mhurhangee/patent-ind-claim-en huggingface dataset:
A device for mounting on a wall for monitoring an environment , comprising: a body comprising: an active reflected wave detector ; and a processor coupled to the active reflected wave detector, the processor configured to: control the active reflected wave detector to measure wave reflections from the environment to accrue measured wave reflection data, and identify a fall status of a person based on the measured wave reflection data; and a cord extending from said body, wherein the processor is configured to detect pulling of said cord and generate an alert in response to the detected pulling. an active reflected wave detector ; and a processor coupled to the active reflected wave detector, the processor configured to: control the active reflected wave detector to measure wave reflections from the environment to accrue measured wave reflection data, and identify a fall status of a person based on the measured wave reflection data; and control the active reflected wave detector to measure wave reflections from the environment to accrue measured wave reflection data, and identify a fall status of a person based on the measured wave reflection data; and
An information processing device comprising: an acquisition unit that acquires a plurality of content information pieces , wherein the plurality of content information pieces are content information pieces provided by a plurality of information services; and a generation unit that generates a page in which the plurality of content information pieces are disposed in accordance with templates regarding configurations of information elements, wherein the generation unit generates the page in a manner that the plurality of content information pieces are lined up in one direction and the plurality of content information pieces lined up in the one direction are separated from each other by two or more diagonal lines to the one direction, wherein the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines with respect to the one direction , depending on at least one content information piece separated by each diagonal line, characterized in that the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines on the basis of an amount of information provided by the information service corresponding to at least one of two content information pieces separated by each diagonal line. an acquisition unit that acquires a plurality of content information pieces , wherein the plurality of content information pieces are content information pieces provided by a plurality of information services; and a generation unit that generates a page in which the plurality of content information pieces are disposed in accordance with templates regarding configurations of information elements, wherein the generation unit generates the page in a manner that the plurality of content information pieces are lined up in one direction and the plurality of content information pieces lined up in the one direction are separated from each other by two or more diagonal lines to the one direction, wherein the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines with respect to the one direction , depending on at least one content information piece separated by each diagonal line, characterized in that the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines on the basis of an amount of information provided by the information service corresponding to at least one of two content information pieces separated by each diagonal line.
An intraocular lens injector comprising: a body which is tubular; a lens holder provided on an end surface of the body and configured to hold an intraocular lens ; a plunger adapted to be inserted into the body , while being capable of entering and leaving the body , so as to (i) come into contact with the intraocular lens , which is held by the lens holder and (ii) extrude the intraocular lens ; and a nozzle through which to release the intraocular lens , which has been extruded by the plunger , while folding the intraocular lens , the lens holder having: a placement part which is provided with a placement surface on which to place the intraocular lens ; and a lid part which is provided so as to cover the placement part , characterised in that the lid part is provided with a pressing member configured to press the intraocular lens toward the placement surface by an elastic force. a body which is tubular; a lens holder provided on an end surface of the body and configured to hold an intraocular lens ; a plunger adapted to be inserted into the body , while being capable of entering and leaving the body , so as to (i) come into contact with the intraocular lens , which is held by the lens holder and (ii) extrude the intraocular lens ; and a nozzle through which to release the intraocular lens , which has been extruded by the plunger , while folding the intraocular lens , the lens holder having: a placement part which is provided with a placement surface on which to place the intraocular lens ; and a lid part which is provided so as to cover the placement part , characterised in that the lid part is provided with a pressing member configured to press the intraocular lens toward the placement surface by an elastic force. a placement part which is provided with a placement surface on which to place the intraocular lens ; and a lid part which is provided so as to cover the placement part , characterised in that the lid part is provided with a pressing member configured to press the intraocular lens toward the placement surface by an elastic force.
A slurry wall cutting system comprising a slurry wall cutter that is connectable to a carrier machine and that has a frame, at least one cutting tool arranged at the frame to break up soil material, and at least one drive unit by means of which the at least one cutting tool can be driven, wherein the frame comprises an upper frame parr , a middle frame part , and a lower frame part that are releasably connectable to one another, characterized in that the upper and lower frame parts are releasably connectable to one another both directly and via the middle frame part that can be arranged therebetween, with the slurry wall cutter being) operable both with and without an installed middle frame part ; in that the lower frame part comprises a suction opening and a conveying pump in communication therewith for conveying excavated material produced by the at least one cutting tool ; and in that the at least one cutting tool and the at least one drive unit are arranged at the lower frame part .
A floor lamp , for leaning against an object (T), which is to be illuminated at least in sections with the floor lamp , comprising - a lamp stem , - an illuminant arrangement arranged in an upper region of the lamp stem , - a lamp base arranged at a lower end of the lamp stem , which when in an intended position for use is in contact with a floor beside the object (T) in a contact area (K), wherein the contact area (K) is constituted in such a way that the floor lamp , when in the intended position for use, tilts against the object (T) about a tilt axis (A K ) defined by the contact area (K), and - a support element arrangement , which is arranged between the lamp base and the illuminant arrangement on the lamp stem , characterised in that a lamp head with an illuminant unit is arranged at the upper side on the lamp stem and can be swivelled about two axes (A 1 , A 2 ). - a lamp stem , - an illuminant arrangement arranged in an upper region of the lamp stem , - a lamp base arranged at a lower end of the lamp stem , which when in an intended position for use is in contact with a floor beside the object (T) in a contact area (K), wherein the contact area (K) is constituted in such a way that the floor lamp , when in the intended position for use, tilts against the object (T) about a tilt axis (A K ) defined by the contact area (K), and - a support element arrangement , which is arranged between the lamp base and the illuminant arrangement on the lamp stem ,
A system for providing encryption key management, the system comprising one or more servers, and a key material source for providing one or more encryption keys, the one or more servers comprising at least one processor and at least one non-transitory memory storing instructions that, when executed by the processor, configure the one or more servers to: receive, by the one or more servers, access to one or more encryption keys provided by the key material source, the encryption keys for accessing data managed by the one or more servers; wherein access to encryption keys is revocable on a per keyscope component basis, such that any encryption key associated with a revoked keyscope component is rendered invalid by the key material source; and, receive, by the one or more servers, encrypted plaintext or decrypted ciphertext, wherein the encrypted plaintext is encrypted using the one or more encryption keys provided by the key material source, wherein the plaintext comprises one or more of a message plaintext, a file plaintext or a search index encryption key. receive, by the one or more servers, access to one or more encryption keys provided by the key material source, the encryption keys for accessing data managed by the one or more servers; wherein access to encryption keys is revocable on a per keyscope component basis, such that any encryption key associated with a revoked keyscope component is rendered invalid by the key material source; and, receive, by the one or more servers, encrypted plaintext or decrypted ciphertext, wherein the encrypted plaintext is encrypted using the one or more encryption keys provided by the key material source, wherein the plaintext comprises one or more of a message plaintext, a file plaintext or a search index encryption key.
A service routing method, comprising: receiving (S502), by a first routing node, a first packet, wherein the first packet carries service identifier information and first service node address information, the service identifier information is used to indicate an identifier of a first service provided by at least two service nodes, the first service node address information is used to indicate an address of a first service node, and the at least two service nodes comprise the first service node; and forwarding (S503), by the first routing node, the first packet based on the first service node address information. receiving (S502), by a first routing node, a first packet, wherein the first packet carries service identifier information and first service node address information, the service identifier information is used to indicate an identifier of a first service provided by at least two service nodes, the first service node address information is used to indicate an address of a first service node, and the at least two service nodes comprise the first service node; and forwarding (S503), by the first routing node, the first packet based on the first service node address information.
The use of a polymerised fluorocarbon coating, deposited by a plasma polymerisation process, for maintaining pore size of a reusable filtration membrane subject to caustic washing, wherein the fluorocarbon coating is formed by exposing the reusable filtration membrane to a plasma comprising a fluorocarbon monomer so as to form a polymeric layer on the surface thereof, wherein the fluorocarbon monomer is a compound of formula (IV) where R 7a is hydrogen, C 1-10 alkyl, or C 1-10 haloalkyl; and where x is an integer of from 1 to 9.
A head-worn computer , comprising a display; a removable and replaceable adjustable nose bridge assembly , wherein the adjustable nose bridge assembly has at least three user adjustable features to mechanically position the adjustable nose bridge assembly to the user's nose, wherein a first adjustment of the at least three user adjustable features is adapted to move the adjustable nose bridge assembly up and down relative to the display of the head-worn computer, wherein a second adjustment of the at least three user adjustable features is adapted to rotate a nose pad of the adjustable nose bridge assembly about an axis substantially perpendicular to a top frame of the head-worn computer, wherein a third adjustment of the at least three user adjustable features is adapted to flare the nose pad to a side of the axis, and characterized in that the nose pad is attached to a clip style mechanism that is configured to be removably mated with a vertical nose bridge adjustment system providing the first user adjustment of the at least three user adjustable features, the removable mating occurring without affecting the first adjustment. a display; a removable and replaceable adjustable nose bridge assembly , wherein the adjustable nose bridge assembly has at least three user adjustable features to mechanically position the adjustable nose bridge assembly to the user's nose, wherein a first adjustment of the at least three user adjustable features is adapted to move the adjustable nose bridge assembly up and down relative to the display of the head-worn computer, wherein a second adjustment of the at least three user adjustable features is adapted to rotate a nose pad of the adjustable nose bridge assembly about an axis substantially perpendicular to a top frame of the head-worn computer, wherein a third adjustment of the at least three user adjustable features is adapted to flare the nose pad to a side of the axis, and characterized in that the nose pad is attached to a clip style mechanism that is configured to be removably mated with a vertical nose bridge adjustment system providing the first user adjustment of the at least three user adjustable features, the removable mating occurring without affecting the first adjustment.
Device for positioning a stock member (4: 38) on a gunstock comprising at least one guide member (3; 37) disposed on the stock member (4; 38) and movably guided in a receiving member (1; 35) and a positioning mechanism (7; 45), which comprises at least one retaining member (10, 11; 46) dedicated to the guide member (3; 37) and an operating member (12; 47) for moving the retaining member (10, 11; 46) between a retaining position for locking the guide member (3; 37) into position and a release position for positioning the guide member (3; 37), wherein a position-adjustable stop member (17; 55) for limiting the extending movement of the guide member (3; 37) is dedicated to the at least one guide member, characterized in that the stop member (17; 55) is movable into a release position for changing the position of the stop member (17; 55) by means of the operating member (12; 47) provided for moving the at least one retaining member (10, 11; 46).
Method for using a mobile crease-removal chamber for removing creases from at least one fabric article intended to be placed in the crease-removal chamber , comprising the following successive steps: a. (E1) first steaming by generating and injecting steam into the crease-removal chamber at a first-steaming flowrate for a non-zero first-steaming duration; b. (E2) second steaming by generating and injecting steam into the crease-removal chamber at a second-steaming flowrate for a non-zero second-streaming duration, where the second-steaming flowrate is strictly lower than the first-steaming flowrate; and c. (E3) drying by blowing hot air through the crease-removal chamber for a non-zero drying duration. a. (E1) first steaming by generating and injecting steam into the crease-removal chamber at a first-steaming flowrate for a non-zero first-steaming duration; b. (E2) second steaming by generating and injecting steam into the crease-removal chamber at a second-steaming flowrate for a non-zero second-streaming duration, where the second-steaming flowrate is strictly lower than the first-steaming flowrate; and c. (E3) drying by blowing hot air through the crease-removal chamber for a non-zero drying duration.
A laser drilling tool assembly comprising: a body that includes a first segment configured to receive an input beam from a laser source and couple the input beam to provide an irradiation beam to irradiate a downhole target , and a second segment housing one or more purging pipes ; and a tool head that includes a retractable nozzle , and one or more optical sensing elements mounted on the retractable nozzle , wherein when the downhole target is being irradiated by the irradiation beam , the retractable nozzle is configured to be extended towards the downhole target such that the one or more optical sensing elements are positioned closer to the downhole target. a first segment configured to receive an input beam from a laser source and couple the input beam to provide an irradiation beam to irradiate a downhole target , and a second segment housing one or more purging pipes ; and a tool head that includes a retractable nozzle , and one or more optical sensing elements mounted on the retractable nozzle , wherein when the downhole target is being irradiated by the irradiation beam , the retractable nozzle is configured to be extended towards the downhole target such that the one or more optical sensing elements are positioned closer to the downhole target.
An uplink transmission resource allocation method, wherein the method comprises: determining (S401, S402, S403) uplink data transmission grant instruction duration T1, first state transition duration T2 for a state transition from downlink to uplink transmission, and duration T3 of first uplink data transmission; determining a target subcarrier based on the uplink data transmission grant instruction duration T1, the first state transition duration T2, and the duration of the first uplink data transmission T3, wherein the target subcarrier is determined as an available subcarrier among a plurality of available subcarriers with a minimum difference between a start slot of uplink data transmission duration and an end slot of an allocated time-frequency resource on the available subcarrier, and an available subcarrier is a subcarrier whose time-frequency resource within the first uplink data transmission duration is an idle time-frequency resource.
A method for manufacturing a hollow glass product by an I. S. machine, said method being of the press-and-blow or blow-blow type and implementing at least a blank mould and blow mould, said blank mould comprising two half-moulds closing at each manufacturing cycle, at least one glass parison being filled in the blank mould by gravity, said parison being transferred from the blank mould to the blow mould using a transfer arm after opening both half-moulds of the blank mould, said transfer arm being able to make reciprocating motions between the blank mould and the blow mould by passing between both half-moulds of the blank mould, said method comprising lubricating said blank mould, said lubrication being performed without interrupting the manufacturing method and comprising spraying a lubricant, inside said blank mould open, by at least one spray nozzle , characterised in that said spray nozzle is carried by an arm of a robot external to the I. S. machine movable along the blank mould side of the I. S. machine, said movable robot being configured to (i) bring said spray nozzle into a lubrication position after the glass parison leaves the blank mould to the blow mould; (ii) after lubrication, withdraw said spray nozzle from the lubrication position before the transfer arm returns between both half-moulds of the blank mould. (i) bring said spray nozzle into a lubrication position after the glass parison leaves the blank mould to the blow mould; (ii) after lubrication, withdraw said spray nozzle from the lubrication position before the transfer arm returns between both half-moulds of the blank mould.
A communication device , comprising: a ground element ; a dielectric substrate , disposed nearby the ground element , the dielectric substrate having a first surface and a second surface ; and an antenna element , comprising a first metal portion and a second metal portion , wherein the antenna element and the ground element form a ground plane antenna, the first metal portion is disposed on the first surface and has a feeding point located on the first surface , the ground plane antenna is operated in a frequency band through the first metal portion , the second metal portion is disposed on the second surface to improve the impedance matching of the ground plane antenna in the frequency band , the first metal portion is electrically connected to the second metal portion through a conductive via-hole , wherein the first metal portion comprises a first edge away from the ground element and a second edge nearby the ground element , a first end of a diagonal of the first metal portion is connected to an end of the first edge , a second end of the diagonal of the first metal portion is connected to an end of the second edge, the conductive via-hole is nearby the first end of the diagonal of the first metal portion , the feeding point is nearby the second end of the diagonal of the first metal portion , and a projection of the second metal portion on the first surface is covered by the first metal portion characterised in that a shape of the first metal portion is an inverted U shape and the first edge is an edge of a middle section of the inverted U shape. a ground element ; a dielectric substrate , disposed nearby the ground element , the dielectric substrate having a first surface and a second surface ; and an antenna element , comprising a first metal portion and a second metal portion , wherein the antenna element and the ground element form a ground plane antenna, the first metal portion is disposed on the first surface and has a feeding point located on the first surface , the ground plane antenna is operated in a frequency band through the first metal portion , the second metal portion is disposed on the second surface to improve the impedance matching of the ground plane antenna in the frequency band , the first metal portion is electrically connected to the second metal portion through a conductive via-hole , wherein the first metal portion comprises a first edge away from the ground element and a second edge nearby the ground element , a first end of a diagonal of the first metal portion is connected to an end of the first edge , a second end of the diagonal of the first metal portion is connected to an end of the second edge, the conductive via-hole is nearby the first end of the diagonal of the first metal portion , the feeding point is nearby the second end of the diagonal of the first metal portion , and a projection of the second metal portion on the first surface is covered by the first metal portion characterised in that a shape of the first metal portion is an inverted U shape and the first edge is an edge of a middle section of the inverted U shape.