mhurhangee/patent-ind-claim-en huggingface dataset:
A system for loading and/or unloading fluid from a floating transport structure in a body of water to a fluid receiving structure comprising at least one fluid tank , the loading and/or unloading system comprising: - a reference structure , anchored to the bottom of the body of water , the reference structure being separate from the floating transport structure ; - a fluid transfer line intended to extend from the fluid-receiving structure to the reference structure ; - an intermediate floating connection unit comprising a pontoon , a flexible connection line to a loading and/or unloading port on the floating transport structure , and a transfer coupling between the flexible connection line and the fluid transfer line ; the loading and/or unloading system comprising at least one rigid link for mounting the intermediate floating unit onto the reference structure allowing at least one degree of freedom between the intermediate floating unit and the reference structure , the intermediate floating unit being intended to be permanently decoupled from the floating transport structure ; characterized in that the intermediate floating unit is movable between a loading and/or unloading operating position, in which the or each rigid link connects the intermediate floating unit to the reference structure , and an inactive safety position, wherein the intermediate floating unit is moved away from the reference structure , the or each rigid link being disconnected on the side of the intermediate floating unit and/or on the side of the reference structure . - a reference structure , anchored to the bottom of the body of water , the reference structure being separate from the floating transport structure ; - a fluid transfer line intended to extend from the fluid-receiving structure to the reference structure ; - an intermediate floating connection unit comprising a pontoon , a flexible connection line to a loading and/or unloading port on the floating transport structure , and a transfer coupling between the flexible connection line and the fluid transfer line ; the loading and/or unloading system comprising at least one rigid link for mounting the intermediate floating unit onto the reference structure allowing at least one degree of freedom between the intermediate floating unit and the reference structure , the intermediate floating unit being intended to be permanently decoupled from the floating transport structure ; characterized in that
A multi-level cell memory device comprising: a plurality of multi level memory cells wherein each of the plurality of memory cells stores two or more bits of information comprising a least significant bit, LSB, and a most significant bit, MSB; a sensing circuit coupled to the memory cell, wherein the sensing circuit operates to read from and write to the memory device; a row buffer structure comprising a split page buffer having a first page buffer and a second page buffer , wherein the sensing circuit is configured to place a first bit in one of the first page buffer and the second page buffer, and wherein the sensing circuit is configured to place the second bit in one of the first page buffer and the second page buffer; characterized in that the row buffer structure further comprises: row buffer input multiplexers that are configured to select one of the first bit and the second bit to store in the split page buffer; row buffer output multiplexers that are configured to select one of the first page buffer and the second page buffer ; and a page buffer select signal that determines the operation of the row buffer input and output multiplexers; and wherein the first and second bits are both LSBs. a plurality of multi level memory cells wherein each of the plurality of memory cells stores two or more bits of information comprising a least significant bit, LSB, and a most significant bit, MSB; a sensing circuit coupled to the memory cell, wherein the sensing circuit operates to read from and write to the memory device; a row buffer structure comprising a split page buffer having a first page buffer and a second page buffer , wherein the sensing circuit is configured to place a first bit in one of the first page buffer and the second page buffer, and wherein the sensing circuit is configured to place the second bit in one of the first page buffer and the second page buffer; characterized in that the row buffer structure further comprises: row buffer input multiplexers that are configured to select one of the first bit and the second bit to store in the split page buffer; row buffer output multiplexers that are configured to select one of the first page buffer and the second page buffer ; and a page buffer select signal that determines the operation of the row buffer input and output multiplexers; and wherein the first and second bits are both LSBs. row buffer input multiplexers that are configured to select one of the first bit and the second bit to store in the split page buffer; row buffer output multiplexers that are configured to select one of the first page buffer and the second page buffer ; and a page buffer select signal that determines the operation of the row buffer input and output multiplexers; and wherein the first and second bits are both LSBs.
Method for inter-cell interference coordination in a cellular Time Division Duplex, TDD, wireless communication system using radio frames comprising subframes for uplink and downlink transmissions, said system including: at least one first network control node arranged for controlling at least one first cell, at least one second network control node arranged for controlling at least one second cell; said method comprising the steps of: transmitting, by said first network control node, at least one interference indicator being associated with one or more subframes and further relating to at least one of downlink-to-uplink inter-cell interference I DL-to-UL and uplink-to-uplink inter-cell interference I UL-to-UL between said first and second cells; receiving, by said second control node, said interference indicator; and performing, by said second network control node, scheduling and/or power control in the downlink or in the uplink and/or changing subframe configuration for said one or more subframes based on said interference indicator; wherein said interference indicator is transmitted for one or more subframes with different subframe numbers, and with frequency granularity in a group comprising: one interference indicator per Physical Resource Block, PRB; one interference indicator per sub-band or a group of at least two Physical Resource Blocks, PRBs; or one interference indicator for a whole uplink bandwidth. at least one first network control node arranged for controlling at least one first cell, at least one second network control node arranged for controlling at least one second cell; transmitting, by said first network control node, at least one interference indicator being associated with one or more subframes and further relating to at least one of downlink-to-uplink inter-cell interference I DL-to-UL and uplink-to-uplink inter-cell interference I UL-to-UL between said first and second cells; receiving, by said second control node, said interference indicator; and performing, by said second network control node, scheduling and/or power control in the downlink or in the uplink and/or changing subframe configuration for said one or more subframes based on said interference indicator; wherein said interference indicator is transmitted for one or more subframes with different subframe numbers, and with frequency granularity in a group comprising: one interference indicator per Physical Resource Block, PRB; one interference indicator per sub-band or a group of at least two Physical Resource Blocks, PRBs; or one interference indicator for a whole uplink bandwidth.
A cutting tool comprising: a first blade ; a second blade pivotally coupled to the first blade at a pivot point, wherein the first blade and the second blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled to the first blade ; a second handle operatively coupled to the second blade ; wherein the first handle is pivotally coupled to the second handle at the pivot point; a cable disposed within at least one of the first handle and the second handle ; and a drive unit including a motor , a gearbox , a wind, a clutch, a printed circuit board assembly (PCBA) and a battery , wherein the drive unit operatively coupled to at least one of the first blade and the second blade and configured to selectively provide a supplemental motor force to assist a movement of at least one of the first blade and the second blade to perform the cutting action, wherein the cable is connected to the drive unit , characterized in that : the cable is a signal transferring cable or an electrical energy transferring cable; the cable is fully enclosed by the first handle and the second handle , and at least one of the first handle and the second handle comprises a channel , wherein the cable is at least partially disposed in the channel and wherein at least one of the first blade and the second blade delimits the channel . a first blade ; a second blade pivotally coupled to the first blade at a pivot point, wherein the first blade and the second blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled to the first blade ; a second handle operatively coupled to the second blade ; wherein the first handle is pivotally coupled to the second handle at the pivot point; a cable disposed within at least one of the first handle and the second handle ; and a drive unit including a motor , a gearbox , a wind, a clutch, a printed circuit board assembly (PCBA) and a battery , wherein the drive unit operatively coupled to at least one of the first blade and the second blade and configured to selectively provide a supplemental motor force to assist a movement of at least one of the first blade and the second blade to perform the cutting action, wherein the cable is connected to the drive unit , characterized in that : the cable is a signal transferring cable or an electrical energy transferring cable; the cable is fully enclosed by the first handle and the second handle , and the cable is a signal transferring cable or an electrical energy transferring cable; the cable is fully enclosed by the first handle and the second handle , and at least one of the first handle and the second handle comprises a channel , wherein the cable is at least partially disposed in the channel and wherein at least one of the first blade and the second blade delimits the channel .
A method for creating a virtual non-volatile storage medium, applied to a system for creating a virtual non-volatile storage medium, wherein the system for creating a virtual non-volatile storage medium comprises a blade server, a client, and a management device, the management device comprises a central processing unit, CPU; and the method comprises: determining, by the client, that no virtual non-volatile storage medium corresponding to the physical non-volatile storage medium has been created for the blade server; receiving , by the CPU, a creation request message that is sent by the client and that is for creating a virtual non-volatile storage medium corresponding to a physical non-volatile storage medium; forwarding , by the CPU, the creation request message to the blade server ; and receiving , by the CPU, attribute information sent by the blade server, and sending the attribute information to the client, so that the client creates, according to the attribute information, a virtual non-volatile storage medium that can be accessed by the blade server. determining, by the client, that no virtual non-volatile storage medium corresponding to the physical non-volatile storage medium has been created for the blade server; receiving , by the CPU, a creation request message that is sent by the client and that is for creating a virtual non-volatile storage medium corresponding to a physical non-volatile storage medium; forwarding , by the CPU, the creation request message to the blade server ; and receiving , by the CPU, attribute information sent by the blade server, and sending the attribute information to the client, so that the client creates, according to the attribute information, a virtual non-volatile storage medium that can be accessed by the blade server.
A system for detecting or sensing moisture or wetness of an article to which the system is attached, the system comprising: a controller or processor, a sensor , the sensor being configured to store an electrical charge, and wherein the electrical charge storing capacity of the sensor is based on the moisture or wetness of the article , characterized in that the controller is configured to: charge the sensor for a first period of time , and after the first period of time partially discharge the sensor for a second period of time , and subsequently measure an output of the sensor , optionally at a predetermined time, wherein the controller is configured to determine an output of the sensor indicative of the moisture or wetness of the article based on the measured output of the sensor . a controller or processor, a sensor , the sensor being configured to store an electrical charge, and wherein the electrical charge storing capacity of the sensor is based on the moisture or wetness of the article , characterized in that the controller is configured to: charge the sensor for a first period of time , and after the first period of time partially discharge the sensor for a second period of time , and subsequently measure an output of the sensor , optionally at a predetermined time, wherein the controller is configured to determine an output of the sensor indicative of the moisture or wetness of the article based on the measured output of the sensor .
A heat-recovery water system , comprising: a heat emission source , used for providing to-be-recovered heat; multiple heat absorption sources , used for absorbing the to-be-recovered heat; and a heat-recovery flow path , comprising a heat-supply pipeline section associated with the heat emission source and multiple backheating pipeline sections associated with the multiple heat absorption sources; wherein the heat-recovery flow path is controlled to enable connection of the heat-supply pipeline section and one or more of the backheating pipeline sections; the heat absorption source comprises a first-type heat absorption source and a second-type heat absorption source , the first-type heat absorption source having a higher temperature requirement than the second-type heat absorption source, and the heat emission source comprises a condenser heat-dissipation water loop of a water-cooled compression condensing unit, characterized by : a hydraulic control module , wherein the hydraulic control modules comprises a housing and wherein the heat-recovery flow path being arranged inside the housing, the heat-supply pipeline section being provided with at least one pair of heat-supply pipeline joints formed on the housing, and the multiple backheating pipeline sections being respectively provided with a backheating pipeline joint formed on the housing. a heat emission source , used for providing to-be-recovered heat; multiple heat absorption sources , used for absorbing the to-be-recovered heat; and a heat-recovery flow path , comprising a heat-supply pipeline section associated with the heat emission source and multiple backheating pipeline sections associated with the multiple heat absorption sources; wherein the heat-recovery flow path is controlled to enable connection of the heat-supply pipeline section and one or more of the backheating pipeline sections; the heat absorption source comprises a first-type heat absorption source and a second-type heat absorption source , the first-type heat absorption source having a higher temperature requirement than the second-type heat absorption source, and the heat emission source comprises a condenser heat-dissipation water loop of a water-cooled compression condensing unit, characterized by : a hydraulic control module , wherein the hydraulic control modules comprises a housing and wherein the heat-recovery flow path being arranged inside the housing, the heat-supply pipeline section being provided with at least one pair of heat-supply pipeline joints formed on the housing, and the multiple backheating pipeline sections being respectively provided with a backheating pipeline joint formed on the housing.
A composition for use in the treatment of one or more of acute lung injury or radiation therapy-induced intestinal injury, the composition comprising an activator of ErbB4.
Electronic unit , which is intended to be provided in a vehicle (10; V) and is designed to control a function of the vehicle on receiving a request from a user terminal (20; T), characterized in that it comprises: - a storage unit , which comprises construction information for constructing a counter, said information corresponding to an initial value and a datum representative of a step duration P, said counter being diversified such that the construction information for constructing said counter differs from one electronic unit to the next; - means for periodically changing the value of the counter, with a period equal to said duration; - control means for controlling said function only when the counter is within a given range of values. - a storage unit , which comprises construction information for constructing a counter, said information corresponding to an initial value and a datum representative of a step duration P, said counter being diversified such that the construction information for constructing said counter differs from one electronic unit to the next; - means for periodically changing the value of the counter, with a period equal to said duration; - control means for controlling said function only when the counter is within a given range of values.
Subassembly for an exhaust-gas system of an internal combustion engine with a first component , wherein the first component comprises at least a part of a channel system and a flange for connection to a second component ; a seal for sealing off the connection between the two components, wherein the seal is arranged in the region of the flange , is in the form of a sealing disc and has at least one passage opening for passage of exhaust gases; and at least one fastening element , which is formed integrally with the seal and serves for captive fastening of the seal to the first component of the exhaust-gas system; and an insert , which is designed to provide an abutment surface for a bypass valve, wherein the insert is received in a shoulder in the region of the flange , between the seal , which extends over the insert , and the first component , and wherein the insert is held captively in its position at the first component by the seal in that the fastening element is arranged laterally between the insert and the component , characterized in that the fastening element engages into a corresponding recess , which is provided in a side wall in the region of the shoulder . a first component , wherein the first component comprises at least a part of a channel system and a flange for connection to a second component ; a seal for sealing off the connection between the two components, wherein the seal is arranged in the region of the flange , is in the form of a sealing disc and has at least one passage opening for passage of exhaust gases; and at least one fastening element , which is formed integrally with the seal and serves for captive fastening of the seal to the first component of the exhaust-gas system; and an insert , which is designed to provide an abutment surface for a bypass valve, wherein the insert is received in a shoulder in the region of the flange , between the seal , which extends over the insert , and the first component , and wherein the insert is held captively in its position at the first component by the seal in that the fastening element is arranged laterally between the insert and the component , characterized in that the fastening element engages into a corresponding recess , which is provided in a side wall in the region of the shoulder .
Cable core for a cable with a plurality of such cable cores , which has a conductor that is interrupted in the longitudinal direction (R) at predetermined length positions at a plurality of separation points, forming two conductor ends , wherein an insulating intermediate piece is provided for connecting the conductor ends , on which the conductor ends are arranged on both sides, the intermediate piece being designed as a flexible, tension-resistant element, characterized in that the conductor and the intermediate piece are surrounded together by a continuous insulating sheath to form the cable core, and in that the insulating sheath is applied directly to the conductor and is guided continuously over the intermediate piece .
A method comprising: sending, by a user equipment , a request to a server including a white space database , wherein the server is located at a first address; and receiving, at the user equipment , a response to the request, the response including a second address for accessing the server , wherein the response includes a time when the second address is going to take effect. sending, by a user equipment , a request to a server including a white space database , wherein the server is located at a first address; and receiving, at the user equipment , a response to the request, the response including a second address for accessing the server , wherein the response includes a time when the second address is going to take effect.
Lighting or signaling device, in particular for motor vehicles, comprising : - a light guide comprising a transparent or translucent block , comprising a light entry surface and a light exit surface , - one or more light sources located opposite the light entry surface , of the type in which the rays emitted by the light source penetrate the transparent block at the light entry surface and propagate directly or by successive reflections on the walls of the transparent block towards the exit surface through which they emerge, characterized in that the light outlet surface is covered with a layer overmoulded on a part of the transparent block, said layer being composed of a light-scattering material. - a light guide comprising a transparent or translucent block , comprising a light entry surface and a light exit surface , - one or more light sources located opposite the light entry surface , of the type in which the rays emitted by the light source penetrate the transparent block at the light entry surface and propagate directly or by successive reflections on the walls of the transparent block towards the exit surface through which they emerge, characterized in that the light outlet surface is covered with a layer overmoulded on a part of the transparent block, said layer being composed of a light-scattering material.