mhurhangee/ep-ind-claims huggingface dataset:
A frame for corrective eyeglasses and sunglasses, comprising a first support and a second support (2, 3) for a lens (4, 5), and a nosepiece constituted by a first arm and by a second arm, which protrude, in mutually opposite directions, from the mutually facing outer lateral surfaces (9a, 9b) of said first and second supports (2, 3) which are interposed and interact selectively with said nosepiece provided with means for angular adjustment of the optical axes about an axis that is substantially perpendicular to the plane of arrangement of the said first and second supports (2, 3), said means for angular adjustment of the optical axes being associated with the ends of said first and second arms (7, 8), said angular adjustment means comprising grip means, according to preset positions along a circumference about said axis, for engagement means and elastically deformable means (20, 21) associated with said angular adjustment means of said nosepiece, said means for the angular adjustment of the optical axes being constituted by a first cylindrical sleeve and by a second cylindrical sleeve, which protrude radially from said ends of said first and second arms (7, 8), arranging themselves along the same axis that is substantially perpendicular to the plane of arrangement of said first and second supports (2, 3), the frame having, at said first and second sleeves (10, 11), said grip means, according to preset positions along said circumference about said axis, for said engagement means constituted respectively by a first radial set of teeth and by a second radial set of teeth, said sets being provided at the mutually facing lateral surfaces of said first and second sleeves (10, 11), said first and second cylindrical sleeves (10, 11) respectively having a first axial seat and a first hole that is threaded internally, said first axial seat having, in the direction of said second cylindrical sleeve, a second hole whose diameter is substantially equal to the diameter of said first hole so as to define a step-like discontinuity, the head of a screw being arrangeable at said first axial seat and its shank passing through at said second hole and being threaded complementarily to said first hole, said elastically deformable means being arranged coaxially to the shank of the screw in the region that lies between the head of said screw and said step-like discontinuity defined at said second hole of said first cylindrical sleeve.
A tyre comprising: a tread portion comprising at least one land portion, the at least one land portion having a ground contact surface and at least one sidewall; and the at least one land portion being provided with at least one radial channel extending to a radially inner end thereof from a radially outer end thereof opened at the ground contact surface, at least one internal lateral channel provided under the ground contact surface of the land portion, the at least one internal lateral channel extending from one end thereof opened at the at least one sidewall to the at least one radial channel, and at least one sipe extending radially inwardly from the ground contact surface to communicate with both the at least one radial channel and the at least one internal lateral channel, characterized in that the radially outer end of the at least one radial channel has an axial opening width (Wa) in a range of from 5% to 20% of an axial width of the at least one land portion and a circumferential opening width (Wb) smaller than the axial opening width (Wa) of the radial channel. a tread portion comprising at least one land portion, the at least one land portion having a ground contact surface and at least one sidewall; and the at least one land portion being provided with at least one radial channel extending to a radially inner end thereof from a radially outer end thereof opened at the ground contact surface, at least one internal lateral channel provided under the ground contact surface of the land portion, the at least one internal lateral channel extending from one end thereof opened at the at least one sidewall to the at least one radial channel, and at least one sipe extending radially inwardly from the ground contact surface to communicate with both the at least one radial channel and the at least one internal lateral channel, characterized in that the radially outer end of the at least one radial channel has an axial opening width (Wa) in a range of from 5% to 20% of an axial width of the at least one land portion and a circumferential opening width (Wb) smaller than the axial opening width (Wa) of the radial channel.
A method for selecting and displaying a region of interest in an electronic document on the display of a device, said method being implemented by a user agent installed in said device and configured to receive user input identifying the document and to load the identified document including the displayable content of the document, displaying at least a part of the document on said display; receiving user input including coordinates representing the position of a pointing device, thus identifying a point within the document, said method comprising: upon receiving user input identifying a document, loading said document onto said device; based on the DOM structure of the document, generating a number of layout boxes (400, 401, 402, 403, 404, 405, 406, 407) based on elements in the DOM tree; calculating dimensions and positions of the respective layout boxes (400, 401, 402, 403, 404, 405, 406, 407); - analyzing the layout of said loaded document in order to select from among the layout boxes (400, 401, 402, 403, 404, 405, 406, 407) the innermost selectable layout box containing the identified point; comparing at least one of the size and the proportions of the selected layout box with the size of the display or the viewport; selecting the region of interest, based on the comparing, as a region within the document which includes the identified point and the entire selected layout box along at least one dimension, and which has the same proportions as the display or the viewport; and aligning said identified region of interest with the display or the viewport and displaying said region of interest; wherein aligning and displaying said region of interest comprises at least one of changing the resolution of the displayed document and shifting the displayed document to cause the region of interest to fill the display or the viewport along the at least one dimension. - analyzing the layout of said loaded document in order to select from among the layout boxes (400, 401, 402, 403, 404, 405, 406, 407) the innermost selectable layout box containing the identified point;
A downhole tool (10, 100, 200) comprising: a hollow body (12, 112, 212) having a wall (20, 120, 220) and a port (18, 118, 218) in the wall; a closing sleeve (22, 122, 222) movable relative to the hollow body (12, 112, 212) to close the port (18, 118, 218); a seal (30, 130, 232) between the hollow body (12, 112, 212) and the sleeve (22, 122, 222) and configured to hold internal fluid pressure, and a hollow isolation member (70, 170, 270) deployable to isolate the seal (30, 130, 232) from internal fluid pressure.
A device for detecting in real time leaked flammable gases in an hazardous area including a separate enclosed space of a gas storage system having a safe zone separated by a bulkhead from the hazardous area, said gas storage system using boil-off gas generated by atmospheric heat sources and having an auxiliary equipment installed in the separate enclosed space so that boil-off gas is compressed to be used as fuel or to be re-liquefied to be stored as cargo, said device comprises: - at least two direct sensing type gas detectors (130, 140, 150) installed in the hazardous area of the gas storage system, and configured to measure concentration of flammable gas released, and - a gas detection and control system installed in the safe zone of the gas storage system, and configured to compare the concentration of flammable gas detected by the gas detectors (130, 140, 150) with an alarm issuance limit, to issue an alarm and to operate an exhaust fan (20, 40) if the concentration of flammable gas detected by at least one gas detector exceeds the alarm issuance limit; and to actuate an emergency shutdown system when the concentrations of flammable gas detected by at least two detectors exceed a limit for emergency shutdown. - at least two direct sensing type gas detectors (130, 140, 150) installed in the hazardous area of the gas storage system, and configured to measure concentration of flammable gas released, and - a gas detection and control system installed in the safe zone of the gas storage system, and configured to compare the concentration of flammable gas detected by the gas detectors (130, 140, 150) with an alarm issuance limit, to issue an alarm and to operate an exhaust fan (20, 40) if the concentration of flammable gas detected by at least one gas detector exceeds the alarm issuance limit; and to actuate an emergency shutdown system when the concentrations of flammable gas detected by at least two detectors exceed a limit for emergency shutdown.
A wireless power transfer system including a power transmitter and a power receiver, the power transmitter being arranged to generate a wireless inductive power transfer signal for powering the power receiver, the wireless power transfer system comprising: a receiver for receiving a first temperature for a first part of a powered device, the powered device comprising a heating part arranged to be heated by power from the power transfer signal and the first part being a contact surface of the powered device for contacting the power transmitter; a comparator for comparing the first temperature to a first reference temperature, the first reference temperature being indicative of a maximum allowable contact temperature for a surface of the power transmitter for receiving the power receiver; and a controller for at least one of restricting the power of the power transfer signal and generating a user alert in response to the first temperature exceeding the first reference temperature; and wherein the power receiver comprises a first temperature sensor for determining a second temperature for a heating part of the powered device, a transmitter for transmitting power control loop feedback messages for requesting power level changes of the power transfer signal to the power transmitter during power transfer, and a power controller for generating power change requests for the power control loop feedback messages in response to the second temperature. a receiver for receiving a first temperature for a first part of a powered device, the powered device comprising a heating part arranged to be heated by power from the power transfer signal and the first part being a contact surface of the powered device for contacting the power transmitter; a comparator for comparing the first temperature to a first reference temperature, the first reference temperature being indicative of a maximum allowable contact temperature for a surface of the power transmitter for receiving the power receiver; and a controller for at least one of restricting the power of the power transfer signal and generating a user alert in response to the first temperature exceeding the first reference temperature; and wherein a first temperature sensor for determining a second temperature for a heating part of the powered device, a transmitter for transmitting power control loop feedback messages for requesting power level changes of the power transfer signal to the power transmitter during power transfer, and a power controller for generating power change requests for the power control loop feedback messages in response to the second temperature.
A base station apparatus for communicating with a terminal apparatus, the base station apparatus comprising: a transmission unit configured to transmit a downlink signal to the terminal apparatus by performing carrier aggregation using one primary cell and one or a plurality of secondary cells, wherein the primary cell is a component carrier of a licensed band, and at least one secondary cell is a component carrier of an unlicensed band, a frame of the component carrier of the licensed band includes a signal transmission period, a frame of the component carrier of the unlicensed band includes a plurality of signal transmission periods and a sensing period, the sensing period is present between the signal transmission periods in the component carrier of the unlicensed band, a total of the plurality of signal transmission periods and the sensing period in the component carrier of the unlicensed band is equal to or less than the signal transmission period in the component carrier of the licensed band, the component carrier of the unlicensed band includes a plurality of frame structures, and priorities are configured for the plurality of frame structures. a transmission unit configured to transmit a downlink signal to the terminal apparatus by performing carrier aggregation using one primary cell and one or a plurality of secondary cells, wherein the primary cell is a component carrier of a licensed band, and at least one secondary cell is a component carrier of an unlicensed band, a frame of the component carrier of the licensed band includes a signal transmission period, a frame of the component carrier of the unlicensed band includes a plurality of signal transmission periods and a sensing period, the sensing period is present between the signal transmission periods in the component carrier of the unlicensed band, a total of the plurality of signal transmission periods and the sensing period in the component carrier of the unlicensed band is equal to or less than the signal transmission period in the component carrier of the licensed band, the component carrier of the unlicensed band includes a plurality of frame structures, and priorities are configured for the plurality of frame structures.
Equipped photovoltaic cell comprising a first assembly of a single photovoltaic cell semicircular or semihexagonal in shape and a rectangular protection glass of the length of the base of the semicircle or of the semihexagon, positioned on the active face of the first assembly, the surface of the protective glass covering more than the entirety of the active face of the first assembly, the outline of the photovoltaic cell fitting inside the rectangular outline of the protective glass, and comprising a second assembly of at least one portion of the protective glass extending from the active face of the first assembly, the second assembly comprising an optical reflective surface.
An integrated access backhaul, IAB, node (1h-02, 1h-03), comprising: a transceiver (1p-30); and a controller (1p-50) coupled with the transceiver (1p-30) and configured to: identify at least one of a buffer overflow or a radio link failure, RLF, generate, by an adaptation, ADAP, entity of the IAB node (1h-02, 1h-03), a control message including a first field and a D/C field of an ADAP header, wherein the D/C field indicates that the control message is an ADAP control protocol data unit, PDU, wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and transmit, to at least one of a parent IAB node or a child IAB node via at least one radio link control, RLC, channel connected to the ADAP entity, the control message. a transceiver (1p-30); and a controller (1p-50) coupled with the transceiver (1p-30) and configured to: identify at least one of a buffer overflow or a radio link failure, RLF, generate, by an adaptation, ADAP, entity of the IAB node (1h-02, 1h-03), a control message including a first field and a D/C field of an ADAP header, wherein the D/C field indicates that the control message is an ADAP control protocol data unit, PDU, wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and identify at least one of a buffer overflow or a radio link failure, RLF, generate, by an adaptation, ADAP, entity of the IAB node (1h-02, 1h-03), a control message including a first field and a D/C field of an ADAP header, wherein the D/C field indicates that the control message is an ADAP control protocol data unit, PDU, wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and transmit, to at least one of a parent IAB node or a child IAB node via at least one radio link control, RLC, channel connected to the ADAP entity, the control message.
An apparatus for forming extruded plastic material into a strip that may be formed into an irrigation pipe (44, 46), the apparatus comprising: a pair of juxtaposed rollers (16, 18) which when rotated, the linear velocity of a contact surface of one of the rollers of the pair of rollers is different from the linear velocity of a contact surface of the other roller of the pair of rollers such that extruded material that passes between the rollers is concurrently stretched and flattened; and a belt for holding the flattened material against a roller of the pair of rollers as the roller rotates. a pair of juxtaposed rollers (16, 18) which when rotated, the linear velocity of a contact surface of one of the rollers of the pair of rollers is different from the linear velocity of a contact surface of the other roller of the pair of rollers such that extruded material that passes between the rollers is concurrently stretched and flattened; and a belt for holding the flattened material against a roller of the pair of rollers as the roller rotates.
A polyolefin polymer having a polar group represented by Formula (i), obtained by hydrolyzing an intermediate compound, the intermediate compound comprising at least one of a polyolefin polymer having a polar group represented by Formula (ii) or a polyolefin polymer having a polar group represented by Formula (iii): wherein in Formula (i), PO represents a polyolefin polymer obtained by polymerizing a monomer including ethylene or including an olefin having 3 to 20 carbon atoms, and a group shown in the brackets is the polar group of the polyolefin polymer; A and B each independently represent R 1, a cyano group, C OR 1, or C NR 1 R 2, and A and B may be combined to form a cyclic structure; M represents a metal cation or an onium cation; j is an integer of 0 to 4 representing the number of the metal cation or the onium cation; i is an integer of 1 to 4 representing the number of valency of the metal cation or the onium cation; D and E each independently represent an oxygen atom, a nitrogen atom, a sulfur atom, R 3, OR 3, SR 3, or NR 3 R 4, and D and E may be combined to form a cyclic structure; d and e each independently are an integer of 0 to 4 representing respectively the number of valency of the substituent D and the number of valency of the substituent E; R 1, R 2, R 3, and R 4 each independently represent hydrogen, an optionally substituted alkyl, alkenyl, alkynyl, aralkyl or aryl group having 20 or less carbon atoms, or a group having a heterocyclic ring; and n represents the average number of functional groups, and ranges from 0.80 to 10.0: wherein in Formula (ii), PO, A, B, and n have the same definitions as those in Formula (i); G and T each independently represent halogen, R 5, OR 5, SR 5, or NR 5 R 6, and G and T may form a cyclic structure; R 5 and R 6 each independently represent hydrogen, an optionally substituted alkyl, alkenyl, alkynyl, aralkyl, or aryl group having 20 or less carbon atoms, or a group having a heterocyclic ring; and the modification ratio of double bonds in the PO achieved by the polar group shown in the brackets is 80% or more: wherein in Formula (iii), PO, A, B, and n have the same definitions as those in Formula (i); and the modification ratio of double bonds in the PO achieved by the polar group shown in the brackets is 80% or more.
A tilt mechanism for a chair, configured to affect a coordinated movement of a chair seat and chair back, the tilt mechanism comprising: - a base, - a first support configured to support the chair seat and mounted to the base, - a second support configured to support the chair back and pivotably coupled to the base about a first pivot axis, - a link element pivotably coupled to the second support about a second pivot axis, - a shaft attached to the first support, wherein a first guide slot is provided at the base and a second guide slot is provided at the link element, wherein the shaft is supported in the first guide slot and the second guide slot such that pivoting the second support relative to the base causes the shaft to be displaced along the first and second guide slots (17, 18), and - an energy storage mechanism including a first end and a second end, the first end being coupled to a first attachment structure provided at the link element and the second end being coupled to a second attachment structure provided at the base, wherein an energy level stored in the energy storage mechanism depends on a distance between the first end and the second end (22, 23), characterized in that the first attachment structure is provided at the second pivot axis. - a base, - a first support configured to support the chair seat and mounted to the base, - a second support configured to support the chair back and pivotably coupled to the base about a first pivot axis, - a link element pivotably coupled to the second support about a second pivot axis, - a shaft attached to the first support, - an energy storage mechanism including a first end and a second end, the first end being coupled to a first attachment structure provided at the link element and the second end being coupled to a second attachment structure provided at the base, wherein an energy level stored in the energy storage mechanism depends on a distance between the first end and the second end (22, 23),