mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile device (1; 1'; 1"; 1′′′) for thermally controlling weeds, comprising at least one running wheel (22; 24) for running on an underlying surface and/or at least one supporting element for providing support, a continuous flow heater for heating a fluid to at least one target temperature that is harmful to weeds, the continuous flow heater being designed to use electrical energy for heating the fluid, a delivery device for delivering the fluid, a first housing and a second housing , which are connected to one another, the first housing being a lower housing and the second housing being an upper housing, characterized in that the first housing is assigned a storage container for storing fluid and the second housing is assigned the continuous flow heater . at least one running wheel (22; 24) for running on an underlying surface and/or at least one supporting element for providing support, a continuous flow heater for heating a fluid to at least one target temperature that is harmful to weeds, the continuous flow heater being designed to use electrical energy for heating the fluid, a delivery device for delivering the fluid, a first housing and a second housing , which are connected to one another, the first housing being a lower housing and the second housing being an upper housing, characterized in that the first housing is assigned a storage container for storing fluid and the second housing is assigned the continuous flow heater .
A brake hydraulic pressure controller comprising: a hydraulic unit configured to execute brake control by controlling a hydraulic pressure of a brake fluid to be supplied to a braking section ; a bracket that is to be attached to a vehicle body; and a support section that is assembled to the bracket to support the hydraulic unit , wherein the support section includes: a fixture member that is fixed to a housing of the hydraulic unit ; and a vibration absorbing member that is interposed between the housing and the bracket and has a through-hole through which the fixture member passes, and the vibration absorbing member includes: a first vibration absorbing member that has specified rebound resilience; and a second vibration absorbing member , and, in a state of being accommodated in a recessed section of the bracket , the vibration absorbing member is held between the housing and the bracket , wherein the second vibration absorbing member has a contact section that contacts the housing in a state where the support section is assembled to the bracket , and characterized in that the second vibration absorbing member has higher rebound resilience than the specified rebound resilience and in that the bracket has a sleeve section that is provided with an opening and is fitted to the through-hole of the vibration absorbing member , the opening being provided along a penetrating direction of the fixture member , and the fixture member passes through the opening . the support section includes: a fixture member that is fixed to a housing of the hydraulic unit ; and a vibration absorbing member that is interposed between the housing and the bracket and has a through-hole through which the fixture member passes, and the vibration absorbing member includes: a first vibration absorbing member that has specified rebound resilience; and a second vibration absorbing member , and, in a state of being accommodated in a recessed section of the bracket , the vibration absorbing member is held between the housing and the bracket , wherein the second vibration absorbing member has a contact section that contacts the housing in a state where the support section is assembled to the bracket , and characterized in that the second vibration absorbing member has higher rebound resilience than the specified rebound resilience and in that the bracket has a sleeve section that is provided with an opening and is fitted to the through-hole of the vibration absorbing member , the opening being provided along a penetrating direction of the fixture member , and the fixture member passes through the opening .
A process for producing acesulfame potassium, the process comprising the steps of: (a) reacting a first reaction mixture comprising: sulfamic acid, an amine, and from 1 wppm to 1 wt % acetic acid to form an amidosulfamic acid salt; (b) reacting the amidosulfamic acid salt with diketene to form an acetoacetamide salt; (c) deriving the acesulfame potassium from the acetoacetamide salt, wherein the amidosulfamic acid salt formation reaction is conducted at an amine excess of less than 3 mol %. (a) reacting a first reaction mixture comprising: sulfamic acid, an amine, and from 1 wppm to 1 wt % acetic acid to form an amidosulfamic acid salt; (b) reacting the amidosulfamic acid salt with diketene to form an acetoacetamide salt; (c) deriving the acesulfame potassium from the acetoacetamide salt,
Fill valve designed to be installed on a toilet tank comprising a wall having an opening dedicated to the passage of the fill valve and extending between an inner face and an outer face of the tank, the fill valve comprising: - a main part designed to extend inside the tank and carrying an inner stop ; - a connecting end designed to extend outside the tank and carrying an outer stop element ; characterised in that the outer stop element is axially integral with the connecting end and is radially deformable so as to be able to retract radially into the opening in the tank wall when it moves from the inside to the outside of the tank, and to expand radially so as to form a stop against the outer face of the tank, and in that the inner stop is axially movable mounted on the main part to form a vice with the outer stop element , the main part comprising a gripping device of the vice, and in that the gripping device comprises a cam lever designed to act on the inner stop to exert a gripping of the vice. - a main part designed to extend inside the tank and carrying an inner stop ; - a connecting end designed to extend outside the tank and carrying an outer stop element ; characterised in that the outer stop element is axially integral with the connecting end and is radially deformable so as to be able to retract radially into the opening in the tank wall when it moves from the inside to the outside of the tank, and to expand radially so as to form a stop against the outer face of the tank, and in that the inner stop is axially movable mounted on the main part to form a vice with the outer stop element , the main part comprising a gripping device of the vice, and in that the gripping device comprises a cam lever designed to act on the inner stop to exert a gripping of the vice.
A top connection arrangement for a subsea riser, the arrangement comprising a pivot combination disposed between, and fluidly connecting, upper and lower pipe sections of rigid pipe, wherein the pivot combination comprises an upper ball joint to which the upper pipe section is attached and about which the upper pipe section is pivotable; and wherein the arrangement is characterised in that the pivot combination comprises a lower joint fixed to the ball joint in series, the lower joint being a flexible joint or a tapered stress joint to which the lower pipe section is attached.
Frequency-ramp-based frequency-modulation continuous-wave radar, termed FMCW, having at least one array antenna composed of transmit sub-arrays and of receive sub-arrays, a transmit and receive system and processing means, characterized in that , a transmit and receive two-plane monopulse beamforming being produced by dividing said antenna into four quadrants on transmission and on reception and said transmit monopulse beamforming being obtained through a dual coding in frequency and in phase : - the distribution of the transmit sub-arrays and of the receive sub-arrays is symmetric both with respect to a vertical axis and with respect to a horizontal axis ; - at least two transmit sub-arrays symmetric with respect to said vertical axis are the largest possible distance apart; - at least two transmit sub-arrays (11, 11", 42, 42") symmetric with respect to said horizontal axis are the largest possible distance apart; - at least two receive sub-arrays symmetric with respect to said vertical axis are the largest possible distance apart; - at least two receive sub-arrays (12, 12", 43, 43") symmetric with respect to said horizontal axis are the largest possible distance apart; - a first coding of the wave transmitted by said transmit sub-arrays being carried out by frequency shifting of said ramps between the various transmit sub-arrays; - a second coding of the wave transmitted by said transmit sub-arrays being carried out by phase modulation from frequency ramp to frequency ramp between the various transmit sub-arrays; - a common oscillator reference being used to carry out said first coding and said second coding of the wave transmitted by rows and by columns of said sub-arrays. - the distribution of the transmit sub-arrays and of the receive sub-arrays is symmetric both with respect to a vertical axis and with respect to a horizontal axis ; - at least two transmit sub-arrays symmetric with respect to said vertical axis are the largest possible distance apart; - at least two transmit sub-arrays (11, 11", 42, 42") symmetric with respect to said horizontal axis are the largest possible distance apart; - at least two receive sub-arrays symmetric with respect to said vertical axis are the largest possible distance apart; - at least two receive sub-arrays (12, 12", 43, 43") symmetric with respect to said horizontal axis are the largest possible distance apart; - a first coding of the wave transmitted by said transmit sub-arrays being carried out by frequency shifting of said ramps between the various transmit sub-arrays; - a second coding of the wave transmitted by said transmit sub-arrays being carried out by phase modulation from frequency ramp to frequency ramp between the various transmit sub-arrays; - a common oscillator reference being used to carry out said first coding and said second coding of the wave transmitted by rows and by columns of said sub-arrays.
A particle board or veneer comprising an adhesive aqueous composition comprising a polysaccharide wherein the polysaccharide is locust bean gum or a residual fraction from a pulping process comprising polysaccharide wherein the polysaccharide is hemicellulose, and an amine-functional polymer wherein the amine-functional polymer is chitosan; wherein the weight ratio between the polysaccharide and the amine-functional polymer is from 1:4 to 4:1; and wherein the composition has a pH of 5 or less.
A method for encapsulating an organic electronic element, comprising: forming an encapsulation layer to cover an entire surface of an organic electronic element, the forming of the encapsulation layer including the following steps: applying an ink composition on a substrate on which an organic electronic element is formed: and applying vibration to the applied ink composition at an intensity of 0.5 KHz to 150 KHz; wherein the ink composition comprises an epoxy compound and a compound having an oxetane group in an amount of 45 parts by weight to 145 parts by weight relative to 100 parts by weight of the epoxy compound, wherein applying the vibration proceeds in a range of 30 seconds to 300 seconds. forming an encapsulation layer to cover an entire surface of an organic electronic element, the forming of the encapsulation layer including the following steps: applying an ink composition on a substrate on which an organic electronic element is formed: and applying vibration to the applied ink composition at an intensity of 0.5 KHz to 150 KHz; wherein the ink composition comprises an epoxy compound and a compound having an oxetane group in an amount of 45 parts by weight to 145 parts by weight relative to 100 parts by weight of the epoxy compound, wherein applying the vibration proceeds in a range of 30 seconds to 300 seconds. applying an ink composition on a substrate on which an organic electronic element is formed: and applying vibration to the applied ink composition at an intensity of 0.5 KHz to 150 KHz; wherein the ink composition comprises an epoxy compound and a compound having an oxetane group in an amount of 45 parts by weight to 145 parts by weight relative to 100 parts by weight of the epoxy compound, wherein applying the vibration proceeds in a range of 30 seconds to 300 seconds.
A nickel electrode comprising an electrically conductive nickel mesh of nickel wires or a lattice-like nickel expanded metal comprising webs, and a nickel layer of mutually adherent, spherical, nanoporous nickel particles, which is applied only to the wires of the nickel mesh or only to the webs of the nickel expanded metal, and which is obtainable by a method comprising the following steps: a) providing spherical nickel hydroxide particles, b) partially reducing the spherical nickel hydroxide particles in a reducing atmosphere at temperatures of from 270 to 330 °C in order to obtain partially reduced, spherical Ni/NiO particles, c) producing a paste from the obtained Ni/NiO particles, an organic and/or inorganic binder, a surfactant and, optionally, additional adjuvants, d) applying the paste as a coating to the electrically conductive nickel mesh or nickel expanded metal, and e) annealing the coated nickel mesh or nickel expanded metal in a reducing atmosphere at temperatures of from 500 to 800 °C. a) providing spherical nickel hydroxide particles, b) partially reducing the spherical nickel hydroxide particles in a reducing atmosphere at temperatures of from 270 to 330 °C in order to obtain partially reduced, spherical Ni/NiO particles, c) producing a paste from the obtained Ni/NiO particles, an organic and/or inorganic binder, a surfactant and, optionally, additional adjuvants, d) applying the paste as a coating to the electrically conductive nickel mesh or nickel expanded metal, and e) annealing the coated nickel mesh or nickel expanded metal in a reducing atmosphere at temperatures of from 500 to 800 °C.
Push bar unit , in particular multiple-part push bar unit , having at least one first end piece and having at least one second end piece , wherein each end piece has at least one self-supporting, upwardly protruding handle unit , at least one horizontal attachment piece , at least one arcuate corner node , as well as at least one fastening installation for fastening the respective end piece to a manually guided transport cart , wherein the self-supporting, upwardly protruding handle unit is composed at least of one handle unit receptacle and at least of one handle unit insert (28a, 28b; 128a, 128b; 228a, 228b; 528a, 528b; 628a, 628b; 728a, 728b), wherein the horizontal attachment piece and the handle unit receptacle are integrally moulded on the arcuate corner node in such a manner that a stepless transition between the horizontal attachment piece and the handle unit is configured by means of the arcuate corner node , characterized in that the fastening installation is moulded, in particular integrally moulded, on a curved portion of the arcuate corner node .
A method comprising: acquiring , in a first apparatus, a broadcast message from a second apparatus, the broadcast message comprising measurement group information specifying a subset of apparatuses of a wireless network, the subset comprising more than one apparatus and forming a measurement group, wherein the broadcast message comprises an information element specifying a measurement type for the measurement group, the measurement type comprising measurements of signals received from another wireless network; determining , by the first apparatus, whether or not the first apparatus is specified in the measurement group information; acquiring , in the first apparatus, a request-to-report message from the second apparatus; and in response to determining that the first apparatus is specified in the measurement group information, said information element specifying the measurement type for the measurement group, and said acquiring the request-to-report message, causing transmission of a measurement report to the second apparatus. acquiring , in a first apparatus, a broadcast message from a second apparatus, the broadcast message comprising measurement group information specifying a subset of apparatuses of a wireless network, the subset comprising more than one apparatus and forming a measurement group, wherein the broadcast message comprises an information element specifying a measurement type for the measurement group, the measurement type comprising measurements of signals received from another wireless network; determining , by the first apparatus, whether or not the first apparatus is specified in the measurement group information; acquiring , in the first apparatus, a request-to-report message from the second apparatus; and in response to determining that the first apparatus is specified in the measurement group information, said information element specifying the measurement type for the measurement group, and said acquiring the request-to-report message, causing transmission of a measurement report to the second apparatus.
Composite pane , at least comprising - a first pane and a second pane joined to one another via at least one thermoplastic intermediate layer and - a functional inlay element , at least comprising a carrier layer and at least one electrically conductive element , wherein the functional inlay element is arranged between the first pane and the second pane , wherein (i) the carrier layer comprises a transparent substrate layer and an opaque layer , and wherein the transparent substrate layer and the opaque layer have the same external dimensions, or wherein (ii) the carrier layer comprises a transparent substrate layer which is opaquely colored, at least in regions. - a first pane and a second pane joined to one another via at least one thermoplastic intermediate layer and - a functional inlay element , at least comprising a carrier layer and at least one electrically conductive element , (i) the carrier layer comprises a transparent substrate layer and an opaque layer , and wherein the transparent substrate layer and the opaque layer have the same external dimensions, or wherein (ii) the carrier layer comprises a transparent substrate layer which is opaquely colored, at least in regions.
Gas container comprising a gas distribution valve and an electronic measurement device arranged on said gas distribution valve , said electronic measurement device comprising an electronic display screen which is electrically connected, via an electrical connecting connector , to a circuit board comprising at least one microprocessor , characterized in that the electrical connecting connector comprises a connector body in the shape of an elongate bar through which a plurality of electrically conductive elements passes extending between two opposite faces of said connector body , said electrically conductive elements being separated from one another by regions made of insulating material.
Method for identifying a type of a motor-driven brush for a vacuum cleaner , the brush having a first electrical contact , a second electrical contact , and a series circuit and/or parallel circuit, which consists of at least one signal modifier and a motor , connected between the first electrical contact and the second electrical contact , the method having at least the following steps: providing an excitation signal having an excitation characteristic to an interface to the first contact ; reading in a measurement signal at an interface to the second contact ; determining a characteristic signal that indicates a characteristic of the measurement signal ; and establishing the type of the brush using the characteristic signal , characterised in that an amplitude and/or a time curve of the measurement signal is determined as the characteristic in the determining step . providing an excitation signal having an excitation characteristic to an interface to the first contact ; reading in a measurement signal at an interface to the second contact ; determining a characteristic signal that indicates a characteristic of the measurement signal ; and establishing the type of the brush using the characteristic signal , characterised in that an amplitude and/or a time curve of the measurement signal is determined as the characteristic in the determining step .
A method comprising: determining, by a computing device , a current position of an entity in a virtual simulation; determining, based on the current position, a time derivative of the current position of the entity; characterized by querying a dictionary for the time derivative of the current position of the entity, wherein the dictionary comprises one or more time derivative value pairs associated with time derivatives of one or more previous positions of the entity, to obtain a particular index identifying a time derivative value that corresponds to the time derivative of the current position of the entity; when the time derivative of the current position of the entity is in the dictionary , encoding the particular index; sending the particular index to a client device ; and during the virtual simulation and while the client device is connected to the virtual simulation: obtaining frequencies of each of a plurality of time derivatives of entity positions in the virtual simulation; selecting, based on the obtained frequencies, one or more most frequent current time derivatives for each previous time derivative; and storing the selected one or more most frequent current time derivatives in the dictionary . determining, by a computing device , a current position of an entity in a virtual simulation; determining, based on the current position, a time derivative of the current position of the entity; characterized by querying a dictionary for the time derivative of the current position of the entity, wherein the dictionary comprises one or more time derivative value pairs associated with time derivatives of one or more previous positions of the entity, to obtain a particular index identifying a time derivative value that corresponds to the time derivative of the current position of the entity; when the time derivative of the current position of the entity is in the dictionary , encoding the particular index; sending the particular index to a client device ; and during the virtual simulation and while the client device is connected to the virtual simulation: obtaining frequencies of each of a plurality of time derivatives of entity positions in the virtual simulation; selecting, based on the obtained frequencies, one or more most frequent current time derivatives for each previous time derivative; and storing the selected one or more most frequent current time derivatives in the dictionary . obtaining frequencies of each of a plurality of time derivatives of entity positions in the virtual simulation; selecting, based on the obtained frequencies, one or more most frequent current time derivatives for each previous time derivative; and storing the selected one or more most frequent current time derivatives in the dictionary .