdrill.html | 39 +++- tools/3mmdrill.html | 39 +++- tools/5mmdrill.html | 39 +++- tools/8mmdrill.html | 39 +++- tools/G1_4_thread_drill.html | 39 +++- tools/G1_8_thread_drill.html | 39 +++- tools/acrifix_192.html | 39 +++- tools/metallsaw.html | 39 +++- 89 files changed, 3517 insertions(+), 312 deletions(-) create mode 100644 models/l_maze_quarter_ground001.html create mode 100644 models/l_maze_quarter_ground001.stl create mode 100644 precut.html diff --git a/3D_settings_plate.html b/3D_settings_plate.html index 0531fad..809b96e 100644 --- a/3D_settings_plate.html +++ b/3D_settings_plate.html @@ -10,7 +10,35 @@ - + + + + + +
@@ -42,14 +70,19 @@

Construct your Airtrack setup !

Construction of the air table +
  • + + Airtable part 1: Precut of the aluminium profile strut + +
  • - Airtable part 1: Predrill and precut + Airtable part 2: Predrill and precut
  • - Airtable part 2: Glueing and screwing + Airtable part 3: Glueing and screwing
  • diff --git a/3Dprinting.html b/3Dprinting.html index 87c92fb..2811349 100644 --- a/3Dprinting.html +++ b/3Dprinting.html @@ -11,7 +11,35 @@ - + + + + + +
    @@ -43,14 +71,19 @@

    Construct your Airtrack setup !

    Construction of the air table
    • +
  • + + Airtable part 1: Precut of the aluminium profile strut + +
  • - Airtable part 1: Predrill and precut + Airtable part 2: Predrill and precut
  • - Airtable part 2: Glueing and screwing + Airtable part 3: Glueing and screwing
  • @@ -104,14 +137,18 @@

    Construct your Airtrack setup !

    Floating platform

    +
    +

    to do

    +

    bottom of platform

    +

    There are several platforms you can use on the Airtrack. The size of the platfrom and the design of the upper part varies depending on your research question.

    -

    The below part design depends on the type or Air table you are using. For small tables, air is flowing directly and the platform needs to have a rim on its lower part. In large tables the platform should be completely flat because it pressures down balls in the plexiglass surface. The balls are used to limit the air flow and by this the needed pressure is reduced to maintain the platform floating.

    +

    The below part design depends on the type or Air table you are using. For small tables (not included in this guide), air is flowing directly and the platform needs to have a rim on its lower part. In large tables the platform should be completely flat because it pressures down balls in the plexiglass surface. The balls are used to limit the air flow and by this the needed pressure is reduced to maintain the platform floating.

    It's important to be aware about the influence of the material's surface to the mouse. The layer height in the print settings and the material used for the print are the main factors determining the surface's shape.

    -

    A 3D printed platform mostly has a flat and slippery surface which doesn't allow the mouse to move as expected. It's recommended to attach some grips or slip-proof materials to allow the mouse to move naturally on the platform.

    +

    A 3D printed platform mostly has a flat and slippery surface which doesn't allow the mouse to move as expected. It's recommended to attach some grips or slip-proof materials to allow the mouse to move naturally on the platform. A possible solution is a grip tape.

    All recommended printing settings provided the best output on a FLASHFORGE CREATOR 3.

    Step 1: Large platform

    -

    The components need to be printed independently and get glued afterwards. -Instead of 3D printing, similar materials can be used, too.

    +

    The components need to be printed independently and get glued afterwards.

    +

    Instead of 3D printing, similar materials can be used, too.

    Whole large platform

    @@ -138,7 +175,30 @@

    Retraction and extrude speed: 30 mm/s

    Retraction distance: 1,3 mm

    Raft: No

    -

    Step 2: Small platform

    +

    Step 2: Options for the ground of the large platform

    +

    Other materials

    +

    If your 3D printer is to small to print the platform ground in one run or you don't want to print it, you could use acrylic glass or plastic in the same size a platform. The platform ground only needs to be stiff, lightweight and with a diameter of 300mm. Further you need to glue things on it. The height is not relevant but should not exceed 10 mm.

    +

    Printing in segments

    +

    If your 3D printer is to small for printing the large platform in one run, you could print eight quarters of the platform and glue them. +Therefore use four quarters as one layer and glue them with the second layer by a overlap of 45° between quarters.

    +

    The quality of this method mainly depends on how good you can remove a part from the printing bed. As this part is very thin, you need to take care to not change the proportions while removing the print from the bed.

    +

    You can use the arcylic glueinfo for glueing the quarters.

    + +

    + +

    Layer height: 0,15 mm

    +

    Infill: 70%

    +

    Nozzle size: 0,4 mm

    +

    Print speed: 60 mm/s

    +

    Temperatur (Nozzle/Platform): 200°C / 60°C

    +

    Support: No

    +

    Print orientation: Platform parallel to ground

    +

    Material: PLA

    +

    Filament diameter: 1.75 mm

    +

    Retraction and extrude speed: 30 mm/s

    +

    Retraction distance: 1,3 mm

    +

    Raft: No

    +

    Step 3: Additional information: small platform

    The components need to be printed independently and get glued afterwards. Instead of 3D printing, similar materials can be used, too.

    Whole small platform

    @@ -147,7 +207,7 @@

    Whole small platform

    Rim

    -

    Ground of large Platform

    +

    Ground of small Platform

    Walls of the small platform

    @@ -156,7 +216,7 @@

    Walls of the small platform

    Wall mounts of the small platform

    - +

    Layer height: 0,15 mm

    Infill: 60%

    Nozzle size: 0,4 mm

    diff --git a/actuator_head.html b/actuator_head.html index 5353d34..eec6ace 100644 --- a/actuator_head.html +++ b/actuator_head.html @@ -11,7 +11,35 @@ - + + + + + +
    @@ -43,14 +71,19 @@

    Construct your Airtrack setup !

    Construction of the air table
    • +
  • + + Airtable part 1: Precut of the aluminium profile strut + +
  • - Airtable part 1: Predrill and precut + Airtable part 2: Predrill and precut
  • - Airtable part 2: Glueing and screwing + Airtable part 3: Glueing and screwing
  • @@ -167,7 +200,7 @@

    An overview of all combine

    Remember to loosen the screws before reorientating the moveable needle holds.

    • -

    The combined needle hold:

    +

    Combined needle hold

    Note

    @@ -184,7 +217,7 @@

    Step 7: Attaching at -

    Some pictures of this state:

    +

    Two pictures of this state:

    diff --git a/air_flow.html b/air_flow.html index d1acaf6..b36b901 100644 --- a/air_flow.html +++ b/air_flow.html @@ -10,7 +10,35 @@ - + + + + + +
    @@ -42,14 +70,19 @@

    Construct your Airtrack setup !

    Construction of the air table +
  • + + Airtable part 1: Precut of the aluminium profile strut + +
  • - Airtable part 1: Predrill and precut + Airtable part 2: Predrill and precut
  • - Airtable part 2: Glueing and screwing + Airtable part 3: Glueing and screwing
  • @@ -113,6 +146,7 @@

    Parts

  • 1 Y-hose connector
    • +

    Picture of the pressure relief valve and incoming air pressure tubes

    Step 1: Inserting of hose connection gland and pressure relief valve

    These components take care of the incoming air and protect against overpressure.

    diff --git a/airtable.html b/airtable.html index 74aaf63..dfb3e86 100644 --- a/airtable.html +++ b/airtable.html @@ -10,7 +10,35 @@ - + + + + + +
    @@ -42,14 +70,19 @@

    Construct your Airtrack setup !

    Construction of the air table +
  • + + Airtable part 1: Precut of the aluminium profile strut + +
  • - Airtable part 1: Predrill and precut + Airtable part 2: Predrill and precut
  • - Airtable part 2: Glueing and screwing + Airtable part 3: Glueing and screwing
  • @@ -106,16 +139,18 @@

    Construction of the air table

    We usually get this construction done in the workshop, because they have better drills and can use a UV reacting glue that makes the construction much easier. If you do not have access to a workshop, this documentation should lead you through the process.

    Safety instruction

    -

    The upper part should be screwed and the lower part only glued. In the case of malfunction with the air pressure, the lower part will break. That limits the risk of injuries.

    +

    The upper part of the air table should be screwed and the lower part only glued. In the case of malfunction with the air pressure, the lower part will break. That limits the risk of injuries.

    -

    Step 1: Predrill plexiglass plates

    +

    Step 1: Precut of aluminium strut profiles

    +

    Follow the instruction to prepare the top and side plexiglass plates.

    +

    Step 2: Predrill plexiglass plates

    Follow the instruction to prepare the top and side plexiglass plates.

    -

    Step 2: Cleaning the plexiglass

    +

    Step 3: Cleaning the plexiglass

    Before beginning any gluing work, the pieces must be degreased (with soap and water) and free of any remaining screwing or other dirt.

    -

    Step 3: Glue and screw parts together

    +

    Step 4: Glue and screw parts together

    Follow the instruction to prepare the top and side plexiglass plates.

    -

    Previous page | Next page

    +

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