mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an MRAM device, comprising: forming a first insulating layer over a substrate and over at least two parallel spaced sacrificial regions formed over said substrate, wherein the first insulating layer comprises insulating parallel sidewalls formed on vertical sides of said at least two spaced sacrificial regions and a bottom insulating layer extending between said insulating sidewalls; removing said at least two sacrificial regions and the portion of said first insulating layer formed thereover to leave freestanding insulating sidewalls over the substrate to define a protective region bounded by said sidewalls, wherein said freestanding insulating sidewalls are interconnected along their length by the bottom insulating layer between said freestanding insulating sidewalls, said freestanding insulating sidewalls and said bottom insulating layer each formed of said first insulating layer, said sidewalls being formed above the uppermost level of said substrate; forming a first magnetic layer (M1, 22) within said sidewalls and said protective region; and forming a second magnetic layer (M2, 30) over a region of said first magnetic layer. forming a first insulating layer over a substrate and over at least two parallel spaced sacrificial regions formed over said substrate, wherein the first insulating layer comprises insulating parallel sidewalls formed on vertical sides of said at least two spaced sacrificial regions and a bottom insulating layer extending between said insulating sidewalls; removing said at least two sacrificial regions and the portion of said first insulating layer formed thereover to leave freestanding insulating sidewalls over the substrate to define a protective region bounded by said sidewalls, wherein said freestanding insulating sidewalls are interconnected along their length by the bottom insulating layer between said freestanding insulating sidewalls, said freestanding insulating sidewalls and said bottom insulating layer each formed of said first insulating layer, said sidewalls being formed above the uppermost level of said substrate; forming a first magnetic layer (M1, 22) within said sidewalls and said protective region; and forming a second magnetic layer (M2, 30) over a region of said first magnetic layer.
A conveyer apparatus comprising: a conveyer mechanism including a plurality of carrier bars , each carrier bar being structured to simultaneously convey a plurality of pellet-shaped articles (A) along a predetermined path, each carrier bar having a plurality of pockets arranged transverse to the predetermined path, and each of the plurality of pockets configured to receive one of the plurality of pellet-shaped articles; a first camera unit positioned adjacent a first side of the conveyer mechanism , the first camera unit being configured to sense a first predetermined characteristic of each of the plurality of pellet-shaped articles; characterized in that it further comprises: a removal mechanism of a vacuum or blower type, downstream from the first camera unit , configured to individually remove one or more of the plurality of pellet-shaped articles from a corresponding one of the plurality of pockets of a selected one of the plurality of carrier bars depending on whether the first predetermined characteristic of each pellet-shaped article is sensed by the first camera unit . a conveyer mechanism including a plurality of carrier bars , each carrier bar being structured to simultaneously convey a plurality of pellet-shaped articles (A) along a predetermined path, each carrier bar having a plurality of pockets arranged transverse to the predetermined path, and each of the plurality of pockets configured to receive one of the plurality of pellet-shaped articles; a first camera unit positioned adjacent a first side of the conveyer mechanism , the first camera unit being configured to sense a first predetermined characteristic of each of the plurality of pellet-shaped articles; characterized in that it further comprises: a removal mechanism of a vacuum or blower type, downstream from the first camera unit , configured to individually remove one or more of the plurality of pellet-shaped articles from a corresponding one of the plurality of pockets of a selected one of the plurality of carrier bars depending on whether the first predetermined characteristic of each pellet-shaped article is sensed by the first camera unit .
Screening device for screening bulk materials comprising: - a housing having two side parts , - at least one cross strut connecting the two side parts , which is formed to receive a screening layer , and - at least one clamping device connecting the at least one cross strut supporting the screening layer to the side parts , characterized in that the at least one clamping device is arranged on an inner surface of one of the two side parts , which inner surface is facing the respectively other side part of the at least two side parts . - a housing having two side parts , - at least one cross strut connecting the two side parts , which is formed to receive a screening layer , and - at least one clamping device connecting the at least one cross strut supporting the screening layer to the side parts ,
A flat security element with optical security features, comprising at least one first surface region with a first sub-wavelength structure, wherein the structure elements that define the first sub-wavelength structure periodically repeat in the plane of the security element , wherein the first sub-wavelength structure of at least one partial region of the first surface region is additionally provided with an interference coating for producing a color-shifting effect, characterized in that an unstructured surface region lies adjacent to a first surface region , which unstructured surface region does not have a sub-wavelength structure, but has, at least in one partial region, the same interference coating as at least one partial region of the first surface region , wherein a motif is conveyed by the first surface region and the unstructured surface region using at least two different color impressions.
A compound comprising a modified antisense oligonucleotide consisting of 12 to 30 linked nucleosides, wherein the modified antisense oligonucleotide is at least 90% complementary to a C9ORF72 nucleic acid, for use in treating a neurodegenerative disease by reducing the percent of cells with nuclear foci and/or reducing the number of nuclear foci per cell in an animal identified as having foci, wherein the modified antisense oligonucleotide comprises at least one phosphorothioate internucleoside linkage, at least one 5-methylcytosine, at least one bicyclic sugar or at least one 2'-O-methoxyethyl group.
A system for filtering a suspension, the apparatus comprising: - a filter chamber comprising a first inlet , - a liquid chamber comprising a second inlet , - a liquid distributor element having a first and a second, opposing, surfaces, the first surface forming part of the filter chamber and the second surface forming part of the liquid chamber, and - a flow system , the filter chamber additionally having a surface portion formed by a filter element , the flow system being capable of delivering a filter forming suspension, comprising the suspension, to the filter chamber and a liquid to the liquid chamber, characterized in that the liquid distributor comprises a plurality of through-going channels and is configured to distribute liquid from the liquid chamber into the filter chamber with the same amount of liquid per unit area of the second surface. - a filter chamber comprising a first inlet , - a liquid chamber comprising a second inlet , - a liquid distributor element having a first and a second, opposing, surfaces, the first surface forming part of the filter chamber and the second surface forming part of the liquid chamber, and - a flow system , the filter chamber additionally having a surface portion formed by a filter element , the flow system being capable of delivering a filter forming suspension, comprising the suspension, to the filter chamber and a liquid to the liquid chamber, characterized in that the liquid distributor comprises a plurality of through-going channels and is configured to distribute liquid from the liquid chamber into the filter chamber with the same amount of liquid per unit area of the second surface.
Method for determining a hands-off time for an automated motor vehicle, characterized in that the hands-off time is determined on the basis of an alertness level (a) of a driver of the motor vehicle over time (t).
Camera system for measurement applications, comprising • an objective with at least one objective lens and optionally with a tube that receives the at least one objective lens; • an objective holder that carries the objective ; • an image sensor ; and • a printed circuit board , ∘ wherein the printed circuit board and the image sensor are connected to one another in an electronically conductive manner, and ∘ the objective holder has a reception opening with an internal thread and the objective has an external thread with which it can be screwed into the internal thread of the reception opening of the objective holder so that ∘ the image sensor and the objective are arranged in relation to one another in such a way that an image that is projected onto the image sensor by way of the objective is imageable in focus; characterized in that adhesive is applied to the internal thread of the reception opening of the objective holder and/or to the external thread of the objective and the objective is adhesively bonded to the objective holder at that position on which a sharp image can be imaged on the image sensor , wherein the employed adhesive has a coefficient of thermal expansion in the region of a K =20 ∗ 10 -6 /K to 27 ∗ 10 -6 /K and preferably has a hardness in the region of 75 to 95 Shore D; and the objective holder and the printed circuit board or at least a printed circuit board substrate of the printed circuit board are manufactured from materials, the coefficients of thermal expansion of which deviate from one another by no more than 30%. • an objective with at least one objective lens and optionally with a tube that receives the at least one objective lens; • an objective holder that carries the objective ; • an image sensor ; and • a printed circuit board , ∘ wherein the printed circuit board and the image sensor are connected to one another in an electronically conductive manner, and ∘ the objective holder has a reception opening with an internal thread and the objective has an external thread with which it can be screwed into the internal thread of the reception opening of the objective holder so that ∘ the image sensor and the objective are arranged in relation to one another in such a way that an image that is projected onto the image sensor by way of the objective is imageable in focus; ∘ wherein the printed circuit board and the image sensor are connected to one another in an electronically conductive manner, and ∘ the objective holder has a reception opening with an internal thread and the objective has an external thread with which it can be screwed into the internal thread of the reception opening of the objective holder so that ∘ the image sensor and the objective are arranged in relation to one another in such a way that an image that is projected onto the image sensor by way of the objective is imageable in focus;
Method of testing an electronic unit by comparing resulting signal shapes from the unit to be tested and a known functioning unit , the signal shapes from both units being compared by means of the frequency response of the electronic unit, comprising the following steps: a) powering off the units for testing, b) feeding one or more predefined signal shapes of two or more different frequencies as input signals to the known functioning unit and to the unit to be tested at corresponding test points , c) measuring the resulting signal shapes from both units at corresponding measurement points (8d, 8e, 8f and 8g, 8h, 8i), d) comparing at least one resulting signal shape from the known functioning unit with the corresponding resulting signal shape from the unit to be tested , and e) detecting a fault in the unit to be tested on the basis of an existing signal shape distortion in time axis of the resulting signal shape received from the unit to be tested . a) powering off the units for testing, b) feeding one or more predefined signal shapes of two or more different frequencies as input signals to the known functioning unit and to the unit to be tested at corresponding test points , c) measuring the resulting signal shapes from both units at corresponding measurement points (8d, 8e, 8f and 8g, 8h, 8i), d) comparing at least one resulting signal shape from the known functioning unit with the corresponding resulting signal shape from the unit to be tested , and e) detecting a fault in the unit to be tested on the basis of an existing signal shape distortion in time axis of the resulting signal shape received from the unit to be tested .
Cut protection strip for sealing tapes and/or films, comprising a carrier layer consisting of a cut-proof textile, comprising an adhesive layer provided on a first flat face of the carrier layer , and comprising a protective layer assigned to the carrier layer and consisting of a non-woven material, the cut-proof textile being formed as a fabric, characterised in that the protective layer is assigned to the carrier layer on a second flat face opposite the first flat face, and in that the fabric provides a stainless steel thread, which is positioned transverse to a longitudinal extension direction of the cut protection strip and is laid in meander-shaped loops.
A tire having a tread composed of a rubber composition comprising 2 to 20 parts by mass of a liquid farnesene resin and 10 to 150 parts by mass of silica based on 100 parts by mass of a rubber component, wherein a total content of the liquid farnesene resin and a plasticizer is 2 to 100 parts by mass, wherein the rubber component comprises 5 to 50% by mass of natural rubber and 10 to 95% by mass of styrene-butadiene rubber and wherein the rubber composition comprises an aromatic petroleum resin as the plasticizer.
A mixing device for introducing a liquid into an exhaust gas stream, comprising - an exhaust gas line section , configured for conducting exhaust gas along the exhaust gas line section , - a metering device , arranged and configured for introducing a liquid into the exhaust gas line section , and comprising - at least one sound source , which is arranged relative to the exhaust gas line section and the metering device in such a way that - a mixing of the liquid , which is introduced into the exhaust gas line section by means of the metering device , with the exhaust gas, which flows in the exhaust gas line section , is promoted by means of sound, which is emitted by the at least one sound source , when sound is emitted by the at least one sound source , characterised in that - the at least one sound source is configured as infrasound source. - an exhaust gas line section , configured for conducting exhaust gas along the exhaust gas line section , - a metering device , arranged and configured for introducing a liquid into the exhaust gas line section , and comprising - at least one sound source , which is arranged relative to the exhaust gas line section and the metering device in such a way that - a mixing of the liquid , which is introduced into the exhaust gas line section by means of the metering device , with the exhaust gas, which flows in the exhaust gas line section , is promoted by means of sound, which is emitted by the at least one sound source , when sound is emitted by the at least one sound source , - the at least one sound source is configured as infrasound source.
A method for wireless communications by a user equipment, UE, comprising: receiving a downlink signaling transmission; selecting based, at least in part on the downlink signaling transmission, a radio resource control, RRC, entity from a plurality of RRC entities for communicating a RRC message, wherein the plurality RRC entities cooperate to manage radio resources of the UE; establishing a first link and a second link; establishing a split signaling radio bearer, SRB, using the first link and the second link; and receiving assistance information from at least one of the first link or the second link, the assistance information indicating which of the first link or the second link to select to transmit the RRC message to the selected RRC entity; selecting one of the first link or the second link for communicating the RRC message based, at least in part, on the received assistance information; and transmitting the RRC message to the selected RRC entity using the selected link. receiving a downlink signaling transmission; selecting based, at least in part on the downlink signaling transmission, a radio resource control, RRC, entity from a plurality of RRC entities for communicating a RRC message, wherein the plurality RRC entities cooperate to manage radio resources of the UE; establishing a first link and a second link; establishing a split signaling radio bearer, SRB, using the first link and the second link; and receiving assistance information from at least one of the first link or the second link, the assistance information indicating which of the first link or the second link to select to transmit the RRC message to the selected RRC entity; selecting one of the first link or the second link for communicating the RRC message based, at least in part, on the received assistance information; and transmitting the RRC message to the selected RRC entity using the selected link.
Surface-postcrosslinked water-absorbent polymer particles having a total liquid uptake of Y > − 485 × ln X + 1865 wherein Y [g] is the total liquid uptake and X [g/g] is the centrifuge retention capacity, wherein the centrifuge retention capacity is at least 25 g/g and the liquid uptake is at least 30 g, wherein the total liquid uptake is determined according to the method "wicking absorption" as disclosed in the description and the centrifuge retention capacity of the water-absorbent polymer particles is determined by the EDANA recommended test method No. WSP 241.3 "Free Swell Capacity in Saline, After Centrifugation", wherein for higher values of the centrifuge retention capacity larger tea bags have to be used.
Cladding element for a motor vehicle, comprising - a walling that encompasses an inner space of the cladding element , - one or more through openings that extend through the walling , - an illumination device disposed in the inner space of the cladding element and which can be connected to a light source, and - an adjustment device , by means of which the illumination device can be adjusted between an open position, in which light emitted by the illumination device can flow through the through openings , and a closed position, in which light emitted by the illumination device cannot flow through the through openings , characterized in that the illumination device comprises at least one light conductor that engages with the adjustment device and which comprises one or more decoupling sections in which the light can escape from the light conductor , wherein, in the open position, the adjustment device arranges the decoupling sections respective to the through openings such that the light can flow through the through openings . - a walling that encompasses an inner space of the cladding element , - one or more through openings that extend through the walling , - an illumination device disposed in the inner space of the cladding element and which can be connected to a light source, and - an adjustment device , by means of which the illumination device can be adjusted between an open position, in which light emitted by the illumination device can flow through the through openings , and a closed position, in which light emitted by the illumination device cannot flow through the through openings ,
A charge control device for a vehicle comprising: a battery for charging or discharging electricity; a battery heater for heating the battery ; a battery temperature detection means for detecting a temperature of the battery ; a battery control means configured to control the battery heater , while monitoring a temperature condition of the battery , to carry out heating of the battery ; a charger for supplying electric power to both the battery and the battery heater ; a timed charge reservation means via which a given charge time slot based on information about a preset charge initiation time and a preset charge suspension time and a target charge amount can be arbitrarily specified by a user; and a charge control means configured to carry out a timed charge in the charge time slot specified via the timed charge reservation means in a timed charge control mode, and to carry out a normal charge based on a state of charge (SOC) of the battery in a normal charge control mode; and the charge control means configured to determine whether the heating of the battery is being carried out during the timed charge, characterized in that the charge control means is configured to delay a charge suspension time of the charge time slot based on the information about the preset charge initiation time, the preset charge suspension time and whether the heating of the battery is being carried out during the timed charge, until such time that an amount of energy, consumed when the heating of the battery is being carried out during the timed charge, has been complementarily charged. a battery for charging or discharging electricity; a battery heater for heating the battery ; a battery temperature detection means for detecting a temperature of the battery ; a battery control means configured to control the battery heater , while monitoring a temperature condition of the battery , to carry out heating of the battery ; a charger for supplying electric power to both the battery and the battery heater ; a timed charge reservation means via which a given charge time slot based on information about a preset charge initiation time and a preset charge suspension time and a target charge amount can be arbitrarily specified by a user; and a charge control means configured to carry out a timed charge in the charge time slot specified via the timed charge reservation means in a timed charge control mode, and to carry out a normal charge based on a state of charge (SOC) of the battery in a normal charge control mode; and the charge control means configured to determine whether the heating of the battery is being carried out during the timed charge, characterized in that the charge control means is configured to delay a charge suspension time of the charge time slot based on the information about the preset charge initiation time, the preset charge suspension time and whether the heating of the battery is being carried out during the timed charge, until such time that an amount of energy, consumed when the heating of the battery is being carried out during the timed charge, has been complementarily charged.