mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a turbine engine, comprising: a rotating structure; a bearing supporting the rotating structure; and a stationary structure including a bearing support and a bumper; the bearing support cantilevered from another portion of the stationary structure, the bearing support including a plurality of beams and a bearing support section, the plurality of beams distributed circumferentially about an axis and projecting axially along the axis to the bearing support section, wherein the bearing is mounted to the bearing support section at an unsupported end of the bearing support; and the bumper configured as a deformable body which is configured to deform when the bearing support section subjects the bumper to a radial load over a threshold. a rotating structure; a bearing supporting the rotating structure; and a stationary structure including a bearing support and a bumper; the bearing support cantilevered from another portion of the stationary structure, the bearing support including a plurality of beams and a bearing support section, the plurality of beams distributed circumferentially about an axis and projecting axially along the axis to the bearing support section, wherein the bearing is mounted to the bearing support section at an unsupported end of the bearing support; and the bumper configured as a deformable body which is configured to deform when the bearing support section subjects the bumper to a radial load over a threshold.
Apparatus for making an antenna for a radio-frequency identifying device, said antenna being made with a flexible wire, or a braid of flexible wires in electrically conductive material, comprising: - a forming device (2; 2a; 2b) provided with shaping elements that are suitable for shaping said wire to obtain an antenna of preset shape; - a guiding device provided with a guiding element for guiding said wire; - at least one gripper device (13, 14) suitable for immobilising a free end of said wire, characterised in that said forming device (2; 2a; 2b) can rotate around a rotation axis, that said shaping elements can be moved in a direction parallel to said rotation axis and that said guiding device is movable in at least one direction substantially perpendicular to said rotation axis. - a forming device (2; 2a; 2b) provided with shaping elements that are suitable for shaping said wire to obtain an antenna of preset shape; - a guiding device provided with a guiding element for guiding said wire; - at least one gripper device (13, 14) suitable for immobilising a free end of said wire,
A photodetection apparatus comprising: a two-dimensional semiconductor, and an asymmetric electrode arrangement comprising a first electrode, a second electrode separated from the first electrode across a portion of the two-dimensional semiconductor and at least one surface plasmon polariton generator associated with at least the first electrode. a two-dimensional semiconductor, and an asymmetric electrode arrangement comprising a first electrode, a second electrode separated from the first electrode across a portion of the two-dimensional semiconductor and at least one surface plasmon polariton generator associated with at least the first electrode.
Process for dehydration of an ethanol feedstock into ethylene comprising at least the stages: a) A stage for pretreatment of the ethanol feedstock on an acidic solid operating at a temperature of between 100 and 130°C in such a way as to produce a pretreated ethanol feedstock, b) A stage for evaporation of an evaporation feedstock comprising said ethanol feedstock that is pretreated in a heat exchanger, with said evaporation feedstock being introduced into said evaporation stage at a pressure of between 0.1 and 2.5 MPa in such a way as to produce an evaporated feedstock, c) A stage for superheating said evaporated feedstock in such a way as to bring it to an inlet temperature that is compatible with the temperature of the dehydration reaction, i.e., to a temperature of between 350 and 550°C, d) A stage for dehydration of said feedstock that is obtained from stage c) in at least one adiabatic reactor that contains at least one dehydration catalyst and in which the dehydration reaction takes place, operating at an inlet temperature of between 350 and 550°C and at an inlet pressure of between 0.3 and 1.8 MPa. a) A stage for pretreatment of the ethanol feedstock on an acidic solid operating at a temperature of between 100 and 130°C in such a way as to produce a pretreated ethanol feedstock, b) A stage for evaporation of an evaporation feedstock comprising said ethanol feedstock that is pretreated in a heat exchanger, with said evaporation feedstock being introduced into said evaporation stage at a pressure of between 0.1 and 2.5 MPa in such a way as to produce an evaporated feedstock, c) A stage for superheating said evaporated feedstock in such a way as to bring it to an inlet temperature that is compatible with the temperature of the dehydration reaction, i.e., to a temperature of between 350 and 550°C, d) A stage for dehydration of said feedstock that is obtained from stage c) in at least one adiabatic reactor that contains at least one dehydration catalyst and in which the dehydration reaction takes place, operating at an inlet temperature of between 350 and 550°C and at an inlet pressure of between 0.3 and 1.8 MPa.
A method comprising: scheduling, by a base station, uplink wireless resources for a user device; receiving, from the user device via the scheduled wireless resources, data associated with at least a first application and a second application; wherein the received data include at least one buffer signal of the user device indicating a level of fullness of a first buffer and a level of fullness of a second buffer of the user device; monitoring whether the user device is meeting a first quality of service policy associated with the first application based on the received data associated with the first application; monitoring whether the user device is meeting a second quality of service policy associated with the second application based on the received data associated with the second application; instructing the user device to adjust an uplink data rate of an application flow associated with the first application based on the monitoring whether the user device is meeting the quality of service policy for the first application; wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without receiving, from the user device, any message indicating whether quality of service requirements are being met; and wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without establishing a radio bearer with the user device for the first application. scheduling, by a base station, uplink wireless resources for a user device; receiving, from the user device via the scheduled wireless resources, data associated with at least a first application and a second application; wherein the received data include at least one buffer signal of the user device indicating a level of fullness of a first buffer and a level of fullness of a second buffer of the user device; monitoring whether the user device is meeting a first quality of service policy associated with the first application based on the received data associated with the first application; monitoring whether the user device is meeting a second quality of service policy associated with the second application based on the received data associated with the second application; instructing the user device to adjust an uplink data rate of an application flow associated with the first application based on the monitoring whether the user device is meeting the quality of service policy for the first application; wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without receiving, from the user device, any message indicating whether quality of service requirements are being met; and wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without establishing a radio bearer with the user device for the first application.
A maneuvering system for a trailer, comprising - at least two maneuvering drives which are adapted to be arranged at the trailer and each have a drive roller, each drive roller being adapted to be applied against a respective wheel of the trailer in order to drive this wheel; and comprising a remote control for remote control of the maneuvering drives; the remote control including a one-dimensionally adjustable actuating element for generating a first control signal for controlling the maneuvering drives, the maneuvering drives being adapted to effect a forward or backward movement of the trailer in accordance with the first control signal generated by the actuating element; and the remote control including a rotatably adjustable rotary element for generating a second control signal for controlling the maneuvering drives, the maneuvering drives being adapted to effect a rotation of the trailer about a vertical axis of the trailer in accordance with the second control signal generated by the rotary element; characterized in that the actuating element and the rotary element are arranged spatially separate from each other on the same side of a housing of the remote control. - at least two maneuvering drives which are adapted to be arranged at the trailer and each have a drive roller, each drive roller being adapted to be applied against a respective wheel of the trailer in order to drive this wheel; and comprising a remote control for remote control of the maneuvering drives; the remote control including a one-dimensionally adjustable actuating element for generating a first control signal for controlling the maneuvering drives, the maneuvering drives being adapted to effect a forward or backward movement of the trailer in accordance with the first control signal generated by the actuating element; and the remote control including a rotatably adjustable rotary element for generating a second control signal for controlling the maneuvering drives, the maneuvering drives being adapted to effect a rotation of the trailer about a vertical axis of the trailer in accordance with the second control signal generated by the rotary element; characterized in that the actuating element and the rotary element are arranged spatially separate from each other on the same side of a housing of the remote control.
A system comprising: a communication gateway that receives a first communication from a first user device (102, 104, 106); a communication controller that receives the first communication from the communication gateway and that routes the first communication to a second user device (112, 113); and one or more databases (114, 116) configured to store information corresponding to the first communication and information corresponding to a second communication, wherein the information corresponding to the first communication and the information corresponding to the second communication are linked within the one or more databases to form linked information, and wherein a format of the first communication and a format of the second communication are different, one of the first communication and the second communication comprises a text-based communication, and the other of the first communication and the second communication comprises audio information, characterized in that the linked information comprises one or more transcribed audio recordings. a communication gateway that receives a first communication from a first user device (102, 104, 106); a communication controller that receives the first communication from the communication gateway and that routes the first communication to a second user device (112, 113); and one or more databases (114, 116) configured to store information corresponding to the first communication and information corresponding to a second communication, wherein the information corresponding to the first communication and the information corresponding to the second communication are linked within the one or more databases to form linked information, and wherein a format of the first communication and a format of the second communication are different, one of the first communication and the second communication comprises a text-based communication, and the other of the first communication and the second communication comprises audio information, characterized in that the linked information comprises one or more transcribed audio recordings.
A probe electrically connecting a first contact target to a second contact target, comprising: a barrel portion extending in an up-down direction and formed in a tubular shape; a first plunger portion partially inserted into a first end of the barrel portion and electrically contacting the first contact target; and a second plunger portion partially inserted into a second end of the barrel portion and electrically contacting the second contact target, wherein the barrel portion includes a first barrel portion having a predetermined inside diameter, wherein the first barrel portion includes a first spring portion exerting a spring function in the up-down direction, and wherein the first plunger portion includes a main body portion having a longer dimension than an inside diameter of the first barrel portion, characterised in that the barrel portion further includes: a second barrel portion arranged inside the first barrel portion and having a shorter outside diameter than the predetermined inside diameter, wherein the second barrel portion includes a second spring portion exerting a spring function in the up-down direction. a barrel portion extending in an up-down direction and formed in a tubular shape; a first plunger portion partially inserted into a first end of the barrel portion and electrically contacting the first contact target; and a second plunger portion partially inserted into a second end of the barrel portion and electrically contacting the second contact target, wherein the barrel portion includes a first barrel portion having a predetermined inside diameter, wherein the first barrel portion includes a first spring portion exerting a spring function in the up-down direction, and wherein the first plunger portion includes a main body portion having a longer dimension than an inside diameter of the first barrel portion, characterised in that the barrel portion further includes: a second barrel portion arranged inside the first barrel portion and having a shorter outside diameter than the predetermined inside diameter, wherein the second barrel portion includes a second spring portion exerting a spring function in the up-down direction.
A soil processing machine, in particular a soil compactor, comprising: - a rear vehicle part with a combustion engine, - on both sides of the combustion engine at least one drive wheel each, - a driver's cab arranged offset in relation to the combustion engine in a longitudinal machine direction, - a fuel tank for fuel to be supplied to the combustion engine, - an additional material tank, - a hydraulic fluid tank, wherein the additional material tank is arranged following a drive wheel in the longitudinal machine direction and substantially next to the drive wheel in a transverse machine direction, characterized in that a filling hole of the additional material tank and a filling hole of the fuel tank or/and a filling hole of the hydraulic fluid tank are arranged at the same side of the rear vehicle part. - a rear vehicle part with a combustion engine, - on both sides of the combustion engine at least one drive wheel each, - a driver's cab arranged offset in relation to the combustion engine in a longitudinal machine direction, - a fuel tank for fuel to be supplied to the combustion engine, - an additional material tank, - a hydraulic fluid tank,
An apparatus, wherein the apparatus of a manufacturing process of a sheet comprises: a measurement arrangement, a controller with a feed forward controller part and an optimizing controller part and an actuator arrangement regulating at least one property of the sheet; the measurement arrangement being configured to provide the controller with controlled variable data about at least one property of the sheet; the controller having available a predetermined model of temporally or spatially dependent disturbance caused by the actuator arrangement to the manufacturing process of the sheet leading a controlled variable to drift out of steady state control; the feed forward controller part being configured to form data associated with at least one future controlled variable as a time dependent function of the model of a change in a manipulated variable associated with the disturbance; and the optimizing controller part being configured to form, using optimization, a manipulated variable for the actuator arrangement on the basis of the formed data associated with the at least one future controlled variable. a measurement arrangement, a controller with a feed forward controller part and an optimizing controller part and an actuator arrangement regulating at least one property of the sheet; the measurement arrangement being configured to provide the controller with controlled variable data about at least one property of the sheet; the controller having available a predetermined model of temporally or spatially dependent disturbance caused by the actuator arrangement to the manufacturing process of the sheet leading a controlled variable to drift out of steady state control; the feed forward controller part being configured to form data associated with at least one future controlled variable as a time dependent function of the model of a change in a manipulated variable associated with the disturbance; and the optimizing controller part being configured to form, using optimization, a manipulated variable for the actuator arrangement on the basis of the formed data associated with the at least one future controlled variable.
Method of connecting a terminal beyond the range of its home network (hN-A), to a network (vN-B) of a visited area covered by a plurality of networks, the method comprising: • the sending of a request (AR, TAUR) relating to the connection, • the receipt of a message (AA, TAUA) of response to the request, comprising a list of at least one network of the plurality, to which the terminal must connect by priority, • the disconnection of the terminal and its connection to a network of the list. • the sending of a request (AR, TAUR) relating to the connection, • the receipt of a message (AA, TAUA) of response to the request, comprising a list of at least one network of the plurality, to which the terminal must connect by priority, • the disconnection of the terminal and its connection to a network of the list.
Airbag bag for the personal protection of a user of an urban mobility vehicle such as for example a bicycle, a scooter, a skateboard or roller skates, comprising a closed body made from flexible and tear-resistant material forming a shell, wherein the shell forming, in the inflated state: - two stiffening structures, located laterally on either side of the head of the user, each with a central portion resting on the shoulder of the user extended by two legs arranged one in front of and the other behind the shoulder of the user, characterised in that the two stiffening structures each have an upper loop, located on a side of the head of the user, and the shell forms, in the inflated state, an arch connecting the tops of the upper loops of the stiffening structures and forming, once inflated and with the upper loops of the stiffening structures, a protection surrounding the head of the user. - two stiffening structures, located laterally on either side of the head of the user, each with a central portion resting on the shoulder of the user extended by two legs arranged one in front of and the other behind the shoulder of the user, characterised in that the two stiffening structures each have an upper loop, located on a side of the head of the user, and the shell forms, in the inflated state, an arch connecting the tops of the upper loops of the stiffening structures and forming, once inflated and with the upper loops of the stiffening structures, a protection surrounding the head of the user.
A moving robot comprising: an input unit configured to receive a speech input of a user; an audio output unit configured to output a feedback voice message corresponding to the speech input; characterized by a storage configured to store a usage history of the moving robot; and a controller configured to control the feedback voice message to be output in different voices according to the stored usage history. an input unit configured to receive a speech input of a user; an audio output unit configured to output a feedback voice message corresponding to the speech input; characterized by a storage configured to store a usage history of the moving robot; and a controller configured to control the feedback voice message to be output in different voices according to the stored usage history.
A lesion identification system for surgical operation, comprising: a light marker adapted to be injected at a site underneath a mucous membrane of a lesion of an organ of an object from inside the organ, the light marker comprising a liquid composed of a substance mixed with a fluorescent substance and emitting light with a wavelength including at least a part of the wavelength ranging from 780 to 1300 nm in the near-infrared range, wherein the substance is hyaluronate sodium; a regional injection needle for injecting the light marker at a site underneath a mucous membrane under monitored conditions by using a first endoscope; a second endoscope provided with an inserter section having an end and formed to emit excitation light outside through the end from the outside of the organ and disposed in the inserter section are an illuminating and optical system and an objective optical system through which an illuminated site is observed, a camera head arranged at the base of the inserter section of the second endoscope and adapted to pick up light in the visible range and light in the near-infrared range emitted from the light marker injected under the mucous membrane in response to the excitation light. a light marker adapted to be injected at a site underneath a mucous membrane of a lesion of an organ of an object from inside the organ, the light marker comprising a liquid composed of a substance mixed with a fluorescent substance and emitting light with a wavelength including at least a part of the wavelength ranging from 780 to 1300 nm in the near-infrared range, wherein the substance is hyaluronate sodium; a regional injection needle for injecting the light marker at a site underneath a mucous membrane under monitored conditions by using a first endoscope; a second endoscope provided with an inserter section having an end and formed to emit excitation light outside through the end from the outside of the organ and disposed in the inserter section are an illuminating and optical system and an objective optical system through which an illuminated site is observed, a camera head arranged at the base of the inserter section of the second endoscope and adapted to pick up light in the visible range and light in the near-infrared range emitted from the light marker injected under the mucous membrane in response to the excitation light.