We can undertake design and manufacturing of a wide range of fields utilizing medical and wireless technologies, from ultrasound applications, analytical equipment, nursing care devices, wireless communication equipment to cloud systems such as medical network systems.
By utilizing our patented technologies, we can quickly respond to your development needs.
We provide CAD/CAM support, prototype manufacturing, production line construction, material procurement, and mass production for the products you developed.
We have numerous patent-registered technologies of various fields.
The following is just an excerpt from our list of many patented technologies. We are making the most of our patented technologies for a wide variety of CDM products.
We also have licensable technologies.
| Field | Registration No. | Name of invention |
|---|---|---|
| Medical and ultrasound fields |
Pat. #6744769 | Ultrasonic diagnostic device and method for acquiring ultrasonic image inside biological object |
| Radio communications- related fields |
Pat. #6470207 | Repeater and radio system (synchronized display device by broadcast communication) |
| Pat. #4500330 | Radio communications system (guided by child device) | |
| Pat. #6194326 | Relay device, light emitting device, light emission control device | |
| Pat. #6307263 | Radio transmission device | |
| Software-related fields |
Pat. #5684518 | Software parts execution control devices |
| Pat. #5647446 | Distributed shared memory control systems |
| Field | Proprietary technology | Description |
|---|---|---|
| Certification, etc. | ISO certifications | ISO9001，ISO13485，ISO14001 |
| Medical certifications | Pharmaceutical and Medical Device Act (Marketing approval holder / manufacturer), EC Certificate, MDSAP Certificate (Japan, United States, Canada) | |
| Environmental | RoHS/REACH | |
| Sensors & electric design | Compatible CPUs | X86 Series, H8, SH, RX, 78K0, RL78, R8C, ARM, etc. |
| Ultrasonic devices | Transmitter-receiver circuits Ultrasonic signal processing circuits Transmitting-receiving beam former ECG circuits Medical sensors (for body-surface, endoscopic and intravascular uses: 1~60MHz) Fish-finding and depth-sounding sensors (50kHz~500kHz) Air sensor (62kHz), bubble detection sensor (1.5MHz) Piezoelectric materials (50kHz~500kHz) Piezoelectric wave analysis (PZFlex) | |
| Radio communications | Low-power radio (315MHz) Specified low-power power radio (420MHz, 920MHz, 2.4GHz, UWB, WLAN, LPWA) FOMA, GSM Bluetooth, BLE Simple radio (920MHz) Business-use radio (VHF/UHF) | |
| Cable communications | LAN, RS-232C, RS-485, LVDS, DICOM, etc. | |
| FPGA | VHDL/VerilogHDL | |
| Power sources | Solar power control Low current consumption Lithium-ion and nickel-metal hydride battery control Smart battery charging circuit | |
| Bus control | PCI， VME，PCI Express | |
| Antennas | GPS antenna (1.6GHz band: design technology for circularly polarized planar antenna) Helicopter video transmission antenna (14GHz band: design technology for transmission power supply-type array antenna) Explosion-proof antenna (2.4GHz band: explosion-proof design technology) Printed board pattern antennas (2.4GHz and 920MHz bands) Radomes (for 5GHz and 9GHz bands) | |
| CAD systems | WorkView、ECAD、ACAD DENKI | |
| Simulation | ANSYS HFSS、MATLAB、ModelSim、ADS | |
| Mechanical Design | Handy and medium-size devices | Computer-aided engineering (CAE): strength, heat, non-linear Vibration/shock-resistant design Water/dust-proof design, heat radiation design Design of Injection-molded plastics, electromagnetic compatibility (EMC) design Aluminum/magnesium die-cast product design |
| Large-size products | Computer-aided engineering (CAE): fluid-structure interaction analysis Thick anti-corrosion treatment design | |
| System casings | Earthquake-resistant design, corrosion-resistant design | |
| Mechatronics equipment | Design of precision direct-acting rack and pinion mechanism Slip ring application design, battery terminal periphery design Mechatronic design, motor noise countermeasure design Opening (cap, seal) mechanism design Load-reducing (gas spring, coil spring) design | |
| Analytical instruments, etc. | Dispensing/washing nozzle design X-ray generator and shielding design Humidifying, heating and cooling box design | |
| 3D_CAD | SolidWorks，OneSpaceDesigner，SolidEdge | |
| Simulation | CreoSimulate，SolidWorks Premium， SolidWorks SimPremium Flow | |
| Software design | OSs used | Windows (vista/7/8/Embedded family), Linux, Unix, iTRON, T-Kernel, VxWorks, iOS, Android, etc. |
| Languages used | C, C++, C++CLI, C#, VB, Java, Assembler, PLC languages | |
| DBs used | MySQL，Oracle，MS-SQL Server，MS-Access, etc. | |
| WEB servers used | Apache, IIS, etc. | |
| Development of built-in software | Medical equipment (ultrasonic/dispensing analysis, etc.: conforming to IEC-62304) Communications equipment, radio modules (400MHz, 920MHz, 2.4GHz, etc.) Security equipment, PHS, telemeter/telecontrol Disaster prevention equipment, information terminals Voice communications (VoIP) | |
| OS development, Middleware development | Distributed control shared memory system Control database management system Object-oriented software parts execution control system Built-in software-related real time OS (iTRON, original OS) Debuggers for built-in software (break, step, register/memory dump, etc.) | |
| Communications protocol development | PPP，IP，TCP，UDP，ICMP，SMTP，POP3，DHCP，TELNET， FTP，HTTP，FL-net，ARCNET，HDLC，LAP-B，Bluetooth， USB，DICOM，IEEE802.15.4g，ARIB STD Protocol stacks related to specified small power radio communications (multi-hop, ad hoc, etc.) | |
| System design | Dam control/river management systems | |
| Short-distance radio application systems (temperature/humidity monitoring, customer calling, air-conditioning control) | ||
| Radar signal processing | ||
| RFID application systems (vehicle incoming/outgoing control, children tracking, dynamic state grasping, position determination) | ||
| Emergency FAX broadcast transmission system | ||
| Camera surveillance system (monitoring snowfall, illegal dumping, etc.) | ||
| 3G remote surveillance system (liquid level monitoring) | ||
| WEB servers/client systems and cloud computing service | ||
| Tablet and smartphone application development (iOS, Android) | ||
| Production technology | Laser pipe cutting process | 3D laser pipe cutting machine, Pipe bending machine |
| Sheet-metal precision working | Turret punching, press brake, various welding techniques | |
| Machining | Machining center, CNC lathe | |
| Metal coating | Melamine, urethane coating | |
| CAD design | Circuit input, high-speed communication design, high-density design, multilayer board design, signal integrity (SI) analysis | |
| SMT High-density mounting technology | Reflow, flow, substrate splitting, high-density mounting | |
| Inspection equipment design/manufacture | Circuit design, mechanical design, software design, system design, manufacture | |
| Jig/tools design/manufacture | Mechanical design, manufacture | |
| Automation/semi- Automation of testing devices | Automatic acquisition of inspection data, coating equipment, substrate splitting equipment, etc. | |
| Establishing optimal production lines | Establishing high-efficiency production lines, product analysis, line analysis, layout design | |
| Honing & machining of piezoelectric materials | Precision machining of piezoelectric materials, honing, machining technology | |
| Micro-machining of oscillators & probes | Oscillator micro-machining technology Superfine cable soldering technology for medical-use probes | |
| Baking of ceramics | Ceramic piezoelectric material molding/baking technology, grinding of piezoelectric materials, dicing technology | |
| Manufacture of oscillators & probes | Oscillator micro-machining technology Superfine cable soldering technology for medical-use probes |
Head Office & Main Factory: 2-10-19, Fumiiri,
Ueda City, Nagano Prefecture 386-8608, Japan
© 2016 Ueda Japan Radio Co., Ltd.