mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the production of 5-hydroxymethylfurfural (HMF) comprising the following steps: a) providing a fructose-containing component and a catalytically active anolyte fraction which has been produced by electrolysis of water, wherein the electrolysis of water was conducted in an electrolysis cell, wherein the cathode is separated from the anode, wherein after the electrolysis has been carried out the anolyte fraction was removed from the anode compartment of the electrolysis cell and wherein the anolyte fraction has an oxygen content above the saturation concentration, b) mixing the fructose-containing component and the catalytically active anolyte fraction to obtain a reaction solution, c) converting the fructose present in the reaction solution to HMF at a temperature of 90 °C to 200 °C to obtain a liquid HMF-containing product mixture and d) obtaining a liquid HMF-containing product mixture. a) providing a fructose-containing component and a catalytically active anolyte fraction which has been produced by electrolysis of water, wherein the electrolysis of water was conducted in an electrolysis cell, wherein the cathode is separated from the anode, wherein after the electrolysis has been carried out the anolyte fraction was removed from the anode compartment of the electrolysis cell and wherein the anolyte fraction has an oxygen content above the saturation concentration, b) mixing the fructose-containing component and the catalytically active anolyte fraction to obtain a reaction solution, c) converting the fructose present in the reaction solution to HMF at a temperature of 90 °C to 200 °C to obtain a liquid HMF-containing product mixture and d) obtaining a liquid HMF-containing product mixture.
System for forming a support frame for a plurality of board-shaped objects arranged in a surface, having a plurality of support profiles (20, 30; 120, 130), each support profile (20, 30; 120, 130) having at least one interlocking element (21, 31; 121, 131) for forming an interlocking connection for connecting to adjacent support profiles (20, 30; 120, 130), two adjacent support profiles (20, 30; 120, 130) forming a closed hollow profile together with at least one connecting element (40; 42) that interlockingly connects said support profiles, the interlocking element (21, 31; 121, 131) being arranged on a substantially horizontal projection (22, 32; 122; 132) of the support profile (20, 30; 120, 130), the interlocking element (21, 31; 121, 131) being formed from a first clamp-shaped projection (31; 131) that is open at the bottom and is on a support profile (30; 130), and from a second clip-shaped projection (21; 121) that is open at the top, and on an adjacent support profile (20; 120), characterized in that a chamfer (24; 124) is provided which is adjacent to the second clamp-shaped projection (21; 121) that is open at the top on the support profile (20; 120), which tilts said support profile (20; 120) in order to facilitate a connection to the adjacent support profile (30; 130) on the same plane.
A puck having a centrally located cavity, the puck comprising: a carrier structure having a rigid shell, the carrier structure being positioned within the centrally located cavity; at least one transmitter circuit attached to the carrier structure ; and a battery provided within the carrier structure , wherein the battery is embedded in a first elastic material provided within the carrier structure , and wherein the carrier structure is embedded in a second elastic material provided within the centrally located cavity. a carrier structure having a rigid shell, the carrier structure being positioned within the centrally located cavity; at least one transmitter circuit attached to the carrier structure ; and a battery provided within the carrier structure , wherein the battery is embedded in a first elastic material provided within the carrier structure , and wherein the carrier structure is embedded in a second elastic material provided within the centrally located cavity.
A method of multi-carrier wireless transmission in a network comprising a plurality of nodes , the method performed by a system comprising the plurality of nodes, the method comprising: contending at a first node for each one of a plurality of subcarriers independent of contending for other subcarriers by transmitting from the first node a separate request to send, RTS, signal on each one of the plurality of subcarriers; wherein the RTS signal transmitted on each one of the plurality of subcarriers is transmitted within a portion of available bandwidth, which is less than the total bandwidth used for multiple access; and receiving at the first node one or more separate clear-to-send, CTS, signals on one or more of the plurality of subcarriers in response to the RTS signals, wherein the one or more CTS signals indicate that the first node has won contention and that a corresponding one or more subcarriers of the plurality of contended subcarriers are available for transmission, wherein the one or more CTS signals are transmitted by a second node at a known power spectral density, PSD; transmitting, from the first node, the data via the one or more of the plurality of subcarriers, receiving, at a third node a CTS signal indicating that the first node has won contention, and utilizing, at the third node, the CTS signal as a pilot for an open loop channel gain estimate. contending at a first node for each one of a plurality of subcarriers independent of contending for other subcarriers by transmitting from the first node a separate request to send, RTS, signal on each one of the plurality of subcarriers; wherein the RTS signal transmitted on each one of the plurality of subcarriers is transmitted within a portion of available bandwidth, which is less than the total bandwidth used for multiple access; and receiving at the first node one or more separate clear-to-send, CTS, signals on one or more of the plurality of subcarriers in response to the RTS signals, wherein the one or more CTS signals indicate that the first node has won contention and that a corresponding one or more subcarriers of the plurality of contended subcarriers are available for transmission, wherein the one or more CTS signals are transmitted by a second node at a known power spectral density, PSD; transmitting, from the first node, the data via the one or more of the plurality of subcarriers, receiving, at a third node a CTS signal indicating that the first node has won contention, and utilizing, at the third node, the CTS signal as a pilot for an open loop channel gain estimate.
A SiC single crystal grown by a solution process, wherein: the total length M of the outer peripheral section formed by the {1-100} faces on the growth surface of the SiC single crystal, and the length P of the outer periphery of the growth surface of the SiC single crystal, satisfy the relationship M/P ≤ 0.70, and the length in the growth direction of the SiC single crystal is 3 mm or greater, characterized in that the SiC single crystal has a concave crystal growth surface, and the maximum angle θ of the inclination of the concave crystal growth surface with respect to the onset axis plane of growth of the SiC single crystal is in the range of 0 < θ ≤ 8°. the total length M of the outer peripheral section formed by the {1-100} faces on the growth surface of the SiC single crystal, and the length P of the outer periphery of the growth surface of the SiC single crystal, satisfy the relationship M/P ≤ 0.70, and the length in the growth direction of the SiC single crystal is 3 mm or greater, characterized in that the SiC single crystal has a concave crystal growth surface, and the maximum angle θ of the inclination of the concave crystal growth surface with respect to the onset axis plane of growth of the SiC single crystal is in the range of 0 < θ ≤ 8°.
A method for wireless communications at a first user equipment, UE, the method comprising: determining shared resources for communicating over one or more sidelink communication links, the shared resources comprising control resources and data resources; determining a first set of the control resources in a first frequency band corresponding to a first group of UEs, the first group of UEs comprising the first UE; transmitting , to a second UE in the first group of UEs on a transmission beam over a first control block of the first set of the control resources, a sidelink request to reserve a set of the data resources, wherein the first control block is allocated to the first UE, wherein the first control block is associated with a higher priority than a second control block of the first set of the control resources allocated to the second UE, and wherein the first control block is before the second control block based at least in part on the first control block being associated with the higher priority than the second control block; and monitoring , by the first UE on a receive beam over the first set of the control resources, for one or more sidelink responses. determining shared resources for communicating over one or more sidelink communication links, the shared resources comprising control resources and data resources; determining a first set of the control resources in a first frequency band corresponding to a first group of UEs, the first group of UEs comprising the first UE; transmitting , to a second UE in the first group of UEs on a transmission beam over a first control block of the first set of the control resources, a sidelink request to reserve a set of the data resources, wherein the first control block is allocated to the first UE, wherein the first control block is associated with a higher priority than a second control block of the first set of the control resources allocated to the second UE, and wherein the first control block is before the second control block based at least in part on the first control block being associated with the higher priority than the second control block; and monitoring , by the first UE on a receive beam over the first set of the control resources, for one or more sidelink responses.
Free lost-shot escape mechanism for a timepiece, said timepiece comprising: - a gearwheel intended to be driven by a drive member and comprising a gear wheel which is rotatable about an axis of rotation and arranged in kinematic connection with at least one escape wheel of the escape mechanism, - an oscillator adapted to receive an impulse from said escape wheel in order to sustain its oscillations, said escape mechanism further comprising: - a release mobile arranged to cooperate in rotation with the escape wheel and to move, during a release phase, under an impulse from the oscillator, between an engagement position in which the advance of the gear is blocked and a release position in which the advance of the gear is free, and - a unidirectional drive device for the release mobile arranged to transmit said oscillator impulse to the release mobile from the engagement position to the release position, the escape mechanism being characterised in that the release mobile and the unidirectional drive device are arranged to cooperate with means configured to accumulate a portion of the energy supplied by an oscillator impulse upon release of the release mobile on the one hand and to restore it in the form of an acceleration of the escape wheel upon transmission by the escape wheel of a impulse to the oscillator on the other hand. - a gearwheel intended to be driven by a drive member and comprising a gear wheel which is rotatable about an axis of rotation and arranged in kinematic connection with at least one escape wheel of the escape mechanism, - an oscillator adapted to receive an impulse from said escape wheel in order to sustain its oscillations, said escape mechanism further comprising: - a release mobile arranged to cooperate in rotation with the escape wheel and to move, during a release phase, under an impulse from the oscillator, between an engagement position in which the advance of the gear is blocked and a release position in which the advance of the gear is free, and - a unidirectional drive device for the release mobile arranged to transmit said oscillator impulse to the release mobile from the engagement position to the release position, the escape mechanism being characterised in that the release mobile and the unidirectional drive device are arranged to cooperate with means configured to accumulate a portion of the energy supplied by an oscillator impulse upon release of the release mobile on the one hand and to restore it in the form of an acceleration of the escape wheel upon transmission by the escape wheel of a impulse to the oscillator on the other hand.
A mechanism for translating and rotating a component within a volume constrained compartment, comprising: a) a cam path defined in an interior surface of an end plate of the compartment and including opposed left and right arcuate side portions and a central vertical portion that conjoins the left and right arcuate side portions ; b) a cam follower mounted for movement throughout the cam path ; c) a support assembly connected to the cam follower for carrying the component within the compartment as the cam follower moves throughout the cam path ; and d) a flipper cam mounted for movement relative to the cam path ) between a first position permitting the cam follower to move within the left arcuate side portion and central vertical portion of the cam path so as to translate and rotate the component within a left side of the compartment and a second position permitting the cam follower to move within the right arcuate side portion and central vertical portion of the cam path so as to translate and rotate the component within a right side of the compartment, characterized in that the flipper cam includes a cam arm with a left arcuate cam surface that forms part of the left arcuate side portion of the cam path and a right arcuate cam surface that forms part of the right arcuate side portion of the cam path . a) a cam path defined in an interior surface of an end plate of the compartment and including opposed left and right arcuate side portions and a central vertical portion that conjoins the left and right arcuate side portions ; b) a cam follower mounted for movement throughout the cam path ; c) a support assembly connected to the cam follower for carrying the component within the compartment as the cam follower moves throughout the cam path ; and d) a flipper cam mounted for movement relative to the cam path ) between a first position permitting the cam follower to move within the left arcuate side portion and central vertical portion of the cam path so as to translate and rotate the component within a left side of the compartment and a second position permitting the cam follower to move within the right arcuate side portion and central vertical portion of the cam path so as to translate and rotate the component within a right side of the compartment, characterized in that the flipper cam includes a cam arm with a left arcuate cam surface that forms part of the left arcuate side portion of the cam path and a right arcuate cam surface that forms part of the right arcuate side portion of the cam path .
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: receiving discontinuous reception, DRX, configuration parameters, the DRX configuration parameters comprising an indication of a first DRX cycle length, an indication of a second DRX cycle length, an indication of a value for a first WTRU timer, and an indication of a value for a second WTRU timer; operating the WTRU at the first DRX cycle length; using the first WTRU timer to trigger a transition to the second DRX cycle length; setting the second WTRU timer based on beginning DRX operation at the second DRX cycle length; operating the WTRU at the second DRX cycle length; determining that the second WTRU timer has expired; and operating the WTRU at the first DRX cycle length based on determining that the second WTRU timer has expired, wherein the first DRX cycle length is a multiple of the second DRX cycle length. receiving discontinuous reception, DRX, configuration parameters, the DRX configuration parameters comprising an indication of a first DRX cycle length, an indication of a second DRX cycle length, an indication of a value for a first WTRU timer, and an indication of a value for a second WTRU timer; operating the WTRU at the first DRX cycle length; using the first WTRU timer to trigger a transition to the second DRX cycle length; setting the second WTRU timer based on beginning DRX operation at the second DRX cycle length; operating the WTRU at the second DRX cycle length; determining that the second WTRU timer has expired; and operating the WTRU at the first DRX cycle length based on determining that the second WTRU timer has expired, wherein the first DRX cycle length is a multiple of the second DRX cycle length.
A high-speed blister pack machine integrated with a box carton machine, comprising a blister packing machine and a box carton machine ; wherein the blister packing machine is connected to a discharging grid conveying device for a continuous transmission; the box carton machine is connected to a feeding grid conveying device for a continuous transmission; a continuous transmission between the discharging grid conveying device and the feeding grid conveying device is realized through a blister pack transferring manipulator ; characterised in that the discharging grid conveying device comprises a clean area grid conveying device located in a clean area (C) and a non-clean area grid conveying device located in a non-clean area (D); a position of the clean area grid conveying device is higher than a position of the non-clean area grid conveying device ; a front end of the clean area grid conveying device and a rear end of the non-clean area grid conveying device are connected to each other through a slideway to achieve a continuous transmission; the clean area (C) and the non-clean area (D) are separated by a partition wall ; the partition wall has a window , and the slideway passes through the window .
A product comprising an antibiotic agent and cysteamine wherein the antibiotic agent is a non-peptide antibiotic.
Panel body with a multi-layer structure, wherein a first layer forming an outer surface in use consists of a ceramic material, natural stone, a quartz composite or another stone-like material presenting a stone-like outer surface, a second layer arranged below the first layer consists of a mineral granulate bonded by means of a binder to form a body, and a third layer arranged below the second layer , wherein the first layer is bonded to the second layer by means of an adhesive which preferably increases in volume in the course of curing, wherein the adhesive is present closely enclosing a three-dimensional surface structure of the second layer and is different from the binder of the second layer or also forms the binder of the second layer , characterized in that the granulate is present to 50% or more in closed spherical form, with a plurality of mixed diameter fractions present.
A sharpening tool , particularly for high-precision sharpening, of the type comprising a body provided with a diamond band , and also comprising a reinforcement band which is adjacent to the surface of said diamond band , proximate to the lip of a cutting edge, characterized in that said diamond band and said reinforcement band are co-molded directly on a perimetric edge of the aluminum body of said tool .
A method comprising: Receiving , at a content management system from a client device , a change set including change entries describing changes to content items at a client device; storing, by the content management system, the received change set in a repository of change sets ; comparing , by the content management system, each change entry in the change set to one or more malware detection rules; determining , by the content management system, that a threshold number of the change entries in the change set satisfies at least one of the malware detection rules; in response to determining that the threshold number of the change entries satisfies at least one of the malware detection rules, determining, by the content management system, that the client device likely has malicious software; and initiating a full scan of the stored change sets associated with the client device to confirm that the client device has malicious software. Receiving , at a content management system from a client device , a change set including change entries describing changes to content items at a client device; storing, by the content management system, the received change set in a repository of change sets ; comparing , by the content management system, each change entry in the change set to one or more malware detection rules; determining , by the content management system, that a threshold number of the change entries in the change set satisfies at least one of the malware detection rules; in response to determining that the threshold number of the change entries satisfies at least one of the malware detection rules, determining, by the content management system, that the client device likely has malicious software; and initiating a full scan of the stored change sets associated with the client device to confirm that the client device has malicious software.
Box for electrical installations of recess-mounted type, installed by means of an attaching system of metallic clamping claws and metallic screws of the box in hollow walls or raised flooring, characterized in that the metallic screws of the metallic clamping claws have, in at least one section of their length, a coating ; and in that the box further comprises both longitudinal passages and corresponding lateral cavities that allow to turn a respective claw .
A multi-layer barrier web to prevent moisture passing therethrough, wherein one layer is formed by a flexible plastic film provided with a textile layer at at least one side, characterised in that the textile layer comprises a thermoplastic elastomer and that in the elastic range the textile layer has a flexibility which corresponds to at least 50 % of the flexibility of the plastic film measured under the same loading and with the same measurement length/measurement area in two mutually perpendicular directions.
An injection-moulding mould configured for being mounted in an injection-moulding apparatus for automated moulding of work pieces from plastics, said injection-moulding mould comprising at least two separate mould parts that are separated by a mould separation face, and wherein at least one mould part is configured with an outer frame in which one or more spaces is/are configured that are open relative to the mould separation face, in which is mounted at least one exchangeable mould insert , and wherein the exchangeable mould insert has a mould cavity side that faces towards the mould separation face, which mould cavity side is provided with one or more mould cavities, and wherein, in the mould insert, a set of cooling channels is provided and at least two pipe couplings to which there is, for each pipe coupling, configured a cooling pipe being, with its first end, mounted to the pipe coupling and extending therefrom, in its longitudinal direction, from the pipe coupling and out through a channel in the outer frame of the mould part and to its other end, characterised in that the cooling pipe is secured in the channel , by means of a mounting clip in such a manner that it cannot be shifted in the longitudinal direction thereof.