mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-photon microscopy system comprising: a first objective lens oriented along a first longitudinal axis that intersects a sample at a first angle; a second objective lens oriented along a second longitudinal axis that intersects the sample at a second angle; a third objective lens oriented along a third longitudinal axis that intersects the sample at a third angle; and at least one laser source for generating a laser beam (A1, B1, C1) and a scanner for sequentially transmitting the laser beam (A1, B1, C1) through the first objective lens , the second objective lens , or the third objective lens when sequentially illuminating the sample , and wherein the fluorescence emissions (D1, D2, D3) emitted from the sample are simultaneously detected through the first objective lens , the second objective lens , and the third objective lens ; and first, second, and third optical arrangements operatively associated with the first, second and third objective lenses , respectively, wherein the first, second, and third optical arrangements each comprise a mirror and a detector , wherein each respective mirror transmits the fluorescence emissions (D1, D2, D3) to the respective detector for simultaneous detection of fluorescence emissions through each of the first, second, and third objective lenses , respectively, by each respective detector . a first objective lens oriented along a first longitudinal axis that intersects a sample at a first angle; a second objective lens oriented along a second longitudinal axis that intersects the sample at a second angle; a third objective lens oriented along a third longitudinal axis that intersects the sample at a third angle; and at least one laser source for generating a laser beam (A1, B1, C1) and a scanner for sequentially transmitting the laser beam (A1, B1, C1) through the first objective lens , the second objective lens , or the third objective lens when sequentially illuminating the sample , and wherein the fluorescence emissions (D1, D2, D3) emitted from the sample are simultaneously detected through the first objective lens , the second objective lens , and the third objective lens ; and first, second, and third optical arrangements operatively associated with the first, second and third objective lenses , respectively, wherein the first, second, and third optical arrangements each comprise a mirror and a detector , wherein each respective mirror transmits the fluorescence emissions (D1, D2, D3) to the respective detector for simultaneous detection of fluorescence emissions through each of the first, second, and third objective lenses , respectively, by each respective detector .
Seating system, in particular aircraft seating system, having at least one seating device which comprises at least one seat , and having a system for additionally booking and/or removing a booking , wherein the system for additionally booking and/or removing a booking is at least configured for additionally booking and/or removing the booking of at least one individual service performance and at least one comfort property, wherein the at least one seating device comprises at least one adjustable seat function unit which comprises the at least one comfort property the booking of which can be added and/or removed, and which has at least one standard operating state and at least one further operating state , wherein the at least one seat function unit is configured for being adjusted into the at least one further operating state when additionally booking the at least one comfort property, wherein the system for additionally booking and/or removing a booking has at least one electromechanical enabling unit which is configured for enabling the at least one seat function unit, wherein the seating system has at least one communication interface which is configured for making possible communication between a person and at least one computing unit , wherein the at least one individual service performance and/or the at least one comfort property can be additionally booked and/or the booking of which can be removed by means of the at least one communication interface, characterized in that the at least one communication interface is designed as a personal electronic device , PED.
A stabilized pharmaceutical composition comprising an active agent, polysorbate, and a histidine buffer consisting of histidine and a histidine buffer salt, wherein the histidine buffer salt is selected from the group consisting of histidine malate, histidine maleate, histidine fumarate, histidine tartrate, histidine citrate, histidine lactate, and mixtures thereof; and wherein the buffering salt is not histidine chloride or histidine acetate.
A system comprising: a plurality of I/O modules , wherein each I/O module comprises a plurality of channels that are connected in a mesh configuration; a plurality of field devices connected to the plurality of I/O modules through the plurality of channels of the plurality of I/O modules , wherein each field device is configured to receive signals and transmit signals through the plurality of channels ; a plurality of input/output interfaces , wherein each I/O interface is connected to the plurality of I/O modules ; and a plurality of controllers , wherein the plurality of controllers are paired with the plurality of channels through the mesh configuration, wherein each controller is configured to receive the signals from and transmit the signals to at least one field device of the plurality of field devices through at least one channel of the plurality of channels of the mesh configuration, characterised in that , upon loss of communication of at least one I/O module of the plurality of I/O modules with at least one controller of the plurality of controllers , the at least one I/O module is configured to consider in a failed state only those of the plurality of channels of the at least one I/O module which are paired with the at least one controller . a plurality of I/O modules , wherein each I/O module comprises a plurality of channels that are connected in a mesh configuration; a plurality of field devices connected to the plurality of I/O modules through the plurality of channels of the plurality of I/O modules , wherein each field device is configured to receive signals and transmit signals through the plurality of channels ; a plurality of input/output interfaces , wherein each I/O interface is connected to the plurality of I/O modules ; and a plurality of controllers , wherein the plurality of controllers are paired with the plurality of channels through the mesh configuration, wherein each controller is configured to receive the signals from and transmit the signals to at least one field device of the plurality of field devices through at least one channel of the plurality of channels of the mesh configuration, characterised in that , upon loss of communication of at least one I/O module of the plurality of I/O modules with at least one controller of the plurality of controllers , the at least one I/O module is configured to consider in a failed state only those of the plurality of channels of the at least one I/O module which are paired with the at least one controller .
A crystal form A of a compound represented by formula (I), wherein the X-ray powder diffraction pattern of the crystal form A comprises characteristic diffraction peaks at the following angle 2θ: 4.54°±0.2°, 13.70°±0.2°, 17.84±0.2°, 21.24°±0.2° and 26.62±0.2°;
A comestible non-baked food filling composition having a water activity of not more than 0.6 and a specific gravity of not more than 1.05, wherein the filling composition comprises: - at least 35% by weight pulse flour; and - from 25 to 50% by weight fat and/or oil, wherein fat does not include a fat of animal origin, and wherein the fat may be solid or liquid at ambient temperature; wherein the filling composition can be stored at from 20 to 25 °C for at least 10 weeks, without material deterioration in the form of detectable deterioration in organoleptic properties, and wherein the filling composition is aerated by 10% to 50%. - at least 35% by weight pulse flour; and - from 25 to 50% by weight fat and/or oil, wherein fat does not include a fat of animal origin, and wherein the fat may be solid or liquid at ambient temperature;
A water vapor impermeable flooring underlayment membrane, comprising: a water-vapor impermeable polymer layer having opposite first and second sides; a coated non-woven layer attached to a first side of the water-vapor impermeable polymer layer, wherein a coating layer of the coated non-woven layer comprises a synthetic polymer binder chosen from acrylics, acrylic vinyl chloride copolymers, polyvinyl chloride, polychloroprene, SBR, ethylene vinyl acetate, aqueous polyurethane emulsions, polyvinyl acetate, and mixtures thereof, wherein the coating layer further comprises at least one filler chosen from calcium carbonate, fly ash, slag, ceramic spheres, glass spheres, alumina trihydrate, talc, amorphous silica, and mixtures thereof and a pressure-sensitive adhesive layer attached on the second side of the water-vapor impermeable polymer layer, wherein the adhesive layer has open areas such that the membrane is partially adherable to a floor substrate and further wherein the adhesive layer is protected by a removable release liner. a water-vapor impermeable polymer layer having opposite first and second sides; a coated non-woven layer attached to a first side of the water-vapor impermeable polymer layer, wherein a coating layer of the coated non-woven layer comprises a synthetic polymer binder chosen from acrylics, acrylic vinyl chloride copolymers, polyvinyl chloride, polychloroprene, SBR, ethylene vinyl acetate, aqueous polyurethane emulsions, polyvinyl acetate, and mixtures thereof, wherein the coating layer further comprises at least one filler chosen from calcium carbonate, fly ash, slag, ceramic spheres, glass spheres, alumina trihydrate, talc, amorphous silica, and mixtures thereof and a pressure-sensitive adhesive layer attached on the second side of the water-vapor impermeable polymer layer, wherein the adhesive layer has open areas such that the membrane is partially adherable to a floor substrate and further wherein the adhesive layer is protected by a removable release liner.
A floating dispenser holder comprising: a float , the floating dispenser holder being characterized in that it further comprises: a post ; a first dispensing cartridge platform attached to a lower end of the post; a second dispensing cartridge platform attached to the lower end of the post where the first dispensing cartridge platform and the second dispensing cartridge platform are located on opposite sides of the lower end of the post; and a canopy attached to an upper end of the post with the canopy extending over the first dispensing cartridge platform and the second dispensing cartridge platform, said float in the floating dispenser holder buoyantly supporting a first dispensing cartridge located on the first dispensing cartridge platform and a second dispensing cartridge located on the second dispensing cartridge platform below a waterline with at least a portion of the canopy located above the water line when both the first dispensing cartridge and the second dispensing cartridge are in an unspent condition. a post ; a first dispensing cartridge platform attached to a lower end of the post; a second dispensing cartridge platform attached to the lower end of the post where the first dispensing cartridge platform and the second dispensing cartridge platform are located on opposite sides of the lower end of the post; and a canopy attached to an upper end of the post with the canopy extending over the first dispensing cartridge platform and the second dispensing cartridge platform, said float in the floating dispenser holder buoyantly supporting a first dispensing cartridge located on the first dispensing cartridge platform and a second dispensing cartridge located on the second dispensing cartridge platform below a waterline with at least a portion of the canopy located above the water line when both the first dispensing cartridge and the second dispensing cartridge are in an unspent condition.
A computer-implemented method comprising: generating, by a network controller, a master route table for a plurality of network segments (502-512) reachable from a plurality of edge network devices managed by the network controller ; receiving, by the network controller, zone definition information mapping the plurality of network segments into one or more zones, and one or more Zone-based Firewall, ZFW, policies to apply to traffic between a source zone and a destination zone specified by each ZFW policy; evaluating, by the network controller, a first ZFW policy to determine one or more first edge network devices that can reach one or more first network segments mapped to a first source zone specified by the first ZFW policy, one or more second edge network devices that can reach one or more second network segments mapped to a first destination zone specified by the first ZFW policy, and first routing information, from the master route table, between the one or more first network segments, the one or more first edge network devices, the one or more second edge network devices, and the one or more second network segments; and transmitting, by the network controller, the first routing information to the one or more first edge network devices and the one or more second edge network devices. generating, by a network controller, a master route table for a plurality of network segments (502-512) reachable from a plurality of edge network devices managed by the network controller ; receiving, by the network controller, zone definition information mapping the plurality of network segments into one or more zones, and one or more Zone-based Firewall, ZFW, policies to apply to traffic between a source zone and a destination zone specified by each ZFW policy; evaluating, by the network controller, a first ZFW policy to determine one or more first edge network devices that can reach one or more first network segments mapped to a first source zone specified by the first ZFW policy, one or more second edge network devices that can reach one or more second network segments mapped to a first destination zone specified by the first ZFW policy, and first routing information, from the master route table, between the one or more first network segments, the one or more first edge network devices, the one or more second edge network devices, and the one or more second network segments; and transmitting, by the network controller, the first routing information to the one or more first edge network devices and the one or more second edge network devices.
An ultra-long thermally insulated pipeline, comprising a working steel pipe and an outer sleeve steel pipe sleeving the working steel pipe, wherein an annular vacuum cavity is formed between the working steel pipe and the outer sleeve steel pipe; two ends of the outer sleeve steel pipe are tightened; and the tightened parts of the outer sleeve steel pipe are sealed with an outer wall of the working steel pipe through a plurality of sealing rings; wherein the ultra-long thermally insulated pipeline further comprises: a spiral ring supporting frame which is disposed outside the working steel pipe and is in contact with a wall of the working steel pipe, the spiral ring supporting frame is made of a phase change material, and the phase change material comprises: 20-30 parts by weight of paraffin phase change microcapsules, wherein a capsule core of the paraffin phase change microcapsules is made of paraffin, a capsule wall is made of a polymer of methyl methacrylate and styrene, and a molar ratio of the methyl methacrylate to the styrene is (3-5):1; 50-100 parts by weight of elastomer; and 50-100 parts by weight of binder. 20-30 parts by weight of paraffin phase change microcapsules, wherein a capsule core of the paraffin phase change microcapsules is made of paraffin, a capsule wall is made of a polymer of methyl methacrylate and styrene, and a molar ratio of the methyl methacrylate to the styrene is (3-5):1; 50-100 parts by weight of elastomer; and 50-100 parts by weight of binder.
A vehicular display device comprising: a reflection-type hologram disposed inside a windshield of a vehicle and including a first surface facing a side of an eye range (ER) of the vehicle; and a projection device that projects display light of a P wave toward the first surface , wherein the hologram outputs the display light , which is incident on the first surface from the projection device , as diffracted light directed to the eye range (ER), the projection device is disposed such that a part of the display light is reflected toward the eye range (ER) when an incident angle of the display light on the windshield is within a predetermined angle range (Rγ), and the projection device is disposed such that an angle difference (δ) between an incident angle (αx) included in the predetermined angle range (Rγ) and a Brewster angle (β) is equal to or less a predetermined value (δ1), characterized in that the hologram has diffraction characteristics of condensing the diffracted light in the eye range (ER). a reflection-type hologram disposed inside a windshield of a vehicle and including a first surface facing a side of an eye range (ER) of the vehicle; and a projection device that projects display light of a P wave toward the first surface , wherein the hologram outputs the display light , which is incident on the first surface from the projection device , as diffracted light directed to the eye range (ER), the projection device is disposed such that a part of the display light is reflected toward the eye range (ER) when an incident angle of the display light on the windshield is within a predetermined angle range (Rγ), and the projection device is disposed such that an angle difference (δ) between an incident angle (αx) included in the predetermined angle range (Rγ) and a Brewster angle (β) is equal to or less a predetermined value (δ1), characterized in that the hologram has diffraction characteristics of condensing the diffracted light in the eye range (ER).
Clamp for preventing removal of a wrist strap attached to a device by means of two ends, one end comprising a strap closure with a buckle and a closing pin and the other end being provided with a longitudinal row of holes for receiving said closing pin, characterized by said clamp being configured to be slid over said buckle while said wrist strap is closed, wherein said clamp is provided with a cover side and comprises at least two lateral sides and at least two legs placed on the inside of said cover side of said clamp and directed inwardly in order to form an angle with said cover side.
Method for assisting a utilizer in creating an application for accessing IoT data by means of single or multiple functions that a programming interface comprises, wherein when the application is created or in connection with the application being created, user data and behavioural data that are characteristic of the utilizer are recorded and/or produced and wherein when the application is created, a softwareimplemented tool automatically evaluates the user data and/or the behavioural data and takes them as a basis for automatically producing, as assistance for the utilizer, a proposal for at least one function of the programming interface that could be relevant to the utilizer and the application and displays said proposal to the utilizer, wherein the behavioural data captured are data that arise, and are characteristic of the respective use behaviour, when an application is created by the utilizer, wherein the captured behavioural data encode at least one behaviour of a programmer that involves selecting a specific function of the programming interface and providing said function in the application for accessing IoT data, characterized in that a function that is probably relevant to the utilizer and the application is a function that another utilizer has already used according to the behavioural data of this other utilizer, wherein such a function is automatically selected by the tool on the basis of the behavioural data of the other utilizer. wherein when the application is created or in connection with the application being created, user data and behavioural data that are characteristic of the utilizer are recorded and/or produced and wherein when the application is created, a softwareimplemented tool automatically evaluates the user data and/or the behavioural data and takes them as a basis for automatically producing, as assistance for the utilizer, a proposal for at least one function of the programming interface that could be relevant to the utilizer and the application and displays said proposal to the utilizer, wherein the behavioural data captured are data that arise, and are characteristic of the respective use behaviour, when an application is created by the utilizer, wherein the captured behavioural data encode at least one behaviour of a programmer that involves selecting a specific function of the programming interface and providing said function in the application for accessing IoT data, wherein the behavioural data captured are data that arise, and are characteristic of the respective use behaviour, when an application is created by the utilizer, wherein the captured behavioural data encode at least one behaviour of a programmer that involves selecting a specific function of the programming interface and providing said function in the application for accessing IoT data, characterized in that a function that is probably relevant to the utilizer and the application is a function that another utilizer has already used according to the behavioural data of this other utilizer, wherein such a function is automatically selected by the tool on the basis of the behavioural data of the other utilizer.
Bus system in building installation technology, having a bus and at least one bus device connected via a bus connecter to the bus , the bus device having at least the bus connector and at least one application module , wherein the bus connector is embodied to connect the bus device to the bus of the bus system and has a number of functional units , wherein the bus connector has an activity identification unit for identifying an activity state on the bus of the bus system and for the more targeted activation of the functional units as a function of the identified activity state, characterised in that the activity identification unit is embodied to identify the activity state for identifying a byte and/or a bus telegram, and wherein the activity identification unit is embodied to activate the functional units in the bus connector only when they are required.