mhurhangee/patent-ind-claim-en huggingface dataset:
Temporary dental prosthesis for determining abrasion facets comprising a prosthesis base and at least one prosthesis tooth , wherein at least the occlusal surface of the prosthesis tooth or at least one of the prosthesis teeth is made of an abrasive material, characterized in that the abrasive material comprises a plexiglass, an uncrosslinked polymethyl methacrylate and/or an unfilled, non-crosslinked thermoplastic, and that the abrasive material is such that a volume loss of 0.1 mm 3 to 2 mm 3 occurs on a planar surface of the abrasive material upon two-medium abrasion against a 4.75 mm diameter alumina sphere under water after 4,600 cycles, wherein in each cycle the alumina sphere is placed on the surface, then rolled on the planar surface of the abrasive material by 0.8 mm with a force of 50 N, and subsequently lifted off the surface. at least the occlusal surface of the prosthesis tooth or at least one of the prosthesis teeth is made of an abrasive material, characterized in that the abrasive material comprises a plexiglass, an uncrosslinked polymethyl methacrylate and/or an unfilled, non-crosslinked thermoplastic, and that the abrasive material is such that a volume loss of 0.1 mm 3 to 2 mm 3 occurs on a planar surface of the abrasive material upon two-medium abrasion against a 4.75 mm diameter alumina sphere under water after 4,600 cycles, wherein in each cycle the alumina sphere is placed on the surface, then rolled on the planar surface of the abrasive material by 0.8 mm with a force of 50 N, and subsequently lifted off the surface.
A system for publishing services and subscribing to services, comprising: a rules node configured to be fixedly connected to a vehicle having an ability to be in flight, the rules node including an interface to a network and a rules node memory storing a set of rules defining relationships between one or more publisher nodes and one or more subscriber nodes, and at least one rule included in the set of rules is based on flight state; and computer-executable instructions stored on a tangible, non-transitory computer-readable storage medium included in the rules node, which when executed by a processor of the rules node, cause the rules node to: receive one or more inputs that include (i) an identification of a service, and (ii) at least one of an identification of a publisher node on-board the vehicle or an identification of a subscriber node on-board the vehicle; and determine at least one of (a) whether the publisher node is allowed or is not allowed to publish the service, or (b) whether the subscriber node is allowed or is not allowed to subscribe to the service when the service is published, the determination based on the at least one rule included in the set of rules, current flight state information corresponding to the vehicle, and at least one input included in the one or more inputs, wherein: the rules node is a sole, active rules provider node of a set of nodes associated with the vehicle, and the rules node, the publisher node, and the subscriber node are comprised in the system and configured to be communicatively coupled via the network. receive one or more inputs that include (i) an identification of a service, and (ii) at least one of an identification of a publisher node on-board the vehicle or an identification of a subscriber node on-board the vehicle; and determine at least one of (a) whether the publisher node is allowed or is not allowed to publish the service, or (b) whether the subscriber node is allowed or is not allowed to subscribe to the service when the service is published, the determination based on the at least one rule included in the set of rules, current flight state information corresponding to the vehicle, and at least one input included in the one or more inputs, wherein: the rules node is a sole, active rules provider node of a set of nodes associated with the vehicle, and the rules node, the publisher node, and the subscriber node are comprised in the system and configured to be communicatively coupled via the network. the rules node is a sole, active rules provider node of a set of nodes associated with the vehicle, and the rules node, the publisher node, and the subscriber node are comprised in the system and configured to be communicatively coupled via the network.
A fuel tank baffle assembly for installation in a fuel tank , the baffle assembly comprising: a main body having a first end section , a second end section , and an intermediate section interconnecting said first and second end sections ; and at least one deployable auxiliary baffle structure operably associated with said main body , wherein said auxiliary baffle structure is configured to be positioned in an undeployed state during installation into a fuel tank , thereby defining a first installation width of said baffle assembly , and wherein said auxiliary baffle structure is later deployable into an extended position, thereby defining an operational width for subsequent usage, where said operational width is greater than said installation width, characterized in that each of said first end section and said second end section includes a respective divider plate which extends in a first direction and faces in a second direction transverse to said first direction to serve as a primary baffle structure which acts in use as a barrier to flow of fuel tank contents in said second direction, said auxiliary baffle structure and said divider plate are each oriented to generally face towards each other in said second direction in said undeployed state to define said first installation width, and extending in said first direction from said main body in said extended position, thereby defining said operational width greater than said installation width in said first direction, and said main body is positioned at an angle up to 20° in any direction relative to a plane extending in the first direction, wherein said plane corresponds in use to a fluid plane within said fuel tank . a main body having a first end section , a second end section , and an intermediate section interconnecting said first and second end sections ; and at least one deployable auxiliary baffle structure operably associated with said main body , wherein said auxiliary baffle structure is configured to be positioned in an undeployed state during installation into a fuel tank , thereby defining a first installation width of said baffle assembly , and wherein said auxiliary baffle structure is later deployable into an extended position, thereby defining an operational width for subsequent usage, where said operational width is greater than said installation width,
The compound N-(2-(2-methyl-1H-indol-3-yl)ethyl)-4-(1H-tetrazol-5-yl)benzamide or a pharmaceutically acceptable salt thereof.
A connection structure in which a first connecting object is connected to a second connecting object with a connecting part interposed therebetween, wherein at least a Cu-Sn intermetallic compound, a M-Sn intermetallic compound (M is Ni and/or Mn) and a Cu-M-Sn intermetallic compound exist in a cross-section of the connecting part when the cross-section of the connecting part is analyzed with a wavelength dispersive X-ray spectrometer (WDX), and when the cross-section of the connecting part is evenly divided into ten sections in a vertical direction and a lateral direction, respectively, to form 100 segmentalized squares in total, a ratio of the number of squares in which two or more kinds of intermetallic compounds having different constituent elements exist to the number of all squares except for squares in which only a Sn-based metal component exists in one square is 70% or more.
An in vitro method for increasing lysosome-mediated microautophagy of a lipid or protein substrate in a cell, said method comprising: - treating the cell with a microautophagy-enhancing agent which increases lysosomal association-dissociation events between lysosomes and the lipid or protein substrate; thereby increasing lysosome-mediated microautophagy of the lipid or protein substrate; wherein the microautophagy-enhancing agent comprises a GDP-bound form of Arl8b (Arl8b GDP ) protein, one or more expression vectors or mRNAs which increase cellular levels of the GDP-bound form of Arl8b by expression of the GDP-bound form of Arl8b (Arl8b GDP ) protein in cells, or a combination thereof. - treating the cell with a microautophagy-enhancing agent which increases lysosomal association-dissociation events between lysosomes and the lipid or protein substrate;
A diaphragm for alkaline water electrolysis, comprising a porous polymer membrane, the porous polymer membrane comprising a polymer resin and hydrophilic inorganic particles, wherein a porosity of the porous polymer membrane is 30% or more and 60% or less, average pore sizes at both surfaces of the porous polymer membrane are 0.5 μm or more and 2.0 μm or less, and a ratio of a mode particle size of the hydrophilic inorganic particles to the average pore size of the porous polymer membrane (mode particle size/average pore size) is 2.0 or more, the parameters porosity of the porous membrane, average pore size at both surfaces of the porous membrane and ratio of mode particle size/average pore size of the porous membrane are measured as defined in the description, the polymer resin comprises at least one selected from the group consisting of polysulfone, polyethersulfone, and polyphenylsulfone, the hydrophilic inorganic particles comprise zirconium oxide.
An apparatus comprising: a plurality of physical input/output ports configured to couple to a plurality of remote linecards (LCs) that provide IO resources ; and a processor coupled to the plurality of physical IO ports and configured to: map the remote LCs to a plurality of virtual network interface cards (vNICs) by allocating at least some of the IO resources to the vNICs ; receive an operating system (OS) kernel IO call comprising a request to access a first vNIC of the vNICs; determine a first remote LC of the remote LCs that corresponds to the first vNIC; direct the request to access the first remote LC; receive an IO resource requirement change; and reallocate IO resources allocated to the first vNIC according to the IO resource requirement change. a plurality of physical input/output ports configured to couple to a plurality of remote linecards (LCs) that provide IO resources ; and a processor coupled to the plurality of physical IO ports and configured to: map the remote LCs to a plurality of virtual network interface cards (vNICs) by allocating at least some of the IO resources to the vNICs ; receive an operating system (OS) kernel IO call comprising a request to access a first vNIC of the vNICs; determine a first remote LC of the remote LCs that corresponds to the first vNIC; direct the request to access the first remote LC; receive an IO resource requirement change; and reallocate IO resources allocated to the first vNIC according to the IO resource requirement change. map the remote LCs to a plurality of virtual network interface cards (vNICs) by allocating at least some of the IO resources to the vNICs ; receive an operating system (OS) kernel IO call comprising a request to access a first vNIC of the vNICs; determine a first remote LC of the remote LCs that corresponds to the first vNIC; direct the request to access the first remote LC; receive an IO resource requirement change; and reallocate IO resources allocated to the first vNIC according to the IO resource requirement change.
Shaft power plant for generating electricity by energy conversion of a drain between a headwater and a tailwater in a river, comprising: • at least two power plant modules , each with • a vertical open-top shaft , the shaft top of which forms an inflow plane which is essentially parallel to a bed and extends below the water level of the headwater , and • a turbine-generator unit disposed in the shaft , and • an ecological connection flume between the at least two power plant modules , wherein the connection flume is configured to be a drain of the headwater into the tailwater without generation of electricity by energy conversion, wherein • the connection flume extends from the power plant modules in a direction to the headwater , • an average incline of the connection flume is at least 1:20, preferably at least 1:25, especially preferably at least 1:30, and/or a length of the connection flume is at least a 20-fold, preferably at least a 25-fold, especially preferably a 30-fold, of a drop height between the headwater and the tailwater , and the connection flume ends at the power plant modules . • at least two power plant modules , each with • a vertical open-top shaft , the shaft top of which forms an inflow plane which is essentially parallel to a bed and extends below the water level of the headwater , and • a turbine-generator unit disposed in the shaft , and • a vertical open-top shaft , the shaft top of which forms an inflow plane which is essentially parallel to a bed and extends below the water level of the headwater , and • a turbine-generator unit disposed in the shaft , and • an ecological connection flume between the at least two power plant modules , wherein the connection flume is configured to be a drain of the headwater into the tailwater without generation of electricity by energy conversion, wherein • the connection flume extends from the power plant modules in a direction to the headwater , • an average incline of the connection flume is at least 1:20, preferably at least 1:25, especially preferably at least 1:30, and/or a length of the connection flume is at least a 20-fold, preferably at least a 25-fold, especially preferably a 30-fold, of a drop height between the headwater and the tailwater , and the connection flume ends at the power plant modules .
A power distribution management method for a hybrid vehicle, comprising: receiving (S110) an accelerator pedal opening information sent by the hybrid vehicle; respectively counting (S120), based on the accelerator pedal opening information, a first opening change rate when an accelerator pedal opening is in a starting interval and when the accelerator pedal opening is increased and a second opening change rate when the accelerator pedal opening is in an overtaking interval and when the accelerator pedal opening is increased, wherein the starting interval corresponds to a first preset range of the accelerator pedal opening when the vehicle starts, and the overtaking interval corresponds to a second preset range of the accelerator pedal opening when the vehicle overtakes; calculating (S130) a driver feature coefficient based on the first opening change rate and the second opening change rate; and sending (S140) the driver feature coefficient to the hybrid vehicle, so that the hybrid vehicle determines an accelerator pedal opening threshold for starting an engine based on the driver feature coefficient. receiving (S110) an accelerator pedal opening information sent by the hybrid vehicle; respectively counting (S120), based on the accelerator pedal opening information, a first opening change rate when an accelerator pedal opening is in a starting interval and when the accelerator pedal opening is increased and a second opening change rate when the accelerator pedal opening is in an overtaking interval and when the accelerator pedal opening is increased, wherein the starting interval corresponds to a first preset range of the accelerator pedal opening when the vehicle starts, and the overtaking interval corresponds to a second preset range of the accelerator pedal opening when the vehicle overtakes; calculating (S130) a driver feature coefficient based on the first opening change rate and the second opening change rate; and sending (S140) the driver feature coefficient to the hybrid vehicle, so that the hybrid vehicle determines an accelerator pedal opening threshold for starting an engine based on the driver feature coefficient.
One or more computer-readable storage media storing computer-useable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform a method for inferring entity attribute values, the method comprising: receiving a search query from a user; receiving data from multiple heterogeneous data sources, each data source storing information related to said search query, the data including a plurality of entity attribute values each associated with an entity and an attribute, the attribute having an associated attribute type and an attribute confidence score; creating a partial-to-attribute graph that includes the plurality of entity attribute values and associated entities, wherein a partial is a set of attributes and their corresponding attribute values for a particular entity; creating a partial-to-partial similarity graph based upon attribute overlap in the partial-to-attribute graph; identifying a specific partial corresponding to a first entity in the partial-to-partial similarity graph, the specific partial including a missing or ambiguous attribute for the first entity; identifying one or more spatially proximate partials to the specific partial from the partial-to-partial similarity graph; inferring a possible value for the missing or ambiguous attribute for the first entity by identifying, in aggregate across the one or more spatially proximate partials, values associated with the missing or ambiguous attribute; ranking entities retrieved in response to the search query, based on using said inferred value as a ranking signal; and providing search results in the form of entities to the user. receiving a search query from a user; receiving data from multiple heterogeneous data sources, each data source storing information related to said search query, the data including a plurality of entity attribute values each associated with an entity and an attribute, the attribute having an associated attribute type and an attribute confidence score; creating a partial-to-attribute graph that includes the plurality of entity attribute values and associated entities, wherein a partial is a set of attributes and their corresponding attribute values for a particular entity; creating a partial-to-partial similarity graph based upon attribute overlap in the partial-to-attribute graph; identifying a specific partial corresponding to a first entity in the partial-to-partial similarity graph, the specific partial including a missing or ambiguous attribute for the first entity; identifying one or more spatially proximate partials to the specific partial from the partial-to-partial similarity graph; inferring a possible value for the missing or ambiguous attribute for the first entity by identifying, in aggregate across the one or more spatially proximate partials, values associated with the missing or ambiguous attribute; ranking entities retrieved in response to the search query, based on using said inferred value as a ranking signal; and providing search results in the form of entities to the user.
A space for cultivating biological organisms, such as plants, insects, marine life or the like, the space having an air conditioning device for conditioning ambient air and at least one shelf disposed in an interior of the space, a vertical supply-air current being realized in the interior by means of the air conditioning device, the shelf being made of a frame made of vertically disposed racks and a plurality of superjacent shelf boards disposed horizontally on the racks at intervals and intended for receiving organisms , the shelf having an open design so that the ambient air flows through a receiving space intended for the organisms and limited by the shelf boards, the shelf having a flow guide element by means of which the vertical supply-air current is deflected at least partially to a horizontal air current in the receiving space, the flow guide element being made of a fin which is fastened to the shelf, characterized in that the fin protrudes into the interior over a lateral end of the shelf board and/or lateral dimensions of the frame.
An all-differential resonant sensor apparatus , comprising: a sensing loop including a hydrophilic sensing layer deposited on a sensing resonant beam to detect water vapor concentration in an ambient air, said sensing layer comprising a matrix of nano composite of sulfonated polystyrene and sulfonated carbon nanotubes; a reference loop including a reference layer ; and a mixer for detecting a difference between a frequency response output from said sensing loop and said reference loop based on absorbed humidity with respect to said sensing resonant beam in order to output a drift-free frequency signal; characterised in that : said reference loop includes a hydrophobic reference layer in correspondence with said hydrophilic sensing layer deposited on a reference resonant beam , wherein said hydrophobic reference layer comprises a matrix of nano composite of polystyrene and carbon nanotubes. a sensing loop including a hydrophilic sensing layer deposited on a sensing resonant beam to detect water vapor concentration in an ambient air, said sensing layer comprising a matrix of nano composite of sulfonated polystyrene and sulfonated carbon nanotubes; a reference loop including a reference layer ; and a mixer for detecting a difference between a frequency response output from said sensing loop and said reference loop based on absorbed humidity with respect to said sensing resonant beam in order to output a drift-free frequency signal; characterised in that : said reference loop includes a hydrophobic reference layer in correspondence with said hydrophilic sensing layer deposited on a reference resonant beam , wherein said hydrophobic reference layer comprises a matrix of nano composite of polystyrene and carbon nanotubes.
A pump assembly comprising: a first stage including a first inlet in communication with a first cavity , and a first pumping means disposed within the first cavity ; a second stage including a second inlet in communication with a second cavity , an outlet in communication with both the first and the second cavity , and a second pumping means disposed within the second cavity ; and a transfer plate disposed between the first stage and the second stage , the transfer plate including a transfer window ; characterised in that the entire transfer window is disposed horizontally above the first pumping means and the second pumping means . a first stage including a first inlet in communication with a first cavity , and a first pumping means disposed within the first cavity ; a second stage including a second inlet in communication with a second cavity , an outlet in communication with both the first and the second cavity , and a second pumping means disposed within the second cavity ; and a transfer plate disposed between the first stage and the second stage , the transfer plate including a transfer window ; characterised in that the entire transfer window is disposed horizontally above the first pumping means and the second pumping means .
A peptoid affinity ligand, selected from the group consisting of: and or and , or and wherein the peptoid affinity ligand has a binding affinity to an immunoglobulin, immunoglobulin fragment or immunoglobulin fusion protein thereof.