mhurhangee/patent-ind-claim-en huggingface dataset:
A multiple-spindle full-automatic vertical machining center, comprising an actuator , a lathe bed , a feeding area, a tooling area, a machining area and a tool changer area; wherein the actuator comprises a ram , a saddle and a sliding table , the feeding area crosses the lathe bed , the feeding area and the tool changer area are respectively located on two opposite sides of the machining area, the feeding area is located at a forefront end of the machining center, and the actuator moves above the feeding area, the tooling area, the machining area and the tool changer area, characterised in that the tooling area comprises a clamping tool and a bracket , the bracket being suitable for fixing the clamping tool and the tooling area is located between the feeding area and the machining area. wherein the actuator comprises a ram , a saddle and a sliding table , the feeding area crosses the lathe bed , the feeding area and the tool changer area are respectively located on two opposite sides of the machining area, the feeding area is located at a forefront end of the machining center, and the actuator moves above the feeding area, the tooling area, the machining area and the tool changer area, characterised in that the tooling area comprises a clamping tool and a bracket , the bracket being suitable for fixing the clamping tool and the tooling area is located between the feeding area and the machining area.
A method for operating machine-to-machine devices in a network , the method being performed in a communication network and comprising: monitoring , by a mobility management entity of the communication network , a traffic condition of the communication network ; the method being characterized by further comprising: retrieving, by the mobility management entity , group-based or individual subscription data for the machine-to-machine devices ; determining, by the mobility management entity , based on a result of monitoring the traffic condition and the subscription data, a starting time (T i , T i1, T i2, T i3 ) of an allowed time duration for a group of machine-to-machine devices to communicate with a machine-to-machine server through the communication network , wherein the allowed time duration is allocated to the group of the machine-to-machine devices connected to a machine-to-machine gateway ; and transmitting, by the mobility management entity , information indicating the allowed time duration and the starting time (T i , T i1, T i2, T i3 ), to a base station ; transmitting, by the base station of the communication network , information indicating the allowed time duration to the machine-to-machine gateway for operating the machine-to-machine devices according to the allowed time duration, the machine-to-machine devices communicating with the communication network through the machine-to-machine gateway . retrieving, by the mobility management entity , group-based or individual subscription data for the machine-to-machine devices ; determining, by the mobility management entity , based on a result of monitoring the traffic condition and the subscription data, a starting time (T i , T i1, T i2, T i3 ) of an allowed time duration for a group of machine-to-machine devices to communicate with a machine-to-machine server through the communication network , wherein the allowed time duration is allocated to the group of the machine-to-machine devices connected to a machine-to-machine gateway ; and transmitting, by the mobility management entity , information indicating the allowed time duration and the starting time (T i , T i1, T i2, T i3 ), to a base station ; transmitting, by the base station of the communication network , information indicating the allowed time duration to the machine-to-machine gateway for operating the machine-to-machine devices according to the allowed time duration, the machine-to-machine devices communicating with the communication network through the machine-to-machine gateway .
An optical element for a head up display (HUD), the optical element comprising: a Fresnel pattern layer configured to enlarge a virtual image of an HUD image; a multiband coating layer formed on the Fresnel pattern layer , the multiband coating layer configured to receive light of multiple wavelength bands from a light source, and transmit a portion of the light of the multiple wavelength bands based on a transmittance set with respect to each of the multiple wavelength bands; and an immersion layer formed on the multiband coating layer , a refractive index (n2) of the immersion layer being equal to a refractive index (n1) of the Fresnel pattern layer , wherein the Fresnel pattern layer is based on a Fresnel pattern of a Fresnel lens comprising a first section including inclined surface parts of a first direction (D1) on a first side, a second section including inclined surface parts of a second direction (D2) on the first side and a third section around a central axis; the optical element characterized in that the Fresnel pattern layer comprises only the first section or the second section of the Fresnel lens based on an angle at which the HUD image is projected to a user, and the multiband coating layer is formed only on the inclined surface parts of one direction of the Fresnel pattern layer . a Fresnel pattern layer configured to enlarge a virtual image of an HUD image; a multiband coating layer formed on the Fresnel pattern layer , the multiband coating layer configured to receive light of multiple wavelength bands from a light source, and transmit a portion of the light of the multiple wavelength bands based on a transmittance set with respect to each of the multiple wavelength bands; and an immersion layer formed on the multiband coating layer , a refractive index (n2) of the immersion layer being equal to a refractive index (n1) of the Fresnel pattern layer , wherein the Fresnel pattern layer is based on a Fresnel pattern of a Fresnel lens comprising a first section including inclined surface parts of a first direction (D1) on a first side, a second section including inclined surface parts of a second direction (D2) on the first side and a third section around a central axis; the optical element characterized in that the Fresnel pattern layer comprises only the first section or the second section of the Fresnel lens based on an angle at which the HUD image is projected to a user, and the multiband coating layer is formed only on the inclined surface parts of one direction of the Fresnel pattern layer .
An electronic device comprising an upper housing and a lower housing pivotally coupled to each other, wherein the upper housing comprises an antenna slot and an antenna corresponding to the antenna slot, wherein the lower housing comprises a base cover (100; D) comprising: a metal body ; and an antenna window attached to the metal body , wherein the antenna window comprises: a non-metallic structure ; and a metallic structure disposed within the non-metallic structure such thai , when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot . wherein the upper housing comprises an antenna slot and an antenna corresponding to the antenna slot, wherein the lower housing comprises a base cover (100; D) comprising: a metal body ; and an antenna window attached to the metal body , wherein the antenna window comprises: a non-metallic structure ; and a metallic structure disposed within the non-metallic structure such thai , when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot . a metal body ; and an antenna window attached to the metal body , wherein the antenna window comprises: a non-metallic structure ; and a metallic structure disposed within the non-metallic structure such thai , when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot . a non-metallic structure ; and a metallic structure disposed within the non-metallic structure such thai , when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot .
Anti-shoplifting device comprising: - a main body ; - a movable body rotationally fixed to said main body to rotate about an axis of rotation , said movable body comprising a first portion protruding from said main body and devoid of cylindrical symmetry with respect to said axis of rotation , and a second portion integral to said first portion and housed inside said main body , - a blocking element movable between a blocking position, in which it mechanically interferes with said second portion of the movable body to prevent the rotation of said movable body , and an unblocking position, in which allows the rotation of said movable body , wherein said movable body is structured to assume, by rotation about said axis of rotation , a first position, in which said blocking element assumes the unblocking position, and a second position angularly distinct from said first position, in which said blocking element can assume the blocking position. - a main body ; - a movable body rotationally fixed to said main body to rotate about an axis of rotation , said movable body comprising a first portion protruding from said main body and devoid of cylindrical symmetry with respect to said axis of rotation , and a second portion integral to said first portion and housed inside said main body , - a blocking element movable between a blocking position, in which it mechanically interferes with said second portion of the movable body to prevent the rotation of said movable body , and an unblocking position, in which allows the rotation of said movable body ,
A catalyst composition for the polymerization of olefins, said catalyst composition essentially consisting of; i. a solid pro-catalyst component containing titanium (Ti), magnesium (Mg) and at least one internal electron donor; ii. a co-catalyst component comprising a mixture of at least two trialkyl aluminum compounds selected from the group consisting of triethyl aluminum, triisobutyl aluminum and trioctyl aluminum, said co-catalyst component comprises at least one said trialkyl aluminum compound in an amount of at least 10 mole percent, based on the total amount of the co-catalyst component; and iii. at least one external electron donor selected from the group of compounds consisting of alkoxysilanes and carboxylic acid esters. i. a solid pro-catalyst component containing titanium (Ti), magnesium (Mg) and at least one internal electron donor; ii. a co-catalyst component comprising a mixture of at least two trialkyl aluminum compounds selected from the group consisting of triethyl aluminum, triisobutyl aluminum and trioctyl aluminum, said co-catalyst component comprises at least one said trialkyl aluminum compound in an amount of at least 10 mole percent, based on the total amount of the co-catalyst component; and iii. at least one external electron donor selected from the group of compounds consisting of alkoxysilanes and carboxylic acid esters.
A photographing method, wherein the method comprises: establishing (S301), by a first terminal device, a connection to a second terminal device, wherein the first terminal device has an image shooting function, and the second terminal device comprises an image output device; enabling (S302), by the first terminal device, the image shooting function based on a first operation of a user, and obtaining and displaying a preview image; and receiving and displaying, by the first terminal device when the preview image comprises an image of the image output device of the second terminal device and upon request of the first terminal device to the second terminal device, a first image sent by the second terminal device, wherein the first image comprises content currently played by the image output device of the second terminal device. establishing (S301), by a first terminal device, a connection to a second terminal device, wherein the first terminal device has an image shooting function, and the second terminal device comprises an image output device; enabling (S302), by the first terminal device, the image shooting function based on a first operation of a user, and obtaining and displaying a preview image; and receiving and displaying, by the first terminal device when the preview image comprises an image of the image output device of the second terminal device and upon request of the first terminal device to the second terminal device, a first image sent by the second terminal device, wherein the first image comprises content currently played by the image output device of the second terminal device.
An audio processing apparatus comprising: an audio classifier for classifying an audio signal into at least one audio type in real time, wherein the audio classifier is further adapted to estimate, at the same time, for each audio type a confidence value representing a probability that the audio signal is of the respective audio type; an audio improving device for improving experience of audience, wherein the audio improving device comprises at least one selected from a dialog enhancer , a surround virtualizer , a volume leveler and an equalizer ; and an adjusting unit for adjusting at least one parameter of the audio improving device in a continuous manner based on the confidence value of the at least one audio type, wherein the at least one parameter comprises at least one parameter for at least one of dialog enhancement processing by the dialog enhancer , surround virtualizing processing by the surround virtualizer , volume leveling processing by the volume leveler and equalizing processing by the equalizer . an audio classifier for classifying an audio signal into at least one audio type in real time, wherein the audio classifier is further adapted to estimate, at the same time, for each audio type a confidence value representing a probability that the audio signal is of the respective audio type; an audio improving device for improving experience of audience, wherein the audio improving device comprises at least one selected from a dialog enhancer , a surround virtualizer , a volume leveler and an equalizer ; and an adjusting unit for adjusting at least one parameter of the audio improving device in a continuous manner based on the confidence value of the at least one audio type, wherein the at least one parameter comprises at least one parameter for at least one of dialog enhancement processing by the dialog enhancer , surround virtualizing processing by the surround virtualizer , volume leveling processing by the volume leveler and equalizing processing by the equalizer .
Beverage dispenser , in particular coffee dispenser, comprising a beverage preparation device , which is fluidically connected to a outlet device , which is arranged above a standing surface for a receptacle collecting the prepared beverage, as well as a drive , which is controllable by means of a control and by means of which the outlet device and the standing surface are movable in height relative to one another, characterized in that a height sensor is provided, which measures the height difference (Δh) between the upper edge of a receptacle placed on the standing surface and the outlet device and emits a corresponding signal for controlling the drive of the outlet device and/or of the standing surface , wherein the height sensor is a linear sensor extending in the vertical direction.
A transceiver system comprising: a touch screen panel (TSP); a transmitter (210; 310; 410) configured to transmit an input signal (SEN) sequentially to each input line of a plurality of input lines of the touch screen panel (TSP); a receiver (220; 320; 420) configured to receive an output signal (DET) from an output line of the touch screen panel (TSP) to detect a touch event on the touch screen panel (TSP); and a state machine (280; 380; 480) configured to set transmission frequencies of the input signal (SEN) within a wideband operating frequency of the touch screen panel (TSP), where the transmission frequencies of the input signal (SEN) gradually change over time within the wideband operating frequency of the touch screen panel (TSP), and to calibrate the receiver (220; 320; 420) to filter the output signal (DET) at the gradually changing transmission frequencies of the input signal (SEN); wherein the state machine (280; 380; 480) comprises multiple states and is configured for each input line of the plurality of input lines to cycle through the multiple states within a predetermined period of time, and for each of the multiple states, the state machine is configured to control the transmitter (210; 310; 410) to transmit the input signal at a transmission frequency within the wideband operating frequency that is associated with a current state of the multiple states, wherein the period of time corresponds to the refresh rate divided by the number of the plurality of input lines. a touch screen panel (TSP); a transmitter (210; 310; 410) configured to transmit an input signal (SEN) sequentially to each input line of a plurality of input lines of the touch screen panel (TSP); a receiver (220; 320; 420) configured to receive an output signal (DET) from an output line of the touch screen panel (TSP) to detect a touch event on the touch screen panel (TSP); and a state machine (280; 380; 480) configured to set transmission frequencies of the input signal (SEN) within a wideband operating frequency of the touch screen panel (TSP), where the transmission frequencies of the input signal (SEN) gradually change over time within the wideband operating frequency of the touch screen panel (TSP), and to calibrate the receiver (220; 320; 420) to filter the output signal (DET) at the gradually changing transmission frequencies of the input signal (SEN); wherein the state machine (280; 380; 480) comprises multiple states and is configured for each input line of the plurality of input lines to cycle through the multiple states within a predetermined period of time, and for each of the multiple states, the state machine is configured to control the transmitter (210; 310; 410) to transmit the input signal at a transmission frequency within the wideband operating frequency that is associated with a current state of the multiple states, wherein the period of time corresponds to the refresh rate divided by the number of the plurality of input lines.
A method comprising: receiving , by a computing device and from a first communication station via vehicle-to-network, V2N, communication, a vehicle-to-everything, V2X, message; determining , by the computing device and based on the V2X message, one or more V2X quality of service, QoS, measurements, wherein the V2X QoS measurements include measurements based on V2V links; determining whether a QoS target is satisfied for a V2V link between the first communication station and a second communication station based on the V2X QoS measurements; storing an indication that V2N message forwarding is enabled between the first communication station and the second communication station when the QoS target is not satisfied for the V2V link; determining , by the computing device, at least one communication station to forward the V2X message based on V2N message forwarding information and / or V2X QoS information; generating a forwarded version of the V2X message; sending , by the computing device and to the at least one communication station via V2N communication, the forwarded version of the V2X message, wherein the forwarded version of the V2X message includes the one or more V2X QoS measurements. receiving , by a computing device and from a first communication station via vehicle-to-network, V2N, communication, a vehicle-to-everything, V2X, message; determining , by the computing device and based on the V2X message, one or more V2X quality of service, QoS, measurements, wherein the V2X QoS measurements include measurements based on V2V links; determining whether a QoS target is satisfied for a V2V link between the first communication station and a second communication station based on the V2X QoS measurements; storing an indication that V2N message forwarding is enabled between the first communication station and the second communication station when the QoS target is not satisfied for the V2V link; determining , by the computing device, at least one communication station to forward the V2X message based on V2N message forwarding information and / or V2X QoS information; generating a forwarded version of the V2X message; sending , by the computing device and to the at least one communication station via V2N communication, the forwarded version of the V2X message, wherein the forwarded version of the V2X message includes the one or more V2X QoS measurements.
An apparatus for the inspection of parisons , comprising: - an inspection zone , configured to receive an unordered plurality of parisons ; - an illuminator including a light source configured to emit a beam of light directed at the plurality of parisons located in the inspection zone ; - a detector comprising a camera configured to capture an image of the plurality of parisons , located in the inspection zone , wherein the inspection zone is interposed between the illuminator and the detector ; - a control unit configured to process the image captured by the camera to derive a diagnostic information regarding the defectiveness of one or more parisons of the plurality of parisons , characterized in that the illuminator includes an emission-polarizing filter configured to intercept the beam of light emitted by the light source and to generate a polarized light beam, and in that the detector includes a receiving polarizing filter configured to receive the polarized light beam, so that the plurality of parisons , in the inspection zone , is operatively interposed between the emission-polarizing filter and the receiving polarizing filter , wherein the emission-polarizing filter is a circular polarizing filter. - an inspection zone , configured to receive an unordered plurality of parisons ; - an illuminator including a light source configured to emit a beam of light directed at the plurality of parisons located in the inspection zone ; - a detector comprising a camera configured to capture an image of the plurality of parisons , located in the inspection zone , wherein the inspection zone is interposed between the illuminator and the detector ; - a control unit configured to process the image captured by the camera to derive a diagnostic information regarding the defectiveness of one or more parisons of the plurality of parisons ,