mhurhangee/patent-ind-claim-en huggingface dataset:
A system for mobility management, comprising: a source cell set, configured to: obtain (S301) cell set information from a cell set in an access network; select (S303), according to the cell set information, a target cell set to which a user equipment, UE, may handover; and send information about the selected target cell set to the target cell set; the target cell set, configured to: decide two target cells served by the target cell set according to the information about the selected target cell set and a resource occupation state of the target cell set; and send information about the two target cells to the source cell set, wherein the source cell set is further configured to send (S304) the information about the two target cells to the UE, and wherein the two target cells comprise an anchor cell and one target cell other than the anchor cell. a source cell set, configured to: obtain (S301) cell set information from a cell set in an access network; select (S303), according to the cell set information, a target cell set to which a user equipment, UE, may handover; and send information about the selected target cell set to the target cell set; obtain (S301) cell set information from a cell set in an access network; select (S303), according to the cell set information, a target cell set to which a user equipment, UE, may handover; and send information about the selected target cell set to the target cell set; the target cell set, configured to: decide two target cells served by the target cell set according to the information about the selected target cell set and a resource occupation state of the target cell set; and send information about the two target cells to the source cell set, wherein the source cell set is further configured to send (S304) the information about the two target cells to the UE, and wherein the two target cells comprise an anchor cell and one target cell other than the anchor cell. decide two target cells served by the target cell set according to the information about the selected target cell set and a resource occupation state of the target cell set; and send information about the two target cells to the source cell set, wherein the source cell set is further configured to send (S304) the information about the two target cells to the UE, and wherein the two target cells comprise an anchor cell and one target cell other than the anchor cell.
Multilayer rollable façade cladding for insulating a façade of a building, comprising a multilayer panel rollable along a longitudinal direction, said multilayer panel comprising: an inner insulation layer comprising a sheet of a thermally insulating material; an outer aesthetical layer connected to the insulation layer ; and a plurality of connection means provided along the lateral sides of the multilayer panel , said plurality of connection means connecting the insulation layer and the aesthetical layer , characterized in that : the connection means separate the insulation layer and the aesthetical layer such that a ventilation layer allowing the passage of air is provided therebetween, the ventilation layer providing continuous separation between the insulation layer and the aesthetical layer and preventing the insulation layer and the aesthetical layer from touching each other. an inner insulation layer comprising a sheet of a thermally insulating material; an outer aesthetical layer connected to the insulation layer ; and a plurality of connection means provided along the lateral sides of the multilayer panel , said plurality of connection means connecting the insulation layer and the aesthetical layer , characterized in that : the connection means separate the insulation layer and the aesthetical layer such that a ventilation layer allowing the passage of air is provided therebetween, the ventilation layer providing continuous separation between the insulation layer and the aesthetical layer and preventing the insulation layer and the aesthetical layer from touching each other.
A biostimulant composition comprising a microbial consortium of whole cells, wherein the consortium comprises at least 50% whole cells of gammaproteobacterial methanotroph; and at least one plant growth-promoting microbe selected from a group comprising nitrogen fixing microorganism, phosphate solubilizing microorganism, mineral solubilizing microorganism, phytohormone secreting microorganism, organic acids secreting bacteria and plant beneficial microbe, or any combination thereof. wherein the consortium comprises at least 50% whole cells of gammaproteobacterial methanotroph; and at least one plant growth-promoting microbe selected from a group comprising nitrogen fixing microorganism, phosphate solubilizing microorganism, mineral solubilizing microorganism, phytohormone secreting microorganism, organic acids secreting bacteria and plant beneficial microbe, or any combination thereof.
An ultrasonic probe comprising: a case ; a transducer disposed inside the case and generating ultrasonic waves; a biopsy needle inserted into an object at a position adjacent to the case ; and a sensor unit comprising a sensor provided to measure the position of the biopsy needle and disposed inside the transducer , wherein the transducer comprises a piezoelectric layer configured to generate ultrasonic waves, characterized in that the transducer further comprises a sound absorbing layer disposed on one side of the piezoelectric layer to absorb the ultrasonic waves generated from the piezoelectric layer , and a sound absorbing member disposed on one side of the sound absorbing layer , and a ground substrate disposed on one side of the piezoelectric layer , and a signal substrate disposed on the other side of the piezoelectric layer to be disposed at an inner side of the ground substrate , and the sensor unit further comprises a sensor substrate disposed at an inner side of the signal substrate to mount the sensor ,and the sensor unit is disposed on an inside of the sound absorbing member . a case ; a transducer disposed inside the case and generating ultrasonic waves; a biopsy needle inserted into an object at a position adjacent to the case ; and a sensor unit comprising a sensor provided to measure the position of the biopsy needle and disposed inside the transducer , wherein the transducer comprises a piezoelectric layer configured to generate ultrasonic waves, characterized in that the transducer further comprises a sound absorbing layer disposed on one side of the piezoelectric layer to absorb the ultrasonic waves generated from the piezoelectric layer , and a sound absorbing member disposed on one side of the sound absorbing layer , and a ground substrate disposed on one side of the piezoelectric layer , and a signal substrate disposed on the other side of the piezoelectric layer to be disposed at an inner side of the ground substrate , and the sensor unit further comprises a sensor substrate disposed at an inner side of the signal substrate to mount the sensor ,and the sensor unit is disposed on an inside of the sound absorbing member .
A communications device acting as a relay device configured to communicate with communications devices operating with a mobile communications network and infrastructure equipment forming part of the mobile communications network, the communications device acting as the relay device comprising transmitter circuitry configured to transmit signals to the communications devices and to transmit signals to the infrastructure equipment , receiver circuitry configured to receive signals from the communications devices and to receive signals from the infrastructure equipment , and controller circuitry configured in combination with the transmitter circuitry to determine whether predetermined conditions relating to the setting of an indication bit have been met, wherein the indication bit indicates whether the communications device acting as the relay device is able to form new connections with one or more of the communications devices , to set the indication bit dependent on the determination of whether the predetermined conditions have been met, wherein the communications device acting as the relay device is not able to form new connections with one or more of the communications devices when the predetermined conditions are met, and to broadcast the indication bit. transmitter circuitry configured to transmit signals to the communications devices and to transmit signals to the infrastructure equipment , receiver circuitry configured to receive signals from the communications devices and to receive signals from the infrastructure equipment , and controller circuitry configured in combination with the transmitter circuitry to determine whether predetermined conditions relating to the setting of an indication bit have been met, wherein the indication bit indicates whether the communications device acting as the relay device is able to form new connections with one or more of the communications devices , to set the indication bit dependent on the determination of whether the predetermined conditions have been met, wherein the communications device acting as the relay device is not able to form new connections with one or more of the communications devices when the predetermined conditions are met, and to broadcast the indication bit.
A process for the separation by fractional crystallisation of a molten crude tin mixture containing lead and silver, into a first silver-enriched liquid drain product at the liquid end of the crystallisation step and a first tin-enriched product at the crystal end of the crystallisation step, whereby the first silver-enriched liquid drain product is consisting of, on a dry weight basis, • at least 6.0%wt and at most 27.5%wt of lead, • at least 72.5%wt and at most 91 %wt of tin, • at least 95.0%wt and at most 99.0%wt of lead and tin together, • at least 0.75%wt and at most 4.50%wt of silver, and • at least 0.24%wt of antimony and which is optionally further containing, on the same basis • at least 0.05%wt and at most 0.5%wt of arsenic, • at least 0.05%wt and at most 0.6%wt of copper, • at least 0.0030%wt and at most 0.0500%wt of nickel, • at least 0.0010%wt and at most 0.40%wt of bismuth, • at most 1.0%wt of iron, or • at least 0.0005%wt and preferably at most 0.0500%wt of gold, the balance being impurities. • at least 6.0%wt and at most 27.5%wt of lead, • at least 72.5%wt and at most 91 %wt of tin, • at least 95.0%wt and at most 99.0%wt of lead and tin together, • at least 0.75%wt and at most 4.50%wt of silver, and • at least 0.24%wt of antimony and which is optionally further containing, on the same basis • at least 0.05%wt and at most 0.5%wt of arsenic, • at least 0.05%wt and at most 0.6%wt of copper, • at least 0.0030%wt and at most 0.0500%wt of nickel, • at least 0.0010%wt and at most 0.40%wt of bismuth, • at most 1.0%wt of iron, or • at least 0.0005%wt and preferably at most 0.0500%wt of gold,
A compound having formula I wherein R6 is selected from chloro, fluoro, fluoromethyl and fluoromethoxy, R7 is selected from fluoro, chloro, cyclopropyl, cyclopropyloxy, fluoromethyl, and fluoromethoxy, R8 is fluoro or methoxy, R11 is hydrogen, fluoro or methoxy, L is a bond, or a linker selected from -CH2- and -CH2-CH2-O- , X1 and X2 are independently selected from hydrogen and fluoro, and pharmaceutically acceptable salts, solvates, isotopes and cocrystals thereof. R6 is selected from chloro, fluoro, fluoromethyl and fluoromethoxy, R7 is selected from fluoro, chloro, cyclopropyl, cyclopropyloxy, fluoromethyl, and fluoromethoxy, R8 is fluoro or methoxy, R11 is hydrogen, fluoro or methoxy, L is a bond, or a linker selected from -CH2- and -CH2-CH2-O- , X1 and X2 are independently selected from hydrogen and fluoro, and pharmaceutically acceptable salts, solvates, isotopes and cocrystals thereof.
An apparatus, comprising: communication configuration means configured to support at least two different communication transmission sets for communication between a base station and a terminal, wherein the at least two different communication transmission sets are related to a downlink reference signal configuration, the downlink reference signal configuration corresponding to a single cell transmission or a multi-cell transmission; and communication transmission set switching means configured to apply a downlink assignment indicating which one of the at least two different communication transmission sets is assigned to a current transmission related to the communication and indicating if one or more neighboring cells are involved in the current transmission. communication configuration means configured to support at least two different communication transmission sets for communication between a base station and a terminal, wherein the at least two different communication transmission sets are related to a downlink reference signal configuration, the downlink reference signal configuration corresponding to a single cell transmission or a multi-cell transmission; and communication transmission set switching means configured to apply a downlink assignment indicating which one of the at least two different communication transmission sets is assigned to a current transmission related to the communication and indicating if one or more neighboring cells are involved in the current transmission.
A probe for monitoring a moving engine element, the probe comprising: a housing formed of electrically insulating ceramic material; a core formed of electrically insulating ceramic material, the core comprising a front face and a cavity having an open end at the front face ; a sensing electrode formed of electrically conductive material, the sensing electrode being arranged between the housing and the front face of the core and the housing and the front face of the core being bonded together by the sensing electrode ; and a contact formed of electrically conductive material, the contact being arranged in the cavity of the core and being arranged in electrical contact with the sensing electrode . a housing formed of electrically insulating ceramic material; a core formed of electrically insulating ceramic material, the core comprising a front face and a cavity having an open end at the front face ; a sensing electrode formed of electrically conductive material, the sensing electrode being arranged between the housing and the front face of the core and the housing and the front face of the core being bonded together by the sensing electrode ; and a contact formed of electrically conductive material, the contact being arranged in the cavity of the core and being arranged in electrical contact with the sensing electrode .
A mountable sensor assembly for mounting on sheet metal of a vehicle assembly, the sheet metal having an opening for mounting the mountable sensor assembly , the mountable sensor assembly comprising: a sensor circuit ; and a sensor housing assembly comprising: a first portion having a first engaging member and a cavity within which the sensor circuit is provided; and a second portion having a second engaging member , wherein the first portion and the second portion are configured to slide relative to one another; characterised in that the sensor housing assembly is configured such that sliding of the first portion from a first position to an extended position relative to the second portion is effective to increase a distance between the first engaging member and the second engaging member , for engagement of each said engaging member with said opening . a sensor circuit ; and a sensor housing assembly comprising: a first portion having a first engaging member and a cavity within which the sensor circuit is provided; and a second portion having a second engaging member , wherein the first portion and the second portion are configured to slide relative to one another; a first portion having a first engaging member and a cavity within which the sensor circuit is provided; and a second portion having a second engaging member , wherein the first portion and the second portion are configured to slide relative to one another; characterised in that the sensor housing assembly is configured such that sliding of the first portion from a first position to an extended position relative to the second portion is effective to increase a distance between the first engaging member and the second engaging member , for engagement of each said engaging member with said opening .
An ophthalmic laser treatment device that irradiates a tissue of a patient's eye with treatment laser light each time an instruction for performing laser irradiation is input, the device comprising: a laser irradiation optical system that irradiates the patient's eye with treatment laser light; an observation optical system that allows an operator to observe an observation image of the patient's eye through an eyepiece; an internal display unit that is disposed in the observation optical system and is configured to display an image to the operator through the eyepiece; and a control unit that is configured to perform, when irradiating the patient's eye with treatment laser light using a contact lens having a reflective surface that reflects the treatment laser light in a direction intersecting an optical axis: an irradiation plan acquisition step of acquiring an irradiation plan that defines an order for irradiating a plurality of irradiation spots with the treatment laser light, the plurality of irradiation spots being scheduled to be irradiated with the treatment laser light; and an aiming guide display step of controlling the internal display unit to display an aiming guide in accordance with a progress of the irradiation plan to assist the operator in adjusting an aiming spot for the treatment laser light in an appropriate position. a laser irradiation optical system that irradiates the patient's eye with treatment laser light; an observation optical system that allows an operator to observe an observation image of the patient's eye through an eyepiece; an internal display unit that is disposed in the observation optical system and is configured to display an image to the operator through the eyepiece; and a control unit that is configured to perform, when irradiating the patient's eye with treatment laser light using a contact lens having a reflective surface that reflects the treatment laser light in a direction intersecting an optical axis: an irradiation plan acquisition step of acquiring an irradiation plan that defines an order for irradiating a plurality of irradiation spots with the treatment laser light, the plurality of irradiation spots being scheduled to be irradiated with the treatment laser light; and an aiming guide display step of controlling the internal display unit to display an aiming guide in accordance with a progress of the irradiation plan to assist the operator in adjusting an aiming spot for the treatment laser light in an appropriate position. an irradiation plan acquisition step of acquiring an irradiation plan that defines an order for irradiating a plurality of irradiation spots with the treatment laser light, the plurality of irradiation spots being scheduled to be irradiated with the treatment laser light; and an aiming guide display step of controlling the internal display unit to display an aiming guide in accordance with a progress of the irradiation plan to assist the operator in adjusting an aiming spot for the treatment laser light in an appropriate position.
A housing for an optoelectronic functional element , in particular an LED , comprising - an assembly comprising at least one base part and one top part ; and - wherein a portion of the upper surface of the base part defines a mounting area for at least one optoelectronic functional element , so that the base part forms a heat sink for the optoelectronic functional element ; and - wherein the top part extends at least partially around the circumference of the mounting area and defines a passage area above the mounting area for radiation emitted and/or to be received by the optoelectronic functional element ; wherein - the top part comprises a metal and the base part comprises a metal; wherein the base part and the top part are joined at least by a first glass layer that is disposed between the upper surface of the base part and the lower surface of the top part , ch aracterized in that the upper surface of the base part is pre-oxidized and/or the lower surface of the top part is pre-oxidized; wherein at least the upper surface (1 a) of the base part and/or at least the lower surface of the top part is/are provided by copper; and the upper surface of the base part and/or the lower surface of the top part is/are pre-oxidized such that an oxide layer with a basis weight from 0.067 mg/cm 2 to 0.13 mg/cm 2 is formed. - an assembly comprising at least one base part and one top part ; and - wherein a portion of the upper surface of the base part defines a mounting area for at least one optoelectronic functional element , so that the base part forms a heat sink for the optoelectronic functional element ; and - wherein the top part extends at least partially around the circumference of the mounting area and defines a passage area above the mounting area for radiation emitted and/or to be received by the optoelectronic functional element ; wherein - the top part comprises a metal and the base part comprises a metal; wherein the base part and the top part are joined at least by a first glass layer that is disposed between the upper surface of the base part and the lower surface of the top part , ch aracterized in that the upper surface of the base part is pre-oxidized and/or the lower surface of the top part is pre-oxidized; wherein at least the upper surface (1 a) of the base part and/or at least the lower surface of the top part is/are provided by copper; and the upper surface of the base part and/or the lower surface of the top part is/are pre-oxidized such that an oxide layer with a basis weight from 0.067 mg/cm 2 to 0.13 mg/cm 2 is formed. the upper surface of the base part is pre-oxidized and/or the lower surface of the top part is pre-oxidized; wherein at least the upper surface (1 a) of the base part and/or at least the lower surface of the top part is/are provided by copper; and the upper surface of the base part and/or the lower surface of the top part is/are pre-oxidized such that an oxide layer with a basis weight from 0.067 mg/cm 2 to 0.13 mg/cm 2 is formed.
A sound acquisition system comprising a plurality of connected objects , each connected object of said plurality including a radio emitting means configured for the emission of data representing sound signals captured by a microphone embedded in said connected object and a controller receiving signals from at least one position sensor , each connected object of said plurality having a shape allowing to set it on a plane according to at least two stable positions, the controller being adapted to emit a signal for activating the radio emitting means when the sensor detects a first position of said connected object, and the controller being adapted to emit a signal for deactivating the radio emitting means when the sensor detects a second position of said connected object, characterized in that the radio emitting means of each connected object is also configured for the emission, when the sensor detects the second position of said connected object, of a first state datum informing that said connected object is positioned in the second position, and in that each connected object comprises means for receiving a second state datum informing that another connected object of said plurality is positioned in the second position, the reception of said second state datum triggering the emission by the controller of said connected object of a signal for deactivating the radio emitting means of said connected object.