mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet printing device comprising a vacuum-belt wrapped around a vacuum-table along a conveying direction and wherein the vacuum-table comprises a flat area on a support area of the vacuum-table which is positioned between: - a first air-groove in the support area which is aligned along the conveying direction; and - a second air-groove in the support area which is aligned along the conveying direction; and wherein the vacuum-belt comprises: - a first column of vacuum-belt-air-channels , along the conveying direction, in the vacuum-belt which are connected to the first air-groove ; and - a second column of vacuum-belt-air-channels , along the conveying direction, in the vacuum-belt which are connected to the second air-groove ; and - a third column of vacuum-belt-air-channels , along the conveying direction, in the vacuum-belt , wherein the vacuum belt is characterised in that the vacuum-belt-air-channels of the third column are connected to the flat area by a plurality of air channels formed by a rough layer at the back-side of the vacuum-belt and/or a rough layer on the flat area . - a first air-groove in the support area which is aligned along the conveying direction; and - a second air-groove in the support area which is aligned along the conveying direction; and - a first column of vacuum-belt-air-channels , along the conveying direction, in the vacuum-belt which are connected to the first air-groove ; and - a second column of vacuum-belt-air-channels , along the conveying direction, in the vacuum-belt which are connected to the second air-groove ; and - a third column of vacuum-belt-air-channels , along the conveying direction, in the vacuum-belt , wherein the vacuum belt is characterised in that the vacuum-belt-air-channels of the third column are connected to the flat area by a plurality of air channels formed by a rough layer at the back-side of the vacuum-belt and/or a rough layer on the flat area .
A measurement sensor comprising a radio frequency identification circuit for measuring a parameter, wherein the circuit comprises at least one component in which a characteristic of that component can be changed to reflect a change in a measured parameter, such that a frequency used by the sensor to communicate with a reader varies according to changes in the measured parameter, wherein the at least one component of the circuit is selected from a group comprising: a capacitor and a coil; characterised in that the sensor is configured to send calibration data to the reader in order that the reader can interpret the frequency information sent from the sensor .
A mixing and kneading machine for continuous preparation processes comprising: - a housing in which a hollow interior delimited by the inner circumferential surface of the housing is formed, - a screw shaft which extends at least in portions in the axial direction through the interior and which can be rotated in the interior during operation and at the same time can be moved back and forth in the axial direction in a translational manner, and - at least six receptacles for kneading elements that are provided in the housing and extend at least in portions from the inner circumferential surface of the housing into the housing , the receptacles being arranged on the inner circumferential surface of the housing in at least two rows (29, 29', 29") extending in the axial direction over at least a portion of the inner circumferential surface of the housing , at least two of the at least two rows (29, 29', 29") each comprising at least three receptacles for kneading elements , - the screw shaft comprising a shaft bar , on the circumferential surface of which at least two blade elements are arranged which extend radially outward from the shaft bar in the direction of the inner circumferential surface of the housing , characterized in that the receptacles for kneading elements of the at least two rows, viewed in the cross section of the housing , are distributed non-uniformly over the circumference defined by the inner peripheral surface of the housing . - a housing in which a hollow interior delimited by the inner circumferential surface of the housing is formed, - a screw shaft which extends at least in portions in the axial direction through the interior and which can be rotated in the interior during operation and at the same time can be moved back and forth in the axial direction in a translational manner, and - at least six receptacles for kneading elements that are provided in the housing and extend at least in portions from the inner circumferential surface of the housing into the housing , the receptacles being arranged on the inner circumferential surface of the housing in at least two rows (29, 29', 29") extending in the axial direction over at least a portion of the inner circumferential surface of the housing , at least two of the at least two rows (29, 29', 29") each comprising at least three receptacles for kneading elements , - the screw shaft comprising a shaft bar , on the circumferential surface of which at least two blade elements are arranged which extend radially outward from the shaft bar in the direction of the inner circumferential surface of the housing ,
An assembly comprising: a wireless device having a device body with a tapered shape including a front surface configured to face away from a user body, a rear surface configured to face toward the user body, the rear surface having a same shape as the front surface and a greater dimension than the front surface , and a cavity in which a processor and at least one wireless communication antenna are disposed; and an accessory configured to be worn on the user body, the accessory having an accessory body having opposing outer and inner surfaces configured to respectively face away from and face toward the user body when the accessory is worn on the user body, wherein the accessory body has a tapered cavity extending between the inner and outer surfaces and configured to releasably receive the wireless device , and the tapered cavity includes a front opening in the outer surface of the accessory body having a smaller dimension than a rear opening in the inner surface of the accessory body, and the front opening having the same shape as and a smaller dimension than the front and rear surfaces of the device body to prevent the wireless device from passing through the front opening. a wireless device having a device body with a tapered shape including a front surface configured to face away from a user body, a rear surface configured to face toward the user body, the rear surface having a same shape as the front surface and a greater dimension than the front surface , and a cavity in which a processor and at least one wireless communication antenna are disposed; and an accessory configured to be worn on the user body, the accessory having an accessory body having opposing outer and inner surfaces configured to respectively face away from and face toward the user body when the accessory is worn on the user body, wherein the accessory body has a tapered cavity extending between the inner and outer surfaces and configured to releasably receive the wireless device , and the tapered cavity includes a front opening in the outer surface of the accessory body having a smaller dimension than a rear opening in the inner surface of the accessory body, and the front opening having the same shape as and a smaller dimension than the front and rear surfaces of the device body to prevent the wireless device from passing through the front opening.
A client device comprising a content protection decoder according to a first standard, comprising: a receiver for receiving an asset associated with content protection of a second standard; a creation module for creating a header for the asset in accordance with the first standard, and including a parameter of the first standard comprising information additional to the information associated with said first standard and having a format that is not in accordance with the format of said parameter according to the first standard, which additional information is used by a licence server for verifying if an end-user of the client device has rights to receive the licence; an interface for transmitting a request for a licence , including the created header to a licence server based on said first standard, the request including that parameter, and for receiving a licence in response, wherein the additional information in the created header is used for obtaining the license; and a controller for accessing content associated with the asset using the license. a receiver for receiving an asset associated with content protection of a second standard; a creation module for creating a header for the asset in accordance with the first standard, and including a parameter of the first standard comprising information additional to the information associated with said first standard and having a format that is not in accordance with the format of said parameter according to the first standard, which additional information is used by a licence server for verifying if an end-user of the client device has rights to receive the licence; an interface for transmitting a request for a licence , including the created header to a licence server based on said first standard, the request including that parameter, and for receiving a licence in response, wherein the additional information in the created header is used for obtaining the license; and a controller for accessing content associated with the asset using the license.
A moving robot comprising: a main body configured to travel an area; an obstacle detector configured to detect an obstacle located in a traveling direction of the main body; an image acquirer configured to capture a front and a top in the traveling direction; and a controller , wherein the controller is configured to generate a first map which includes information on the obstacle detected by the obstacle detector and is created for an area where the main body can travel, to generate a second map which determines a shape of a ceiling from a plurality of features extracted by analyzing the image captured by the image acquirer and indicates a shape of the area corresponding to the shape of the ceiling, and to generate a final map in which the first map according to an obstacle detection result and the second map indicating the shape of the area are combined with each other, to generate the final map for the plurality of areas by combining the first map for a travelable area according to the obstacle and the second map according to the shape of the area for the plurality of areas, and to provide the final map to a terminal of a user. a main body configured to travel an area; an obstacle detector configured to detect an obstacle located in a traveling direction of the main body; an image acquirer configured to capture a front and a top in the traveling direction; and a controller , wherein the controller is configured to generate a first map which includes information on the obstacle detected by the obstacle detector and is created for an area where the main body can travel, to generate a second map which determines a shape of a ceiling from a plurality of features extracted by analyzing the image captured by the image acquirer and indicates a shape of the area corresponding to the shape of the ceiling, and to generate a final map in which the first map according to an obstacle detection result and the second map indicating the shape of the area are combined with each other, to generate the final map for the plurality of areas by combining the first map for a travelable area according to the obstacle and the second map according to the shape of the area for the plurality of areas, and to provide the final map to a terminal of a user.
An audio signal processing device comprising: an immittance spectral frequency/line spectral frequency, ISF/LSF, quantizer configured to quantize ISF/LSF parameters; an ISF/LSF concealer configured to generate concealment ISF/LSF parameters representative of concealment information about the ISF/LSF parameters; a discontinuity detector configured to determine an occurrence of a discontinuity which occurs in a first audio packet which is received correctly after an occurrence of a packet loss, the discontinuity detector being configured to use distances between the quantized ISF/LSF parameters obtained in a quantization process of the ISF/LSF quantizer and the concealment ISF/LSF parameters generated by the ISF/LSF concealer to determine an occurrence of a discontinuity; and an auxiliary information encoder configured to encode auxiliary information for determination on an occurrence of a discontinuity. an immittance spectral frequency/line spectral frequency, ISF/LSF, quantizer configured to quantize ISF/LSF parameters; an ISF/LSF concealer configured to generate concealment ISF/LSF parameters representative of concealment information about the ISF/LSF parameters; a discontinuity detector configured to determine an occurrence of a discontinuity which occurs in a first audio packet which is received correctly after an occurrence of a packet loss, the discontinuity detector being configured to use distances between the quantized ISF/LSF parameters obtained in a quantization process of the ISF/LSF quantizer and the concealment ISF/LSF parameters generated by the ISF/LSF concealer to determine an occurrence of a discontinuity; and an auxiliary information encoder configured to encode auxiliary information for determination on an occurrence of a discontinuity.
Loose-leaf collecting device with - a base support having at least three edges with a sheet holding unit for the positionally secure arrangement of individual sheets on the base support and - a cover element which is adjustable between an opening position releasing the base support and a closing position covering the base support at least in sections and which is connected in an articulated manner to an edge of the base support , whereby a protective strip spacing the cover element from the base support in the closed position is arranged on a cover base body of the cover element on each edge section associated with a free edge of the base support , characterized in that the protective strips are designed in such a way that the cover element is supported on the base support via the protective strips in the closed position. - a base support having at least three edges with a sheet holding unit for the positionally secure arrangement of individual sheets on the base support and - a cover element which is adjustable between an opening position releasing the base support and a closing position covering the base support at least in sections and which is connected in an articulated manner to an edge of the base support , a protective strip spacing the cover element from the base support in the closed position is arranged on a cover base body of the cover element on each edge section associated with a free edge of the base support , characterized in that the protective strips are designed in such a way that the cover element is supported on the base support via the protective strips in the closed position.
Process for producing a foam from at least one styrene polymer component (S) and at least one additive of the general formula (I), comprising the steps of: a. heating at least one styrene polymer component (S) to give a melted polymeric molding compound, b. introducing a blowing agent (T) into the melted polymeric molding compound, to form a foamable composition (Z), and c. foaming the foamable composition (Z) to give a foamed molding, wherein at least one carboxylic bisamide of the general formula (I) is used in the melted polymeric molding compound, wherein: Z is a C 1 -C 5 alkylene group, more particularly -CH 2 -, or an oxygen atom or a sulfur atom, R1 and R2 independently of one another are a branched C 3 -C 12 alkyl rest or unbranched C 1 -C 12 alkyl rest, a C 3 -C 12 cycloalkyl rest, or a benzyl rest; R3, R4, R5 and R6 each independently of one another are hydrogen, an unbranched C 1 -C 6 alkyl rest or a branched C 3 -C 6 alkyl rest. a. heating at least one styrene polymer component (S) to give a melted polymeric molding compound, b. introducing a blowing agent (T) into the melted polymeric molding compound, to form a foamable composition (Z), and c. foaming the foamable composition (Z) to give a foamed molding, wherein at least one carboxylic bisamide of the general formula (I) is used in the melted polymeric molding compound, wherein: Z is a C 1 -C 5 alkylene group, more particularly -CH 2 -, or an oxygen atom or a sulfur atom, R1 and R2 independently of one another are a branched C 3 -C 12 alkyl rest or unbranched C 1 -C 12 alkyl rest, a C 3 -C 12 cycloalkyl rest, or a benzyl rest; R3, R4, R5 and R6 each independently of one another are hydrogen, an unbranched C 1 -C 6 alkyl rest or a branched C 3 -C 6 alkyl rest. Z is a C 1 -C 5 alkylene group, more particularly -CH 2 -, or an oxygen atom or a sulfur atom, R1 and R2 independently of one another are a branched C 3 -C 12 alkyl rest or unbranched C 1 -C 12 alkyl rest, a C 3 -C 12 cycloalkyl rest, or a benzyl rest; R3, R4, R5 and R6 each independently of one another are hydrogen, an unbranched C 1 -C 6 alkyl rest or a branched C 3 -C 6 alkyl rest.
A trampoline, comprising a chassis , a flexible cushion , a plurality of flexible rods , a protective net , a plurality of support rods , and a plurality of buckles , wherein the chassis comprises a base and a plurality of support legs provided on the base , the base is provided with a plurality of installation holes , characterized in that each installation hole is provided with a positioning sleeve ; the plurality of flexible rods is obliquely and detachably installed on the base , the flexible rod comprises a body portion and a snap ring provided at the top end of the body portion, and the bottom end of the body portion is provided in the positioning sleeve ; the buckles are provided on the bottom outer periphery of the flexible cushion , the bottom surface of the buckle is provided with a receiving groove and a carrying portion extending into the receiving groove , the snap ring is provided in the receiving groove , and the carrying portion penetrates into the snap ring ; the bottom end of the protective net is connected to the flexible cushion , the bottom ends of the support rods are detachably provided in the corresponding positioning sleeves on the base , and the top end of the protective net is supported at the top ends of the support rods ; and a bounce space is enclosed by the protective net and the flexible cushion . characterized in that each installation hole is provided with a positioning sleeve ; the plurality of flexible rods is obliquely and detachably installed on the base , the flexible rod comprises a body portion and a snap ring provided at the top end of the body portion, and the bottom end of the body portion is provided in the positioning sleeve ; the buckles are provided on the bottom outer periphery of the flexible cushion , the bottom surface of the buckle is provided with a receiving groove and a carrying portion extending into the receiving groove , the snap ring is provided in the receiving groove , and the carrying portion penetrates into the snap ring ; the bottom end of the protective net is connected to the flexible cushion , the bottom ends of the support rods are detachably provided in the corresponding positioning sleeves on the base , and the top end of the protective net is supported at the top ends of the support rods ; and a bounce space is enclosed by the protective net and the flexible cushion .
A method implemented by a computing device for providing processing resources to support application execution to a set of devices connected to a first network of the computing device, the processing resources to improve performance of the set of devices, the set of devices including a mobile device or a fixed device, where the computing device is selected by a root controller, to provide the processing resources, from a set of computing devices connected to the first network based on determining the computing device provides better metrics for the set of devices than other computing devices in the set of computing devices, the method comprising the steps of: receiving application data for an application authorized for the mobile device or the fixed device over the first network, the application data corresponds to a state of the application and being specific to the mobile or fixed device; executing the application using the received application data of the mobile or fixed device to generate an output; receiving a handoff notification indicating that the root controller has reassigned the application to another computing device in the set of computing devices based on best resource availability and minimum latency of the another computing device; updating the application data with a current state of the application being determined based on execution of the application using the application data received over the first network; and transmitting the updated application data over a second network to the root controller. receiving application data for an application authorized for the mobile device or the fixed device over the first network, the application data corresponds to a state of the application and being specific to the mobile or fixed device; executing the application using the received application data of the mobile or fixed device to generate an output; receiving a handoff notification indicating that the root controller has reassigned the application to another computing device in the set of computing devices based on best resource availability and minimum latency of the another computing device; updating the application data with a current state of the application being determined based on execution of the application using the application data received over the first network; and transmitting the updated application data over a second network to the root controller.