mhurhangee/ep-ind-claims huggingface dataset:
A content sending device, comprising: a communication part configured to be connectable to an external device; a storage part configured to store a content and an attribute information of the content; and a controller configured to send the attribute information comprising a title of the content stored in an element of a tag, wherein, if the controller is able to send the content, the controller is configured to send the content based on a request from the external device, and wherein, if the controller is unable to send the content, the controller is configured to process the attribute information by replacing the title of the content stored in the element of the tag with a predetermined operation instruction, send the processed attribute information providing the predetermined operation instruction stored in the element of the tag to the external device and execute an operation based on the predetermined operation instruction selected from the external device. a communication part configured to be connectable to an external device; a storage part configured to store a content and an attribute information of the content; and a controller configured to send the attribute information comprising a title of the content stored in an element of a tag, wherein, if the controller is able to send the content, the controller is configured to send the content based on a request from the external device, and wherein, if the controller is unable to send the content, the controller is configured to process the attribute information by replacing the title of the content stored in the element of the tag with a predetermined operation instruction, send the processed attribute information providing the predetermined operation instruction stored in the element of the tag to the external device and execute an operation based on the predetermined operation instruction selected from the external device.
Lever lock for locking cabinets and containers, which can be mounted from the outside through an installation opening of a door or flap, consisting of a cylinder housing and a lock cylinder rotatably mounted therein, wherein the lock cylinder is rotatable by means of a key from an open position, in which the key cannot be removed, into a closed position, in which the key can be removed, and a closing lever arranged outside the cylinder housing, which is connected to the lock cylinder in a torque transmitting manner, characterised in that the cylinder housing has an insertion slot with a sensing device for a coin, which is formed by sensing levers and sensing lugs and by means of which, in case of a missing or an incorrect coin, rotation of the lock cylinder into the closed position and thus removal of the key is blocked, and the sensing device is formed by a slide and retaining claws, wherein the retaining claws have inner flanks and tips and are prestressed by springs, wherein the insertion slot is positioned on the outside of the door or flap in the mounted state of the lever lock.
System for monitoring the wheels of a vehicle, system comprising a communication device, said device comprising an electronic module and at least one of said wheels, said wheel being equipped with a tire 5comprising an electronic chip and a metal structure, characterized by the fact that said electronic module is housed in the wheel of the vehicle, said electronic module transmitting waves over a frequency range established so as to enable said 10waves to be reflected on the metal structure, so that said waves can reach said chip whatever the position thereof with respect to the module so that the module can correspond with the chip for the purposes of activation and/or transmission of data 15 for writing and/or reading.
A display, wherein the display comprises a cover plate, a composite display layer, and a first substrate from top to bottom, and the composite display layer comprises an ink filling layer and an emissive display module layer; the emissive display module layer comprises a plurality of pixels, each pixel comprises an effective light transmitting zone used as a light-emitting zone of the pixel and a non-effective light transmitting zone not used as a light-emitting zone of the pixel, and the effective light transmitting zone comprises an emissive luminescent material; the ink filling layer comprises a first zone corresponding to the effective light transmitting zone and a second zone corresponding to the non-effective light transmitting zone, and the second zone is filled with an electronic ink material; and the display comprises a thin-film transistor TFT electrode layer, the TFT electrode layer corresponds to the non-effective light transmitting zone, the ink filling layer is connected to the TFT electrode layer by using a first drive data cable, and the emissive display module layer is connected to the TFT electrode layer by using a second drive data cable, characterized in that the ink filling layer is located below the emissive display module layer. the emissive display module layer comprises a plurality of pixels, each pixel comprises an effective light transmitting zone used as a light-emitting zone of the pixel and a non-effective light transmitting zone not used as a light-emitting zone of the pixel, and the effective light transmitting zone comprises an emissive luminescent material; the ink filling layer comprises a first zone corresponding to the effective light transmitting zone and a second zone corresponding to the non-effective light transmitting zone, and the second zone is filled with an electronic ink material; and the display comprises a thin-film transistor TFT electrode layer, the TFT electrode layer corresponds to the non-effective light transmitting zone, the ink filling layer is connected to the TFT electrode layer by using a first drive data cable, and the emissive display module layer is connected to the TFT electrode layer by using a second drive data cable, characterized in that the ink filling layer is located below the emissive display module layer.
A unipolar diode with low turn-on voltage, comprising: a subcathode semiconductor layer on a substrate comprising semi-insulating Indium Phosphide (InP); a wide bandgap cathode semiconductor layer, the wide bandgap cathode semiconductor layer being either low-doped or intrinsic, wherein the cathode semiconductor layer comprises a grown epitaxial Indium Aluminum Arsenide (InAlAs) layer and wherein the subcathode semiconductor layer comprises a grown epitaxial Indium Aluminum Arsenide (InAlAs) layer; a high-doped, narrow bandgap anode semiconductor layer comprising a grown epitaxial Indium Gallium Arsenide (InGaAs) layer, wherein the cathode layer is located between the anode layer and the subcathode layer and wherein a junction between the cathode layer and the anode layer creates an electron barrier in the conduction band. a subcathode semiconductor layer on a substrate comprising semi-insulating Indium Phosphide (InP); a wide bandgap cathode semiconductor layer, the wide bandgap cathode semiconductor layer being either low-doped or intrinsic, wherein the cathode semiconductor layer comprises a grown epitaxial Indium Aluminum Arsenide (InAlAs) layer and wherein the subcathode semiconductor layer comprises a grown epitaxial Indium Aluminum Arsenide (InAlAs) layer; a high-doped, narrow bandgap anode semiconductor layer comprising a grown epitaxial Indium Gallium Arsenide (InGaAs) layer, wherein the cathode layer is located between the anode layer and the subcathode layer and wherein a junction between the cathode layer and the anode layer creates an electron barrier in the conduction band.
Cardiac valved stent delivery system for delivering a cardiac valved stent to the heart, comprising a cardiac valved stent and a cardiac valved stent delivery device, wherein the delivery device comprises a tip and the tip comprises a tip sheath and a hydraulic actuator piston component which is coupled to the tip sheath, wherein the delivery device is configured to use hydraulic action which is transmitted to the hydraulic actuator piston component of the tip of the delivery device via a fluid-tight conduit to apply driving force to the hydraulic actuator piston component which distally displaces the tip sheath, wherein the tip comprises a rear sheath having a stepped shape that is slidably retractable with regards to the piston. wherein the delivery device comprises a tip and the tip comprises a tip sheath and a hydraulic actuator piston component which is coupled to the tip sheath, wherein the delivery device is configured to use hydraulic action which is transmitted to the hydraulic actuator piston component of the tip of the delivery device via a fluid-tight conduit to apply driving force to the hydraulic actuator piston component which distally displaces the tip sheath, wherein the tip comprises a rear sheath having a stepped shape that is slidably retractable with regards to the piston.
A mobile test platform, for an actuator-based testing system, wherein the actuator-based testing system includes one or more actuator-based testing devices (100-1; 100-2) and wherein the testing devices ( 100-1; 100-2) are operated through one or more controller units through an input/output interface, to provide input commands to the one or more testing devices and receive output test data from the one or more testing devices for tests performed on an object under test, the mobile test platform comprising: a communication platform including instructions on one or more hardware components configured to generate and transmit an outbound message to a remote test platform having a remote data store, the outbound message indicating that test data or information is available for transmitting from the one or more testing devices, before any sending of test data or information, and to receive an inbound reply message to transmit data or information to the remote test platform; wherein the communication platform is configured to interface with the one or more controller units to receive input or output data from the one or more testing devices (100-1;100-2) and to transmit the input or output data to the remote test platform in response to the inbound reply message to transmit data; wherein the remote test platform is configured for accessing test data from the testing devices by devices (156, 157, 158; 204) remote from the remote test platform. a communication platform including instructions on one or more hardware components configured to generate and transmit an outbound message to a remote test platform having a remote data store, the outbound message indicating that test data or information is available for transmitting from the one or more testing devices, before any sending of test data or information, and to receive an inbound reply message to transmit data or information to the remote test platform; wherein the communication platform is configured to interface with the one or more controller units to receive input or output data from the one or more testing devices (100-1;100-2) and to transmit the input or output data to the remote test platform in response to the inbound reply message to transmit data; wherein the remote test platform is configured for accessing test data from the testing devices by devices (156, 157, 158; 204) remote from the remote test platform.
A heart rate or a breathing rate measuring system, the system comprising: a shell configured to at least partially occlude an ear canal from the environment outside the ear; an in-ear microphone inside the shell insertable in the ear canal, the IEM capturing sounds present inside the ear canal and converting the captured sounds into at least one inner audio signal; a processing device operatively connected to the IEM, the processing device being configured to analyze the at least one inner audio signal in order to determine a measurement of at least one of a heart rate and a breathing rate; an outer-ear microphone, the OEM being operatively connected to the processing device and being configured to capture outer audio signals, the outer audio signals being indicative of sounds captured from the environment outside the ear; an adaptive filter configured to compute an estimated residual noise using the outer audio signals as input; wherein the processing device is further configured to analyze the at least one inner audio signal according to the estimated residual noise and to denoise the at least one inner audio signal based on the analysis. a shell configured to at least partially occlude an ear canal from the environment outside the ear; an in-ear microphone inside the shell insertable in the ear canal, the IEM capturing sounds present inside the ear canal and converting the captured sounds into at least one inner audio signal; a processing device operatively connected to the IEM, the processing device being configured to analyze the at least one inner audio signal in order to determine a measurement of at least one of a heart rate and a breathing rate; an outer-ear microphone, the OEM being operatively connected to the processing device and being configured to capture outer audio signals, the outer audio signals being indicative of sounds captured from the environment outside the ear; an adaptive filter configured to compute an estimated residual noise using the outer audio signals as input; wherein the processing device is further configured to analyze the at least one inner audio signal according to the estimated residual noise and to denoise the at least one inner audio signal based on the analysis.
The use of a compound of formula or comestibly acceptable salt thereof wherein, n is 1, 2 or 3; R 1 is selected from C 1 -C 5 alkyl, C 1 -C 5 hydroxyalkyl, C 1 -C 5 dihydroxyalkyl and -CHYCOOH wherein Y is selected from C 1 -C 3 alkyl; R 3 is hydrogen, hydroxy or C 1 -C 3 alkoxy; R 4 is hydrogen, or C 1 -C 3 alkyl; R 5 is selected from hydrogen, or C 1 -C 3 alkyl; or R 4 and R 5 form together a bivalent radical - CH 2 -, to impart, enhance, or modify an umami- and/ or salt-taste in a comestible product n is 1, 2 or 3; R 1 is selected from C 1 -C 5 alkyl, C 1 -C 5 hydroxyalkyl, C 1 -C 5 dihydroxyalkyl and -CHYCOOH wherein Y is selected from C 1 -C 3 alkyl; R 3 is hydrogen, hydroxy or C 1 -C 3 alkoxy; R 4 is hydrogen, or C 1 -C 3 alkyl; R 5 is selected from hydrogen, or C 1 -C 3 alkyl; or R 4 and R 5 form together a bivalent radical - CH 2 -,
A washing machine, comprising: a rotating tub; a motor configured to apply a driving force to the rotating tub, the motor being a sensorless type motor; a controller configured to: control generation of a starting current to be applied to the motor while starting by not performing alignment of the motor, control a speed of the motor stepwise while the starting current is applied to the motor, determine whether it is time to decelerate or stop the motor while performing any of a washing stroke, a rinsing stroke, a dehydration stroke, or a drying stroke, in response to a deceleration time point or stop time point being determined, check a current of a torque component, and apply a current of a magnetic flux component greater than a magnitude of the checked current of the torque component to the motor; and a driver configured to: generate a current for driving the motor in response to a control command of the controller, and apply the generated current to the motor. a rotating tub; a motor configured to apply a driving force to the rotating tub, the motor being a sensorless type motor; a controller configured to: control generation of a starting current to be applied to the motor while starting by not performing alignment of the motor, control a speed of the motor stepwise while the starting current is applied to the motor, determine whether it is time to decelerate or stop the motor while performing any of a washing stroke, a rinsing stroke, a dehydration stroke, or a drying stroke, in response to a deceleration time point or stop time point being determined, check a current of a torque component, and apply a current of a magnetic flux component greater than a magnitude of the checked current of the torque component to the motor; and a driver configured to: generate a current for driving the motor in response to a control command of the controller, and apply the generated current to the motor. control generation of a starting current to be applied to the motor while starting by not performing alignment of the motor, control a speed of the motor stepwise while the starting current is applied to the motor, determine whether it is time to decelerate or stop the motor while performing any of a washing stroke, a rinsing stroke, a dehydration stroke, or a drying stroke, in response to a deceleration time point or stop time point being determined, check a current of a torque component, and apply a current of a magnetic flux component greater than a magnitude of the checked current of the torque component to the motor; and a driver configured to: generate a current for driving the motor in response to a control command of the controller, and apply the generated current to the motor. generate a current for driving the motor in response to a control command of the controller, and apply the generated current to the motor.
A computer-implemented method comprising: storing marking data (34, 202, 520) to specify at least one selected marking, the marking data (34, 202, 520) including a machine-readable description of the selected marking and a marking reference coordinate frame for the selected marking; storing task plan data describing a process executable by an application tool to apply the selected marking based on the marking data (34, 202, 520) and at least one parameter of the application tool; determining a pose of the application tool; and computing a joint-space trajectory of the application tool based on the task plan data and the pose of the application tool, the joint-space trajectory providing instructions to control the application tool to apply the selected marking at a target location, characterized in that the marking comprises at least one of a graphical object to be applied to a surface at the target location, removing the surface at the target location, or changing the surface at the target location. storing marking data (34, 202, 520) to specify at least one selected marking, the marking data (34, 202, 520) including a machine-readable description of the selected marking and a marking reference coordinate frame for the selected marking; storing task plan data describing a process executable by an application tool to apply the selected marking based on the marking data (34, 202, 520) and at least one parameter of the application tool; determining a pose of the application tool; and computing a joint-space trajectory of the application tool based on the task plan data and the pose of the application tool, the joint-space trajectory providing instructions to control the application tool to apply the selected marking at a target location, characterized in that the marking comprises at least one of a graphical object to be applied to a surface at the target location, removing the surface at the target location, or changing the surface at the target location.
Covering consisting of panels (1, 2, 3) which can be mechanically connected to one another in a laying plane, having the following features: a) adjacent first and second panels have end faces (6, 6') which are complementary to one another and which face one another; wherein a guide groove opens in the end face of the first panel, and a locking groove opens in the end face of the second panel, b) a relatively displaceable locking tongue is arranged in the guide groove of the first panel and is suitable, upon connection of the adjacent panels (1, 2), for engaging in the locking groove of the adjacent second panel in order to assume a locking position and thus to fix the first and second panel relative to one another at least perpendicular to the laying plane; c) a lower cheek of the locking groove is formed in such a way that it has an outer contact edge for laterally contacting the locking tongue in its locking position and a portion which is inward with respect to the contact edge and which maintains a clear spacing from the locking tongue in its locking position, characterized in that a movement direction of the locking tongue is at an inclination with respect to the laying plane, and in that, in the locking position, the contact edge is situated above the plane defined by a lower cheek of the guide groove. a) adjacent first and second panels have end faces (6, 6') which are complementary to one another and which face one another; wherein a guide groove opens in the end face of the first panel, and a locking groove opens in the end face of the second panel, b) a relatively displaceable locking tongue is arranged in the guide groove of the first panel and is suitable, upon connection of the adjacent panels (1, 2), for engaging in the locking groove of the adjacent second panel in order to assume a locking position and thus to fix the first and second panel relative to one another at least perpendicular to the laying plane; c) a lower cheek of the locking groove is formed in such a way that it has an outer contact edge for laterally contacting the locking tongue in its locking position and a portion which is inward with respect to the contact edge and which maintains a clear spacing from the locking tongue in its locking position,
A polyimide resin composition comprising a polyimide resin and a nanocarbon material, wherein the polyimide resin comprises a repeating structural unit represented by the following formula and a repeating structural unit represented by the following formula, and a content ratio of the repeating structural unit of the formula with respect to the total of the repeating structural unit of the formula and the repeating structural unit of the formula is 20 to 70 mol%: wherein R 1 represents a divalent group having from 6 to 22 carbon atoms containing at least one alicyclic hydrocarbon structure; R 2 represents a divalent chain aliphatic group having from 5 to 16 carbon atoms; and X 1 and X 2 each independently represent a tetravalent group having from 6 to 22 carbon atoms containing at least one aromatic group. the polyimide resin comprises a repeating structural unit represented by the following formula and a repeating structural unit represented by the following formula, and a content ratio of the repeating structural unit of the formula with respect to the total of the repeating structural unit of the formula and the repeating structural unit of the formula is 20 to 70 mol%: wherein R 1 represents a divalent group having from 6 to 22 carbon atoms containing at least one alicyclic hydrocarbon structure; R 2 represents a divalent chain aliphatic group having from 5 to 16 carbon atoms; and X 1 and X 2 each independently represent a tetravalent group having from 6 to 22 carbon atoms containing at least one aromatic group.
Apparatus (1, 50) for reworking a receiving bore, in particular of a cylinder head, which receiving bore opens into a cavity, in particular into the combustion chamber of a cylinder of a motor vehicle engine, by way of a machining tool and by way of a boring bush having a guide bore which can be attached concentrically on the receiving bore and can be fixed in this position in order to orient a tool part of the machining tool in the form of a boring tool, a reamer, a thread cutter or the like, which tool part is received axially adjustably in the guide bore, the tool part penetrating the guide bore of the boring bush in the mounted state in an axially adjustable and/or rotatable manner, characterized in that the boring bush is provided with a suction device which is connected to the receiving bore and by way of which a suction air flow can be brought about in the receiving bore, by means of which suction air flow chips or the like which are produced during the machining of the receiving bore can be discharged to the outside, and in that the tool part is provided on its outer circumference with at least one groove which runs in an axially rectilinear or helical manner and, together with the guide bore, forms a type of discharge channel for chip discharge.