mhurhangee/patent-ind-claim-en huggingface dataset:
An oxygen-vacancy based resistive random access memory device comprising a stack of a lower oxygen affinity bottom electrode , a rare earth metal oxide layer , comprising hydroxyl groups, and a higher oxygen affinity top electrode , wherein the rare earth metal oxide layer is doped with aluminum and/or silicon with dopant ranges from above 0 to about 50 atomic percent, characterized in that the stack further comprises a scavenging layer in between the rare earth metal oxide layer and the higher oxygen affinity top electrode , the scavenging layer comprising a rare earth metal being the same as the rare earth metal of the rare earth metal oxide layer .
Double corner connector (III) for connecting two double spacers of triple insulating glazing units, comprising - two corner connectors (I) each comprising at least a first leg (2.1) and a second leg (2.2), which are connected to one another via a corner region , and a first electrical supply line (4.1), wherein - in each case, the first leg (2.1) and the second leg (2.2) enclose an angle a, where 45°<α<120°, - in each case, the first leg (2.1), the second leg (2.2), and the corner region are formed in one piece, - in each case, at least the corner region comprises the first electrical supply line (4.1), and - in each case, the first electrical supply line (4.1) protrudes out of the corner region , the two corner connectors (I) being connected in the corner region via a web , the web being designed in such a way that a groove for receiving a pane is formed. - two corner connectors (I) each comprising at least a first leg (2.1) and a second leg (2.2), which are connected to one another via a corner region , and a first electrical supply line (4.1), wherein - in each case, the first leg (2.1) and the second leg (2.2) enclose an angle a, where 45°<α<120°, - in each case, the first leg (2.1), the second leg (2.2), and the corner region are formed in one piece, - in each case, at least the corner region comprises the first electrical supply line (4.1), and - in each case, the first electrical supply line (4.1) protrudes out of the corner region , the two corner connectors (I) being connected in the corner region via a web , the web being designed in such a way that a groove for receiving a pane is formed.
A data transmission method perform by a radio access network device of 3GPP, comprising: transmitting , by the radio access network device, a transport block to a terminal device, wherein the transport block comprises a plurality of code block groups, each code block group comprises a plurality of code blocks, wherein part of the code blocks are punctured by another transmission type, the another transmission type replacing the data scheduled to be transmitted on the part of the code blocks; receiving , by the radio accesss network device, negative acknowledgement transmitted by the terminal device with respect to the transport block; transmitting, by the radio access network device, control information used for scheduling retransmission of the partial code blocks of the transport block to the terminal device, the partial code blocks are the punctured code blocks of the transport block, wherein the control information comprises first scheduling information; the first scheduling information indicates retransmission information of the partial code blocks, wherein the retransmission information of the partial code blocks indicates which code block groups out of the plurality of code block groups contain the partial code blocks; and retransmitting , by the radio access network device, the partial code blocks in the transport block to the terminal device. transmitting , by the radio access network device, a transport block to a terminal device, wherein the transport block comprises a plurality of code block groups, each code block group comprises a plurality of code blocks, wherein part of the code blocks are punctured by another transmission type, the another transmission type replacing the data scheduled to be transmitted on the part of the code blocks; receiving , by the radio accesss network device, negative acknowledgement transmitted by the terminal device with respect to the transport block; transmitting, by the radio access network device, control information used for scheduling retransmission of the partial code blocks of the transport block to the terminal device, the partial code blocks are the punctured code blocks of the transport block, wherein the control information comprises first scheduling information; the first scheduling information indicates retransmission information of the partial code blocks, wherein the retransmission information of the partial code blocks indicates which code block groups out of the plurality of code block groups contain the partial code blocks; and retransmitting , by the radio access network device, the partial code blocks in the transport block to the terminal device.
A process for producing a water-based ink for ink-jet printing, comprising the step of dispersing a pigment in a polymer by means of a disperser using dispersing media particles comprising a zirconium compound to introduce the solid zirconium compound into the water-based ink, the water-based ink comprising the pigment-containing polymer particles and the solid zirconium compound, and having a zirconium compound content of not less than 2 ppm and not more than 200 ppm in terms of a concentration of zirconium in the water-based ink, wherein the process comprises the following steps (I) to (V) in which the step of introducing the solid zirconium compound into the water-based ink is conducted in the step (II): step (I): preparing a mixture comprising the polymer, an organic solvent, the pigment and water; step (II): subjecting the mixture obtained in the step (I) to dispersing treatment using the dispersing media particles comprising the zirconium compound to obtain a dispersion of the pigment-containing polymer particles; step (III): removing the organic solvent from the dispersion of the pigment-containing polymer particles obtained in the step (II) to obtain a water dispersion of the pigment-containing polymer particles; step (IV): removing coarse particles from the water dispersion obtained in the step (III) to obtain a water dispersion for ink-jet printing; and step (V): preparing the water-based ink for ink-jet printing using the water dispersion obtained in the step (IV), wherein a use history of the dispersing media particles is controlled such that a cumulative net power as measured by operating the disperser packed with the dispersing media particles is not less than 1500 kwh/kg and wherein a packing rate of the dispersing media particles in the disperser in the step (II) is not less than 50 % and not more than 95 %. step (I): preparing a mixture comprising the polymer, an organic solvent, the pigment and water; step (II): subjecting the mixture obtained in the step (I) to dispersing treatment using the dispersing media particles comprising the zirconium compound to obtain a dispersion of the pigment-containing polymer particles; step (III): removing the organic solvent from the dispersion of the pigment-containing polymer particles obtained in the step (II) to obtain a water dispersion of the pigment-containing polymer particles; step (IV): removing coarse particles from the water dispersion obtained in the step (III) to obtain a water dispersion for ink-jet printing; and step (V): preparing the water-based ink for ink-jet printing using the water dispersion obtained in the step (IV),
A busbar arrangement for a wind turbine generator , the wind turbine generator comprising a stator and a rotor arranged to rotate around an axis , the rotor being coupled to a hub carrying rotor blades , the arrangement comprising a plurality of busbars for transporting electric power away from the generator, wherein each busbar is arranged at an individual radial distance from the axis and at an individual axial position along the axis, wherein the plurality of busbars forms a staircase-like structure and is adapted to be located on a side of the wind turbine generator that is opposite to the rotor blades and hub . a plurality of busbars for transporting electric power away from the generator, wherein each busbar is arranged at an individual radial distance from the axis and at an individual axial position along the axis, wherein the plurality of busbars forms a staircase-like structure and is adapted to be located on a side of the wind turbine generator that is opposite to the rotor blades and hub .
Decorative powder dispenser for the decoration of ceramic articles, wherein it comprises: - at least one containment chamber containing a decorative powder (A) for the decoration of at least one ceramic article (M), provided with at least one dispensing port through which said decorative powder (A) is dispensed on a decorative surface (S) of said ceramic article (M); - at least one plug body provided with at least one closing portion of said dispensing port and movable between a home configuration, wherein said closing portion obstructs said dispensing port and prevents said decorative powder (A) from being dispensed, and at least one operating configuration, wherein said closing portion is moved along at least one direction of movement (D1, D2) with respect to said dispensing port and allows said decorative powder (A) to be dispensed; - movement means of said plug body adapted to move said plug body between said home configuration and said operating configuration; wherein: - in said home configuration, said closing portion and said dispensing port define at least one free section (F); - said dispensing port and said closing portion are shaped so that said decorative powder (A) cannot flow through the said free section (F) and come out of said containment chamber in said home configuration; characterized in that said movement means comprise a vibration transmission assembly adapted to move by oscillatory motion said plug body along at least one transverse direction (D2), which direction is transverse to the longitudinal axis of the containment chamber , between said operating configuration and said home configuration. - at least one containment chamber containing a decorative powder (A) for the decoration of at least one ceramic article (M), provided with at least one dispensing port through which said decorative powder (A) is dispensed on a decorative surface (S) of said ceramic article (M); - at least one plug body provided with at least one closing portion of said dispensing port and movable between a home configuration, wherein said closing portion obstructs said dispensing port and prevents said decorative powder (A) from being dispensed, and at least one operating configuration, wherein said closing portion is moved along at least one direction of movement (D1, D2) with respect to said dispensing port and allows said decorative powder (A) to be dispensed; - movement means of said plug body adapted to move said plug body between said home configuration and said operating configuration; wherein: - in said home configuration, said closing portion and said dispensing port define at least one free section (F); - said dispensing port and said closing portion are shaped so that said decorative powder (A) cannot flow through the said free section (F) and come out of said containment chamber in said home configuration;
A production method of a negative electrode active material for non-aqueous electrolyte secondary batteries containing particles of lithium-containing silicon compound comprising: preparing particles of silicon compound containing SiO x wherein 0.5≤ x ≤1.6 as a silicon compound obtaining particles of lithium-containing silicon compound by making the particle of silicon compound contact with a solution A that contains lithium, one or more kinds selected from biphenyl, terphenyl and derivatives thereof, and has an ether-based solvent as a solvent; and heating the particles of the lithium-containing silicon compound. preparing particles of silicon compound containing SiO x wherein 0.5≤ x ≤1.6 as a silicon compound obtaining particles of lithium-containing silicon compound by making the particle of silicon compound contact with a solution A that contains lithium, one or more kinds selected from biphenyl, terphenyl and derivatives thereof, and has an ether-based solvent as a solvent; and heating the particles of the lithium-containing silicon compound.
A Customer Replaceable Unit Monitoring, CRUM, chip which is mounted on a consumable unit for an image forming apparatus and operable to communicate with the image forming apparatus, the CRUM chip characterized by comprising: an interface unit that is operable to receive first data and first integrity detection data generated using the first data from a main controller of the image forming apparatus; and a controller that is operable, when it is determined that the first data is integral, to generate second integrity detection data using both second data to be transmitted to the main controller of the image forming apparatus and the first integrity detection data and to transmit the second data and the second integrity detection data to the main controller of the image forming apparatus. an interface unit that is operable to receive first data and first integrity detection data generated using the first data from a main controller of the image forming apparatus; and a controller that is operable, when it is determined that the first data is integral, to generate second integrity detection data using both second data to be transmitted to the main controller of the image forming apparatus and the first integrity detection data and to transmit the second data and the second integrity detection data to the main controller of the image forming apparatus.
A control method of a cooling system, comprising: providing a coolant control valve unit of the cooling system that receives a coolant exhausted from a cylinder head and is configured to control opening rates of a first coolant passage through which the coolant is distributed to a heater core , a second coolant passage through which the coolant is distributed to a radiator , and a third coolant passage through which the coolant is exhausted from a cylinder block , sensing a driving condition by a controller ; and controlling, by the controller, an operation of the coolant control valve depending on the sensed driving condition; characterized in that the controlling of the operation of the coolant control valve includes a mode maximizing the opening rate of the first coolant passage, blocking the second coolant passage, and maximizing the opening rate of the third coolant passage. providing a coolant control valve unit of the cooling system that receives a coolant exhausted from a cylinder head and is configured to control opening rates of a first coolant passage through which the coolant is distributed to a heater core , a second coolant passage through which the coolant is distributed to a radiator , and a third coolant passage through which the coolant is exhausted from a cylinder block , sensing a driving condition by a controller ; and controlling, by the controller, an operation of the coolant control valve depending on the sensed driving condition; characterized in that the controlling of the operation of the coolant control valve includes a mode maximizing the opening rate of the first coolant passage, blocking the second coolant passage, and maximizing the opening rate of the third coolant passage.
Separator having a separator housing , a separator wheel which is arranged in the separator housing and which has a rotation axis (X), and a guide vane ring which is arranged in the separator housing , wherein an annular space is provided in a radial direction (R) perpendicular to the rotation axis (X) between the guide vane ring and the separator housing , characterised in that a peripheral annular gap is provided between the guide vane ring and a cover in a vertical direction.
A metal hydride device for storage and transportation of hydrogen gas , comprising: - a single block having a plurality of inner cavities , each having an opening on a respective surface of said block , - said block further having a first inner channel for providing fluid communication of at least some of these cavities , said first inner channel comprising an opening facing at least one surface of said block , - at least one connector operable in a fluid-tight manner on said opening of said inner channel and adapted to be connected to a source of hydrogen gas, and - metal powders placed in said inner cavities ; said metal hydride device being characterised in that it comprises a fluid-tight closure member operably placed on each inner cavity at its respective opening , for hydrogen gas-tight sealing of such opening . - a single block having a plurality of inner cavities , each having an opening on a respective surface of said block , - said block further having a first inner channel for providing fluid communication of at least some of these cavities , said first inner channel comprising an opening facing at least one surface of said block , - at least one connector operable in a fluid-tight manner on said opening of said inner channel and adapted to be connected to a source of hydrogen gas, and - metal powders placed in said inner cavities ;
A head mountable display (HMD) system comprising: a camera configured to capture images of a peripheral and/or control device in use by a user wearing the HMD, the peripheral and/or control device having a continuous annular shape; a detector configured to detect occlusions, in a captured image, of the peripheral and/or control device by the user's hand by detecting missing portions of the annular shape or by non-detection of one or more expected passive markings or illuminations with which the peripheral and/or control device is provided; and an image renderer configured to render a virtual representation of the peripheral and/or control device for display to the HMD wearer and to render a virtual representation of a user's hand at the position of a detected occlusion, wherein the location of the user's hand is detected from the occlusion detection. a camera configured to capture images of a peripheral and/or control device in use by a user wearing the HMD, the peripheral and/or control device having a continuous annular shape; a detector configured to detect occlusions, in a captured image, of the peripheral and/or control device by the user's hand by detecting missing portions of the annular shape or by non-detection of one or more expected passive markings or illuminations with which the peripheral and/or control device is provided; and an image renderer configured to render a virtual representation of the peripheral and/or control device for display to the HMD wearer and to render a virtual representation of a user's hand at the position of a detected occlusion, wherein the location of the user's hand is detected from the occlusion detection.
A mobile cooling device comprising a freezing chamber , an eutectic cooling system arranged to cool the freezing chamber, a chilling chamber , and a separation wall between the chilling chamber and the freezing chamber, characterized in that the separation wall comprises a divider plate having a freezing side towards the freezing chamber, a chilling side towards the chilling chamber and forming a closed structure preventing exchange of air between the freezing chamber and the chilling chamber, the separation wall further comprising a freezing duct extending along the freezing side from a freezing inlet to a freezing outlet in the freezing chamber and a chilling duct extending along the chilling side from a chilling inlet to a chilling outlet in the chilling chamber, the chilling duct extending between the divider plate and a chilling duct inner wall , a chilling syphon plate extending between the divider plate and the chilling duct inner wall and arranged to define a downwards flow in a downward flow section from the chilling inlet to a chilling siphon space and an upwards flow in an upward flow section from the chilling siphon space to the chilling outlet.
Miniaturized electrochemical cell comprising a main body comprising a tip adapted to allow electrochemical measurements of a surface of a conductor material to be analyzed which serves as working electrode, said main body comprising at least one inlet hollow conduit for an electrolytic liquid solution and at least one outlet hollow conduit for said electrolytic liquid solution , said electrolytic liquid solution flowing from said at least one inlet hollow conduit to said at least one outlet hollow conduit , the miniaturized electrochemical cell comprising a counter electrode , said miniaturized electrochemical cell mounting a reference electrode , at a region of the tip each of said at least one inlet hollow conduit narrows into at least one inlet hollow conduit of millimeter-size diameter and each of said at least one outlet hollow conduit narrows into at least one outlet hollow conduit of millimeter-size diameter , at a space between the tip and the surface of the conductor material to be analyzed it is identified a millimeter-size chamber for redox reactions which communicates with said at least one inlet hollow conduit of millimeter-size diameter and with said at least one outlet hollow conduit of millimeter-size diameter , said at least one inlet hollow conduit of millimeter-size diameter being separated from said at least one outlet hollow conduit of millimeter-size diameter by at least one partition wall , characterized in that said at least one partition wall is one piece with said main body , said at least one inlet hollow conduit and said at least one outlet hollow conduit are hollowed out inside the main body , the tip of the main body comprises a millimeter-size opening of millimetric dimension which communicates with said millimeter-size chamber for redox reactions , wherein said millimeter-size opening is defined by said at least one partition wall , by said at least one inlet hollow conduit of millimeter-size diameter and by said at least one outlet hollow conduit of millimeter-size diameter .
Horizontal reactor for catalytic reactions, comprising a cylindrical outer shell , at least one catalytic bed and a plurality of heat exchange plates immersed in said catalytic bed, the plates being parallel to each other and supplied with a heat exchange fluid inside them, characterized in that : the reactor comprises a container which contains said catalytic bed and said plates , said container being slidably extractable from said shell, by means of at least one first linear guide extended longitudinally with respect to said shell , said container being extractable from the shell up to an extracted position, and said shell comprising at least one second guide for inclining the container starting from said extracted position. the reactor comprises a container which contains said catalytic bed and said plates , said container being slidably extractable from said shell, by means of at least one first linear guide extended longitudinally with respect to said shell , said container being extractable from the shell up to an extracted position, and said shell comprising at least one second guide for inclining the container starting from said extracted position.