mhurhangee/ep-ind-claims huggingface dataset:
An ear strap for arranging a probe tube within an ear canal, the ear strap comprising attachment means (6, 30) for being attached to the tube, where the ear strap has a flexible member configured to be placed within the concha of the ear and to be held in place by the concha of the ear, where the flexible member is configured to take a form that fits the shape of the concha of the ear, the ear strap comprising means (8, 10, 12) for adjusting the position of the tube relative to the attachment means (6, 30) characterized in that the attachment means (6, 30) comprises an opening for receiving the tube and that the means (8, 10, 12) for adjusting the position of the tube relative to the attachment means (6, 30) are configured to increase the size of the opening and hereby allow for attachment of the attachment means (6, 30) to the tube and for detachment of the attachment means (6, 30) from the tube.
A machine tool comprising: a first spindle for holding a first workpiece; a first drive source for moving the first spindle in an axial direction, wherein the first drive source is an electric motor; a second spindle for holding a second workpiece; a second drive source for moving the second spindle in the axial direction; and a control means for controlling the rotation of the first spindle, the rotation of the second spindle and the operation of the second drive source, so as to bring the first workpiece held by the first spindle and the second workpiece held by the second spindle into contact with each other while rotating them relative to each other, thereby to carry out friction-heating, and to stop the relative rotation of the first workpiece and the second workpiece, and move only the second spindle in the axial direction while holding the first spindle stationary, thereby to carry out friction-welding of the first workpiece and the second workpiece, characterized in that: the machine tool further comprises torque detecting means for detecting the torque applied to the first drive source; and the control means is adapted to control operation of the first drive source upon the friction-welding of the first workpiece and the second workpiece, so as to resist the torque detected by the torque detecting means and maintain the axial position of the first spindle. a first spindle for holding a first workpiece; a first drive source for moving the first spindle in an axial direction, wherein the first drive source is an electric motor; a second spindle for holding a second workpiece; a second drive source for moving the second spindle in the axial direction; and a control means for controlling the rotation of the first spindle, the rotation of the second spindle and the operation of the second drive source, so as to bring the first workpiece held by the first spindle and the second workpiece held by the second spindle into contact with each other while rotating them relative to each other, thereby to carry out friction-heating, and to stop the relative rotation of the first workpiece and the second workpiece, and move only the second spindle in the axial direction while holding the first spindle stationary, thereby to carry out friction-welding of the first workpiece and the second workpiece, characterized in that: the machine tool further comprises torque detecting means for detecting the torque applied to the first drive source; and the control means is adapted to control operation of the first drive source upon the friction-welding of the first workpiece and the second workpiece, so as to resist the torque detected by the torque detecting means and maintain the axial position of the first spindle. the machine tool further comprises torque detecting means for detecting the torque applied to the first drive source; and the control means is adapted to control operation of the first drive source upon the friction-welding of the first workpiece and the second workpiece, so as to resist the torque detected by the torque detecting means and maintain the axial position of the first spindle.
Wound wire coil for winding a wire with a take-up reel comprising a coil core with cylindrical surface and side plates standing vertical thereto, and a wire winding of the wire, arranged on the coil core, comprising a plurality of layers (L1, L2, L3 L4) arranged above one another in a radial direction, wherein each layer (L1, L2, L3 L4) defines a middle laying width (bV) and forms detour dots (U1, U2, U3, U4) at the side plates, at which, in each case, a moving direction of the wire changes, and which thereby form in each case a transition between two layers (L1, L2, L3 L4) lying above one another, characterized in that all the detour dots (U1, U2, U3, U4) are arranged staggered to the respectively adjacent detour dots (U1, U2, U3, U4) in the circumferential direction, and the middle laying width (bV) between the layers (L1, L2, L3 L4) increases in size in the radial direction from the inside to the outside.
A monitoring management method, performed by a monitoring management device of a communication network, wherein the method comprises: receiving from a monitoring initiator a request message for requesting creation of a resource, wherein the resource is configured for monitoring management, and the request message contains at least the following parameter: an event to be monitored; creating the resource according to the request message, and creating an attribute of the resource according to the parameter contained in the request message; sending a monitoring request message to a bearer network according to the attribute of the resource, wherein the monitoring request message is configured to instruct the bearer network to monitor the event to be monitored, and the monitoring request message contains the attribute of the resource; receiving and storing a monitoring report, wherein the monitoring report contains a monitoring result; and when another monitoring initiator requests for monitoring the event to be monitored, sending the stored monitoring report to the other monitoring initiator directly. receiving from a monitoring initiator a request message for requesting creation of a resource, wherein the resource is configured for monitoring management, and the request message contains at least the following parameter: an event to be monitored; creating the resource according to the request message, and creating an attribute of the resource according to the parameter contained in the request message; sending a monitoring request message to a bearer network according to the attribute of the resource, wherein the monitoring request message is configured to instruct the bearer network to monitor the event to be monitored, and the monitoring request message contains the attribute of the resource; receiving and storing a monitoring report, wherein the monitoring report contains a monitoring result; and when another monitoring initiator requests for monitoring the event to be monitored, sending the stored monitoring report to the other monitoring initiator directly.
An earphone system (1; 23) comprising a wireless earphone (2; 20, 21) for use with mobile phones and a portable holding device (3; 22), wherein the earphone (2; 20, 21) comprises an ear hook for attaching the earphone (2; 20, 21) to the ear of a user and the holding device (3; 22) comprises an outer surface, wherein the outer surface of the holding device (3; 22) has an earphone recess (4; 30, 31) adapted for receiving the earphone (2; 20, 21) with the ear hook, such that the ear hook follows the outer surface of the holding device (3; 22), and attachment means for attaching the earphone (2; 20, 21) in the earphone recess (4; 30, 31) characterized in that the holding device (3; 22) comprises a release recess, which together with the earphone recess (4; 30, 31) forms a through-going hole, so that a user via the release recess can press the earphone (2; 20, 21) out of engagement with the earphone recess (4; 30, 31).
A composite tubular element for use in a subsea environment, the composite tubular element comprising: at least a first layer comprising first fibres oriented in an x-direction relative to the longitudinal axis of the tubular element, and second fibres oriented in a y-direction relative to the longitudinal axis of the tubular element, thereby forming a two-dimensional tubular structure; third fibres extending at least partially through the wall thickness of the tubular element, thereby forming a three-dimensional tubular structure; a polymer matrix composite consisting of a first thermoplastic polymer arranged to embed the fibres of the tubular structure and thereby consolidate the tubular structure; a second polymer arranged to fill residual porosity of the tubular structure and thereby form the tubular element. at least a first layer comprising first fibres oriented in an x-direction relative to the longitudinal axis of the tubular element, and second fibres oriented in a y-direction relative to the longitudinal axis of the tubular element, thereby forming a two-dimensional tubular structure; third fibres extending at least partially through the wall thickness of the tubular element, thereby forming a three-dimensional tubular structure; a polymer matrix composite consisting of a first thermoplastic polymer arranged to embed the fibres of the tubular structure and thereby consolidate the tubular structure; a second polymer arranged to fill residual porosity of the tubular structure and thereby form the tubular element.
Light curtain for detecting objects in a surveillance area, having an arrangement of transmitters and receivers forming beam axes, the transmitters and receivers of the beam axes being activatable individually or in succession to form a plurality of beam axes, and the light beams of the transmitter of a beam axis being guided onto the receiver of this beam axis when the surveillance area is free, and having an evaluation unit in which an object detection signal is generated according to the received signals at the outputs of the receivers, the transmitters forming at least one transmitter cascade, the transmitters being directly activatable individually or to a plurality of them by means of a first drive circuit without current-limiting resistor in their current path, and the transmission current being predetermined centrally and being adaptable individually for the individual transmitters, and/or the receivers forming at least one receiver cascade, the receivers being activatable individually or to a plurality by means of a second drive circuit, characterised in that the received signals are fed to a common group of amplifiers without individual active pre-amplification, analog switches and/or impedance converters per receiver, each receiver being formed by a receiving diode or a receiving transistor, the received signals of the receiving diode or of the receiving transistor being fed via a decoupling diode or a low-capacitance transistor to a signal line which forms a common line and is guided by said line to the group of amplifiers.
A method of operating a gas turbine, the gas turbine comprising a compressor section, a turbine section and an extraction cooling system, the method comprising: monitoring an operation of the gas turbine; directing a cooling air flow through the extraction cooling system from the compressor section to the turbine section through a plurality of lines (310, 312) in response to normal operation of the gas turbine; and directing a warming air flow through the extraction cooling system to the compressor section and the turbine section through the plurality of lines (310, 312) in response to shutdown of the gas turbine. monitoring an operation of the gas turbine; directing a cooling air flow through the extraction cooling system from the compressor section to the turbine section through a plurality of lines (310, 312) in response to normal operation of the gas turbine; and directing a warming air flow through the extraction cooling system to the compressor section and the turbine section through the plurality of lines (310, 312) in response to shutdown of the gas turbine.
A motor control device, comprising: current command value calculating means for calculating a basic current command value based on a torque command value input from the outside and a rotation speed of a motor; a first compensation means for compensating for delay of a rotor flux response of the motor by amplifying the basic current command value; a first current command value limiting means (112, 212) for restricting a post-compensation current command value by a first current limit value; a second compensation means (108, 208) for calculating, based on an amplified current command value calculated by the first compensation means and a first limited current command value calculated by the first current command value limiting means (112, 212), a compensation value for the amplified current command value, wherein the second compensation means (108, 208) is configured to multiply an integrated value obtained by integrating the difference between the amplified current command value and the first limited current command value with a predetermined gain, the predetermined gain comprising the reciprocal of a response time constant of a stator current of the motor, to calculate the compensation value; adding means (109, 209) for adding the amplified current command value and the compensation value to calculate the post-compensation current command value; and motor control means for controlling the motor based on the first limited current command value obtained by the first current command value limiting means (112, 212). current command value calculating means for calculating a basic current command value based on a torque command value input from the outside and a rotation speed of a motor; a first compensation means for compensating for delay of a rotor flux response of the motor by amplifying the basic current command value; a first current command value limiting means (112, 212) for restricting a post-compensation current command value by a first current limit value; a second compensation means (108, 208) for calculating, based on an amplified current command value calculated by the first compensation means and a first limited current command value calculated by the first current command value limiting means (112, 212), a compensation value for the amplified current command value, wherein the second compensation means (108, 208) is configured to multiply an integrated value obtained by integrating the difference between the amplified current command value and the first limited current command value with a predetermined gain, the predetermined gain comprising the reciprocal of a response time constant of a stator current of the motor, to calculate the compensation value; adding means (109, 209) for adding the amplified current command value and the compensation value to calculate the post-compensation current command value; and motor control means for controlling the motor based on the first limited current command value obtained by the first current command value limiting means (112, 212).
An exterior part of a saddled vehicle, the exterior part being formed of a fiber reinforced plastic to constitute an outer surface of the saddled vehicle, the fiber reinforced plastic constituting the exterior part (20,21) comprising: the fiber reinforced plastic formed by a laminate with a plastic, the laminate including a plurality of carbon fiber layers hardened by the plastic, wherein the laminate includes a different color layer disposed between the carbon fiber layers, the different color layer having a color different from a color of the carbon fiber layers, characterized in that the different color layer is disposed more inside than the center of the entire thickness of the laminate in a thickness direction of the laminate. the fiber reinforced plastic formed by a laminate with a plastic, the laminate including a plurality of carbon fiber layers hardened by the plastic, wherein the laminate includes a different color layer disposed between the carbon fiber layers, the different color layer having a color different from a color of the carbon fiber layers, characterized in that the different color layer is disposed more inside than the center of the entire thickness of the laminate in a thickness direction of the laminate.
A method of prioritizing data transmissions in a network system having at least one switch, the method comprising: a switch controller detecting a small computer system interface (SCSI) set priority response being transmitted via at least a first switch port between SCSI devices, wherein the SCSI devices are a SCSI target to a SCSI initiator that are communicating SCSI commands and responses and transmitting input/output (I/O) data via the first switch port; in response to detecting the SCSI set priority response: retrieving priority data established by the SCSI target; and based on the retrieved priority data, autonomously setting a data center bridging priority for the first switch port to a first DCB priority value correlated to the retrieved priority data; and subsequently supporting transmission of the I/O data between the SCSI initiator and the SCSI target with a priority of the first switch port set to the first DCB priority value. a switch controller detecting a small computer system interface (SCSI) set priority response being transmitted via at least a first switch port between SCSI devices, wherein the SCSI devices are a SCSI target to a SCSI initiator that are communicating SCSI commands and responses and transmitting input/output (I/O) data via the first switch port; in response to detecting the SCSI set priority response: retrieving priority data established by the SCSI target; and based on the retrieved priority data, autonomously setting a data center bridging priority for the first switch port to a first DCB priority value correlated to the retrieved priority data; and subsequently supporting transmission of the I/O data between the SCSI initiator and the SCSI target with a priority of the first switch port set to the first DCB priority value. retrieving priority data established by the SCSI target; and based on the retrieved priority data, autonomously setting a data center bridging priority for the first switch port to a first DCB priority value correlated to the retrieved priority data; and subsequently supporting transmission of the I/O data between the SCSI initiator and the SCSI target with a priority of the first switch port set to the first DCB priority value.
A dual fuel burner assembly comprising a duct part for introducing combustion air, an inlet of the duct part at its first end, an outlet of the duct part at its second end and means for introducing first and second fuel into the burner (15,17,19), wherein the duct part is provided with a swirl section between the inlet and the outlet, and the swirl section of the duct part comprises an annular outer flow channel provided with vanes arranged to provide a tangential component to a gas flowing through the annular flow channel when in use, and the means for introducing fuel into the burner (15,17,19) comprises a first fuel inlet which is arranged coaxially with annular flow channel of the swirl section in the vicinity of the outlet of the burner, characterized in that the swirl section of the duct part for introducing combustion air comprises a central flow channel radially enclosed by the outer flow channel, and the central flow channel of the duct part is provided with a damper configured to adjust flow resistance of the central flow channel.
A lighting device comprising an exhaust tube and a wireless communication antenna arranged inside the exhaust tube, wherein the lighting device comprises an airtight connection between the antenna and the exhaust tube.
A display apparatus comprising: a display with variable transparency; a sensor arranged to sense a location of at least one of a person and an object; and a controller arranged to determine proximity of the at least one of the person and the object to the display based on a result of the sensing by the sensor, and to adjust the transparency of the display differently according to a result of the determining, wherein, when a distance between the display and the at least one of the person and the object, which is calculated according to the sensed location, is less than or equal to the threshold value, the controller is arranged to decrease the transparency of the display to be lower than a pre-set transparency. a display with variable transparency; a sensor arranged to sense a location of at least one of a person and an object; and a controller arranged to determine proximity of the at least one of the person and the object to the display based on a result of the sensing by the sensor, and to adjust the transparency of the display differently according to a result of the determining, wherein, when a distance between the display and the at least one of the person and the object, which is calculated according to the sensed location, is less than or equal to the threshold value, the controller is arranged to decrease the transparency of the display to be lower than a pre-set transparency.
Schottky diode, comprising an n + -type substrate an n-type epitaxial layer, trenches introduced into the n-type epitaxial layer, mesaregions between adjacent trenches, and a metal layer on its rear side, wherein said metal layer serves as a cathode electrode, characterized in that an anode electrode provided on its front side comprises two metal layers (50a, 50b), of which the first metal layer forms a Schottky contact and the second metal layer is arranged below the first metal layer and likewise forms a Schottky contact, and in that further, floating Schottky contacts are arranged on the walls of the trenches between the second metal layer and the bottoms of the trenches.