mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal function setting method for vehicle unlocking, comprising: receiving a current request for vehicle unlocking sent by a mobile terminal; then determining to perform a scene mode of the current request; then acquiring a terminal function setting manner under the scene mode; and then performing function setting of the mobile terminal according to the terminal function setting manner, characterized in that the scene mode comprises a night mode based on a light intensity, and a terminal function setting manner under the night mode includes activating a flashlight function of the mobile terminal and setting camera parameters, and determining to perform the scene mode of the current request comprises: determining the scene mode based on a time, wherein when a current time is a preset night time, the scene mode is determined as the night mode. receiving a current request for vehicle unlocking sent by a mobile terminal; then determining to perform a scene mode of the current request; then acquiring a terminal function setting manner under the scene mode; and then performing function setting of the mobile terminal according to the terminal function setting manner, characterized in that the scene mode comprises a night mode based on a light intensity, and a terminal function setting manner under the night mode includes activating a flashlight function of the mobile terminal and setting camera parameters, and determining to perform the scene mode of the current request comprises: determining the scene mode based on a time, wherein when a current time is a preset night time, the scene mode is determined as the night mode.
An oil composition comprising, by weight based on the weight of the oil composition, (a) 2 - 12% of one or more ethylcellulose polymers; (b) 2 - 12% of an additive selected from the group consisting of one or more fatty acids, one or more monoglycerides of fatty acids, one or more diglycerides of fatty acids, and mixtures thereof; (c) 2 - 12% of one or more starch; and (d) 64 - 94% of one or more oils, wherein the oil composition is an oleogel. (a) 2 - 12% of one or more ethylcellulose polymers; (b) 2 - 12% of an additive selected from the group consisting of one or more fatty acids, one or more monoglycerides of fatty acids, one or more diglycerides of fatty acids, and mixtures thereof; (c) 2 - 12% of one or more starch; and (d) 64 - 94% of one or more oils,
Production method with molten filament printing material on a powder bed carried out based on additive manufacturing principles, comprising the following steps; in order to ensure flawless production based on a workpiece , and in order to produce the workpiece desired, molten material layers forming a stack after being layered on top of each other and being adhered on a special collapsible perforated print plate , are formed by spreading support material such as powder, sand, particles etc. on layers each having different heights, to shape the filament printing material by feeding material through an extruder having a certain temperature via a printing material supply apparatus and thereafter the molten material layers are cooled, • A predefined amount of the support material is poured into a particle tank comprising the workpiece using a support material chamber and a support material supply mechanism , • The support material that has been poured is compressed by a spreading apparatus and is flattened, • The rigidity of the support material is adjusted ∘ by using a suitable binder/volatile substances or ∘ by using ferromagnetic material and magnetic field interaction or ∘ by using electrostatic loaded particles in order to ensure the integrity of the support material to remain intact, inside the particle tank using an electronically controlled particle adjuster , and • the support material located inside the particle tank is re-supplied via the collapsible perforated printing plate and a support material re-supply mechanism in order to be re-used. • A predefined amount of the support material is poured into a particle tank comprising the workpiece using a support material chamber and a support material supply mechanism , • The support material that has been poured is compressed by a spreading apparatus and is flattened, • The rigidity of the support material is adjusted ∘ by using a suitable binder/volatile substances or ∘ by using ferromagnetic material and magnetic field interaction or ∘ by using electrostatic loaded particles in order to ensure the integrity of the support material to remain intact, inside the particle tank using an electronically controlled particle adjuster , and ∘ by using a suitable binder/volatile substances or ∘ by using ferromagnetic material and magnetic field interaction or ∘ by using electrostatic loaded particles • the support material located inside the particle tank is re-supplied via the collapsible perforated printing plate and a support material re-supply mechanism in order to be re-used.
An electrostatic precipitator unit comprising at least two electrostatic precipitators , at least two individual power supplies for pulsed operation of the electrostatic precipitators , wherein each of the power supplies is feeding one of the electrostatic precipitators ; a common feeding powering the power supplies ; and a control unit for each of the power supplies , wherein the control units of the power supplies are at least indirectly connected by communication lines , characterized in that the the control units are arranged to provide for a controlled relative scheduling of the pulsed operation of the individual power supplies via the communication lines so that the power flow is as even as possible in order to minimize distortions and in order to optimize the load on the mains.
A method performed by a de-concealing server for provisioning a user equipment , UE, comprising: generating a Subscription Permanent Identifier, SUPI, and a privacy key for the UE , wherein the privacy key comprises a public key of a home network of the UE , responsive to receiving, from an authentication server , a Subscription Concealed Identifier, SUCI, of the UE that indicates that the UE lacks a valid privacy key; generating a message authentication code, MAC, based on the privacy key and a provisioning key which is specific to the UE and is a shared secret between the de-concealing server and the UE , transmitting the SUPI, the MAC and the privacy key to the authentication server . generating a Subscription Permanent Identifier, SUPI, and a privacy key for the UE , wherein the privacy key comprises a public key of a home network of the UE , responsive to receiving, from an authentication server , a Subscription Concealed Identifier, SUCI, of the UE that indicates that the UE lacks a valid privacy key; generating a message authentication code, MAC, based on the privacy key and a provisioning key which is specific to the UE and is a shared secret between the de-concealing server and the UE , transmitting the SUPI, the MAC and the privacy key to the authentication server .
An inductive power transfer, IPT, system magnetic flux device for generating or receiving a magnetic flux for coupling with another device to transfer power inductively, the magnetic flux device comprising: a magnetically permeable core means ; at least one planar coil (4, a, b) provided on a first side of the core means and magnetically associated with the core means, and; a shield means for shaping the magnetic flux for coupling and provided on a side of the core means opposite to the first side, the shield means comprising an outer portion having a periphery that extends beyond at least part of a perimeter of the core means , a lip extending from the periphery of the outer portion, and a flange extending from the lip ; wherein the outer portion extends from the device substantially in a plane of the core means , and the lip is provided at an angle relative to the outer portion; wherein the angle is between substantially 90 degrees and 150 degrees relative to the outer portion. a magnetically permeable core means ; at least one planar coil (4, a, b) provided on a first side of the core means and magnetically associated with the core means, and; a shield means for shaping the magnetic flux for coupling and provided on a side of the core means opposite to the first side, the shield means comprising an outer portion having a periphery that extends beyond at least part of a perimeter of the core means , a lip extending from the periphery of the outer portion, and a flange extending from the lip ; wherein the outer portion extends from the device substantially in a plane of the core means , and the lip is provided at an angle relative to the outer portion; wherein the angle is between substantially 90 degrees and 150 degrees relative to the outer portion.
A waterborne composition comprising an aqueous dispersion of first and second multistage polymer particles, wherein each of the first and second polymer particles comprises: a) a water-occluded core comprising from 20 to 60 weight percent structural units of a salt of a carboxylic acid monomer and from 40 to 80 weight percent structural units of a nonionic monoethylenically unsaturated monomer; and b) a polymeric shell having a T g in the range of from 60 °C and 120 °C; wherein the second multistage polymer particles further comprise: c) a polymeric binder layer superposing the shell, which polymeric binder layer has a T g of not greater than 35 °C and comprises structural units of at least one monoethylenically unsaturated monomer; wherein the weight-to-weight ratio of structural units of monomers in the water-occluded core to the shell in the first and second multistage polymer particles is in the range of 1:10 to 1:20; the weight-to-weight ratio of the polymer binder to the sum of the shell and the structural units of monomers in the core in the second multistage polymer particles is in the range of 1:1 to 3.5:1; the weight-to-weight ratio of the first multistage polymer particles to the second multistage polymer particles is in the range of from 0.15:1 to 1.0:1; the z-average particle size of the first polymer particles is in the range of from 200 nm to 2000 nm; and the z-average particle size of the second polymer particles is in the range of from 300 nm to 750 nm. a) a water-occluded core comprising from 20 to 60 weight percent structural units of a salt of a carboxylic acid monomer and from 40 to 80 weight percent structural units of a nonionic monoethylenically unsaturated monomer; and b) a polymeric shell having a T g in the range of from 60 °C and 120 °C; wherein the weight-to-weight ratio of structural units of monomers in the water-occluded core to the shell in the first and second multistage polymer particles is in the range of 1:10 to 1:20; the weight-to-weight ratio of the polymer binder to the sum of the shell and the structural units of monomers in the core in the second multistage polymer particles is in the range of 1:1 to 3.5:1; the weight-to-weight ratio of the first multistage polymer particles to the second multistage polymer particles is in the range of from 0.15:1 to 1.0:1; the z-average particle size of the first polymer particles is in the range of from 200 nm to 2000 nm; and the z-average particle size of the second polymer particles is in the range of from 300 nm to 750 nm.
An accessory device for an AGV (A), configured to be mounted on board said AGV (A), for example, to facilitate loading onto, and unloading from, said AGV (A), of an object transported by said AGV (A), in particular, a pallet (P), said accessory device comprising: - two lifting units arranged to be mounted above a base surface of said AGV (A), said lifting units being operative in a substantially vertical direction by the actuation of at least one first electric motor (M); - an upper platform arranged above said lifting units and having end portions rigidly connected above said lifting units , in such a way that that said upper platform can be raised or lowered by said lifting units ; - characterized in that said upper platform is substantially shaped like an inverted omega, so that it has a central portion lying in a plane that is lowered with respect to its end portions , arranged above said lifting units , - wherein said accessory device comprises an accessory to further facilitate the movement of said pallet (P), said accessory being arranged at the central portion of said upper platform of the device , - said accessory is a motorized revolving table and/or a roller conveyor having a plurality of rollers , said roller conveyor being arranged to facilitate loading onto, and unloading from, said AGV (A), of said pallet (P). - two lifting units arranged to be mounted above a base surface of said AGV (A), said lifting units being operative in a substantially vertical direction by the actuation of at least one first electric motor (M); - an upper platform arranged above said lifting units and having end portions rigidly connected above said lifting units , in such a way that that said upper platform can be raised or lowered by said lifting units ; - characterized in that said upper platform is substantially shaped like an inverted omega, so that it has a central portion lying in a plane that is lowered with respect to its end portions , arranged above said lifting units , - wherein said accessory device comprises an accessory to further facilitate the movement of said pallet (P), said accessory being arranged at the central portion of said upper platform of the device , - said accessory is a motorized revolving table and/or a roller conveyor having a plurality of rollers , said roller conveyor being arranged to facilitate loading onto, and unloading from, said AGV (A), of said pallet (P).
A discrimination system, comprising: a fluid column forming structure that creates a fluid column containing sperm cells within a generally elliptical cross section of core stream contained within a generally circular cross section of sheath fluid, wherein the sperm cells are at differing positions within the fluid column; an excitation source that generates excitation electromagnetic radiation directed toward sperm cells in the fluid column at a measurement region, where the sperm cells within the fluid column emanate output electromagnetic radiation in response to the excitation electromagnetic radiation; an optical arrangement that collects output electromagnetic radiation from the sperm cells; a SiPM split detector that i) generates an electrical signal responsive to the intensity of the output electromagnetic radiation collected by the optical arrangement and ii) detects the position of sperm cells in the fluid column.; and an analyzer having instructions stored thereon i) to normalize the intensity of the output electromagnetic radiation represented in the electrical signal based on the position of the sperm cells in the fluid column, and ii) to discriminate a first type of sperm from other sperm cells. a fluid column forming structure that creates a fluid column containing sperm cells within a generally elliptical cross section of core stream contained within a generally circular cross section of sheath fluid, wherein the sperm cells are at differing positions within the fluid column; an excitation source that generates excitation electromagnetic radiation directed toward sperm cells in the fluid column at a measurement region, where the sperm cells within the fluid column emanate output electromagnetic radiation in response to the excitation electromagnetic radiation; an optical arrangement that collects output electromagnetic radiation from the sperm cells; a SiPM split detector that i) generates an electrical signal responsive to the intensity of the output electromagnetic radiation collected by the optical arrangement and ii) detects the position of sperm cells in the fluid column.; and an analyzer having instructions stored thereon i) to normalize the intensity of the output electromagnetic radiation represented in the electrical signal based on the position of the sperm cells in the fluid column, and ii) to discriminate a first type of sperm from other sperm cells.
A method for protecting data; comprising performing the following steps for each memory address of a plurality of memory addresses: - encrypting information to generate a first tweak; - combining a data block with the first tweak; - encrypting the tweaked data block to form encrypted data; - combining the encrypted data with the first tweak; and - providing the combined encrypted data for storage in the memory address, wherein storing the combined encrypted data at the memory address generates a first stimulus different from a second stimulus generated by storing same encrypted data combined with a second tweak at the memory address, the first stimulus generated based on the first tweak and the second stimulus generated based on the second tweak; wherein the information includes the memory address and a first tweak control value, and wherein the method further comprises combining the memory address and the first tweak control value to generate a combined value, wherein encrypting the information includes encrypting the combined value based on at least one key to generate the first tweak; characterized in that the first tweak control value includes a counter value that is incremented for the data to be stored at the respective memory addresses. - encrypting information to generate a first tweak; - combining a data block with the first tweak; - encrypting the tweaked data block to form encrypted data; - combining the encrypted data with the first tweak; and - providing the combined encrypted data for storage in the memory address, wherein storing the combined encrypted data at the memory address generates a first stimulus different from a second stimulus generated by storing same encrypted data combined with a second tweak at the memory address, the first stimulus generated based on the first tweak and the second stimulus generated based on the second tweak; wherein the information includes the memory address and a first tweak control value, and wherein the method further comprises combining the memory address and the first tweak control value to generate a combined value, wherein encrypting the information includes encrypting the combined value based on at least one key to generate the first tweak; characterized in that the first tweak control value includes a counter value that is incremented for the data to be stored at the respective memory addresses.
A drawer comprising at least one drawer side wall made at least partly from a non-metallic material, in particular wood, at least one further drawer wall and at least one arrangement for connecting the drawer side wall to the further drawer wall , wherein the arrangement includes a connecting device arranged in the drawer side wall for releasable connection to a holding device pre-assembled to the further drawer wall , wherein the connecting device has at least one latch which is guided moveably, preferably exclusively, by the non-metallic material of the drawer side wall and which comprises preferably substantially metal - particularly preferably a flat metal sheet - and which holds the holding device in the assembled position, characterised in that a preferably milled-out guide is provided in the non-metallic material of the drawer side wall for directly and immediately guiding the at least one latch .
Multiple-use sensorassembly for body fluids, the sensor assembly comprising: - a measurement chamber extending in an axial direction from an inlet to an outlet , the measurement chamber having a transverse cross-section with side walls defining a chamber width in a horizontal direction, and with top and bottom walls defining a chamber height in a vertical direction, each of the side walls , top wall and bottom wall having a respective wall wettability for aqueous solutions; - a first sensor (10a-h) adapted to measure a first parameter of body fluids, the first sensor having a first sensor surface (11a-h) exposed to the inside of the measurement chamber at a first axial position, the first sensor surface having a first wettability for aqueous solutions; and - a second sensor adapted to measure a second parameter of body fluids, the second sensor having a second sensor surface exposed to the inside of the measurement chamber at a second axial position upstream or downstream from the first axial position, characterised in the second sensor surface having a second wettability for aqueous solutions higher than the first wettability; wherein at the second axial position the chamber width exceeds the width of the second sensor surface, and wherein the measurement chamber at the second axial position has a widening in a horizontal direction as compared to the first axial position. - a measurement chamber extending in an axial direction from an inlet to an outlet , the measurement chamber having a transverse cross-section with side walls defining a chamber width in a horizontal direction, and with top and bottom walls defining a chamber height in a vertical direction, each of the side walls , top wall and bottom wall having a respective wall wettability for aqueous solutions; - a first sensor (10a-h) adapted to measure a first parameter of body fluids, the first sensor having a first sensor surface (11a-h) exposed to the inside of the measurement chamber at a first axial position, the first sensor surface having a first wettability for aqueous solutions; and - a second sensor adapted to measure a second parameter of body fluids, the second sensor having a second sensor surface exposed to the inside of the measurement chamber at a second axial position upstream or downstream from the first axial position, characterised in the second sensor surface having a second wettability for aqueous solutions higher than the first wettability; wherein at the second axial position the chamber width exceeds the width of the second sensor surface, and wherein the measurement chamber at the second axial position has a widening in a horizontal direction as compared to the first axial position.
A semiconductor structure, comprising: an electrode element having an upper surface , the upper surface comprising at least one convex curved portion; a magnetic tunnel junction structure , wherein the electrode element is a top electrode for the magnetic tunnel junction structure ; and via elements separated from each other, wherein the magnetic tunnel junction structure is on the via elements , characterized in that the upper surface of the electrode element comprises a plurality of the convex curved portions. an electrode element having an upper surface , the upper surface comprising at least one convex curved portion; a magnetic tunnel junction structure , wherein the electrode element is a top electrode for the magnetic tunnel junction structure ; and via elements separated from each other, wherein the magnetic tunnel junction structure is on the via elements , characterized in that the upper surface of the electrode element comprises a plurality of the convex curved portions.