mhurhangee/patent-ind-claim-en huggingface dataset:
A device for height adjustment of a wheel suspension of a vehicle, in particular for height adjustment of a wheel suspension of a two-track motor vehicle, wherein the wheel suspension comprises a main spring fixed between two spring plates , wherein at least one of the spring plates is adjustable in the longitudinal direction (L) of the spring, and wherein the device is designed to adjust the adjustable spring plate in the longitudinal direction (L) of the spring, wherein the device has a support ring disc and at least one adjustment spring formed as a coil spring, having an initial coil, an end coil and at least one middle coil therebetween, and the support ring disc has a support surface on one side with at least one opening in the support surface , and wherein the adjustment spring is guided through the opening in the support ring disc in such a way that a first spring portion of the adjustment spring is situated with at least the initial coil on one side of the support surface of the support ring disc , and a second spring portion of the adjustment spring is situated with at least the end coil on the side facing away from the support surface , and the support ring disc , based on a functional, installed position of the device in a wheel suspension of a vehicle, can be mounted rotatably on a side of the adjustable spring plate facing away from the main spring and fixedly in the axial direction, and the adjustment spring is supported with a side of the initial coil facing the support surface or with one of the middle windings at least partially on the support surface of the support ring disc , characterised in that the device has an axial bearing arranged on the side of the support ring disc facing away from the support surface , wherein the support ring disc preferably can be supported in the axial direction via the axial bearing .
A nanostructure comprising a plurality of nanohelices or nanozigzags, wherein the plurality of nanohelices or nanozigzags are made of SiO 2 or TiO x , wherein x is in the range of 0.33 ≤ x ≤_2, wherein the nanostructure is manufactured by a GLAD technique. wherein the length of each of the nanohelices is at least 540nm and each nanohelix comprises at least two pitches and having a pitch of at least 240 nm, and the nanohelices are made of SiO 2 and the nanostructure having a stiffness of 12.6 ± 1.8 μN/nm; the length of each of the nanozigzags is at least 550nm and each nanozigzag comprises at least three pitches and having a pitch of at least 165 nm, and the nanozigzags are made of SiO 2 and the nanostructure having a stiffness of 19.7 ± 2.3 μN/nm. wherein the length of each of the nanohelices is at least 540nm and each nanohelix comprises at least two pitches and having a pitch of at least 240 nm, and the nanohelices are made of SiO 2 and the nanostructure having a stiffness of 12.6 ± 1.8 μN/nm; the length of each of the nanozigzags is at least 550nm and each nanozigzag comprises at least three pitches and having a pitch of at least 165 nm, and the nanozigzags are made of SiO 2 and the nanostructure having a stiffness of 19.7 ± 2.3 μN/nm.
A method of controlling a lighting system for providing illumination of a space, said method comprising: detecting (S602) one or more input events relating to said lighting system; determining (S604) an updated illumination pattern based on said one or more input events; determining (S606) whether or not to apply said updated illumination pattern automatically; providing, in the case that the updated illumination pattern is not applied automatically, a prompt (S608) indicative of said updated pattern to a user in said space; receiving (S612) an input from said user in response to said prompt; and controlling (S610) said lighting system to apply said updated illumination pattern conditionally in response to said received user input, characterized in that the method further comprises determining a value of a confidence metric associated with said updated illumination pattern, wherein the confidence metric represents a likelihood that said updated illumination pattern is desired by or acceptable to the user in said space, wherein the determining (S606) whether or not to apply said updated illumination pattern automatically is based on a determination whether said value of said confidence metric is above a threshold or not. detecting (S602) one or more input events relating to said lighting system; determining (S604) an updated illumination pattern based on said one or more input events; determining (S606) whether or not to apply said updated illumination pattern automatically; providing, in the case that the updated illumination pattern is not applied automatically, a prompt (S608) indicative of said updated pattern to a user in said space; receiving (S612) an input from said user in response to said prompt; and controlling (S610) said lighting system to apply said updated illumination pattern conditionally in response to said received user input,
Glazing for motor vehicles comprising a window glass and a thermoplastic elastomer seal, characterized in that said seal comprising a PP/TPE compound comprises from 38 to 80 wt%, preferably from 40 to 75 wt% and in particular from 45 to 70 wt% of polypropylene (PP).
A control system for an internal combustion engine configured to control a compression self-ignition type internal combustion engine having injectors (43A to 43D) configured to inject fuel into cylinders (45A to 45D), comprising: a control unit configured to control the injectors (43A to 43D) to perform pilot injections, followed by a main injection, and to perform after-injections at a timing of a temperature increase request when the temperature of exhaust gas is to be increased, the control unit comprising: a target ignition delay acquiring unit configured to acquire a target ignition delay that is a target ignition delay such that the combustion of a main fuel injected into the cylinders (45A to 45D) during the main injection is started at a timing elapsed from the compression top dead center by the target ignition delay; a target pilot injection volume setting unit configured to set a target pilot injection volume of the pilot injections to ensure an after-injection volume of the after-injections, which is sufficient to allow the after-injections to be multi-staged, by limiting the pilot injections to the target pilot injection volume, wherein the after injection-volume is the result of subtracting the target pilot injection volume and a main injection volume from a total fuel injection volume; and a main injection timing setting unit configured to set a main injection timing where the main fuel injected into the cylinders (45A to 45D) is combusted, such that the main injection timing is retarded to the maximum extent possible until the target ignition delay has been reached due to the limitation of the pilot injections to the target pilot injection volume. a target ignition delay acquiring unit configured to acquire a target ignition delay that is a target ignition delay such that the combustion of a main fuel injected into the cylinders (45A to 45D) during the main injection is started at a timing elapsed from the compression top dead center by the target ignition delay; a target pilot injection volume setting unit configured to set a target pilot injection volume of the pilot injections to ensure an after-injection volume of the after-injections, which is sufficient to allow the after-injections to be multi-staged, by limiting the pilot injections to the target pilot injection volume, wherein the after injection-volume is the result of subtracting the target pilot injection volume and a main injection volume from a total fuel injection volume; and a main injection timing setting unit configured to set a main injection timing where the main fuel injected into the cylinders (45A to 45D) is combusted, such that the main injection timing is retarded to the maximum extent possible until the target ignition delay has been reached due to the limitation of the pilot injections to the target pilot injection volume.
Method for modifying a turbine having, arranged in a housing of conical form, rotor blade rings and guide blade rings , in which method an original rotor blade ring at a first rotor blade position (I) is replaced by a replacement rotor blade ring at a second rotor blade position (II), wherein, while keeping the housing , the second rotor blade position (II) is arranged spaced apart from the first rotor blade position (I) along a direction of extent of a rotor shaft of the turbine in the flow direction (S) of a working medium flowing through the turbine , wherein the replacement rotor blade ring has a larger outer diameter than the original rotor blade ring .
Movable cleaning apparatus or floor care or floor treatment apparatus, such as an automatically movable floor cleaning apparatus or user-guided cleaning apparatus , designed with a device for producing photographic images of a surface to be travelled on, characterised in that the cleaning apparatus has an evaluation unit which is designed to evaluate an image (FA) with regard to the type of floor covering, and to carry out a travel strategy and an adjustment of cleaning parameters, namely floor distance and/or size of secondary air openings and/or brush speed, on the basis of the detected floor covering, wherein the evaluation unit is designed to evaluate the photographic image (FA) with regard to a degree of reflection of the floor covering and/or to evaluate the photographic image (FA) with regard to patterns or grains detected in the image in a colour space using statistical methods.
Gas burner arrangement for a cooking zone , with at least two gas burners (4 - 8), which are each assigned a gas valve (9 - 13) for regulating a flow of combustion gas to the gas burner (4 - 8) and a thermocouple (20 - 24) for flame monitoring of a flame of the gas burner (4 - 8), wherein each thermocouple (20 - 24) is coupled to the gas valve (9 - 13) assigned to it with the aid of an electrical circuit (26 - 30) in such that way that when the flame of the gas burner (4 - 8) is extinguished, the flow of combustion gas to the gas burner (4 - 8) is interrupted with the aid of the gas valve (9 - 13), wherein each electrical circuit (26 - 30) has an electrically operable switch (31 - 35), wherein the electrically operable switches (31 - 35) can be actuated to interrupt the electrical circuits (26 - 30) between the thermocouples (20 - 24) and the gas valves (9 - 13) with the aid of a common control facility , wherein the electrically operable switches (31 - 35) are closed in an initial state, wherein the thermocouple (20 - 24) is configured, when the flame of the gas burner (4 - 8) is detected, to transfer a continuous signal to the gas valve (9 - 13) assigned to it, wherein the thermocouple (20 - 24) is configured to interrupt the continuous signal when the flame of the gas burner (4 - 8) is extinguished, so that the gas valve (9 - 13) interrupts the flow of combustion gas to the gas burner (4 - 8), and wherein the electrically operable switch (31 - 35) is configured to interrupt the continuous signal of the thermocouple (20 - 24), so that the gas valve (9 - 13) interrupts the flow of combustion gas to the gas burner (4 - 8).
Cannabidiol (CBD) for use in the reduction of seizures in treatment-resistant Dravet syndrome, wherein the CBD is administered in combination with stiripentol.
A valve for a system for application of a covering product, the valve including projecting or recessed shapes on a peripheral part, configured to cooperate with projecting or recessed shapes of a dedicated mounting and dismounting tool , these projecting or recessed shapes of the valve being configured to transmit a rotational movement (R1, R2) to the valve , and to be secured to the tool , the valve being characterized in that the projecting or recessed shapes of the valve comprise a first peripheral profile having at least one planar surface , and a second peripheral profile located behind the first profile relative to an outer end of the valve , and in that the second profile has at least one first planar surface aligned with the planar surface of the first profile and at least one second planar surface that is angularly offset relative to the planar surface of the first profile such that the second planar surface of the second profile forms a shoulder relative to the first profile .
A method performed by a terminal supporting carrier aggregation in a wireless communication system, the method comprising: receiving, from a base station, first timing advance, TA, information associated with a primary timing advance group, PTAG, which is a group of serving cells using same timing advance value for an uplink transmission and includes a primary cell; starting or restarting a first timing alignment timer, TAT, associated with the PTAG based on the first TA information; receiving , from the base station, second TA information associated with a secondary timing advance group, STAG, which is a group of serving cells using same timing advance value and does not include the primary cell; starting or restarting a second TAT associated with the STAG based on the second TA information; receiving downlink data on at least one serving cell in the STAG; identifying that a TAT is expired; characterized in notifying a radio resource control, RRC, layer to release at least one physical uplink control channel, PUCCH, for serving cells belonging to the STAG and instructing a physical layer of the terminal to generate hybrid automatic repeat request, HARQ, positive or negative acknowledgement information of the downlink data received on the at least one serving cell in the STAG, in case that the expired TAT is the second TAT associated with the STAG ; and notifying the RRC layer to release at least one PUCCH for all serving cells and suspending an instruction to the physical layer to generate the HARQ positive or negative acknowledgement information, in case that the expired TAT is the first TAT associated with the PTAG . receiving, from a base station, first timing advance, TA, information associated with a primary timing advance group, PTAG, which is a group of serving cells using same timing advance value for an uplink transmission and includes a primary cell; starting or restarting a first timing alignment timer, TAT, associated with the PTAG based on the first TA information; receiving , from the base station, second TA information associated with a secondary timing advance group, STAG, which is a group of serving cells using same timing advance value and does not include the primary cell; starting or restarting a second TAT associated with the STAG based on the second TA information; receiving downlink data on at least one serving cell in the STAG; identifying that a TAT is expired; characterized in notifying a radio resource control, RRC, layer to release at least one physical uplink control channel, PUCCH, for serving cells belonging to the STAG and instructing a physical layer of the terminal to generate hybrid automatic repeat request, HARQ, positive or negative acknowledgement information of the downlink data received on the at least one serving cell in the STAG, in case that the expired TAT is the second TAT associated with the STAG ; and notifying the RRC layer to release at least one PUCCH for all serving cells and suspending an instruction to the physical layer to generate the HARQ positive or negative acknowledgement information, in case that the expired TAT is the first TAT associated with the PTAG .
A gas tool comprising: a barrel made of electrically conductive material; a guiding wire (30; 30a; 30b; 30c; 30d) disposed in the barrel , wherein the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) are directly or indirectly connected to two opposite electrodes of a power source ; and an electrically conductive member (40; 40a; 40b; 40c; 40d) connected to an outer periphery of the guiding wire (30; 30a; 30b; 30c; 30d) and electrically connected to the guiding wire (30; 30a; 30b; 30c; 30d), wherein the electrically conductive member (40; 40a; 40b; 40c; 40d) is disposed between the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) and is spaced from the barrel ; when the power source is activated, an electric arc is generated between the electrically conductive member (40; 40a; 40b; 40c; 40d) and the barrel ; characterized in that the electrically conductive member (40; 40a; 40b; 40c; 40d) is annular and surrounds the guiding wire . a barrel made of electrically conductive material; a guiding wire (30; 30a; 30b; 30c; 30d) disposed in the barrel , wherein the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) are directly or indirectly connected to two opposite electrodes of a power source ; and an electrically conductive member (40; 40a; 40b; 40c; 40d) connected to an outer periphery of the guiding wire (30; 30a; 30b; 30c; 30d) and electrically connected to the guiding wire (30; 30a; 30b; 30c; 30d), wherein the electrically conductive member (40; 40a; 40b; 40c; 40d) is disposed between the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) and is spaced from the barrel ; when the power source is activated, an electric arc is generated between the electrically conductive member (40; 40a; 40b; 40c; 40d) and the barrel ; characterized in that the electrically conductive member (40; 40a; 40b; 40c; 40d) is annular and surrounds the guiding wire .
A method comprising: executing , by a processor, an application programming interface, API, server by which to access one or more data models stored to a datastore ; receiving , by the API server and from a controller , a registration request to register a new data model to the datastore , the registration request providing a resource definition specifying a semantic validation rule; registering , by the API server , the new data model to the datastore ; receiving , by the API server and from a client, a create request to create a resource for the new data model having initial data that conforms to the resource definition; applying , by the API server , the semantic validation rule to the initial data in order to validate the create request; and creating , by the API server and responsive to validating the create request, the resource for the new data model in the datastore . executing , by a processor, an application programming interface, API, server by which to access one or more data models stored to a datastore ; receiving , by the API server and from a controller , a registration request to register a new data model to the datastore , the registration request providing a resource definition specifying a semantic validation rule; registering , by the API server , the new data model to the datastore ; receiving , by the API server and from a client, a create request to create a resource for the new data model having initial data that conforms to the resource definition; applying , by the API server , the semantic validation rule to the initial data in order to validate the create request; and creating , by the API server and responsive to validating the create request, the resource for the new data model in the datastore .
A sputter target made of a silver alloy comprising - a first element selected from indium, tin, antimony, and bismuth, at a quantity of 0.01-2 wt% relative to the total weight of the silver alloy, and - 0.01-2 wt% titanium relative to the total weight of the silver alloy, the remainder being silver and unavoidable contaminants, or comprising - a first element selected from indium, tin, antimony, and bismuth, at a quantity of 0.01-2 wt% relative to the total weight of the silver alloy, - 0.01-2 wt% titanium relative to the total weight of the silver alloy, and - one or more additional elements selected from indium, tin, antimony, and bismuth, the remainder being silver and unavoidable contaminants, under the stipulation that the first element and the additional element are different, the additional element or each of the additional elements each being present in a quantity of 0.01-2 wt% relative to the total weight of the silver alloy, the silver alloy having an average grain size of no greater than 55 μm, characterized in that - the silver alloy comprises inclusions comprising Ti, wherein the average size of the inclusions comprising Ti is less than 5 μm , wherein the average grain size from the linear intercept method (DIN EN ISO 643) has been determined according to the following equation: M=(L*p)/(N*m), where L: length of the measurement line p: number of measurement lines N: number of intersected bodies m: magnification. - a first element selected from indium, tin, antimony, and bismuth, at a quantity of 0.01-2 wt% relative to the total weight of the silver alloy, and - 0.01-2 wt% titanium relative to the total weight of the silver alloy, the remainder being silver and unavoidable contaminants, - a first element selected from indium, tin, antimony, and bismuth, at a quantity of 0.01-2 wt% relative to the total weight of the silver alloy, - 0.01-2 wt% titanium relative to the total weight of the silver alloy, and - one or more additional elements selected from indium, tin, antimony, and bismuth, the remainder being silver and unavoidable contaminants, under the stipulation that the first element and the additional element are different, the additional element or each of the additional elements each being present in a quantity of 0.01-2 wt% relative to the total weight of the silver alloy, - the silver alloy comprises inclusions comprising Ti, wherein the average size of the inclusions comprising Ti is less than 5 μm , wherein the average grain size from the linear intercept method (DIN EN ISO 643) has been determined according to the following equation: M=(L*p)/(N*m), where L: length of the measurement line p: number of measurement lines N: number of intersected bodies m: magnification. M=(L*p)/(N*m), where L: length of the measurement line p: number of measurement lines N: number of intersected bodies m: magnification.
A sanitary fitting with a pivotable spout, with a fitting housing mounted pivotably about a housing axis (A), in which a valve member , in particular a mixing cartridge, for adjusting the temperature and/or the volume of mixed water is non-pivotably arranged, which valve member is connected to hot and cold water lines on the inlet side and to a mixed water line leading to a water spout on the outlet side, wherein an adapter has at least one flow passage , which connects the valve member fluidically to the mixed water line , wherein the mixed water line , which attaches to the adapter-side mixed water flow passage in the flow direction, is formed by at least one joint insert , and wherein the fitting has at least one pivot bearing point at which the joint insert is mounted pivotably, in particular coaxially to the housing axis (A), characterized in that a plastic guide is inserted at a passage between the fitting housing and the pivotable spout for pre-centering a water hose before the latter is sealingly pushed into an outlet-side channel section of the joint insert , and that the mixed water line is constructed with multiple parts, specifically with the joint insert and the water hose attached thereto.