mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sending by a first device data objects for generating on a display of at least one second device a second instance of a graphical user interface presented on a display of the first device , the method comprising: generating using reactive user interface programming a first view of the graphical user interface based on content data received from a server ; generating by the first device data objects for generating, based on reactive programming, a next view of the graphical user interface , the data objects comprising event information relating to functions performed at the first device on the graphical user interface presented by the first device; storing the data objects in a memory of the first device ; generating by the first device the next view of the graphical user interface based on content data from the server and the data objects; and sending the data objects from the first device for use by the at least one second device in generation, based on reactive programming, of a second instance of the graphical user interface presented on the display of the first device on the display of the at least one second device , characterized in that each event information in the data objects is provided with time stamp information such that information in the data objects and data corresponding to content data available for the first device can be related based on the time stamp information for enabling later replay on the display of the at least one second device of a video playback type presentation of the graphical user interface presented on the display of the first device based on the event history in the data objects and content data from the server . generating using reactive user interface programming a first view of the graphical user interface based on content data received from a server ; generating by the first device data objects for generating, based on reactive programming, a next view of the graphical user interface , the data objects comprising event information relating to functions performed at the first device on the graphical user interface presented by the first device; storing the data objects in a memory of the first device ; generating by the first device the next view of the graphical user interface based on content data from the server and the data objects; and sending the data objects from the first device for use by the at least one second device in generation, based on reactive programming, of a second instance of the graphical user interface presented on the display of the first device on the display of the at least one second device , characterized in that each event information in the data objects is provided with time stamp information such that information in the data objects and data corresponding to content data available for the first device can be related based on the time stamp information for enabling later replay on the display of the at least one second device of a video playback type presentation of the graphical user interface presented on the display of the first device based on the event history in the data objects and content data from the server .
A detection circuit module for use with a household appliance door to detect when the door is closed and/or locked, said detection circuit module having a first and a second contact configured for electrical connection with the household appliance door so as to be operable with the household appliance door, said detection circuit module ; further comprises: a door closing switch arranged electrically in series between the first connecting contact and an actuator ; a door locking switch arranged electrically in series between the actuator member and the second connecting contact ; and characterized by further comprising a diode arranged in series with the actuator and the second connecting contact and said diode being arranged electrically in parallel with the door locking switch . a door closing switch arranged electrically in series between the first connecting contact and an actuator ; a door locking switch arranged electrically in series between the actuator member and the second connecting contact ; and characterized by further comprising a diode arranged in series with the actuator and the second connecting contact and said diode being arranged electrically in parallel with the door locking switch .
Vehicle having a vehicle frame and having a vehicle axle which is fastened thereto and having a load-dependent brake valve (5.1) which is designed to output a brake pressure which is dependent on an axle load of a vehicle , wherein said brake valve (5.1) has a sensor (11.1) for electronic detection of an axle load of the vehicle , wherein the sensor (11.1) is designed as an inductively operating sensor, wherein the sensor (11.1) is designed as an inductive rotational angle sensor (11.1) by means of which the compression travel (Δz A ) of a vehicle axle in relation to a vehicle frame is able to be detected mechanically and is able to be converted into an electronic measurement signal, wherein the rotational angle sensor (11.1) consists of a coil , arranged in a housing of the brake valve (5.1), and a rotating armature , wherein the rotating armature consists of a soft magnetic material, wherein the rotating armature is arranged so as to be rotatable and coaxial over a longitudinal axis of the housing , and wherein a control shaft connected to the rotating armature of the rotational angle sensor (11.1) is connected to the vehicle axle via an articulated linkage , wherein the rotational angle sensor (11.1) is fastened to the vehicle frame of the vehicle so as to be axially parallel and horizontally spaced apart with respect to the vehicle axle .
A transition metal-containing hydroxide, which is a precursor of a lithium-containing composite oxide, wherein in a distribution of the logarithmic derivative pore specific surface area relative to the pore size, obtained by BJH method, the proportion of the sum of the logarithmic derivative pore specific surface areas with pore sizes of 10 nm or larger, to 100% of the sum of the logarithmic derivative pore specific surface areas in the entire distribution, is at least 23%; the distribution of the logarithmic derivative pore specific surface area relative to the pore size, obtained by BJH method, is determined as set out in the description; and the transition metal-containing hydroxide is represented by the following formula : Ni, Cο β Mn γ M δ (OH) 2 formula wherein M is a metal element other than Li, Ni, Co and Mn, α is from 0.15 to 0.5, β is from 0 to 0.2, γ is from 0.3 to 0.8, δ is from 0 to 0.1, and α+β+γ+δ=1. the distribution of the logarithmic derivative pore specific surface area relative to the pore size, obtained by BJH method, is determined as set out in the description; and the transition metal-containing hydroxide is represented by the following formula : Ni, Cο β Mn γ M δ (OH) 2 formula wherein M is a metal element other than Li, Ni, Co and Mn, α is from 0.15 to 0.5, β is from 0 to 0.2, γ is from 0.3 to 0.8, δ is from 0 to 0.1, and α+β+γ+δ=1.
A paper conveying apparatus comprising: a sound signal generator for generating a sound signal; a sound jam detector for determining whether a jam has occurred based on the sound signal; a control module for stopping conveyance of a paper when the sound jam detector determines that the jam has occurred; a paper state detector for detecting a state of the paper; and a recovery processing module for performing a recovery processing which resumes conveyance of the paper when determining that a result of detection of the sound jam detector is mistaken and no jam has occurred in accordance with a content of the detection of the paper state detector after stopping the conveyance of the paper by the control module . a sound signal generator for generating a sound signal; a sound jam detector for determining whether a jam has occurred based on the sound signal; a control module for stopping conveyance of a paper when the sound jam detector determines that the jam has occurred; a paper state detector for detecting a state of the paper; and a recovery processing module for performing a recovery processing which resumes conveyance of the paper when determining that a result of detection of the sound jam detector is mistaken and no jam has occurred in accordance with a content of the detection of the paper state detector after stopping the conveyance of the paper by the control module .
Flavour encapsulate particle comprising a core particle, an inner coating comprising a flavour carrier matrix and a flavouring, and an outer coating layer comprising at least 80 wt.%, calculated on a dry weight basis, of an extract of a plant material, wherein the core particle is a plant material and wherein the outer coating comprises at least 80 wt.% of an extract of the core particle material.
A generally cylindrical axel bush that can be mounted to an axel where it is not possible to slide the axel bush on to an axel mounting section of the axel via either end of the axel, the axel bush formed by joining component parts (14a,b, 54a,b, 64, 74a,b, 84, 94a,b, 114a,b, 216, 216a,b, 218, 218a,b) together along joinable longitudinal edges to form the axel bush , characterised in that : the joinable longitudinal edges follow a combination irregular join line comprising a curved join line and an angled join line , the combination comprising a substantially curved line that: extends at least partially non-parallel to a longitudinal axis of the generally cylindrical bush ; is set at an angle to the angled join line ; and follows a spiral or helical pathway so that each of the component parts partially wraps around the axel; and each of the component parts has a semi-circular end wall at a first end of each of the component parts which is offset by 60° - 110° compared to a second opposed end at a second end of each of the component parts. the joinable longitudinal edges follow a combination irregular join line comprising a curved join line and an angled join line , the combination comprising a substantially curved line that: extends at least partially non-parallel to a longitudinal axis of the generally cylindrical bush ; is set at an angle to the angled join line ; and follows a spiral or helical pathway so that each of the component parts partially wraps around the axel; and extends at least partially non-parallel to a longitudinal axis of the generally cylindrical bush ; is set at an angle to the angled join line ; and follows a spiral or helical pathway so that each of the component parts partially wraps around the axel; and each of the component parts has a semi-circular end wall at a first end of each of the component parts which is offset by 60° - 110° compared to a second opposed end at a second end of each of the component parts.
An end cover structure comprising: an end cover body ; a water inlet pipe , provided on the end cover body ; a water outlet pipe , provided on the end cover body , and the water outlet pipe and the water inlet pipe are independent of each other; a bypass pipeline in which two cavities are formed, one of the two cavities being communicated with the water inlet pipe , and the other being communicated with the water outlet pipe ; an adjusting member , movably provided in the bypass pipeline , wherein the adjusting member is capable of movably adjusting a communication between the two cavities; and a controller , wherein the controller is provided at an end of the bypass pipeline , and is in transmission connection with the adjusting member ; and the controller controls the adjusting member to move and then to adjust a circulation volume of a fluid flowing between two activities 1 , characterized in that the end cover structure further comprises: a pressure sensor , in electrical connection with the controller , wherein the pressure sensor is configured to detect a pressure difference in the water inlet pipe and the water outlet pipe ; when the pressure difference is less than a pressure difference threshold, the controller controls a movement of the adjusting member to adjust the circulation volume 2 . 1 Claim 2 2 Claim 3 an end cover body ; a water inlet pipe , provided on the end cover body ; a water outlet pipe , provided on the end cover body , and the water outlet pipe and the water inlet pipe are independent of each other; a bypass pipeline in which two cavities are formed, one of the two cavities being communicated with the water inlet pipe , and the other being communicated with the water outlet pipe ; an adjusting member , movably provided in the bypass pipeline , wherein the adjusting member is capable of movably adjusting a communication between the two cavities; and a controller , wherein the controller is provided at an end of the bypass pipeline , and is in transmission connection with the adjusting member ; and the controller controls the adjusting member to move and then to adjust a circulation volume of a fluid flowing between two activities 1 , characterized in that the end cover structure further comprises: a pressure sensor , in electrical connection with the controller , wherein the pressure sensor is configured to detect a pressure difference in the water inlet pipe and the water outlet pipe ; when the pressure difference is less than a pressure difference threshold, the controller controls a movement of the adjusting member to adjust the circulation volume 2 . 1 Claim 2 2 Claim 3
A turbine ring assembly comprising a plurality of adjacent ring sectors forming a turbine ring extending circumferentially around an axial direction (D A ), each ring sector having a platform with, along a radial direction of the turbine ring, an inner face defining the inner face of the turbine ring and an outer face from which an upstream lug and a downstream lug extend along the radial direction, each ring sector comprising a first groove present in the platform in the vicinity of the inner face of said platform, a second groove present in the platform in the vicinity of the outer face of said platform, the first and the second groove extending along the axial direction of the turbine ring, an upstream groove extending radially into the upstream lug and a downstream groove extending radially into the downstream lug , a first sealing tab extending into the first groove , a second sealing tab extending into the second groove , an upstream sealing tab extending into the upstream groove and a downstream sealing tab extending into the downstream groove , characterized in that the second sealing tab includes one or several opening(s) .
A traveling control device of a traveling vehicle including a traveling control unit having a pair of left and right configurations capable of respectively driving a pair of left and right driving wheels , the traveling control device comprising: an instruction receiving portion configured to receive an operation instruction directed to each of the pair of left and right driving wheels; a speed instruction value calculation portion configured to calculate a speed instruction value that is to be instructed to the traveling control unit, based on each of the operation instructions; an operation instruction determination portion configured to determine, based on each of the operation instructions, whether the operation instruction is an operation instruction to rotate the pair of left and right driving wheels in the same direction as each other, or an operation instruction to rotate the pair of left and right driving wheels in different directions from each other; and a speed instruction value correction portion configured to, if the operation instruction is an operation instruction to rotate the pair of left and right driving wheels in the same direction as each other, extract a turning component by subtracting the smaller one of the speed instruction values from the larger one of the speed instruction values, directly using the smaller one of the speed instruction values as the speed instruction value, characterised in that the larger one of the speed instruction values is corrected to a sum of (i) the smaller one of the speed instruction values and (ii) a product of the turning component and a preset attenuation value which is smaller than 1. an instruction receiving portion configured to receive an operation instruction directed to each of the pair of left and right driving wheels; a speed instruction value calculation portion configured to calculate a speed instruction value that is to be instructed to the traveling control unit, based on each of the operation instructions; an operation instruction determination portion configured to determine, based on each of the operation instructions, whether the operation instruction is an operation instruction to rotate the pair of left and right driving wheels in the same direction as each other, or an operation instruction to rotate the pair of left and right driving wheels in different directions from each other; and a speed instruction value correction portion configured to, if the operation instruction is an operation instruction to rotate the pair of left and right driving wheels in the same direction as each other, extract a turning component by subtracting the smaller one of the speed instruction values from the larger one of the speed instruction values, directly using the smaller one of the speed instruction values as the speed instruction value, characterised in that the larger one of the speed instruction values is corrected to a sum of (i) the smaller one of the speed instruction values and (ii) a product of the turning component and a preset attenuation value which is smaller than 1.
A pivot fitting , in particular for adjustment segments on items of furniture, comprising - a first lever and a second lever , which are mounted so they are pivotable in relation to one another about a common axis (D), - a catch mechanism, using which the two levers are lockable in relation to one another in different angle positions in a reset direction (R), - wherein the catch mechanism has gear teeth fixed in a rotationally-fixed manner on the second lever , a control disk mounted so it is pivotable about the common axis (D), and a detent catch , which is mounted so it is pivotable on the first lever and is loaded in the direction of the gear teeth , and is engaged with the gear teeth in a detent position of the pivot fitting , - wherein the detent catch can be disengaged from the gear teeth upon pivoting of the second lever by a predetermined angle in relation to the first lever in an adjustment direction (V), - wherein the second lever is pivotable in the reset direction (R) when the detent catch is disengaged from the gear teeth , - wherein the catch mechanism enables locking of the two levers and a switchover of the pivot movement from the adjustment direction (V) into the reset direction (R) and vice versa in arbitrary angle positions in relation to one another, and - wherein the catch mechanism has a control lever mounted so it is pivotable on the first lever , a toothed control disk , a reactivation element coupled with the detent catch , and a blocking unit . - a first lever and a second lever , which are mounted so they are pivotable in relation to one another about a common axis (D), - a catch mechanism, using which the two levers are lockable in relation to one another in different angle positions in a reset direction (R), - wherein the catch mechanism has gear teeth fixed in a rotationally-fixed manner on the second lever , a control disk mounted so it is pivotable about the common axis (D), and a detent catch , which is mounted so it is pivotable on the first lever and is loaded in the direction of the gear teeth , and is engaged with the gear teeth in a detent position of the pivot fitting , - wherein the detent catch can be disengaged from the gear teeth upon pivoting of the second lever by a predetermined angle in relation to the first lever in an adjustment direction (V), - wherein the second lever is pivotable in the reset direction (R) when the detent catch is disengaged from the gear teeth , - wherein the catch mechanism enables locking of the two levers and a switchover of the pivot movement from the adjustment direction (V) into the reset direction (R) and vice versa in arbitrary angle positions in relation to one another, and - wherein the catch mechanism has a control lever mounted so it is pivotable on the first lever , a toothed control disk , a reactivation element coupled with the detent catch , and a blocking unit .
A printer comprising a medium support plate assembly provided with a plurality of through-holes (H1-H3) for applying an underpressure to a print substrate on the medium support plate assembly , wherein the medium support plate assembly defines a plurality of suction zones (Z1-Z10), each suction zone (Z1-Z10) having predetermined dimensions different from the other zones (Z1-Z10), wherein the suction zones (Z1-Z10) are partially overlapping, such that the circumference (C) of a first suction zone (Z1) forms part of the circumference of suction zones (Z2-Z3) other than the first suction zone (Z1) and an average cross-sectional through-flow area per unit area of through-holes (H2-H4) positioned along a circumference (C) of each zone (Z1-Z10) is larger than the average cross-sectional through-flow area per unit area of through-holes (H1) in a central area (A) of each respective zone (Z1-Z10).
Method for determining a risk of damage due to shrinkage-swelling of clay in a target geographical area within a sedimentary basin by means of measurements of gamma rays emitted by natural radioelements, characterized in that the following steps are carried out: - a geographical calibration zone is selected for which damages due to a shrinkage-swelling phenomenon are known, and an experimental correlation is acquired between, on the one hand, a risk of damage due to a shrinkage-swelling phenomenon of swelling clays and, on the other hand, a first set of gamma radiation measurements emitted by the natural radioelements potassium (K) and thorium (Th) at the surface of the said geographical calibration zone; - at least a second set of measurements of gamma radiation emitted by the natural radioelements potassium (K) and thorium (Th) is carried out at the surface of the said target geographical area; - a risk of damage due to shrinkage-swelling of swelling clays in said target geographical area is determined by means of said experimental correlation and the second set of measurements. - a geographical calibration zone is selected for which damages due to a shrinkage-swelling phenomenon are known, and an experimental correlation is acquired between, on the one hand, a risk of damage due to a shrinkage-swelling phenomenon of swelling clays and, on the other hand, a first set of gamma radiation measurements emitted by the natural radioelements potassium (K) and thorium (Th) at the surface of the said geographical calibration zone; - at least a second set of measurements of gamma radiation emitted by the natural radioelements potassium (K) and thorium (Th) is carried out at the surface of the said target geographical area; - a risk of damage due to shrinkage-swelling of swelling clays in said target geographical area is determined by means of said experimental correlation and the second set of measurements.
A fluid dispenser , in particular a soap dispenser, comprising a fluid reservoir , a pump , which is coupled to an electric motor by means of a coupling element and can be actuated to dispense fluid in portions, wherein the pump is connected on the input side to the fluid reservoir and on the output side to an outlet for dispensing the fluid, and a control unit having a control element for actuating the motor, wherein the coupling element is operatively connected, at least during the dispensing of the fluid, to at least one screw thread of a worm wheel , which can be driven by means of the motor , wherein rotation of the worm wheel causes axial movement of the coupling element and thus activation of the pump for dispensing the fluid in portions, characterised in that the worm wheel comprises a single screw thread .