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/2013/185493 SUCKING STRUCTURE||WO||19.12.2013|
||PCT/CN2013/072120||ANHO HOUSEWARE CO., LTD. JIANGMEN||ZHANG, Decai|
A sucking structure comprises a soft rubber sucking disk (1) including a pull bar (11) and a base (2) arranged at the back of the soft rubber sucking disk (1), and a return spring (3) arranged between the soft rubber sucking disk (1) and the base (2). The ends of the pull bar (11) are both provided with a pin (12) which protrudes radially and a drive device (4) which drives the pull bar (11) up and down. The drive device (4) comprises a push switch (41) installed on the base (2) and a drive sliding cover (5), whose slope step (43) can lift the pin (12) up and down. The pin (12) can lift up and down along the slope step and can hold on its two end supporting surfaces respectively, so as to drive the pull bar (11) up and down to activate the soft sucking disk to obtain a tighten state or a release state. The push switch (41) can be pushed to the bottom to obtain its self-locked state easily. This sucking structure has a large sucking ability and can be operated easily.
WO/2013/179150 A DETECTION MECHANISM||WO||05.12.2013|
||PCT/IB2013/052595||ASELSAN ELEKTRONIK SANAYI VE TICARET ANONIM SIRKETI||FIDAN, Tahir|
The present invention relates to a detection mechanism (1), located on the tail, which enables to receive the electromagnetic waves in the air by being cleared of the platform effects via the detectors present on the helicopter. The inventive detection mechanism (1) comprises at least one detection unit (2) which has detectors sensing the electromagnetic waves, at least one mounting part (3) which is designed to be mounted on the helicopter tail (6), at least one tail structure (4) which is located between the detection unit (2) and the mounting part (3), at least one raise (9) which has a circular structure on the lower part of the tail structure (4), at least one indent (8) which has a circular structure on the upper part of the tail structure (4).
WO/2013/178712 AMMUNITION COMPRISING ACTIVE MEANS||WO||05.12.2013|
||PCT/EP2013/061127||RHEINMETALL WAFFE MUNITION GMBH, PATENTE||KOPP, Lothar-Georg|
The invention relates to ammunition (20) comprising active bodies (6), having at least one cartridge case (1), one contact (2), and a cartridge base (4). The same or different active charges (5, 5.1, 5.2, 5.3) may be integrated into said active bodies (6, 6.1, 6.2, 6.3), and the active bodies (6, 6.1, 6.2, 6.3) are stacked in active body containers (15) that are integrated parallel to the ammunition (20) longitudinal axis, a plurality of active body containers (15) being integrated and the active bodies (6, 6.1, 6.2, 6.3) being ejected simultaneously from said active body containers (15). These active charges (5.1, 5.2, 5.3) can achieve a sensitive, optical effect and acoustic effect as well as visual obscuration, IR-screening visual obstruction and radar-interference effects, individually or in combination, at the target.
WO/2013/178607 AMMUNITION COMPRISING ACTIVE MEANS||WO||05.12.2013|
||PCT/EP2013/060925||RHEINMETALL WAFFE MUNITION GMBH, Patente||KLASEN, André|
The invention relates to ammunition (30) comprising active bodies (6, 6.1-6.3) that contain active charges, and having at least one cartridge case (1), one contact (2), and a cartridge base (4). Said ammunition (30) comprises active bodies (6, 6.1, 6.2, 6.3) that are stacked in planes (E1-E3) in guide tubes (16.1-16.3) that are integrated parallel to the ammunition (30) longitudinal axis. Said active bodies (6, 6.1, 6.2, 6.3) contain the same or different active charges, and can be ejected simultaneously and/or in a temporally off-set manner, the active charges thereof being able to be initiated simultaneously and/or at temporal intervals. The guide tubes (16.1-16.3) produce active body rows (A, B, C) each formed by said three guide tubes (16.1-16.3), and these active body rows (A, B, C) can themselves be ejected in parallel or at temporal intervals to one another. An electrical set trigger (17) and delay element (12), or a plurality of electrical set triggers (17), are responsible for the temporally off-set output of the respective active body rows (A, B, C). Each individual active body (6.1-6.3) can also have a different ejection charge (9.1-9.3) as well as a different delay time from the other active bodies (6.1-6.3), with the different delay times being implementable in the different delay elements (8.1-8.3, 11.1-11.3, 12). As a result, each active body (6.1-6.3), and also each active body row (A, B, C), may be assigned its own point of action.
WO/2013/174738 RETENTION INSERT AND CONNECTION DEVICE FOR DENTAL APPLICATIONS||WO||28.11.2013|
||PCT/EP2013/060224||BÄCHLER, Martin||BÄCHLER, Martin|
A retention insert (1), for connecting a dental prosthesis structure to a dental implant or capping structure having a head designed for a press-fit connection, comprises a substantially circular disc-shaped end face (12), and a substantially ring-shaped retention edge (11), which protrudes from the end face (12) and has an outer surface (114). The end face (12) has an opening (121), and, starting from an end (11b) of the retention edge (11) directed away from the end face (12), a substantially axial slit (14) extends through the retention edge (11) and the end face (12) to the opening (121) of the end face (12). Connected to the opening on the end face, the slit of the retention insert according to the invention is a relatively simple structure which ensures that the retention insert, and in particular the retention edge thereof, has an elasticity sufficient for snap-fitting it onto the head or the patrix head. At the same time, a spring force from the snapped-on retention edge can therefore act on the head, such that the retention insert and parts connected thereto are clamped on the head. Moreover, this retention edge and this opening also have the result that imprecisions in the position of the implant structure, and in particular lack of parallelism, and also the effects of forces from different directions can be compensated, without the retention insert or parts thereof being substantially squeezed or similarly deformed.
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.
WO/2013/166560 AN OPTICAL SECURITY DEVICE||WO||14.11.2013|
||PCT/AU2013/000491||INNOVIA SECURITY PTY LTD||LOK, Phei|
An optical security device is disclosed which includes a diffraction layer having a plurality of diffraction elements and a high refractive index layer, wherein the high refractive index layer is applied on the diffraction layer such that selected regions of the diffraction layer have the corresponding diffraction elements partially uncovered by the high refractive index layer and other regions are substantially covered by the high refractive index layer. Accordingly, the optical security device has a first security feature associated with the diffraction layer and a second security feature associated with the high refractive index layer. An image is viewable from the regions of the high refractive index layer, either, covertly by placed an index matched item over the device or, overtly, through selection of the thickness of the high refractive index layer.
WO/2013/168943 SLIDING WINDOW INSTALLATION STRUCTURE INCLUDING DOOR GUIDE FRAME HAVING SEPARABLE SEGMENT STRUCTURE||WO||14.11.2013|
||PCT/KR2013/003912||LEE, Kwang-Seok||LEE, Kwang-Seok|
The present invention relates to a door guide frame for guiding the sliding movement of a roller device which supports a sliding window and provides a sliding opening/closing operation and, more specifically, to a sliding window installation structure which: stably supports and moves a sliding window on a bottom surface and an upper surface on which the sliding window is installed; reduces an installation space by minimizing the size of a door guide frame and a roller device for supporting a heavy sliding window, thereby obtaining a wider open view when applied to a window; enables vertical stiffeners having an expanded cross section (cross section thicker than glass) for compensating a transverse bending rigidity of glass to be connected to both sides of the glass which constitutes the sliding window formed by including the glass that is supported by a roller; and enables the sliding window with the vertical stiffeners to be installed within the door guide frame in an integrated manner and the sliding window to be detached from the door guide frame in which the sliding window includes the vertical stiffeners.