mhurhangee/patent-ind-claim-en huggingface dataset:
A ceramic pressure sensor comprising a ceramic body , comprising a flexible membrane made of ceramic material capable of being deformed as a result of the pressure to be sensed and a rigid support made of ceramic material for supporting the flexible membrane , said ceramic body being formed by two distinct pieces mutually connected both electrically and mechanically, one defining the flexible membrane and the other the rigid support , said two distinct pieces being formed by two overlapping flat sheets of different thicknesses oriented with their main lying plane parallel and an electronic circuit supported by the ceramic body and comprising electrically conductive connection tracks and a resistive bridge screen printed onto said flexible membrane and the electrically conductive tracks screen printed onto one flat face of said rigid support , said electronic circuit being configured to generate an electrical signal as a function of the deformation of the flexible membrane , characterised in that the ceramic pressure sensor further comprises a protection element made of ceramic material permanently joined to said one a flat face of said rigid support opposite the membrane , said protection element being entirely positioned inside the perimeter of said one flat face and delimiting with said one flat face of said rigid support of said ceramic body a housing chamber for housing at least part of said electronic circuit , there being further provided an electrical connection means for connecting said at least a part of the electronic circuit with the outside of said housing chamber , said electronic circuit comprising an analogue stage for generating the electrical signal, a conditioning stage for conditioning the acquired electrical signal comprising discrete components positioned in said housing chamber on said one flat face of said rigid support of said ceramic body , and a outputting stage for outputting the acquired signal and disposing an external reading of the same, said outputting stage being positioned outside of said housing chamber on said one flat face of said rigid support , said electric conductive tracks screen printed onto said rigid support comprising electric conductive tracks of said conditioning stage and said outputting stage screen printed on said one flat face of said rigid support , said electrical connection means comprising portions of said electric conductive tracks that cross the wall of the housing chamber in a joining area between the protection element and the rigid support of the ceramic body .
A genetic construct comprising a first DNA element comprising a CRISPR guide sequence and a scaffold sequence that recruits an endonuclease to a target nucleic acid; a first compatible end element and a second compatible end element flanking the first DNA element, wherein the first and second compatible end elements are capable of annealing to each other; a barcode element; a third compatible end element and a fourth compatible end element flanking the barcode element, wherein the third and fourth compatible end elements are capable of annealing to each other but are not capable of annealing to the first or second compatible end elements; and a separation site located between the fourth compatible end element and the first compatible end element, wherein the DNA element, first compatible end element, and second compatible end element are on one side of the separation site, and the barcode element, the third compatible end element, and the fourth compatible end element are on the other side of the separation site. a first compatible end element and a second compatible end element flanking the first DNA element, wherein the first and second compatible end elements are capable of annealing to each other; a barcode element; a third compatible end element and a fourth compatible end element flanking the barcode element, wherein the third and fourth compatible end elements are capable of annealing to each other but are not capable of annealing to the first or second compatible end elements; and a separation site located between the fourth compatible end element and the first compatible end element, wherein the DNA element, first compatible end element, and second compatible end element are on one side of the separation site, and the barcode element, the third compatible end element, and the fourth compatible end element are on the other side of the separation site.
A method for wireless communication by a first wireless access point, AP, associated with a first basic service set, BSS, comprising: determining a first expected received signal strength at a first wireless station associated with the first BSS for a first wireless packet to be transmitted by the first AP on a wireless medium; determining a second expected received signal strength at the first wireless station for a second wireless packet transmitted or to be transmitted by a second AP associated with an overlapping BSS, OBSS, on the wireless medium; determining a third expected received signal strength at a second wireless station associated with the OBSS for the first wireless packet to be transmitted by the first AP on the wireless medium; determining a noise floor of the wireless medium; and transmitting or not transmitting the first wireless packet based on whether a first ratio of the first expected received signal strength to a sum of the second expected received signal strength and the noise floor is greater than a second ratio of the third expected received signal strength to the noise floor, wherein the first wireless packet is transmitted if the first ratio is greater than the second ratio. determining a first expected received signal strength at a first wireless station associated with the first BSS for a first wireless packet to be transmitted by the first AP on a wireless medium; determining a second expected received signal strength at the first wireless station for a second wireless packet transmitted or to be transmitted by a second AP associated with an overlapping BSS, OBSS, on the wireless medium; determining a third expected received signal strength at a second wireless station associated with the OBSS for the first wireless packet to be transmitted by the first AP on the wireless medium; determining a noise floor of the wireless medium; and transmitting or not transmitting the first wireless packet based on whether a first ratio of the first expected received signal strength to a sum of the second expected received signal strength and the noise floor is greater than a second ratio of the third expected received signal strength to the noise floor, wherein the first wireless packet is transmitted if the first ratio is greater than the second ratio.
A method, comprising: performing, by a first device, a communication comprising transmitting packets of a first traffic flow and packets of a second traffic flow via a first radio bearer to a second device; detecting, by the first device, that further packets of the second traffic flow are to be transmitted via a second radio bearer to the second device; and based on the detecting, transmitting, by the first device, a packet data unit via the first radio bearer to the second device, wherein the packet data unit comprises an indication of a switch of the second traffic flow to the second radio bearer, and wherein packets of the first traffic flow continue to be transmitted via the first radio bearer. performing, by a first device, a communication comprising transmitting packets of a first traffic flow and packets of a second traffic flow via a first radio bearer to a second device; detecting, by the first device, that further packets of the second traffic flow are to be transmitted via a second radio bearer to the second device; and based on the detecting, transmitting, by the first device, a packet data unit via the first radio bearer to the second device, wherein the packet data unit comprises an indication of a switch of the second traffic flow to the second radio bearer, and wherein packets of the first traffic flow continue to be transmitted via the first radio bearer.
A compound having a sugar chain for use in a method of treatment of a bone metabolism disease that relates to excessive bone resorption, an autoimmune disease or an allergy disease accompanied by excessive immune reaction or inflammation of pro-inflammatory cytokines, the sugar chain having a basic structure represented by the following formula: wherein, in the formula, a sialic acid does not exist at two non-reducing terminals, and each of x and y independently represents 3 or 4, wherein the compound is a dendritic cell immune receptor activator, and wherein the sugar chain is asialo-biantennary N-glycan. wherein, in the formula, a sialic acid does not exist at two non-reducing terminals, and each of x and y independently represents 3 or 4, wherein the compound is a dendritic cell immune receptor activator, and wherein the sugar chain is asialo-biantennary N-glycan.
Blade cascade for a turbomachine, in particular a gas turbine, comprising a number of first blade arrangements each having at least one first blade (100; 100, 110) and a first shroud which extends by a first extension (T1) in the circumferential and/or axial direction, at least a number of further blade arrangements each having at least one further blade (200; 200, 210) and a further shroud which extends by a further extension (T2) in the same direction, the further extension being different from this first extension, the first and at least one further blade arrangement being distributed cyclically over the circumference, all blade arrangements having the same number of blades, in particular exactly one blade, characterized in that shrouds of at least one blade arrangement have at least one recess and shrouds of at least one other blade arrangement do not have a recess or have a different number, arrangement and/or shape of recesses.
A heating distributor valve assembly with at least two outlets , with a circulation pump assembly which is integrated into the heating distributor valve assembly for delivering a heat transfer medium through the at least two outlets and with a distributor device which is designed to selectively open and close at least two outlets , characterised by at least two inlets as well as a mixing device which is designed to mix flows from the two inlets in a variable mixing ratio, wherein the mixing device and the distributor device comprise a common actuator for changing the adjustment of the mixing device as well as for opening and closing the at least two outlets.
A heater control system having electric heating elements (G) powered from a three-phase alternating current source through solid state relays (K2, K3, K4) connected to a controller (S) and provided with a safety switch assembly, wherein each of the heating elements (G) is connected to a separate proportional control solid state relay (K2, K3, K4), characterized in that all the proportional control solid state relays (K2, K3, K4) are connected to the controller (S) through a control signal follower (W), wherein the control signal follower (W) comprises an operational amplifier, a first resistor, a second resistor, a third resistor, a fourth resistor, a fifth resistor and a bipolar transistor, wherein the first resistor is connected between the controller (S) and the non-inverting input of the operational amplifier, the second resistor is connected between the non-inverting input of the operational amplifier and the ground , the third resistor is connected between the inverting input of the operational amplifier and the ground , the fourth resistor is connected between the inverting input of the operational amplifier and the proportional control solid state relays (K2, K3, K4), the fifth resistor is connected between the output of the operational amplifier and the base of the bipolar transistor, the collector of the bipolar transistor is connected to the power supply (+24V) and the emitter of the bipolar transistor is connected to the proportional control solid state relays (K2, K3, K4).
A method of obtaining availability status in respect of a plurality of user identifiers, wherein at least one user identifier is associated with multiple SIP cluster identifiers, the method comprising: for each user identifier associated with multiple SIP cluster identifiers, obtaining from a user cluster information repository a SIP cluster identifier (2-1) indicating the cluster to which a device associated with the user identifier was last connected; for each user identifier associated with only one SIP cluster identifier, obtaining from the user cluster information repository the respective SIP cluster identifier (2-1) associated with the user identifier; grouping the user identifiers into a plurality of groups of user identifiers according to the obtained SIP cluster identifiers, each group of user identifiers containing at least one user identifier for which the same SIP cluster identifier was obtained (2-2); for each SIP cluster identifier for which there is a group of user identifiers: sending a request for availability status information in a single message to a SIP cluster associated with the SIP cluster identifier, the request containing the user identifiers of the group of user identifiers (2-3); receiving a response in a single message containing availability status information for the user identifiers belonging to the group of user identifiers (2-4), wherein each user identifier is an address of record. for each user identifier associated with multiple SIP cluster identifiers, obtaining from a user cluster information repository a SIP cluster identifier (2-1) indicating the cluster to which a device associated with the user identifier was last connected; for each user identifier associated with only one SIP cluster identifier, obtaining from the user cluster information repository the respective SIP cluster identifier (2-1) associated with the user identifier; grouping the user identifiers into a plurality of groups of user identifiers according to the obtained SIP cluster identifiers, each group of user identifiers containing at least one user identifier for which the same SIP cluster identifier was obtained (2-2); for each SIP cluster identifier for which there is a group of user identifiers: sending a request for availability status information in a single message to a SIP cluster associated with the SIP cluster identifier, the request containing the user identifiers of the group of user identifiers (2-3); receiving a response in a single message containing availability status information for the user identifiers belonging to the group of user identifiers (2-4), wherein each user identifier is an address of record.
A fuel system, comprising: a fuel pump arrangement comprising: a housing defining an inlet ; and an impeller located within the housing configured to draw fuel through the inlet , wherein the impeller includes a series of vanes for drawing fluid and a nose cone defining an axis; and wherein said nose cone is disposed at the impeller and has a channel configured to port warm fuel therethrough to a portion of the nose cone within the inlet ; the fuel system further comprising a heat exchanger downstream of the fuel pump arrangement, the fuel pump arrangement further comprising: a fuel line configured for transporting fuel from the impeller downstream to the heat exchanger; and a return fuel line configured for transporting fuel downstream of the heat exchanger to the channel for mixing with the cold fuel, wherein a pressure of the return fuel line is greater than a pressure of an inlet fuel line ; and characterized in that the fuel pump arrangement further comprises a controller for controlling fuel flow into the channel. a housing defining an inlet ; and an impeller located within the housing configured to draw fuel through the inlet , wherein the impeller includes a series of vanes for drawing fluid and a nose cone defining an axis; and wherein said nose cone is disposed at the impeller and has a channel configured to port warm fuel therethrough to a portion of the nose cone within the inlet ; the fuel system further comprising a heat exchanger downstream of the fuel pump arrangement, the fuel pump arrangement further comprising: a fuel line configured for transporting fuel from the impeller downstream to the heat exchanger; and a return fuel line configured for transporting fuel downstream of the heat exchanger to the channel for mixing with the cold fuel, wherein a pressure of the return fuel line is greater than a pressure of an inlet fuel line ; and characterized in that the fuel pump arrangement further comprises a controller for controlling fuel flow into the channel. a fuel line configured for transporting fuel from the impeller downstream to the heat exchanger; and a return fuel line configured for transporting fuel downstream of the heat exchanger to the channel for mixing with the cold fuel, wherein a pressure of the return fuel line is greater than a pressure of an inlet fuel line ; and characterized in that the fuel pump arrangement further comprises a controller for controlling fuel flow into the channel.
A method for depositing a layer of deposited particles on a substrate, in which at least 90% by weight of the deposited layer consists of a material with a high refractive index, wherein in the method - a suspension is produced by dispersing particles in a liquid without a binder, - wherein the particles have a high refractive index as well as a dimension which is at least of the order of magnitude of the wavelength of the incident light which is in the range from 400 nm to 1200 nm, - wherein in order to produce a pH-neutral suspension, the particles are dispersed in a pH-neutral medium without binders, and - the suspension is applied to the substrate in a manner such that a binder-free layer of deposited particles is formed on the substrate by settling of solid particles in a liquid phase, at least 90% of the layer consisting of a material with a high refractive index, namely such that the suspension is applied to the substrate, wherein - the substrate to be coated is placed in a container and the suspension is poured over it, - the particles dispersed in the suspension are allowed to settle on the substrate, and - the substrate is withdrawn from the container and dried in a horizontal position. - a suspension is produced by dispersing particles in a liquid without a binder, - wherein the particles have a high refractive index as well as a dimension which is at least of the order of magnitude of the wavelength of the incident light which is in the range from 400 nm to 1200 nm, - wherein in order to produce a pH-neutral suspension, the particles are dispersed in a pH-neutral medium without binders, and - the suspension is applied to the substrate in a manner such that a binder-free layer of deposited particles is formed on the substrate by settling of solid particles in a liquid phase, at least 90% of the layer consisting of a material with a high refractive index, namely such that the suspension is applied to the substrate, wherein - the substrate to be coated is placed in a container and the suspension is poured over it, - the particles dispersed in the suspension are allowed to settle on the substrate, and - the substrate is withdrawn from the container and dried in a horizontal position.
An assembly for producing a well or reservoir in a material with a laser processing system , the assembly comprising: a housing configured to receive a galvo therein, and wherein the first housing has exterior surface topography comprising a plurality of apertures ; characterised in that a compression mechanism comprising an exterior surface topography having a plurality of surface protrusions thereon for compressing the material passing over at least one of the plurality of surface protrusions ; and wherein the housing and the compression mechanism are spaced apart providing a gap there between for receiving a web of the material therein. a housing configured to receive a galvo therein, and wherein the first housing has exterior surface topography comprising a plurality of apertures ; characterised in that a compression mechanism comprising an exterior surface topography having a plurality of surface protrusions thereon for compressing the material passing over at least one of the plurality of surface protrusions ; and wherein the housing and the compression mechanism are spaced apart providing a gap there between for receiving a web of the material therein.
A Control Plane Radio Access Network node , CP-RAN node, of a Central Unit , CU, of a disaggregated RAN node , wherein the CU comprises at least the CP-RAN node and a User Plane, UP, RAN node ; the CP-RAN node comprising: means for receiving, from the UP-RAN node , at least one status indicative of the UP-RAN node's capacity to perform at least one respective type of header compression, wherein the at least one status indicates whether, and/or to what extent, the UP-RAN node has capacity to perform the at least one respective type of header compression based in part on a loading of the UP-RAN node's resources for performing header compression; and means for sending configuration information for the at least one type of header compression to a User Equipment , UE, based in part on the respective at least one status. means for receiving, from the UP-RAN node , at least one status indicative of the UP-RAN node's capacity to perform at least one respective type of header compression, wherein the at least one status indicates whether, and/or to what extent, the UP-RAN node has capacity to perform the at least one respective type of header compression based in part on a loading of the UP-RAN node's resources for performing header compression; and means for sending configuration information for the at least one type of header compression to a User Equipment , UE, based in part on the respective at least one status.
A method in a network node , the method comprising: receiving first data from a first device, the first data having a first type, wherein the first type is Internet-of-Things (IoT)-type; receiving second data from a second device, the second data having a second type, wherein the first data has a longer latency constraint than the second data; sending the first data over a network link to a processing node for baseband processing the first data; and baseband processing the second data in a different node to the first data; wherein sending the first data comprises: buffering a plurality of data transmissions from the first device; and sending the plurality of data transmissions using a transport resource on the network link; wherein sending the plurality of data transmissions comprises sending the plurality of data transmissions when a total size of the plurality of data transmissions in a buffer exceeds a threshold proportion of the available bandwidth of the transport resource. receiving first data from a first device, the first data having a first type, wherein the first type is Internet-of-Things (IoT)-type; receiving second data from a second device, the second data having a second type, wherein the first data has a longer latency constraint than the second data; sending the first data over a network link to a processing node for baseband processing the first data; and baseband processing the second data in a different node to the first data; buffering a plurality of data transmissions from the first device; and sending the plurality of data transmissions using a transport resource on the network link; wherein sending the plurality of data transmissions comprises sending the plurality of data transmissions when a total size of the plurality of data transmissions in a buffer exceeds a threshold proportion of the available bandwidth of the transport resource.