Abstract: Disclosed in an embodiment of the present application is an information pushing method, comprising: a wireless network sharer client obtaining a first identifier of a wireless network selected from a wireless network list scanned/stored by a wireless network sharer terminal, and sending the same to a server; the server generating a second identifier and sending the same to the wireless network sharer client; the wireless network sharer changing the first identifier of the wireless network into a third identifier based on the second identifier; the wireless network sharer client obtaining a wireless network list updated by a wireless network sharer mobile terminal and sending the third identifier of the selected wireless network in the list to the server; and the server comparing the second identifier with the third identifier, and allowing successful authentication when the two identifiers are consistent, and registering information about the devices of the wireless network.

Abstract: Disclosed in an embodiment of the present application is an information pushing method, comprising: a wireless network sharer client obtaining a first identifier of a wireless network selected from a wireless network list scanned/stored by a wireless network sharer terminal, and sending the same to a server; the server generating a second identifier and sending the same to the wireless network sharer client; the wireless network sharer changing the first identifier of the wireless network into a third identifier based on the second identifier; the wireless network sharer client obtaining a wireless network list updated by a wireless network sharer mobile terminal and sending the third identifier of the selected wireless network in the list to the server; and the server comparing the second identifier with the third identifier, and allowing successful authentication when the two identifiers are consistent, and registering information about the devices of the wireless network.

Abstract: A method for treating an oil-containing aqueous mixture comprising the step of passing the mixture (1) through a media (6) comprising a bead-form cation exchange resin combined with a cationic surfactant, wherein the resin includes a sulfonated crosslinked copolymer matrix having a rough surface characterized by having a frequency of at least 5 peaks and valleys per sample surface area (283 um×212 um), where the difference between the average height of the 5 highest peaks and the 5 lowest valleys is at least 6 ?m.

Abstract: A microfluidics acoustic pump system includes a flow passage configured to carry a fluid from one location to another, a selectively vibrating flow generator having a sharp edge, and a driving device configured to vibrate one of the flow generator and the flow passage to create a streaming fluid flow in a direction away from the sharp edge through the flow passage.

Abstract: Disclosed in an embodiment of the present application is an information pushing method, comprising: a wireless network sharer client obtaining a first identifier of a wireless network selected from a wireless network list scanned/stored by a wireless network sharer terminal, and sending the same to a server; the server generating a second identifier and sending the same to the wireless network sharer client; the wireless network sharer changing the first identifier of the wireless network into a third identifier based on the second identifier; the wireless network sharer client obtaining a wireless network list updated by a wireless network sharer mobile terminal and sending the third identifier of the selected wireless network in the list to the server; and the server comparing the second identifier with the third identifier, and allowing successful authentication when the two identifiers are consistent, and registering information about the devices of the wireless network.

Abstract: A bridge maintenance vehicle with a hinge-connected hanging bracket for avoiding bridge-side obstacles comprises an unwheeling and a suspension arm. The unwheeling comprises a vehicle frame chassis. The suspension arm is a C-shaped hanging bracket. The vehicle frame chassis is connected to a lower end of a strut in a hinged manner through a longitudinal shaft hinge and a longitudinal shaft. A protruding end of a lower cross beam of the C-shaped hanging bracket is provided with at least a fixing point for a lifting rope or a lifting rope winding/unwinding device. A vehicle frame stringer is fixed at an upper end of the strut. A hanging bracket longitudinal beam is fixed at an upper end of a vertical rod of the C-shaped hanging bracket. The hanging bracket longitudinal beam and the vehicle frame stringer are movably connected with each other into a whole through at least two cross beams.

Abstract: An acoustic streaming valve arrangement induces flow in a glaucoma drainage device. The arrangement may include a selectively vibrating flow generator having a sharp edge and a driving device configured to selectively vibrate the flow generator to create a streaming fluid flow in a direction away from the sharp edge.

Abstract: A method for treating an oil-containing aqueous mixture comprising the step of passing the mixture (1) through a media (6) comprising a low bead-form cation exchange resin combined with a cationic surfactant, wherein the resin includes a sulfonated crosslinked copolymer matrix having a rough surface characterized by having a frequency of at least 5 peaks and valleys per sample surface area (283 ?m×212 ?m), where the difference between the average height of the 5 highest peaks and the 5 lowest valleys is at least 6 ?m.

Abstract: An acoustic streaming fluid ejector includes a fluid filled chamber having an opening, a selectively vibrating flow generator having a sharp edge pointed toward the opening, and a driving device configured to vibrate one of the flow generator and the chamber to create a streaming fluid flow in a direction away from the sharp edge through the opening. Methods are also disclosed.

Abstract: A bridge maintenance vehicle with a hinge-connected hanging bracket for avoiding bridge-side obstacles comprises an unwheeling and a suspension arm. The unwheeling comprises a vehicle frame chassis. The suspension arm is a C-shaped hanging bracket. The vehicle frame chassis is connected to a lower end of a strut in a hinged manner through a longitudinal shaft hinge and a longitudinal shaft. A protruding end of a lower cross beam of the C-shaped hanging bracket is provided with at least a fixing point for a lifting rope or a lifting rope winding/unwinding device. A vehicle frame stringer is fixed at an upper end of the strut. A hanging bracket longitudinal beam is fixed at an upper end of a vertical rod of the C-shaped hanging bracket. The hanging bracket longitudinal beam and the vehicle frame stringer are movably connected with each other into a whole through at least two cross beams.

Abstract: A microfluidics acoustic pump system includes a flow passage configured to carry a fluid from one location to another, a selectively vibrating flow generator having a sharp edge, and a driving device configured to vibrate one of the flow generator and the flow passage to create a streaming fluid flow in a direction away from the sharp edge through the flow passage.

Abstract: An acoustic streaming fluid ejector includes a fluid filled chamber having an opening, a selectively vibrating flow generator having a sharp edge pointed toward the opening, and a driving device configured to vibrate one of the flow generator and the chamber to create a streaming fluid flow in a direction away from the sharp edge through the opening. Methods are also disclosed.

Abstract: An acoustic streaming valve arrangement induces flow in a glaucoma drainage device. The arrangement may include a selectively vibrating flow generator having a sharp edge and a driving device configured to selectively vibrate the flow generator to create a streaming fluid flow in a direction away from the sharp edge.

Abstract: A double frequency-conversion receiving circuit used for a radio-frequency SIM card, including a low-noise amplifier (01), a high-medium-frequency mixer (02), a low-medium-frequency mixer (03), a local oscillator (04), a quadrature I/Q circuit (05), and a low-medium-frequency processing circuit (07), characterized in that it also includes a frequency divider (06) that performs N frequency dividing to a high-local-oscillation signal generated by the local oscillator (04), wherein the divided low-local-oscillation signal is inputted into the quadrature I/Q circuit (05), the outputted I/Q local-oscillation signal is inputted into the low-medium-frequency mixer (03) to obtain, after mixing, a low-medium-frequency signal, and the low-medium-frequency signal is further processed by the low-medium-frequency processing circuit (07) to output the signal needed, which has gone through the double frequency-conversion.

Abstract: A double frequency-conversion receiving circuit used for a radio-frequency SIM card, including a low-noise amplifier (01), a high-medium-frequency mixer (02), a low-medium-frequency mixer (03), a local oscillator (04), a quadrature I/Q circuit (05), and a low-medium-frequency processing circuit (07), characterized in that it also includes a frequency divider (06) that performs N frequency dividing to a high-local-oscillation signal generated by the local oscillator (04), wherein the divided low-local-oscillation signal is inputted into the quadrature I/Q circuit (05), the outputted I/Q local-oscillation signal is inputted into the low-medium-frequency mixer (03) to obtain, after mixing, a low-medium-frequency signal, and the low-medium-frequency signal is further processed by the low-medium-frequency processing circuit (07) to output the signal needed, which has gone through the double frequency-conversion.

Abstract: Disclosed are device carriers for insertable medical devices. The device carrier holds an insertable medical device in a desired orientation to allow it to be grasped by an insertion tool. Additionally, the device carrier may be used to store and to protect the insertable medical device prior to the device being implanted at a target site in a patient. Also described are insertion tools that may be used with the device carrier for grasping the insertable medical device from the carrier, and inserting the medical device at the target site in the patient. Methods of using the device carriers and the insertion tools of the invention, and kits for practicing the methods of the invention are also disclosed.

Abstract: The invention provides a prestress structural material formed by reorganization with polygonal bamboo units and the manufacturing method for it, the manufacturing method includes manufacturing substrate of prestress structural material formed by reorganization with polygonal bamboo units, and the adding of reinforcement material.

Abstract: The present invention provides implantable ocular drug delivery devices. Generally, the devices have a distal portion with a coil shaped body member and a proximal portion which contacts the sclera. In one aspect, the coil-shaped body member includes a unique configuration including two coiled portions with different pitches, which improves insertion of the device into the eye. In another aspect, the device has a proximal portion that includes a unique cap configuration having a concave distal face that improves stabilization of the device in the eye. In another aspect, the device includes a transitional portion between the cap and the coil-shaped body member that also improves stabilization of the device in the eye. The invention also provides methods for inserting the medical device into the eye, and methods for the treatment of an ocular condition.

Abstract: A trabecular flow model for producing treatment recommendations for patients with elevated intraocular pressure is disclosed. One method includes providing intraocular pressure measurements for a patient; providing aqueous cavity information, such as collector channel resistance and Schlemm's canal resistance, and determining a treatment recommendation for the patient based on the aforementioned parameters.