Abstract: A composite functional film, a manufacturing method for same, and a display device are provided by the present application. The composite functional film includes a heat dissipation layer including a first part and a second part arranged around an outside of the first part; a buffer layer disposed on a side of the heat dissipation layer and disposed corresponding to the first part; a supporting layer disposed on the side of the heat dissipation layer and disposed corresponding to the second part; and the buffer layer and the supporting layer are disposed on a same side of the heat dissipation layer, and an elastic modulus of the supporting layer is greater than an elastic modulus of the buffer layer.

Abstract: Exemplary deposition methods may include delivering a boron-containing precursor and a nitrogen-containing precursor to a processing region of a semiconductor processing chamber. The methods may include providing a hydrogen-containing precursor with the boron-containing precursor and the nitrogen-containing precursor. A flow rate ratio of the hydrogen-containing precursor to either of the boron-containing precursor or the nitrogen-containing precursor may be greater than or about 2:1. The methods may include forming a plasma of all precursors within the processing region of the semiconductor processing chamber. The methods may include depositing a boron-and-nitrogen material on a substrate disposed within the processing region of the semiconductor processing chamber.

Abstract: A battery management method of an electrical device, including an internal power source and a battery management unit, includes the following steps. The battery management unit detects whether the electrical device is electrically connected with an external power source. If the electrical device is electrically connected with the external power source, the battery management unit utilizes a timer to determine whether the electrical device has been electrically connected with the external power source for a predetermined time. If the electrical device has been electrically connected with the external power source for the predetermined time, the battery management unit resets the timer and controls the internal power source to discharge fast.

Abstract: A battery management method of an electrical device, including an internal power source and a battery management unit, includes the following steps. The battery management unit detects whether the electrical device is electrically connected with an external power source. If the electrical device is electrically connected with the external power source, the battery management unit utilizes a timer to determine whether the electrical device has been electrically connected with the external power source for a predetermined time. If the electrical device has been electrically connected with the external power source for the predetermined time, the battery management unit resets the timer and controls the internal power source to discharge fast.

Abstract: A portable fluid delivering system is provided. The system comprises a container, a heat source, a flow rate regulating device and a delivery tube. The container has a containing space for a fluid to be delivered, in a liquid state at room temperature. The heat source provides an elevated vapor pressure in the containing space over the fluid to be delivered, whereby the fluid to be delivered is driven at a desirable rate along the delivery tube.

Abstract: A process of a catalytic combustion is disclosed. The process can be started at a cold temperature and then raised to a desired high temperature in a very short time by employing a noble metal catalyst dispersed on a supporting material. Moreover, a method for dispersing a noble metal catalyst used in the catalytic combustion is also disclosed for increasing a specific surface area of the catalyst so as to facilitate the catalytic combustion. Furthermore, a substance including a promoter dispersing a metal catalyst therewith, and a supporting material supporting the promoter with the metal catalyst is also disclosed, so that a contact surface area of the metal catalyst can be increased, thereby the catalytic combustion can be initiated within a very short period.

Abstract: A portable fluid delivering system comprising a container, a heat source, a flow rate regulating device and a delivery tube is provided. The container has a containing space for a fluid to be delivered, in a liquid state at room temperature. The heat source provides an elevated vapor pressure in the containing space over the fluid to be delivered, whereby the fluid to be delivered is driven at a desirable rate along the delivery tube.

Abstract: A process for producing hydrogen is provided. The process comprises the introduction of reactants into a reactor with a steam reforming section containing a steam reforming catalyst to form a hydrogen-containing product. The process is driven by heat generated in a combustion section containing an oxidation catalyst, which comprises a noble metal and boron nitride. According to the process of the subject invention, the first combustion reaction can rapidly generate heat and is advantageous for conducting steam reforming reactions.

Abstract: A process of a catalytic combustion is disclosed. The process can be started at a cold temperature and then raised to a desired high temperature in a very short time by employing a noble metal catalyst dispersed on a supporting material. Moreover, a method for dispersing a noble metal catalyst used in the catalytic combustion is also disclosed for increasing a specific surface area of the catalyst so as to facilitate the catalytic combustion. Furthermore, a substance including a promoter dispersing a metal catalyst therewith, and a supporting material supporting the promoter with the metal catalyst is also disclosed, so that a contact surface area of the metal catalyst can be increased, thereby the catalytic combustion can be initiated within a very short period.

Abstract: A process of a catalytic combustion is disclosed. The process can be started at a cold temperature and raise to a desired high temperature in a very short time by employing a noble metal catalyst dispersed on a supporting material. Moreover, a method for dispersing a noble metal catalyst used in the catalytic combustion is also disclosed for increasing a specific surface area of the catalyst so as to facilitate the catalytic combustion. Furthermore, a substance including a boron nitride supported noble metal catalyst, a substrate for suspending the catalyst, and a supporting material for dispersing the substrate with said catalyst is also disclosed so that a total surface area of the catalyst can be increased, thereby the catalytic combustion can be initiated in a very short time.

Abstract: An implant prosthesis comprising human adipose tissue, preferably of autologous origin, contained within an impermeable or semi-permeable membrane capable of implantation during reconstructive or elective surgery such as mammoplasty.

Abstract: A device to be worn by a dog or other animal to accept and retain primarily feces. The device includes a contact member contoured to the general shape of the animal buttocks and designed to be secured adjacent to the buttocks of the animal. The contact member includes an aperture designed to circumscribe the anus of the animal. A disposable container is secured in the aperture by a retaining insert. The device may be secured adjacent to the animal by means such as straps which originate from a harness worn by the animal.