mhurhangee/patent-ind-claim-en huggingface dataset:
A gable top container comprising: - an outer shell made from a first material comprising paperboard, the shell comprising gable panels and fin panels forming the gable top; and - an inner lining made from a second material comprising a polymeric or metallic material, the lining defining an internal volume for holding a liquid, wherein, the outer shell includes a line of weakness defining a first portion of the shell on one side of the line of weakness and a second portion of the shell on the other side of the line of weakness , the line of weakness permitting the first portion of the shell to be separated from the second portion of the shell , the lining being adhered to the shell in said first portion and extending into said second portion of the shell , characterised in that at least a part of the line of weakness extends through one of the gable panels , through one of the fin panels , or along a fold line between the gable panels and the fin panels . - an outer shell made from a first material comprising paperboard, the shell comprising gable panels and fin panels forming the gable top; and - an inner lining made from a second material comprising a polymeric or metallic material, the lining defining an internal volume for holding a liquid, wherein, the outer shell includes a line of weakness defining a first portion of the shell on one side of the line of weakness and a second portion of the shell on the other side of the line of weakness , the line of weakness permitting the first portion of the shell to be separated from the second portion of the shell , the lining being adhered to the shell in said first portion and extending into said second portion of the shell , characterised in that at least a part of the line of weakness extends through one of the gable panels , through one of the fin panels , or along a fold line between the gable panels and the fin panels .
A method for wireless communication at a relay node, comprising: exchanging , using a first mobile terminal function of the relay node, an identifier of the relay node with a first network management function via a first backhaul link to a first parent node; transmitting , using a second mobile terminal function of the relay node, the same identifier of the relay node to a second network management function via a second backhaul link to a second parent node; and receiving a backhaul link configuration for the second mobile terminal function based at least in part on the transmission of the identifier of the relay node to the first network management function via the first backhaul link and the transmission of the same identifier of the relay node to the second network management function via the second backhaul link. exchanging , using a first mobile terminal function of the relay node, an identifier of the relay node with a first network management function via a first backhaul link to a first parent node; transmitting , using a second mobile terminal function of the relay node, the same identifier of the relay node to a second network management function via a second backhaul link to a second parent node; and receiving a backhaul link configuration for the second mobile terminal function based at least in part on the transmission of the identifier of the relay node to the first network management function via the first backhaul link and the transmission of the same identifier of the relay node to the second network management function via the second backhaul link.
An image generating device , comprising: a rendering section that renders test images each representing an image when a space including an object to be displayed is viewed from one of a plurality of candidate reference viewing points; a candidate reference viewing point evaluation section that evaluates an importance value for each of the candidate reference viewing points, in which the importance value for a given candidate reference viewing point is dependent upon a number of points in the space that are visible in the test image for the given candidate reference viewpoint, said points in the space being the same for the plurality of candidate reference viewing points; and characterised by an update section that changes the position of at least one candidate reference viewing point having a lower importance value than another candidate reference viewing point, obtains a re-evaluation of the importance value for the at least one candidate reference viewing point from the candidate reference viewing point evaluation section, and does not revert the position of the at least one candidate reference viewing point if the importance value has increased. a rendering section that renders test images each representing an image when a space including an object to be displayed is viewed from one of a plurality of candidate reference viewing points; a candidate reference viewing point evaluation section that evaluates an importance value for each of the candidate reference viewing points, in which the importance value for a given candidate reference viewing point is dependent upon a number of points in the space that are visible in the test image for the given candidate reference viewpoint, said points in the space being the same for the plurality of candidate reference viewing points; and characterised by an update section that changes the position of at least one candidate reference viewing point having a lower importance value than another candidate reference viewing point, obtains a re-evaluation of the importance value for the at least one candidate reference viewing point from the candidate reference viewing point evaluation section, and does not revert the position of the at least one candidate reference viewing point if the importance value has increased.
An axial-air-gap dynamo-electric machine including: a stator configured such that a plurality of stator cores , each having at least a core and a coil wound around the outer periphery of the core, are arranged in a circle around a shaft in the direction in which magnetic lines of force are in parallel with the shaft; a housing having an inside surface facing the stators radially; and at least a rotor plane-facing the stator via a predetermined air gap expanding in the radial direction of the shaft, the axial-air-gap dynamo-electric machine comprising: a conductive portion made of a conductive member and provided on the outer peripheral side of the rotor; a first region formed by the inside surface of the housing and the conductive portion which radially face each other; and a second region formed on the stator side of the first region to extend to the coil side surface which faces the rotor, characterised in that the ratio of those of the connecting wires of the stator cores which are arranged in the second region is larger than the ratio of those of the connecting wires of the stator cores which are arranged in the first region . a stator configured such that a plurality of stator cores , each having at least a core and a coil wound around the outer periphery of the core, are arranged in a circle around a shaft in the direction in which magnetic lines of force are in parallel with the shaft; a housing having an inside surface facing the stators radially; and at least a rotor plane-facing the stator via a predetermined air gap expanding in the radial direction of the shaft, the axial-air-gap dynamo-electric machine comprising: a conductive portion made of a conductive member and provided on the outer peripheral side of the rotor; a first region formed by the inside surface of the housing and the conductive portion which radially face each other; and a second region formed on the stator side of the first region to extend to the coil side surface which faces the rotor, characterised in that the ratio of those of the connecting wires of the stator cores which are arranged in the second region is larger than the ratio of those of the connecting wires of the stator cores which are arranged in the first region . a conductive portion made of a conductive member and provided on the outer peripheral side of the rotor; a first region formed by the inside surface of the housing and the conductive portion which radially face each other; and a second region formed on the stator side of the first region to extend to the coil side surface which faces the rotor, characterised in that the ratio of those of the connecting wires of the stator cores which are arranged in the second region is larger than the ratio of those of the connecting wires of the stator cores which are arranged in the first region .
A pipette tip tray comprising a rack , a pipette tip receptacle plate affixed to the rack , a flexible sheet in association with an array of pipette tips with each of the pipette tips comprising an exterior surface , an interior surface , a proximal region , a distal region , a proximal opening and a distal opening , characterized in that : the array of pipette tips is adhered to the sheet ; the pipette tip receptacle plate comprises an array of holes; the sheet comprises a first surface , a second surface and an array of holes ; each of the holes of the sheet is concentric with a hole of the pipette tip receptacle plate ; each of the holes comprises an edge ; each of the holes in the array of holes in the sheet has a diameter or an effective diameter; and a portion around each of the holes on the second surface of the sheet contacts the proximal region terminus of a pipette tip . the array of pipette tips is adhered to the sheet ; the pipette tip receptacle plate comprises an array of holes; the sheet comprises a first surface , a second surface and an array of holes ; each of the holes of the sheet is concentric with a hole of the pipette tip receptacle plate ; each of the holes comprises an edge ; each of the holes in the array of holes in the sheet has a diameter or an effective diameter; and a portion around each of the holes on the second surface of the sheet contacts the proximal region terminus of a pipette tip .
A method for authorizing a user of a device, during use of the device, for controlling access to a physical space, the method comprising: receiving, from the user, a first digital key access request ; receiving use data relating to use characteristics of the device by the user, the use data including data derived from conditions sensed, during use of the device by the user, by at least one sensor that is integral to the device ; generating a likelihood value indicating the likelihood that the first digital key access request is a valid request based on the use data ; authenticating the user for access to the physical space when the likelihood value is determined to be acceptable ; and in response to the authenticating, generating a permissions data structure that can be used to control access to the physical space . receiving, from the user, a first digital key access request ; receiving use data relating to use characteristics of the device by the user, the use data including data derived from conditions sensed, during use of the device by the user, by at least one sensor that is integral to the device ; generating a likelihood value indicating the likelihood that the first digital key access request is a valid request based on the use data ; authenticating the user for access to the physical space when the likelihood value is determined to be acceptable ; and in response to the authenticating, generating a permissions data structure that can be used to control access to the physical space .
A support for a cosmetic article , said support being configured to be removably positioned in a receiving container , said support comprising a frame defining a housing for said article , said frame having a front face wall with a front face opening allowing access to said article and/or make it visible, said frame further having a side opening , said frame being configured for insertion of said article into said housing , through said side opening by a translational movement to a placement position, said translation being effected by guiding said article by means of said front face wall , characterised in that said front face wall comprises stops for holding said article in the placement position.
An electrical equipment rack for receiving at least one computer , said rack comprising at least : - a plurality of chassis , each chassis being designed to receive a computer ; - a printed circuit provided with connectors to which the computers installed on the chassis are intended to be connected, at least one connector being fixed to each of the chassis ; and - a plurality of reinforcing pieces , at least one reinforcing piece being arranged, at least in part, between each chassis and the connector(s) fixed to said chassis , characterised in that said reinforcing pieces are linked together and configured to redirect forces that the computers and/or chassis exert on the connectors , so as not to transmit said forces to the printed circuit . - a plurality of chassis , each chassis being designed to receive a computer ; - a printed circuit provided with connectors to which the computers installed on the chassis are intended to be connected, at least one connector being fixed to each of the chassis ; and - a plurality of reinforcing pieces , at least one reinforcing piece being arranged, at least in part, between each chassis and the connector(s) fixed to said chassis ,
A network access method in a wireless communication system including a terminal and a base station, the network access method comprising: transmitting , by the terminal to the base station, a radio resource control, RRC, connection request message including a machine type communication, MTC, terminal indicator; receiving , by the terminal from the base station, an RRC reject message including a hold time if the MTC terminal indicator is included in the first access request message and an overload start message is transmitted from a mobility management entity, MME to the base station; and transmitting , by the terminal to the base station, a second access request message after the hold time included in the RRC reject message elapses. transmitting , by the terminal to the base station, a radio resource control, RRC, connection request message including a machine type communication, MTC, terminal indicator; receiving , by the terminal from the base station, an RRC reject message including a hold time if the MTC terminal indicator is included in the first access request message and an overload start message is transmitted from a mobility management entity, MME to the base station; and transmitting , by the terminal to the base station, a second access request message after the hold time included in the RRC reject message elapses.
A method for determining contention window information, comprising: receiving (S240), by a user equipment, UE, at least one piece of control signaling sent by a base station for scheduling at least one uplink subframe, wherein each of the at least one piece of control signaling comprises a hybrid automatic repeat request, HARQ indication indicating an initial transmission or a retransmission; determining (S250), by the UE, a clear channel assessment, CCA backoff counter initial value of a second uplink burst according to the at least one piece of control signaling, wherein the second uplink burst comprises at least one uplink subframe; and performing (S260), by the UE, CCA for the second uplink burst according to the CCA backoff counter initial value of the second uplink burst. receiving (S240), by a user equipment, UE, at least one piece of control signaling sent by a base station for scheduling at least one uplink subframe, wherein each of the at least one piece of control signaling comprises a hybrid automatic repeat request, HARQ indication indicating an initial transmission or a retransmission; determining (S250), by the UE, a clear channel assessment, CCA backoff counter initial value of a second uplink burst according to the at least one piece of control signaling, wherein the second uplink burst comprises at least one uplink subframe; and performing (S260), by the UE, CCA for the second uplink burst according to the CCA backoff counter initial value of the second uplink burst.
A method for establishing enhanced communication between a first device of a first user and a second device of a second user, including the following steps of: - Establishing a bidirectional data exchange channel between the first device and the second device ; - Continuously acquiring , by the first device , non-audio data relating to an action of the first user; - Continuously transmitting , by the first device to the second device , the data acquired by said first device ; - Returning , by the second device , the transmitted data to the second user as a function of the time course of the data ; The method being such that the communication is considered to be established if the time course of the data returned to the second user corresponds to a predetermined scheme for a predetermined period of time referred to as the establishment period of time, the establishment period of time being greater than or equal to 10 seconds such that first user has paid more attention than for instant communication. - Establishing a bidirectional data exchange channel between the first device and the second device ; - Continuously acquiring , by the first device , non-audio data relating to an action of the first user; - Continuously transmitting , by the first device to the second device , the data acquired by said first device ; - Returning , by the second device , the transmitted data to the second user as a function of the time course of the data ; - Continuously acquiring , by the first device , non-audio data relating to an action of the first user; - Continuously transmitting , by the first device to the second device , the data acquired by said first device ; - Returning , by the second device , the transmitted data to the second user as a function of the time course of the data ;
Control method of the rotation speed of a turbine - centrifugal compressor group comprising a centrifugal compressor (C) directly mechanically coupled to an expansion turbine (TorC) of an organic Rankine cycle system and at least a control system configured to control the power absorbed by the centrifugal compressor (C), wherein: - the control system is based on a first controller (PID-f) and a second controller (PID-s); - the centrifugal compressor is provided with a suction valve (Va) or stator blades having a variable mounting angle; and - the expansion turbine (TorC) is provided with an admission valve (Vi); said control method comprising following steps: - acting on the suction valve or variable mounting angle of the stator blades by means of the first controller (PID-f), in order to keep the rotation speed constant; - acting on the admission valve by means of the second controller (PID-s), in order to maintain the suction valve (Va) open or the mounting angle of the stator blades of the centrifugal compressor at values between the pumping limit of the centrifugal compressor and 100%, to ensure that the compressor remains in a stable operating condition. - the control system is based on a first controller (PID-f) and a second controller (PID-s); - the centrifugal compressor is provided with a suction valve (Va) or stator blades having a variable mounting angle; and - the expansion turbine (TorC) is provided with an admission valve (Vi); said control method comprising following steps: - acting on the suction valve or variable mounting angle of the stator blades by means of the first controller (PID-f), in order to keep the rotation speed constant; - acting on the admission valve by means of the second controller (PID-s), in order to maintain the suction valve (Va) open or the mounting angle of the stator blades of the centrifugal compressor at values between the pumping limit of the centrifugal compressor and 100%, to ensure that the compressor remains in a stable operating condition. - acting on the suction valve or variable mounting angle of the stator blades by means of the first controller (PID-f), in order to keep the rotation speed constant; - acting on the admission valve by means of the second controller (PID-s), in order to maintain the suction valve (Va) open or the mounting angle of the stator blades of the centrifugal compressor at values between the pumping limit of the centrifugal compressor and 100%, to ensure that the compressor remains in a stable operating condition.
A composition for use in a method of treating LSD 1-expressing cancer in an individual, the use comprising administering to the individual, the composition comprising hydroxytyrosol that is isolated, purified and/or synthesized and has the following formula: and administering a chemotherapeutic agent selected from the group consisting of doxorubicin, vinblastine and mitomycin C; wherein said hydroxytyrosol has an inhibitory efficacy against the LSD1 protein.
Side wall for a drawer , a) having two connection fittings , by which a front panel can be fastened to the side wall, b) wherein a first locking device and a first support device and a second locking device and a second support device form in each case one of the two connection fittings, c) wherein the first locking device serves for detachably fastening the front panel to the side wall , wherein the front panel has the first support device , which can be detachably engaged with the first locking device , d) wherein the side wall additionally has the further, second locking device , which can be engaged with the further, second support device on the front panel, e) wherein the first locking device and the second locking device each have a locking lever and a manually actuable disengagement lever , f) wherein the second locking device is arranged and/or formed mirror-symmetrically in relation to the first locking device , and g) characterized in that the first and the second locking device each have a base plate , wherein installation contours , on which a spring, preferably a coiled spring is installed, are formed on the base plate of the respective locking device and on the respective locking lever . a) having two connection fittings , by which a front panel can be fastened to the side wall, b) wherein a first locking device and a first support device and a second locking device and a second support device form in each case one of the two connection fittings, c) wherein the first locking device serves for detachably fastening the front panel to the side wall , wherein the front panel has the first support device , which can be detachably engaged with the first locking device , d) wherein the side wall additionally has the further, second locking device , which can be engaged with the further, second support device on the front panel, e) wherein the first locking device and the second locking device each have a locking lever and a manually actuable disengagement lever , f) wherein the second locking device is arranged and/or formed mirror-symmetrically in relation to the first locking device , and g) characterized in that the first and the second locking device each have a base plate , wherein installation contours , on which a spring, preferably a coiled spring is installed, are formed on the base plate of the respective locking device and on the respective locking lever .