mhurhangee/patent-ind-claim-en huggingface dataset:
A biosensor comprising: a light source; a light detector; and at least one reaction surface comprising at least one electron mediator, at least one oxidizing agent, and at least one metabolic enzyme, wherein the at least one metabolic enzyme is a phenylalanine dehydrogenase comprising the amino acid sequence of SEQ ID NO: 1; wherein the reaction surface does not comprise and is not attached to an electrically conductive support; and wherein the light source is positioned at a distance from the reaction surface sufficient to irradiate the reaction surface and the light detector is positioned at a distance from the reaction surface sufficient to collect irradiated light from the reaction surface. a light source; a light detector; and at least one reaction surface comprising at least one electron mediator, at least one oxidizing agent, and at least one metabolic enzyme, wherein the at least one metabolic enzyme is a phenylalanine dehydrogenase comprising the amino acid sequence of SEQ ID NO: 1; wherein the reaction surface does not comprise and is not attached to an electrically conductive support; and wherein the light source is positioned at a distance from the reaction surface sufficient to irradiate the reaction surface and the light detector is positioned at a distance from the reaction surface sufficient to collect irradiated light from the reaction surface.
An internet of vehicles communication method, comprising: receiving , by a first distribution module, reported data of a vehicle, and sending the reported data of the vehicle to a first regional server in a first cluster, wherein the reported data comprises information about a first location of the vehicle, and the cluster is a server cluster constituted by regional servers; receiving , by the first distribution module, information that is about a second location of the vehicle and that is sent by the first regional server, wherein the second location is a location that is predicted by the first regional server based on the first location and at which the vehicle is to arrive, and the second location is outside a service region of the first regional server; determining , by the first distribution module, that the second location is outside a service region of the first cluster, and obtaining , by the first distribution module, an identifier or an address of a second distribution module based on the second location from a first center server, wherein received vehicle data is distributed by the second distribution module to a second regional server in a second cluster, and the second location is in a service region of the second regional server; and sending , by the first distribution module, the identifier or the address of the second distribution module to the vehicle, wherein the identifier or the address of the second distribution module is used by the vehicle to communicate with the second distribution module. receiving , by a first distribution module, reported data of a vehicle, and sending the reported data of the vehicle to a first regional server in a first cluster, wherein the reported data comprises information about a first location of the vehicle, and the cluster is a server cluster constituted by regional servers; receiving , by the first distribution module, information that is about a second location of the vehicle and that is sent by the first regional server, wherein the second location is a location that is predicted by the first regional server based on the first location and at which the vehicle is to arrive, and the second location is outside a service region of the first regional server; determining , by the first distribution module, that the second location is outside a service region of the first cluster, and obtaining , by the first distribution module, an identifier or an address of a second distribution module based on the second location from a first center server, wherein received vehicle data is distributed by the second distribution module to a second regional server in a second cluster, and the second location is in a service region of the second regional server; and sending , by the first distribution module, the identifier or the address of the second distribution module to the vehicle, wherein the identifier or the address of the second distribution module is used by the vehicle to communicate with the second distribution module.
An automated process executable by a target device to establish a connection with a client device within a local network environment, wherein the target device and the client device are located on separate local area networks in the local network environment operating behind a shared router to a wide area network , characterized in that the process comprises: determining , by the target device , a sequence of local network addresses corresponding to router devices that couple the target device to the wide area network, wherein each one of the sequence of local network addresses is associated with the target device; providing the sequence of local network addresses to an address server system operating on the wide area network for storage by the address server system in a database and for subsequent transmission of the sequence of local network addresses from the address server system to the client device in response to a request for local network addresses associated with any target devices operating within the local network environment received from the client device; and subsequently responding to a request received by the target device from the client device , wherein the client device initiates a connection between the client device and the target device by transmitting contact messages via the local network environment to each one of the local network addresses in the sequence obtained by the client device from the address server system on the wide area network. determining , by the target device , a sequence of local network addresses corresponding to router devices that couple the target device to the wide area network, wherein each one of the sequence of local network addresses is associated with the target device; providing the sequence of local network addresses to an address server system operating on the wide area network for storage by the address server system in a database and for subsequent transmission of the sequence of local network addresses from the address server system to the client device in response to a request for local network addresses associated with any target devices operating within the local network environment received from the client device; and subsequently responding to a request received by the target device from the client device , wherein the client device initiates a connection between the client device and the target device by transmitting contact messages via the local network environment to each one of the local network addresses in the sequence obtained by the client device from the address server system on the wide area network.
A non-transitory computer-readable storage medium storing instruction which, when executed by a computer, cause the computer to perform a method, the method comprising: initiating instantiation of a first virtual resource on a server , wherein the first virtual resource is associated with a second virtual resource configured to run an application (116-XA, 116-YA, 116-ZA); initiating configuration of the first virtual resource to provide a data plane service (117-XS) for the application (116-XA); initiating configuration of flow connectivity for the data plane service (117-XS); and initiating, based on monitoring of a load on the application, a scaling of the data plane service; wherein the data plane service includes packet processing service which is provided in the data plane. initiating instantiation of a first virtual resource on a server , wherein the first virtual resource is associated with a second virtual resource configured to run an application (116-XA, 116-YA, 116-ZA); initiating configuration of the first virtual resource to provide a data plane service (117-XS) for the application (116-XA); initiating configuration of flow connectivity for the data plane service (117-XS); and initiating, based on monitoring of a load on the application, a scaling of the data plane service; wherein the data plane service includes packet processing service which is provided in the data plane.
Fine machining module for a machine tool , in particular a lathe, comprising a module housing , by means of which the fine machining module is attachable to a tool mounting point of a machine tool , and a rotationally symmetrical fine machining tool for internal and/or external fine machining of a cylindrical workpiece surface of a workpiece blank , the fine machining tool having a predetermined axial tool length (L 1 + L 2 ) with a first tool end and a second tool end , characterized in that - the fine machining module comprises a linear drive which is fixed to the module housing and is designed to move a slide parallel to a longitudinal machining axis , - the fine machining tool is mounted on the slide in the region of its first tool end , and in that - a tool guide is formed on the module housing , through which the second tool end extends. - the fine machining module comprises a linear drive which is fixed to the module housing and is designed to move a slide parallel to a longitudinal machining axis , - the fine machining tool is mounted on the slide in the region of its first tool end , and in that - a tool guide is formed on the module housing , through which the second tool end extends.
Electrosurgical generator that is designed to output a high-frequency AC voltage to an electrosurgical instrument , comprising a DC voltage supply and a high-voltage inverter that is fed from the DC voltage supply and generates a high-frequency AC voltage having a variable voltage and frequency that is applied to an output for the connection of the electrosurgical instrument , characterized in that the inverter is designed as a multilevel inverter controlled by a reference signal for the voltage to be output and having at least two groups (HVC, LVC) of series-connected inverter cells , wherein each group is supplied with a different DC voltage and wherein the voltages output by the groups are summed to be output at the output .
A method for providing information relating to network attributes associated with a WLAN access point to a mobile communication device , comprising the steps of: a) determining, by a WLAN access point , network attributes associated with the WLAN access point , wherein said WLAN access point is located at a hotspot , b) generating, by the WLAN access point , depending on the determined network attributes, a machine-readable web page, which comprises information on the determined network attributes, and c) transmitting, by the WLAN access point , said web page from a webserver, which is integrated in the WLAN access point , to at least one mobile communication device via a WLAN communication, wherein the mobile communication device automatically interprets the received web page to extract network attribute information. a) determining, by a WLAN access point , network attributes associated with the WLAN access point , wherein said WLAN access point is located at a hotspot , b) generating, by the WLAN access point , depending on the determined network attributes, a machine-readable web page, which comprises information on the determined network attributes, and c) transmitting, by the WLAN access point , said web page from a webserver, which is integrated in the WLAN access point , to at least one mobile communication device via a WLAN communication, wherein the mobile communication device automatically interprets the received web page to extract network attribute information.
An aerosol delivery device comprising: a first aerosol generator to generate a first aerosol from a first aerosol precursor and to introduce said first aerosol into a first fluid flow pathway , wherein said first aerosol is sized for pulmonary penetration; a second aerosol generator to generate a second aerosol from a second aerosol precursor and to introduce the second aerosol into a second fluid flow pathway , wherein the second aerosol precursor is a liquid,; wherein the second aerosol is transmissible within at least one of: a mammalian oral cavity and a mammalian nasal cavity, and the second aerosol comprising an active component for activating at least one of: one or more taste receptors in said oral cavity and one or more olfactory receptors in said nasal cavity; characterised in that the second aerosol generator comprises a Venturi aperture to dispense and aerosolise the second aerosol precursor in the second aerosol generator the second aerosol being sized to inhibit pulmonary penetration; wherein the second aerosol has a mass median aerodynamic diameter that is greater than or equal to 15 microns, and the first aerosol has a mass median aerodynamic diameter that is less than or equal to 10 microns. a first aerosol generator to generate a first aerosol from a first aerosol precursor and to introduce said first aerosol into a first fluid flow pathway , wherein said first aerosol is sized for pulmonary penetration; a second aerosol generator to generate a second aerosol from a second aerosol precursor and to introduce the second aerosol into a second fluid flow pathway , wherein the second aerosol precursor is a liquid,; wherein the second aerosol is transmissible within at least one of: a mammalian oral cavity and a mammalian nasal cavity, and the second aerosol comprising an active component for activating at least one of: one or more taste receptors in said oral cavity and one or more olfactory receptors in said nasal cavity; characterised in that the second aerosol generator comprises a Venturi aperture to dispense and aerosolise the second aerosol precursor in the second aerosol generator the second aerosol being sized to inhibit pulmonary penetration; wherein the second aerosol has a mass median aerodynamic diameter that is greater than or equal to 15 microns, and the first aerosol has a mass median aerodynamic diameter that is less than or equal to 10 microns.
A cathode for a lithium secondary battery, comprising: a current collector; a first composite layer formed from a mixture of olivine-type lithium iron phosphate cathode active material powder and a binder on the current collector; and a second composite layer formed from a mixture of olivine-type lithium iron phosphate cathode active material powder and a binder on the first composite layer, wherein a specific surface area of the olivine-type lithium iron phosphate cathode active material powder in the second composite layer is 1.2 to 2.0 times larger than that of the olivine-type lithium iron phosphate cathode active material powder in the first composite layer, wherein an average particle size of the olivine-type lithium iron phosphate cathode active material powder particles in the first composite layer is larger by 20% or more than that of the olivine-type lithium iron phosphate cathode active material powder particles in the second composite layer. a current collector; a first composite layer formed from a mixture of olivine-type lithium iron phosphate cathode active material powder and a binder on the current collector; and a second composite layer formed from a mixture of olivine-type lithium iron phosphate cathode active material powder and a binder on the first composite layer, wherein a specific surface area of the olivine-type lithium iron phosphate cathode active material powder in the second composite layer is 1.2 to 2.0 times larger than that of the olivine-type lithium iron phosphate cathode active material powder in the first composite layer, wherein an average particle size of the olivine-type lithium iron phosphate cathode active material powder particles in the first composite layer is larger by 20% or more than that of the olivine-type lithium iron phosphate cathode active material powder particles in the second composite layer.
An air conditioner indoor unit, comprising a main housing and a fresh air device disposed in the main housing , wherein the fresh air device comprises: a fresh air housing , a fresh air passage and a dirty air passage being disposed in the fresh air housing , and a fresh air inlet and a fresh air outlet that communicate with the fresh air passage as well as a dirty air inlet and a dirty air outlet that communicate with the dirty air passage being disposed on the fresh air housing ; and a heat exchange core body , the heat exchange core body being disposed in the fresh air housing , and the heat exchange core body communicating with the fresh air passage and the dirty air passage , such that fresh air located in the fresh air passage and dirty air located in the dirty air passage exchange heat in the heat exchange core body ; and the main housing comprises a front panel assembly , an indoor air inlet being formed in the front panel assembly , and the indoor air inlet corresponding to the dirty air inlet , such that indoor dirty air enters the dirty air inlet by the indoor air inlet ; and the front panel assembly is spliced by a plurality of plates, and the indoor air inlet is located between two adjacent plates; characterized in that the air conditioner indoor unit is vertical, the plurality of plates comprises a lateral plate assembly and a decorative plate , and the indoor air inlet is provided between the decorative plate and the lateral plate assembly . a fresh air housing , a fresh air passage and a dirty air passage being disposed in the fresh air housing , and a fresh air inlet and a fresh air outlet that communicate with the fresh air passage as well as a dirty air inlet and a dirty air outlet that communicate with the dirty air passage being disposed on the fresh air housing ; and a heat exchange core body , the heat exchange core body being disposed in the fresh air housing , and the heat exchange core body communicating with the fresh air passage and the dirty air passage , such that fresh air located in the fresh air passage and dirty air located in the dirty air passage exchange heat in the heat exchange core body ; and the main housing comprises a front panel assembly , an indoor air inlet being formed in the front panel assembly , and the indoor air inlet corresponding to the dirty air inlet , such that indoor dirty air enters the dirty air inlet by the indoor air inlet ; and the front panel assembly is spliced by a plurality of plates, and the indoor air inlet is located between two adjacent plates; characterized in that the air conditioner indoor unit is vertical, the plurality of plates comprises a lateral plate assembly and a decorative plate , and the indoor air inlet is provided between the decorative plate and the lateral plate assembly .
System for the identification and inspection of pieces of laundry for a rental laundry shop by means of transponders attached to the laundry in a multi-stage working method, starting from a loading point of a conveying device to its delivery station for picking laundry bundled into piles according to conformity criteria, wherein, in a subsequent control unit belonging to the system, incorrectly bundled pieces of laundry are identified as faulty piles and are fed to a sorting station , thereby being separated from finished piles that have been identified as being fault-free, and, after passing through a correction station, they are fed back to the feeding station for being picked as finished piles, and wherein, coming from a depot belonging to the system, new pieces of laundry or pieces of laundry that have been treated during the course of processing dirty laundry, each respectively tagged with an RFID identification number, are bundled into piles to be picked as finished pieces of laundry by means of an electronic control unit belonging to the system with a central database according to readable conformity criteria and by means of one of the following assemblies belonging to the system: the aforementioned conveying device with the aforementioned loading point for laundry piled according to conformity criteria; a reading unit for reading the RFID tags of all pieces of laundry in a single pile and other data stored in the database for the respective identification number of an RFID tag and for counting the number of pieces of laundry in a single pile; a bundling device for bundling fault-free finished piles suitable for being picked as finished pieces of laundry; a labelling unit for a visually readable indication via appropriate labelling of both compliant as well as faulty piles; the aforementioned sorting station with a plurality of sorting positions , one of which is for faulty piles to be separated; the aforementioned correction station with sorting table for correcting faulty piles. the aforementioned conveying device with the aforementioned loading point for laundry piled according to conformity criteria; a reading unit for reading the RFID tags of all pieces of laundry in a single pile and other data stored in the database for the respective identification number of an RFID tag and for counting the number of pieces of laundry in a single pile; a bundling device for bundling fault-free finished piles suitable for being picked as finished pieces of laundry; a labelling unit for a visually readable indication via appropriate labelling of both compliant as well as faulty piles; the aforementioned sorting station with a plurality of sorting positions , one of which is for faulty piles to be separated; the aforementioned correction station with sorting table for correcting faulty piles.
Use of crude polyol produced from biomass as grinding aid for grinding solids, wherein the crude polyol comprises oily components as secondary constituents and is stabilized by a solubilizer, and wherein the solubilizer comprises an alkaline substance or consists thereof, wherein the alkaline substance comprises in particular an alkanolamine, a fatty amine and/or an alkali metal hydroxide or consists thereof, and wherein the solubilizer is employed in a content of 1-9% by weight based on the total weight of the composition comprising at least one polyol produced from biomass.
An optical measurement apparatus comprising: a light source configured to irradiate a measurement target in which fluid flows, with light; a light receiver configured to receive scattered light of irradiated light from the measurement target and configured to output a light receiving signal corresponding to intensity of the scattered light; a disturbance generator configured to generate a disturbance signal for fluctuating a drive current, which is supplied to said light source ; and a laser driver configured to adjust the drive current on the basis of a result of a comparison between a signal generated on the basis of the light receiving signal and the disturbance signal. a light source configured to irradiate a measurement target in which fluid flows, with light; a light receiver configured to receive scattered light of irradiated light from the measurement target and configured to output a light receiving signal corresponding to intensity of the scattered light; a disturbance generator configured to generate a disturbance signal for fluctuating a drive current, which is supplied to said light source ; and a laser driver configured to adjust the drive current on the basis of a result of a comparison between a signal generated on the basis of the light receiving signal and the disturbance signal.