mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid level sensor comprising: a microprocessor for controlling a condensate pump, and a sensor module having a first sensing element configured to generate a low liquid level detection signal in response to a liquid reaching the first sensing element, a second sensing element positioned above the first sensing element and configured to generate a top liquid level detection signal in response to a liquid reaching the second sensing element, and a level sensing element positioned between the first and second sensing elements and configured to generate a variable liquid level signal in response to the liquid level rising across the level sensing element; wherein the first sensing element, the second sensing element and the level sensing element are electrically connected to the microprocessor, wherein the microprocessor is configured to receive the low liquid level detection signal, the top liquid level detection signal and the variable liquid level signal, wherein the microprocessor is configured to store the received variable liquid level signal in a non-volatile memory as a low liquid level reference value upon receipt of the low liquid level detection signal, wherein the microprocessor is configured to calculate an error value based on the variable liquid level signal and the reference value, wherein the microprocessor is configured to determine the operating speed of the condensate pump speed based the calculated error value, and wherein the microprocessor is configured to generate a control signal to operate the condensate pump at the determined speed. a microprocessor for controlling a condensate pump, and a sensor module having a first sensing element configured to generate a low liquid level detection signal in response to a liquid reaching the first sensing element, a second sensing element positioned above the first sensing element and configured to generate a top liquid level detection signal in response to a liquid reaching the second sensing element, and a level sensing element positioned between the first and second sensing elements and configured to generate a variable liquid level signal in response to the liquid level rising across the level sensing element; wherein the first sensing element, the second sensing element and the level sensing element are electrically connected to the microprocessor, wherein the microprocessor is configured to receive the low liquid level detection signal, the top liquid level detection signal and the variable liquid level signal, wherein the microprocessor is configured to store the received variable liquid level signal in a non-volatile memory as a low liquid level reference value upon receipt of the low liquid level detection signal, wherein the microprocessor is configured to calculate an error value based on the variable liquid level signal and the reference value, wherein the microprocessor is configured to determine the operating speed of the condensate pump speed based the calculated error value, and wherein the microprocessor is configured to generate a control signal to operate the condensate pump at the determined speed.
A controlling entity, CA_NF, capable of communicating with a network management entity, OSS, deployed in a management plane, MP, and one or more network function, NF, entities of a network slice instance, NSI, wherein the one or more NF entities being deployed in a control plane of the NSI and/or a user plane of the NSI, and the CA_NF being deployed in the control plane of the NSI, the CA_NF being configured to: - receive information from the one or more NF entities using a respective second interface (If-CA_NF) and from the OSS using a first interface (If-CA_MP), the received information being relevant to generate a context; - generate the context based on the received information from the one or more NF entities and from the OSS; and characterized in that the CA_NF being configured to: - send context-related information towards the OSS using the first interface (If-CA_MP) when the OSS is impacted by the generated context; and - send the context-related information towards one amongst the one or more NF entities using the second interface (If-CA_NF) when the one amongst the one or more NF entities is impacted by the generated context; - wherein the context-related information comprises the generated context when the entity that is impacted by the generated context is an entity susceptible to enforce a change upon receiving the generated context; and - wherein the context-related information comprises a notification message about a type of the generated context when the entity that is impacted by the generated context is an entity susceptible to be influenced by the enforced change. - receive information from the one or more NF entities using a respective second interface (If-CA_NF) and from the OSS using a first interface (If-CA_MP), the received information being relevant to generate a context; - generate the context based on the received information from the one or more NF entities and from the OSS; and - send context-related information towards the OSS using the first interface (If-CA_MP) when the OSS is impacted by the generated context; and - send the context-related information towards one amongst the one or more NF entities using the second interface (If-CA_NF) when the one amongst the one or more NF entities is impacted by the generated context; - wherein the context-related information comprises the generated context when the entity that is impacted by the generated context is an entity susceptible to enforce a change upon receiving the generated context; and - wherein the context-related information comprises a notification message about a type of the generated context when the entity that is impacted by the generated context is an entity susceptible to be influenced by the enforced change.
A method of producing glutathione, the method comprising: a) a step of generating adenosine triphosphate (ATP) from adenosine diphosphate (ADP) and an inorganic phosphate by irradiating isolated photosynthetic membrane vesicles with light; b) a step of synthesizing glutathione by enzymes that catalyze glutathione synthesis using ATP generated in step a), and forming ADP and an inorganic phosphate; and c) a step of reusing ADP and an inorganic phosphate formed in step b) to generate ATP by photosynthetic membrane vesicles; wherein the isolated photosynthetic membrane vesicles are selected from the group consisting of chromatophore membrane vesicles isolated from purple non-sulfur bacteria and thylakoid membrane vesicles isolated from cyanobacteria or algae. a) a step of generating adenosine triphosphate (ATP) from adenosine diphosphate (ADP) and an inorganic phosphate by irradiating isolated photosynthetic membrane vesicles with light; b) a step of synthesizing glutathione by enzymes that catalyze glutathione synthesis using ATP generated in step a), and forming ADP and an inorganic phosphate; and c) a step of reusing ADP and an inorganic phosphate formed in step b) to generate ATP by photosynthetic membrane vesicles;
Interior room lamp , in particular an office lamp, including a housing with a cavity in which at least one LED linear module and at least one light guide plate comprising at least one side edge and two boundary surfaces are disposed, - wherein the LED linear module is designed to radiate light into the cavity , - wherein the cavity has a first translucent opening for indirect lighting on an upper side and a second translucent opening for indirect lighting on a lower side , - wherein the light guide plate is arranged between the first opening and the second opening in a first plane , - wherein the at least one LED linear module is arranged at a distance to the at least one side edge of the light guide plate and/or in a second plane at a distance to the first plane and radiates the light into the cavity , and - wherein a medium radiating direction of the light is aligned parallel to the first plane , - characterized in that a reflector engages at least partially around the light guide plate on the side edge facing the LED linear module with an upper longitudinal limb , a lower longitudinal limb that rests on the second boundary surface and a transverse limb on the end face of the light guide plate , and - the upper longitudinal limb is inclined obliquely upwards. - wherein the LED linear module is designed to radiate light into the cavity , - wherein the cavity has a first translucent opening for indirect lighting on an upper side and a second translucent opening for indirect lighting on a lower side , - wherein the light guide plate is arranged between the first opening and the second opening in a first plane , - wherein the at least one LED linear module is arranged at a distance to the at least one side edge of the light guide plate and/or in a second plane at a distance to the first plane and radiates the light into the cavity , and - wherein a medium radiating direction of the light is aligned parallel to the first plane , - characterized in that a reflector engages at least partially around the light guide plate on the side edge facing the LED linear module with an upper longitudinal limb , a lower longitudinal limb that rests on the second boundary surface and a transverse limb on the end face of the light guide plate , and - the upper longitudinal limb is inclined obliquely upwards.
A hot runner nozzle for injection molds comprising a nozzle pipe in which a passage channel for the passage of a plastic melt is formed, wherein the passage channel extends along a center axis from a rear side channel inlet side up to a front side nozzle tip and opens in at least one outlet channel in the nozzle tip through which the plastic melt can be driven, with a contact collar 16 for sealing contact with the injection mold being provided, characterized in that at least the nozzle pipe is manufactured by means of a generative production process as a single-part base member ; and in that the nozzle pipe has an inner pipe member in which the passage channel is formed and with the nozzle pipe having an outer pipe member surrounding the inner pipe member so that a peripheral hollow space extends between the inner pipe member and the outer pipe member .
Metal complex having bismuth as metal atom and at least one ligand, where the ligand comprises at least one anionic coordination group having at least one oxygen and/or nitrogen atom through which the metal atom is coordinated, and the ligand comprises at least one triarylamine group.
Trigonelline for use in treating, preventing or ameliorating infertility or reduced fertility in a female individual.
An information processing device including a first wireless communicator adapted to establish a short-range wireless communication with a first image forming device in a local network and including a second wireless communicator adapted to establish a wireless Local Area Network, LAN, communication with a wireless communicator device connected to said local network , said information processing device comprises: an address obtaining unit adapted to cause said first wireless communicator to establish the short-range wireless communication with said first image forming device , thereby obtaining an IP address of said first image forming device in said local network ; and an unicast search unit adapted to cause said second wireless communicator to send a search command for searching for a second image forming device in said local network to said local network using unicast transmission via said wireless communicator device based on the IP address obtained by said address obtaining unit , wherein the unicast search unit is adapted to determine a scope of addresses to send the search command using the unicast transmission, and one of the IP addresses included in the scope is set as the unicast transmission address. an address obtaining unit adapted to cause said first wireless communicator to establish the short-range wireless communication with said first image forming device , thereby obtaining an IP address of said first image forming device in said local network ; and an unicast search unit adapted to cause said second wireless communicator to send a search command for searching for a second image forming device in said local network to said local network using unicast transmission via said wireless communicator device based on the IP address obtained by said address obtaining unit , wherein the unicast search unit is adapted to determine a scope of addresses to send the search command using the unicast transmission, and one of the IP addresses included in the scope is set as the unicast transmission address.
A washing device for performing development of an imagewise exposed flexographic printing plate precursor using a washing solution while transporting the printing plate precursor , the washing device comprising: a transporting unit for transporting the flexographic printing plate precursor along a transport path having a curved transport passage and a linear transport passage, using a leader; and a developing portion for performing the development by removing an unexposed portion of the flexographic printing plate precursor, wherein the transporting unit is configured to transport the flexographic printing plate precursor using a winding transmission method or to transport the flexographic printing plate precursor using a method of winding a traction member provided at the leader; wherein the leader is provided, among a front end part of a support where the flexographic printing plate precursor is provided on a traveling direction side of the support and a rear end part on an opposite side of the front end part, at at least the front end part. a transporting unit for transporting the flexographic printing plate precursor along a transport path having a curved transport passage and a linear transport passage, using a leader; and a developing portion for performing the development by removing an unexposed portion of the flexographic printing plate precursor, wherein the transporting unit is configured to transport the flexographic printing plate precursor using a winding transmission method or to transport the flexographic printing plate precursor using a method of winding a traction member provided at the leader;
A viral vector comprising a first nucleic acid sequence encoding an antigen or an antigenic epitope, a second nucleic acid sequence encoding a full length latent membrane protein 1 (LMP1) of Epstein Barr virus, and a third nucleic acid sequence encoding a fusion protein comprising the transmembrane portion of LMP1 in which the intra-cytoplasmic domain has been replaced by human Interferon Promoter Stimulator-1 (IPS1) or a variant thereof capable of activating the STING pathway, wherein the encoded sequences of the vector are codon optimized for human expression, wherein the second and third nucleic acid sequences follow the first nucleic acid sequence in any order, and wherein the vector further comprises a nucleic acid sequence encoding a soluble immune checkpoint inhibitor molecule or soluble immune modulator molecule.
Method for a first vehicle , the method comprising: Receiving a vehicle-to-vehicle message directly from a second vehicle , wherein the vehicle-to-vehicle message comprises positional information about the second vehicle; Determining a distance between the first vehicle and the second vehicle based upon a content of the vehicle-to-vehicle message; determining a received signal strength of the vehicle-to-vehicle message; determining information about a ratio between the received signal strength and the distance; Receiving information about an expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle as part of a map with information about an expected ratio of received signal strengths and distances for a plurality of positions and/or distances in a geographical coordinate system from a server ; and Verifying the position information based upon the information about the ratio between the received signal strength and the distance, based upon the information about the expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle. Receiving a vehicle-to-vehicle message directly from a second vehicle , wherein the vehicle-to-vehicle message comprises positional information about the second vehicle; Determining a distance between the first vehicle and the second vehicle based upon a content of the vehicle-to-vehicle message; determining a received signal strength of the vehicle-to-vehicle message; determining information about a ratio between the received signal strength and the distance; Receiving information about an expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle as part of a map with information about an expected ratio of received signal strengths and distances for a plurality of positions and/or distances in a geographical coordinate system from a server ; and Verifying the position information based upon the information about the ratio between the received signal strength and the distance, based upon the information about the expected ratio between the received signal strength of the vehicle-to-vehicle message and the distance between the first vehicle and the second vehicle.
A key element having a key bow and a key shank , which extends along a key axis from the key bow to a front-side key tip with two mutually parallel flat sides and two mutually opposite narrow sides , having an inlet groove , which extends in one of the flat sides from the key tip parallel to the key axis and which has a non-constant depth along its axial extension, wherein the inlet groove is undercut, characterised in that the key element is a reversible key element in that the key shank is symmetrical with respect to a rotation of 180° around the key axis.
A method for obtaining information from a DHCP server , the method comprising: a DHCP client device , without IP connectivity, receiving (s310) a Link Layer Discovery Protocol (LLDP) message by a network node , the LLDP message comprising authentication information, the authentication information comprising: a DHCP Key; a unique identifier; and a Client-ID; and the DHCP client device using (s320) the authentication information to obtain information from the DHCP server. a DHCP client device , without IP connectivity, receiving (s310) a Link Layer Discovery Protocol (LLDP) message by a network node , the LLDP message comprising authentication information, the authentication information comprising: a DHCP Key; a unique identifier; and a Client-ID; and the DHCP client device using (s320) the authentication information to obtain information from the DHCP server.
A lid for a liquid container , the lid comprising: a base that is configured for removable attachment to a container , the base including one or more vent holes and a drink hole ; a lid lever pivotably attached to the base , the lid lever including one or more vent plugs that selectively open and close the one or more vent holes ; and a seal arm assembly pivotably attached to the base and pivotably movable about a pivot point , the seal arm assembly including a drink plug that selectively opens and closes the drink hole , wherein, beginning in a closed position, the lid lever is pivotably movable independently of the seal arm assembly to open the at least one vent hole before the seal arm assembly opens the drink hole , characterised in that the seal arm assembly includes a ball plunger located in a recess that is formed in, or is connected to, a ball element ; and wherein the lid comprises a plunger bracket located on the base , wherein the plunger bracket resists movement, so as to prevent the ball plunger from passing the plunger bracket until sufficient force is applied, thereby only allowing the seal arm assembly to move from a closed position to an open position when sufficient force is applied. a base that is configured for removable attachment to a container , the base including one or more vent holes and a drink hole ; a lid lever pivotably attached to the base , the lid lever including one or more vent plugs that selectively open and close the one or more vent holes ; and a seal arm assembly pivotably attached to the base and pivotably movable about a pivot point , the seal arm assembly including a drink plug that selectively opens and closes the drink hole , wherein, beginning in a closed position, the lid lever is pivotably movable independently of the seal arm assembly to open the at least one vent hole before the seal arm assembly opens the drink hole , characterised in that the seal arm assembly includes a ball plunger located in a recess that is formed in, or is connected to, a ball element ; and wherein the lid comprises a plunger bracket located on the base , wherein the plunger bracket resists movement, so as to prevent the ball plunger from passing the plunger bracket until sufficient force is applied, thereby only allowing the seal arm assembly to move from a closed position to an open position when sufficient force is applied.
A method for communication device station deployment, comprising: acquiring , by a first communication network device, a station deployment file package corresponding to a second communication network device from a first operation management center, OMC, that corresponds to the first communication network device; establishing a first communication link between the first communication network device and the second communication network device; and transmitting the station deployment file package to the second communication network device, via the first communication link, from the first communication network device, the station deployment file package being configured for the second communication network device to execute station deployment; wherein the first communication network device is a fourth generation, 4G, communication device, the second communication network device is a fifth generation, 5G, communication device, and the first communication link is an Ethernet link within a base station; wherein establishing the first communication link between the first communication network device and the second communication network device comprises: configuring and establishing the first communication link according to configuration information of the first communication link in the station deployment file package. acquiring , by a first communication network device, a station deployment file package corresponding to a second communication network device from a first operation management center, OMC, that corresponds to the first communication network device; establishing a first communication link between the first communication network device and the second communication network device; and transmitting the station deployment file package to the second communication network device, via the first communication link, from the first communication network device, the station deployment file package being configured for the second communication network device to execute station deployment; wherein the first communication network device is a fourth generation, 4G, communication device, the second communication network device is a fifth generation, 5G, communication device, and the first communication link is an Ethernet link within a base station; wherein establishing the first communication link between the first communication network device and the second communication network device comprises: configuring and establishing the first communication link according to configuration information of the first communication link in the station deployment file package.