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1.WO/2021/199424LIQUID CARTRIDGE

WO - 07.10.2021

Clasificación Internacional B41J 2/175 Nº de solicitud PCT/JP2020/015313 Solicitante BROTHER KOGYO KABUSHIKI KAISHA Inventor/a ISHIBE Akinari

Provided is a liquid cartridge such that there is little fear that a cover thereof will separate from a body thereof, and the cover is difficult to damage. An ink cartridge 30 comprises a casing 130, an IC substrate 64, and an ink supply part 34. The casing 130 has an outer lid 134 and a lower base 130B. The outer lid 134 has an upper wall 39, side walls 84, 85, a support part 66, a plurality of engagement holes 86, a protrusion 43, and a rib 67. The front end 67F of the rib 67 is positioned further toward the front than any of the engagement holes 86 that engage with engagement claws 88.

2.WO/2017/154315CARTRIDGE AND IMAGING DEVICE

WO - 14.09.2017

Clasificación Internacional G03G 15/08 Nº de solicitud PCT/JP2016/089048 Solicitante BROTHER KOGYO KABUSHIKI KAISHA Inventor/a KYOTANI, Tadao

[Problem] To appropriately manage service life of cartridges in cartridges used in imaging devices, and in imaging devices. [Solution] This developer cartridge 1 comprises a detection gear 52, a first protrusion 521, the position of which moves in accordance with the rotation of the detection gear 52, and a cartridge IC 62. First yield information is stored on the cartridge IC 62. The imaging device has a sensor that detects movement of the first protrusion 521. The imaging device verifies the quantity of developer within the developer cartridge 1 or the number of sheets that can be printed with the remaining developer, on the basis of first yield information read from the cartridge IC 62 and second yield information obtained on the basis of the detection signal from the sensor. As a consequence, it is possible to appropriately manage the service life of the cartridge, even in special situations such as incorrect use or incorrect detection.

3.WO/2021/199423LIQUID CARTRIDGE

WO - 07.10.2021

Clasificación Internacional B41J 2/175 Nº de solicitud PCT/JP2020/015312 Solicitante BROTHER KOGYO KABUSHIKI KAISHA Inventor/a ISHIBE Akinari

Provided is a liquid cartridge that undergoes little change in orientation even upon collision with a flat surface. An ink cartridge 30 comprises a casing 130, an IC substrate 64, and an ink supply part 34. The casing 130 has an upper wall 39, a protrusion 43 that protrudes upward from the upper wall 39 at a position further toward the rear than the IC substrate 64, and a rib 67 that protrudes upward from the upper wall 39 at a position further toward the front than the IC substrate. A horizontal surface 154 on the protrusion 43 is positioned above the upper end 67FU of the front end 67F of the rib 67. The front end 67F of the rib 67 is positioned further toward the front than an ink supply port 71 in the ink supply part 34. The outer surface of the ink cartridge 30 between the horizontal surface 154 on the protrusion 43 and the upper end 67FU of the front end 67F of the rib 67 is positioned below a virtual plane 150.

4.WO/2021/199425LIQUID CARTRIDGE

WO - 07.10.2021

Clasificación Internacional B41J 2/175 Nº de solicitud PCT/JP2020/015314 Solicitante BROTHER KOGYO KABUSHIKI KAISHA Inventor/a ISHIBE Akinari

Provided is a liquid cartridge such that the functionality of a circuit board is not compromised even if the liquid cartridge collides with a flat surface. An ink cartridge 30 comprises a casing 130, an IC substrate 64, and an ink supply part 34. The casing 130 has an upper wall 39 that supports the IC substrate 64, a protrusion 43 that protrudes upward from the upper wall 39 at a position further toward the rear than the IC substrate 64, and a rib 67 that protrudes upward from the upper wall 39 at a position further toward the front than the IC substrate. A horizontal surface 154 on the protrusion 43 is positioned above a main upper surface 68 and a sub-upper surface 69 of the rib 67. The outer surface of the ink cartridge 30 between the horizontal surface on the protrusion 43 and the upper end 67FU of the front end 67F of the rib 67 is positioned below a virtual plane 150. The front end 65F of an electrode on the IC substrate is positioned further toward the rear than a longitudinal-direction center C2 between the horizontal surface 154 on the protrusion, which is intersected by the virtual plane 150, and the upper end 67FU of the front end 67F of the rib 67.

5.WO/2017/154468CARTRIDGE AND IMAGING DEVICE

WO - 14.09.2017

Clasificación Internacional G03G 15/08 Nº de solicitud PCT/JP2017/005104 Solicitante BROTHER KOGYO KABUSHIKI KAISHA Inventor/a KYOTANI, Tadao

[Problem] To appropriately manage service life of a cartridge in a cartridge used in an imaging device, and an imaging device. [Solution] This developer cartridge 1 comprises a detection gear 52 having a first protrusion 521, and a cartridge IC 62. The imaging device has a sensor that detects movement of the first protrusion 521. The imaging device writes new product determination information to the cartridge IC 62 if the detection signal from the sensor has a new product waveform. As a consequence, it is possible to determine on the basis of information inside the cartridge IC 62 whether the new production detection of that developer cartridge 1 has already been completed in the imaging device. Therefore, it is possible to verify special situations, such as when new product determination information can be obtained from the first protrusion 521, regardless of whether new product determination information has already been stored in the cartridge IC 62. As a consequence, it is possible to appropriately manage the service life of the developer cartridge 1.

6.WO/2021/058139METHOD FOR DISSOLUTION OF THE CELL MEMBRANE

WO - 01.04.2021

Clasificación Internacional A23B 4/015 Nº de solicitud PCT/EP2020/051895 Solicitante DALSGAARD, Rita Egebjerg Inventor/a DALSGAARD, Rita Egebjerg

The invention is a continuous process, which has purpose to bring the cell membrane in raw meat cells into solution, so that there is opened for access to the salt soluble proteins, which are situated inside the cells. The salt cannot pass the membrane, before it has been broken down, something that takes many hours, whereas by microwave treatment the break down happens instantly. Brine is injected thereafter into the raw meat in a dense pattern, such that the raw meat is even salted. For total dissolution of the cell membrane the raw meat is in the end treated with ultrasound, which creates lysis, which opens the cell membrane to the salt soluble proteins. This to secure a total dissolution of the cell membrane and the intracellular proteins. The invention is suitable for the meat and fish industry, where there today is applied long salting processes. The invention solves the problem of fast access of salt to the salt soluble proteins, and there do not exist any known techniques for solving this problem.

7.WO/2021/122776PHAGENKULTIVIERUNGSVORRICHTUNG, VERFAHREN ZUR PRÄPARATION VON PHAGEN UND FILTERVORRICHTUNG DAFÜR

WO - 24.06.2021

Clasificación Internacional C12M 1/00 Nº de solicitud PCT/EP2020/086464 Solicitante HENNES, Kilian Inventor/a HENNES, Kilian

Die Erfindung betrifft eine Phagenkultivierungsvorrichtung umfassend ein zur äußeren Umgebung abgeschlossenes Fluidleitungssystem mit einem Eingangs-Port (1), an den ein Probengefäß (4) angeschlossen oder zumindest anschließbar ist, insbesondere so dass Phagen aus einer in das Probengefäß eingelegten/einlegbaren Probe (5) über den Eingangs-Port (1) in das Fluidleitungssystem überführbar sind,einem Ausgangs-Port (28), an dem ein Entnahmegefäß (27) abnehmbar befestigt oder zumindest befestigbar ist, insbesondere so dass Phagen, vorzugsweise aus den überführten Phagen durch Kultivierung multiplizierte Phagen, aus dem Fluidleitungssystem über den Ausgangs-Port entnehmbar sind, einer in einer Fluidleitung zwischen dem Eingangs-Port und dem Ausgangs-Port (28) angeordneten Filtervorrichtung (15) mit einer in Richtung zum Ausgangsport (28) für Phagen durchlässigen und für Bakterien undurchlässigen Filtermembran (19) wenigstens einem ein Nährmedium aufweisenden Nährmedienreservoir (3), wenigstens einem, insbesondere vor dessen Benutzung, geschlossenen, Wirtsbakterien aufweisenden Wirtsbakterienreservoir (6), das mit dem wenigstens einen Nährmedienreservoir (3) durch eine öffenbare Verbindungsleitung in Verbindung bringbar ist, insbesondere dessen Wirtsbakterien in gefriergetrockneter, lebensfähiger Form vorliegen, wobei das wenigstens eine Nährmedienreservoir (3) im Fluidleitungssystem betrachtet in der Flußrichtung vom Eingangs-Port (1) zum Ausgangs-Port vor der Filtervorrichtung (15) angeordnet ist, insbesondere so in das Fluidleitungssystem überführte Phagen vor der Filtervorrichtung (15) in dem wenigstens einen Nährmedienreservoir (3) mit den Wirtsbakterien wenigstens einmalig, vorzugsweise mehrmalig durch Kultivierung vermehrbar sind. Die Erfindung betrifft auf ein Verfahren zur Präparatiuon von Phagen und eine Tangentialflußfiltervorrichtung (15).

8.WO/2018/030068RADIATION DETECTOR

WO - 15.02.2018

Clasificación Internacional G01T 7/00 Nº de solicitud PCT/JP2017/025684 Solicitante TOSHIBA ELECTRON TUBES & DEVICES CO., LTD. Inventor/a ONIHASHI, Hiroshi

A radiation detector according to an embodiment comprises: an array substrate having a plurality of control lines extending in a first direction, a plurality of data lines extending in a second direction that intersects with the first direction, and detection units that are provided respectively to a plurality of regions delimited by the plurality of control lines and the plurality of data lines, that are electrically connected to a corresponding control line and a corresponding data line, and that detect radiation directly or in cooperation with a scintillator; a signal detection circuit that reads image data signals from the plurality of detection units; a noise detection circuit that detects noise; a plurality of first wires, one end of each first wire being electrically connected to a data line, and the other end of each first wire being electrically connected to the signal detection circuit; and a second wire, one end of the second wire not being electrically connected to the data lines electrically connected to the plurality of detection units, and the other end of the second wire being electrically connected to the noise detection circuit.

9.WO/2018/051526ROTATING ELECTRIC MACHINE AND VEHICLE

WO - 22.03.2018

Clasificación Internacional H02K 1/27 Nº de solicitud PCT/JP2016/084487 Solicitante KABUSHIKI KAISHA TOSHIBA Inventor/a HORIUCHI Yosuke

A rotating electric machine of an embodiment has a shaft, a rotor iron core, and a plurality of permanent magnets. The shaft rotates about the axial center. The rotor iron core is connected to the shaft. The plurality of permanent magnets are provided in the rotor iron core and include at least a first permanent magnet and a second permanent magnet. The first permanent magnet has an intrinsic coercive force of 1200 [kA/m] or more. The second permanent magnet has an intrinsic coercive force of 800 [kA/m] or more and has a remanent magnetization that is substantially the same as or larger than that of the first permanent magnet and a recoil permeability that is smaller than that of the first permanent magnet.

10.WO/2020/228904VERFAHREN ZUR HERSTELLUNG TEXTURIERTER SOLARWAFER

WO - 19.11.2020

Clasificación Internacional H01L 31/0236 Nº de solicitud PCT/DE2020/100397 Solicitante MEYER BURGER (GERMANY) GMBH Inventor/a BREUS, Vladimir

Die vorliegende Erfindung betrifft ein Verfahren zur Herstellung wenigstens einseitig texturierter Solarwafer, wobei in einem ersten Verfahrensschritt gesägte Solarwafer mit Sägeschäden bereitgestellt werden und am Ende des letzten Verfahrensschrittes texturierte Solarwafer mit unterschiedlichen Größentypen von großen und kleinen Pyramiden bereitgestellt werden, und wobei die texturierten Solarwafer anschließend zu Solarzellen weiterverarbeitet werden können. Die Aufgabe der vorliegenden Erfindung liegt im Vorschlägen eines verbesserten Texturierungsverfahrens im Rahmen der Herstellungstechnologie von Solarzellen. Diese Aufgabe wird durch ein Verfahren zur Herstellung texturierter Solarwafer gelöst, wobei in dem ersten Texturätzschritt die großen Pyramiden in einer geringen Flächendichte angelegt werden, sodass am Ende des Verfahrens weniger als 30 % der texturierten Oberfläche des Solarwafers mit den großen Pyramiden belegt sind, wobei in dem zweiten Texturätzschritt die kleinen Pyramiden, mit einer großen Flächendichte hergestellt werden.

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