mhurhangee/ep-ind-claims huggingface dataset:
A communication device, comprising: a first processing unit; a second processing unit; and an interface between the first processing unit and the second processing unit, wherein the second processing unit is configured to send a message to the first processing unit, the message identifying interface levels for radio frequency protocols supported by the second processing unit, the second processing unit is configured to receive a first command from the first processing unit and to select an interface level from among the identified interface levels, the second processing unit is configured to detect a plurality of external targets, the first processing unit is configured to select one of the detected plurality of external targets, the second processing unit is configured to activate the interface in accordance with the radio frequency protocol used for a communication with the selected external target in response to the first command, the first processing unit is configured to start an application in accordance with the selected interface level and to exchange data with the selected external target through the interface and the second processing unit, the first processing unit and the second processing unit are further configured to exchange data by the application, and the second processing unit is further configured to deactivate the activated interface in response to a deactivation command received from the first processing unit. a first processing unit; a second processing unit; and an interface between the first processing unit and the second processing unit, wherein the second processing unit is configured to send a message to the first processing unit, the message identifying interface levels for radio frequency protocols supported by the second processing unit, the second processing unit is configured to receive a first command from the first processing unit and to select an interface level from among the identified interface levels, the second processing unit is configured to detect a plurality of external targets, the first processing unit is configured to select one of the detected plurality of external targets, the second processing unit is configured to activate the interface in accordance with the radio frequency protocol used for a communication with the selected external target in response to the first command, the first processing unit is configured to start an application in accordance with the selected interface level and to exchange data with the selected external target through the interface and the second processing unit, the first processing unit and the second processing unit are further configured to exchange data by the application, and the second processing unit is further configured to deactivate the activated interface in response to a deactivation command received from the first processing unit.
An aqueous composition for use in traffic markings comprising (i) one or more vinyl or acrylic emulsion polymers having a measured glass transition temperature (measured Tg) of from -10 to 60 °C, (ii) from 3 to 15 wt.%, based on total polymer solids, of one or more polyurethane dispersions, (iii) from 4.0 to 30 wt.%, based on total polymer solids, of one or more coalescent having a normal boiling point of from 150 to 300 °C, and (iv) one or more fillers, extenders and/or pigments, wherein the composition has a percent pigment volume concentration (%PVC) of from 45 to 80%.
An apparatus for applying RF energy to an object (50, 66, 68, 82, 830), the apparatus comprising: a radiating element (18, 32, 34) arranged to provide RF energy to an object in a cavity (20, 1800); and a processor (30, 630) configured to: (a) cause RF energy to be applied such that a plurality of RF field patterns are excited in the cavity at an incident power each characterized by a field intensity I ij within regions R i of the cavity; (b) for each of the plurality of RF field patterns, calculate a value of power P j, dissipated in the cavity when RF energy is applied to excite the respective field pattern, as a difference between the incident power and a power detected to leave the cavity, and determine the respective field intensity I ij within each region R i; and (c) calculate a characteristic σ i of energy absorption for each region R i across at least a portion of the cavity based on the values of power P j, the field intensities I ij, and a relationship between σ i, I ij and P j. a radiating element (18, 32, 34) arranged to provide RF energy to an object in a cavity (20, 1800); and a processor (30, 630) configured to: (a) cause RF energy to be applied such that a plurality of RF field patterns are excited in the cavity at an incident power each characterized by a field intensity I ij within regions R i of the cavity; (b) for each of the plurality of RF field patterns, calculate a value of power P j, dissipated in the cavity when RF energy is applied to excite the respective field pattern, as a difference between the incident power and a power detected to leave the cavity, and determine the respective field intensity I ij within each region R i; and (c) calculate a characteristic σ i of energy absorption for each region R i across at least a portion of the cavity based on the values of power P j, the field intensities I ij, and a relationship between σ i, I ij and P j. (a) cause RF energy to be applied such that a plurality of RF field patterns are excited in the cavity at an incident power each characterized by a field intensity I ij within regions R i of the cavity; (b) for each of the plurality of RF field patterns, calculate a value of power P j, dissipated in the cavity when RF energy is applied to excite the respective field pattern, as a difference between the incident power and a power detected to leave the cavity, and determine the respective field intensity I ij within each region R i; and calculate a value of power P j, dissipated in the cavity when RF energy is applied to excite the respective field pattern, as a difference between the incident power and a power detected to leave the cavity, and determine the respective field intensity I ij within each region R i; (c) calculate a characteristic σ i of energy absorption for each region R i across at least a portion of the cavity based on the values of power P j, the field intensities I ij, and a relationship between σ i, I ij and P j.
Device for the removal of foreign bodies and thrombi from body cavities and blood vessels using a guide wire provided with a distal element, said distal element having an orthogonal structure, wherein said device has an oblong cage structure suited to be flatly collapsible under the external strain exerted by a micro-catheter and capable of being transported inside the micro-catheter and unfolding to its full cage structure when said external strain caused by the micro-catheter is omitted, characterized in that the distal element of the guide wire is provided with a guide in the area of the cage in which a proximal wire element of the distal element is slidably arranged, so as to extend and contract the distal element.
A reamer having a reamer cup and an elongated reamer shaft attached to said reamer cup wherein the reamer cup has a spherical calotte shaped body with a flattened distal section and a cylindrical proximal section, wherein the distal part of the reamer has an array of cutting holes (140-145 and 150-155) placed in at least two spiral rows such that the cutting holes (145-144 and 155-154) placed on a radius closest around the shaft axis starting from a central ring when in rotation run radially between a radial path of the holes on the opposite side of each other and said holes (140-145 and 150-155) vary in their sharpness, wherein the cutting holes (145-144 and 155-154) closest to the reamer shaft axis have the highest sharpness and the most exterior cutting holes (140-143 and 150-153) have the lowest sharpness.
An arrangement for operating a pre-selector of a cylindrical tap changer that includes a cylinder provided with tap contacts and pre-selector contacts extending inside the cylinder, the arrangement comprises a contact carrier provided with at least one movable contact for mating the pre-selector contacts of the cylinder, and a drive mechanism for providing a rotational movement to the contact carrier, which contact carrier during use is rotated by means of the drive mechanism so that the movable contact selectively mate with the pre-selector contacts on the inside of the cylinder, and the drive mechanism is operatively connected to the contact carrier via a staggering mechanism arranged to provide a staggered motion to the contact carrier characterised in that the staggering mechanism includes a cam structure and a cam follower, which cam follower act on the cam structure during rotation, wherein the cam structure comprises a first and a second cam (5a, 5b) and provides a groove between the first and second cam (5a, 5b), which groove provides an intermediate position for the cam follower, and which intermediate position corresponds to a position of the movable contact between two consecutive contacts of the cylinder.
A memory controller for extended lifetime memory, comprising: an error correction module that manages blocks of non-fault consecutive bits within a disabled page of a memory as spare blocks (402, 403, 412, 413); and for an active block (401, 411) of the memory containing at least one fault, applies a correction code to the active block (401, 411) using error correction bits within at least one of the spare blocks (402, 403, 412, 413) of the memory; wherein the disabled page is a page of the memory that has been made unavailable for use by software executing at a processor due to that page of the memory containing a block that has run out of intrinsic error correction resources; and the active block (401, 411) is a block of a page of the memory that is available for use by software executing at a processor. an error correction module that manages blocks of non-fault consecutive bits within a disabled page of a memory as spare blocks (402, 403, 412, 413); and for an active block (401, 411) of the memory containing at least one fault, applies a correction code to the active block (401, 411) using error correction bits within at least one of the spare blocks (402, 403, 412, 413) of the memory; wherein the disabled page is a page of the memory that has been made unavailable for use by software executing at a processor due to that page of the memory containing a block that has run out of intrinsic error correction resources; and the active block (401, 411) is a block of a page of the memory that is available for use by software executing at a processor.
A method comprising: receiving, by a first network device that is not an ingress label edge router, LER, for a traffic engineering label switched path, TE LSP, and from a second network device, an LSP path signaling message that includes a route object having a first indication of at least a sub-path of a path for the TE LSP through a network; generating, by the first network device in response to the LSP path signaling message and based at least in part on the route object, an LSP path report message that includes a second indication of the at least the sub-path of the path for the TE LSP; and sending, by the first network device to a path computation element, PCE, for a path computation domain that includes the ingress LER for the TE LSP, the LSP path report message to notify the PCE of the at least the sub-path of the path for the TE LSP. receiving, by a first network device that is not an ingress label edge router, LER, for a traffic engineering label switched path, TE LSP, and from a second network device, an LSP path signaling message that includes a route object having a first indication of at least a sub-path of a path for the TE LSP through a network; generating, by the first network device in response to the LSP path signaling message and based at least in part on the route object, an LSP path report message that includes a second indication of the at least the sub-path of the path for the TE LSP; and sending, by the first network device to a path computation element, PCE, for a path computation domain that includes the ingress LER for the TE LSP, the LSP path report message to notify the PCE of the at least the sub-path of the path for the TE LSP.
A single chain fusion protein, comprising a hydrophobic portion disposed between an extracellular component and an intracellular component, wherein the extracellular component comprises a plurality of tag cassettes and a connector region comprising a hinge, wherein the intracellular component comprises an effector domain, and wherein each of the plurality of tag cassettes comprises a Strep tag, wherein each Strep tag has streptavidin, streptactin, or both as a cognate binding partner.
A drive for an adjusting instrument, comprising a single motor, in particular an electric motor, and a driving shaft coupled therewith, which driving shaft cooperates via a transmission selectively with a first and a second driving path (4,5) respectively, furthermore comprising an operating mechanism with which the transmission is switchable between the first and the second driving path (4,5), characterized in that the operating mechanism is energized by the motor via the driving shaft, and in that the operating mechanism is configured, upon successive energization of the motor from rest of the drive, to select alternately the first and the second driving path (4,5) as initial driving path.
A monitoring system comprising an amusement machine having an enclosure for accommodating a computer-controlled play control unit, which is connected to a display device for displaying a game play and which is connected to at least one actuator allocated to the enclosure and intended for signaling information sent by the play control unit, a security camera and an image analysis unit wherein signals from the actuator, which is embodied as at least one infrared light emitting diode, can be detected by the security camera and the play control unit can drive the at least one infrared light emitting diode to signal various machine states, and wherein the image analysis unit analyzes an image, which is detected by the security camera, for the presence of a signal from the at least one infrared light emitting diode and detects and processes the signal from the at least one infrared light emitting diode.
Polyester composition comprising poly(alkylene furandicarboxylate) and a color-stabilizing agent wherein the color-stabilizing agent is selected from the group consisting of sterically hindered phenolic compounds, phosphonite compounds, phosphites containing at least one tri-substituted phenyl moiety and combinations thereof.
A valve for fluids, preferably for gases, comprising: - an inlet passage for a fluid; - an outlet passage for the fluid; - a shutter interposed between the inlet passage and the outlet passage and movable along a movement direction between an open position, in which it allows the flow of the fluid from the inlet passage to the outlet passage along a sliding direction, and a closed position, in which it prevents the flow of fluid; - a first magnetic attraction means of the retaining type operatively active on the shutter for attracting and/or keeping the shutter itself towards the open position; said first magnetic attraction means being configured to generate magnetic field lines at the shutter; - a box-shaped body containing the first magnetic attraction means and extending along the movement direction between an outer face and an inner face with respect to an inner volume of the valve interposed between the inlet passage and the outlet passage; wherein said box-shaped body comprises a dividing wall arranged between the inner volume and a housing in which the first magnetic attraction means is positioned; said dividing wall being arranged outside the dimensions of the first magnetic attraction means according to the movement direction, and said shutter being arranged on an opposite side to the first magnetic attraction means with respect to the dividing wall; said shutter being at least partly made of a magnetic and/or ferromagnetic material so as to be traversed by a transverse component of said magnetic field lines with respect to the movement direction and extending beyond said dividing wall so that said transverse component interacts with the shutter between the open position and the closed position; wherein said shutter has a lateral portion thereof that overlaps a geometric protrusion of the magnetic attraction means on a plane passing through the shutter and orthogonal to the movement direction; said lateral portion being at least partly made of a magnetic and/or ferromagnetic material, characterised in that the dividing wall is made of ferromagnetic material. - an inlet passage for a fluid; - an outlet passage for the fluid; - a shutter interposed between the inlet passage and the outlet passage and movable along a movement direction between an open position, in which it allows the flow of the fluid from the inlet passage to the outlet passage along a sliding direction, and a closed position, in which it prevents the flow of fluid; - a first magnetic attraction means of the retaining type operatively active on the shutter for attracting and/or keeping the shutter itself towards the open position; said first magnetic attraction means being configured to generate magnetic field lines at the shutter; - a box-shaped body containing the first magnetic attraction means and extending along the movement direction between an outer face and an inner face with respect to an inner volume of the valve interposed between the inlet passage and the outlet passage;
A rotating bar formed in between doors (40, 50) of a refrigerator to close a gap therebetween, the refrigerator including a guide part provided at a body of the refrigerator to guide a rotation of the rotating bar, the guide part including a guide body part fixed to the body and a guide groove formed in the guide body part, the rotating bar comprising: a case configured to be rotatably coupled to one of the doors (40, 50); a heat insulation member accommodated within the case; and an insertion protrusion configured to be elastically biased toward an outer side of the case so as to be inserted into the guide groove, and upon exertion of an external force, configured to move toward an inner side of the case, characterized by a cover coupled to the case by side surface forming parts of the cover overlapping side portions of the case, respectively, the cover being provided with a recess formed by an outer side of the cover, the recess extending along a length of the rotating bar; a metallic plate positioned in the recess of the cover and coupled to the case; and a heat generating member configured to prevent frost from being formed on the metallic plate and positioned between the metallic plate and the cover. a case configured to be rotatably coupled to one of the doors (40, 50); a heat insulation member accommodated within the case; and an insertion protrusion configured to be elastically biased toward an outer side of the case so as to be inserted into the guide groove, and upon exertion of an external force, configured to move toward an inner side of the case, a cover coupled to the case by side surface forming parts of the cover overlapping side portions of the case, respectively, the cover being provided with a recess formed by an outer side of the cover, the recess extending along a length of the rotating bar; a metallic plate positioned in the recess of the cover and coupled to the case; and a heat generating member configured to prevent frost from being formed on the metallic plate and positioned between the metallic plate and the cover.
A tire in which a reinforcement layer and a tread section are laminated in this order from the inside toward the outside in a radial direction of the tire, wherein the tread section includes an inner base layer, an outer base layer, and a cap layer that are laminated in this order from the inside toward the outside in the radial direction of the tire, and the inner base layer is made of a material of which a modulus of elasticity is lower than that of a material of the cap layer, characterized in that: the cap layer is made of a material of which a modulus of elasticity and a loss tangent are lower than those of a material of the outer base layer. the cap layer is made of a material of which a modulus of elasticity and a loss tangent are lower than those of a material of the outer base layer.
A pneumatic tire, comprising: at least one mechanical fastener member attached to a tire inner surface; and an outer surface mark provided on a tire outer surface, the outer surface mark showing a corresponding position in a tire rotation direction corresponding to the position where the mechanical fastener member is attached to the tire inner surface, characterized in that the position where the mechanical fastener member is attached to the tire inner surface is in a tread portion when viewed in a tire axial direction cross section, and wherein the outer surface mark is provided at least at a tire shoulder portion. at least one mechanical fastener member attached to a tire inner surface; and an outer surface mark provided on a tire outer surface, the outer surface mark showing a corresponding position in a tire rotation direction corresponding to the position where the mechanical fastener member is attached to the tire inner surface, characterized in that the position where the mechanical fastener member is attached to the tire inner surface is in a tread portion when viewed in a tire axial direction cross section, and wherein the outer surface mark is provided at least at a tire shoulder portion.