mhurhangee/patent-ind-claim-en huggingface dataset:
A system to provide visitor information about visitor requests to a dataset of linked RDF data, the system comprising: a loading module with a log ingestion unit to read and parse access logs of visitor requests from the dataset; a linked data-specific metric extractor to extract metrics related specifically to linked data, the metrics providing visitor information related to individual RDF resources in the dataset; a request counter in the linked data-specific metric extractor to count requests issued by visitors to each resource in the dataset, the request counter including requests using RDF dereferencing and requests using SPARQL referred to as SPARQL query count; characterised by : the SPARQL query count including separation of the RDF resources queried into URIs representing RDF instances, RDF classes, RDF properties and RDF graphs; a database loader to store the visitor information computed by the linked data-specific metric extractor in a database which is linked to a query unit to answer enquiries about the visitor information. a loading module with a log ingestion unit to read and parse access logs of visitor requests from the dataset; a linked data-specific metric extractor to extract metrics related specifically to linked data, the metrics providing visitor information related to individual RDF resources in the dataset; a request counter in the linked data-specific metric extractor to count requests issued by visitors to each resource in the dataset, the request counter including requests using RDF dereferencing and requests using SPARQL referred to as SPARQL query count; the SPARQL query count including separation of the RDF resources queried into URIs representing RDF instances, RDF classes, RDF properties and RDF graphs; a database loader to store the visitor information computed by the linked data-specific metric extractor in a database which is linked to a query unit to answer enquiries about the visitor information.
A device comprising: a first determination unit configured to determine, for each data item generated in the device, a priority upon transmitting said each data item to an information processing apparatus, based on one or more rules set in advance that are to be applied to a content of the data item and an index value representing a degree of anomalousness calculated for the data item; a second determination unit configured to determine, for said each data item, whether or not it is necessary to transmit said each data item to the information processing apparatus, based on the priority determined for said each data item; a transmission unit configured to transmit a data item to the information processing apparatus among data items generated in the device for a predetermined period of time, the data item being determined by the second determination unit that it is necessary to transmit the data item to the information processing apparatus; and a change unit configured to change a rule among the one or more rules in response to a request from the information processing apparatus wherein the information processing apparatus requests the rule change in order to increase the priority of a data item based on an occurrence or a likelihood of an occurrence of an anomaly. a first determination unit configured to determine, for each data item generated in the device, a priority upon transmitting said each data item to an information processing apparatus, based on one or more rules set in advance that are to be applied to a content of the data item and an index value representing a degree of anomalousness calculated for the data item; a second determination unit configured to determine, for said each data item, whether or not it is necessary to transmit said each data item to the information processing apparatus, based on the priority determined for said each data item; a transmission unit configured to transmit a data item to the information processing apparatus among data items generated in the device for a predetermined period of time, the data item being determined by the second determination unit that it is necessary to transmit the data item to the information processing apparatus; and
A surgical robot arm comprising a first arm segment having a first longitudinal axis and a second arm segment having a second longitudinal axis , the first and second arm segments being coupled to each other by a first revolute joint having a first rotation axis which is perpendicular to the first longitudinal axis and a second revolute joint having a second rotation axis which is perpendicular to the second longitudinal axis and intersects and is non-parallel to the first rotation axis, and a joint mechanism for articulating the first arm segment relative to the second arm segment about the first and second rotation axes, the joint mechanism comprising: a first driven gear disposed about an axle coincident with the first rotation axis, the axle being fast with the first arm segment of the robot arm; a second driven gear disposed about the second rotation axis and fast with the second arm segment of the robot arm and fast with the first driven gear about the first rotation axis; a first drive gear disposed about a third rotation axis and configured to drive the first driven gear to rotate about the axle, the first drive gear being arranged to engage the first driven gear; a second drive gear for driving the second driven gear to rotate about the second rotation axis; an intermediary gear arrangement arranged to engage the second drive gear and the second driven gear and being disposed about the first rotation axis, whereby rotation of the intermediary gear arrangement relative to the first arm segment about the first rotation axis can be driven, the intermediary gear arrangement comprising a first intermediate gear arranged to engage the second drive gear, and a second intermediate gear arranged to engage the second driven gear, wherein the third rotation axis and the first rotation axis are non-intersecting. a first driven gear disposed about an axle coincident with the first rotation axis, the axle being fast with the first arm segment of the robot arm; a second driven gear disposed about the second rotation axis and fast with the second arm segment of the robot arm and fast with the first driven gear about the first rotation axis; a first drive gear disposed about a third rotation axis and configured to drive the first driven gear to rotate about the axle, the first drive gear being arranged to engage the first driven gear; a second drive gear for driving the second driven gear to rotate about the second rotation axis; an intermediary gear arrangement arranged to engage the second drive gear and the second driven gear and being disposed about the first rotation axis, whereby rotation of the intermediary gear arrangement relative to the first arm segment about the first rotation axis can be driven, the intermediary gear arrangement comprising a first intermediate gear arranged to engage the second drive gear, and a second intermediate gear arranged to engage the second driven gear,
A data transmission method based upon a Proxy Mobile Internet Protocol version 6, PMIPv6, comprising: establishing, by a Mobile Access Gateway, MAG, and a Local Mobility Anchor, LMA, a bidirectional tunnel based upon binding of a service flow through interaction of messages after a Mobile Node, MN, initiates the service flow, wherein a downlink Generic Routing Encapsulation, GRE, key and an uplink GRE key are allocated to the service flow and the LMA adds a binding relationship between a service flow identifier of the service flow and address information of the MN during establishment of the bidirectional tunnel; and transmitting, by the MAG and the LMA, a data packet of the service flow initiated by the MN over the bidirectional tunnel according to the service flow identifier, the binding relationship, and the uplink and downlink GRE keys; wherein, when the MN initiates two or more service flows, each of the service flows has a service flow identifier, and the service flow identifier comprised in a service flow identification option of the service flow, and the service flow identification option comprises transport level description, the transport level description comprises one or any combination of Destination IP Address, Port Range, Flow Label, Security Parameter Index, Protocol Identifier of the protocol above IP, and Type of Service/Traffic class and Mask. establishing, by a Mobile Access Gateway, MAG, and a Local Mobility Anchor, LMA, a bidirectional tunnel based upon binding of a service flow through interaction of messages after a Mobile Node, MN, initiates the service flow, wherein a downlink Generic Routing Encapsulation, GRE, key and an uplink GRE key are allocated to the service flow and the LMA adds a binding relationship between a service flow identifier of the service flow and address information of the MN during establishment of the bidirectional tunnel; and transmitting, by the MAG and the LMA, a data packet of the service flow initiated by the MN over the bidirectional tunnel according to the service flow identifier, the binding relationship, and the uplink and downlink GRE keys; wherein, when the MN initiates two or more service flows, each of the service flows has a service flow identifier, and the service flow identifier comprised in a service flow identification option of the service flow, and the service flow identification option comprises transport level description, the transport level description comprises one or any combination of Destination IP Address, Port Range, Flow Label, Security Parameter Index, Protocol Identifier of the protocol above IP, and Type of Service/Traffic class and Mask.
Crane, having a boom at which at least one load receiving means is arranged in a liftable and lowerable manner, wherein an overload protection device comprises detection means for detecting the outreach and the load on the at least one load receiving means and is configured to compare the detected load and the detected outreach with a stored load curve and to switch-off and/or slow-down a crane drive upon reaching or exceeding the load curve, and wherein a monitoring device for monitoring the overload protection device is provided and comprises determination means for determining a tensioning force holding the boom and/or induced in a guy cable , wherein the monitoring device is configured to determine a lifting torque (F G+S × I G+S + F* G+S × I FJ ) from the detected outreach (I G+S , I FJ ) and the detected load (F G+S , F* G+S ), characterized in that the monitoring device determines online in crane operation a tensioning torque (F N x I N ) from the determined tensioning force (F N ), determines a dead torque (F A x I A ) using stored crane data, compares the sum of the named lifting torque (F G+S × I G+S + F* G+S × I FJ ) and the named dead torque (F A x I A ) with the named tensioning torque (F N x I N ) and then, if a difference of the tensioning torque from said sum of lifting torque and dead torque exceeds a tolerance threshold, outputs an error signal and/or shutdown signal.
A networked system, comprising: a first device which performs a controlling function; a status monitoring device; and a plurality of controlled devices , wherein the first device is adapted to send control commands to the controlled devices and the controlled devices are adapted to send status report messages to the status monitoring device, wherein each controlled device comprises a controlled device receiver for receiving control commands, a controlled device transmitter and a controlled device processor , wherein the controlled device processor is adapted to: receive a control command to change device status either from the first device or from another source of commands; change the device status in response to the control command if the controlled device is able to adhere to the command; determine if the control command originated at the first device; if the control command originated at the first device and has been adhered to, to inhibit sending of a status report message to the status monitoring device; and if the control command did not originate at the first device, to send a status report message to the status monitoring device. a first device which performs a controlling function; a status monitoring device; and a plurality of controlled devices , wherein the first device is adapted to send control commands to the controlled devices and the controlled devices are adapted to send status report messages to the status monitoring device, wherein each controlled device comprises a controlled device receiver for receiving control commands, a controlled device transmitter and a controlled device processor , wherein the controlled device processor is adapted to: receive a control command to change device status either from the first device or from another source of commands; change the device status in response to the control command if the controlled device is able to adhere to the command; determine if the control command originated at the first device; if the control command originated at the first device and has been adhered to, to inhibit sending of a status report message to the status monitoring device; and if the control command did not originate at the first device, to send a status report message to the status monitoring device. receive a control command to change device status either from the first device or from another source of commands; change the device status in response to the control command if the controlled device is able to adhere to the command; determine if the control command originated at the first device; if the control command originated at the first device and has been adhered to, to inhibit sending of a status report message to the status monitoring device; and if the control command did not originate at the first device, to send a status report message to the status monitoring device.
A method of a computer automatically transforming a computerized 3D model having portions of images utilized as textures of a physical object represented in the computerized 3D model to include material property information for one or more regions of the textures of the computerized 3D model, comprising the steps of: comparing, using computer executable code operated on the computer, at least a portion of an image texture applied to a physical object represented by the computerized 3D model to a given, finite set of textures of materials entries in a material palette stored on a computer readable medium, each texture of the finite set of textures representing a particular type of physical material, to determine a texture from the finite set of textures which is a best match for the image texture, wherein each texture of the finite set of textures is pixilated to match the resolution of the image texture prior to comparing; assigning the texture from the finite set of textures that best matches the image texture to the portion of the image texture to indicate the type of physical material of the physical object represented by the computerized 3D model; and storing material property information of the type of physical material in the computerized 3D model for each of the image textures that have been assigned a texture from the finite set of textures. comparing, using computer executable code operated on the computer, at least a portion of an image texture applied to a physical object represented by the computerized 3D model to a given, finite set of textures of materials entries in a material palette stored on a computer readable medium, each texture of the finite set of textures representing a particular type of physical material, to determine a texture from the finite set of textures which is a best match for the image texture, wherein each texture of the finite set of textures is pixilated to match the resolution of the image texture prior to comparing; assigning the texture from the finite set of textures that best matches the image texture to the portion of the image texture to indicate the type of physical material of the physical object represented by the computerized 3D model; and storing material property information of the type of physical material in the computerized 3D model for each of the image textures that have been assigned a texture from the finite set of textures.
A lip composition in the form of a glycerin-in-oil emulsion comprising one or more α-hydroxy acids.
A method of controlling a laundry treating apparatus including a first laundry treating device and a second laundry treating device (200; 400) under control of a controlling device, the method comprising: supplying water to a first tub provided in the first laundry treating device and a second tub provided in the second laundry treating device (200; 400), the step of supplying water including supplying water to one of the first tub and the second tub , stopping the water supply to the one of the first tub and the second tub based on a a command inputted to operate another of the first laundry treating device and second laundry treating device (200; 400), and supplying water to the another of the first tub and the second tub after stopping the water supply to the one of the first tub and the second tub characterized in that the water supply to the one of the first tub and the second tub is stopped in response to the command inputting to operate another of the first laundry treating device and second laundry treating device (200; 400). supplying water to a first tub provided in the first laundry treating device and a second tub provided in the second laundry treating device (200; 400), the step of supplying water including supplying water to one of the first tub and the second tub , stopping the water supply to the one of the first tub and the second tub based on a a command inputted to operate another of the first laundry treating device and second laundry treating device (200; 400), and supplying water to the another of the first tub and the second tub after stopping the water supply to the one of the first tub and the second tub characterized in that the water supply to the one of the first tub and the second tub is stopped in response to the command inputting to operate another of the first laundry treating device and second laundry treating device (200; 400).
Terminal comprising communications means for communicating with a personal device for carrying out transactions, called a transactional device, said communications means comprising a first communications module comprising a reading interface for contact reading , and a second communications module comprising a contactless reading interface, said terminal being characterized in that it comprises a detection module comprising: - at least one transactional device position sensor delivering a piece of data representing a position of a transactional device relative to said terminal; and - at least one control module for controlling at least one communications module among said first and second communications modules, said at least one control module activating said communications module according to said piece of data representing said position of said transactional device. - at least one transactional device position sensor delivering a piece of data representing a position of a transactional device relative to said terminal; and - at least one control module for controlling at least one communications module among said first and second communications modules, said at least one control module activating said communications module according to said piece of data representing said position of said transactional device.
An infusion system for applying fluids to be infused to a patient, comprising a plurality of infusion pumps combined into a group, each having at least one inbuilt infusion pump operator interface for inputting the respective operating instructions relating to the infusion pump by an operator and/or for outputting the operating parameters relating to the respective infusion pump to an operator, wherein each of the plurality of infusion pumps combined into a group can be operated respectively from the operator interface of only a single infusion pump available for operation, characterized in that in the case of at least two adjacent infusion pumps , which form a group, only a "first" operator interface is accessible and/or visible and/or actuable from outside.
A method of forming a folded panel, the method comprising: - one of (a) forming a multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) by securing an outer layer to a first major surface of a fiber-reinforced polymer-, FRP-, substrate having a second major surface opposite the first major surface with a polymer matrix at least partially covering the second major surface , and (b) providing a multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) with an outer layer secured to and covering a first major surface of a fiber-reinforced polymer, FRP, substrate having a second major surface opposite the first major surface and with a polymer matrix at least partially covering the second major surface ; - folding the multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) about a fold line (20;) to create opposed plies on either side of the fold line (20;) with the polymer matrix of one of the opposed plies contacting the polymer matrix of the other of the opposed plies and with the outer layer forming a folded edge at the fold line that is continuous with the outer layer covering the opposed plies ; and - consolidating the FRP substrate of the folded panel (10; 10'; 10"; 60, 10A, 10B; 80) to form a folded, consolidated panel (28, 28'; 28A; 28B; 75, 75A, 75B; 95). - one of (a) forming a multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) by securing an outer layer to a first major surface of a fiber-reinforced polymer-, FRP-, substrate having a second major surface opposite the first major surface with a polymer matrix at least partially covering the second major surface , and (b) providing a multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) with an outer layer secured to and covering a first major surface of a fiber-reinforced polymer, FRP, substrate having a second major surface opposite the first major surface and with a polymer matrix at least partially covering the second major surface ; (a) forming a multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) by securing an outer layer to a first major surface of a fiber-reinforced polymer-, FRP-, substrate having a second major surface opposite the first major surface with a polymer matrix at least partially covering the second major surface , and (b) providing a multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) with an outer layer secured to and covering a first major surface of a fiber-reinforced polymer, FRP, substrate having a second major surface opposite the first major surface and with a polymer matrix at least partially covering the second major surface ; - folding the multi-layer panel (10; 10'; 10"; 10, 60; 10, 80) about a fold line (20;) to create opposed plies on either side of the fold line (20;) with the polymer matrix of one of the opposed plies contacting the polymer matrix of the other of the opposed plies and with the outer layer forming a folded edge at the fold line that is continuous with the outer layer covering the opposed plies ; and - consolidating the FRP substrate of the folded panel (10; 10'; 10"; 60, 10A, 10B; 80) to form a folded, consolidated panel (28, 28'; 28A; 28B; 75, 75A, 75B; 95).