Abstract: According to one aspect, a printing composition of the present application comprises from about 10.00% to about 14.00% by weight of a pigment, from about 3.00% to about 7.00% by weight of a polymer, from about to about 19.00% by weight of a co-solvent, from about 0.20% to about by weight of a surfactant, and water.

Abstract: A printing system comprises a transport apparatus adapted to transport a flexible web (24) along a process direction and first and second individually controllable inkjet imager units (44, 60, 70, 82) offset from one another along the process direction. Each of the first imager unit and the second imager unit includes a first portion (226) operable to print on a first portion of the web and a second portion (228) operable to print on the second portion of the web wherein each of the first portion and second portion of the first and second imager units is stationary along the process direction and the lateral direction.

Abstract: According to one aspect, a printing composition of the present application comprises from about 10.00% to about 30.00% by weight of a polymer, from about 0.05% to about 0.25% by weight of a defoamer agent, from about 0.25% to about 2.00% by weight of a surfactant, up to about 5.00% by weight of a surface treatment agent, up to about 35.00% by weight of an opacifier, and water.

Abstract: A light source, calibration device and method of calibrating an imaging device is disclose. The calibration device includes the light source which includes an ultraviolet light layer that, in operation, generates ultraviolet light, and a quantum dot layer that absorbs the ultraviolet light and, in response, generates radiation within the near infrared region at a selected intensity. The near infrared light is received at the selected intensity at the imaging device and a sensitivity of the imaging device is altered to detect the near infrared light at the selected intensity provided by the light source.

Abstract: A light source, calibration device and method of calibrating an imaging device is disclose. The calibration device includes the light source which includes an ultraviolet light layer that, in operation, generates ultraviolet light, and a quantum dot layer that absorbs the ultraviolet light and, in response, generates radiation within the near infrared region at a selected intensity. The near infrared light is received at the selected intensity at the imaging device and a sensitivity of the imaging device is altered to detect the near infrared light at the selected intensity provided by the light source.

Abstract: Methods are disclosed for the production of high concentrations of ethanol from biomass using Zymomonas as the ethanologen. Zymomonas is grown under conditions of low impeller agitation with high concentration of insoluble solids in a saccharification-fermentation mixture during a simultaneous saccharification and fermentation reaction for the production of high concentrations of ethanol.

Abstract: Methods are disclosed for the production of high concentrations of ethanol from biomass using Zymomonas as the ethanologen. Zymomonas is grown under conditions of low impeller agitation with high concentration of insoluble solids in a saccharification-fermentation mixture during a simultaneous saccharification and fermentation reaction for the production of high concentrations of ethanol.

Abstract: A mounting device includes a fixed bracket unit, a detachable bracket unit, and a safety lock. The fixed bracket unit is mounted on a wall. The detachable bracket unit is fastened to an electronic device, is formed with an engaging groove, and is suspended on the fixed bracket unit. The safety lock is coupled movably to the fixed bracket unit, and is movable relative to the fixed bracket unit between an engaged position, where the safety lock extends into the engaging groove in the detachable bracket unit, and a disengaged position, where the safety lock disengages the engaging groove in the detachable bracket unit.

Abstract: The present invention performs machine translation by matching fragments of a source language sentence to be translated to source language portions of an example in example base. When all relevant examples have been identified in the example base, the examples are subjected to phrase alignment in which fragments of the target language sentence in each example are aligned against the matched fragments of the source language sentence in the same example. A translation component then substitutes the aligned target language phrases from the matched examples for the matched fragments in the source language sentence.

Abstract: A mounting device capable of positioning a display device at an adjusted angle includes a linking bar, an elongated frame adapted to hold the panel and having a pivoted end pivoted to the linking bar such that an opposite tilted end is tiltable relative to the linking bar, fore and rear arms respectively having front and rear anchoring ends pivoted to the tilted end and the linking bar, and joined and joining ends joined to each other, and a force counteracting unit which is disposed to counteract the gravity of a combined load of the elongated frame and the display device, and which acquires an additional force to counter a torque increment when the tilted end is tilted so as to hold the display device at a desired angular position.

Abstract: The present invention performs machine translation by matching fragments of a source language sentence to be translated to source language portions of an example in example base. When all relevant examples have been identified in the example base, the examples are subjected to phrase alignment in which fragments of the target language sentence in each example are aligned against the matched fragments of the source language sentence in the same example. A translation component then substitutes the aligned target language phrases from the matched examples for the matched fragments in the source language sentence.

Abstract: A mounting device includes a fixed bracket unit, a detachable bracket unit, and a safety lock. The fixed bracket unit is mounted on a wall. The detachable bracket unit is fastened to an electronic device, is formed with an engaging groove, and is suspended on the fixed bracket unit. The safety lock is coupled movably to the fixed bracket unit, and is movable relative to the fixed bracket unit between an engaged position, where the safety lock extends into the engaging groove in the detachable bracket unit, and a disengaged position, where the safety lock disengages the engaging groove in the detachable bracket unit.

Abstract: A mounting apparatus includes a supporting member and a plurality of mounting arms, each having a secured segment disposed to be fixed to an upper wall of an electronic apparatus, and a cantilever segment with a key slot. The supporting member has a base disposed to be attached to a ceiling wall, and a post extending from the base to connect with a hanging member. The hanging member has a suspended major wall which is formed with a plurality of elongated slots that are angularly displaced from one another about a centerline and that are configured to define a plurality of fastening positions displaced from one another in radial directions. A plurality of tightening members are insertable through the key slots and the corresponding elongated slots to thereby enable the tightening members to force the cantilever segments of the mounting arms to abut against the suspended major wall.

Abstract: The present invention generally relates to disclose a waveform learning apparatus of remote controller. The waveform learning apparatus of remote controller includes a signal-receiving interface for receiving the household appliance remote controller signal. The signal-receiving interface connects to a microprocessor. The present invention utilizes the high operation ability of the microprocessor to perform the process of waveform digitizing on the received signal and then to store the waveform digitized data in a memory unit. Following, the present invention utilizes the signal-transmitting interface to transfer the remote signal to achieve the purpose of controlling the household appliance. The present invention can completely copy the signal of multiple remote controllers to replace the original remote controller, so the present invention provides with the advantages of easily learning, quick and precise.

Abstract: A unique card application system for the authorized cardholder logs in, no matter it is in transaction or in mere online mode, request signal can be sent and occupies the unique login address corresponding to the card in the card management center, and will refuse any other incoming request signal of other cards for logging in the same login address and dispose correspondingly; the card reader stacker can read and output data of inserted card to the network data processing center intermittently and check in the time login status check device to maintain validity of login, which can avoid refusal of legal re-login of the system in case the card reader stacker is broken down.

Abstract: A programmable window blind assembly includes a window blind device having a pull cord unit connected operably to a blind unit. A motor drive unit includes a bi-directional motor that has a drive shaft coupled to the pull cord unit such that rotation of the drive shaft can result in movement of the blind unit. A sensor unit generates motor rotation signals for indicating angular speed and angular displacement of the drive shaft. A programmable data storage device has blind position information stored therein. A processor controls the motor to operate in a first direction for moving the blind unit to a retracted position and in a second direction for moving the blind unit to an extended position.