Abstract:
An ink refilling unit for ink cartridge of a jet printer, which comprises an ink cylinder, a vacuum cylinder, and a leak-proof ring, etc.; the ink cylinder is to be refilled with ink; to refill ink into the ink cartridge, the filling nozzle on one end of the ink cylinder is connected with the filling hole of the ink cartridge first; use two fingers of one hand to press the finger-press plate under the ink cylinder, while the other hand can hold the outer surface of the vacuum cylinder, and may pull the vacuum cylinder upwards so as to create a vacuum in the refilling unit; then, the air bubbles in the ink sponge of the ink cartridge will be sucked out first, and ink-refilling operation will start as a result of a negative pressure in the ink cartridge.
Abstract:
An ink cartridge of a printer facilitating second refiling, which has an ink cartridge and a lid, the lower end of the cartridge body having a refiling hole, which is sealed with a plug after the first refiling. The lid has a convection hole, which includes a surface to hermetically engage a refiling tube of an ink container. The bottom of the convection hole has a ventilation hole for air so as to facilitate the refilling tube of the ink container for a second refiling operation.
Abstract:
A refilling needle for refilling an ink cartridge, which includes a needle seat, and one end thereof has a convection hole to be connected with a container, while the other end thereof is mounted with two syringe needles (a long needle and a short needle); one end of each syringe needle is furnished with a cut; after the needle seat is connected with the connector of a container, the two syringe needles will be set in the ink-storage sponge in the ink chamber of the ink cartridge; when the container is squeezed, the two syringe needles will provide a convection effect to cause the ink to refill into the ink cartridge.
Abstract:
An ink replenishing device for an ink cartridge of a jet printer, of which the body part of the ink cartridge has a storage chamber, loaded with a sponge for soaking ink and balancing the pressure in the storage chamber. After the ink in the storage chamber is used up, the output port of the ink cartridge is closed with a glue paper so as to protect the resilient pad on the inner surface on the supporting plate and to seal the output port of the ink cartridge. A membrane attached on the through hole of the top surface of the ink cartridge is stabbed through by a short taper-shaped ink straw on the ink bottle so as to have the ink straw and the through hole connected together hermetically. The ink bottle is squeezed repeatedly so as to have the ink and the air in the ink cartridge exchanged in a convection manner via the ink straw, and to complete the ink-replenishing operation quickly.
Abstract:
An electric power recovering system includes a switch disposed between a battery and a coil, and two diodes coupled between the coil and the battery. A capacitor is coupled between the diodes and is grounded. The switch is alternatively actuated either manually or by an alternatively actuating device for allowing the coil to generate a high voltage and for allowing the coil to charge the battery. A DC/DC converter is further coupled between the battery and the switch for providing an increased electric power.
Abstract translation:电力回收系统包括设置在电池和线圈之间的开关,以及耦合在线圈和电池之间的两个二极管。 电容器耦合在二极管之间并接地。 开关交替地手动地或通过替代致动装置致动,以允许线圈产生高电压并且允许线圈对电池充电。 DC / DC转换器进一步耦合在电池和开关之间以提供增加的电力。
Abstract:
Chemically phosphorylated soy protein products with much improved functional properties and useful in food industries can be prepared through series of steps: (1) isoelectric washing the defatted soy flour, (2) extracting the proteins present in defatted soy flour in an aqueous medium of the extreme pH value below or above the isoelectric point of soy proteins, (3) alkalifying the extract of soy proteins to pH 11-12 by the addition of concentrated alkali in a short time, (4) modifying the extracted soy proteins under alkaline condition and at ambient temperature by the addition of powdered sodium trimetaphosphate as a phosphorylating agent and (5) recovering the phosphorylated soy protein products by isoelectric washing and final spray-drying as a powder.
Abstract:
FIG. 1 is a perspective view of a kayak loader showing my new design; FIG. 2 is a front elevation view thereof; FIG. 3 is a rear elevation view thereof; FIG. 4 is a left side elevation view thereof; FIG. 5 is a right side elevation view thereof; FIG. 6 is a top plan view thereof; and, FIG. 7 is a bottom plan view thereof. The broken lines in the drawings depict portions of the kayak loader that form no part of the claimed design.
Abstract:
Systems and methods are provided for systematically penalizing drivers who fail to stop at crosswalk on different circumstances. The system and method generally employ a sensor to detect a vehicle approaching the cross walk and ambient conditions. The sensor may collect information about the speed and any changes in speed of the vehicle approaching. An image capture device may be used to identify any passengers waiting to cross or actively crossing within the crosswalk. The analyzer processes the information and determines if a fine should be levied upon the vehicle approaching the cross walk. The analyzer may also determine the magnitude of the fine that is to be issued. An additional camera for sensing vehicle speed may be placed at the cross walk to obtain further information to properly assess a fine.
Abstract:
Method and arrangement in a base station for sending control signals to a relay node. The relay node is configured to relay a data transmission from the base station to a user equipment in a subframe. The subframe comprises a first part, dedicated for downlink transmission, a second part dedicated for uplink transmission and a separating part situated between the first part and the second part. The base station, the relay node and the user equipment are comprised in a wireless communication network configured to operate according to the Time Division Duplex TDD principle. The method comprising transmitting data to the user equipment via the relay node in the first part of the subframe and transmitting the control signals, related to the transmitted data, to the relay node in the separating part between the first part and the second part of the subframe. Further, a method and arrangement in a relay node for receiving control signals from the base station are described.
Abstract:
The present invention relates to a method in a base station (14, 400) and a base station (14, 400) for predicting a frequency dependent Channel State Information, CSI for scheduling and link adaptation of resource blocks of an operating bandwidth, based on frequency band CSI information related to at least one UE, the method comprising the steps receiving a wideband CSI related to UE (step 302), receiving a UE-selected subband CSI for a bandwidth part (step 302), calculating the difference: the UE-selected subband CSI for the bandwidth part minus a non UE-selected SB CSI the wideband CSI (steps 314, 328, 338), and updating a non UE-selected SB CSI for at least the bandwidth part, based on the calculated difference (steps 318, 332, 342). A faster more reliable prediction method based on UE-selected SB CSI values, is hereby achieved.