mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: a plurality of first fin-shaped patterns in a first region (I) of a substrate and spaced apart from each other; a first field insulating film on the substrate and covering sidewalls of the first fin-shaped patterns ; and a first source/drain pattern on the first field insulating film and connected to the first fin-shaped patterns , wherein the first source/drain pattern includes a plurality of first epitaxial regions , connection semiconductor regions , and a second epitaxial region , the first epitaxial regions on respective ones of the first fin-shaped patterns , the connection semiconductor regions extending along an upper surface (105a_US) of the first field insulating film and in contact with the first field insulating film , the second epitaxial region being on the first epitaxial regions and the connection semiconductor regions , the second epitaxial region connecting the first epitaxial regions and the connection semiconductor regions to each other, the first epitaxial regions , the connection semiconductor regions , and the second epitaxial region include silicon-germanium, and a fraction of germanium in the connection semiconductor regions is smaller than a fraction of germanium in the second epitaxial region . a plurality of first fin-shaped patterns in a first region (I) of a substrate and spaced apart from each other; a first field insulating film on the substrate and covering sidewalls of the first fin-shaped patterns ; and a first source/drain pattern on the first field insulating film and connected to the first fin-shaped patterns , wherein the first source/drain pattern includes a plurality of first epitaxial regions , connection semiconductor regions , and a second epitaxial region , the first epitaxial regions on respective ones of the first fin-shaped patterns , the connection semiconductor regions extending along an upper surface (105a_US) of the first field insulating film and in contact with the first field insulating film , the second epitaxial region being on the first epitaxial regions and the connection semiconductor regions , the second epitaxial region connecting the first epitaxial regions and the connection semiconductor regions to each other, the first epitaxial regions , the connection semiconductor regions , and the second epitaxial region include silicon-germanium, and a fraction of germanium in the connection semiconductor regions is smaller than a fraction of germanium in the second epitaxial region .
A robotic terminal effector for automatically installing an insert in a cavity provided in a sandwich type panel made of composite material with a cellular core, said insert comprising an upper flange comprising a resin inlet orifice and a resin outlet orifice , said effector being intended to be mounted on a carrier, for example, a robot arm, and comprising: - a contact body having a contact surface , the contact body being made from a flexible material allowing the contact surface to conform to the curvature of the upper face of the composite panel; - the contact surface comprising: - a means for injecting resin into an empty space delimited by the insert and the cavity when the insert is positioned in the cavity; and - a means for grasping the insert by suction; said resin injection and grasping means being configured in such a way as to leave the contact surface free to be pressed against an upper face of the composite panel by a set of pressing means , so as to generate a continuous sealed zone around the cavity while the insert is being installed in the cavity. - a contact body having a contact surface , the contact body being made from a flexible material allowing the contact surface to conform to the curvature of the upper face of the composite panel; - the contact surface comprising: - a means for injecting resin into an empty space delimited by the insert and the cavity when the insert is positioned in the cavity; and - a means for grasping the insert by suction; - a means for injecting resin into an empty space delimited by the insert and the cavity when the insert is positioned in the cavity; and - a means for grasping the insert by suction;
A 5HT receptor agonist selected from trazodone or a pharmaceutically acceptable salt thereof, and lorcaserin or a pharmaceutically acceptable salt thereof, for use in a method of treating an epilepsy disorder, said method comprising administering to a subject in need thereof a therapeutically effective amount of said 5HT receptor agonist, or a pharmaceutically acceptable salt thereof, wherein said epilepsy disorder is Dravet syndrome and said 5HT receptor agonist is administered to said subject at an amount of 0.1 mg to 1000 mg per kg body weight as a daily dose.
A motor that enables a vibrator and a contacting member in contact with the vibrator to move relatively by vibrating the vibrator , the motor comprising: a pressing mechanism that includes a plurality of elastic members , a member being coupled to the plurality of elastic members , and a transmission member transmitting force by the plurality of elastic members to the vibrator , and that presses the vibrator onto the contacting member , a first member that holds the vibrator ; a second member for fixing a part of the pressing mechanism ; and a coupling member that couples the first member to the second member , so as to enable the first and second members to relatively move in a pressing direction of the pressing mechanism , characterized in that the transmission member is coupled to the plurality of elastic members through a plurality of holding parts , wherein the plurality of holding parts is arranged at different positions of the transmission member , the plurality of elastic members is arranged around the vibrator in a plane orthogonal to the pressing direction, and the coupling member is arranged at a position closer to the vibrator than the plurality of elastic members in at least one direction of a relative movement direction of the vibrator and the contacting member or a direction orthogonal to both of the pressing direction and the relative movement direction. a pressing mechanism that includes a plurality of elastic members , a member being coupled to the plurality of elastic members , and a transmission member transmitting force by the plurality of elastic members to the vibrator , and that presses the vibrator onto the contacting member , a first member that holds the vibrator ; a second member for fixing a part of the pressing mechanism ; and a coupling member that couples the first member to the second member , so as to enable the first and second members to relatively move in a pressing direction of the pressing mechanism , characterized in that the transmission member is coupled to the plurality of elastic members through a plurality of holding parts , wherein the plurality of holding parts is arranged at different positions of the transmission member , the plurality of elastic members is arranged around the vibrator in a plane orthogonal to the pressing direction, and the coupling member is arranged at a position closer to the vibrator than the plurality of elastic members in at least one direction of a relative movement direction of the vibrator and the contacting member or a direction orthogonal to both of the pressing direction and the relative movement direction.
A turbine blade of a turbomachine such as a turbojet, intended to be mounted around an axis of rotation (AX) on a rotor disc rotating around the axis of rotation (AX), comprising a root (P) for mounting it in a cell of the disc, and a hollow vane extending from the root (P) in a radial spanwise direction (EV) ending in a tip (S) forming a squealer (B), the vane comprising a lower surface wall and an upper surface wall , as well as a leading edge , a trailing edge and a tip wall delimiting a bottom of the squealer (B), and by which the lower surface wall is connected to the upper surface wall , this vane also comprising: - a middle circuit of the trombone type, including a first duct collecting air at the root (P) and which is connected by a first elbow to a second duct which is connected by a second elbow to a third duct , these first, second and third ducts being mainly radial, the second and third ducts being located between the first duct and the trailing edge ; - a cavity under the squealer located on the side of the upper surface wall and the tip wall and which extends along the tip (S) to the trailing edge ; - a mainly radial central duct located between the upper surface wall and the second duct of the middle circuit , this central duct collecting air at the root (P) and extending between at least two of the three ducts of the middle circuit to directly supply the cavity under the squealer . - a middle circuit of the trombone type, including a first duct collecting air at the root (P) and which is connected by a first elbow to a second duct which is connected by a second elbow to a third duct , these first, second and third ducts being mainly radial, the second and third ducts being located between the first duct and the trailing edge ; - a cavity under the squealer located on the side of the upper surface wall and the tip wall and which extends along the tip (S) to the trailing edge ; - a mainly radial central duct located between the upper surface wall and the second duct of the middle circuit , this central duct collecting air at the root (P) and extending between at least two of the three ducts of the middle circuit to directly supply the cavity under the squealer .
A geothermal heat pump device comprising: a heat pump heat source unit having a refrigerant circuit in which a compressor , a water-refrigerant heat exchanger , an expansion valve , and a refrigerant-brine heat exchanger , to which an underground heal exchanger buried underground is connected such that a brine circulates from the ground heat exchanger , are serially connected; a warm-water heater unit configured to supply warm water heated at the water-refrigerant heat exchanger to heating and air conditioning and hot water supply such that the warm water circulates; and a controller configured to control an upper limit of an operation frequency of the compressor , the geothermal heat pump device being characterized in that the controller is configured to control an upper limit of an operation frequency of the compressor based on a heat collection limit value, set by comparing a unit necessary evaporation capacity calculated from a total length of a vertical hole or a tube buried area of the underground heat exchanger , and a total quantity of heat collection pre-designed and estimated for the underground heat exchanger , with a unit actual evaporation capacity calculated from inlet and outlet temperatures and a circulation flow rate of the brine circulating through the refrigerant-brine heat exchanger . a heat pump heat source unit having a refrigerant circuit in which a compressor , a water-refrigerant heat exchanger , an expansion valve , and a refrigerant-brine heat exchanger , to which an underground heal exchanger buried underground is connected such that a brine circulates from the ground heat exchanger , are serially connected; a warm-water heater unit configured to supply warm water heated at the water-refrigerant heat exchanger to heating and air conditioning and hot water supply such that the warm water circulates; and a controller configured to control an upper limit of an operation frequency of the compressor , the geothermal heat pump device being characterized in that the controller is configured to control an upper limit of an operation frequency of the compressor based on a heat collection limit value, set by comparing a unit necessary evaporation capacity calculated from a total length of a vertical hole or a tube buried area of the underground heat exchanger , and a total quantity of heat collection pre-designed and estimated for the underground heat exchanger , with a unit actual evaporation capacity calculated from inlet and outlet temperatures and a circulation flow rate of the brine circulating through the refrigerant-brine heat exchanger .
A traffic control method, comprising: receiving, by a slave device (STA), a notification message sent by a master device (AP); parsing, by the slave device, the notification message; determining, by the slave device, that a type of a network used by the master device is a cellular network type when the notification message carries a first identifier, displaying, by the slave device, a Service Set Identifier, SSID, of a wireless local area network provided by the master device carried in the notification message and a type of a network used by the master device which is a cellular network type; establishing, by the slave device, a connection with the master device after a user selects the SSID; and after the slave device and the master device establish the connection, restricting, by the slave device, use of network traffic on the slave device when the type of the network used by the master device is a cellular network type; wherein the slave device accesses the Internet by using the master device as an access point. receiving, by a slave device (STA), a notification message sent by a master device (AP); parsing, by the slave device, the notification message; determining, by the slave device, that a type of a network used by the master device is a cellular network type when the notification message carries a first identifier, displaying, by the slave device, a Service Set Identifier, SSID, of a wireless local area network provided by the master device carried in the notification message and a type of a network used by the master device which is a cellular network type; establishing, by the slave device, a connection with the master device after a user selects the SSID; and after the slave device and the master device establish the connection, restricting, by the slave device, use of network traffic on the slave device when the type of the network used by the master device is a cellular network type; wherein the slave device accesses the Internet by using the master device as an access point.
A method for harvesting electrical power from hydraulic fluid of a hydraulic system, wherein a power conversion device receives input power generated from the hydraulic fluid, the method comprising: determining at least one of hydraulic fluid flow or hydraulic fluid pressure in the hydraulic system; determining, based on rules and the determined at least one of the hydraulic fluid flow or hydraulic fluid pressure, an expected conversion efficiency of the power conversion device and an expected rectified power to be generated from the input power received by the power conversion device; determining from the expected rectified power a potential conversion efficiency of the power conversion device; commanding the power conversion device to produce the expected rectified power when the potential conversion efficiency is greater than or equal to the expected conversion efficiency; and updating the rules when the potential conversion efficiency is less than the expected conversion efficiency. determining at least one of hydraulic fluid flow or hydraulic fluid pressure in the hydraulic system; determining, based on rules and the determined at least one of the hydraulic fluid flow or hydraulic fluid pressure, an expected conversion efficiency of the power conversion device and an expected rectified power to be generated from the input power received by the power conversion device; determining from the expected rectified power a potential conversion efficiency of the power conversion device; commanding the power conversion device to produce the expected rectified power when the potential conversion efficiency is greater than or equal to the expected conversion efficiency; and updating the rules when the potential conversion efficiency is less than the expected conversion efficiency.
A device for arranging an electronic data carrier on a component of a fluidic system, the device comprising the electronic data carrier , an insert , in a first position relative to a main body , opening a release chamber for the introduction of at least one cord portion (32; 34) of a cord , characterized in that - the insert can be inserted into the main body , - in a second position relative to the main body , the insert fastens itself and the at least one cord portion (32; 34) to the main body so as to be secured against pulling out, - the insert comprises a fastening portion which, in the second position, defines a fixing channel (56; 58) for the cord portion (32; 34) together with the main body , and - the fixing channel (56; 58) for the cord portion (32; 34) has a bend (59; 60; 62; 64) in the path thereof. - the insert can be inserted into the main body , - in a second position relative to the main body , the insert fastens itself and the at least one cord portion (32; 34) to the main body so as to be secured against pulling out, - the insert comprises a fastening portion which, in the second position, defines a fixing channel (56; 58) for the cord portion (32; 34) together with the main body , and - the fixing channel (56; 58) for the cord portion (32; 34) has a bend (59; 60; 62; 64) in the path thereof.
A box suitable for being used as a junction box for electrical installations of the type with prefabricated electrical conduits including one or more conductor bars , comprising a plurality of walls assembled together in such a way as to define an internal volume of the box , and further comprising a mounting means configured to be operatively interposed between said box and a component associated with said prefabricated electrical conduit, said mounting means comprising: - a positioning means for positioning said box relative to said prefabricated electrical conduit, said positioning means comprising at least one fixed arm and being disposed on said box in such a way as to project at least partially from one of said walls ; - a moving means for moving said component associated with said prefabricated electrical conduit, said moving means being disposed on said box in such a way as to project at least partially from the same wall that said positioning means project from, characterized in that said moving means comprises at least one movable arm, said movable arm being configured to rotate relative to said fixed arm in opposition contrast to a hinge with an elastic element , such as a spring, and in that a free end of said at least one movable arm is shaped in such a way as to be able to grip a portion of said component associated with said prefabricated electrical conduit. a mounting means configured to be operatively interposed between said box and a component associated with said prefabricated electrical conduit, said mounting means comprising: - a positioning means for positioning said box relative to said prefabricated electrical conduit, said positioning means comprising at least one fixed arm and being disposed on said box in such a way as to project at least partially from one of said walls ; - a moving means for moving said component associated with said prefabricated electrical conduit, said moving means being disposed on said box in such a way as to project at least partially from the same wall that said positioning means project from, characterized in that said moving means comprises at least one movable arm, said movable arm being configured to rotate relative to said fixed arm in opposition contrast to a hinge with an elastic element , such as a spring, and in that a free end of said at least one movable arm is shaped in such a way as to be able to grip a portion of said component associated with said prefabricated electrical conduit. - a positioning means for positioning said box relative to said prefabricated electrical conduit, said positioning means comprising at least one fixed arm and being disposed on said box in such a way as to project at least partially from one of said walls ; - a moving means for moving said component associated with said prefabricated electrical conduit, said moving means being disposed on said box in such a way as to project at least partially from the same wall that said positioning means project from,
A mobility management method, the method is applied to a communications system, wherein the communications system comprises a home agent control plane, HA-C, a first home agent user plane, HA-U, a second HA-U, and a mobile node, MN; the first HA-U is located in a first network, the second HA-U is located in a second network, the first HA-U is deployed on a first proxy server or a gateway, and the HA-C is deployed on a second proxy server, the first network comprises at least two HA-Us, and the at least two HA-Us are separately deployed on different proxy servers or different gateways; and the method comprises: receiving , by the HA-C, a first binding update, BU, message sent by the MN when the MN accesses the first network; determining , by the HA-C according to a load balance rule, the first HA-U from the at least two HA-Us comprised in the first network; sending , by the HA-C, a first binding acknowledgement, BA, message to the MN according to the first BU message, wherein the first BA message comprises an address of the first HA-U; receiving , by the HA-C, a second BU message sent by the MN after the MN moves from the first network to the second network, wherein the second BU message comprises a home address, HoA, and a care-of address, CoA, that are of the MN; sending , by the HA-C, a configuration message to the first HA-U, wherein the configuration message comprises the HoA and the CoA that are of the MN; and performing , by the first HA-U, tunnel communication with the MN according to the configuration message. receiving , by the HA-C, a first binding update, BU, message sent by the MN when the MN accesses the first network; determining , by the HA-C according to a load balance rule, the first HA-U from the at least two HA-Us comprised in the first network; sending , by the HA-C, a first binding acknowledgement, BA, message to the MN according to the first BU message, wherein the first BA message comprises an address of the first HA-U; receiving , by the HA-C, a second BU message sent by the MN after the MN moves from the first network to the second network, wherein the second BU message comprises a home address, HoA, and a care-of address, CoA, that are of the MN; sending , by the HA-C, a configuration message to the first HA-U, wherein the configuration message comprises the HoA and the CoA that are of the MN; and performing , by the first HA-U, tunnel communication with the MN according to the configuration message.
Oscillation absorber for an object to be protected in the manner of a spatial mass pendulum with a pendulum mass , at least three, preferably four, pendulum rods which are arranged distributed around the pendulum mass and are each coupled at a first coupling point to the object and at a second coupling point to a lower section of the pendulum mass , characterized in that at least two pendulum rods are dimensioned and spread such that the distance between their first coupling points is greater than the distance between their second coupling points, so that during a movement of the pendulum mass its center of gravity is guided by the pendulum rods on the surface of a virtual ellipsoid.
A pacifier comprising: - a shield ; - a nipple portion having a controllable hardness; and characterized in - a controller for controlling the hardness of the nipple portion; wherein the controller comprises a receiving unit for receiving a control signal and a processor for processing the control signal and controlling the hardness of the nipple portion according to the control signal. - a shield ; - a nipple portion having a controllable hardness; and characterized in - a controller for controlling the hardness of the nipple portion;