zilongwang/ReadingBank huggingface dataset:
Toasted Style Muesli Cereal* 16.8 5.1 5.8 5.0 0.00 0.0 Toasted Style Muesli Cereal* 12.1 2.6 4.8 4.1 0.00 0.0 Toasted Style Muesli Cereal 15.2 7.3 5.1 2.1 0.00 0.0 Toasted Style Muesli Cereal 15.7 2.3 7.8 4.8 0.00 0.0 Toasted Style Muesli Cereal 16.7 2.2 10.4 3.3 0.00 0.0 Toasted Style Muesli Cereal 21.5 2.5 11.7 6.3 0.00 0.0 Toasted Style Muesli Cereal 14.1 2.8 7.2 3.4 0.00 0.0 Vegetable oil (olive) 100.0 16.1 75.0 8.9 0.00 0.0 Vegetable oil (sunflower) 100.0 10.6 29.9 59.2 0.35 0.4 Vegetable oil (peanut) 100.0 17.5 59.9 22.2 0.53 0.5 Vegetable oil (canola) 100.0 7.6 64.1 27.7 0.62 0.6 Vegetable oil (rice) 100.0 23.3 41.9 34.3 0.48 0.5 Vegetable oil (canola)* 99.9 7.3 59.5 27.2 1.50 1.5 Vegetable oil (soya bean)* 100.0 14.0 26.0 54.1 1.60 1.6 Vegetable oil (rice bran) 99.8 22.3 39.9 32.4 0.90 0.9 Vegetable oil (blended) 100.0 13.2 33.4 47.7 1.40 1.4 Vegetable oil (canola) 99.9 7.2 59.0 27.6 1.70 1.7 Vegetable oil (olive) 99.8 14.9 71.3 8.6 0.80 0.8 Vegetable oil (olive) 99.8 17.8 64.4 12.8 0.50 0.5 * = New Zealand samples
Battery Type Lead-Acid Ni-Cd Ni-MH Li-ion Discharge Limited to 80% 100% possible Limited to 80% Limited to 80% due to safety circuit Charge Methods Constant voltage to 2.40V. Float charging at 2.25V Constant current, then trickle charge Constant current, then trickle charge. Heating when charged Constant current to 4.1-4.2V, then constant voltage Storage Stored at full charge Stored at 40%. Five years of storage possible at room temp Stored at 40% Stored at intermediate depth of charge 3.7-3.8V Charging times (Fastest) 10 hours 1 hour 1 hour Less than 1 hour Nominal Voltage 2.0V 1.2V 1.2V 3.7V Pros Economical, long term reliability High mechanical strength, high efficiency charge No heavy metals, high capacity No memory effect, high 3.7V voltage, low
1 2 GB Secure Digital memory card SanDisk SDSDQM002GB35A 2 (16 pack) Rack Gear Vex Robotics 276-1957 100 RGB L.E.D.s Sparkfun COM-10866 24 L.E.D. Driver Texas Instruments TLC5930 96 Reed Switches Sparkfun 1 DRAM 512MB 333MHz Digi-Key IS43DR16320B3DBLI 2 7 Segment LCD display Purdy FE0202 Qty Description Supplier Part Number 2 LCD Panel Driver Intersil ICM7211M 2 Jack for Audio Input Shenzhen Lanho PJ-380 3 24” Drawer Gatehouse LS12224 1 1.5” Diameter 36 Tooth Circular Gear Vex Robotics 279-2169 1 36” x 30” x .093” Acrylic Optix MS-06 1 5V Low-Dropout Linear Regulator Texas Instruments UA7805 1 10V Low-Dropout Linear Regulator Texas Instruments UA7810 1 3.3V Low-Dropout Linear Regulator Instruments LM1117-3.3 1 1.8V Low-Dropout Linear Regulator Texas Instruments LM1117-1.8 1 3 to 8 Decoder Sparkfun M74HC238 2 JFET Op-amp Texas Instruments TL082 2 23mm Hobby Speaker Abra SPK110 Table 7.1.1 - Parts acquisition
7.1.1 Bill OfMaterials The bill of materials for CyberChess is displayed in table 7.a.ii. Each component is listed below along with its model, unit price, quantity, and total price. The total estimated budget for CyberChess is XXX. Qty Description Part Number Unit Price Total Price 2 68 oz.in (400steps/rev) Bipolar Stepper Motor ROB10846 $16.95 $33.90 2 Dual Bridge Stepper Driver DRV8834 N/A N/A 1 Servo Motor ROB09064 $12.95 $12.95 1 24 Bit Analog to Digital Converter with 92dB SNR TLV320ADC3101 N/A N/A 1 24 Bit Digital to Analog Converter with 106dB SNR PCM1753 N/A N/A 1 456 MHz ARM9 Microprocessor AM1808 N/A N/A 1 Single Board Linux Computer OLinuxino-iMX233 $56.50 $56.50
1 2 GB Secure Digital memory card N/A N/A 2 (16 pack) Vex Rack Gear 276-1957 $19.99 $19.99 100 RGB L.E.D’s COM-10866 $0.76 $76.00 24 L.E.D. Driver TLC5930 N/A N/A 96 Reed Switches COM-08642 $1.50 $144.00 1 DRAM 512MB 333MHz IS43DR16320B3DBLI $8.47 $8.47 2 7 Segment LCD display FE0202 N/A N/A 2 LCD Panel Driver ICM7211M N/A N/A 2 Phone Jack for Audio Input PJ-380 3 24” Drawer Slide LS12224 $8.23 $24.69 1 1.5” Diameter 36 Tooth Circular Gear 279-2169 $12.99 $12.99 1 36” x 30” x .093” Acrylic Sheet MS-06 $19.98 $19.98 Qty Description Part Number Unit Price Total Price 1 5V Linear Regulator UA7805 N/A N/A 1 10V Linear Regulator UA7810 N/A N/A
TDB Presentation This milestone marks the completion of the final presentation. This milestone can only be reached if every previous milestone in this section is completed. The team’s graduation is dependent on being successful during this presentation. Being successful requires that the product meets all of the specifications and requirements that were initially agreed upon as well as the requirements of the review board. Date Milestone Met? 10/15/2012 Initial Design and Initial Research Yes 11/15/2012 Research Phase Completed Yes 12/4/2012 Research and Design Documentation (Senior Design 1 Documentation) Finalized No 1/7/2013 All Parts Acquired No 1/9/2013 All Parts Individually Tested No 1/21/2013 Prototype Created No 2/21/2013 Testing Phase 1 Completed No 3/7/2013 CyberChess Product Created No 3/21/2013 Senior Design II Documentation No
OMAR RODRIGUEZ DANIEL RODRIGUEZ NEJAD JOSEPH NYAMOGO OF CONTENTS 1. 5 1.1 5 1.2 5 1.3 6 1.4 6 2. 8 2.1 8 2.2 8 2.2.1 Block Diagram 8 2.2.2 Occupancy and Counter Sensor Nodes 9 2.2.3 Gateway and Sub Gate 11 2.2.4 Server 13 2.2.5 User Interface 14 3. 15 AND INTRODUCTION BACKGROUND MOTIVATION PROJECT MILESTONES BUDGET AND FINANCE EXECUTIVE SUMMARY REQUIREMENTS SPECIFICATIONS DESIGN OVERVIEW RESEARCH
make the transceiver work. Offset input is used as an extra configuration to set the center frequency at any frequency not defined by the channel. The offset frequency is always less than the frequency gap between adjacent channels. We are not going to use all the channels for our transceiver. Setting the right input channel is important because if the input parameter channel is not properly supported by the RF transceiver, the return value will be false. • MiMAC_SetAltAddress This function sets the alternative network address after the wireless node joins the network. This function has two inputs. One is the pointer that points to the address. This input is required to support the network addresses to identify the sensor node in the network. The second input is PANID that is used to identify the network itself. 4.1.3.3 Circuit Design MRF24J40MA has many features that work well with our system and there are sample codes form microchip to interface with our microcontroller. In order to better understand the MRF24J40MA, we need to recognize what each pin is stand for and capable of doing for our circuit design. MRF24J0MA module requires three additional pins excluding the standard four SPI pins. These pins are RESET, INT, and WAKE. The memory that is needed for this module is as low as 3kb. This specification makes it possible to use this module with any Microchip microcontroller. Figure 4.1.3.3-1 Pin Diagram: Source [32](Permission Pending) The Input/Output from the microcontroller will connect with the SPI Chip Select (SC) input and clock (SCK), while the data will exchange through the SPI data in and out (SDI,SDO) pins. All data communications with the module are through the SPI interface. Power and Ground Pins (Vin/ GND)
password in plaintext. The other alternative would be to have the database run remotely, and have the phone access and pull the information over the internet, but since the aim of this application is to avoid requiring the internet connection this alternative is not viable. 5.5.3 Diagram The diagram of the GOLD Android application is shown in Figure 40 below. This contains the complete and working classes in the app as of the writing of this document. Figure : GOLD Diagram Starting from the top, the first class block is the LoginActivity. The LoginActivity is the entry point to the program, and with this, it requires an instance of the DatabaseHelper class to perform its login functions. The create user class also requires an instance of DatabaseHelper to work, so the relation between these classes are shown with an association between them. The next part of this diagram is the MainActivity. This activity powers the navigation menu and effectively acts as the central hub of the GOLD application. This is shown through the multiple one-way associations that branch off from the MainActivity. While the user can jump between different fragments using the navigation menu, the individual fragments are not aware of each other. With this, there is not a direct connection between the fragments. Moving over to the BluetoothFragment, this class has two private inner classes, the ConnectThread class and the ConnectedThread class. These two classes are crucial to the BluetoothFragment class’s functionality, and because of this, the relationship between these classes and the BluetoothFragment is that of a composition aggregation. 5.6 Mechanical Design Although this project mainly focuses on the electrical hardware and software design, this equipment needed to be housed in a device for easily detecting the glucose levels in the noninvasively. The following section details the mechanical design that holds the near infrared LED and the photodiode and how it is designed. 5.6.1 Earpiece The earpiece housing was designed to hold the LED and the photodiode on opposite sides so that the photodiode can absorb the remaining light from the LED shining through the ear. Since the best way to obtain blood glucose measurements is through the flesh of the earlobe, this earpiece design was chosen. In the CAD software program SolidWorks, the earpiece shown in the drawing in the drawing is modeled after a typical Bluetooth headset with the LED and the
(Printed with permission of Open Source) Pin # Name Description 1 VCC Input 2 RX Data Input (TTL level) 3 TX Data Output (TTL level) 4 GND Ground 5 GND Ground Table 9: GPS LS20031Receiver Pin Description Another key factor to take into consideration is kind of information that the GPS receiver can give. The LS20031 module provides NMEA (National Marine Electronic Association) massages as output. The possible outputs that you can get from this receiver are shown below in Table 10. NMEA record Description GGA Global Positioning System Fix data GLL Geographic position (latitude / longitude) GSA GNSS DOP and active satellites GSV GNSS satellites in view RMC Recommended minimum specific GNSS data VTG Course over ground and ground speed Table 10: GPS LS20031 Operation Modes
Parts Description Quantity Cost Microcontroller ATmega1280 1 $20.00 Microcontroller ATmega128 1 $15.00 GSM Module SM5100B 1 $100.00 GPS Module Locosys LS20031 1 $100.00 Accelerometer ADXL345 2 $60.00 RF Module Xbee RF Module 2 $62.00 FOB 1 $25.00 Bluetooth Module Bluegiga WT32 1 $100.00 Battery Pack 1000 mAh Li-Po 1 $12.00 USB Mini-B Sparkfun 1 $1.50 Recharge Chip MAX1555 SOT23 1 $12.00 Microphone Generic 1 $3.00 Speaker Generic 2 $5.00 PCB board 4PCB.com 2 $60.00 Miscellaneous Parts ~ ~ Bike Helmet 1 $30.00 Total $539.00 Table 24: Budget and Finance
3.3.2 Microcontrollers 3.3.2.1 Relevant Capabilities In general, the laser etching system consists of the user being able to take a 2-D image and etch a 3-D version of it into a pure crystal glass. The system’s interpretation of the 2-D image is strictly a matter of software capability. However, physically rendering (laser etching) the 3-D image into a glass is a matter of controlled motor movement, placing the laser’s focal point at specific locations inside of the glass. Therefore, the microcontroller(s) needs to have the capability of controlling each motor by stopping and moving them at various or constant speeds. The overall system knows exactly where the focal point of the laser needs to be located prior to that information reaching the microcontroller. The location of all points to be etched inside the crystal glass are stored in a file. Each line of Gcode instruction will be streamed to the microcontroller via its serial. For each Gcode instruction streamed, the microcontroller then interprets it and moves the 3 motors accordingly. Aside from embedded capabilities that interface the software with the hardware, each microcontroller is desired to have an operating voltage of approximately 5 VDC. This is important as it will serve as a constraint in selecting appropriate voltage regulators to power the microcontroller(s). In addition to the aforementioned capabilities, Table 3.6 that follows summarizes all needed features of the microcontroller(s) being used. Feature Purpose Priority 6 PWM Channels Two for each motor driver High Serial (UART) capability Communication method for getting g-code instructions High Operating Supply Voltage ~ 5 VDC Compatibility with 5 VDC regulator specifications High 32 KB Flash Memory Sufficient space for Gcode interpretation software Medium Multiple ADC and DAC channels Interface for potential sensors Low Table 3.6 - Microcontroller Relevant Features 3.3.2.2 ATmega 328P and ATmega 32U4 As described earlier in the relevant capabilities needed, it is imperative that the selected microcontroller have a Universal Asynchronous Receiver and Transmitter (UART) capability and a way to control motors. Methods for controlling the motors is dependent on the type of motors and their respective drivers (if any). Many motors are controlled using PWM signals. If this is the case, the microcontroller being used will need at least 3
Summary – activities implemented Target audience (e.g. Youth young people, youth information networks, youth workers, trainers etc.) Objective concerned (as referred to in part 1 of the application) Type of action (e.g. event, training, publication, material, tool, media presence) Place and duration (if applicable) Partners / Co-organisers (please indicate who is the main organiser) No. of participants Comments
Summary table – activities implemented Target audience (e.g. Youth young people, youth information networks, youth workers, trainers etc.) Objective concerned (as referred to in part 1 of the application) Type of action (e.g. event, training, publication, material, tool, media presence) Place and exact dates (if applicable) Partners / Co-organisers (please indicate who is the main organiser) Number of participants Comments
Summary table – activities implemented Target audience (e.g. Youth young people, youth information networks, youth workers, trainers etc.) Objective concerned (as referred to in part 1 of the application) Type of action (e.g. event, training, publication, material, tool, media presence) and exact dates (if applicable) Partners / Co-organisers (please indicate who is the main organiser) Number of participants Comments
Figure 5.1-1: Top view of the Figure 5.1-2: 3D view of the combination of the first two test of the first two test procedures procedures In the third procedure, parallel diagonal lines will be printed. First in one direction, and then in the other. This will ensure that the method that is used to print lines that are not along the axis are done so correctly by the software, and to check the number of steps for each motor is measured correctly. Figure 5.1-3: Top view of the Figure 5.1-4: 3D view of the diagonals diagonals combined Finally, the last procedure consisted of printing circles of different diameter on the XY plane. This will ensure that the arc function is working properly, and providing the best detail possible. It is necessary to keep write down the radius of the circles, so that the can later be measured. Note that by printing a circle with a small radius we can test the limitations of this function. Figure 5.1-5: Top view of the printed circles procedure. 5.2 Z Axis Calibration There were three tests for the Z axis. The first one printed a cylinder with the maximum height permitted to confirm that the Pegasus Producer is able to reach the height. It was necessary to make the diameter of the circle long enough so that the cylinder does not lose stability and fall down before reaching the height. Even though that the fact that the printer tape hold the object in place Figure 5.2-1: The cylinder that will be printed in order to test the height capabilities of the printer The second one will consist of printing a line in the z axis. The g-code will tell the printer to keep going until the maximum height, but for obvious reasons the structure will not be stable and will probably fall down before reaching it. The purpose of this specific test is to know at what specific height the line will fall. This will be a factor to take into account when dealing with small details like eyelashes.
No. Requirement Description Testing 1 Communication range of 75 ft. Communication from TX should send to RX from 100 ft. Drive DZERV communication failure and record distance. 2 Be able to provide audio/video DZERV must send real-time audio/video to base computer. Check the live feed of the robot as it operates. 3 Battery life of approximately 30 minutes Run the motor until it dies while recording the time. 4 Be able to navigate multiple of terrain (pavement, grass, etc.) DZERV should be prepared for whatever terrain it encounters. the robot over various terrains to ensure it can move efficiently. 5 Must weigh less than 15 lbs. DZERV should be light-weight. Measure the on a scale. 6 Must maintain low enough temperature There should be no failure of electronic equipment. Use a temperature gun to measure the robot while it operates. 7 Simple to use GUI The operator should be able to control DZERV with ease. Find someone unfamiliar with the project and have them test it and listen to their feedback. 8 Portability Aside of being lightweight, it should be easy to transport. Attempt to make the project a one piece robot. 9 Auto notification The system should alert the operator if a condition that needs attention arises. Place interrupts within the GUI code and test dummy conditions to see if they pop up. Table 1: Table of Requirements
“IR Vs. RF: Which is the best for my needs?” Which is the best frequency to use for my application: 315MHz, 418MHz, 433.92MHz, or 900MHz? “Understanding Gear Reduction” “XBee Wireless Communication Starter Kit” “Choosing a Motor: DC, Stepper, or Servo – Free How-to Robot Construction Article” “DC Motor: High Torque Mini DC Gear Motor 3-12V, 5-25 rpm for Hobby / Robots” “Stepper Motor Control – AVR Tutorial” “How to a Robot Tutorial” “Alkaline Battery: Advantages and Disadvantages” “Lithium Battery” “Lead Acid Batteries” “Nickel-Cadmium Battery” http://en.wikipedia.org/wiki/Nickel%E2%80%93cadmium_battery#Comparison_w _other_batteries “NiCd Battery Pack: 7.2V 700mAH for RC Cars: / Radioshack etc” “Nickel Hydride NiMH Batteries” ANT-916-CHP-T Datasheet
“VSWR” Energizer L91 Datasheet “RF Link Transmitter - 434MHz” Stevens Institute of Technology Search and Rescue Robot Senior Design Project “Robot to the rescue: University of Warwick students gear up for European championship” “Microsoft Kinekt-powered robot to aid earthquake rescue-” “How WiFi Works” “Bluetooth Basics” “How Bluetooth “A beginner’s to switching regulators” “Switching Regulators” LM2936 Datasheet LT1121 Datasheet MAX-232 Datasheet
“Control a Car Via PC Using XBee” “RS-232 Cables, Wiring, and Pinouts” “TTL to RS232 Converter” PIC16F886 Datasheet Appendix B: Permissions Digi-Key (PENDING) Antenna Factor (PENDING)
20 – PCB Testing………………………………………………………………….90 Table 21 – Wireless Control Testing…………………………………………………….92 Table 22 – Sensor Testing…………………….………………………………………….93 Table 23 – Microcontroller Testing……………………………………………………...93 Table 24 – Project Cost Breakdown……………………………………………………..94 25 – Project Milestones……………………………………………………………98
Breadboard 1 $3.00 $3.00 Jumper cables 1 $3.00 $3.00 Development board 2 $25.00 $50.00 GPS module 1 $50.00 $50.00 Real time 1 $2.00 $2.00 Electronic compass 1 $14.00 $14.00 Energy harvesting system 1 $8.00 $8.00 Break away headers 1 $3.00 $3.00 Total: $610.00 In an effort to further analyze the budget, the pie chart below breaks down the estimated costs spent on each item as a percentage of the total. The majority of the spending for this project will be on power related components, specifically the solar panels and power regulator. Though solar panels are by no means the most expensive component of this project, several of them are needed for the prototype as well as for testing purposes. Similarly, an individual power regulator is not expensive; however, several are needed for the system. The majority of the modules fall in the midrange of spending. Though some of these, such as the GPS, are in fact the most expensive per unit, only one will be needed for the system. Most of the testing equipment used for the development of the software is on the low end of the spending spectrum. Several of these components are so inexpensive, only a couple of dollars, that their cost is almost negligible when considering the entire spending budget. Figure 54: Budget Percentages 11.3.2 Financing Once an estimated budget was determined, the group then began looking into possible sources of funding. A funding proposal was created outlining the project and how any funding received would be used. After submitting necessary documentation, Boeing/Leidos agreed to sponsor this group by generously donating $532.48. It was agreed by all member of the group that if this project exceeds this amount, then the difference will be split evenly between all four members. Fortunately, the cost of producing the prototype was lowered due to the resources available to UCF students. This included the use of tools in the Texas Instruments Innovation Lab as well as the Senior Design Lab. As a result, a larger portion of the funds could be dedicated to the purchasing of the
4.6 Housing Design 58 4.7 Software Design 59 4.7.1 Virtual Environment 60 4.7.2 Tiva C Software 63 4.7.4 Animations and Games 64 4.8 PCB Design 65 5.0 Design Summary of Hardware and Software 68 5.1 Parts List 68 5.2 Hardware Design Summary 69 5.3 Software Design Summary 71 5.4 Design Issues 73 6.0 Project Prototype Construction and Coding 75 6.1 Parts Selection and Acquisition 75 6.2 PCB Vendor and Assembly 75 6.3 Final Coding Plan 76 7.0 Project Prototype Testing 78 7.1 Hardware Test Environment 78 7.2 Hardware Specific Testing 78 7.3 Final Hardware Prototypes 81 7.4 Software Test Environment 82 7.5 Software Specific Testing 83 8.0 Administrative Content 85 8.1 Milestone Discussion 85 8.2 Budget and Finance Discussion 88 9.0 Conclusion 90 Appendices: Appendix A: Copyright Permissions A
Connect the battery that will be used on the MHD boat to the circuit instead of the laboratory power supply, verify that no changes occur in the circuit due to this change in power sources. 4.4 Directional Control The following procedure will be used to test the functionality of the directional control circuitry: Verify that the initial position of the rudder is straight, meaning in line with the bow and stern of the MHD boat. Test the maximum turning angle of the rudder; ensure that the angle is not beyond the designed angle, as a stall can occur if this condition is not functioning correctly. Check the speed that the rudder turns in reference to the distance the rudder has to travel for desired position. If the direction control subsystem is not mounted on the MHD boat, simulate the expected maximum flow that the MHD will experience. Verify that the rudder functions correctly under these conditions and that the servo motor has the power to turn the boat with the added water resistance. 4.5 Boat Hull Testing Testing the watertight integrity and weight balancing of the constructed boat will a very important step to be performed before the building process. We will use the following method: Place the boat in water and observe whether it is properly balanced and not leaning to one side of another. Using a 15 pound weight place it in the boat and leave it for about 1 hour. Upon returning carefully inspect the boat for leaks or water of any kind. With a 3 weight, tape it to all four sides, one at a time to ensure that the boat will be able to withstand small amounts of unbalanced weight without tipping.
Figure - Transferring a project to a screen 10.4 – Adding a machine to the PLC program Step 1: See step 1 in section 10.3 to download and install the CLICK PLC programming software. After doing so, either open an existing program and continue to step 2. If you do not have a current program available to edit, connect to the PLC using an Ethernet cable and setting your adapter’s IP to the same subnet, gateway, and subnet mask as the PLC. Recommended settings are as follows: IP: 192.168.1.10 (Subnet = 192.168.1.XXX) Gateway: 192.168.1.1 Subnet mask: 255.255.255.0 Make sure no network conflicts are present and navigate to PLC Connect in the CLICK programming software. Figure - PLC connection window Important features of the connection window include A: port type and network adapter selection. Make “Ethernet” is selected as well as the correct adapter you are using. Also double check the port setting IP address information. B: PLC device list – here the devices discovered will be shown. C: “refresh” and “blink” options. These allow to refresh the device list and identify devices if more than one PLC is present on the network by flashing the onboard status LEDs of the selected device. IMPORTANT – do not use the “edit” function unless setting up a new PLC or settings have been corrupted. Once the correct settings have been entered, click “connect” and the PLC will connect and ask to read the project currently in the PLC or use the one loaded currently in memory. Always copy the project currently in the PLC and make a backup before proceeding. Step 2:
South Africa All containers of irradiated foodstuffs shall be labelled with the international Radura symbol together with one of the following words: “Irradiated” or “Radurised”. In the case of foodstuffs containing an irradiated component(s) in more than 10% of the mass of the finished product, the words “Irradiated” or “Radurised” shall appear opposite the relevant component(s) in the list of ingredients. Use of the international Radura symbol is optional. Where bulk containers of irradiated foodstuffs are opened at the point of sale in such a manner that thereafter the statement is obscured from the consumers’ view, a notice with the following words “Irradiated” or “Radurised” shall be displayed in immediate proximity to such a food stuff and in clear view of the purchaser.
① main frame ② test cable ③ vehicle 2. SD500 Main Interface The main interface is shown as below. Select to test vehicles; Select to enter the settings menu; Select to check the software version, serial number, etc.; Select to do SD500 self-test. 3. OBDII Diagnosis (1). Select in the main interface to do OBDII diagnosis. (2). When choose SD500 will scan the protocol of the vehicle automatically. If it is compatible with OBDII protocols, then SD500 can diagnose that vehicle.
Insurance Commission of WA Background The Insurance Commission of WA (ICWA) provides funds management, expert advice and claims handling services in relation to the operations of the compulsory third party (CTP) and no-fault motor vehicle catastrophic injuries insurance schemes in the IOT. the arrangement, the ICWA manages all claims for personal injury, including nominal defendant claims, resulting from motor vehicle crashes or crashes involving unidentified or unlicensed (and hence, uninsured) vehicles in the IOT. Highlights and Activities No new claims were lodged in the IOT in 2016-17.
Salaries and Allowances Tribunal Background The Salaries and Allowances Tribunal determines the remuneration paid to the IOT Local Government Chief Executive Officers (CEOs) and the fees, expenses and allowances provided to elected members, on behalf of the Australian Government. The Tribunal is required to inquire into and determine the amount of: remuneration, or the minimum and maximum amounts of remuneration, to be paid or provided to CEOs of governments on an annual basis; fees, or the minimum and maximum amounts of fees, to be paid or provided to elected council members for attendance at meetings on an annual basis; expenses, or the minimum and maximum of expenses, to be reimbursed to elected council members on an annual basis; and allowances, or the minimum and maximum amounts of allowances, to be paid to elected council members and CEOs of local governments on an annual basis. Highlights and Activities 2017 Local Government CEO and Elected Members Inquiry and Determination. Horizon scan 2018 Government CEO and Elected Members Inquiry and Determination.
Caution: The piercing pin is sharp and care must be taken when using it Boiling: Fill the measuring cup to the desired level with cold water. Pour the water onto the heating plate. Sit the egg rack in position. Use the piercing pin to pierce the larger end of each egg and onto the egg rack with the pierced holes uppermost. the lid Plug the egg cooker into a suitable wall socket. Press the On button, the indicator light will illuminate to indicate that the Egg Cooker is working. The indicator light will turn off when cooking is complete. Unplug the Egg Cooker and remove the lid. Take the eggs from the egg rack and serve. Caution: The eggs will be hot, use a suitable oven glove or similar to remove them from the egg cooker. Poaching: Fill the measuring cup with cold water to the level marked Medium – 1 egg. Pour the water onto the heating plate and place the egg rack into position. Lightly grease the poaching tray with butter or margarine. 1-2 eggs into the poaching tray. Place the poaching tray onto the egg rack and close the lid. Plug the egg cooker into a suitable wall socket. Press the On button. The indicator light will illuminate to indicate the Egg Cooker is working. The indicator light will turn off when the eggs are cooked, unplug the Egg Cooker and remove the lid. Using a suitable oven glove remove the poaching tray and serve. Omelette: Beat the egg(s) in a bowl and add your omelette ingredients such as cheese, onion, peppers or cooked meats.
Answer Choices Responses Support member 22.58% 7 Supervisor 41.94% 13 35.48% 11 Question 2 30 Answered, 1 Skipped Have you attended or sent your staff to attend a Support Staff Workshop (SSW) in the past? Answer Choices Responses Yes 86.67% 26 No 10.00% 3 Not applicable 3.33% 1 Question 3 30 Answered, 1 Skipped Please indicate your satisfaction with prior SSW events. Answer Choices Responses Highly satisfied 16.67% 5 Satisfied 43.33% 13 Neither satisfied or dissatisfied 16.67% 5 Dissatisfied 10.00% 3 Highly dissatisfied 0.00% 0 Not Applicable 13.33% 4 Question 4 24 Answered, 7 Skipped Please indicate reasons for not attending or not sending staff to SSW (choose as many as applicable). Answer Choices Responses Budget limitations 25.00% 6 Inconvenient location/travel constraints 41.67% 10 Short-staffed 12.50% 3 Lack of interest in sessions being offered 45.83% 11 Agenda topics aren’t applicable/timely 29.17% 7 Attend other training instead 29.17% 7 Dissatisfied with prior SSW experience 8.33% 2 Comments “Staff member that attended said she felt that there wasn't much time put in to this workshop, but feels it is a needed workshop for those who don't get to go to other conferences.” “Support staff viewed it more as a "perk" to go; not so much the information they got, as they can get that info online or in other ways. Staff have declined to go in recent years due to family situations and other commitments on their time.” “Normally I do attend unless there is a session where the topics do not apply, as in Federal Direct Loan Reconciliation through the Department of Ed because my process is completed through our software.” “N/A” “We have always sent someone.” “Associate member”
The Blue wire must be connected to the terminal marked N or coloured Black. The wire must be connected to the terminal marked L or coloured Red. The Green and Yellow wire must be connected to the terminal marked E or coloured Green. Check that there are no cut or stray strands of wire inside the plug. Use a 13 Amp BS 1362 fuse, only use BSI or ASTA approved fuses. If you are in any way unsure which plug or fuse to use, always refer to a qualified electrician. After replacing or changing a fuse on a moulded plug, the cover must be refitted to the plug; the appliance must not be used without a fuse cover. WARNING: Do not wrap the cord around the appliance for storage. Technical Specification. Voltage : 220-240V ~ 50/60 Hz Rated Power : 1500W Protection Class : I (This appliance MUST be earthed) Model : SDA1198 Waste electrical products should not be disposed of with household waste. Please recycle where facilities exist. Check with your Local Authority or retailer for recycling advice. Daewoo Electricals is a registered trademark. Produced and imported under licence by Europasonic (UK) Ltd
We give thanks for the life of . . . . . ; for the smiles, the fun and the friendships s/he brought to our lives. Through our tears we ask, Lord, that as s/he is welcomed into your loving arms s/he also stays in our hearts. S/he will always be special to . . . . . school and to . . . . . Church. Help us all, family, friends and community, to say farewell to . . . . . ; but to forget him/her. We ask this in Jesus’ Name. Amen. Rupert Bristow Death of a Headteacher / Teacher Almighty God, you know that it will be difficult for us at (name) school without (name.) Bring us the strength and hope to carry on, as s/he would have wished. We thank you, Lord, for the special gifts s/he brought to this school and shared with us. May the church and the wider community give thanks for his/her contribution to the life of (name village / town) and may we redouble our own efforts to serve each other, in honour of his/her memory. We ask this through Jesus Christ, our Lord. Amen. Rupert Bristow Almighty God, as we remember all that (name) has meant to us at (name) school, we pray that s/he is now at peace with you in your eternal kingdom. Only you know why s/he was taken from us at this time, but we give thanks for his/her special place in our hearts at our school. We pray for his/her family and friends at this difficult time. Show your love for them and for us, as we struggle to cope with the loss. May your church be a comfort and strength to us all. We ask this through Jesus Christ, our Lord. Amen. Rupert Bristow Prayer For A One Departed You shared life with us
recruitment or retention payment under paragraph 47 if they have already made an award under paragraph 11.5(c) or have taken such reason (recruitment or retention) into account when determining the ISR under an earlier Document (paragraph 11.4.1 of the Document). CONCLUSION This policy has been agreed by the Governing Body of……………………….........................School on…………………… and supersedes all previous pay and conditions of service policies. Chair of Governors Date Annexe A APPEALS PROCEDURE The School Teachers’ Pay and Conditions Document (“the Document”) requires schools to have a pay policy in place that sets out the basis on which teachers’ pay is determined and the procedures for handling appeals. As part of the overall appraisal process, a pay recommendation is made by the appraiser/reviewer (normally the line manager) and discussed with the teacher at the Review Meeting prior to being submitted to the school’s Pay/Personnel Committee or relevant decision-making body. Written details of and the reasons for the pay recommendation will be given to the teacher. At this particular stage of the pay determination process, if the teacher wishes to better understand the rationale for the pay recommendation or bring any further evidence to the attention of the appraiser/reviewer, they should be given the opportunity to do so before
IMPORTANT SAFEGUARDS When using electrical appliances, basic safety precautions should always be followed. These instructions should be saved for future reference: Read and familiarise yourself with all operating instructions before using this sandwich toaster. Before plugging your unit into the visually check that it is intact and has not suffered any transit damage. Check that the voltage indicated on the data plate corresponds with that of the local network before connecting the appliance to the mains power supply. Do not use this product with a programmer, separate system or any other such device. Do not immerse this appliance in water or any other liquids. Cooking appliances should be positioned in a stable situation with the handles (if any) positioned to spillage of liquids. DO NOT touch hot surfaces. Accessible surfaces are liable to get hot during use. Always use the handle. Oven gloves should be used whilst using the sandwich toaster. Close supervision is required when using this appliance near children. Never leave this appliance within reach of children. This appliance shall not be used by children from 0 to 8 years. This appliance can be used by children aged from 8 years and above and persons with reduced physical, sensory or mental capabilities or lack of experience and knowledge if they have been given supervision or instruction concerning use of the appliance in a safe way and understand the hazards involved. Children shall not play with the appliance. Keep the appliance and its cord out of reach of children less than 8 years. Cleaning and user maintenance shall not be made by children. Do not the appliance unattended during use. Do not leave the appliance unattended whilst connected to the mains supply. Always use this appliance on a solid, level, non-flammable surface. Do not use this appliance outdoors. It is imperative to unplug the power cord after the appliance has been used, before it is cleaned and whilst being repaired. Regular, periodic checks should be carried out on the supply cord to ensure no damage is evident. Should there be any signs of damage the appliance should not be used.
[References should be font Calibri, size 10 point. Please note the 1cm indentation.] Within the text, give author and year of publication in the Harvard style of referencing. E.g. (Smiths, 2005), for more than two authors put (Smiths et al, 2015). References should be listed at the end of the paper in alphabetical order of author using the Harvard’s system. Examples are presented below: Yang, C. (2015). Education for Sustainable Development. PhD. University of East London [For Dissertation: Author, Year of publication. Title of dissertation. Level. Official name of University] Ryan, K. (2009). Energy Conservation. Energy and Buildings, 65 (1), pp. 80-95) [For journals: Author(s), Initials. (Year). Title of article. Full Title of Journal, Volume number (Issue/Part number), Page numbers.] Clarke, A. (2017). Innovative Technology for Low Energy Retrofitting. London: Low Energy Ltd [For books: Author(s), Initials. (Year). Title of book. Edition (only include if not the first edition). Place: Publisher] Howard, J., (2016).Building Performance Evaluation. In: SDBE International Conference London 2016, London, UK, 20 - 21 Dec 2016. Docklands: University of East London [For conferences: Author(s), (Year). Full title of conference paper. In: followed by editor or name of organisation, Full title of conference. Location, Date, Place of publication: Publisher]
Keep the appliance and its cord out of reach of children less than 8 years. Cleaning and user maintenance shall not be made by children. Do not leave the appliance unattended during use. Do not leave the appliance unattended whilst connected to the mains supply. Always use this appliance on a solid, level, non-flammable surface. Do not use this appliance outdoors. It is imperative to unplug the power cord after the appliance has been used, before it is cleaned and whilst being repaired. Regular, periodic checks should be carried out on the supply cord to ensure no damage is evident. Should there be any signs of damage the appliance should not be used. If the supply cord is damaged it is to be replaced by a qualified person in order to avoid a hazard. Do not operate this appliance with a damaged plug or cord, after a malfunction or after being dropped or damaged in any way. Do not allow the mains cable to hang over sharp edges or come in contact with hot surfaces. the unit to cool before storage. Never place the appliance near to flammable material or high pressure containers. This appliance is intended for household use only and should not be used for industrial purposes. Do not use any accessories or attachments with this appliance other than those supplied or recommended by supplier. Do not use this appliance for anything than its intended use. Do not push objects into any openings as damage to the
for Billing Documents → Copying Control: Delivery Document to Billing Document 12 Assign Requirement Logistics Execution → Shipping → Basic Shipping Functions → Availability Check and Transfer of Requirements → Transfer of Requirements → Determination of Requirements Using Transaction 13 Assign Incompletion Procedure to Standard Document Type Sales and Distribution → Basic Functions → Log of Incomplete Items → Assign Incompleteness Procedures 14 Assign Output Determination Procedure (Billing Doc) Sales and Distribution → Basic Functions → Output Control → Output Determination → Output Determination Using Condition the Technique → Maintain Output Determination for Billing Documents → Assign Output Determination Procedures 15 Assign Output Determination Procedure Doc) Sales and Distribution → Basic Functions → Output Control → Output Determination → Output Determination Using Condition the Technique → Maintain Output Determination for Sales Documents → Assign Output Determination Procedures 16 Create Candition Record BA00 Logistics → Sales and Distribution → Master Data → Output→ Sales Document → Create 17 Create Condition Record RD00 Logistics → Sales and Distribution → Master Data → Output→ Billing Document → Create
CONTRACT The contract will be reviewed by [name of individual] annually Semi-annually Date: PERFORMANCE REVIEWS A complete performance review will occur at the end of the probation period The Employee will be provided with a written performance appraisal at least once per year and said appraisal will be reviewed at which time all aspects of the assessment can be fully discussed. Performance review will take place annually on the anniversary of your employment Our office does not utilize performance reviews. COMPENSATION Monthly salary is [enter amount] Hourly rate is [enter amount] Such payments shall be subject to such normal statutory deductions by the Employer. plan available[list details] The salary shall be review on an annual basis. Remuneration shall be paid on [enter date] Merit increases shall be available [annually, semi-annually etc.] Cost of living increases shall be available [annually, semi-annually etc.] AVERAGING PERMIT This permit allows an employer to average the hours of work of an employee or group of employees work over a period of weeks. Modified work arrangements can be negotiated with an employee or group of employees for up to 12 hours in a day or 160 hours in 4 weeks. Our office does not have an averaging permit We have an averaging agreement in for hours exceeding the standard 8.0 or 10.0 hour work day. OVERTIME POLICY (please check all that apply) Overtime is paid after 8.0/5 day week or 10.0 hours/4 day week in a day in accordance with our office hours OR Time-banking overtime is an option An overtime bank is an agreement between the employer and employees that allows any overtime that an employee works to be banked rather than to be paid out. The banked time can be taken off with pay during regular working hours at some mutually agreed to later date. In Saskatchewan, weekly hours of work are set at 40, with standard daily hours set at either 8 or 10. If employees work more than these set hours, overtime must be paid 1.5 times their regular hourly wage. Employees who are not paid by the hour must have their pay converted to an hourly rate to make the overtime calculation. To calculate the hourly rate for employees paid on a monthly basis, multiply the monthly wage by 12, divide the result by 52, and then divide by the regular weekly hours worked (which cannot be more than 40) All overtime bank agreements must be: in writing; agreed to, and signed by, both employer and employee; and retained by the employer, with a copy going to the employee.
Sheffield Alliance Commitment Form I would like to join the Sheffield Dementia Action Alliance on behalf of: Sheffield Local Pharmaceutical Committee I understand that a Dementia Action Plan will need to be submitted within 3 months of this commitment. All organisations agree to their details being sent to the National Dementia Declaration for inclusion on their database and website to allow information dissemination. Date: 9th July 2013 Contact name: James Wood Address: LPC Office, WMS House, 61-67 Wicker, Sheffield, S3 8HT Email: Alzheimer’s Society Alzheimer’s Society is the UK’s leading care and research charity for people with dementia and those who care for them. There are approximately 800,000 people with dementia in the UK – over 64,000 in our region. Alzheimer’s Society provides information and support for people with all forms of dementia and those who care for them. It runs quality care services, funds research, advises professionals and campaigns for improved health and social care and greater public understanding and awareness of dementia. Alzheimer’s Society is working with other organisations to support Dementia Action Alliance members across the region to help them write and implement their action plans. For further information, contact: Anna Machalica Support Services Manager Alzheimer's Society Venture House 105 Arundel Street Sheffield, S1 2NT Tel: 0114 276 8414 Email: Anne. Dementia Action Alliance You can make a difference to local people living with dementia Join Sheffield Dementia Action Alliance Dementia Action Alliance in Sheffield It is the little things that can mean such a lot to a person with dementia … in a shop, bank or local government office … being given time to explain … or to pay … patience, understanding. It’s not a lot to ask. By becoming part of Sheffield Dementia Action Alliance, you and your
Health Care and Economic Security Staff Development Center Governance Board Location: 3815 Steele Street, Denver, CO 80205 Meeting Notes 1:30pm -3:30pm Meeting Facilitator: Grant Smith/Tammy Hoffman Call the Meeting to Order 1:30pm Roll call – Please state your name and what department you represent Room: Grant Smith-County co-chair; Marivel Klueckman-HCPF; Katie Griego-CDHS; Lena Harris-Wilson-CDHS Nancy Dierker-OIT and Tammy Hoffman-County co-chair Non-Board Members: Jan Mickish; Sonia Sandoval; and Michelle Martinez Approval of minutes / Notes from Meeting March 9,2017: Approved (Motion to approve with corrections or additions) SDC Training Center Update –45 Minutes Preview for the Board – Virtual Class Room to be presented by SDC. Viewed the 1st PBT Module and feedback from members present was very positive. SDC is currently reviewing what County Certified trainers will need for PBT certification. The PBT Regional training will occur at Montrose; Las Animas; Larimer; Broomfield; Arapahoe; and Logan County. Mesa County is no longer an available regional training site. SDC Staffing Update – no vacancies SDC Budget Update – currently the YTD funds used is $630,059.05 and the remaining funds are $144,940.95. SDC has requested 12 Laptops and the estimate received is $14k with a 3 year support. Cognos Training – Waiting to get into environment and hope to have it to counties for training mid-June. Other trainings – Civil Rights WBT will be rolling out per FNS Review and will need to be completed by all counties by Sept. 30, 2017. HDT report shows need for Reasonable compatibility WBT and they are hoping to have that available in July 2017.