mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: an outer container; an inner feeding bowl for containing food to be consumed by an animal, the inner feeding bowl having side walls and a solid base and being accommodatable in said outer container; an odour chamber for holding odourant material arranged below the inner feeding bowl within the outer container; and a vent arranged to allow odours from the chamber to exit the device between the outer container and the side walls of the inner feeding bowl; wherein the odour chamber comprises a separating module, arranged to fit between the base of the inner feeding bowl and the outer container; the separating module comprising side walls and an upper surface defining a cavity, for surrounding an odourant material, wherein at least one opening is provided in the separating module. an outer container; an inner feeding bowl for containing food to be consumed by an animal, the inner feeding bowl having side walls and a solid base and being accommodatable in said outer container; an odour chamber for holding odourant material arranged below the inner feeding bowl within the outer container; and a vent arranged to allow odours from the chamber to exit the device between the outer container and the side walls of the inner feeding bowl; wherein the odour chamber comprises a separating module, arranged to fit between the base of the inner feeding bowl and the outer container; the separating module comprising side walls and an upper surface defining a cavity, for surrounding an odourant material, wherein at least one opening is provided in the separating module.
A fire fighting foaming composition comprising a first surfactant selected from alkyl group-containing amphoteric surfactants wherein the amphoteric surfactants are selected from betaines, sulphobetaines and hydroxysultaines and wherein the alkyl group contains at least 8 carbon atoms, and alkyl group-containing zwitterionic surfactants, wherein the alkyl group contains at least 8 carbon atoms, and mixtures thereof, and a second surfactant selected from alkyl sulphates, alkyl phosphates, dialkylsulphosuccinates, alkyl carboxylates and mixtures thereof, wherein the alkyl group contains at least 8 carbon atoms, and wherein the weight ratio of the first surfactant to the second surfactant is in the range of from 2.5:1 to 1:1.2 and wherein the said fire fighting foaming composition is essentially free of fluorine, and does not contain any polysaccharides.
A fiber assembly with cellulose sulfate, retained on the surface, wherein the hyaluronidase inhibitory activity is 50% or higher and wherein the fiber assembly is treated with a pH buffer solution.
A bearer setup method, performed by a user equipment and comprising the following steps: transmitting, a request message to a control node, wherein the request message is used to request setup of a transmission bearer for transmitting a data packet of a service between the user equipment and the control node, and the request message comprises a parameter of the service; receiving, a response message transmitted by the control node in response to the request message, wherein the response message comprises configuration information of the transmission bearer; and setting up, the transmission bearer with the control node according to the configuration information, wherein the parameter of the service is indicative of a service type of the service, the method characterised in that the service type comprises any one or a combination of: an ultra-reliable service, a short delay service, a streaming service, or a conversational service. transmitting, a request message to a control node, wherein the request message is used to request setup of a transmission bearer for transmitting a data packet of a service between the user equipment and the control node, and the request message comprises a parameter of the service; receiving, a response message transmitted by the control node in response to the request message, wherein the response message comprises configuration information of the transmission bearer; and setting up, the transmission bearer with the control node according to the configuration information, wherein the parameter of the service is indicative of a service type of the service, the method characterised in that the service type comprises any one or a combination of: an ultra-reliable service, a short delay service, a streaming service, or a conversational service.
A composition comprising the Bifidobacterium strain deposited at the Collection Nationale de Culture de Microorganismes (CNCM, Paris, France) under the Budapest Treaty under reference CNCM I-2494 for use in preventing or treating the intestinal gas production consecutive to consumption of a flatulogenic food comprising or consisting of at least an α-galactoside, in an individual having an exhaled breath of at least 10 ppm H 2 under fasting conditions.
A method to arrange a device for detecting humidity in a roof of a building, said device comprising several double wires (10,20), wherein 1.1 each double wire (10, 20) consists of two single wires (11, 12), which are arranged parallel to each other in a longitudinal direction, 1.2 each single wire (11, 12) features electrically insulated and electrically non insulated sections (13, 15; 17, 19) in an alternating fashion along an axial direction, wherein the non insulated sections (13, 15; 17, 19) define detection zones, 1.3 the single wires (11, 12) are arranged in such a fashion, that non insulated sections (13, 15; 17,19) of adjacent single wires (11, 12) of a double wire (10, 20) are arranged axially offset to each other in the axial direction of the single wires (11, 12), 1.4 the double wires (10, 20) are laid at a distance to each other in the roof of the building and electrically coupled to a data processing unit, which is able to detect and to interpret variations of different physical parameters like electrical resistance, current, voltage and/or conductivity in the double wires (10, 20) along the detection zones to locally detect ingress of humidity into the roof. 1.1 each double wire (10, 20) consists of two single wires (11, 12), which are arranged parallel to each other in a longitudinal direction, 1.2 each single wire (11, 12) features electrically insulated and electrically non insulated sections (13, 15; 17, 19) in an alternating fashion along an axial direction, wherein the non insulated sections (13, 15; 17, 19) define detection zones, 1.3 the single wires (11, 12) are arranged in such a fashion, that non insulated sections (13, 15; 17,19) of adjacent single wires (11, 12) of a double wire (10, 20) are arranged axially offset to each other in the axial direction of the single wires (11, 12), 1.4 the double wires (10, 20) are laid at a distance to each other in the roof of the building and electrically coupled to a data processing unit, which is able to detect and to interpret variations of different physical parameters like electrical resistance, current, voltage and/or conductivity in the double wires (10, 20) along the detection zones to locally detect ingress of humidity into the roof.
A wire connection terminal structure comprising a seat body and a conductive clip disposed in the seat body, one end of the seat body, from which a terminal of a conductive wire is inserted into said seat body and said conductive clip, having an extending side, a recessed side and a slope, said slope formed between the extending side and the recessed side, the conductive clip having a holding mouth, into which the terminal of a conductive wire is inserted, the slope being formed with a wire plug-in opening formed in the seat body and in alignment with the holding mouth, characterized in that a wire plug-in protection wall is formed on an edge of the recessed side, being said edge where the slope and the plug-in protection wall meet, and the wire plug-in protection wall protrudes from the edge in a direction as an extending direction of the extending side.
Insulative belt with insulative core which comprises a polyester foil surrounded on both sides by a layer of cellulosic pulp, with a layer of insulation material on at least one of the two sides, the insulation material comprising a lacquer and an added material, characterized in that the added material comprises silica and PE wax.
A method of verifying attribute values received by a server from a client device for use in execution of a task by the server dependent on all of said attribute values, the attribute values being defined in respective response messages received at the client device from respective data source servers that associate the attribute values with respective identifiers supplied by the client device, the response messages being forwarded from the client device to the server, the method comprises the following steps executed by a verification device: - receiving, from the server, information taken from the response messages, the information defining the identifiers of the response messages, as well as an identification of the data source servers that have defined attribute values associated with the identifiers; - performing a consistency evaluation on said identifiers, dependent on whether said identifiers are consistent or inconsistent with identifiers previously stored in the verification device for previously executed tasks for which an identification of data source servers previously stored in the verification device is the same as the identification of the data source servers and/or whether values of a corresponding further attribute associated with the identifiers in the data source servers are consistent; - returning a result of said consistency evaluation to the server to allow the server to select between executing the task or not dependent on the result. - receiving, from the server, information taken from the response messages, the information defining the identifiers of the response messages, as well as an identification of the data source servers that have defined attribute values associated with the identifiers; - performing a consistency evaluation on said identifiers, dependent on whether said identifiers are consistent or inconsistent with identifiers previously stored in the verification device for previously executed tasks for which an identification of data source servers previously stored in the verification device is the same as the identification of the data source servers and/or whether values of a corresponding further attribute associated with the identifiers in the data source servers are consistent; - returning a result of said consistency evaluation to the server to allow the server to select between executing the task or not dependent on the result.
A method for providing an event management service in an electronic device for controlling an Internet-of-Things (loT) service-related device, the method being carried out by the electronic device and comprising: carrying out communication with a plurality of external devices over a non-IP wireless communication protocol; monitoring at least one of a communication state with the plurality of external devices and state information of the plurality of external devices based on packet information received from the plurality of external devices, determining whether an error occurred during the communicative connection with the plurality of the external devices based on the communication state and the state information of the plurality of external devices; in response to determining that the error occurred from at least one of the plurality of external devices, acquiring error information regarding the cause of the error from an external device for which the error occurred from among the plurality of external devices; transmitting the error information to a management server; receiving solution information regarding a solution for resolving the occurred error from the management server; and in response to solution information being received from the management server, resolving the error based on the received solution information. carrying out communication with a plurality of external devices over a non-IP wireless communication protocol; monitoring at least one of a communication state with the plurality of external devices and state information of the plurality of external devices based on packet information received from the plurality of external devices, determining whether an error occurred during the communicative connection with the plurality of the external devices based on the communication state and the state information of the plurality of external devices; in response to determining that the error occurred from at least one of the plurality of external devices, acquiring error information regarding the cause of the error from an external device for which the error occurred from among the plurality of external devices; transmitting the error information to a management server; receiving solution information regarding a solution for resolving the occurred error from the management server; and in response to solution information being received from the management server, resolving the error based on the received solution information.
A lithium-ion battery, comprising: a positive electrode; a negative electrode comprising lithium titanate oxide Li 4 Ti 5 O 12 and a stable interface layer disposed on a surface of the negative electrode, said stable interface layer comprising a LiF deposit; an electrolyte comprising a solvent and an impedance growth reducing additive selected from the group consisting of: - fluoroethylene carbonate, - a mixture of fluororethylene carbonate and vinyl carbonate, - a mixture of fluoroethylene carbonate and vinyl ethylene carbonate, - vinyl carbonate, and - vinyl ethylene carbonate; and a separator disposed between the positive electrode and the negative electrode, characterized in that the ratio of the negative electrode initial capacity to the positive electrode initial capacity is less than 1. a positive electrode; a negative electrode comprising lithium titanate oxide Li 4 Ti 5 O 12 and a stable interface layer disposed on a surface of the negative electrode, said stable interface layer comprising a LiF deposit; an electrolyte comprising a solvent and an impedance growth reducing additive selected from the group consisting of: - fluoroethylene carbonate, - a mixture of fluororethylene carbonate and vinyl carbonate, - a mixture of fluoroethylene carbonate and vinyl ethylene carbonate, - vinyl carbonate, and - vinyl ethylene carbonate; and - fluoroethylene carbonate, - a mixture of fluororethylene carbonate and vinyl carbonate, - a mixture of fluoroethylene carbonate and vinyl ethylene carbonate, - vinyl carbonate, and - vinyl ethylene carbonate; and a separator disposed between the positive electrode and the negative electrode, characterized in that the ratio of the negative electrode initial capacity to the positive electrode initial capacity is less than 1.
A device (102, 302) constructed and arranged to remove personally identifiable data, the device (102, 302) comprising: a sensor (108, 314) configured to acquire monitoring data; a storage device; at least one processor (114, 316); and at least one memory (120, 318) comprising computer program code, the at least one memory (120, 318) and the computer program code configured to, with the at least one processor (114, 316), cause the at least one processor (114, 316) to: store monitoring data acquired by the sensor (108, 314), the monitoring data stored in the storage device including personally identifiable data relating to one or more individuals being monitored; process the monitoring data acquired by the sensor (108, 314) to remove the personally identifiable data by at least one of abstraction or redaction while the monitoring data is stored in the storage device; transmit the processed monitoring data, from which the personally identifiable data has been removed, external to the device (102, 302); and delete the monitoring data from the storage device in response to the processed monitoring data, from which the personally identifiable data has been removed, being transmitted external to the device (102, 302). a sensor (108, 314) configured to acquire monitoring data; a storage device; at least one processor (114, 316); and at least one memory (120, 318) comprising computer program code, the at least one memory (120, 318) and the computer program code configured to, with the at least one processor (114, 316), cause the at least one processor (114, 316) to: store monitoring data acquired by the sensor (108, 314), the monitoring data stored in the storage device including personally identifiable data relating to one or more individuals being monitored; process the monitoring data acquired by the sensor (108, 314) to remove the personally identifiable data by at least one of abstraction or redaction while the monitoring data is stored in the storage device; transmit the processed monitoring data, from which the personally identifiable data has been removed, external to the device (102, 302); and delete the monitoring data from the storage device in response to the processed monitoring data, from which the personally identifiable data has been removed, being transmitted external to the device (102, 302). store monitoring data acquired by the sensor (108, 314), the monitoring data stored in the storage device including personally identifiable data relating to one or more individuals being monitored; process the monitoring data acquired by the sensor (108, 314) to remove the personally identifiable data by at least one of abstraction or redaction while the monitoring data is stored in the storage device; transmit the processed monitoring data, from which the personally identifiable data has been removed, external to the device (102, 302); and delete the monitoring data from the storage device in response to the processed monitoring data, from which the personally identifiable data has been removed, being transmitted external to the device (102, 302).
A dispenser for dispensing a liquid or viscous product, comprising a dispensing valve, in turn, comprising: - product sealing/releasing means, which in a first configuration prevents outflow of the product from the dispenser and in a second configuration enables outflow of the product from the dispenser; - elastic return means for returning the sealing means to the first configuration from the second configuration; the elastic return means and at least part of the product sealing/releasing means being integrated in the same body; the elastic return means and at least part of the sealing means are distinct parts that are part of a same component realized as a single piece; - a product reservoir that is in fluid communication with said valve; said valve comprising a casing that encases at least one part of said body; a dispenser channel for dispensing the product extending between said body and said casing; characterised in that the dispenser comprises at least one opening for passage of the product from said reservoir to said dispenser channel, said opening being open at all times and it cannot be blocked by any component of the dispenser; the opening comprising a groove afforded in the casing. - product sealing/releasing means, which in a first configuration prevents outflow of the product from the dispenser and in a second configuration enables outflow of the product from the dispenser; - elastic return means for returning the sealing means to the first configuration from the second configuration; the elastic return means and at least part of the product sealing/releasing means being integrated in the same body; the elastic return means and at least part of the sealing means are distinct parts that are part of a same component realized as a single piece; - a product reservoir that is in fluid communication with said valve; said valve comprising a casing that encases at least one part of said body; a dispenser channel for dispensing the product extending between said body and said casing;
A device, wherein the device is applicable to an ultra dense network, UDN, and the device is a User equipment, UE, and the device comprises: a receiver, configured to receive information about one or more backhaul links, wherein one backhaul link wireless connects a micro base station and a donor micro base station in the UDN to transmit data to a core network, wherein the information about the one or more backhaul links is broadcast from different micro base stations, wherein the information about the one or more backhaul links includes active states and inactive states of the one or more backhaul links; a processor, configured to select a micro base station, wherein the micro base station is applicable to the UDN, corresponding to backhaul link information that meets a preset condition; and a transmitter, configured to send an activation signal to the selected micro base station when the micro base station was selected corresponding to information that is about an inactive backhaul link wherein the processor is further configured to access the selected micro base station. a receiver, configured to receive information about one or more backhaul links, wherein one backhaul link wireless connects a micro base station and a donor micro base station in the UDN to transmit data to a core network, wherein the information about the one or more backhaul links is broadcast from different micro base stations, wherein the information about the one or more backhaul links includes active states and inactive states of the one or more backhaul links; a processor, configured to select a micro base station, wherein the micro base station is applicable to the UDN, corresponding to backhaul link information that meets a preset condition; and a transmitter, configured to send an activation signal to the selected micro base station when the micro base station was selected corresponding to information that is about an inactive backhaul link wherein the processor is further configured to access the selected micro base station.
A device for generating an aerosol with a controlled grain size distribution, from a powder, the device comprising: - a system for dispersing (1, 2) particles comprising: ∘ a lower container referred to as a production area adapted to receive a powder; ∘ an upper container referred to as a selection area comprising an upper base; an inlet port; a lower base in aeraulic connection with the lower container; an intermediate part between the upper base and the lower base; an outlet port disposed at the upper part of the upper base; the device being characterised in that it further comprises: - a channel plunging from the inlet port down into the lower container to directly convey air in said lower container, the inner section of the channel being sized to obtain a turbulent air jet in the lower container; - a stirrer comprising a housing adapted to accommodate the lower container and rotate the dispersion system (1, 2). - a system for dispersing (1, 2) particles comprising: ∘ a lower container referred to as a production area adapted to receive a powder; ∘ an upper container referred to as a selection area comprising an upper base; an inlet port; a lower base in aeraulic connection with the lower container; an intermediate part between the upper base and the lower base; an outlet port disposed at the upper part of the upper base; the device being characterised in that it further comprises: ∘ a lower container referred to as a production area adapted to receive a powder; ∘ an upper container referred to as a selection area comprising an upper base; an inlet port; a lower base in aeraulic connection with the lower container; an intermediate part between the upper base and the lower base; an outlet port disposed at the upper part of the upper base; the device being characterised in that it further comprises: - a channel plunging from the inlet port down into the lower container to directly convey air in said lower container, the inner section of the channel being sized to obtain a turbulent air jet in the lower container; - a stirrer comprising a housing adapted to accommodate the lower container and rotate the dispersion system (1, 2).