Abstract: A touch monitor capable of enhancing touch feedback comprises a cover, a touch module, a display module stacked and mounted on a back surface of the cover, a strength transmitting frame connected with the back surface of the cover, and a vibration module mounted on the strength transmitting frame. The strength transmitting frame comprises a platform and multiple legs, one terminal of each leg is connected with the platform, and another terminal of each leg is connected with the back surface of the cover, wherein the platform, the multiple legs, and the cover jointly form an accommodating space to accommodate the touch module and the display module, and the touch module and the display module are respectively spaced apart from the strength transmitting frame. A vibration strength generated by the vibration module is transmitted to the cover through the strength transmitting frame.

Abstract: A touch monitor capable of enhancing touch feedback comprises a cover, a touch module, a display module stacked and mounted on a back surface of the cover, a strength transmitting frame connected with the back surface of the cover, and a vibration module mounted on the strength transmitting frame. The strength transmitting frame comprises a platform and multiple legs, one terminal of each leg is connected with the platform, and another terminal of each leg is connected with the back surface of the cover, wherein the platform, the multiple legs, and the cover jointly form an accommodating space to accommodate the touch module and the display module, and the touch module and the display module are respectively spaced apart from the strength transmitting frame. A vibration strength generated by the vibration module is transmitted to the cover through the strength transmitting frame.

Abstract: The present invention relates to an electroplating bath comprising (A) an alkane sulfonic acid or alkanol sulfonic acid; (B) a soluble metal salt of alkane sulfonic acid or alkanol sulfonic acid; and (C) at least one additive selected from—polyether derivatives of formula (I),—sulfonated or sulfated polyether derivatives of formula (II) or—any combinations thereof, wherein the groups in formulae (I) and (II) are as defined in the description and claims. The present invention also relates to a process for refining metal and a process for controlling morphology of metal deposited on cathode in electrolytic refining of the metal, which comprise using the electroplating bath according to the present invention.

Abstract: The present invention relates to an electroplating bath comprising (A) an alkane sulfonic acid or alkanol sulfonic acid; (B) a soluble metal salt of alkane sulfonic acid or alkanol sulfonic acid; and (C) at least one additive selected from—polyether derivatives of formula (I),—sulfonated or sulfated polyether derivatives of formula (II) or—any combinations thereof, wherein the groups in formulae (I) and (II) are as defined in the description and claims. The present invention also relates to a process for refining metal and a process for controlling morphology of metal deposited on cathode in electrolytic refining of the metal, which comprise using the electroplating bath according to the present invention.

Abstract: A nonlinear optical composition and a method of forming the nonlinear optical composition are disclosed. The nonlinear optical composition includes a silicon-containing component and a nonlinear optical component which causes the nonlinear optical composition to exhibit second order nonlinear optical polarization of electromagnetic radiation, such as light. The method includes forming a sol of the silicon-containing component and the nonlinear optical component of the composition. A gel is formed from the sol. The nonlinear optical component is then poled while the gel is exposed to conditions sufficient to cause formation of a nonlinear optical composition which exhibits second order nonlinear optical polarization of electromagnetic radiation.