33results about How to "Increase and decrease function" patented technology

M-CSF-specific RX1-based or RX-I derived antibodies are provided, along with pharmaceutical compositions containing such antibody, kits containing a pharmaceutical composition, and methods of preventing and treating bone loss in or remodeling in a subject afflicted with an osteoblastic or osteolytic disease.

The present invention relates to materials and methods for human antibodies specific for the peptide hormone gastrin and uses of these antibodies in the treatment of subjects having cancer and other conditions or disorders related to gastrin expression.

The invention discloses an active covering array. The active covering array comprises a back plate and a plurality of active covering units, wherein each active covering unit is formed by connecting and fixedly mounting a radio frequency processing unit for performing amplification treatment on communication signals and a signal radiation oscillator for transmitting the communication signals after amplification; and the back plate provides multiple mounting positions for arranging all the active covering units like a matrix, the active covering unit is assembled in each mounting position, and a communication interface circuit for realizing the connection between all the active covering units and an external communication network so as to realize the access of the communication signals is arranged on the back plate. According to the active covering array disclosed by the invention, by improving the active covering units and combining with a flexible control way, a more flexible solution is provided for realizing a macro-base station and MIMO (multiple-input multiple-output).

The invention discloses a vest with the function of self-defense and health care, which belongs to the field of self-defense and health care. It includes a vest body, a collar stitched to the vest body, and a hat stitched to the collar, and is characterized in that: the vest body is divided into a fabric flame-retardant layer, a safety protection layer, a loofah fiber thermal layer and a Chinese medicine ball from the outside to the inside. Massage layer; the flame-retardant layer of the fabric is divided into a front piece and a back piece, the front piece is separated in half, and the middle position is connected by a zipper; the upper end of the front piece and the upper end of the back piece are provided with a semi-elliptical neckline; a horizontal distance of 7cm from the neckline is also provided. There are semi-oval shoulder cuffs; front and back panels are seamed to create a vest shape. The invention has the functions of fire resistance, warmth retention, blunt and sharp attack resistance and health care.

The invention relates to a programmable infrared obstacle-avoided device of robot, which comprises a multi-path infrared emission unit, an infrared receiving unit, a band-pass filter circuit, a control / judgment circuit and a central processing element. Wherein, the band-pass filter comprises a band-pass filter circuit and a second online programming interface formed by programmable analogue devices to receive the signal transferred by every receiving unit and transfer the filtered signal to the control / judgment circuit; the control / judgment circuit comprises a control unit, a judgment unit and a first online programming interface formed by programmable digital devices; the control unit can distribute fixed frequency band or code to each emission unit and receiving unit and operate the trigger circuit of each emission unit; the judgment unit can judge that if the signal transferred from band-pass filter is the echo-wave signal of emission unit; and the circuits of control unit and judgment unit can be modified by the first online programming interface while the band-pass filter circuit can be modified by the second online programming interface. The invention is an optical-electrical obstacle-avoided device with online regulation, high integrated degree and strong anti-interference ability.

The invention discloses a method for dynamically setting management functions in an intelligent platform management interface. It is applied in a computer system with an intelligent platform management interface (IPMI). The administrator obtains the system status through the intelligent platform management interface and sets customization The command selects the desired function module, and activates or disables the function module by establishing a customized command of the intelligent platform management interface. Through the method of dynamically setting management functions on the intelligent platform management interface of the present invention, the system manager can dynamically select the intelligent The method of dynamically setting the management function of the platform management interface, quickly and correctly setting the function module, and completing the enabling or closing of the function module, thereby avoiding the waste of resources, lengthy operation, and complicated steps, etc. Within a short period of time, special functional modules are customized for users to achieve customized services.

The present invention proposes an intelligent virtual keyboard system for expressway networking charges, including: a biological feature recognition unit collects the user's biological features and matches them with the pre-stored user's standard biological features; the human-computer interaction interface unit presents the user operation unit interface and the virtual keyboard Unit interface; the virtual keyboard unit receives the instruction information and / or text information input by the user through the virtual keyboard, sends the instruction information and / or text information to the application layer transmission unit, and automatically inputs the text information to the corresponding option or form; the speech recognition unit recognizes the voice information entered by the operator; the application layer transmission unit forwards the instruction to the protocol conversion unit; the protocol conversion unit converts the instruction to the protocol; the interface unit sends the protocol converted instruction to the charging System control host. The invention has many characteristics such as low cost, high hardware portability, cross-platform realization, simple and fast operation, and durability.