mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge configured to be removably attachable to an apparatus body (A) of an image forming apparatus, the cartridge comprising: a rotation member comprising a coupling configured to be coupleable to a driving shaft provided in the apparatus body (A) and to rotate by receiving a driving force from the driving shaft ; a frame body ; and a bearing member attached to the frame body and configured to rotatably support the rotation member , characterized in that : the bearing member has an engaged portion that is positioned on one end side of the cartridge in a direction of a rotational axis of the rotation member and configured to engage with an engaging portion provided in the apparatus body, such that an engagement state between the engaged portion and the engaging portion is maintained until at least the coupling is coupled to the driving shaft in a process of attaching the cartridge to the apparatus body (A), and such that a movement of the cartridge, in a direction in which the coupling is away from the driving shaft in the direction of the rotational axis of the rotation member , is restricted when the engaged portion and the engaging portion are put into the engagement state. a rotation member comprising a coupling configured to be coupleable to a driving shaft provided in the apparatus body (A) and to rotate by receiving a driving force from the driving shaft ; a frame body ; and a bearing member attached to the frame body and configured to rotatably support the rotation member , characterized in that : the bearing member has an engaged portion that is positioned on one end side of the cartridge in a direction of a rotational axis of the rotation member and configured to engage with an engaging portion provided in the apparatus body, such that an engagement state between the engaged portion and the engaging portion is maintained until at least the coupling is coupled to the driving shaft in a process of attaching the cartridge to the apparatus body (A), and such that a movement of the cartridge, in a direction in which the coupling is away from the driving shaft in the direction of the rotational axis of the rotation member , is restricted when the engaged portion and the engaging portion are put into the engagement state. the bearing member has an engaged portion that is positioned on one end side of the cartridge in a direction of a rotational axis of the rotation member and configured to engage with an engaging portion provided in the apparatus body, such that an engagement state between the engaged portion and the engaging portion is maintained until at least the coupling is coupled to the driving shaft in a process of attaching the cartridge to the apparatus body (A), and such that a movement of the cartridge, in a direction in which the coupling is away from the driving shaft in the direction of the rotational axis of the rotation member , is restricted when the engaged portion and the engaging portion are put into the engagement state.
A method of preparing a polymer composition, the method comprising: a) providing a reactant mixture comprising a first monomeric or oligomeric reactant and exfoliated hexagonal boron nitride; and b) polymerizing the first monomeric or oligomeric reactant in the reactant mixture to form the polymer composition that includes dispersed platelets of exfoliated hexagonal boron nitride; wherein the polymer is selected from the group consisting of polyesters, polyamides, polyimides, polyurethanes, polycarbonates, and mixtures and copolymers thereof. a) providing a reactant mixture comprising a first monomeric or oligomeric reactant and exfoliated hexagonal boron nitride; and b) polymerizing the first monomeric or oligomeric reactant in the reactant mixture to form the polymer composition that includes dispersed platelets of exfoliated hexagonal boron nitride;
A hair treatment composition comprising - at least one monohydric alcohol having 1 to 6 carbon atoms; - hollow, fluid-filled microspheres present at a level of 0.01% to 2.0% by weight of the composition; - at least one polymer fixative present at a level of 0.1% to 10% by weight of the composition; and - at least one propellant present at a level of 65% to 85% by weight of the composition, and wherein the composition comprises water at a level of less than 1 % by weight of the composition. - at least one monohydric alcohol having 1 to 6 carbon atoms; - hollow, fluid-filled microspheres present at a level of 0.01% to 2.0% by weight of the composition; - at least one polymer fixative present at a level of 0.1% to 10% by weight of the composition; and - at least one propellant present at a level of 65% to 85% by weight of the composition, and wherein the composition comprises water at a level of less than 1 % by weight of the composition.
Relay lens system for use in an endoscope, the relay lens system defining an optical path, the relay lens system comprising: a first imaging facility (50; 501, 502, 503); and a first meniscus lens (81, 82; 811, 812, 813, 821, 822, 823) positioned in the optical path and between an intermediate image plane (29; 291, 292, 293; 59; 591, 592, 593) of the relay lens system and the first imaging facility (50; 501, 502, 503), wherein the first imaging facility (50; 501, 502, 503) and the first meniscus lens (81, 82; 811, 812, 813, 821, 822, 823) define the optical path, and wherein the first meniscus lens (81, 82; 811, 812, 813, 821, 822, 823) is substantially afocal. a first imaging facility (50; 501, 502, 503); and a first meniscus lens (81, 82; 811, 812, 813, 821, 822, 823) positioned in the optical path and between an intermediate image plane (29; 291, 292, 293; 59; 591, 592, 593) of the relay lens system and the first imaging facility (50; 501, 502, 503), wherein the first imaging facility (50; 501, 502, 503) and the first meniscus lens (81, 82; 811, 812, 813, 821, 822, 823) define the optical path, and wherein the first meniscus lens (81, 82; 811, 812, 813, 821, 822, 823) is substantially afocal.
Tool for repairing tyre punctures, comprising a reamer connected to an abrasive disk and a handle for securing a rotating tool, wherein said reamer comprises a tip which acts as a centring device for said abrasive disc wherein the reamer comprises an elongated abrasive surface such that this elongated abrasive surfaces mill the inner surface of the hole created by the puncture in the tire and the abrasive disc cleans the area of the surface of the tire where the patch or mushroom tire plug will be applied.
An inkjet printing fluid set comprising: a) an aqueous pretreatment composition comprising an ink-aggregating agent, an ink-nonaggregating polymer, and a surfactant; wherein said ink-aggregating agent is one or more members selected from a cationic polymer, a multivalent metal salt, an organic acid and mixtures thereof; and b) an aqueous inkjet ink comprising a cross-linked polymeric pigment dispersion and an aqueous vehicle, wherein said cross-linked pigment dispersion is made by dispersing said pigment with a polymeric dispersant followed by reaction with a cross-linking agent. a) an aqueous pretreatment composition comprising an ink-aggregating agent, an ink-nonaggregating polymer, and a surfactant; wherein said ink-aggregating agent is one or more members selected from a cationic polymer, a multivalent metal salt, an organic acid and mixtures thereof; and b) an aqueous inkjet ink comprising a cross-linked polymeric pigment dispersion and an aqueous vehicle, wherein said cross-linked pigment dispersion is made by dispersing said pigment with a polymeric dispersant followed by reaction with a cross-linking agent.
Method for determining the properties of agricultural spreading material, comprising the steps of: - collecting spreading material by means of one or more collection devices (10a-10c), wherein the spreading material to be collected is ejected by an agricultural spreader, and - determining the distribution of the spreading material collected by the one or more collection devices (10a-10c) by means of image evaluation; characterized by the steps of: - determining the properties of individual grains of the spreading material by means of image evaluation; - determining a spreading material type on the basis of the determined properties of individual grains of the spreading material; the determination of the properties of individual grains of the spreading material comprising at least one of the following steps: - determining the grain color of individual grains of the spreading material by means of image evaluation; - determining a grain color spectrum of a plurality of grains of the spreading material. - collecting spreading material by means of one or more collection devices (10a-10c), wherein the spreading material to be collected is ejected by an agricultural spreader, and - determining the distribution of the spreading material collected by the one or more collection devices (10a-10c) by means of image evaluation; - determining the properties of individual grains of the spreading material by means of image evaluation; - determining a spreading material type on the basis of the determined properties of individual grains of the spreading material; - determining the grain color of individual grains of the spreading material by means of image evaluation; - determining a grain color spectrum of a plurality of grains of the spreading material.
A communication method, comprising: when a terminal device is handed over from a source access network device in a first area to a target access network device in a second area, receiving , by a target mobility management network element in the second area from a source mobility management network element in the first area, a slice set for a home public land mobile network, HPLMN, of the terminal device, wherein the slice set for the HPLMN is corresponding to allowed network slice selection assistance information of the terminal device in the first area; sending , by the target mobility management network element, first information to a slice selection network element in the second area, wherein the first information comprises the slice set for the HPLMN; mapping, by the slice selection network element in the second area, the slice set for the HPLMN to allowed network slice selection assistance information of the terminal device in the second area; sending , by the slice selection network element in the second area, the allowed network slice selection assistance information of the terminal device in the second area; and receiving , by the target mobility management network element from the slice selection network element in the second area, the allowed network slice selection assistance information of the terminal device in the second area. when a terminal device is handed over from a source access network device in a first area to a target access network device in a second area, receiving , by a target mobility management network element in the second area from a source mobility management network element in the first area, a slice set for a home public land mobile network, HPLMN, of the terminal device, wherein the slice set for the HPLMN is corresponding to allowed network slice selection assistance information of the terminal device in the first area; sending , by the target mobility management network element, first information to a slice selection network element in the second area, wherein the first information comprises the slice set for the HPLMN; mapping, by the slice selection network element in the second area, the slice set for the HPLMN to allowed network slice selection assistance information of the terminal device in the second area; sending , by the slice selection network element in the second area, the allowed network slice selection assistance information of the terminal device in the second area; and receiving , by the target mobility management network element from the slice selection network element in the second area, the allowed network slice selection assistance information of the terminal device in the second area.
A method performed by a base station providing a macro cell operated as a frequency division duplex, FDD, communication with a user equipment, UE, , wherein a coverage of the macro cell includes at least one small cell provided by at least one second base station, and wherein the at least one small cell is operated as a time division duplex, TDD, communication with the UE, the method comprising: transmitting, to the UE, , a message for indicating an addition of a first small cell of the at least one small cell included in the coverage of the macro cell and a message for indicating an activation of the first small cell ; transmitting data for a control plane, to the UE while data for a user plane is wirelessly transmitted only from one of the at least one second base station corresponding to the first small cell , to the UE, in case that the UE is within the first small cell ; generating control information indicating to release the first small cell based on measurement information received from the UE ; and transmitting, to the UE, the generated control information, and transmitting to the UE, data for the user plane to the UE . transmitting, to the UE, , a message for indicating an addition of a first small cell of the at least one small cell included in the coverage of the macro cell and a message for indicating an activation of the first small cell ; transmitting data for a control plane, to the UE while data for a user plane is wirelessly transmitted only from one of the at least one second base station corresponding to the first small cell , to the UE, in case that the UE is within the first small cell ; generating control information indicating to release the first small cell based on measurement information received from the UE ; and transmitting, to the UE, the generated control information, and transmitting to the UE, data for the user plane to the UE .
An apparatus comprising: a processor that: determines a frequency corresponding to a narrowband internet of things carrier "NB-IoT"; determines a narrowband internet of things cell-specific reference signal "CRS" frequency offset relative to the determined frequency; determines a first CRS sequence based on the NB-IoT CRS frequency offset and on a Physical Cell ID, PCID, derived from a NB-IoT synchronization signal, wherein the first CRS sequence is a subset of a second CRS sequence, and the second CRS sequence is a CRS sequence of a long term evolution "LTE" carrier; and determines a first time-frequency resource set; and a transmitter that transmits the first CRS sequence on the first time-frequency resource set. a processor that: determines a frequency corresponding to a narrowband internet of things carrier "NB-IoT"; determines a narrowband internet of things cell-specific reference signal "CRS" frequency offset relative to the determined frequency; determines a first CRS sequence based on the NB-IoT CRS frequency offset and on a Physical Cell ID, PCID, derived from a NB-IoT synchronization signal, wherein determines a frequency corresponding to a narrowband internet of things carrier "NB-IoT"; determines a narrowband internet of things cell-specific reference signal "CRS" frequency offset relative to the determined frequency; determines a first CRS sequence based on the NB-IoT CRS frequency offset and on a Physical Cell ID, PCID, derived from a NB-IoT synchronization signal, wherein the first CRS sequence is a subset of a second CRS sequence, and the second CRS sequence is a CRS sequence of a long term evolution "LTE" carrier; and determines a first time-frequency resource set; and a transmitter that transmits the first CRS sequence on the first time-frequency resource set.
Method for sealing at least a portion of a well (1; 10), the method comprising the steps of: - injecting a sealing medium comprising quick clay into the portion of the well (1; 10) which is to be sealed, wherein the quick clay is in a liquid state while being injected; and - using the quick clay to seal the portion of the well (1;10), the quick clay being configured to be flexible and adjustable to movement in the well through resettling. - injecting a sealing medium comprising quick clay into the portion of the well (1; 10) which is to be sealed, wherein the quick clay is in a liquid state while being injected; and - using the quick clay to seal the portion of the well (1;10), the quick clay being configured to be flexible and adjustable to movement in the well through resettling.
Lighting device for the encrypted transmission of measurement data and/or identification data (ID) to a mobile device , comprising: - a light source , and - an electronic control device for operating the light source , - a data storage unit in which a first key (EKey) is stored in a therefore reserved memory area, - an encryption unit which is configured to read a first key (EKey) from the reserved memory area and to convert measurement data and/or identification data (ID), which are intended for transmission to the mobile device , into a message (code) encrypted with the first key (EKey) in accordance with a predeterminable encryption operation, and - a transmission unit for local transmission of signals which contain the measurement data and/or identification data and which has no return channel, and which is configured to transmit the encrypted message (code) to the mobile device , wherein: - a plurality of first keys (EKey) is stored in the reserved memory area, - the encryption unit reads a first key from the reserved memory area, wherein the first keys are used according to a predefined pattern, - the first key is dependent on the location and/or time, - the lighting device comprises an interface having write access to the reserved memory area for changing the plurality of first keys, and - the encrypted transmission of an identification number of a luminaire (ID) to a mobile device takes place for the purpose of position determination. - a light source , and - an electronic control device for operating the light source , - a data storage unit in which a first key (EKey) is stored in a therefore reserved memory area, - an encryption unit which is configured to read a first key (EKey) from the reserved memory area and to convert measurement data and/or identification data (ID), which are intended for transmission to the mobile device , into a message (code) encrypted with the first key (EKey) in accordance with a predeterminable encryption operation, and - a transmission unit for local transmission of signals which contain the measurement data and/or identification data and which has no return channel, and which is configured to transmit the encrypted message (code) to the mobile device , - a plurality of first keys (EKey) is stored in the reserved memory area, - the encryption unit reads a first key from the reserved memory area, wherein the first keys are used according to a predefined pattern, - the first key is dependent on the location and/or time, - the lighting device comprises an interface having write access to the reserved memory area for changing the plurality of first keys, and - the encrypted transmission of an identification number of a luminaire (ID) to a mobile device takes place for the purpose of position determination.
Loop for heat-transfer liquid for a vehicle, the loop for heat-transfer liquid comprising at least a first network and a second network , the first network comprising at least one means for inducing circulation of the heat-transfer liquid , and a first heat exchanger configured to be thermally coupled to a first element of an electric drive train of the vehicle, the second network comprising at least one means for inducing movement of the heat-transfer liquid , a second heat exchanger configured to be thermally coupled to a second element of the electric drive train of the vehicle, and a radiator arranged to be traversed by an outside air flow (FE) external to a cabin of the vehicle, the radiator comprising at least one input , a first cooling zone of the heat-transfer liquid supplying a first output of the radiator , and a second cooling zone for the heat-transfer liquid supplying a second output of the radiator , the first output being connected to the first heat exchanger , and the second output being connected to the second heat exchanger , in which loop the first network and the second network are connected by a second connection duct which extends from a three-way valve , arranged in the first network , to a fourth connection point contained in the second network between the input of the radiator and the second heat exchanger .
A sensor device for identifying a leak location in an ostomy system, the sensor device comprising: a stoma opening ; and an electrically conductive circuitry arranged in pattern around the stoma opening, the electrically conductive circuitry comprising a first electrode and a second electrode spaced from the first electrode, characterized in that the first electrode is subdivided by a plurality of resistors (R1, R2... Ri) spaced along a length of the first electrode, wherein the second electrode extends as a continuous strip of conductive material, and wherein the sensor device is configured to detect electrical resistance in the electrically conductive circuit and identify a location of a leak based on the detected electrical resistance. a stoma opening ; and an electrically conductive circuitry arranged in pattern around the stoma opening, the electrically conductive circuitry comprising a first electrode and a second electrode spaced from the first electrode, characterized in that the first electrode is subdivided by a plurality of resistors (R1, R2... Ri) spaced along a length of the first electrode, wherein the second electrode extends as a continuous strip of conductive material, and wherein the sensor device is configured to detect electrical resistance in the electrically conductive circuit and identify a location of a leak based on the detected electrical resistance.
Use of a material comprising citric acid or a carboxylated/sulfonated polymer for reducing malodour of an alkaline detergent composition in a detergent pack comprising a plurality of water-soluble unit-dose detergent products the products comprising a detergent composition and an enveloping material the detergent composition comprising: a) a malodour-generating amine-containing cleaning active wherein the amine-containing cleaning active is selected from the group consisting of aminocarboxylic complexing agent wherein the aminocarboxylic complexing agent is selected from the group consisting of methyl glycine diacetic acid, its salts and derivatives thereof, glutamic-N,N- diacetic acid, its salts and derivatives thereof and mixtures thereof and b) a malodour reducing agent comprising a carboxylic functionality wherein the reducing agent is citric acid or a carboxylated/sulfonated polymer wherein the composition comprises from 15% to 50% by weight of the composition of amine-containing cleaning active; and c) bleach, preferably sodium percarbonate. a) a malodour-generating amine-containing cleaning active wherein the amine-containing cleaning active is selected from the group consisting of aminocarboxylic complexing agent wherein the aminocarboxylic complexing agent is selected from the group consisting of methyl glycine diacetic acid, its salts and derivatives thereof, glutamic-N,N- diacetic acid, its salts and derivatives thereof and mixtures thereof and b) a malodour reducing agent comprising a carboxylic functionality wherein the reducing agent is citric acid or a carboxylated/sulfonated polymer wherein the composition comprises from 15% to 50% by weight of the composition of amine-containing cleaning active; and c) bleach, preferably sodium percarbonate.