mhurhangee/patent-ind-claim-en huggingface dataset:
A node for tracking fulfillment of an operational constraint imposed on an operational function (201-203) of a field device , the node comprising: - a retrieval module configured to retrieve a state signal indicative of an operational state of the operational function (201-203) of the field device , the operational state being associated with the operational constraint, and - a logging module configured to write, to a distributed database , the operational state referenced to the operational function (201-203); characterized in that : - the operational constraint is activated or deactivated depending on one or more trigger criteria; and - the retrieval module is configured to retrieve a constraint signal indicative of the operational constraint from the distributed database , wherein the distributed database is a database that is distributed over a multitude of infrastructure nodes, wherein transactions are selectively deposited in the distributed database depending on a consensus between the infrastructure nodes. - a retrieval module configured to retrieve a state signal indicative of an operational state of the operational function (201-203) of the field device , the operational state being associated with the operational constraint, and - a logging module configured to write, to a distributed database , the operational state referenced to the operational function (201-203); - the operational constraint is activated or deactivated depending on one or more trigger criteria; and - the retrieval module is configured to retrieve a constraint signal indicative of the operational constraint from the distributed database , wherein the distributed database is a database that is distributed over a multitude of infrastructure nodes, wherein transactions are selectively deposited in the distributed database depending on a consensus between the infrastructure nodes.
A modified mineral-based filler comprising at least one alkaline earth metal carbonate-comprising material being ground calcium carbonate and/or dolomite, and at least one water insoluble copper salt, which covers at least partially the surface of the at least one alkaline earth metal carbonate-comprising material, wherein the at least one water insoluble copper salt comprises the copper mineral malachite in an amount of at least 10 wt.-%, based on the total weight of the at least one water insoluble copper salt.
A solid catalyst component for the (co)polymerization of olefins CH 2 =CHR, in which R is a hydrocarbyl radical with 1-12 carbon atoms, optionally in mixture with ethylene, comprising Ti, Mg, Zn, Cl, and an electron donor compound in which: - the Zn compound is selected from the group consisting of Zn halides, Zn carbonate, Zn acetate, Zn nitrate, Zn oxide, Zn sulphate, Zn Sulfide; - more than 50% of the titanium atoms are in the +4 valence state; - the amount of Zn ranges from 0.2 to 3.5% by weight based on then total weight of said solid catalyst component and - the Zn/Mg molar ratio ranges from 0.001 to 0.05. - the Zn compound is selected from the group consisting of Zn halides, Zn carbonate, Zn acetate, Zn nitrate, Zn oxide, Zn sulphate, Zn Sulfide; - more than 50% of the titanium atoms are in the +4 valence state; - the amount of Zn ranges from 0.2 to 3.5% by weight based on then total weight of said solid catalyst component and - the Zn/Mg molar ratio ranges from 0.001 to 0.05.
An information processing device, comprising: defect detecting means for detecting a range of a defect that is a crack on an object based on local feature amounts extracted from an input image; extracting means for extracting a feature amount pertaining to a partial image of the defect, the partial image of the defect being obtained from the input image, on the basis of a result of detecting the range of the defect; and attribute determining means for determining an attribute of the defect using the feature amount pertaining to the partial image of the defect, characterized in that : the defect detecting means detects the range of the defect in accordance with a first feature amount of each pixel in the input image, obtained using an output from an intermediate layer of a Convolutional Neural Network into which the input image has been input; and the extracting means extracts the feature amount pertaining to the partial image of the defect in accordance with a second feature amount of each pixel in the partial image of the defect obtained using the output from the intermediate layer of the Convolutional Neural Network. defect detecting means for detecting a range of a defect that is a crack on an object based on local feature amounts extracted from an input image; extracting means for extracting a feature amount pertaining to a partial image of the defect, the partial image of the defect being obtained from the input image, on the basis of a result of detecting the range of the defect; and attribute determining means for determining an attribute of the defect using the feature amount pertaining to the partial image of the defect, characterized in that : the defect detecting means detects the range of the defect in accordance with a first feature amount of each pixel in the input image, obtained using an output from an intermediate layer of a Convolutional Neural Network into which the input image has been input; and the extracting means extracts the feature amount pertaining to the partial image of the defect in accordance with a second feature amount of each pixel in the partial image of the defect obtained using the output from the intermediate layer of the Convolutional Neural Network. the defect detecting means detects the range of the defect in accordance with a first feature amount of each pixel in the input image, obtained using an output from an intermediate layer of a Convolutional Neural Network into which the input image has been input; and the extracting means extracts the feature amount pertaining to the partial image of the defect in accordance with a second feature amount of each pixel in the partial image of the defect obtained using the output from the intermediate layer of the Convolutional Neural Network.
A spinal shield configured to protect the spinal cord and/or dura during surgical procedures, comprising: a shield body for establishing a protective barrier when resting above a spinal canal, forming a top side , a bottom side that collectively define a front side , a rear side , a first lateral side , and a second lateral side opposite the first lateral side, wherein the shield body defines a curved configuration; a plurality of laterally extending legs for extension between access points for spinal fixation hardware, that extend outwardly at an angle from the first and second lateral sides, respectively; and a handle portion for insertion or removal from a surgical site, that extends outwardly in perpendicular relation to the shield body, wherein an underside of each laterally extending leg or lateral extension defines a textured surface. a shield body for establishing a protective barrier when resting above a spinal canal, forming a top side , a bottom side that collectively define a front side , a rear side , a first lateral side , and a second lateral side opposite the first lateral side, wherein the shield body defines a curved configuration; a plurality of laterally extending legs for extension between access points for spinal fixation hardware, that extend outwardly at an angle from the first and second lateral sides, respectively; and a handle portion for insertion or removal from a surgical site, that extends outwardly in perpendicular relation to the shield body, wherein an underside of each laterally extending leg or lateral extension defines a textured surface.
A rotary valve comprising: a valve body made of a first material, the valve body having a fluid flow passageway and a first shaft bore , the fluid flow passageway defining a first axis and the first shaft bore defining a second axis that is substantially non-parallel relative to the first axis of the fluid flow passageway ; and a first insert positioned in the first shaft bore , the first insert made of a second material different than the first material, the second material having a higher corrosion resistance characteristic than the first material, wherein the first insert comprises a cylindrical body defining an inner surface and an outer surface, the inner surface defining a longitudinal bore extending through an entire length of the cylindrical body , the longitudinal bore defining a first opening to receive a drive shaft of the valve, and the first insert comprising a first counterbore formed in the cylindrical body , the first counterbore defining a second opening coaxially aligned with the first opening , the first opening having a first diameter and the second opening having a second diameter that is greater than the first diameter; and a bearing disposed in the second opening , wherein the first counterbore defines an inner wall that restricts movement of the bearing, wherein the first insert includes an outer wall positioned on the outer surface, the outer wall arranged to engage the valve body to position the first insert in the first shaft bore , and wherein the outer wall of the first insert is welded to the valve body . a valve body made of a first material, the valve body having a fluid flow passageway and a first shaft bore , the fluid flow passageway defining a first axis and the first shaft bore defining a second axis that is substantially non-parallel relative to the first axis of the fluid flow passageway ; and a first insert positioned in the first shaft bore , the first insert made of a second material different than the first material, the second material having a higher corrosion resistance characteristic than the first material, wherein the first insert comprises a cylindrical body defining an inner surface and an outer surface, the inner surface defining a longitudinal bore extending through an entire length of the cylindrical body , the longitudinal bore defining a first opening to receive a drive shaft of the valve, and the first insert comprising a first counterbore formed in the cylindrical body , the first counterbore defining a second opening coaxially aligned with the first opening , the first opening having a first diameter and the second opening having a second diameter that is greater than the first diameter; and a bearing disposed in the second opening , wherein the first counterbore defines an inner wall that restricts movement of the bearing, wherein the first insert includes an outer wall positioned on the outer surface, the outer wall arranged to engage the valve body to position the first insert in the first shaft bore , and wherein the outer wall of the first insert is welded to the valve body .
An aircraft comprising a system for de-icing an aircraft structure or surface susceptible to icing during operation of the aircraft , the system comprising: an inert gas generating system comprising a catalyst for receiving fuel and oxygen and converting the fuel and oxygen to CO 2 and H 2 O in gaseous form; a condenser for condensing the H 2 O to liquid form, the condenser providing heat to a heat transfer fluid so as to prevent the accumulation of ice on the aircraft structure or surface , or melt ice which has already accumulated on the aircraft structure or surface ; and the heat transfer fluid receiving heat from said condenser , the heated fluid being conducted to said aircraft structure or surface , wherein the aircraft structure or surface is a leading edge of a wing, an engine intake, a tail surface or a control surface, and the condenser is positioned in indirect thermal contact with the aircraft structure or surface to be heated, the heat produced in the condenser being transmitted to the aircraft structure or surface to be protected. an inert gas generating system comprising a catalyst for receiving fuel and oxygen and converting the fuel and oxygen to CO 2 and H 2 O in gaseous form; a condenser for condensing the H 2 O to liquid form, the condenser providing heat to a heat transfer fluid so as to prevent the accumulation of ice on the aircraft structure or surface , or melt ice which has already accumulated on the aircraft structure or surface ; and the heat transfer fluid receiving heat from said condenser , the heated fluid being conducted to said aircraft structure or surface , wherein the aircraft structure or surface is a leading edge of a wing, an engine intake, a tail surface or a control surface, and the condenser is positioned in indirect thermal contact with the aircraft structure or surface to be heated, the heat produced in the condenser being transmitted to the aircraft structure or surface to be protected.
Method for providing graphical feedback visualizing forces within a joint through a range of motion of the joint, the method comprising: receiving, using one or more processors, position data for at least one bone of the joint while the at least one bone is moved through a range of motion (ROM); concurrently to receiving the position data, receiving, using one or more processors, force data from at least one force sensor embedded within a trial prosthesis in the joint; concurrently to receiving the position data, receiving strain gauge data from one or more strain gauges attached to one or more body parts adjacent the joint; and generating, for display on a display device, a graphical representation based on the position data and the force data, the graphical representation illustrating changes in the force data versus locations of the bone as it moved through the ROM. receiving, using one or more processors, position data for at least one bone of the joint while the at least one bone is moved through a range of motion (ROM); concurrently to receiving the position data, receiving, using one or more processors, force data from at least one force sensor embedded within a trial prosthesis in the joint; concurrently to receiving the position data, receiving strain gauge data from one or more strain gauges attached to one or more body parts adjacent the joint; and generating, for display on a display device, a graphical representation based on the position data and the force data, the graphical representation illustrating changes in the force data versus locations of the bone as it moved through the ROM.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, a first message comprising information on at least one bandwidth part, BWP, including first configuration information on a Physical Downlink Control Channel, PDCCH, and second configuration information on a Physical Downlink Shared Control Channel, PDSCH, via Radio Resource Control, RRC, the method being characterized by : transmitting, to the UE, a second message comprising downlink control information, DCI, to be used for BWP activation and including resource allocation information for the scheduling of the PDSCH, wherein resource blocks, RBs, for data transmission from the UE to the base station within the BWP, are identified by the resource allocation information, and wherein the at least one bandwidth part is associated with a subcarrier spacing and a cyclic prefix, CP, length, according to which the PDCCH and PDSCH are indicated in the first message. transmitting, to a user equipment, UE, a first message comprising information on at least one bandwidth part, BWP, including first configuration information on a Physical Downlink Control Channel, PDCCH, and second configuration information on a Physical Downlink Shared Control Channel, PDSCH, via Radio Resource Control, RRC, the method being characterized by : transmitting, to the UE, a second message comprising downlink control information, DCI, to be used for BWP activation and including resource allocation information for the scheduling of the PDSCH, wherein resource blocks, RBs, for data transmission from the UE to the base station within the BWP, are identified by the resource allocation information, and wherein the at least one bandwidth part is associated with a subcarrier spacing and a cyclic prefix, CP, length, according to which the PDCCH and PDSCH are indicated in the first message.
An information processing apparatus comprising: an identification information acquisition unit configured to acquire predetermined identification information in association with an IP address of a target terminal , from the target terminal ; a data acquisition unit configured to acquire a MAC address of the target terminal in association with the IP address of the target terminal , from a control apparatus for a base station (20-1) to which the target terminal is connected; a storage control unit configured to store the predetermined identification information and the MAC address of the target terminal in association with each other; and a position information provision unit configured to, when acquiring a position estimation request including the predetermined identification information from the target terminal , provide position information of the target terminal corresponding to the MAC address of the target terminal associated with the predetermined identification information, to the target terminal . an identification information acquisition unit configured to acquire predetermined identification information in association with an IP address of a target terminal , from the target terminal ; a data acquisition unit configured to acquire a MAC address of the target terminal in association with the IP address of the target terminal , from a control apparatus for a base station (20-1) to which the target terminal is connected; a storage control unit configured to store the predetermined identification information and the MAC address of the target terminal in association with each other; and a position information provision unit configured to, when acquiring a position estimation request including the predetermined identification information from the target terminal , provide position information of the target terminal corresponding to the MAC address of the target terminal associated with the predetermined identification information, to the target terminal .
A method of shaping a flat working material into a composite product having a final shape, the method comprising: (a) consolidating and shaping a working material into a pre-form shape using a hydroforming process that employs a rigid tool and a non-rigid tool ; and (b) in the presence of added heat, further consolidating and shaping the working material into the final shape using at least one additional rigid forming tool , characterized in that step (a) is performed in the absence of added heat; and in that step (a) uses a static hydroforming process wherein the rigid tool remains stationary and does not move and wherein the pressure is maintained at a constant value. (a) consolidating and shaping a working material into a pre-form shape using a hydroforming process that employs a rigid tool and a non-rigid tool ; and (b) in the presence of added heat, further consolidating and shaping the working material into the final shape using at least one additional rigid forming tool , characterized in that step (a) is performed in the absence of added heat; and in that step (a) uses a static hydroforming process wherein the rigid tool remains stationary and does not move and wherein the pressure is maintained at a constant value.
In vitro method for producing a composition comprising secretory-like IgA and/or secretory-like IgM comprising the steps of (a) Obtaining a blood-derived protein composition comprising J chain-containing immunoglobulin, (b) admixing the composition of step (a) with secretory component, wherein no purification step specifically designed to separate J chain-containing dimeric IgA or polymers from other proteins, like affinity chromatography or size exclusion and selection of the fraction of the relevant molecular mass, is performed to obtain the composition of step (a). (a) Obtaining a blood-derived protein composition comprising J chain-containing immunoglobulin, (b) admixing the composition of step (a) with secretory component,
A method for identifying multiple radio transmitters within a single wireless electronic device, the method comprising: - receiving radio frequency signals using one or more sensors covering an area under surveillance, wherein the sensors comprise radio receivers (335; 340); - identifying a first radio frequency signature within one or more of the radio frequency signals as originating from a first radio transmitter; - identifying a second radio frequency signature within one or more of the radio frequency signals as originating from a second radio transmitter; - analyzing characteristics of the first radio frequency signature and of the second radio frequency signature to evaluate a relationship between the first radio frequency signature and the second radio frequency signature; characterized by - determining if the first radio transmitter and the second radio transmitter are integrated within a single wireless electronic device based upon the evaluated relationship between the first radio frequency signature and the second radio frequency signature, wherein the evaluated relationship is based on correlating multiple radio frequency signatures together and associating them with a particular wireless electronic device; and - determining operational characteristics associated with the single wireless electronic device in response to determining that the first radio transmitter and the second radio transmitter are integrated within the single wireless electronic device , wherein the operational characteristics comprise a likelihood of association between the single wireless electronic device and a human user. - receiving radio frequency signals using one or more sensors covering an area under surveillance, wherein the sensors comprise radio receivers (335; 340); - identifying a first radio frequency signature within one or more of the radio frequency signals as originating from a first radio transmitter; - identifying a second radio frequency signature within one or more of the radio frequency signals as originating from a second radio transmitter; - analyzing characteristics of the first radio frequency signature and of the second radio frequency signature to evaluate a relationship between the first radio frequency signature and the second radio frequency signature; - determining if the first radio transmitter and the second radio transmitter are integrated within a single wireless electronic device based upon the evaluated relationship between the first radio frequency signature and the second radio frequency signature, wherein the evaluated relationship is based on correlating multiple radio frequency signatures together and associating them with a particular wireless electronic device; and - determining operational characteristics associated with the single wireless electronic device in response to determining that the first radio transmitter and the second radio transmitter are integrated within the single wireless electronic device ,
A reclaim cylinder, comprising: a single housing coupled to a fiber draw furnace system, the housing defining a reclaim chamber ; a plurality of gas reclaim ports spaced equidistant from each other and tangentially coupled to the housing; a gas sampling port tangentially or perpendicularly coupled to the housing, and a particle sampling port tangentially or perpendicularly coupled to the housing. a plurality of gas reclaim ports spaced equidistant from each other and tangentially coupled to the housing; a gas sampling port tangentially or perpendicularly coupled to the housing, and a particle sampling port tangentially or perpendicularly coupled to the housing.
A vortex finder (F) for a cyclonic separator, the vortex finder comprising: a plurality of stationary vanes (V) having a round convex front end around which incoming air (A) is guided into the vortex finder (F), wherein, where air separates from the vane (V) inside of the vortex finder (F), a cross-section of the vanes (V) has only one sharp edge (E).