mhurhangee/patent-ind-claim-en huggingface dataset:
An electromagnetic door lock for locking the door of a domestic appliance, comprising: a rotating cam rotating about an axis (A) between an open-door position and closed-door position and cooperating with a hook fixed to a door of a domestic appliance, - a locking device which locks the rotating cam in the closed-door position, the locking device including an electromagnetic actuator configured for moving a locking pin between a locking position and an unlocking position, and - a door sensing device including a door sensing element movable between a first position and a second position corresponding, respectively, to the open-door position and to the closed-door position of the rotating cam , characterized in that it comprises at least a first contactless proximity sensor which detects said second position of the door sensing element , and a second contactless proximity sensor which detects said locking position of the locking pin , wherein said first or second contactless proximity sensor cooperates with at least one respective actuating element carried by the door sensing element or by the locking pin , wherein said door sensing element or said locking pin carries a first and a second actuating element (48', 48", 50', 50"). a rotating cam rotating about an axis (A) between an open-door position and closed-door position and cooperating with a hook fixed to a door of a domestic appliance, - a locking device which locks the rotating cam in the closed-door position, the locking device including an electromagnetic actuator configured for moving a locking pin between a locking position and an unlocking position, and - a door sensing device including a door sensing element movable between a first position and a second position corresponding, respectively, to the open-door position and to the closed-door position of the rotating cam , - a locking device which locks the rotating cam in the closed-door position, the locking device including an electromagnetic actuator configured for moving a locking pin between a locking position and an unlocking position, and - a door sensing device including a door sensing element movable between a first position and a second position corresponding, respectively, to the open-door position and to the closed-door position of the rotating cam , characterized in that it comprises at least a first contactless proximity sensor which detects said second position of the door sensing element , and a second contactless proximity sensor which detects said locking position of the locking pin , wherein said first or second contactless proximity sensor cooperates with at least one respective actuating element carried by the door sensing element or by the locking pin , wherein said door sensing element or said locking pin carries a first and a second actuating element (48', 48", 50', 50").
A method of operation of a network node, to ensure that a Subscription Concealed Identifier, SUCI, is calculated in the Universal Subscriber Identity Module, USIM, part of a User Equipment, UE, when intended, wherein the UE further comprises a mobile equipment, ME, part, the method comprising: when a SUCI-Calculation-Indicator is set to a value indicating that the SUCI is to be calculated in the USIM , setting proprietary information, which is not known to the ME , as required for calculation of the SUCI , wherein the proprietary information comprises a relationship between an encryption scheme identifier that identifies a SUCI calculation encryption scheme to use for calculation of the SUCI, and said SUCI calculation encryption scheme, and wherein the relationship between the encryption scheme identifier and the SUCI calculation encryption scheme is proprietary to a Mobile Network Operator, MNO, of the USIM. when a SUCI-Calculation-Indicator is set to a value indicating that the SUCI is to be calculated in the USIM , setting proprietary information, which is not known to the ME , as required for calculation of the SUCI , wherein the proprietary information comprises a relationship between an encryption scheme identifier that identifies a SUCI calculation encryption scheme to use for calculation of the SUCI, and said SUCI calculation encryption scheme, and wherein the relationship between the encryption scheme identifier and the SUCI calculation encryption scheme is proprietary to a Mobile Network Operator, MNO, of the USIM.
A method for storing a trioxane composition usable in a synthesis of a polyacetal resin, the method comprising the steps of: providing a trioxane composition comprising trioxane as a main component, an antioxidant, and an amine compound having an alcoholic hydroxy group in the molecule thereof, wherein the amount of the amine compound contained is 0.01 to 10 ppm, based on the trioxane; and maintaining the trioxane composition in a molten state for 10 hours to 30 days. providing a trioxane composition comprising trioxane as a main component, an antioxidant, and an amine compound having an alcoholic hydroxy group in the molecule thereof, wherein the amount of the amine compound contained is 0.01 to 10 ppm, based on the trioxane; and maintaining the trioxane composition in a molten state for 10 hours to 30 days.
A method performed by an apparatus comprised in a network element, the method comprising maintaining a table including a plurality of entries, each of said plurality of entries being assigned to a respective one of a plurality of neighboring cells, and utilizing said table for assessment of a suitability of each of said plurality of said neighboring cells for an inter-cell capability, wherein each of said plurality of entries comprises overlapping amount information in relation to a source cell and said respective one of said plurality of neighboring cells and overlapping location information in relation to said source cell and said respective one of said plurality of neighboring cells, wherein in relation to said utilizing, said method further comprises ranking said plurality of neighboring cells based on at least one of said respective overlapping amount information and said respective overlapping location information. maintaining a table including a plurality of entries, each of said plurality of entries being assigned to a respective one of a plurality of neighboring cells, and utilizing said table for assessment of a suitability of each of said plurality of said neighboring cells for an inter-cell capability, wherein each of said plurality of entries comprises overlapping amount information in relation to a source cell and said respective one of said plurality of neighboring cells and overlapping location information in relation to said source cell and said respective one of said plurality of neighboring cells, wherein in relation to said utilizing, said method further comprises ranking said plurality of neighboring cells based on at least one of said respective overlapping amount information and said respective overlapping location information.
A data transmission method, characterized by comprising: when data is transmitted between a radio equipment controller, REC, and one radio equipment, RE, arranging control words of the RE in a plurality of superframes, wherein connotations of the control words of the RE at a same position in different superframes of the plurality of superframes are different; and sending the plurality of superframes to an opposite end. when data is transmitted between a radio equipment controller, REC, and one radio equipment, RE, arranging control words of the RE in a plurality of superframes, wherein connotations of the control words of the RE at a same position in different superframes of the plurality of superframes are different; and sending the plurality of superframes to an opposite end.
Structural component (10a; 10b; 10c; 10d; 10e) for a motor vehicle, having a closed hollow profile made of fibre composite material with a profile casing which surrounds a profile volume , and at least one reinforcing bulkhead (30a; 30b; 30c; 30d; 30e) which is arranged in the profile volume on at least one portion of the inner lateral surface of the profile casing , characterized in that the at least one reinforcing bulkhead (30a; 30b; 30c; 30d; 30e) has, at at least one point at which the at least one reinforcing bulkhead (30a; 30b; 30c; 30d; 30e) is arranged on the inner lateral surface , a height (H1), starting perpendicularly from the inner lateral surface , which is less than a passage height (H2) of the profile volume at this point, wherein the profile casing forms a circumferentially closed profile casing portion at least in the region of the at least one reinforcing bulkhead (30a; 30b; 30c; 30d; 30e).
Method for removing ethanol from an alcohol containing fermentation product which, after completely running through a production method specific for the fermentation product, contains a final concentration of ethanol typical for the production method, comprising the steps: a) Adding a non-saccharomyces yeast or a mixture of non-saccharomyces yeasts to the alcohol containing fermentation product, and b) aerobic fermentation of the alcohol containing fermentation product under oxygen restricted conditions and without further supplementing with sugar containing media, wherein the ethanol contained in the alcohol containing fermentation product is reduced by the non- saccharomyces yeasts and metabolized under the formation of aromatic substances specific for the fermentation product. a) Adding a non-saccharomyces yeast or a mixture of non-saccharomyces yeasts to the alcohol containing fermentation product, and b) aerobic fermentation of the alcohol containing fermentation product under oxygen restricted conditions and without further supplementing with sugar containing media, wherein the ethanol contained in the alcohol containing fermentation product is reduced by the non- saccharomyces yeasts and metabolized under the formation of aromatic substances specific for the fermentation product.
A method for encoding a media file or part thereof for transmission in real time over a varying bandwidth link to a destination unit, comprising: employing at least one processor of a transcoder for: iteratively performing the following steps until the media file or the part thereof is completely encoded and sent: (i) encoding one or more fragments of the media file into transcoded media fragments to form a stream fragment ; (ii) sending the stream fragment through a transcoder buffer of the transcoder to the destination unit ; (iii) determining an estimated transmit time of the stream fragment, the estimated transmit time being calculated as a current clock time minus a clock time of a previous iteration which represents a time interval between successive stream fragments leaving the transcoder buffer and is the time interval required for said stream fragment to be conveyed from the transcoder buffer and consumed by the varying bandwidth link; (iv) determining an estimated display time of said stream fragment, the estimated display time being calculated as a timestamp of the stream fragment minus a timestamp of a stream fragment sent in the previous iteration; and (v) adjusting encoding rate parameters for subsequent iterations as a function of the estimated transmit time and the estimated display time. (i) encoding one or more fragments of the media file into transcoded media fragments to form a stream fragment ; (ii) sending the stream fragment through a transcoder buffer of the transcoder to the destination unit ; (iii) determining an estimated transmit time of the stream fragment, the estimated transmit time being calculated as a current clock time minus a clock time of a previous iteration which represents a time interval between successive stream fragments leaving the transcoder buffer and is the time interval required for said stream fragment to be conveyed from the transcoder buffer and consumed by the varying bandwidth link; (iv) determining an estimated display time of said stream fragment, the estimated display time being calculated as a timestamp of the stream fragment minus a timestamp of a stream fragment sent in the previous iteration; and (v) adjusting encoding rate parameters for subsequent iterations as a function of the estimated transmit time and the estimated display time.
A sugar composition for use in the manufacture of foodstuffs, said composition comprising a suspension of a fine sugar having a mean particle size of less than 30 microns in glucose syrup, wherein the ratio of glucose syrup to fine sugar in the composition is in the range of from 3:1 to 1:3.
An orthodontic self-ligating bracket for orthodontic treatment of maloccluded teeth, the bracket comprising: a bracket body having a bottom side and a top side , the bracket body including: a base on the bottom side of the bracket body that is contoured to attach to a surface of a tooth; a bracket slot on the top side of the bracket body, the bracket slot extending in a mesiodistal direction and configured to releasably retain an archwire ; and a bracket groove on the top side of the bracket body extending towards the bracket slot; a bracket door having a bottom side and a top side , wherein the bracket door slidably engages the bracket groove between an open position and a closed position, wherein the bracket slot is exposed when the bracket door is in the open position to allow for placement and removal of the archwire , and wherein the bracket slot is enclosed to securely retain the archwire when the bracket door is in the closed position; springs to be borne by the bracket door including a mesial spring configured to contact the bracket door and a mesial side of the bracket groove and a distal spring configured to contact the bracket door and a distal side of the bracket groove ; characterized in that the bracket groove includes tapered sides that are configured to contact the mesial spring and the distal spring as the bracket door is slidably inserted into the bracket groove . a base on the bottom side of the bracket body that is contoured to attach to a surface of a tooth; a bracket slot on the top side of the bracket body, the bracket slot extending in a mesiodistal direction and configured to releasably retain an archwire ; and a bracket groove on the top side of the bracket body extending towards the bracket slot; a bracket door having a bottom side and a top side , wherein the bracket door slidably engages the bracket groove between an open position and a closed position, wherein the bracket slot is exposed when the bracket door is in the open position to allow for placement and removal of the archwire , and wherein the bracket slot is enclosed to securely retain the archwire when the bracket door is in the closed position;
A process for the absorption of a target gaseous component from a gas stream comprising the steps of: contacting the gas stream with an absorber comprising an aqueous liquid absorbent for absorbing the target gaseous component to produce a rich liquid absorbent stream and a non target gaseous component, said non target gaseous component including water vapour; treating the rich liquid absorbent stream in a desorber to thereby release the target gaseous component and a water vapour component into a desorber gas stream and produce a lean liquid absorbent stream; forming a recovered water stream from the output of a water separator for separating the water vapour from the target gaseous component, said water separator forming part of the absorber and/or the desorber, treating the lean liquid absorbent stream exiting the desorber with a forward osmosis (FO) membrane unit comprising a water permeable membrane, and wherein the membrane unit transfers water from a salt water stream through the water permeable membrane to the lean liquid absorbent stream, thereby replenishing at least part of the water removed in the process, wherein the salt water inlet stream is cooler than the lean liquid absorbent solvent stream entering the FO membrane unit, and the salt concentration in the lean liquid absorbent stream entering the FO membrane unit is greater than the salt concentration of the salt water inlet stream to enable water to migrate from the inlet salt water stream to the lean liquid absorbent stream, and recycling the lean liquid absorbent stream exiting the forward osmosis membrane unit to the absorber. contacting the gas stream with an absorber comprising an aqueous liquid absorbent for absorbing the target gaseous component to produce a rich liquid absorbent stream and a non target gaseous component, said non target gaseous component including water vapour; treating the rich liquid absorbent stream in a desorber to thereby release the target gaseous component and a water vapour component into a desorber gas stream and produce a lean liquid absorbent stream; forming a recovered water stream from the output of a water separator for separating the water vapour from the target gaseous component, said water separator forming part of the absorber and/or the desorber, treating the lean liquid absorbent stream exiting the desorber with a forward osmosis (FO) membrane unit comprising a water permeable membrane, and wherein the membrane unit transfers water from a salt water stream through the water permeable membrane to the lean liquid absorbent stream, thereby replenishing at least part of the water removed in the process, wherein the salt water inlet stream is cooler than the lean liquid absorbent solvent stream entering the FO membrane unit, and the salt concentration in the lean liquid absorbent stream entering the FO membrane unit is greater than the salt concentration of the salt water inlet stream to enable water to migrate from the inlet salt water stream to the lean liquid absorbent stream, and recycling the lean liquid absorbent stream exiting the forward osmosis membrane unit to the absorber.
A composition for use in a method of treating a mammalian subject for intracellular pathogen infection, wherein the pathogen is a bacterium, wherein the bacterium is Chlamydia sp., the method comprising: administering to the subject an anti-CD47 agent that reduces the binding of CD47 on an infected cell to SIRPα on a phagocytic cell, at an effective dose for increasing the phagocytosis of the infected cell, wherein the anti-CD47 agent is: (a) an anti-CD47 antibody, (b) an anti-SIRPa antibody that does not stimulate signaling through SIRPα, (c) a SIRPα-derived polypeptide that specifically binds to CD47, or (d) a soluble CD47 polypeptide that specifically binds to SIRPα and does not stimulate signaling through SIRPα. (a) an anti-CD47 antibody, (b) an anti-SIRPa antibody that does not stimulate signaling through SIRPα, (c) a SIRPα-derived polypeptide that specifically binds to CD47, or (d) a soluble CD47 polypeptide that specifically binds to SIRPα and does not stimulate signaling through SIRPα.
A robotic surgery system comprising: a robotic arm adapted to carry an endoscopic camera ; a console including a screen operable to display an image from the endoscopic camera; an eye tracking system configured to determine a zone of a surgeon's gaze on the image on the screen and to determine a distance of the surgeon's eyes from the screen, wherein the surgery system is responsive to the eye tracking system to cause the robotic arm to move the camera in response to the determined zone of the surgeon's gaze to pan the image on the screen, and to cause the robotic arm to move the camera to enlarge or diminish the image on the screen in response to movement of the surgeon's face towards or away from the screen. a robotic arm adapted to carry an endoscopic camera ; a console including a screen operable to display an image from the endoscopic camera; an eye tracking system configured to determine a zone of a surgeon's gaze on the image on the screen and to determine a distance of the surgeon's eyes from the screen, wherein the surgery system is responsive to the eye tracking system to cause the robotic arm to move the camera in response to the determined zone of the surgeon's gaze to pan the image on the screen, and to cause the robotic arm to move the camera to enlarge or diminish the image on the screen in response to movement of the surgeon's face towards or away from the screen.
A device configured for the collection of oral fluids comprising at least: a collecting member comprising a flexible intra oral member and a rigid member , the flexible intra oral member comprising at least one opening , wherein the collecting member comprises means for penetration of a seal of a sealed evacuated sample container ; wherein the rigid member is configured for accommodating an axial movement of a sealed evacuated sample container , a sub-atmospheric pressure of the sealed evacuated sample container being used for collecting the saliva which is stored in the internal volume of the collecting member; wherein the flexible intra oral member comprises a resilient material configured to actuate to provide a reduced pressure when the flexible intra oral member is compressed between a tongue and a palate inside an oral cavity, wherein the reduced pressure enables the collection of oral fluids within the flexible intra 2. oral member . a collecting member comprising a flexible intra oral member and a rigid member , the flexible intra oral member comprising at least one opening , wherein the collecting member comprises means for penetration of a seal of a sealed evacuated sample container ; wherein the rigid member is configured for accommodating an axial movement of a sealed evacuated sample container , a sub-atmospheric pressure of the sealed evacuated sample container being used for collecting the saliva which is stored in the internal volume of the collecting member; wherein the flexible intra oral member comprises a resilient material configured to actuate to provide a reduced pressure when the flexible intra oral member is compressed between a tongue and a palate inside an oral cavity, wherein the reduced pressure enables the collection of oral fluids within the flexible intra 2. oral member .