Microscope:Main - Revision history

Alberto at 09:43, 12 October 2023

2023-10-12T09:43:23Z

← Older revision		Revision as of 11:43, 12 October 2023
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	[[Category:Microscope:Main]]		[[Category:Microscope:Main]]
			<div style="float:left; margin: 0px 20px 0px 0px">__TOC__</div>
	iMAGING prototype is a novel device to detect automatically malaria parasites in thick blood smear samples by digital imaging techniques. It was designed mainly for malaria-endemic countries. The iMAGING prototype is based on the detection of malaria parasites by Artificial Intelligence techniques with Convolutional Neural Networks (CNNs) algorithms. A smartphone device is used to integrate all the mentioned technology in an Android application, control electronic parts/devices, and capture microscopic images by microscope lenses.		iMAGING prototype is a novel device to detect automatically malaria parasites in thick blood smear samples by digital imaging techniques. It was designed mainly for malaria-endemic countries. The iMAGING prototype is based on the detection of malaria parasites by Artificial Intelligence techniques with Convolutional Neural Networks (CNNs) algorithms. A smartphone device is used to integrate all the mentioned technology in an Android application, control electronic parts/devices, and capture microscopic images by microscope lenses.

Allisson at 13:48, 10 October 2023

2023-10-10T13:48:43Z

← Older revision		Revision as of 15:48, 10 October 2023
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	; The kit will be pre-assembled with all the electronics. To install the microscope, simply check the items and follow the steps below.		; The kit will be pre-assembled with all the electronics. To install the microscope, simply check the items and follow the steps below.


	; Materials and pieces		; Materials and pieces
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	; Steps:		; Steps:
	[[File:Microscope_install.png\|~~250px~~\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]		[[File:Microscope_install.png\|400px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]

Allisson at 13:47, 10 October 2023

2023-10-10T13:47:41Z

@@ Line 29: / Line 29: @@
 Before the Imaging prototype installation, [[MobileApp:Main|Mobile App]] for Android software must be installed Here we represent the main pieces of the Imaging prototype. These representations would be used as a reference for assembly and installation procedures.
-[[File:Microscope_install.png|250px|center|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]
+; The kit will be pre-assembled with all the electronics. To install the microscope, simply check the items and follow the steps below.
 ; Materials and pieces
@@ Line 60: / Line 61: @@
 ; Steps:
 - Check that the microscope is in optimal condition to perform a diagnosis (light, movements, lenses, etc).

Allisson at 13:42, 10 October 2023

2023-10-10T13:42:21Z

← Older revision		Revision as of 15:42, 10 October 2023
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	; Steps:		; Steps:


			{\| class="wikitable" style="margin:left; width:100%;"
			\|-
			1- Check that the microscope is in optimal condition to perform a diagnosis (light, movements, lenses, etc).

			2- Attach the Imaging auto-focus device (C) to the micro-metric wheel of the microscope. Adapt it (part 2) correctly with the exact diameter measure to avoid possible focus issues.

			3- Remove the microscope plate stage tweezers.

			4- Attach the Imaging X-Y movement device (B) to the microscope plate with Imaging tweezers. It is crucial not to interfere with light or plate movement.

			5- Attach the adapter for a smartphone (A) to any ocular lens. Fix it correctly and check if the smartphone device camera captures images correctly through microscope lenses.

			6- Connect the USB type B cable from the Imaging auto-focus device (C-3) to the USB port of the computer/energy supply (5V). Check that the green/red LED light of the Arduino is on.

			7- Insert the thick blood smear sample on the microscope plate and fix it with the Imaging X-Y movement device (B-1). Put a drop of immersion oil and mainly focus the sample with the 100x ocular lens. Immersion oil must be in direct contact with the sample.
			\| Imaging adapter for the smartphone device \|\| [[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]
			\|}

	1- Check that the microscope is in optimal condition to perform a diagnosis (light, movements, lenses, etc).		1- Check that the microscope is in optimal condition to perform a diagnosis (light, movements, lenses, etc).

Allisson at 13:39, 10 October 2023

2023-10-10T13:39:45Z

← Older revision		Revision as of 15:39, 10 October 2023
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	[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]		[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]
			; Materials and pieces

	{\| class="wikitable" style="margin:left; width:100%;"		{\| class="wikitable" style="margin:left; width:100%;"
	\|+ ~~Materials and pieces~~		\|+
	\|-		\|-
	! Description !! Amount		! Description !! Amount

Allisson at 13:38, 10 October 2023

2023-10-10T13:38:05Z

← Older revision		Revision as of 15:38, 10 October 2023
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	[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]		[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]

	{\| class="wikitable" style="margin:left"		{\| class="wikitable" style="margin:left; width:100%;"
	\|+ Materials and pieces		\|+ Materials and pieces
	\|-		\|-

Allisson at 13:33, 10 October 2023

2023-10-10T13:33:45Z

← Older revision		Revision as of 15:33, 10 October 2023
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	\|}		\|}

	Steps:		; Steps:

	1- Check that the microscope is in optimal condition to perform a diagnosis (light, movements, lenses, etc).		1- Check that the microscope is in optimal condition to perform a diagnosis (light, movements, lenses, etc).

Allisson at 13:33, 10 October 2023

2023-10-10T13:33:20Z

← Older revision		Revision as of 15:33, 10 October 2023
Line 31:		Line 31:
	[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]		[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]

	{\| class="wikitable" style="margin:~~auto~~"		{\| class="wikitable" style="margin:left"
	\|+ Materials and pieces		\|+ Materials and pieces
	\|-		\|-

Allisson at 13:22, 10 October 2023

2023-10-10T13:22:26Z

← Older revision		Revision as of 15:22, 10 October 2023
Line 31:		Line 31:
	[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]		[[File:Microscope_install.png\|250px\|center\|Figure 4. (A) Adapter for the smartphone device. (B) Imaging X-Y movement device. (C) Imaging auto-focus device.]]

	Materials and pieces:		{\| class="wikitable" style="margin:auto"
	~~• 1~~ Imaging adapter for the smartphone device		\|+ Materials and pieces
	~~• 1~~ Imaging X-Y movement device		\|-
	~~• 1~~ Imaging auto-focus device		! Description !! Amount
	~~• 1~~ Conventional microscope		\|-
	• 1 ~~Smartphone~~		\| Imaging adapter for the smartphone device \|\| 1
	~~• 1~~ Computer (optional)		\|-
	~~• 2~~ Imaging Tweezers		\| Imaging X-Y movement device \|\| 1
	~~• 1~~ USB cable		\|-
	• 1 Micro-USB cable type B [1m]		\| Imaging auto-focus device \|\| 1
			\|-
			\| Conventional microscope \|\| 1
			\|-
			\| Smartphone \|\| 1
			\|-
			\| Computer (optional)\|\| 1
			\|-
			\| Imaging Tweezers \|\| 2
			\|-
			\| USB cable \|\| 1
			\|-
			\| Imaging Tweezers \|\| 1
			\|-
			\|Micro-USB cable type B [1m] \|\| 1

			\|}

	Steps:		Steps:

Allisson at 13:13, 10 October 2023

2023-10-10T13:13:24Z

← Older revision		Revision as of 15:13, 10 October 2023
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	[[File:Microscope pieza 3.jpg\|250px\|center\|Figure 3. (1, 2) Adaptation parts to move the Z axis. (3) Case for the electronic boards (motor driver and Arduino).]]		[[File:Microscope pieza 3.jpg\|250px\|center\|Figure 3. (1, 2) Adaptation parts to move the Z axis. (3) Case for the electronic boards (motor driver and Arduino).]]

	==~~Installation~~==		==Assembly and installation procedure==

	Before the Imaging prototype installation, [[MobileApp:Main\|Mobile App]] for Android software must be installed Here we represent the main pieces of the Imaging prototype. These representations would be used as a reference for assembly and installation procedures.		Before the Imaging prototype installation, [[MobileApp:Main\|Mobile App]] for Android software must be installed Here we represent the main pieces of the Imaging prototype. These representations would be used as a reference for assembly and installation procedures.
Line 32:		Line 32:

	Materials and pieces:		Materials and pieces:
	• 1 Imaging adapter for the smartphone device		• 1 Imaging adapter for the smartphone device
	• 1 Imaging X-Y movement device		• 1 Imaging X-Y movement device
	• 1 Imaging auto-focus device		• 1 Imaging auto-focus device
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	• 1 Micro-USB cable type B [1m]		• 1 Micro-USB cable type B [1m]

	~~=Assembly~~ and ~~installation procedure=~~		Steps:

			1- Check that the microscope is in optimal condition to perform a diagnosis (light, movements, lenses, etc).

			2- Attach the Imaging auto-focus device (C) to the micro-metric wheel of the microscope. Adapt it (part 2) correctly with the exact diameter measure to avoid possible focus issues.

			3- Remove the microscope plate stage tweezers.

			4- Attach the Imaging X-Y movement device (B) to the microscope plate with Imaging tweezers. It is crucial not to interfere with light or plate movement.

			5- Attach the adapter for a smartphone (A) to any ocular lens. Fix it correctly and check if the smartphone device camera captures images correctly through microscope lenses.

			6- Connect the USB type B cable from the Imaging auto-focus device (C-3) to the USB port of the computer/energy supply (5V). Check that the green/red LED light of the Arduino is on.

			7- Insert the thick blood smear sample on the microscope plate and fix it with the Imaging X-Y movement device (B-1). Put a drop of immersion oil and mainly focus the sample with the 100x ocular lens. Immersion oil must be in direct contact with the sample.