mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation of a node associated with one or more cellular communications networks , comprising: obtaining position-pair-dependent interference related information for pairs of positions, the position-pair-dependent interference related information comprising, for each pair of positions comprising a first position and a second position, information regarding interference caused by wireless transmissions originating at the first position to wireless receptions at the second position; storing interference related information comprising the position-pair-dependent interference related information in one or more databases ; and providing access to the one or more databases . obtaining position-pair-dependent interference related information for pairs of positions, the position-pair-dependent interference related information comprising, for each pair of positions comprising a first position and a second position, information regarding interference caused by wireless transmissions originating at the first position to wireless receptions at the second position; storing interference related information comprising the position-pair-dependent interference related information in one or more databases ; and providing access to the one or more databases .
Fastening means for fastening a blade portion of a fan blade of a smoke extraction fan to a fan hub , the fastening means having a connecting portion which is designed to establish a tension-resistant connection to a blade portion of a fan blade , which connecting portion can be arranged substantially inside the blade portion , the fastening means having a base portion that adjoins the connecting portion in the radial direction and has an elongate fastening element that extends substantially radially for fastening the fan blade to the fan hub , and the fastening means being substantially made of steel, characterised in that the base portion has a first conical portion , a second conical portion and a wedge portion that adjoins the conical portions in the radial direction as an elongation, the second conical portion being arranged between the first conical portion and the wedge portion and the second conical portion having a smaller diameter than the first conical portion .
An auto-configuration method, comprising: determining (S230) physical configuration information of a base station, wherein the base station comprises a control node and at least one hardware node, the physical configuration information of the base station indicates topology information and hardware attribute information of each node that needs to be configured, and all the nodes that need to be configured comprise some or all of the at least one hardware node, wherein the topology information of each node that needs to be configured indicates a connection relationship among the nodes that need to be configured; determining (S240) logical mapping configuration information of the base station, wherein the logical mapping configuration information of the base station indicates a mapping relationship between a hardware resource comprised in the base station and a logical resource corresponding to the hardware resource, and the hardware resource comprises each node that needs to be configured, wherein the logical resource can be used by each node that needs to be configured to transmit a service; and (S250) sending the physical configuration information of the base station and the logical mapping configuration information of the base station to the base station, so that the base station configures (S260), based on the physical configuration information of the base station and the logical mapping configuration information of the base station, each node that needs to be configured. determining (S230) physical configuration information of a base station, wherein the base station comprises a control node and at least one hardware node, the physical configuration information of the base station indicates topology information and hardware attribute information of each node that needs to be configured, and all the nodes that need to be configured comprise some or all of the at least one hardware node, wherein the topology information of each node that needs to be configured indicates a connection relationship among the nodes that need to be configured; determining (S240) logical mapping configuration information of the base station, wherein the logical mapping configuration information of the base station indicates a mapping relationship between a hardware resource comprised in the base station and a logical resource corresponding to the hardware resource, and the hardware resource comprises each node that needs to be configured, wherein the logical resource can be used by each node that needs to be configured to transmit a service; and (S250) sending the physical configuration information of the base station and the logical mapping configuration information of the base station to the base station, so that the base station configures (S260), based on the physical configuration information of the base station and the logical mapping configuration information of the base station, each node that needs to be configured.
A method for producing a non-pneumatic tire , the method comprising: providing a shear band comprising curable rubber, the shear band having a radially inner surface formed by the curable rubber; providing a connecting structure for connecting the shear band to a wheel hub, the connecting structure comprising at least one interface part made of thermoplastic elastomer material; applying an adhesive on the at least one interface part , the adhesive being or comprising an RFL adhesive or a solution of at least one of a neoalkoxy zirconate and a neoalkoxy titanate; assembling the shear band and the connecting structure into a composite structure, the assembling of the shear band and the connecting structure comprising bringing the at least one interface part into contact with the radially inner surface of the shear band ; and durably bonding the shear band to the connecting structure through a heat-treatment of the composite structure. providing a shear band comprising curable rubber, the shear band having a radially inner surface formed by the curable rubber; providing a connecting structure for connecting the shear band to a wheel hub, the connecting structure comprising at least one interface part made of thermoplastic elastomer material; applying an adhesive on the at least one interface part , the adhesive being or comprising an RFL adhesive or a solution of at least one of a neoalkoxy zirconate and a neoalkoxy titanate; assembling the shear band and the connecting structure into a composite structure, the assembling of the shear band and the connecting structure comprising bringing the at least one interface part into contact with the radially inner surface of the shear band ; and durably bonding the shear band to the connecting structure through a heat-treatment of the composite structure.
A latch valve (120; 220) comprising: a shell; a permanent magnet ; an electromagnet ; a ferromagnetic plunger (129; 229) disposed within the shell ; a liner fluidly isolating the ferromagnetic plunger (129; 229) from the permanent magnet and the electromagnet , wherein the shell is a ferromagnetic shell having a ferromagnetic pole , the permanent magnet and the electromagnet are co-axially arranged, and the ferromagnetic pole is also co-axially arranged with the permanent magnet and the electromagnet ; and characterized in that the ferromagnetic plunger (129; 229) includes a ferromagnetic core and a jacket sealing the ferromagnetic core ; the latch valve (120; 220) is free of any mechanical springs; and the permanent magnet is arranged axially between the ferromagnetic pole and the electromagnet , with the ferromagnetic pole axially forward of the permanent magnet . a shell; a permanent magnet ; an electromagnet ; a ferromagnetic plunger (129; 229) disposed within the shell ; a liner fluidly isolating the ferromagnetic plunger (129; 229) from the permanent magnet and the electromagnet , wherein the shell is a ferromagnetic shell having a ferromagnetic pole , the permanent magnet and the electromagnet are co-axially arranged, and the ferromagnetic pole is also co-axially arranged with the permanent magnet and the electromagnet ; and characterized in that the ferromagnetic plunger (129; 229) includes a ferromagnetic core and a jacket sealing the ferromagnetic core ; the latch valve (120; 220) is free of any mechanical springs; and the permanent magnet is arranged axially between the ferromagnetic pole and the electromagnet , with the ferromagnetic pole axially forward of the permanent magnet .
A method for controlling an interference implemented in a LTE device from among a plurality of devices that are capable of performing inter-devices communication, the plurality of devices including the LTE device and at least one IoT device , the method comprising: selecting, based on a traffic type corresponding to a priority of data which is being transmitted/received, from among the plurality of devices, a device having a lower priority of data than other devices for executing interference avoidance; determining an interference avoidance method based on interference avoidance information required for the interference avoidance; if an IoT device is selected, instructing the selected loT device to execute an interference avoidance operation; if the LTE device itself is selected, executing an interference avoidance operation. selecting, based on a traffic type corresponding to a priority of data which is being transmitted/received, from among the plurality of devices, a device having a lower priority of data than other devices for executing interference avoidance; determining an interference avoidance method based on interference avoidance information required for the interference avoidance; if an IoT device is selected, instructing the selected loT device to execute an interference avoidance operation; if the LTE device itself is selected, executing an interference avoidance operation.
Suction apparatus having a housing , having an electric motor for generating an air flow , wherein the housing has an air inlet by way of which the air flow can enter the housing , and an air outlet by way of which the air flow can exit the housing , having at least one cyclone chamber , having a collection container , and having a filter element , wherein the suction apparatus has at least one air-directing device for directing the air flow inside the cyclone chamber , characterized in that the air-directing device at least partially protrudes beyond the filter element in the axial direction to a housing axis .
A turbine shroud assembly comprising: a ceramic shroud ring configured to surround a plurality of turbine rotor blades; a plurality of slots circumferentially distributed around the ceramic shroud ring wherein each of the plurality of slots includes two axially and radially extending contact surfaces ; a forward metallic support ring ; a plurality of forward tabs attached to a forward edge of the forward metallic support ring, the forward tabs being configured to engage a turbine support case; and a plurality of aft tabs circumferentially distributed around and attached to an aft edge of the forward metallic support ring, each tab of the plurality of aft tabs is received by a corresponding slot of the plurality of slots of the ceramic shroud ring; wherein only two axially and radially extending surfaces of each of the aft tabs engage the two contact surfaces of the corresponding slot of the ceramic shroud ring; and wherein the two axially and radially extending surfaces are positioned on opposite sides of each of the aft tabs. a ceramic shroud ring configured to surround a plurality of turbine rotor blades; a plurality of slots circumferentially distributed around the ceramic shroud ring wherein each of the plurality of slots includes two axially and radially extending contact surfaces ; a forward metallic support ring ; a plurality of forward tabs attached to a forward edge of the forward metallic support ring, the forward tabs being configured to engage a turbine support case; and a plurality of aft tabs circumferentially distributed around and attached to an aft edge of the forward metallic support ring, each tab of the plurality of aft tabs is received by a corresponding slot of the plurality of slots of the ceramic shroud ring; wherein only two axially and radially extending surfaces of each of the aft tabs engage the two contact surfaces of the corresponding slot of the ceramic shroud ring; and wherein the two axially and radially extending surfaces are positioned on opposite sides of each of the aft tabs.
Selection machine for wood-type waste products to produce panels, comprising a delivery hopper and a conveyor belt on which a flow of wood material to be selected advances, wherein at the exit of the conveyor belt there are at least two identification stations , respectively above and below the trajectory of the materials to be selected, at least one identification station being located below the conveyor belt , each identification station having at least one light source and at least one camera each cooperating with a respective contrast element , said identification stations being opposite and located astride the transit of the material to be selected, said camera being associated to a respective lighting system equipped with a protective glass and being governed by a control and command unit which, by means of recognition programs, conditions the drive of point nozzles operating on the flow of material exiting from the conveyor belt to remove contaminating materials from said flow, wherein at least the identification station located below the conveyor belt comprises a protection system comprising at least a pneumatic system for cleaning said glass .
An in vitro method of differentiating a human pluripotent stem cell population into a cardiomyocyte cell population, the method comprising a) contacting, prior to step b), the human pluripotent stem cell population with at least a Wnt-signaling agonist in an aqueous media; b) contacting the human pluripotent stem cell population with 3,5,7,8-Tetrahydro-2-[4-(trifluoromethyl)phenyl]-4H-thiopyrano[4,3-d]pyrimidin-4-one (XAV-939) and a second compound wherein the compound is 2-[(4-oxo-3-phenyl-6,7-dihydrothieno[3,2-d]pyrimidin-2-yl)sulfanyl]-N-(5-phenylpyridin-2-yl)acetamide (IWP-L6) in an aqueous media; and c) contacting, after step b), the human pluripotent stem cell population with an aqueous media not comprising XAV-939, said second compound, and/or said Wnt-signaling agonist, a) contacting, prior to step b), the human pluripotent stem cell population with at least a Wnt-signaling agonist in an aqueous media; b) contacting the human pluripotent stem cell population with 3,5,7,8-Tetrahydro-2-[4-(trifluoromethyl)phenyl]-4H-thiopyrano[4,3-d]pyrimidin-4-one (XAV-939) and a second compound wherein the compound is 2-[(4-oxo-3-phenyl-6,7-dihydrothieno[3,2-d]pyrimidin-2-yl)sulfanyl]-N-(5-phenylpyridin-2-yl)acetamide (IWP-L6) in an aqueous media; and c) contacting, after step b), the human pluripotent stem cell population with an aqueous media not comprising XAV-939, said second compound, and/or said Wnt-signaling agonist,
A method for sending a personal identification code by a first server comprising the following steps: - querying a first group of personal data of the recipient of the personal identification code from a terminal device by the first server ; - comparing the first group of personal data with data records of a first database by the first server , in order to verify the eligibility of the recipient to receive a personal identification code; - if eligibility is confirmed, querying a second group of personal data of the recipient of the personal identification code from a second server ; - comparing the second group of personal data with data records of a second database by the first server , in order to verify the identity of the recipient; - if the identity of the recipient is confirmed, initiating the generation of the personal identification code on a third server by the first server ; - receiving the generated personal identification code from the third server by the first server ; - sending the generated personal identification code from the first server to the terminal device . - querying a first group of personal data of the recipient of the personal identification code from a terminal device by the first server ; - comparing the first group of personal data with data records of a first database by the first server , in order to verify the eligibility of the recipient to receive a personal identification code; - if eligibility is confirmed, querying a second group of personal data of the recipient of the personal identification code from a second server ; - comparing the second group of personal data with data records of a second database by the first server , in order to verify the identity of the recipient; - if the identity of the recipient is confirmed, initiating the generation of the personal identification code on a third server by the first server ; - receiving the generated personal identification code from the third server by the first server ; - sending the generated personal identification code from the first server to the terminal device .
A fluid ejection device comprising: a printhead die and a fluid feed slot formed in the printhead die ; a passivation layer ; a nozzle layer ; a fluid chamber formed between the nozzle layer and the passivation layer , the fluid chamber fluidically coupling the fluid feed slot and a nozzle of the nozzle layer ; and wherein the fluid ejection device further comprises: a printhead-integrated sensor to sense a property of a fluid in the fluid chamber , the sensor including a ground electrode exposed to the fluid chamber through a via in the passivation layer ; characterised in that the ground electrode comprises a first metal layer and a second metal layer on the first metal layer , wherein the via in the passivation layer exposes a portion of the first metal layer . a printhead die and a fluid feed slot formed in the printhead die ; a passivation layer ; a nozzle layer ; a fluid chamber formed between the nozzle layer and the passivation layer , the fluid chamber fluidically coupling the fluid feed slot and a nozzle of the nozzle layer ; and wherein the fluid ejection device further comprises: a printhead-integrated sensor to sense a property of a fluid in the fluid chamber , the sensor including a ground electrode exposed to the fluid chamber through a via in the passivation layer ; characterised in that the ground electrode comprises a first metal layer and a second metal layer on the first metal layer , wherein the via in the passivation layer exposes a portion of the first metal layer . a printhead-integrated sensor to sense a property of a fluid in the fluid chamber , the sensor including a ground electrode exposed to the fluid chamber through a via in the passivation layer ; characterised in that the ground electrode comprises a first metal layer and a second metal layer on the first metal layer , wherein the via in the passivation layer exposes a portion of the first metal layer .
A moving bed carburettor comprising a carburettor compartment (A) with a carburettor free space and a carburettor base (B), wherein the carburettor free space is surrounded by a carburettor jacket and is provided with a synthesis gas outlet at its first, closed end and via its second open end it is connected to the carburettor base (B) by the carburettor jacket , wherein the interior of the carburettor jacket is designed as a carburettor pot into which a feed device and at least one inlet lead, the carburettor pot encloses with the carburettor jacket an insulation space through which the feed device , the inlet , the central shaft and the agitator shaft with conveying unit are guided, wherein the carburettor base jacket holds these components, and a carburettor dome is arranged in the carburettor compartment (A) in such a way that a gap is created between the carburettor dome and the carburettor jacket and/or the carburettor pot , characterized in that the carburettor pot has a bottom provided with recesses opposite the carburettor compartment (A), wherein the bottom opens into a central shaft , the central shaft passes into a discharge shaft , and agitator tools are pivoted in the carburettor pot via a horizontal agitator shaft , wherein the agitator shaft is surrounded by a conveyor unit .
A cleaning and/or disinfection device having at least: - one washing chamber with at least one housing , at least one door and an internal region at least partially delimited by the housing ; - one washing rack for accommodating at least one washing item, which can be moved in relation to the washing chamber ; - one washing device for delivering a cleaning solution ; - one cleaning indicator with at least one active surface ; and - one optical sensor , the internal region of the washing chamber being substantially fluid-tight during the cleaning and/or disinfection process and the washing rack and the washing device being arranged inside the internal region of the washing chamber , during the cleaning and/or disinfection process, the active surface of the cleaning indicator is arranged inside and the optical sensor is arranged outside the internal region of the washing chamber , and in an analysis state of the device , in which the cleaning and/or the disinfection of the washing is assessed, the optical sensor and the cleaning indicator are arranged in such a manner in relation to one another, that at least a part of the light coming from the active surface of the cleaning indicator reaches the optical sensor for analysing an optical property of the active surface , characterized in that the active surface of the cleaning indicator has a multiplicity of active regions , wherein the optical property, particularly the colour and/or the contrast of each individual active region of the active surface can be changed by means of contact with the cleaning solution , wherein the degree of change of the optical property of each active region generated by the contact with the cleaning solution depends at least on the exposure time, the composition, the pressure and/or the temperature of the cleaning solution and wherein the degree of the change of the optical property of the individual active region generated by the contact with the cleaning solution is different in each case. - one washing chamber with at least one housing , at least one door and an internal region at least partially delimited by the housing ; - one washing rack for accommodating at least one washing item, which can be moved in relation to the washing chamber ; - one washing device for delivering a cleaning solution ; - one cleaning indicator with at least one active surface ; and - one optical sensor ,