mhurhangee/ep-ind-claims huggingface dataset:
An optical element comprising: an illumination layer configured to emit infrared light towards an eyeward side of the optical element; an optical combiner disposed between the illumination layer and a back side of the optical element, wherein the optical combiner is configured to receive reflected infrared light that is reflected by an eye and to direct the reflected infrared light towards an infrared camera; and an optically transparent layer characterized in that said optically transparent layer is disposed between the illumination layer and the eyeward side of the optical element to pass the infrared light; and in that said optical element further comprises a confinement layer disposed on a surface of the optically transparent layer to induce waveguiding of confined infrared light propagating within the optically transparent layer; and an infrared extractor disposed on a side-edge of the optically transparent layer to absorb or frustrate the confined infrared light. an illumination layer configured to emit infrared light towards an eyeward side of the optical element; an optical combiner disposed between the illumination layer and a back side of the optical element, wherein the optical combiner is configured to receive reflected infrared light that is reflected by an eye and to direct the reflected infrared light towards an infrared camera; and an optically transparent layer characterized in that said optically transparent layer is disposed between the illumination layer and the eyeward side of the optical element to pass the infrared light; and in that said optical element further comprises a confinement layer disposed on a surface of the optically transparent layer to induce waveguiding of confined infrared light propagating within the optically transparent layer; and an infrared extractor disposed on a side-edge of the optically transparent layer to absorb or frustrate the confined infrared light.
An ink jet head, comprising: a cover having an opening therein; a flexible cable extending from the opening toward an outside of the cover and having a rigidity lower than a rigidity of the cover; and a protection member having a rigidity higher than the rigidity of the flexible cable, arranged between the flexible cable and the opening of the cover, and protruding toward an outside of the opening of the cover, while both end portions of an outer end edge of the opening are inclined or curved in a direction in which the flexible cable extends from the opening; characterized by further comprising a sealing provided in the opening in which the flexible cable and the protection member are arranged, the protection member being provided between the sealing and the flexible cable. a cover having an opening therein; a flexible cable extending from the opening toward an outside of the cover and having a rigidity lower than a rigidity of the cover; and a protection member having a rigidity higher than the rigidity of the flexible cable, arranged between the flexible cable and the opening of the cover, and protruding toward an outside of the opening of the cover, while both end portions of an outer end edge of the opening are inclined or curved in a direction in which the flexible cable extends from the opening; characterized by further comprising a sealing provided in the opening in which the flexible cable and the protection member are arranged, the protection member being provided between the sealing and the flexible cable.
A method for unlocking a subscriber identity module, SIM, card, the method comprising: detecting and determining, by a mobile terminal, whether a currently inserted SIM card belongs to a preset SIM card in compliance with a specific operator; controlling the mobile terminal to access a network normally if yes; detecting lock information of an international mobile subscriber identity, IMSI, corresponding to the currently inserted SIM card if no; limiting the currently inserted SIM card to access the network when the lock information of the IMSI exists and a lock type of the IMSI is a lock state; the method characterized by further comprising: controlling the mobile terminal to access the network normally when the lock information of the IMSI exists and the lock type of the IMSI is an unlock state; initiating a function for locking the IMSI to generate a corresponding unlock code according to an international mobile equipment identity, IMEI, of the mobile terminal and the IMSI of the currently inserted SIM card when the lock information of the IMSI does not exist; and reminding a user to input the corresponding unlock code to control the mobile terminal to access the network normally when the mobile terminal detects that the currently inserted SIM card is locked. detecting and determining, by a mobile terminal, whether a currently inserted SIM card belongs to a preset SIM card in compliance with a specific operator; controlling the mobile terminal to access a network normally if yes; detecting lock information of an international mobile subscriber identity, IMSI, corresponding to the currently inserted SIM card if no; limiting the currently inserted SIM card to access the network when the lock information of the IMSI exists and a lock type of the IMSI is a lock state; the method characterized by further comprising: controlling the mobile terminal to access the network normally when the lock information of the IMSI exists and the lock type of the IMSI is an unlock state; initiating a function for locking the IMSI to generate a corresponding unlock code according to an international mobile equipment identity, IMEI, of the mobile terminal and the IMSI of the currently inserted SIM card when the lock information of the IMSI does not exist; and reminding a user to input the corresponding unlock code to control the mobile terminal to access the network normally when the mobile terminal detects that the currently inserted SIM card is locked. controlling the mobile terminal to access the network normally when the lock information of the IMSI exists and the lock type of the IMSI is an unlock state; initiating a function for locking the IMSI to generate a corresponding unlock code according to an international mobile equipment identity, IMEI, of the mobile terminal and the IMSI of the currently inserted SIM card when the lock information of the IMSI does not exist; and reminding a user to input the corresponding unlock code to control the mobile terminal to access the network normally when the mobile terminal detects that the currently inserted SIM card is locked.
A web page retrieval method, comprising: receiving an inputted query; retrieving an attribute identifier of a web page to be retrieved and a query range related to the attribute identifier, based on the inputted query; obtaining, using a processor, a range of attribute values to be retrieved based on the attribute identifier of the web page to be retrieved and the query range, wherein the range of attribute values includes a plurality of values; determining, using the processor, that an intersection between the range of attribute values to be retrieved and a plurality of pre-established index ranges exists, wherein the plurality of pre-established index ranges correspond to ranges for an index of attribute values to which a plurality of attributes are mapped; in response to a determination that the intersection between the range of attribute values to be retrieved and the plurality of index ranges exists: selecting at least one web page corresponding to the intersecting index range; and retrieving a web page from the at least one web page, the retrieved web page satisfying a) the query range and b) the attribute identifier of the web page; and in response to retrieving the web page, returning the retrieved web page as retrieval results. receiving an inputted query; retrieving an attribute identifier of a web page to be retrieved and a query range related to the attribute identifier, based on the inputted query; obtaining, using a processor, a range of attribute values to be retrieved based on the attribute identifier of the web page to be retrieved and the query range, wherein the range of attribute values includes a plurality of values; determining, using the processor, that an intersection between the range of attribute values to be retrieved and a plurality of pre-established index ranges exists, wherein the plurality of pre-established index ranges correspond to ranges for an index of attribute values to which a plurality of attributes are mapped; in response to a determination that the intersection between the range of attribute values to be retrieved and the plurality of index ranges exists: selecting at least one web page corresponding to the intersecting index range; and retrieving a web page from the at least one web page, the retrieved web page satisfying a) the query range and b) the attribute identifier of the web page; and selecting at least one web page corresponding to the intersecting index range; and retrieving a web page from the at least one web page, the retrieved web page satisfying a) the query range and b) the attribute identifier of the web page; and in response to retrieving the web page, returning the retrieved web page as retrieval results.
A concrete access-denial bollard for vehicles comprising anchoring means for lifting the bollard, characterized in that it comprises means of wireless remote communication, for connecting to an Internet network.
An exercise system for the pubococcygeus muscles of a male person, the system comprising: an exercise device further comprising: a base and a band coupled to the base, said band including two arms wherein one of said two arms is configured to partially and adjustably nest with the other arm to form a complete ring; and a supplemental weight coupleable to the base of the exercise device; wherein the band is configurable to fit around the shaft of a penis of a male person so that the base vertically depends from the penis, characterised in that the base further comprises a magnet, the supplemental weight further comprises a magnet; the supplemental weight is magnetically coupleable to the base; and wherein the magnets in the base and in the supplemental weight are configured so that the supplemental weight will disengage from the base if a predetermined amount of weight is exceeded, thereby enabling an user to provide assistance to himself during the workout, a practice known as spotting in weightlifting. an exercise device further comprising: a base and a band coupled to the base, said band including two arms wherein one of said two arms is configured to partially and adjustably nest with the other arm to form a complete ring; and a supplemental weight coupleable to the base of the exercise device; wherein the band is configurable to fit around the shaft of a penis of a male person so that the base vertically depends from the penis, characterised in that the base further comprises a magnet, the supplemental weight further comprises a magnet; the supplemental weight is magnetically coupleable to the base; and wherein the magnets in the base and in the supplemental weight are configured so that the supplemental weight will disengage from the base if a predetermined amount of weight is exceeded, thereby enabling an user to provide assistance to himself during the workout, a practice known as spotting in weightlifting.
Coaxial loudspeaker arrangement with an outer diaphragm for operating in a lower frequency range, an inner diaphragm for operating in a higher frequency range, both arranged coaxially in a common loudspeaker frame, with an outer voice coil connected to the outer diaphragm, an inner voice coil connected to the inner diaphragm, a coaxially arranged outer and inner magnet (31, 32), and ferrite cores (41, 42, 43) in association with the magnets, wherein the voice coil of the outer diaphragm extends into an outer air gap and the voice coil of the inner diaphragm extends into an inner air gap between the ferrite cores, and the diaphragms (21, 22) are secured through flexible suspending elements, characterised in that the outer magnet is oriented axially with its magnetic poles, and the inner magnet is oriented radially with its magnetic poles, and wherein between the ferrite cores (43a, 43b) of the outer magnet and the inner ferrite core of the inner magnet an intermediate ferrite core is arranged, which is separated from the inner ferrite core of the inner magnet by the inner air gap and from the upper ferrite core of the outer magnet by the outer air gap.
A seismic-detection sensor device, comprising: a first accelerometer configured to detect acceleration at a first acceleration sensitivity; a second accelerometer configured to detect acceleration at a second acceleration sensitivity, wherein the second accelerometer's second acceleration sensitivity is different from the first accelerometer's first acceleration sensitivity; and wherein said first accelerometer and said second accelerometer each detect seismic activity having a magnitude of 0.15 g within a 0-10 Hz bandwidth; a processor configured to analyze acceleration information acquired by the first and second accelerometers; the seismic-detection sensor device being characterized in that: each of the first accelerometer and the second accelerometer is a three-axis accelerometer, configured to automatically align its coordinate system with the direction of gravity; and the processor is further configured to compare said acceleration information acquired by the first and second accelerometers to monitor the correct functioning of one of the accelerometers. a first accelerometer configured to detect acceleration at a first acceleration sensitivity; a second accelerometer configured to detect acceleration at a second acceleration sensitivity, wherein the second accelerometer's second acceleration sensitivity is different from the first accelerometer's first acceleration sensitivity; and wherein said first accelerometer and said second accelerometer each detect seismic activity having a magnitude of 0.15 g within a 0-10 Hz bandwidth; a processor configured to analyze acceleration information acquired by the first and second accelerometers; the seismic-detection sensor device being characterized in that: each of the first accelerometer and the second accelerometer is a three-axis accelerometer, configured to automatically align its coordinate system with the direction of gravity; and the processor is further configured to compare said acceleration information acquired by the first and second accelerometers to monitor the correct functioning of one of the accelerometers. each of the first accelerometer and the second accelerometer is a three-axis accelerometer, configured to automatically align its coordinate system with the direction of gravity; and the processor is further configured to compare said acceleration information acquired by the first and second accelerometers to monitor the correct functioning of one of the accelerometers.
A hydraulic pump structure for a wind turbine generator or a tidal current generator which comprises a hub equipped with a plurality of blades, a main shaft connected to the hub and a hydraulic pump mounted on the main shaft, characterized in that the hydraulic pump structure comprises: a hydraulic pump unit which includes a cylindrical member which fits onto an outer circumference of the main shaft and a hydraulic pump body which is arranged on an outer circumferential side of the cylindrical member to be attached to the main shaft via the cylindrical member, the hydraulic pump body forming the hydraulic pump unit with the cylindrical member, wherein the hydraulic pump body comprises: a ring cam which is mounted on the outer circumference of the cylindrical member; a pump bearing mounted in the outer circumference of the cylindrical member; a pump housing which is supported by the cylindrical member rotatably with respect to the cylindrical member via the pump bearing; a plurality of pistons which is housed in the pump housing and is actuated by the ring cam that is rotated with the main shaft; and a plurality of cylinders which guides the plurality of pistons in a radial direction and are arranged in a circumferential direction, and wherein the hydraulic pump unit is configured such that it can be inserted onto the main shaft via the cylindrical member.
An atomization assembly, comprising an e-liquid tank (), a connector, a seal ring, a spring, a first fixed ring having an e-liquid inlet, an atomizer, a silicone seal, a silicone plug, and a base; wherein the spring is disposed on the seal ring such as to rebound the seal ring to seal the e-liquid inlet when the atomizer is pulled out; the seal ring is disposed around the connector; the connector, the seal ring, and the spring are disposed in the first fixed ring; the silicone seal is disposed on the base; the base is disposed on the e-liquid tank; two ends of the first fixed ring are connected to the base and the e-liquid tank, respectively; the silicone plug is fixed on the base; and the atomizer is fixed on the first fixed ring.
A seal assembly for use between a housing and a rotatable shaft protruding exteriorly from the housing, the shaft being journalled for rotation in an eccentric cartridge which in turn is rotatably adjustable, said seal assembly comprising: a circular flinger mounted on the shaft for rotation therewith, said flinger having radially outwardly projecting flanges (30a,30b) defining an axial space therebetween; a seal carrier surrounding the flinger, characterized in that said seal carrier having axially spaced first and second inner rims projecting radially inwardly into the space between the flanges (30a,30b) of said flinger; ring seals carried by said inner rims (40a, 40b); and means for resiliently urging said inner rims (40a, 40b) apart to thereby maintain said ring seals in contact with the flanges (30a,30b) of said flinger. a circular flinger mounted on the shaft for rotation therewith, said flinger having radially outwardly projecting flanges (30a,30b) defining an axial space therebetween; a seal carrier surrounding the flinger, characterized in that said seal carrier having axially spaced first and second inner rims projecting radially inwardly into the space between the flanges (30a,30b) of said flinger; ring seals carried by said inner rims (40a, 40b); and means for resiliently urging said inner rims (40a, 40b) apart to thereby maintain said ring seals in contact with the flanges (30a,30b) of said flinger.
A production process for a ribbon, in particular for items of clothing, comprising the steps of: - weaving a ribbon by interlacing at least a first plurality of warp threads which are produced from cotton staple fibre type fibre and a second plurality of warp threads which are produced from textured polyamide or textured polyester, with at least one weft thread in accordance with such a non-symmetrical weaving scheme that there is produced on a mutually opposing first face and second face of the ribbon a prevalence of threads of the first plurality and the second plurality, respectively, wherein weaving scheme is the minimum number of warp threads and weft threads necessary to represent the weaving characterised in that the method further comprises the step of - subjecting the ribbon to a sanforizing process performed in a sanforizing plant comprising an atomization unit, a vapour humidification unit, a first compaction unit, a second compaction unit and a cooling unit which are successively positioned over the processing path of the ribbon. - weaving a ribbon by interlacing at least a first plurality of warp threads which are produced from cotton staple fibre type fibre and a second plurality of warp threads which are produced from textured polyamide or textured polyester, with at least one weft thread in accordance with such a non-symmetrical weaving scheme that there is produced on a mutually opposing first face and second face of the ribbon a prevalence of threads of the first plurality and the second plurality, respectively, wherein weaving scheme is the minimum number of warp threads and weft threads necessary to represent the weaving characterised in that the method further comprises the step of - subjecting the ribbon to a sanforizing process performed in a sanforizing plant comprising an atomization unit, a vapour humidification unit, a first compaction unit, a second compaction unit and a cooling unit which are successively positioned over the processing path of the ribbon.
Electrically conductive laminated glazing with improved stability comprising at least one rigid sheet of mineral or organic glass and at least one sheet of a thermoplastic material bonded to the rigid sheet, the glazing also comprising electrical supply tracks having the shape of strips of an electrically conductive transparent film, characterized in that the material of the thermoplastic sheet is a polyvinyl butyral selected from those for which the content of monovalent metal cations is no greater than 30 ppm by weight, and in that the polyvinyl butyral comprises at least 25% by weight of free carboxyl and hydroxyl functions and in that the polyvinyl butyral comprises no less than 30 ppm by weight of divalent cations of alkaline-earth metals.
A process for the preparation of a block copolymer comprising a first type of polyolefin block and at least one type of second polymer block, the process comprising the steps of: A) polymerizing at least one type of olefin monomer using a catalyst system to obtain a first polyolefin block containing a main group metal on at least one chain end; the catalyst system comprising: i) a metal catalyst or metal catalyst precursor comprising a metal from Group 3-10 of the IUPAC Periodic Table of elements; and ii) at least one type of chain transfer agent; and iii) optionally a co-catalyst; B) reacting the first polyolefin block containing a main group metal on at least one chain end obtained in step A) with at least one type of oxidizing agent to obtain a first polyolefin block containing at least one main group metal-functionalized oxidized chain end; and C) forming at least one second polymer block on the first polyolefin block, wherein as a catalytic initiator the main group metal-functionalized oxidized chain end of the first polyolefin block obtained in step B) is used. A) polymerizing at least one type of olefin monomer using a catalyst system to obtain a first polyolefin block containing a main group metal on at least one chain end; the catalyst system comprising: i) a metal catalyst or metal catalyst precursor comprising a metal from Group 3-10 of the IUPAC Periodic Table of elements; and ii) at least one type of chain transfer agent; and iii) optionally a co-catalyst; i) a metal catalyst or metal catalyst precursor comprising a metal from Group 3-10 of the IUPAC Periodic Table of elements; and ii) at least one type of chain transfer agent; and iii) optionally a co-catalyst; B) reacting the first polyolefin block containing a main group metal on at least one chain end obtained in step A) with at least one type of oxidizing agent to obtain a first polyolefin block containing at least one main group metal-functionalized oxidized chain end; and C) forming at least one second polymer block on the first polyolefin block, wherein as a catalytic initiator the main group metal-functionalized oxidized chain end of the first polyolefin block obtained in step B) is used.