mhurhangee/patent-ind-claim-en huggingface dataset:
Process for making an electrode active material wherein said process comprises the following steps: (a) Providing a hydroxide TM(OH) 2 or at least one oxide TMO or at least one oxyhydroxide of TM or a combination of at least two of the foregoing wherein TM contains at least 99 mol-% Ni and, optionally, in total up to 1 mol-% of at least one metal selected from Ti, Zr, V, Co, Zn, Ba, or Mg, (b) mixing said hydroxide TM(OH) 2 or oxide TMO or oxyhydroxide of TM or combination with a source of lithium and an aqueous solution of a compound of Me wherein Me is selected from Al or Ga or a combination of the foregoing and wherein the molar amount of TM corresponds to the sum of Li and Me, (c) removing the water by evaporation, (d) treating the solid residue obtained from step (c) thermally at a temperature in the range of from 500 to 800°C in the presence of oxygen. (a) Providing a hydroxide TM(OH) 2 or at least one oxide TMO or at least one oxyhydroxide of TM or a combination of at least two of the foregoing wherein TM contains at least 99 mol-% Ni and, optionally, in total up to 1 mol-% of at least one metal selected from Ti, Zr, V, Co, Zn, Ba, or Mg, (b) mixing said hydroxide TM(OH) 2 or oxide TMO or oxyhydroxide of TM or combination with a source of lithium and an aqueous solution of a compound of Me wherein Me is selected from Al or Ga or a combination of the foregoing and wherein the molar amount of TM corresponds to the sum of Li and Me, (c) removing the water by evaporation, (d) treating the solid residue obtained from step (c) thermally at a temperature in the range of from 500 to 800°C in the presence of oxygen.
A flowmeter , comprising: a housing configured to accept a flow of a process material, and a diaphragm disposed in the housing , wherein the diaphragm is deformable by the flow of the process material, wherein the diaphragm comprises an aperture configured to allow process material to flow therethrough, wherein the flowmeter is configured to measure the flow of the process material, characterized in that the diaphragm comprises a sensing ring having a second aperture defined thereby configured to allow process material to flow therethrough; wherein the sensing ring is configured to be detectable by a magnetic sensor ; and the magnetic sensor is configured to detect a deformation in the diaphragm via a position of the sensing ring . a housing configured to accept a flow of a process material, and a diaphragm disposed in the housing , wherein the diaphragm is deformable by the flow of the process material, wherein the diaphragm comprises an aperture configured to allow process material to flow therethrough, wherein the flowmeter is configured to measure the flow of the process material, characterized in that the diaphragm comprises a sensing ring having a second aperture defined thereby configured to allow process material to flow therethrough; wherein the sensing ring is configured to be detectable by a magnetic sensor ; and the magnetic sensor is configured to detect a deformation in the diaphragm via a position of the sensing ring .
Grip pliers having an adjustable joint , which has two gripper arms coupled with one another via the joint , which are organised respectively into a handle portion , a transition portion and into a head portion having a gripping jaw , wherein a second gripping jaw is disposed protruding transversely from the adjoining transition portion and the other first gripping jaw is disposed at an angle (β) of between approximately 35° and 55° to the adjoining transition portion , and wherein the S-shaped inner contours, facing one another, of the gripping jaws , with the formation of a parallelogram-shaped plier mouth when the tips of the gripping jaws come into contact, have toothing profiles having teeth which are triangular-shaped in longitudinal section, and the long inner contours of the parallelogram-shaped plier mouth are formed by toothing profiles having teeth having sides which are of different lengths in longitudinal section and the short inner contours of the plier mouth and the inner contours of the tips of the gripping jaws are formed by toothing profiles having teeth having sides which are of equal length in longitudinal section, characterised in that the long second toothing profile , disposed in the second gripping jaw , of the plier mouth extends linearly and the long first toothing profile , located in the first gripping jaw extends in a convex manner towards the second toothing profile .
Double sticker for a tobacco container or a paper dispenser , the double sticker comprising a primary sticker attached to a secondary sticker , the primary sticker comprising a base layer with a first main surface and a second main surface opposite to the first main surface, wherein a first adhesive layer is disposed on the first main surface and wherein a second adhesive layer is disposed on the second main surface, and the secondary sticker comprising a printable layer with a printable surface , wherein a third adhesive layer is disposed on a sticker surface opposite to the printable surface and wherein a double-sided release layer is disposed on the third adhesive layer , wherein the double-sided release layer is disposed between the second adhesive layer and the third adhesive layer , and wherein the double- sided release layer adheres stronger to the third adhesive layer than to the second adhesive layer .
An apparatus comprising: a channel configured to conduct charge carriers ; and a charge carrier generator configured to generate charge carriers for populating the channel , wherein the charge carrier generator comprises a plurality of quantum dots and is configured for resonance energy transfer between the charge carrier generator and a modifiable functionalization of said charge carrier generator, and wherein said modifiable functionalization of said charge carrier generator comprises at least one moiety which under actuation changes between a first configuration and a second configuration and wherein a change in configuration of the said moiety said resonance energy transfer and wherein modification of said resonance energy transfer modifies charge carrier generation by the charge carrier generator to control electrical conductivity of the channel . a channel configured to conduct charge carriers ; and a charge carrier generator configured to generate charge carriers for populating the channel , wherein the charge carrier generator comprises a plurality of quantum dots and is configured for resonance energy transfer between the charge carrier generator and a modifiable functionalization of said charge carrier generator, and wherein said modifiable functionalization of said charge carrier generator comprises at least one moiety which under actuation changes between a first configuration and a second configuration and wherein a change in configuration of the said moiety said resonance energy transfer and wherein modification of said resonance energy transfer modifies charge carrier generation by the charge carrier generator to control electrical conductivity of the channel .
A weapon tube, and particularly a torpedo tube structure, including a weapon holding system in the storage position in the tube , including a clamping mechanism connected to the structure and movable by actuating means , between a closed position for blocking an interface part of the weapon in order to block the latter in position, and an open position for releasing this interface part and therefore the weapon , said structure comprising elastic means for stressing the clamping mechanism in the closed position, the clamping mechanism including a closing cylinder of the clamp, the elastic means being associated with this cylinder to push it into the closed position of the mechanism. the structure being characterized in that the elastic means comprise a helical spring placed behind the cylinder to push the latter. the clamping mechanism including a closing cylinder of the clamp, the elastic means being associated with this cylinder to push it into the closed position of the mechanism. the structure being characterized in that the elastic means comprise a helical spring placed behind the cylinder to push the latter.
Method for providing recorded anonymized routes, wherein a route is a spatial movement of an object from a starting point to a destination point via successive waypoints, which movement is recorded by means of a position indication for each waypoint and is anonymized by removing object-identifying data, having the steps of: - capturing more than one route, wherein each captured route has at least one waypoint or at least one overlapping partial route of adjacent waypoints in common with at least one other captured route, - segmenting each route into at least two partial routes comprising at least one overlapping partial route or a common waypoint, and - storing each individual partial route of each captured route in a single data record for each partial route, - outputting all captured routes together in the form of partial-route-specific data records. - capturing more than one route, wherein each captured route has at least one waypoint or at least one overlapping partial route of adjacent waypoints in common with at least one other captured route, - segmenting each route into at least two partial routes comprising at least one overlapping partial route or a common waypoint, and - storing each individual partial route of each captured route in a single data record for each partial route, - outputting all captured routes together in the form of partial-route-specific data records.
A safety contact stripbeing profiled in an L-shaped, C-shaped, or U-shaped manner in the cross section, for at least partially encompassing a closing edge, whereinan inner jacket facing the closing edge is formed by means of a coextrudate of a first electrically insulating plastic, wherein an outer jacket is formed spaced apart from the inner jacket by means of a coextrudate of a second electrically insulating plastic, wherein several switching chambers (4-6), which are held between the inner and outer jacket by at least one web (7-9) each, are formed by means of the outer jacket , wherein two switching layers , which are spaced apart from one another, are formed in each switching chamber by means of a coextrudate of a third electrically conductive plastic, and wherein an electrical conductor is in each case embedded as further coextrudates in the switching layers .
A vehicle comprising a rear brake device, the rear brake device comprising: a brake disc for rotating integrally with a rear wheel (WR) of the vehicle , a swing arm rotatably supporting the rear wheel (WR), a service brake caliper and a parking brake caliper , the service brake caliper and the parking brake caliper being supported by the swing arm , the service brake caliper and the parking brake caliper being configured to brake the brake disc , wherein the service brake caliper and the parking brake caliper are fixed to a stay member , the stay member being supported by the swing arm , at least some of the service brake caliper and the parking brake caliper are arranged in positions forward and upward from an axle of the rear wheel (WR), the service brake caliper is provided with a first boss , the first boss being provided to fix the service brake caliper to the stay member , and the parking brake caliper is provided with a third boss , the third boss being provided to fix the parking brake caliper to the stay member ; wherein the third boss is arranged below the first boss , characterized in that the first boss and the third boss are respectively arranged in positions overlapping with the same straight line (L), the straight line (L) being passed through a center point (O) of the axle . a brake disc for rotating integrally with a rear wheel (WR) of the vehicle , a swing arm rotatably supporting the rear wheel (WR), a service brake caliper and a parking brake caliper , the service brake caliper and the parking brake caliper being supported by the swing arm , the service brake caliper and the parking brake caliper being configured to brake the brake disc , wherein the service brake caliper and the parking brake caliper are fixed to a stay member , the stay member being supported by the swing arm , at least some of the service brake caliper and the parking brake caliper are arranged in positions forward and upward from an axle of the rear wheel (WR), the service brake caliper is provided with a first boss , the first boss being provided to fix the service brake caliper to the stay member , and the parking brake caliper is provided with a third boss , the third boss being provided to fix the parking brake caliper to the stay member ; wherein the third boss is arranged below the first boss , characterized in that the first boss and the third boss are respectively arranged in positions overlapping with the same straight line (L), the straight line (L) being passed through a center point (O) of the axle .
Method for producing highly filled decorative papers for application to a carrier material, from an aqueous suspension, wherein the suspension is applied to a circulating dewatering fabric by means of a headbox , which a turbulence generator having a plurality of rows arranged one above another, which each comprise turbulence channels (7.1n, 7.2n, 7.3n, 7.4n) arranged beside one another, wherein a nozzle is arranged immediately following the turbulence generator downstream, and the suspension is led through the turbulence channels (7.1n, 7.2n, 7.3n, 7.4n) and through the nozzle to form a suspension jet, and wherein at least 3 rows (7.1, 7.2, 7.3, 7.4) are arranged above one another, and the suspension is led through the turbulence channels (7.1n, 7.2n, 7.3n, 7.4n) with a maximum hydraulic diameter of less than 25 mm, in particular of less than 20 mm, and lamellae which, beginning at the turbulence generator , extend over at least part of the length of the nozzle, are inserted into the nozzle between the adjacent rows of the turbulence generator , characterized in that the decorative paper is produced from an aqueous suspension having a total stock consistency of more than 1.5%, a fibre stock consistency of less than 1.2% and an ash mass fraction of greater than 30% and after that, is led through a nozzle having a length of more than 500 mm, in particular of more than 700 mm.
A peripheral retention device comprising: a computing device securing portion configured to removably engage a computing device such that the computing device securing portion is securable to and removable from a cavity on a first side of a housing of the computing device using one or more hands of a user; and a peripheral securing portion connected to the computing device securing portion and configured to removably engage a peripheral device via a second side of the housing that opposes the first side of the housing such that the peripheral device is securable to and removable from the peripheral securing portion using one or more hands of a user; the computing device securing portion configured to be secured to the cavity on the first side of the housing by pulling the peripheral securing portion from the first side of the housing through the cavity to the second side of the housing that opposes the first side of the housing , wherein the peripheral device portion is configured to be compressed to fit through the cavity , and wherein edges of the computing device securing portion are configured to engage edges of the cavity in the housing . a computing device securing portion configured to removably engage a computing device such that the computing device securing portion is securable to and removable from a cavity on a first side of a housing of the computing device using one or more hands of a user; and a peripheral securing portion connected to the computing device securing portion and configured to removably engage a peripheral device via a second side of the housing that opposes the first side of the housing such that the peripheral device is securable to and removable from the peripheral securing portion using one or more hands of a user; the computing device securing portion configured to be secured to the cavity on the first side of the housing by pulling the peripheral securing portion from the first side of the housing through the cavity to the second side of the housing that opposes the first side of the housing , wherein the peripheral device portion is configured to be compressed to fit through the cavity , and wherein edges of the computing device securing portion are configured to engage edges of the cavity in the housing .
A user terminal that communicates via an Licensed-Assisted Access, LAA, cell (C2) supporting Listen Before Talk, LBT, the user terminal comprising: a control section that, when the LBT is applied, controls to perform Radio Resource Measurement, RRM, with a subframe that is determined based on a result of detection of a beacon reference signal transmitted on the LAA cell (C2), an obtaining section that performs the RRM measurement using the beacon reference signal to obtain a measurement result; and a transmitting section that transmits the measurement result. a control section that, when the LBT is applied, controls to perform Radio Resource Measurement, RRM, with a subframe that is determined based on a result of detection of a beacon reference signal transmitted on the LAA cell (C2), an obtaining section that performs the RRM measurement using the beacon reference signal to obtain a measurement result; and a transmitting section that transmits the measurement result.
A process for providing a sodium-ion cell which is in a state of charge from about 20% or less and which is capable of safe storage and/or transportation and/or maintenance, comprising the steps: a) providing a sodium-ion cell comprising a positive electrode comprising a positive electrode material, a positive electrode current collector, a negative electrode comprising a negative electrode material, a negative electrode current collector and an electrolyte, wherein the positive and negative electrode current collectors comprise aluminium; b) subjecting the sodium-ion cell provided in step a) to one or more discharge operations to a minimum cell operating voltage (cell Vmin) of less than -0.1V, at a discharge rate of C/<10; and c) maintaining the sodium-ion cell at a voltage of 1V or less. a) providing a sodium-ion cell comprising a positive electrode comprising a positive electrode material, a positive electrode current collector, a negative electrode comprising a negative electrode material, a negative electrode current collector and an electrolyte, wherein the positive and negative electrode current collectors comprise aluminium; b) subjecting the sodium-ion cell provided in step a) to one or more discharge operations to a minimum cell operating voltage (cell Vmin) of less than -0.1V, at a discharge rate of C/<10; and c) maintaining the sodium-ion cell at a voltage of 1V or less.
A communication method, applied to a first terminal, characterized in that the method comprises: when an instruction for instructing transmitting user data via a direct communication connection is received, acquiring user verification information (S301), the user verification information comprising verification data input through the first terminal; establishing a second direct communication connection with the second terminal; sending the user verification information to a second terminal via the second direct communication connection (S302); when verification success information is received from the second terminal via the second direct communication connection, transmitting, via the second direct communication connection, at least one connection parameter for establishing the first direct communication connection between the first terminal and the second terminal, and establishing a first direct communication connection with the second terminal according to the at least one connection parameter (S303); and sending the user data to the second terminal via the first direct communication connection (S304). when an instruction for instructing transmitting user data via a direct communication connection is received, acquiring user verification information (S301), the user verification information comprising verification data input through the first terminal; establishing a second direct communication connection with the second terminal; sending the user verification information to a second terminal via the second direct communication connection (S302); when verification success information is received from the second terminal via the second direct communication connection, transmitting, via the second direct communication connection, at least one connection parameter for establishing the first direct communication connection between the first terminal and the second terminal, and establishing a first direct communication connection with the second terminal according to the at least one connection parameter (S303); and sending the user data to the second terminal via the first direct communication connection (S304).
Tooling for supporting workpieces (11, 11A-D, 211) during a printing operation, comprising: a support tower (15, 16, 115, 116, 117, 145A-H, 215, 216, 217) comprising a base and a head , the head being positioned vertically above the base in use, the head being relatively moveable with respect to the base in a horizontal plane in use, the head having first and second support surfaces located at an upper end thereof, each of the first and second support surfaces being adapted to support a respective workpiece (11, 11A-D) thereon, wherein the first support surface is relatively moveable with respect to the second support surface in a vertical direction in use between a printing configuration in which the first and second support surfaces are substantially coplanar in the horizontal plane, and a pre-printing configuration in which the first and second support surfaces are spaced in the vertical direction. a support tower (15, 16, 115, 116, 117, 145A-H, 215, 216, 217) comprising a base and a head , the head being positioned vertically above the base in use, the head being relatively moveable with respect to the base in a horizontal plane in use, the head having first and second support surfaces located at an upper end thereof, each of the first and second support surfaces being adapted to support a respective workpiece (11, 11A-D) thereon, wherein the first support surface is relatively moveable with respect to the second support surface in a vertical direction in use between a printing configuration in which the first and second support surfaces are substantially coplanar in the horizontal plane, and a pre-printing configuration in which the first and second support surfaces are spaced in the vertical direction.
A beam forming apparatus comprising: a first combiner configured to combine signals, which have been grouped into groups, and generate first composite signals; and a second combiner configured to combine the first composite signals, wherein the first combiner is further configured to combine the signals of each of the groups separately; wherein the second combiner is further configured to combine the first composite signals by applying a weight which varies depending on the first composite signals; and characterized in that at least one signal, which is grouped into one of the groups, is a same signal, which is grouped into another one of the groups. a first combiner configured to combine signals, which have been grouped into groups, and generate first composite signals; and a second combiner configured to combine the first composite signals, wherein the first combiner is further configured to combine the signals of each of the groups separately; wherein the second combiner is further configured to combine the first composite signals by applying a weight which varies depending on the first composite signals; and characterized in that at least one signal, which is grouped into one of the groups, is a same signal, which is grouped into another one of the groups.