Market insight: At present, the logistics industry is still in a labor-intensive industry. In recent years, the rising labor cost has caused the rising cost of the industry. Therefore, the unmanned logistics system is designed. Optimization and upgrading: Science and technology modeling, modular design, can be customized according to customer needs. Market research Through the …
Market insight:
At present, the logistics industry is still in a labor-intensive industry. In recent years, the rising labor cost has caused the rising cost of the industry. Therefore, the unmanned logistics system is designed.
Optimization and upgrading:
Science and technology modeling, modular design, can be customized according to customer needs.
Market research
Through the analysis of the existing international unmanned logistics vehicles, combined with the design language of logistics vehicles, to create a new unmanned logistics vehicle design style; Product strategy:
For a number of design scheme analysis, in the balance of product appearance, function, human-machine interaction, experience, actual production landing and other aspects, comprehensive consideration of advantages and disadvantages, and then targeted innovation; User insight:
Through the investigation of user acceptance, combined with customer needs, to create a new intelligent vehicle that can automatically separate and replace cargo boxes. Optimize the experience:
The introduction of touch screen operation, more intelligent user flow experience. solution
1. The new automated cargo handling box makes the driverless logistics vehicle more intelligent.
2. Adapt to different scenarios, automatic loading and unloading box.
3. Oversized cargo box is equipped to maximize practical space. Separate grid design, more secure.
We provide one-stop product development services:industrial design, mechanical design, rapid prototyping,small batch production, etc
Developed by LKKER SCM Consumer Electronics Team. Consumer Electronics Product Development Case
Carrobot – Second Generation of Intelligent Vehicle-mounted Robots Product Development After First-Generation Success
After the success of the first generation of Carrobot, Le Jia Tech improved its hard and soft head-up display devices. Therefore, the launch of the second generation smart car product is ready. However, how to implement and optimize the integration of hardware and software? How to break through the appearance design of the first generation to significantly improve the product shape. How to position the market more accurately? Who is to be entrusted with the design work? How to deliver the product? How to make a success of the crowdfunding? Le Jia Tech came to LKKER SCM.
Carrobot – Second Generation of Intelligent Vehicle-mounted Robots Product Development From Design To Manufacturing By LKKER SCM
With the design requirements of Le Jia Tech, LKKER SCM team established a meticulous design strategy and stayed connected with Le Jia Tech for the appearance design. With design and research going hand in hand, the team accurately implement the design form sketches and followed up with the hardware integration. After repeated feedbacks, modifications, and adjustments, the team successfully delivered a new generation of Carrobot. The product has integrated software and hardware and a rounded and exquisite shape.
Highlight Features of The Finished Carrobot – Second Generation of Intelligent Vehicle-mounted Robots
1. LKKER SCM was entrusted by Le Jia to comprehensively upgrade the appearance design of the next-generation of Carrobot intelligent robot products (car head-up display). LKKER SCM conducted researches on the existing car smart terminal market and the first generation of customer products. We integrated design appeals into design elements and concepts. The continuation and enhancement of the existing product PI make the product more recognizable on the market and family-orientated.
2. The appearance design was closely aligned with the software and hardware and the use environment; LKKER SCM team took up the challenge with the most demanding design requirements. Also, paid close attention to the use environment. In order to continuously optimize the internal structural design and deliver the product as compact and exquisite as possible, the team went over the smallest details. Our designers experienced the use environment by themselves to conduct experienced design experience research and perfectly integrate the design and use environment before delivering the high-tech and eyecatching product.
3. The perfect implementation of innovative technology – the perfect combination of appearance and structure. Built-in functions such as interactive voice, head-up display, navigation and intelligent companion reminder pose great challenges to the heat dissipation and space layout. By optimizing the internal structure, the design team considered each curve. After more than ten optimizations and improvements, we solved a series of barriers to function implementation such as heat dissipation, huge size and line-of-sight limitation.
Carrobot – Second Generation of Intelligent Vehicle-mounted Robots Gain High Recognition In Car Intelligent Robot Market
After the success of the first generation of products, Le Jia Tech came to LKKER SCM to launch a new generation of intelligent vehicle-mounted robots to help them secure their market standing and demonstrate their advantages in intelligent technology. Relying on the resources integration of LKKER SCM, the team cooperated with Le Jia Tech to optimize and upgrade the software and hardware of Carrobot intelligent vehicle robots and came up with a rounded appearance design with high-tech and car elements, distinguishing it from the intelligent vehicle-mounted products and giving it high recognition to lead the car intelligent robot market. It has demonstrated a strong advantage over similar products in the crowdfunding stage. Le Jia Carrobot transforms your car into a smart one regardless of the models you have.
The second generation of Le Jia Carrobot head-up display has attracted much attention at the Imagination Conference. The participator experienced the future technology through simulation.
Background The driving recorder products on the market are mostly designed to record driving conditions to prevent accidents. The customer team and the LKKER SCM team hoped to break through the inertia of the industry to deliver an innovative product. LKKER SCM helped the customer analyze the market, develop product strategies, and proposed differentiated product …
The driving recorder products on the market are mostly designed to record driving conditions to prevent accidents. The customer team and the LKKER SCM team hoped to break through the inertia of the industry to deliver an innovative product. LKKER SCM helped the customer analyze the market, develop product strategies, and proposed differentiated product design solutions.
Solutions & Goal
1.The simple and technologically distinctive design makes the product stand out from the traditional driving recorders.
2.The Systematic and comprehensive product operation and usage optimization effectively improve the user experience.
Achievements
The product crowdfunding was a huge success, far exceeding the expected amount. It has become a jetton that helps Tencent enter the intelligent hardware market for the Internet of Vehicles and drawn great attention from the market.
Background As of the end of October 2015, China’s car ownership has totaled 169 million, with the number of car drivers reaching 275 million. Cars have become an important means of transportation for Chinese people. From the product level, although there are hundreds of brands in the driving recorder industry and the traditional functional machines …
As of the end of October 2015, China’s car ownership has totaled 169 million, with the number of car drivers reaching 275 million. Cars have become an important means of transportation for Chinese people. From the product level, although there are hundreds of brands in the driving recorder industry and the traditional functional machines can meet the needs of the owners in the driving video shooting, the owners grew up in the mobile Internet era are not satisfied with the single function of the products. In this age of intelligence, how to ensure the car owners safely control during driving while realizing intelligent functions such as video shooting, social sharing and mobile networking is the goals that a trend-following product must achieve. As a huge market, the car DVR market calls for upgrade in many aspects such as product innovation and marketing. This is also the opportunity for new concept intelligent products to enter the market. Hampoo teamed up with LKKER SCM and Intel to bring forth KUZO Intelligent Car DVR that is built on a powerful fertile ground for software and hardware development and with Intel origin.
We conducted in-depth analysis of the driving recorders industry and user needs to ensure that the users are more safe and assured when driving and make the product more futuristic. We subtly integrated the concept of transparent suspension into the design. We carefully designed the stack by working with the hardware R&D team. Making the most of space makes our product even more compact and small. The product is as small as a business card, which is so far the smallest in the industry.
Solutions & Goal
1.The size of the product resembles a business card, which makes the product seem more high-tech;
2.Natural beauty, thin and compact, non-screen, lighter and safer;
3.Aluminum-magnesium alloy, 85°C high temperature resisting design, anti-electromagnetic interference;
4.Bluetooth button, industry innovation, active steel sheet wrapped with rubber case, allowing it to be installed on various steering wheels. Perfect ergonomics and selective materials. One-touch capture, one-touch sharing; forward and backward; play and pause; volume button and other Quick Access functions allow the drivers to capture, share, cut music and coordinate via walkie-talkies without diverting attention.
Achievements
The first generation of intelligent car DVR developed by the LKKER SCM team for Hampoo was successfully put on the market and unveiled at various intelligent exhibitions, earning high reputation in the industry. People are looking forward to the emergence of smart driving recorders with more characteristics of the times to improve travel experience and meets safety needs. KUZO is a model of innovation in the industry both from its design and function setting. It set a new style in the driving recorder market. It is also a product worthy of choice in terms of overall cost performance.
Background The developing countries are increasingly faced with pollution problems in the course of development. Harmful elements such as fog and haze burying in the air are also increasing. Most of the car air purifiers on the market do not function as described and the measurement and purification are not accurate. We demonstrate the quality …
The developing countries are increasingly faced with pollution problems in the course of development. Harmful elements such as fog and haze burying in the air are also increasing. Most of the car air purifiers on the market do not function as described and the measurement and purification are not accurate.
We demonstrate the quality and technology of BOSCH as well as the brand’s international visibility through the future design. The design of the screen and interface is aligned with the design concept of the auto instrument to add value to the product. Meanwhile, the purifier is equipped with sophisticated air quality sensor and central processing chip. The product can feed back the air quality and the working state of the purifier in real time to the user interface (such as LCD screen and LED indicator). The compact internal structure of the product is able to provide users with functional requirements in a most efficient manner.
Solutions & Goal
The whole product is designed with futuristic elements. The combination of the front dynamic arc and the high-tech lighting creates a rich layering. The top air inlet adopts a gradient mesh that is full of tension. The bottom air outlet is distributed front and back with high sense of future. The front end of the body is equipped with a complete data display and light perception to provide a perfect human-machine experience.
Achievements
The final product was launched in 2015 and laid the foundation for BOSCH’s first high-quality purifier. Bosch then expanded the low-end products based on the existing version and enriched the entire product line. The design of the product laid the foundation for the cooperation between LKKER SCM and FORTUNE 500 companies. This car air purifier can effectively remove PM2.5, TVOC, car exhaust and bacteria in the car. By integrating sophisticated air quality sensors and central processing chips, the product provides a real-time feedback to the user interface (such as LCD screen and LED indicator) regarding the air quality and the working state of the purifier. The simple and friendly image user interface design gives users the most comprehensive purifier operating state and air quality information.
Background For start-up customers, the first step in a market with increasingly homogeneity competition and limited budget is critical. It requires to achieve mass production in a short period of time to seize the market. The customer cooperated with LKKER SCM with the expectation to break through in product differentiation and user experience and build …
For start-up customers, the first step in a market with increasingly homogeneity competition and limited budget is critical. It requires to achieve mass production in a short period of time to seize the market. The customer cooperated with LKKER SCM with the expectation to break through in product differentiation and user experience and build their own product identification.
The LKKER SCM team helped RHWCH develop a new generation of DC charging piles. After in-depth understanding understanding and analysis of the DC charging pile market, the LKKER SCM team reorganized the user’s operating procedures and analyzed the target product to figure out product innovations and unique product identification. The team helped the customer occupy the market and take the first step from design direction definition to human-machine, structural innovation of heat dissipation, and to aesthetic design.
Solutions & Goal
1.Create product identification and operation experience unique to RHWCH DC charging piles. Rearranged the user’s operation area so that the user can complete a series of operations such as swiping, touch input, pulling the charger, and placing the charger in the same horizontal direction.
2.Considered the details of multiple scenarios to increase product user experience. At night, the vertical indicator light strip uses diffuse light that is soft and represents a unique product identification, perfectly integrating function and experience.
3.Changed the traditional form of heat dissipation to make the product more holistic. The creative use of the bottom air inlet and the top air outlet design not only meets the need for heat dissipation but also the requirements for outdoor rain and dust-proof.
4.Changed the pull and plug of traditional chargers and added the design of the charger position, which greatly improved the user’s operating experience.
5.Comprehensive considerations of costs, processes and production chain that allowed mass production in a short period of time and grabbed the market opportunity for customers.
Achievements
The new generation of DC charging piles delivered by the LKKER SCM team to the customer guarantees the consistency of design and mass production and establishes good reputation for the customer while taking into account the functional experience and cost.
Background How to charge is the biggest problem for owners of new energy vehicles. The popularity and development of the new energy market stimulates the growth of EV charger equipment. It is the expectation of every new energy technology company to develop a safe and efficient EV charger. The available products on the market are …
How to charge is the biggest problem for owners of new energy vehicles. The popularity and development of the new energy market stimulates the growth of EV charger equipment. It is the expectation of every new energy technology company to develop a safe and efficient EV charger. The available products on the market are mostly similar, the holding experience is poor and the protective casing is easy to lose; the customer was eager to develop a product that is innovative, professional and safe, and can match the identification of the company itself. With such needs, the customer came to LKKER SCM.
The LKKER SCM team conducted in-depth analysis of the customer needs, solved the human-machine problem and drew design conclusion by taking into account the usage scenarios and target group. The team then analyzed the advantages and disadvantages of competing products from the user’s point of view and delivered a product design with meanings, making it stand out from the existing products in the market and shape a product with enterprise characteristics.
Solutions & Goal
1.The referential elephant trunk modeling balanced the problem of uncomfortable holding;
2.Inspired by the elephant trunk, it is not only beautiful but also ergonomic;
3.Use the elasticity of rubber to solve the problem that the protective casing is easy to lose.
Achievements
Relying on its professional core technology and reliable materials, LKKER SCM has delivered a safe and durable EV charger for HANSU, which allows more convenient and faster charging and contributes to the promotion and development of new energy.
Background XJ Group Corporation is a directly affiliated industrial unit of State Grid Corporation of China. It is a large-scale backbone and leading enterprise in China’s power equipment industry. Its products cover all aspects of power systems including power generation, transmission, distribution, and electricity, ranging from primary and secondary line, high and medium voltage and …
XJ Group Corporation is a directly affiliated industrial unit of State Grid Corporation of China. It is a large-scale backbone and leading enterprise in China’s power equipment industry. Its products cover all aspects of power systems including power generation, transmission, distribution, and electricity, ranging from primary and secondary line, high and medium voltage and AC and DC. It is the most competitive power equipment manufacturer and system solution provider with the strongest comprehensive supporting capacities in China. This product is a safe and reliable bus battery box installed via robot and is easy to install, repair, unlock.
Solutions & Goal
1.Considered the error of manufacturing; the battery box cannot have activity allowance when fixed in the battery rack and in the meantime should ensure that the mechanism works at the dead point. The design team decided to put a layer of elastic gum on the contact surface of the locking plate and lock sleeve to leave certain amount of allowance when the locking plate locked in and ensure the elastic gum have small activity when the battery swings under stress.
2.In order to ensure the locking plate can be smoothly inserted and the power of the robot to turn the key is not too strong, the contact surface of the locking plate and the elastic gum are curved; besides, in order to reduce the torque of the robot rotation, the design team considered to use a bearing for the colonnette to ensure smooth rotation. The inner bore of the bearing is considered to be tightly fitted, or a snap ring is to be added at the top of the bearing for axial positioning.
3.The fan outlet is designed with a round hole, and the fan itself has a filter screen. The appearance is not ugly, and the processing difficulty is reduced.
4.The battery rack is made into tray type, with the two sides remaining as short as possible. The left and right lock sleeves and the left and right guide wheels are directly mounted on the square steel at the bottom.
Achievements
The standardized design of the battery box allows it to be used in various electric buses and buses; automatic servo tracks the vehicles to change the battery, which reduces the requirements for drivers. Bus drivers are only required to drive directly into the lanes for battery replacement; high-speed mechanical vision positioning battery box replacement allows replacement of multiple sets of battery box at the same time; centralized control of intelligent battery replacement allows local and remote control and unmanned replacement, thereby greatly reducing staffing.
The battery-rent mode allows the vehicle to be separated from the battery and reduces the cost of the user’s purchase, and is beneficial to the promotion of the electric vehicle. Centralized management and maintenance of the battery as well as the stagger utilization extend battery life. The promotion of electric vehicles has significant social benefits.
Market insight:
