WO/2014/036772 ERYTHROPOIETIN RECEPTOR MODIFIED ELECTRODE, PREPARATION METHOD AND USE THEREOF||WO||13.03.2014|
||PCT/CN2012/082621||FIRST AFFILIATED HOSPITAL, THIRD MILITARY MEDICAL UNIVERSITY, CHINESE PEOPLE'S LIBERATION ARMY, P.R. OF CHINA||WANG, Yunxia|
Disclosed is an erythropoietin receptor modified electrode. An electrode having an erythropoietin receptor fixed on the surface through ZnO sol-gel is adopted as a glassy carbon electrode for element recognition, the modified electrode has characteristics of simple preparation method and stable performance, and a response current value of the modified electrode still remains about 77% of the initial value after placing in a dark place for 50 days at a temperature of 4°C. The modified electrode is adopted as a working electrode, a platinum electrode is adopted as a counter electrode, a saturated calomel electrode is adopted as a reference electrode, and a phosphate buffer solution containing 2 mmol/L of K3[Fe(CN)6]-K4[Fe(CN)6] is adopted as a test base solution to establish an electrochemical biosensor so as to rapidly, specifically and sensitively detect erythropoietin (EPO) and/or recombinant human erythropoietin (rhEPO). A linear range is 5 pg/L-500 ng/L, a detection limit is as low as 0.5 pg/L, particularly EPO and rhEPO can be accurately screened according to the peak potential, and the electrochemical biosensor is applicable for low concentration EPO or rhEPO detection, and stimulant rhEPO detection in sport competition.
WO/2014/032191 BLANK, SECURITY KEY, LOCK SYSTEM, AND PRODUCTION METHOD||WO||06.03.2014|
||PCT/CH2013/000143||KABA AG||KRAMER, Ulrich|
The invention relates to a blank (R) having two parallel lateral grooves RB-SN and a central connecting piece RB-M between said grooves. The lateral grooves run on a higher plane (N1) in an entry region (RB-E) and on a lower plane (N2) in a first coding region (RB-P). A key (S) is produced from the blank, comprising formations consisting of a central groove RB-MN in the entry region and coding recesses (Cod-V) in the coding region on the central connecting piece RB-M. The lateral grooves of the blank and the central groove of the key produce a new composite blank block-code groove = RB-SN + RB-MN. A special tumbler RB-ZH with lateral shoulders RB-ZH-S is paired with the key in the cylinder (Z), the shape of said shoulders matching the lateral grooves RB-SN and the central groove RB-MN such that, together with the special tumbler, an additional insertion block is formed in the entry region and an additional rotational block is formed in the coding region. Thus, the security of the lock system is substantially increased, and forgeries and unauthorized key copies are also prevented.
WO/2013/166672 ASSOCIATED PRINTING APPARATUS||WO||14.11.2013|
||PCT/CN2012/075254||SECURITY PRINTING INSTITUTE OF PEOPLE’S BANK OF CHINA||BI, Ming|
An associated printing apparatus (100) is disclosed. The printing apparatus (100) comprises a screen printing unit (4), an orientation unit (2) for an inked magnetic sheet, a relief printing unit (1), and at least a set of ink light-cure unit (3). The screen printing unit (4), the orientation unit (2) for and inked magnetic sheet and the relief printing unit (1) are arranged in order. The connection among the said units is implemented by a sheet transferring system. Since the units are located in one printing apparatus, the sheet only needs to be transferred once to finish such procedures as screen printing, magnetic orientation, and relief printing in succession, thereby reducing the manufacturing cost. Compared to the production with single machine, the associated printing apparatus (100) occupies a smaller area and enables a shorter production line.
||PCT/CN2012/080949||FUZHOU XIAOSHENLONG WATCH TECHNOLOGY RESEARCH CO. LTD.||LIN, Xiangping|
A watch comprises a timing system. The timing system comprises: a clockwork mechanism, a power transmission gear train, a power source device, an electronic transmission gear train, and a mechanical transmission gear train. The clockwork mechanism supplies power to a second hand, a minute hand and an hour hand. The power transmission gear train is matched with the clockwork mechanism and drives the second hand, the minute hand and the hour hand to run. A timing motor (204) of the power source device drives a rotor (205) to rotate, and the timing precision of the timing motor (204) is controlled by quartz (203). The electronic transmission gear train is connected to the rotor (205), and the rotor (205) rotates to control the electronic transmission gear train to run. The mechanical transmission gear train is connected to an escape wheel (110) of the power transmission gear train, and the escape wheel (110) rotates to control the mechanical transmission gear train to run. An intermittent movement transmission is adopted between the mechanical transmission gear train and the electronic transmission gear train, that is, the running precision of the power transmission gear train is controlled by the electronic transmission gear train. The hand running precision of the timing system of the watch can as high as that of a quartz watch.
WO/2013/128723 RANGE SENSOR AND RANGE IMAGE SENSOR||WO||06.09.2013|
||PCT/JP2012/079415||HAMAMATSU PHOTONICS K.K.||MASE Mitsuhito|
First semiconductor areas (FD1) are arranged inside of charge generating areas so as to be at the central sections of pixel areas (PA1) and be surrounded by the charge generating areas, and collect signal charge from the charge generating areas. Third semiconductor areas (FD3) are arranged outside of the charge generating areas at the corner parts of the pixel areas (PA1), and collect unnecessary charge from the charge generating areas. Photogate electrodes (PG1) are arranged on the charge generating areas. First gate electrodes (TX1) are arranged between the first semiconductor areas (FD1) and the charge generating areas, and cause the signal charge from the charge generating areas to flow into the first semi conductor areas (FD1) in response to an inputted signal. Third gate electrodes (TX3) are arranged between the third semiconductor areas (FD3) and the charge generating areas, and cause the unnecessary charge from the charge generating areas to flow into the third semi conductor areas (FD3) in response to an input signal.
WO/2013/127686 ADJUSTING A HAND UNDER A DIAL||WO||06.09.2013|
||PCT/EP2013/053446||ETA SA MANUFACTURE HORLOGÈRE SUISSE||WYSSBROD, Baptist|
The invention relates to a timepiece movement (1) driving at least one output arbor (2, 7) for receiving an indicator (3), for displaying a physical quantity or a quantity of time, opposite and above at least one complementary indicator or a dial (4), said complementary indicator or dial (4) being arranged at a local reference or bearing surface (5) that said movement (1) locally comprises, around (each of) said output arbor(s) (2, 7) of said movement (1), or being arranged on said local reference or bearing surface (5). Said at least one output arbor (2) comprises, on the side of said local reference or bearing surface (5) thereof, a free end (6) that is either set back from or just flush with said local reference or bearing surface (5) thereof.
WO/2013/130244 MANAGING ADAPTIVE STREAMING OF DATA VIA A COMMUNICATION CONNECTION||WO||06.09.2013|
||PCT/US2013/025494||MOTOROLA MOBILITY LLC||RAMAMURTHY, Arjun|
Data are received at a receiving device from a server, where the data are encoded into one of a plurality of different versions, each version having a different fidelity level. A data stream having a buffer with an initial maximum window size for buffering received data is requested from the server, wherein the data stream initially has a first fidelity level. The maximum window size is managed to prevent the current window size from falling below a threshold that might trigger an adjustment by the server in the fidelity level of the data stream sent by the server, unless and until the accumulation of data in the buffer due to a decrease in the present processing capabilities of the controller of the receiving device falls below a threshold of processing power necessary for processing the data stream at the higher fidelity level for more than a transitory period of time.
WO/2013/122600 TIME COUNTER TIMEPIECE||WO||22.08.2013|
||PCT/US2012/025621||JOHANSSON, Stefan||JOHANSSON, Stefan|
The present disclosure includes disclosure of a timepiece, comprising a main mechanism operable to indicate time, the main mechanism positioned upon or within a face of the timepiece, a first counter comprising a first operation mechanism, the first counter appearing upon or within the face, a second counter comprising a second operation mechanism, the second counter appearing upon or within the face, and a third counter comprising a third operation mechanism, the third counter appearing upon or within the face, when the timepiece is in operation, the first operation mechanism, the second operation mechanism, and the third operation mechanism each have an operation status differing from one another, and when the timepiece is in operation, the first operation mechanism, the second operation mechanism, and the third operation mechanism maintain a continuous time loop prior to resetting the first operation mechanism, the second operation mechanism, and/or the third operation mechanism.
WO/2013/122723 ALGORITHMIC MEDIA STREAM SELECTION||WO||22.08.2013|
||PCT/US2013/022833||MOTOROLA MOBILITY LLC||PRICKETT, David B.|
In embodiments of algorithmic media stream selection, a media routing device (120) receives media content (106) from a content distributor (202) and streams the media content to a media playback device (122). The media routing device can receive a request for a media content stream (110) from the media playback device, and select a substitute media content stream (112) for distribution to the media playback device based on one or more variable parameters. The media routing device then forwards the request to the content distributor for the substitute media content stream, and receives the substitute media content stream from the content distributor. The media routing device is implemented to then identify the substitute media content stream as the requested media content stream, and communicate the substitute media content stream to the media playback device for playback as the requested media content stream.
WO/2013/119548 SIC DEVICES WITH HIGH BLOCKING VOLTAGE TERMINATED BY A NEGATIVE BEVEL||WO||15.08.2013|
||PCT/US2013/024740||CREE, INC.||CHENG, Lin|
The present disclosure relates to a Silicon Carbide (SiC) semiconductor device having both a high blocking voltage and low on-resistance. In one embodiment, the semiconductor device has a blocking voltage of at least 10 kilovolts (kV) and an on-resistance of less than 10 milli-ohms centimeter squared (mΩ•cm2) and even more preferably less than 5 mΩ•cm2. In another embodiment, the semiconductor device has a blocking voltage of at least 15 kV and an on-resistance of less than 15 mΩ•cm2 and even more preferably less than 7 mΩ•cm2. In yet another embodiment, the semiconductor device has a blocking voltage of at least 20 kV and an on-resistance of less than 20 mΩ•cm2 and even more preferably less than 10 mΩ•cm2. The semiconductor device is preferably, but not necessarily, a thyristor such as a power thyristor, a Bipolar Junction Transistor (BJT), an Insulated Gate Bipolar Transistor (IGBT), or a PIN diode.