Abstract: A low thermal shrinkage separator and a method for manufacturing thereof is disclosed. The method comprises providing a porous polyolefin substrate with a plurality of porous structures on surfaces and interiors thereof, and applying a prescursor solution comprising a titanium alkoxide and hexamethyldisilazane and subsequently applying an alcohol solution to form a low thermal shrinkage thin film formed on the surfaces and the sidewalls of the porous structures of the porous polyolefin substrate. The present method can enhance the low thermal shrinkage and electrolyte wettability of the separator.

Abstract: A low-refractivity optical clear resin is disclosed. The low-refractivity optical clear resin comprises a polysiloxane composition and an organic solvent composition, wherein the polysiloxane composition comprises a polysiloxane and a hydroxyalkylsilane monomer, and the organic solvent composition comprises a high boiling point solvent with a boiling point more than 180° C. and a low boiling point solvent with a boiling point less than 150° C.; wherein the used amount of the organic solvent composition is 50 to 120 parts by weight per 10 parts by weight of the polysiloxane composition. The present low-refractivity optical clear resin can be used on the micro light emitting diode (micro-LED) display devices to enhance the light extracting efficiency thereof, and provide excellent optical properties on an adequate coating thickness.

Abstract: An adhesive for a flexible optical film, especially an acrylate pressure-sensitive adhesive for a flexible display device is disclosed. The shear storage modulus (G?(60° C./0.1 Hz)) at the temperature of 60° C. and the frequency of 0.1 Hz and the shear storage modulus (G?(30° C./1 Hz)) at the temperature of 30° C. and the frequency of 1 Hz of the present acrylate pressure-sensitive adhesive satisfy the relation: (G?(60° C./0.1 Hz)?G?(30° C./1 Hz))/G?(30° C./1 Hz)>?0.29, and the loss tangent (tan ?(60° C./0.1 Hz)) at the temperature of 60° C. and the frequency of 0.1 Hz and the loss tangent (tan ?(30° C./1 Hz)) at the temperature of 30° C. and the frequency of 1 Hz of the present acrylate pressure-sensitive adhesive satisfy the relation: (tan ?(60° C./0.1 Hz)?tan ?(30° C./1 Hz))/tan ?(30° C./1 Hz)<0.2.

Abstract: An adhesive for a flexible optical film, especially an acrylate pressure-sensitive adhesive for a flexible display device is disclosed. The shear storage modulus (G?(60° C./0.1 Hz)) at the temperature of 60° C. and the frequency of 0.1 Hz and the shear storage modulus (G?(30° C./1 Hz)) at the temperature of 30° C. and the frequency of 1 Hz of the present acrylate pressure-sensitive adhesive satisfy the relation: (G?(60° C./0.1 Hz)?G?(30° C./1 Hz))/G?(30° C./1 Hz)>?0.29, and the loss tangent (tan ?(60° C./0.1 Hz)) at the temperature of 60° C. and the frequency of 0.1 Hz and the loss tangent (tan ?(30° C./1 Hz)) at the temperature of 30° C. and the frequency of 1 Hz of the present acrylate pressure-sensitive adhesive satisfy the relation: (tan ?(60° C./0.1 Hz)?tan ?(30° C./1 Hz))/tan ?(30° C./1 Hz)<0.2.

Abstract: A transmission method and a transmission system are provided. The transmission method is for communicating an electronic device and a wireless earphone. The wireless earphone has a normal mode and a sleep mode. The transmission method includes the following steps. If the wireless earphone works on the normal mode, then the wireless earphone continuously transmits the data of synchronization signals to the electronic device. If the wireless earphone works on the sleep mode, then the wireless earphone stops transmitting the data of synchronization signals to the electronic device, and simulates the data of synchronization signals.

Abstract: A transmission method and a transmission system are provided. The transmission method is for communicating an electronic device and a wireless earphone. The wireless earphone has a normal mode and a sleep mode. The transmission method includes the following steps. If the wireless earphone works on the normal mode, then the wireless earphone continuously transmits the data of synchronization signals to the electronic device. If the wireless earphone works on the sleep mode, then the wireless earphone stops transmitting the data of synchronization signals to the electronic device, and simulates the data of synchronization signals.

Abstract: A data access control system and a method thereof is disclosed. First, the master key is divided into n subkeys to be kept by n holders, by way of secret sharing. The master key reconstruction procedure utilizes the shared secret with the subkey holders to obtain m subkeys (1<m<n) and then reconstructs the master key, using the (m,n)-threshold scheme. The system then uses the master key to access the data. Thus, m subkeys are required to reconstruct the master key in order to amend or read the data in the system.

Abstract: There is disclosed an adaptive accessing method and system for single level strongly consistent cache, capable of selecting a poll-each-read algorithm or a callback algorithm to maintain a consistency of caches between a server and at least one client. In the server, a first counter is used for measuring the number of cycles in an observed period, and a second counter is used for measuring the number of cycles that have updates in the cycles, so as to select a poll-each-read algorithm or a callback algorithm based on a ratio of the first counter and the second counter.

Abstract: A mechanism for quality-of-service-controllable real-time scheduling. The mechanism can be implemented by an apparatus including a regulator, an on-line scheduler, and an evaluator. The regulator is used for adjusting the number of tasks inputted into the on-line scheduler. The on-line scheduler is used to select a real-time scheduling method for configuring time intervals for inputted tasks to be executed. The evaluator is used to evaluate a scheduling result of the on-line scheduler for feeding a first set of parameters into the regulator for a coarse adjustment, and feeding a second set of parameters into the on-line scheduler for a fine adjustment. Besides, for the fulfillment of real-time scheduling, three scheduling methods, namely, MOS, MOP, and MOF methods, are provided. In the MOS method, the mandatory portions are executed as soon as possible and the optional portions may be substitutable.