mhurhangee/patent-ind-claim-en huggingface dataset:
Multiple latching lock, in particular electromechanical multiple latching lock with a mechanical emergency actuation ability via a locking cylinder, comprising a push rod arranged in a housing , at least one bolt including a control cam in a known manner, wherein a spigot of the push rod is guided in the control cam and the bolt can be actuated via this pin , a latch which can be actuated by a follower with a connected handle or, alternatively, by the locking cylinder, and, if appropriate, further locking elements which can be actuated by the push rod , wherein the locking lug of the locking cylinder is actuating a cylinder cam which can be brought into an operative connection with a locking segment by means of a projection, wherein the locking segment is in operative connection with the push rod , and wherein the path of the rotary movement of the locking cylinder from the locked position to the open position with the retracted latch corresponds at most to half a revolution, characterized in that upon the unlocking operation, the cylinder cam subsequently can be brought into an operative connection with a first latch lever by means of the projection, wherein the first latch lever is in operative connection with a second latch lever which can be brought into engagement with the latch retraction lever , whereby the displacement of the bolt and of the latch during the unlocking process occurs at least in phases simultaneously.
A method performed by a user equipment, UE, the method comprising: receiving a downlink transmission, from a base station, in first downlink resources ; receiving signaling comprising a pilot sequence, the signaling being sent on downlink resources reserved for the signaling, and the pilot sequence indicating that data on a portion of the first downlink resources in one or more other subframes has been punctured . receiving a downlink transmission, from a base station, in first downlink resources ; receiving signaling comprising a pilot sequence, the signaling being sent on downlink resources reserved for the signaling, and the pilot sequence indicating that data on a portion of the first downlink resources in one or more other subframes has been punctured .
A refrigerator comprising: a cabinet in which a storage compartment is formed; a refrigerator door for opening and closing the storage compartment; a door opening device having a push rod which moves from an initial position to a door opening position for opening the refrigerator door and a motor for providing power to the push rod ; and a controller controlling the motor , wherein the controller controls the push rod to move to the door opening position while in close contact with the cabinet or the refrigerator door in order to open the refrigerator door , characterized in that the controller supplies a voltage to the motor to stop the motor when the push rod is moved to the door opening position and to maintain a state in which the push rod is stopped without being moved at the door opening position for a certain time without a rotation of the motor a cabinet in which a storage compartment is formed; a refrigerator door for opening and closing the storage compartment; a door opening device having a push rod which moves from an initial position to a door opening position for opening the refrigerator door and a motor for providing power to the push rod ; and a controller controlling the motor , wherein the controller controls the push rod to move to the door opening position while in close contact with the cabinet or the refrigerator door in order to open the refrigerator door , characterized in that the controller supplies a voltage to the motor to stop the motor when the push rod is moved to the door opening position and to maintain a state in which the push rod is stopped without being moved at the door opening position for a certain time without a rotation of the motor
An image processing apparatus comprising: an acquiring unit for acquiring a current video frame and a scene model based on an input video, wherein said scene model includes visual element models at least representing appearance features in said current video frame and in previous video frames thereof, of visual elements; a first updating unit for updating (S3401) visual element models in said scene model, which match with the visual elements in said current video frame, based on the visual elements in said current video frame; characterized by further comprising: a second updating unit for updating (S3502) visual element models as a background visual element model in said scene model, which do not match with the visual elements in said current video frame, based on a difference between the appearance features in said current video frame and in said previous video frames, of a reference visual element model associated with the unmatched visual element model, wherein the reference visual element model is a background visual element model which can vary immediately following a variation in the environment illumination and obtained using visual element models of one or more previous video frames. an acquiring unit for acquiring a current video frame and a scene model based on an input video, wherein said scene model includes visual element models at least representing appearance features in said current video frame and in previous video frames thereof, of visual elements; a first updating unit for updating (S3401) visual element models in said scene model, which match with the visual elements in said current video frame, based on the visual elements in said current video frame; characterized by further comprising: a second updating unit for updating (S3502) visual element models as a background visual element model in said scene model, which do not match with the visual elements in said current video frame, based on a difference between the appearance features in said current video frame and in said previous video frames, of a reference visual element model associated with the unmatched visual element model, wherein the reference visual element model is a background visual element model which can vary immediately following a variation in the environment illumination and obtained using visual element models of one or more previous video frames.
A composition formulated for topical or mucosal administration to a mammal, the composition comprising a genetically modified Propionibacterium acnes ( P. acnes ) type II, ribotype 6 strain comprising a nucleic acid encoding a mammalian growth factor or a mammalian cytokine, wherein the nucleic acid includes a regulatory element that drives the expression of the mammalian growth factor or the mammalian cytokine in the P. acnes strain, the P. acnes strain comprises an endogenous CRISPR array, and the nucleic acid and regulatory element are integrated into the genome of the P . acnes strain.
A charging method, wherein the method comprises: determining , by a control plane function entity, that a data flow transmitted by a user equipment UE on a first data session needs to be migrated to a second data session, wherein the first data session is a data session between the UE and a first user plane function entity, the second data session is a data session between the UE and a second user plane function entity, the first user plane function entity and the second user plane function entity are selected by the control plane function entity; the method characterized by : obtaining , by the control plane function entity, charging information of the data flow before the migration, wherein the charging information was counted by the first user plane function entity and is reported to the control plane function entity by the first user plane function entity, the charging information comprises usage information; and determining , by the control plane function entity, based on the charging information, that was counted by the first user plane function entity, of the data flow and further based on a first quota, a remaining available quota of the first quota; and delivering , by the control plane function entity, a second quota to be delivered to the second user plane function to the second user plane function entity based on the remaining available quota; caching , by the control plane function entity, the charging information reported by the first user plane function entity; generating , by the control plane function entity, based on the usage information reported by the first user plane function entity and usage information reported by the second user plane function entity, information to be reported to the charging system; reporting , by the control plane function entity, the generated information to the charging system. obtaining , by the control plane function entity, charging information of the data flow before the migration, wherein the charging information was counted by the first user plane function entity and is reported to the control plane function entity by the first user plane function entity, the charging information comprises usage information; and determining , by the control plane function entity, based on the charging information, that was counted by the first user plane function entity, of the data flow and further based on a first quota, a remaining available quota of the first quota; and delivering , by the control plane function entity, a second quota to be delivered to the second user plane function to the second user plane function entity based on the remaining available quota; caching , by the control plane function entity, the charging information reported by the first user plane function entity; generating , by the control plane function entity, based on the usage information reported by the first user plane function entity and usage information reported by the second user plane function entity, information to be reported to the charging system; reporting , by the control plane function entity, the generated information to the charging system.
A video decoding apparatus using a quad tree structure, comprising: an entropy decoder for decoding integrated code block flag information, decoding a split information flag indicating whether a transform unit is split into transform units having a smaller size only when a value of the integrated code block flag information doesn't equal a predefined value, decoding a code block flag information cbf_luma indicating whether at least one non-zero transform quantization coefficient for a Luma component of the transform unit is present in the transform unit only when the split information flag indicates the transform unit is not additionally split, and decoding transform coefficients in the transform unit based on the integrated code block flag information, wherein all of the transform coefficients in the transform unit are set to zero when the value of the integrated code block flag information equals the predefined value.
A head-mountable respiratory assistance apparatus configured to provide a respiratory gases stream to a user, comprising: a main body securable to the head of the user; a blower unit provided on the main body having a gases inlet to receive a supply of gases from the surrounding atmosphere and which is operable to generate a pressurised gases stream at a gases outlet , wherein the blower unit comprises a casing and wherein the gases outlet extends radially outward from a center of the casing and in a direction that is centrally aligned with respect to the apparatus; and a patient interface provided on the main body having a gases inlet which is fluidly connected via a gases flow path to the gases outlet of the blower unit and which is configured to deliver the pressurised gases to the user's nose and/or mouth via one or more gases outlets, and wherein the gases flow path from the gases inlet of the blower unit to the gases outlet(s) of the patient interface is substantially sealed such that there is zero bias flow along the gases flow path, characterised in that the gases flow path volume between the gases inlet of the blower unit and the gases outlet(s) of the patient interface is less than approximately 200mL, and wherein the blower unit comprises a lightweight shroudless impeller , and a motor with a rotatable drive shaft that is configured to rotate the impeller . a main body securable to the head of the user; a blower unit provided on the main body having a gases inlet to receive a supply of gases from the surrounding atmosphere and which is operable to generate a pressurised gases stream at a gases outlet , wherein the blower unit comprises a casing and wherein the gases outlet extends radially outward from a center of the casing and in a direction that is centrally aligned with respect to the apparatus; and a patient interface provided on the main body having a gases inlet which is fluidly connected via a gases flow path to the gases outlet of the blower unit and which is configured to deliver the pressurised gases to the user's nose and/or mouth via one or more gases outlets, and wherein the gases flow path from the gases inlet of the blower unit to the gases outlet(s) of the patient interface is substantially sealed such that there is zero bias flow along the gases flow path, characterised in that the gases flow path volume between the gases inlet of the blower unit and the gases outlet(s) of the patient interface is less than approximately 200mL, and wherein the blower unit comprises a lightweight shroudless impeller , and a motor with a rotatable drive shaft that is configured to rotate the impeller .
Tyre intended to be mounted on a mounting rim of a wheel of a vehicle and having a predetermined direction of mounting on the vehicle, comprising a tread that extends between an outer axial edge and an inner axial edge , the inner axial edge being the edge intended to be mounted on the body side of the vehicle when the tyre is mounted on the vehicle in said predetermined direction of mounting; in which the tread comprises at least one central rib (411-413) and two side ribs , the side ribs being positioned on either side of said at least one central rib, the ribs being separated by circumferential grooves (141-144) each comprising two side walls ; in which each central rib (411-413) is delimited axially by an outer border and by an inner border, each border being formed by a side wall of a circumferential groove, the inner border being axially closer to the inner axial edge of the tread than the outer border, the axial distance, over the tread surface in the new state, between the outer border and the inner border defining the axial width (LC) of the central rib; in which the side ribs are made from at least one first rubber composition, this at least one first rubber composition comprising at least one elastomer and at least one reinforcing filler, optionally including a carbon black, the carbon black representing a percentage of greater than or equal to 0% and less than 50% of the weight of all of the reinforcing filler; in which at least one of the central ribs (411-413) comprises a portion made from at least one second rubber composition, this at least one second rubber composition comprising at least one elastomer and at least one reinforcing filler comprising a carbon black, the carbon black representing a percentage of greater than or equal to 50% and less than or equal to 100% of the weight of all of the reinforcing filler, said portion extending from the outer border of the central rib axially in the direction of the inner axial edge of the tread, the axial width (LP) of said portion being, over the entire radial depth of the central rib, greater than or equal to 20% of the axial width LC of the central rib; characterised in that said at least one first rubber composition has a tan δ0 value which is greater than the tan δ0 value of said at least one second rubber composition, where tan δ0 denotes the tan δ value measured at a temperature of 0°C and under a stress of 0.7 mPa.
A process for producing a toner for development of electrostatic images, comprising the following steps to : step : mixing a releasing agent and a water dispersion of resin particles (A) as a dispersant for the releasing agent to obtain a water dispersion of releasing agent particles wherein a mass ratio of the releasing agent to the resin particles (A) [releasing agent/resin particles (A)] is from 100/1 to 100/100; step : mixing the water dispersion of the releasing agent particles obtained in the step and a water dispersion of resin particles (B) to aggregate the releasing agent particles and the resin particles (B), thereby obtaining aggregated particles; and step : coalescing the aggregated particles obtained in the step to obtain coalesced particles, in which the resin particles (A) comprise a composite resin comprising a segment (a1) constituted of a polyester resin and a vinyl-based resin segment (a2) comprising a constitutional unit derived from a styrene-based compound; and a resin constituting the resin particles (B) comprises a segment (b1) constituted of a polyester resin in an amount of not less than 50% by mass. step : mixing a releasing agent and a water dispersion of resin particles (A) as a dispersant for the releasing agent to obtain a water dispersion of releasing agent particles wherein a mass ratio of the releasing agent to the resin particles (A) [releasing agent/resin particles (A)] is from 100/1 to 100/100; step : mixing the water dispersion of the releasing agent particles obtained in the step and a water dispersion of resin particles (B) to aggregate the releasing agent particles and the resin particles (B), thereby obtaining aggregated particles; and step : coalescing the aggregated particles obtained in the step to obtain coalesced particles, in which the resin particles (A) comprise a composite resin comprising a segment (a1) constituted of a polyester resin and a vinyl-based resin segment (a2) comprising a constitutional unit derived from a styrene-based compound; and a resin constituting the resin particles (B) comprises a segment (b1) constituted of a polyester resin in an amount of not less than 50% by mass.
A surgical stapler comprising: (a) an end effector operable to drive a plurality of staples into tissue, wherein the end effector comprises an anvil assembly that is slidable longitudinally relative to a stapling head assembly to define an anvil gap between them; (b) a staple driver operable to actuate the end effector to drive the plurality of staples into tissue; (c) a trigger operable to actuate the staple driver to thereby actuate the end effector; (d) a safety latch moveable between a locked position and an unlocked position, wherein the safety latch is operable to prevent operation of the trigger when the safety latch is in the locked position, wherein the safety latch is operable to enable operation of the trigger when the safety latch is in the unlocked position, wherein the safety latch is prevented from moving to the unlocked position when the anvil gap is outside a predetermined operating range; and (e) a safety feature configured to prevent operation of the staple driver when the safety latch is in the unlocked position; wherein the safety feature comprises an actuating switch and a braking assembly , the staple driver is actuated by movement of a translating driver actuating member , and the actuating switch is operable to control the braking assembly such that the braking assembly is operable to selectively grip or release the driver actuating member . (a) an end effector operable to drive a plurality of staples into tissue, wherein the end effector comprises an anvil assembly that is slidable longitudinally relative to a stapling head assembly to define an anvil gap between them; (b) a staple driver operable to actuate the end effector to drive the plurality of staples into tissue; (c) a trigger operable to actuate the staple driver to thereby actuate the end effector; (d) a safety latch moveable between a locked position and an unlocked position, wherein the safety latch is operable to prevent operation of the trigger when the safety latch is in the locked position, wherein the safety latch is operable to enable operation of the trigger when the safety latch is in the unlocked position, wherein the safety latch is prevented from moving to the unlocked position when the anvil gap is outside a predetermined operating range; and (e) a safety feature configured to prevent operation of the staple driver when the safety latch is in the unlocked position;
A method of registering voters with a view to voting, the method being implemented by an electronic device (E m ) comprising a secure element, the secure element comprising a memory and computing means, the method comprising, for each voter, the following steps performed by the computing means of the secure element of the electronic device (E m ): receiving biometric data (t) collected about the voter and a pointer (P DC ) corresponding to cryptographic voting data (DC), wherein the cryptographic voting data (DC) is stored in a database of a server (C), wherein the pointer (P DC ) has a smaller size than the corresponding cryptographic voting data (DC), associating , in the memory of the secure element of the electronic device (E m ), the biometric data (t) with the pointer (P DC ) corresponding to the cryptographic voting data (DC) of the voter from whom the biometric data (t) were acquired, so that the voter can later identify biometrically during the vote using the electronic device (E m ) and vote using the cryptographic voting data (DC). receiving biometric data (t) collected about the voter and a pointer (P DC ) corresponding to cryptographic voting data (DC), wherein the cryptographic voting data (DC) is stored in a database of a server (C), wherein the pointer (P DC ) has a smaller size than the corresponding cryptographic voting data (DC), associating , in the memory of the secure element of the electronic device (E m ), the biometric data (t) with the pointer (P DC ) corresponding to the cryptographic voting data (DC) of the voter from whom the biometric data (t) were acquired, so that the voter can later identify biometrically during the vote using the electronic device (E m ) and vote using the cryptographic voting data (DC).