Abstract:
A printer includes a print head moving in printing and shifting regions, a carriage connecting the print head and the print head transport mechanism, and a ribbon cassette mounting mechanism that drives a multicolor ribbon cassette to swing. A ribbon cassette supporting mechanism in the shifting region correspondingly supports the ribbon cassette mounting mechanism to different levels to shift color of the ink ribbon while the ribbon cassette supporting mechanism rotates. A ribbon cassette shifting mechanism fixed on the carriage is used, in the shifting region, to lift the ribbon cassette mounting mechanism to a position disengaged from the ribbon cassette supporting mechanism and move the ribbon cassette supporting mechanism to rotate. A resetting mechanism fixed on the ribbon cassette supporting mechanism resets the ribbon cassette supporting mechanism when the ribbon cassette supporting mechanism no longer contacts the ribbon cassette mounting mechanism and the ribbon cassette shifting mechanism.
Abstract:
A printer includes a print head moving in printing and shifting regions, a carriage connecting the print head and the print head transport mechanism, and a ribbon cassette mounting mechanism that drives a multicolor ribbon cassette to swing. A ribbon cassette supporting mechanism in the shifting region correspondingly supports the ribbon cassette mounting mechanism to different levels to shift color of the ink ribbon while the ribbon cassette supporting mechanism rotates. A ribbon cassette shifting mechanism fixed on the carriage is used, in the shifting region, to lift the ribbon cassette mounting mechanism to a position disengaged from the ribbon cassette supporting mechanism and move the ribbon cassette supporting mechanism to rotate. A resetting mechanism fixed on the ribbon cassette supporting mechanism resets the ribbon cassette supporting mechanism when the ribbon cassette supporting mechanism no longer contacts the ribbon cassette mounting mechanism and the ribbon cassette shifting mechanism.
Abstract:
An apparatus for processing a recording medium with embedded information is disclosed, which comprises: a Y shape channel mechanism including a first channel, a second channel and a third channel, wherein all the channels are joined with each other at the inner end; a processing device including a magnetic head mechanism which is located in the first channel and used for reading magnetic information of the recording medium and a print mechanism located on one side of the third channel or one side of the second channel ; and a guide mechanism, located at the joining position of the first channel, a second channel and the third channel and used for guiding the recording medium to be conveyed among the channels. A method for processing a recording medium with embedded information is also disclosed. The solution can realize the reading of the magnetic information and the overturn of the recording medium so that the printing on both sides of the recording medium can be realized by using one print head.
Abstract:
An apparatus for processing a recording medium with embedded information is disclosed, which comprises: a Y shape channel mechanism including a first channel, a second channel and a third channel, wherein all the channels are joined with each other at the inner end; a processing device including a magnetic head mechanism which is located in the first channel and used for reading magnetic information of the recording medium and a print mechanism located on one side of the third channel or one side of the second channel ; and a guide mechanism, located at the joining position of the first channel, a second channel and the third channel and used for guiding the recording medium to be conveyed among the channels. A method for processing a recording medium with embedded information is also disclosed. The solution can realize the reading of the magnetic information and the overturn of the recording medium so that the printing on both sides of the recording medium can be realized by using one print head.
Abstract:
An apparatus for processing a recording medium with embedded information comprises: a passage mechanism including a first passage, a loop passage and recording medium conveying rollers, wherein a first opening and a second opening of the loop passage are connected to the tail end of the first passage; a first guide mechanism configured to selectively communicate the first passage with the first opening or the second opening of the loop passage; and a processing device including a magnetic head and a print head which are arranged in the first passage, wherein the magnetic head is arranged at a side of a recording medium inlet/outlet port which is adjacent to a leading end of the first passage. A method for processing the recording medium with embedded information is also disclosed. According to the apparatus and method for processing the recording medium mentioned above, the recording medium can be turned over automatically during moving through the loop passage, so that the printing on both sides of the recording medium can be realized by one single print head, and thus a comprehensive process on the recording medium with embedded information is realized, and the cost of the apparatus is reduced.
Abstract:
One aspect of the invention includes an apparatus that simultaneously displays the video input and supplementary information, having a video overlay device, and a network management module, a removable storage device and a display device coupled to the video overlay device. The network management module includes a computer or a cloud server for uploading, via network, and controlling supplementary information. The video overlay device includes a central processing unit, and a video input processing unit, a video output processing unit and local memory coupled to the central processing unit. Under a control of the central processing unit, the supplementary information is obtained from the network management module, an email sent from the network management module, or removable storage devices, and is subsequently stored in the local memory, processed and displayed in a display device.
Abstract:
Disclosed is a system and method for processing account registration by identifying account candidates attempting to open an account as abusive. That is, the present disclosure discusses identifying, and challenging and marking abusive account registration. The present disclosure takes into account users' behaviors on a network and the impact to the cost and/or revenue of the network. The present disclosure is proactive as it allows for actions to be taken at the earliest possible time in the registration process before an account is created. This prevents abusive activity from taking place within the network and effecting services and privileges available to legitimate users. Additionally, the effects of the disclosed systems and methods minimize the negative impacts of abusive activity on normal user accounts.
Abstract:
Presented is a device for use in a surgical procedure on an eye. The device includes an elongated member that includes a first elongated portion, a second elongated portion, and hook portion. The first elongated portion includes a proximal end and a distal end. The second elongated portion includes a proximal end and a distal end. The proximal end of the second elongated portion is coupled to the distal end of the first elongated portion. The second elongated portion extends from the first elongated portion at an angle to the longitudinal axis of the first elongated portion. The hook portion includes a proximal end and a distal end. The proximal end of the hook portion is coupled to the distal end of the second elongated member.
Abstract:
A water filtration article has a filtration layer of thickness no larger than 10 microns including porous polytetrafluoroethylene coated with a hydrophilic coating comprising uncrosslinked ethylene-vinyl alcohol copolymer. Methods include water filtration using and manufacture of such a water filtration article.
Abstract:
A fastening device for fastening a light pipe assembly including a number of light pipes includes a chassis including two opposite hooks, and two pairs of blocks extending from two of the number of light pipes, respectively. When the light pipe assembly is compressed to be elastically deformed, the light pipe assembly is able to be placed between the hooks. When the light pipe assembly restores, each hook is able to be sandwiched between two blocks of a corresponding pair of blocks.