mhurhangee/ep-ind-claims huggingface dataset:
A chair comprising a load support member (5, 60), the load support member comprising: a frame member which is a strength member which includes a pair of rod members which is separated from each other in a width direction of the chair and is disposed to be approximately parallel to each other; and an exterior material which includes a front extension material disposed on a load receiving surface side of the chair and a rear extension material disposed on a side opposite to the load receiving surface which are joined to each other on one end edge in a length direction of the rod member and both end edges in the width direction, the exterior material being formed in a bag shape having an opening portion continuous in the width direction on the other end edge side in the length direction and covering the frame member through the opening portion from one end side in the length direction of the frame member, wherein a support portion is provided on each of inner surfaces facing each other of the pair of rod members, wherein an interior material having a repulsive force with respect to a load in a surface perpendicular direction is bridged between the pair of rod members by being supported by the support portion, and wherein the support portion includes a fitting recessed portion which is opened to the load receiving surface side. a frame member which is a strength member which includes a pair of rod members which is separated from each other in a width direction of the chair and is disposed to be approximately parallel to each other; and an exterior material which includes a front extension material disposed on a load receiving surface side of the chair and a rear extension material disposed on a side opposite to the load receiving surface which are joined to each other on one end edge in a length direction of the rod member and both end edges in the width direction, the exterior material being formed in a bag shape having an opening portion continuous in the width direction on the other end edge side in the length direction and covering the frame member through the opening portion from one end side in the length direction of the frame member, wherein a support portion is provided on each of inner surfaces facing each other of the pair of rod members, wherein an interior material having a repulsive force with respect to a load in a surface perpendicular direction is bridged between the pair of rod members by being supported by the support portion, and wherein the support portion includes a fitting recessed portion which is opened to the load receiving surface side.
A flexible single or multiple chamber bag for storing medical products comprising a hanger flap extending from the top end of said bag, characterized in that said flap contains a) first two mirror inverted circular cuttings (1, 2) of an angle of 145° to 180°, wherein one end of each of said cuttings (1, 2) is spaced apart by a first connecting cutting being essentially being straight-lined having a length of 4 times to 10 times the radius of said first circular cuttings (1,2) and b) second two mirror inverted circular cuttings (4, 5) of an angle of 180° to 270° having a radius of 0,3 to 0,7 of the radius of said first cuttings (,), wherein one end of each of said second cuttings (,) is spaced apart by a second connecting cutting having the shape of the letter "U", c) wherein said first and second mirror inverted circular cuttings (,,,) are positioned along a common mirror symmetry axis through the centers of said first and second connecting cuttings (,) and the basis of said letter "U" and d), the distance of the center of said first connecting cutting and the basis of said letter "U" corresponds to the 0,5 to 1,5 times the radius of said first mirror invented circular cuttings (,) a) first two mirror inverted circular cuttings (1, 2) of an angle of 145° to 180°, wherein one end of each of said cuttings (1, 2) is spaced apart by a first connecting cutting being essentially being straight-lined having a length of 4 times to 10 times the radius of said first circular cuttings (1,2) and b) second two mirror inverted circular cuttings (4, 5) of an angle of 180° to 270° having a radius of 0,3 to 0,7 of the radius of said first cuttings (,), wherein one end of each of said second cuttings (,) is spaced apart by a second connecting cutting having the shape of the letter "U", c) wherein said first and second mirror inverted circular cuttings (,,,) are positioned along a common mirror symmetry axis through the centers of said first and second connecting cuttings (,) and the basis of said letter "U" and d), the distance of the center of said first connecting cutting and the basis of said letter "U" corresponds to the 0,5 to 1,5 times the radius of said first mirror invented circular cuttings (,)
A closed-loop or open-loop process control method for a thermal system, which contains a non-bending and/or thick-walled component through which a medium flows, wherein • an inner wall temperature (T i) and a middle wall temperature (T m) of the component are sensed, the inner wall temperature (T i) being sensed on the inner side of the wall of the component and the middle wall temperature (T m) being sensed in the middle of the wall of the component, • the heat flux density (q) of the heat flux from the medium into the wall of the component is determined from the difference in temperature between the middle wall temperature (T m) and the inner wall temperature (T i), • the respective heat transfer coefficient (α) is determined using the inner wall temperature (T i), the middle wall temperature (T m) and the heat flux density (q), and • the determined heat transfer coefficient (α) is used to influence the properties of the medium - while taking into account the thermal stresses in the component. • an inner wall temperature (T i) and a middle wall temperature (T m) of the component are sensed, the inner wall temperature (T i) being sensed on the inner side of the wall of the component and the middle wall temperature (T m) being sensed in the middle of the wall of the component, • the heat flux density (q) of the heat flux from the medium into the wall of the component is determined from the difference in temperature between the middle wall temperature (T m) and the inner wall temperature (T i), • the respective heat transfer coefficient (α) is determined using the inner wall temperature (T i), the middle wall temperature (T m) and the heat flux density (q), and • the determined heat transfer coefficient (α) is used to influence the properties of the medium - while taking into account the thermal stresses in the component.
A method for elasticity detection, wherein an excitation device and an ultrasonic transducer are always maintained in contact with a surface of a tissue during N elasticity detections, comprising: step 1: maintaining an excitation device and an ultrasonic transducer in contact with a surface of a tissue; controlling the excitation device to periodically excite N shear waves in the tissue at a preset time interval, and controlling the ultrasonic transducer to transmit ultrasonic waves to the tissue, where N is an integer greater than 1; step 2: receiving, by the ultrasonic transducer, an ultrasonic echo signal corresponding to each of the shear waves; step 3: obtaining a propagation characteristic parameter of each of the shear waves according to the ultrasonic echo signal corresponding to each of the shear waves; step 4: calculating an average value of propagation characteristic parameters of the N shear waves; and calculating an elasticity parameter of the tissue according to the average value of propagation characteristic parameters of the N shear waves and the tissue density based on a correlation calculation being performed on the average value and the tissue density; and controlling the excitation device to periodically excite N shear waves each having one or M frequencies in the tissue at a preset time interval and controlling the ultrasonic transducer to transmit ultrasonic waves to a same position of the tissue at different angles and frequencies, wherein 2≤M≤N. step 1: maintaining an excitation device and an ultrasonic transducer in contact with a surface of a tissue; controlling the excitation device to periodically excite N shear waves in the tissue at a preset time interval, and controlling the ultrasonic transducer to transmit ultrasonic waves to the tissue, where N is an integer greater than 1; step 2: receiving, by the ultrasonic transducer, an ultrasonic echo signal corresponding to each of the shear waves; step 3: obtaining a propagation characteristic parameter of each of the shear waves according to the ultrasonic echo signal corresponding to each of the shear waves; step 4: calculating an average value of propagation characteristic parameters of the N shear waves; and calculating an elasticity parameter of the tissue according to the average value of propagation characteristic parameters of the N shear waves and the tissue density based on a correlation calculation being performed on the average value and the tissue density; and controlling the excitation device to periodically excite N shear waves each having one or M frequencies in the tissue at a preset time interval and controlling the ultrasonic transducer to transmit ultrasonic waves to a same position of the tissue at different angles and frequencies, wherein 2≤M≤N.
A pharmaceutical composition comprising an FXR agonist, at least one additional therapeutic agent, and optionally one or more pharmaceutically acceptable carriers, wherein the at least one additional therapeutic agent is a GLP-1 receptor agonist selected from liraglutide, taspoglutide, albiglutide, dulaglutide, and semaglutide, wherein the FXR agonist is Compound 1 and wherein the pharmaceutical composition is in a form for oral administration. wherein the at least one additional therapeutic agent is a GLP-1 receptor agonist selected from liraglutide, taspoglutide, albiglutide, dulaglutide, and semaglutide, wherein the FXR agonist is Compound 1 and wherein the pharmaceutical composition is in a form for oral administration.
A method of performing a random access procedure, the method performed by a user equipment and comprising: transmitting a random access preamble; in response to the random access preamble, monitoring a physical downlink control channel by using a random access-radio network temporary identifier, RA-RNTI to receive a random access response, wherein the RA-RNTI is obtained by using a subframe index of a subframe carrying the random access preamble and a resource index of random access resource in the sub-frame; and transmitting a scheduled message on a physical uplink shared channel by using uplink radio resource assignment included in the random access response. transmitting a random access preamble; in response to the random access preamble, monitoring a physical downlink control channel by using a random access-radio network temporary identifier, RA-RNTI to receive a random access response, wherein the RA-RNTI is obtained by using a subframe index of a subframe carrying the random access preamble and a resource index of random access resource in the sub-frame; and transmitting a scheduled message on a physical uplink shared channel by using uplink radio resource assignment included in the random access response.
A gas generating agent comprising a compound represented by general formula below: wherein X is an oxygen atom or an imino group, and Y is an amino group, a hydroxy group, an alkoxy group having 1 to 8 carbon atoms, an allyloxy group having 3 to 8 carbon atoms, a benzyloxy group, an alkenyloxy group having 2 to 8 carbon atoms, an aryloxy group having 6 to 10 carbon atoms, or a group represented by formula below.
A method for using Diameter overload information for managing network virtualization, the method comprising: at a virtualization orchestrator, VO, for managing virtual networks within a telecommunications network and comprising a hardware processor: receiving Diameter overload information; determining a network virtualization operation to perform based on the received Diameter overload information, wherein determining the network virtualization operation to perform comprises using a rules engine for analyzing the received Diameter overload information and status of a current network topology of the telecommunications network and identifying the network virtualization operation to be performed based on the Diameter overload information and the status of the current network topology; and performing the network virtualization operation to direct the telecommunications network to deploy additional resources to mitigate a Diameter overload indicated by the Diameter overload information by deploying, in response to the Diameter overload indicated by the Diameter overload information, one or more additional gateways or one or more additional switches or both in the telecommunications network using one or more network virtualization modules. receiving Diameter overload information; determining a network virtualization operation to perform based on the received Diameter overload information, wherein determining the network virtualization operation to perform comprises using a rules engine for analyzing the received Diameter overload information and status of a current network topology of the telecommunications network and identifying the network virtualization operation to be performed based on the Diameter overload information and the status of the current network topology; and performing the network virtualization operation to direct the telecommunications network to deploy additional resources to mitigate a Diameter overload indicated by the Diameter overload information by deploying, in response to the Diameter overload indicated by the Diameter overload information, one or more additional gateways or one or more additional switches or both in the telecommunications network using one or more network virtualization modules.
A handover method, comprising: sending, by a base station, a handover request message to a target controller, wherein the handover request message is used to instruct the target controller to configure a parameter for user equipment based on the handover request message, the parameter comprises connection status information that is indicated by the target controller and that is of the user equipment when the user equipment is handed over to a transmission point, TP, managed by the target controller, the target controller managing a plurality of TPs, and the base station has been connected to the user equipment; receiving, by the base station from the target controller, a handover request response message comprising the parameter; and sending, by the base station, a connection reconfiguration message comprising the parameter to the user equipment, wherein the connection reconfiguration message is used to instruct the user equipment to establish, based on the parameter and in a connection status indicated by the connection status information, a connection to the TP managed by the target controller; wherein the handover request message comprises bearer information of the user equipment, and the bearer information is used to instruct the target controller to indicate the connection status information to the user equipment based on the bearer information, wherein the connection status information is one of an ECO mode and an active mode. sending, by a base station, a handover request message to a target controller, wherein the handover request message is used to instruct the target controller to configure a parameter for user equipment based on the handover request message, the parameter comprises connection status information that is indicated by the target controller and that is of the user equipment when the user equipment is handed over to a transmission point, TP, managed by the target controller, the target controller managing a plurality of TPs, and the base station has been connected to the user equipment; receiving, by the base station from the target controller, a handover request response message comprising the parameter; and sending, by the base station, a connection reconfiguration message comprising the parameter to the user equipment, wherein the connection reconfiguration message is used to instruct the user equipment to establish, based on the parameter and in a connection status indicated by the connection status information, a connection to the TP managed by the target controller; wherein the handover request message comprises bearer information of the user equipment, and the bearer information is used to instruct the target controller to indicate the connection status information to the user equipment based on the bearer information, wherein the connection status information is one of an ECO mode and an active mode.
A cartridge detachably attachable to a main body of an image forming apparatus, the cartridge comprising: a rotary member (21, 22, 23, 27); and a cartridge coupler comprising a transmission member coupled to a rotation axis of the rotary member, a receiving member connectable to a set coupler in the main body of the image forming apparatus to transmit power therebetween, and a connection member connecting the transmission member and the receiving member to each other, the receiving member being movable relative to the transmission member in an axial direction, wherein the receiving member is movable to a first position at which a rotation axis of the receiving member is misaligned with a rotation axis of the transmission member in an attachment or a detachment direction of the cartridge, and is movable to a second position at which the rotation axis of the receiving member is aligned with the rotation axis of the transmission member, wherein when the receiving member is at the first position, the receiving member is adjacent to the transmission member, and when the receiving member is at the second position, the receiving member is separate from the transmission member in the axial direction so that the receiving member is connected to the set coupler provided in the main body of the image forming apparatus, characterised in that the cartridge further comprises an elastic member applying elastic force to move the receiving member in a direction toward the first position. a rotary member (21, 22, 23, 27); and a cartridge coupler comprising a transmission member coupled to a rotation axis of the rotary member, a receiving member connectable to a set coupler in the main body of the image forming apparatus to transmit power therebetween, and a connection member connecting the transmission member and the receiving member to each other, the receiving member being movable relative to the transmission member in an axial direction, wherein the receiving member is movable to a first position at which a rotation axis of the receiving member is misaligned with a rotation axis of the transmission member in an attachment or a detachment direction of the cartridge, and is movable to a second position at which the rotation axis of the receiving member is aligned with the rotation axis of the transmission member, wherein when the receiving member is at the first position, the receiving member is adjacent to the transmission member, and wherein when the receiving member is at the first position, the receiving member is adjacent to the transmission member, and when the receiving member is at the second position, the receiving member is separate from the transmission member in the axial direction so that the receiving member is connected to the set coupler provided in the main body of the image forming apparatus, characterised in that the cartridge further comprises an elastic member applying elastic force to move the receiving member in a direction toward the first position.
A method performed by a home content reservoir associated with a user in cooperation with a mobile device (100, 101, 102) associated with the user, the method comprising: the home content reservoir communicating over the Internet with one or more content provider reservoirs (121, 122, 123) to download content to the home content reservoir, including preloading content selected for download based on a value metric associated with prior user activity and prior to any potential user request to download the specific content; displaying to a user, on a user interface of the mobile device (100, 101, 102), one or more launch objects corresponding to the preloaded content on the home content reservoir; based on a user selection of one of the launch objects, downloading corresponding preloaded content from the home content reservoir to the mobile device (100, 101, 102) over a local network (115, 116) connection; and allowing a user to consume the content downloaded to the mobile device (100, 101, 102). the home content reservoir communicating over the Internet with one or more content provider reservoirs (121, 122, 123) to download content to the home content reservoir, including preloading content selected for download based on a value metric associated with prior user activity and prior to any potential user request to download the specific content; displaying to a user, on a user interface of the mobile device (100, 101, 102), one or more launch objects corresponding to the preloaded content on the home content reservoir; based on a user selection of one of the launch objects, downloading corresponding preloaded content from the home content reservoir to the mobile device (100, 101, 102) over a local network (115, 116) connection; and allowing a user to consume the content downloaded to the mobile device (100, 101, 102).
A receiving device for a system for inductive power transfer, wherein the receiving device comprises a winding structure and a housing, the housing comprising a cover part and a base part as housing parts, and the housing having an internal volume for receiving the winding structure, one of the housing parts having at least one rib and the other housing part having at least one groove for receiving the at least one rib, the at least one rib and the at least one groove being arranged between the internal volume and an external volume, the receiving device comprising at least one sealing element, at least a portion of the at least one rib and at least a portion of the at least one sealing element being arranged in at least a portion of the at least one groove, the receiving device comprising at least one signal connection element, the signal connection element extending from the internal volume into the external volume, and the signal connection element extending through the at least one sealing element.