UQDJLD-1Remote Control-1

User Manual Page 1 of 6 Adjustable Power System Warning: "Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment Adjustable Power System can be applied on the sofa, chair and adjustable bed in the house, office, hotel and entertainment places. It is of high quality, and it realizes the automation of furniture, and provides a big market for furniture manufacturers. 1. Configuration of the adjustable system The adjustable system consists of actuator, transformer and remote controller. 1. Actuator Active ring of the actuator moves back and forth when it’s driven by spindle which rotates under the force driven by the spindle guide with power connection. When the actuator is installed on the mechanism, it can drive the mechanism to open and close. The double limit switches help increase the accuracy of the traveling stroke. The quality of actuator is consistent, and it’s safe and of high torque and high durability with heavy load capability. Critical parameters: User Manual Page 2 of 6 Max speed with no load: 19.9 mm/s Max load allowed: 330±10% kg Smallest installation size: 156 mm Stroke: 333±1 mm Life of cycles: ≥15000 Distance range for effectiveness of remote controller ≤4.0 m 2. Transformer The transformer can be applied on the sofa, chairs and bed together with the JLDQ actuators. The transformer has a shut off function when it’s overloaded. The transformer works under the 24v DC. The frequency of transformer receiver is 433.92MHz. Main technical index: Input voltage: 120VAC, 60HZ, Input current: 1A Output voltage: 24VDC Output current: 3 A Working duration: 10％ (1 min ON, and 8 mins OFF) Frequency of receiver: 433.92MHz 3. Remote controller The remote controller consists of PCB, top and bottom cover and buttons. It activates the movement of the actuator by pressing on the buttons. User Manual Page 3 of 6 Main technical index: Sending frequency: 433.92MHz Sending power: <10mW Sending method：ASK Battery: 3 pcs of AAA X, 4.5V, 12V Working current: 3mA 2. Installation: Press on the buttons of the remote controller, and the active ring on the actuator will move back and forth. Fix the actuator and transformer onto the furniture mechanism, and connect all the parts per picture above. Install the plug, and press on the button of the remote controller. Safety Points: 1. Before using the transformer, please confirm the local voltage supplied by your utility provider is the same as the voltage requirement of the transformer. 2. Before using the system, please confirm the proper batteries are applied. 3. Shut off the power before installing or removing the plugs and wires. User Manual Page 4 of 6 4. The transformer can not be used in a humid atmosphere. 5. The transformer operates in a temperature range of 0 to 40°C. System Configuration User Manual Page 5 of 6 User Manual Page 6 of 6 Connection interface Backup battery 2 pieces of 6-F22 9V square batteries are applied in the backup battery box, so that the reclined mechanism can be retracted when the power is shut off. Please don’t use the backup battery to drive the power system as the power stored in the battery is very limited. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Input from actuator Battery backup box

123456 A B C D 654321 D C B A Title NumberRevisionSize B Date:23-Oct-2006Sheet of File:E:\user\PXD\MyDesign.ddbDrawn By: P T 2 2 6 2 C o d e i n g VCC 17 R9 R a d i o e m i t t i n g Q 1 , X 1 4 3 3 M I n t e r n a l A n t e n n a Battery 12VDC S1 S2 S3 S4

Date: October 17, 2006 Reference: FCC ID UMYJLD-1 1) Block diagram is missing frequencies and transmitter detail. Block diagram revised. 2) Operational description does not address how the transmitter is activated (manual control - transmits once per bush or continues to transmit until button released). If it transmits until the button is released then the button cannot be "locked" into an on position, it must be held down by the user. The Test Report refers to manually activated with transmission less than 5 seconds after automatic deactivation - please explain. The test report was revised to explain that the transmission only occurs when the button is pushed. The button does not lock into place. 3) Operational description does not address the transmission code with enough information to support the claim for the duty cycle calculation. It appears that the transmitter is capable of transmitting at least two codes (one for extend and one for retract). The operational description should better explain the transmitted sequence to support the use of the correction factor as being the worst case (highest) duty cycle. Alternatively, compliance may also be demonstrated by comparing the peak measurements to the (correct) average limit. The test report was revised to show the duty cycle for both retract and extend transmission codes. 4) Please provide a plot showing the transmission duration - the plot should indicate the instant at which the button was released and the time between the button being released and end of the transmission. The test report was revised to show the plot. 5) Limit at 1301 MHz is incorrect and should be the general limit of 54dBuV/m average and 64dBuV/m peak as the emission is in a restricted band. Please correct the data - the data suggests that the emission is below the limit. The test report was revised. 6) Occupied bandwidth measurement (20dB bandwidth) - per ANSI C63.4 analyzer video bandwidth shall be greater than the resolution bandwidth, and the resolution bandwidth shall be at least 1% of the measured bandwidth. The measurement was made with RB=120kHz and VB = 3kHz. Note that the limit is 0.25% of 433.7MHz (1.08 MHz), so resolution bandwidth should be >= 10kHz. The limit calculated in the table on page 53 is incorrect. The test report was revised. Date: October 25, 2006 Reference: FCC ID UMYJLD-1 Thank you for your response to my previous questions. They resolved many of the issues. I do need the following, however, to complete the application. 1) It appears that the grantee code is no longer valid, please check with your client. I have also asked the FCC administrative section to see if they know what is wrong. Administrative issue has been resolved via EASADmin ... grantee code was changed from UMY to UDQ. Label, external photos showing label and report all updated with new grantee code. 2) The plot showing the transmission duration is still too short to clearly demonstrate that the transmission is less than 5 seconds long. A plot of at least 5 seconds (preferably 10 – 20 seconds duration) with the transmission burst somewhere in the middle of the plot would help demonstrate that a single transmission is less than 5s long. Plot inserted into report

Date: October 25, 2006 Reference: FCC ID UMYJLD-1 Thank you for your response to my previous questions. They resolved many of the issues. I do need the following, however, to complete the application. 1) It appears that the grantee code is no longer valid, please check with your client. I have also asked the FCC administrative section to see if they know what is wrong. Administrative issue has been resolved via EASADmin ... grantee code was changed from UMY to UDQ. Label, external photos showing label and report all updated with new grantee code. 2) The plot showing the transmission duration is still too short to clearly demonstrate that the transmission is less than 5 seconds long. A plot of at least 5 seconds (preferably 10 – 20 seconds duration) with the transmission burst somewhere in the middle of the plot would help demonstrate that a single transmission is less than 5s long. Plot inserted into report

FCCID: UQDJLD-1 We found during a review of our records that there was a confusing reference on pages 1 and 2 in the test report originally submitted for this application. Attached is a revised report. Please supercede the originally submitted test report exhibit with this revised test report. Please note that there are no changes in any of the test data in the report.

For the transmitter Front View Rear View

For the transmitter Main Board Front View Main Board Back View Main Chip View

EUT description: The transmitter is powered by 1*12V alkaline battery. It is manually operated and has two buttons to control the signal. One is “extend” and the other is “retract”. It transmits once per push and will cease transmitting immediately after the button is released. The extend button is to switch the No.12 pin of the coding chip. The retract button is to switch the No.12 pin of the coding chip. So the coded transmitting signal is different. The receiver is connected to motors and the motors can move according to the transmitter. How to remote control the actuator. 1. Power the transmitter, power the receiver and connect the actuator to the receiver. 2. Press the button on the transmitter. 3. The receiver can receive signal from transmitter and decode, then it can control the actuator to perform action. Frequency bands description: EUT uses 433.77MHz Circuit description: About the circuit, there is one 433.75MHz crystal and the associated circuit, they consist of the oscillatory circuit. Then the signal can be transferred to the coding chip PT2262. The coded signal can be sent to internal antenna. The power of the two coding output is controlled by two buttons, which are corresponding to the extend mode and the retract mode.

1234 A B C D 4321 D C B A Title NumberRevisionSize A4 Date:18-Aug-2006Sheet of File:E:\user\PXD\MyDesign.ddbDrawn By: X1 Q1 R5 R6 C3 C2 VCC LED1LED2 C5 R7 S2 S1 R1 R2 D1D2 C1 R4 A0 1 V S S 9 TE 14 OSC2 15 OSC1 16 DATA OUT 17 VCC 18 A1 2 A2 3 A3 4 A4 5 A5 6 A6 7 A7 8 D3 10 D2 11 D1 12 D0 13 PT2262 R9R8 R3 VCC VCC 3356 100Ω 39KΩ 4.7KΩ 510Ω 4.7KΩ 4.7KΩ 10KΩ10KΩ 4.7MΩ R433A 2P 5P 15P

670 National Avenue, Mountain View, CA 94043 Tel. (650) 988-0900 Fax (650) 988-6647 www.ecmg-global.com FCC CERTIFICATION RADIO MEASUREMENT TECHNICAL REPORT On Model Name: Remote Control -1 Model Number : JLD-1 Trademark : N/A FCC ID : UQDJLD-1 Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd According to FCC Part 15 (2006), Subpart C Test Report #: JIA-0608-0666SH-FCC Prepared by: Chris Huang Reviewed by: Harry Zhao QC Manager: Paul Chen Test Report Released by: 2006, October 25 ⎯⎯⎯⎯⎯⎯⎯⎯⎯ ⎯⎯⎯⎯⎯⎯ Paul Chen Date NVLAP Lab code: 200068-0 ISO/IEC 17025:1999, ISO 9002:1994 Test Location Tests performed at EMC Compliance Management Group (China) in a Certified ANSI Semi-Anechoic Chamber and Shielded Room performed testing. Test Site Location: Jiangsu Electronic Products Supervision & Inspection Institute No 107 Ge lane ZhongQiao WuXi JiangSu, China Tel: 86-510-85140038 Fax: 86-510-85140037 Registration Number: 399439 Accreditation Bodies EMC Compliance Management Group is a fully accredited Test Laboratory for ITE, ISM and Telecommunications Products. In compliance with the site registration requirements of Section 2.948 of the FCC Rules to perform EMI measurements for the general public. Accredited by the National Voluntary Laboratory Accreditation Program for the specific scope of accreditation under Lab Code # 200068-0. Table of Contents DISCLAIMER NOTICE _________________________________________ 1 REPRODUCTION CLAUSE_____________________________________ 1 OPINIONS AND INTERPRETATIONS ___________________________ 1 STATEMENT OF MEASUREMENT UNCERTAINTY ______________ 1 ADMINISTRATIVE DATA _____________________________________ 2 EUT DESCRIPTION ___________________________________________ 2 TEST SUMMARY _____________________________________________ 3 TEST MODE JUSTIFICATION _________________________________ 4 EUT EXERCISE SOFTWARE ___________________________________ 4 EQUIPMENT MODIFICATION _________________________________ 4 TEST SYSTEM DETAILS ______________________________________ 5 CONFIGURATION OF TESTED SYSTEM________________________ 6 EUT SAMPLE PHOTOS OF JLD-1 ______________________________ 7 ATTACHMENT 1 – ANTENNA REQUIREMENT_________________ 12 ATTACHMENT 2 – OPERATION MODE _______________________ 15 ATTACHMENT 3 – RESTRICTED BAND OF OPERATION_______ 18 ATTACHMENT 4 –FIELD STRENGTH OF FUNDAMENTAL AND SPURIOUS EMISSIONS__________________________________________________ 24 ATTACHMENT 65– BANDWIDTH TEST_______________________ 38 EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 1 of 41 Disclaimer Notice When government drawing, specification, or other data are used for any purpose other than in connection with a definitely related government procurement operation, the United States Government thereby incurs no responsibility nor any obligation whatsoever; and the fact that the Government may have formulated, furnished, or in any way supplied the said drawing, specifications, or other data, is not to be regarded by implication or otherwise in any manner licensing the holder or any other person or corporation, or conveying any rights or permission to manufacture, use, or sell patented invention that may in any way be related thereto. This report must not be used to claim product endorsement by NVLAP or any agency of the U.S. Government. Reproduction Clause Any reproduction of this document must be done in full. No single part of this document may be reproduced without permission from EMC Compliance Management Group, 670 National Ave., Mountain View, CA 94043. Opinions and Interpretations This test report relates to the abovementioned equipment under test (EUT). Without the permission of EMC Compliance Management Group Test Lab this test report is not permitted to be duplicated in extracts. This test report does not entitle to carry any test mark on this or similar products. The manufacturer has sole responsibility of continued compliance of the device. Statement of Measurement Uncertainty The data and results referenced in the document are true and accurate. The reader is cautioned that there may be errors within the calibration limits of the equipment and facilities that can account for a nominal measurement error. Furthermore, component and process variability of devices similar to that tested may result in additional deviation. EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 2 of 41 Administrative Data Test Sample : Remote Control -1 Model Number : JLD-1 Trade Mark : N/A Date Tested : 2006, September 18 Applicant : Jiaxing Refined Mechanics Hi-Tech Co., Ltd No.7 Henger Road, Wangjiangjing Development Zone, Jiaxing, Zhejiang, China Telephone : 86-573-2283296 Fax : 86-573-2283298 Applicant : Jiaxing Refined Mechanics Hi-Tech Co., Ltd No.7 Henger Road, Wangjiangjing Development Zone, Jiaxing, Zhejiang, China EUT Description Jiaxing Refined Mechanics Hi-Tech Co., Ltd model number JLD-1 (referred to as the EUT in this test report) is a Remote Control -1. The transmitter is manually operated and has a button. It transmits once per push and will cease transmitting after the button is released. EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 3 of 41 Test Summary The Electromagnetic Compatibility requirements on TAT-E for this test are stated below. All results listed in this report relate exclusively to this above-mentioned model as the Equipment Under Test. This report confers no approval or endorsement upon any other component, host or subsystem used in the test set-up. EMC Test Items Reference FCC Part 15 (2006), Subpart C Specification Description Test Results Remark FCC Part 15.203 Antenna Requirement Compliance Attachment 1 FCC Part 15.205 Restricted Band of Operation Compliance Attachment 3 FCC Part…

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670 National Avenue, Mountain View, CA 94043 Tel. (650) 988-0900 Fax (650) 988-6647 www.ecmg-global.com FCC CERTIFICATION RADIO MEASUREMENT TECHNICAL REPORT On Model Name: Remote Control -1 Model Number : JLD-1 Trademark : N/A FCC ID : UQDJLD-1 Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd According to FCC Part 15 (2006), Subpart C Test Report #: JIA-0608-0666SH-FCC Prepared by: Chris Huang Reviewed by: Harry Zhao QC Manager: Paul Chen Test Report Released by: 2006, October 25 ⎯⎯⎯⎯⎯⎯⎯⎯⎯ ⎯⎯⎯⎯⎯⎯ Paul Chen Date Test Location Tests performed at EMC Compliance Management Group (China) in a Certified ANSI Semi-Anechoic Chamber and Shielded Room performed testing. Test Site Location: Jiangsu Electronic Products Supervision & Inspection Institute No 107 Ge lane ZhongQiao WuXi JiangSu, China Tel: 86-510-85140038 Fax: 86-510-85140037 Registration Number: 399439 Table of Contents ADMINISTRATIVE DATA _____________________________________ 1 EUT DESCRIPTION ___________________________________________ 1 TEST SUMMARY _____________________________________________ 2 TEST MODE JUSTIFICATION _________________________________ 3 EUT EXERCISE SOFTWARE ___________________________________ 3 EQUIPMENT MODIFICATION _________________________________ 3 TEST SYSTEM DETAILS ______________________________________ 4 CONFIGURATION OF TESTED SYSTEM________________________ 5 EUT SAMPLE PHOTOS OF JLD-1 ______________________________ 6 ATTACHMENT 1 – ANTENNA REQUIREMENT_________________ 11 ATTACHMENT 2 – OPERATION MODE _______________________ 14 ATTACHMENT 3 – RESTRICTED BAND OF OPERATION_______ 17 ATTACHMENT 4 –FIELD STRENGTH OF FUNDAMENTAL AND SPURIOUS EMISSIONS__________________________________________________ 23 ATTACHMENT 5– BANDWIDTH TEST ________________________ 37 EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 1 of 40 Administrative Data Test Sample : Remote Control -1 Model Number : JLD-1 Trade Mark : N/A Date Tested : 2006, September 18 Applicant : Jiaxing Refined Mechanics Hi-Tech Co., Ltd No.7 Henger Road, Wangjiangjing Development Zone, Jiaxing, Zhejiang, China Telephone : 86-573-2283296 Fax : 86-573-2283298 Applicant : Jiaxing Refined Mechanics Hi-Tech Co., Ltd No.7 Henger Road, Wangjiangjing Development Zone, Jiaxing, Zhejiang, China EUT Description Jiaxing Refined Mechanics Hi-Tech Co., Ltd model number JLD-1 (referred to as the EUT in this test report) is a Remote Control -1. The transmitter is manually operated and has a button. It transmits once per push and will cease transmitting after the button is released. EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 2 of 40 Test Summary The Electromagnetic Compatibility requirements on TAT-E for this test are stated below. All results listed in this report relate exclusively to this above-mentioned model as the Equipment Under Test. This report confers no approval or endorsement upon any other component, host or subsystem used in the test set-up. EMC Test Items Reference FCC Part 15 (2006), Subpart C Specification Description Test Results Remark FCC Part 15.203 Antenna Requirement Compliance Attachment 1 FCC Part 15.205 Restricted Band of Operation Compliance Attachment 3 FCC Part 15.209 Radiated Emission Limits Compliance Refer to Attachment 4 FCC Part 15.231 Periodic Operation in the Band 40.66-40.70MHz and above 70MHz -- -- (a) Operation Mode Compliance Attachment 2 (b) Field Strength of Fundamental and Spurious Emissions Compliance Attachment 4 (c) Bandwidth Compliance Attachment 5 EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 3 of 40 Test Mode Justification The test modes (Lie, Side, Stand) were done for testing. Note: Lie mode means let EUT put flat; Side mode means let EUT stand with side; Stand mode means let EUT stand up. This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation. EUT Exercise Software The device is not programmable and does not use software. Equipment Modification Any modifications installed previous to testing by Jiaxing Refined Mechanics Hi-Tech Co., Ltd will be incorporated in each production model sold or leased in United States. There were no modifications installed by EMC Compliance Management Group (China) test personnel. EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 4 of 40 Test System Details EUT Model Number: Trademark:: Serial Number: Input Voltage: Description: Manufacturer: JLD-1 N/A Engineering Sample 12V DC (1*12V alkaline battery) Remote Controller Jiaxing Refined Mechanics Hi-Tech Co., Ltd Support Equipment None Cable Description None EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 5 of 40 Configuration of Tested System EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 6 of 40 EUT Sample Photos of JLD-1 Front View EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 7 of 40 Rear View EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 8 of 40 Uncovered #1 Uncovered #2 EMC Test Report #: JIA-0608-0666SH-FCC Prepared for Jiaxing Refined Mechanics Hi-Tech Co., Ltd Prepared by EMC Compliance Management Group Page 9 of 40 Main Board Front View Main Board Ba…

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For the transmitter lying mode Field Strength Emissions Test Set-up – Front View (Below 1GHz) Field Strength Emissions Test Set-up – Rear View (Below 1GHz) Field Strength Emissions Test Set-up – Front View (Above 1GHz) For the transmitter stand mode Field Strength Emissions Test Set-up – Front View (Below 1GHz) Field Strength Emissions Test Set-up – Rear View (Below 1GHz) Field Strength Emissions Test Set-up – Front View (Above 1GHz)