mhurhangee/ep-ind-claims huggingface dataset:
A component position measurement method, comprising: gripping a component using a chuck; registering a gripping position of the component that is gripped by the chuck as a measurement reference position; shifting the component that is gripped by the chuck with an inclination with respect to the measurement reference position so as to block a light beam (3, 4) in a direction intersecting the component at a blocking position by the component; measuring a positional deviation of the component in a direction that is inclined with respect to the measurement reference position at the blocking position by a measurement unit; obtaining a deviation amount with respect to the measurement reference position by comparing the measurement value with the registered measurement reference position; obtaining a measurement correction value (h) with respect to the blocking position of a leading end position of the component based on a similarity relationship between a virtual triangle (a) obtained by setting the deviation amount as one side and the measurement reference position as one point and a virtual triangle (b) passing through the blocking position, a leading end of the component, and a position dropping from the leading end of the component to a horizontal line passing through the blocking position, with the component length from the measurement reference position to the leading end position measured in advance; and obtaining a component leading end position deviation amount (ΔZ) by summing the deviation amount and the measurement correction value (h). gripping a component using a chuck; registering a gripping position of the component that is gripped by the chuck as a measurement reference position; shifting the component that is gripped by the chuck with an inclination with respect to the measurement reference position so as to block a light beam (3, 4) in a direction intersecting the component at a blocking position by the component; measuring a positional deviation of the component in a direction that is inclined with respect to the measurement reference position at the blocking position by a measurement unit; obtaining a deviation amount with respect to the measurement reference position by comparing the measurement value with the registered measurement reference position; obtaining a measurement correction value (h) with respect to the blocking position of a leading end position of the component based on a similarity relationship between a virtual triangle (a) obtained by setting the deviation amount as one side and the measurement reference position as one point and a virtual triangle (b) passing through the blocking position, a leading end of the component, and a position dropping from the leading end of the component to a horizontal line passing through the blocking position, with the component length from the measurement reference position to the leading end position measured in advance; and obtaining a component leading end position deviation amount (ΔZ) by summing the deviation amount and the measurement correction value (h).
A plough having an attachment apparatus for attachment to a tractor; having at least one row of ploughshares; and having a chassis comprising at least one plough wheel for supporting on the ground, wherein a wheel drive is provided to drive the plough wheel, characterized in that a steering actuator is provided to turn the plough wheel and a steering angle control apparatus is provided to control the steering actuator in dependence on an operating parameter that characterizes a transverse tension of the plough on the tractor transversely to the direction of travel, with the steering angle control apparatus being configured such that the plough wheel is turned such that the operating parameter characterizing the transverse tension of the plough and/or the deviation of the named operating parameter from a desired value become(s) minimal.
Exterior sub-assembly for a timepiece, or for a watch, or for a piece of jewellery, comprising a first component having rims protruding from a first skirt alternated with first recesses, and a second component including wings protruding from a second skirt alternated with second recesses, arranged to occupy a first disassembled position of insertion in which said first component and said second component have a first angular orientation with respect to each other, or to occupy a second, assembled and locked position in which said first component and said second component have a second angular orientation with respect to each other, different from said first angular orientation, and are held axially in a bayonet fitting between at least two said rims and at least two said wings, characterized in that said sub-assembly comprises at least one third component in the form of a ring, which is inserted between said first component and said second component and comprising a reed-like element housed inside a groove comprised in at least said first component or said second component, and said third component includes at least one rotational stop (33, 34), with respect to said first component or second component, and at least one radially recessed or respectively radially protruding resilient area, arranged to cooperate, in a plane passing into said groove, in an angular indexing and locking arrangement with a lug or respectively a housing, comprised in whichever of said first component and second component is free to rotate with respect to said third component.
An apparatus comprising: a first matching circuit for matching comprising multiple stages coupled in series; a second matching circuit for matching comprising multiple stages coupled in series; an amplifier coupled to the first and second matching circuits, the first matching circuit provides input impedance matching for the amplifier, and the second matching circuit provides output impedance matching for the amplifier; and a second amplifier coupled in parallel with the amplifier and further coupled to the first and second matching circuits, characterised in that the second matching circuit comprises: a first input stage coupled to the amplifier, a second input stage coupled to the second amplifier, and a second stage coupled to the first and second input stages via switches (266, 276). a first matching circuit for matching comprising multiple stages coupled in series; a second matching circuit for matching comprising multiple stages coupled in series; an amplifier coupled to the first and second matching circuits, the first matching circuit provides input impedance matching for the amplifier, and the second matching circuit provides output impedance matching for the amplifier; and a second amplifier coupled in parallel with the amplifier and further coupled to the first and second matching circuits, characterised in that the second matching circuit comprises: a first input stage coupled to the amplifier, a second input stage coupled to the second amplifier, and a second stage coupled to the first and second input stages via switches (266, 276). a first input stage coupled to the amplifier, a second input stage coupled to the second amplifier, and a second stage coupled to the first and second input stages via switches (266, 276).
A multi-band radiating array, comprising: a planar reflector; a plurality of first radiating elements defining a first column on the planar reflector, the first radiating elements having a first operating frequency range; a plurality of second radiating elements defining a second column on the planar reflector alongside the first column, the second radiating elements having a second operating frequency range that is wider than the first operating frequency range; and a plurality of third radiating elements defining a third column on the planar reflector between the first and second columns (101, 103), the third radiating elements having a third operating frequency range that is lower than the second operating frequency range, characterised in that the second operating frequency range partially or fully overlaps with the first operating frequency range. a planar reflector; a plurality of first radiating elements defining a first column on the planar reflector, the first radiating elements having a first operating frequency range; a plurality of second radiating elements defining a second column on the planar reflector alongside the first column, the second radiating elements having a second operating frequency range that is wider than the first operating frequency range; and a plurality of third radiating elements defining a third column on the planar reflector between the first and second columns (101, 103), the third radiating elements having a third operating frequency range that is lower than the second operating frequency range, characterised in that the second operating frequency range partially or fully overlaps with the first operating frequency range.
An article for contacting coagulating and/or coagulated blood components made of a polymer material, wherein the article is at least partially coated with a coating material comprising a polymer, wherein: a) the article is a measurement cup, a pin, or a sleeve for a pin, and b) the polymer comprised by the coating material is selected from the group consisting of acrylonitrile butadiene styrene, methyl methacrylate acrylonitrile butadiene styrene (MABS) and high impact polystyrene (HIPS). a) the article is a measurement cup, a pin, or a sleeve for a pin, and b) the polymer comprised by the coating material is selected from the group consisting of acrylonitrile butadiene styrene, methyl methacrylate acrylonitrile butadiene styrene (MABS) and high impact polystyrene (HIPS).
Test strip, comprising - a porous material, wherein the porous material is configured to transfer a liquid from an input point of the porous material to an active area of the porous material, and wherein the active area is provided with a chemical substance which reacts with a component of the liquid, - a photodetector, and - a substrate with a first and a second side (12, 13), wherein the porous material is attached to the first side of the substrate and the photodetector is attached to the second side of the substrate adjacent to the active area, characterized in that - the substrate is made of plastic or a polymer or glass, - the photodetector is implemented as a spectral sensor that is configured to separately detect light in at least two different wavelength regions, wherein two respective colors are generated at the active area by respective reactions with two components of the liquid, each of the colors being measured separately by the spectral sensor, and - the test strip is free from a light source. - a porous material, wherein the porous material is configured to transfer a liquid from an input point of the porous material to an active area of the porous material, and wherein the active area is provided with a chemical substance which reacts with a component of the liquid, - a photodetector, and - a substrate with a first and a second side (12, 13), wherein the porous material is attached to the first side of the substrate and the photodetector is attached to the second side of the substrate adjacent to the active area, - the substrate is made of plastic or a polymer or glass, - the photodetector is implemented as a spectral sensor that is configured to separately detect light in at least two different wavelength regions, wherein two respective colors are generated at the active area by respective reactions with two components of the liquid, each of the colors being measured separately by the spectral sensor, and - the test strip is free from a light source.
A blood oxygenator, comprising: a housing comprising a blood inlet and a blood outlet, a spiral volute in fluid communication with said blood inlet, and an oxygenator fiber bundle; said spiral volute defining an internal cavity extending around an outer perimeter of said fiber bundle, said internal cavity decreasing in width from a first end of said spiral volute to a second end of said spiral volute and being configured to uniformly distribute blood to an outer surface of said fiber bundle. a housing comprising a blood inlet and a blood outlet, a spiral volute in fluid communication with said blood inlet, and an oxygenator fiber bundle; said spiral volute defining an internal cavity extending around an outer perimeter of said fiber bundle, said internal cavity decreasing in width from a first end of said spiral volute to a second end of said spiral volute and being configured to uniformly distribute blood to an outer surface of said fiber bundle.
Method for routing data between two devices of IP type (GTW, STB), called first and second devices, which are suitable for communicating with one another via a home network, the first device further being able to communicate with a network of sensors via a manager node, the sensors having respective IP addresses in this network of sensors which are generated by said manager node, the node further having a function of routing data in the network of sensors, characterized in that it comprises the following steps in a router - A step of generating an address for the second device, - A step of checking the availability of the address in the network of sensors with the manager node and characterized in that it comprises the following step: - If the address is available, a step of requesting the addition, from the manager node, of the second device to the network of sensors, so that the first device is able to transmit data to the second device either via the home network or via the sensor network. - A step of generating an address for the second device, - A step of checking the availability of the address in the network of sensors with the manager node and characterized in that it comprises the following step: - If the address is available, a step of requesting the addition, from the manager node, of the second device to the network of sensors, so that the first device is able to transmit data to the second device either via the home network or via the sensor network.
A method executed at a forwarder in a network, the method comprising: receiving a packet of a flow from a service node in the network, the service node comprising a service function, the packet flowing from a source and being destined to a destination of the packet outside the network; looking up a flow table for an entry corresponding to the flow; if the look up results in finding a match, performing an action specified in the flow table; if the look up results in a miss, caching (142, 146) a forward flow entry and a reverse flow entry in the flow table, the forward flow entry indicating an action, the action comprising: looking up a forwarding table if the forwarder is a designated forwarder, wherein the designated forwarder is configured to forward packets destined to the service function, and forwarding the packet to the designated forwarder if the forwarder is not the designated forwarder, and the reverse flow entry indicating an action to forward to a previous hop from which the packet was received, wherein the previous hop comprises: the service node if the forwarder is connected to the service node, or a non-designated forwarder if the service node is not connected with the forwarder, the reverse flow entry facilitating maintaining a bi-directional flow stickiness. receiving a packet of a flow from a service node in the network, the service node comprising a service function, the packet flowing from a source and being destined to a destination of the packet outside the network; looking up a flow table for an entry corresponding to the flow; if the look up results in finding a match, performing an action specified in the flow table; if the look up results in a miss, caching (142, 146) a forward flow entry and a reverse flow entry in the flow table, the forward flow entry indicating an action, the action comprising: looking up a forwarding table if the forwarder is a designated forwarder, wherein the designated forwarder is configured to forward packets destined to the service function, and forwarding the packet to the designated forwarder if the forwarder is not the designated forwarder, and looking up a forwarding table if the forwarder is a designated forwarder, wherein the designated forwarder is configured to forward packets destined to the service function, and forwarding the packet to the designated forwarder if the forwarder is not the designated forwarder, and the reverse flow entry indicating an action to forward to a previous hop from which the packet was received, wherein the previous hop comprises: the service node if the forwarder is connected to the service node, or a non-designated forwarder if the service node is not connected with the forwarder, the service node if the forwarder is connected to the service node, or a non-designated forwarder if the service node is not connected with the forwarder, the reverse flow entry facilitating maintaining a bi-directional flow stickiness.
An articulatable access system for accessing a body cavity comprising: a shaft (11; 151) having a proximal end (123; 152), a distal end (14: 154), and a central lumen (16; 156) therethrough, wherein the distal end is passable through to the body cavity, the central lumen is sized for passage of an interventional device therethrough and an articulation portion of the shaft (11; 151) comprises a series of articulating members (18; 158); and pullwires extending through the articulating members to move the portion of the shaft into an articulated position, the pullwires comprising a first pullwire attached to the shaft at a primary attachment point and a second pullwire attached to the shaft at a secondary attachment point distal of the primary attachment point, the system having a primary curve actuator to form a primary curve in the articulation portion of the shaft by tensioning the first pullwire so that the first pullwire arcs a series of the articulating members proximal to the primary attachment point to form the primary curve and a secondary curve actuator to form a secondary curve in the articulation portion of the shaft by tensioning the second pullwire so that the second pullwire arcs a series of the articulating members proximal to the secondary attachment point to form a secondary curve in a section distal to the primary curve in the proximal section, characterised in that the articulating members comprise interfitting domed rings. a shaft (11; 151) having a proximal end (123; 152), a distal end (14: 154), and a central lumen (16; 156) therethrough, wherein the distal end is passable through to the body cavity, the central lumen is sized for passage of an interventional device therethrough and an articulation portion of the shaft (11; 151) comprises a series of articulating members (18; 158); and pullwires extending through the articulating members to move the portion of the shaft into an articulated position, the pullwires comprising a first pullwire attached to the shaft at a primary attachment point and a second pullwire attached to the shaft at a secondary attachment point distal of the primary attachment point, the system having a primary curve actuator to form a primary curve in the articulation portion of the shaft by tensioning the first pullwire so that the first pullwire arcs a series of the articulating members proximal to the primary attachment point to form the primary curve and a secondary curve actuator to form a secondary curve in the articulation portion of the shaft by tensioning the second pullwire so that the second pullwire arcs a series of the articulating members proximal to the secondary attachment point to form a secondary curve in a section distal to the primary curve in the proximal section, characterised in that the articulating members comprise interfitting domed rings.
One-piece spring-loaded terminal for at least one electrical conductor, comprising at least one connection module, wherein the respective connection module comprises a clamping unit and a release unit, wherein the respective clamping unit has a clamping section for contacting and clamping an electrical conductor and a clamping spring section in order to urge the clamping section into an end position with a spring force in a released state of the respective connection module, wherein the respective clamping unit further has an actuating surface section, wherein the connection module can be brought from the released state into a pretensioned state by pressing on the actuating surface section against the spring force of the clamping spring section, wherein in the pretensioned state the clamping section is held in position by a retaining tongue of the respective release unit located in a retaining position, wherein the respective release unit further comprises a release surface section and a release spring section, wherein the retaining tongue can be brought from the retaining position into a release position by pressing on the release surface section against a spring force of the release spring section in order to transfer the connection module from the pretensioned state to the released state by releasing the clamping section, characterized in that the clamping section of the clamping unit of the respective connection module has a recess, preferably in the form of a centering embossing, in which the retaining tongue of the release unit of the respective connection module is countersunk in the pretensioned state.
A lighting control interface circuit (100; 100a), comprising: an interface connector configured to receive a lighting control signal; a control signal processing circuit (120, 124) operatively coupled to the interface connector and configured to provide a first output signal for comparison with a first lighting protocol and a second output signal for comparison with a second lighting protocol, in response to receiving the lighting control signal; and a processor configured to receive the first and second output signals, to determine if the lighting control signal applied at the interface connector complies with one of the first lighting control protocol and the second lighting control protocol, to set output lighting power according to the first lighting protocol if it is determined that the lighting control signal applied at the interface connector complies with the first lighting protocol, and to set output lighting power according to the second lighting protocol if it is determined that the lighting control signal applied at the interface connector complies with the second lighting protocol. an interface connector configured to receive a lighting control signal; a control signal processing circuit (120, 124) operatively coupled to the interface connector and configured to provide a first output signal for comparison with a first lighting protocol and a second output signal for comparison with a second lighting protocol, in response to receiving the lighting control signal; and a processor configured to receive the first and second output signals, to determine if the lighting control signal applied at the interface connector complies with one of the first lighting control protocol and the second lighting control protocol, to set output lighting power according to the first lighting protocol if it is determined that the lighting control signal applied at the interface connector complies with the first lighting protocol, and to set output lighting power according to the second lighting protocol if it is determined that the lighting control signal applied at the interface connector complies with the second lighting protocol.