mhurhangee/patent-ind-claim-en huggingface dataset:
A rotating machine comprising: a rotating body configured to rotate around a central axis (C), and a casing configured to accommodate at least a part of the rotating body , wherein the casing includes a main section made of a metallic material, and a high-porosity section made of the same material as the main section and having a porosity higher than the main section , the main section is formed by completely melting a material powder of the metallic material and thereafter cooling and solidifying the melted metallic powder, the high-porosity section is formed with the material powder remaining in a partially or completely unmelted state, characterized in that the material powder is present in the high-porosity section of the rotating machine. a rotating body configured to rotate around a central axis (C), and a casing configured to accommodate at least a part of the rotating body , wherein the casing includes a main section made of a metallic material, and a high-porosity section made of the same material as the main section and having a porosity higher than the main section , the main section is formed by completely melting a material powder of the metallic material and thereafter cooling and solidifying the melted metallic powder, the high-porosity section is formed with the material powder remaining in a partially or completely unmelted state, characterized in that the material powder is present in the high-porosity section of the rotating machine.
System having a preparation appliance and a portion capsule for producing a beverage, wherein the portion capsule has a capsule body with a capsule base and a filling side filling side , with a cavity for accommodating a pulverulent or liquid beverage base being formed between the capsule base and the filling side , and with a filter element being arranged between the beverage base and the capsule base , and an opening means which is part of the preparation appliance projecting through the capsule base into the cavity when the beverage is being produced, wherein the filter element is rigid,wherein the filter element is thermoformed from a plastic film, or is a molded part or is an injection-molded part, characterized in that the filter element is provided on or in the region of the capsule base such that and the opening means is provided such that the opening means taps the filter element but does not pierce it when the beverage is being produced.
A method for detecting voice activity, the method comprising: receiving an input audio signal; estimating a power spectrum of the input audio signal; calculating an energy band ratio of the input audio signal for a first set of frequency ranges of the input audio signal to a second set of frequency ranges of the input audio signal; calculating an entropy value of the input audio signal; calculating a voice activity ratio based on the entropy value and the energy band ratio; outputting an output signal indicating that the input audio signal comprises a voice episode, if the voice activity ratio is above a predefined threshold, wherein calculating an entropy value of the signal comprises calculating a spectral flatness of the signal, and wherein the spectral flatness is calculated by calculating a geometric mean of the power spectrum and an arithmetic mean of the power spectrum and dividing the geometric mean of the power spectrum by the arithmetic mean of the power spectrum. receiving an input audio signal; estimating a power spectrum of the input audio signal; calculating an energy band ratio of the input audio signal for a first set of frequency ranges of the input audio signal to a second set of frequency ranges of the input audio signal; calculating an entropy value of the input audio signal; calculating a voice activity ratio based on the entropy value and the energy band ratio; outputting an output signal indicating that the input audio signal comprises a voice episode, if the voice activity ratio is above a predefined threshold, wherein calculating an entropy value of the signal comprises calculating a spectral flatness of the signal, and wherein the spectral flatness is calculated by calculating a geometric mean of the power spectrum and an arithmetic mean of the power spectrum and dividing the geometric mean of the power spectrum by the arithmetic mean of the power spectrum.
An electrode arrangement for a dielectric barrier discharge plasma treatment of a surface of an electrically conductive body used as a counterelectrode, with a flexible planar electrode and with a dielectric which is composed of a planar flexible material and which, with a layer preventing a direct current flow, shields the electrode from the surface to be treated, wherein the dielectric , by way of a structure with projections, can rest on the surface to be treated, and wherein air spaces for the formation of the plasma are formed between the projections, the structure being a lattice structure having chambers forming air spaces, the chambers being closed off at the bottom by the layer of the dielectric preventing the direct current flow, and having a side which is open to the surface to be treated, wherein the contact face for bearing on the surface to be treated consists of end edges of the walls of the lattice structure , characterized in that the chambers are delimited by mutually adjoining walls having a material thickness between 0.1 and 1.0 mm and a height of 0.5 to 3.0 mm above the layer of the dielectric preventing the direct current flow.
A printer being configured to print on a print medium having a thermal color developing layer, the printer comprising: a thermal head having a plurality of heating elements that are arranged in a line; characterized by a pulse setting unit configured to set a first application period of a pulse of energizing current for applying to the plurality of heating elements during a scanning line time for one line to cause the thermal color developing layer to develop color; an application period correction unit configured to correct a length of the first application period, which is set by the pulse setting unit, based on an image to be printed; a print speed determination unit configured to determine print speed to be applied in printing the whole image at a constant speed, by extending the scanning line time so as to contain a maximum length of the first application period that has been corrected by the application period correction unit; and a second application period correction unit configured to further correct the length of the first application period corrected by the application period correction unit, so that a ratio of the first application period of the pulse of energizing current during the scanning line time before the print speed determination unit determines the print speed and a ratio of the first application period of the pulse of energizing current during the scanning line time after the print speed determining unit determines the print speed will be the same. a thermal head having a plurality of heating elements that are arranged in a line; characterized by a pulse setting unit configured to set a first application period of a pulse of energizing current for applying to the plurality of heating elements during a scanning line time for one line to cause the thermal color developing layer to develop color; an application period correction unit configured to correct a length of the first application period, which is set by the pulse setting unit, based on an image to be printed; a print speed determination unit configured to determine print speed to be applied in printing the whole image at a constant speed, by extending the scanning line time so as to contain a maximum length of the first application period that has been corrected by the application period correction unit; and a second application period correction unit configured to further correct the length of the first application period corrected by the application period correction unit, so that a ratio of the first application period of the pulse of energizing current during the scanning line time before the print speed determination unit determines the print speed and a ratio of the first application period of the pulse of energizing current during the scanning line time after the print speed determining unit determines the print speed will be the same.
Method for ascertaining a setpoint trajectory having at least one trajectory section for performing a manoeuvring procedure with a vehicle combination comprising a towing vehicle and a trailer that are connected to one another by an articulated coupling , wherein the setpoint trajectory is a setpoint trajectory for the trailer , the method comprising a step of creating at least one trajectory section , wherein creating the at least one trajectory section comprises juxtaposing segments , wherein the segments comprise straight sections , clothoid sections and/or arcs , and creating the at least one trajectory section comprises creating a trajectory section , able to be differentiated between a respective starting point and end point , having a constant curved profile, characterized in that ascertaining the setpoint trajectory comprises creating a plurality of connected trajectory sections for manoeuvring in multiple moves. a step of creating at least one trajectory section , wherein creating the at least one trajectory section comprises juxtaposing segments , wherein the segments comprise straight sections , clothoid sections and/or arcs , and creating the at least one trajectory section comprises creating a trajectory section , able to be differentiated between a respective starting point and end point , having a constant curved profile, characterized in that ascertaining the setpoint trajectory comprises creating a plurality of connected trajectory sections for manoeuvring in multiple moves.
An optical/electrical hybrid male connector , comprising: a male base and at least two optical connectors , wherein the male base comprises a base body and at least two male accommodating channels disposed on the base body, the at least two male accommodating channels one-to-one correspond to the at least two optical connectors , and each optical connector is mounted on one corresponding male accommodating channel; and the optical/electrical hybrid male connector further comprises at least one male electrical connector disposed on the base body, and each male electrical connector is correspondingly located between two optical connectors, characterized in that the male electrical connector comprises a male insertion part and a male contact terminal , an insertion slot is provided on an end face that is of the male insertion part and that faces away from the base body, and the male contact terminal is disposed on an inner wall of the insertion slot, wherein the male accommodating channel extends in a first direction (X), the at least two male accommodating channels are arranged in a second direction (Y), there are two male contact terminals on each male electrical connector, the inner wall of the insertion slot comprises a first side wall and a second side wall , the first side wall and the second side wall are oppositely disposed in a third direction (Z), any two of the first direction, the second direction, and the third direction are orthogonal to each other, one male contact terminal is disposed on the first side wall, and the other male contact terminal is disposed on the second side wall. a male base and at least two optical connectors , wherein the male base comprises a base body and at least two male accommodating channels disposed on the base body, the at least two male accommodating channels one-to-one correspond to the at least two optical connectors , and each optical connector is mounted on one corresponding male accommodating channel; and the optical/electrical hybrid male connector further comprises at least one male electrical connector disposed on the base body, and each male electrical connector is correspondingly located between two optical connectors, characterized in that the male electrical connector comprises a male insertion part and a male contact terminal , an insertion slot is provided on an end face that is of the male insertion part and that faces away from the base body, and the male contact terminal is disposed on an inner wall of the insertion slot, wherein the male accommodating channel extends in a first direction (X), the at least two male accommodating channels are arranged in a second direction (Y), there are two male contact terminals on each male electrical connector, the inner wall of the insertion slot comprises a first side wall and a second side wall , the first side wall and the second side wall are oppositely disposed in a third direction (Z), any two of the first direction, the second direction, and the third direction are orthogonal to each other, one male contact terminal is disposed on the first side wall, and the other male contact terminal is disposed on the second side wall.
A system , comprising: one or more processors configured to operate as: a speech analysis engine ; and an activation trigger engine configured to: detect an activation trigger within an audio input ; selectively activate the speech analysis engine based on the activation trigger matching a first pattern ; and responsive to the activation trigger matching a second pattern , cause execution of a command associated with the second pattern without requiring an output from the speech analysis engine . a speech analysis engine ; and an activation trigger engine configured to: detect an activation trigger within an audio input ; selectively activate the speech analysis engine based on the activation trigger matching a first pattern ; and responsive to the activation trigger matching a second pattern , cause execution of a command associated with the second pattern without requiring an output from the speech analysis engine . detect an activation trigger within an audio input ; selectively activate the speech analysis engine based on the activation trigger matching a first pattern ; and responsive to the activation trigger matching a second pattern , cause execution of a command associated with the second pattern without requiring an output from the speech analysis engine .
A ventilation device for a wind turbine, preferably for a nacelle of a wind turbine, more preferable for a cooling system for a nacelle of a wind turbine, the ventilation device comprising: a casing unit having an inlet side and an outlet side, an inlet ventilation unit adapted to generate, when in use, an airstream from the inlet side of the casing unit to the outlet side of the casing unit, thus forming an airstream path in the ventilation device , and a filter unit arranged in the airstream path between the inlet side of the casing unit to the outlet side of the casing unit , an outer mist eliminator unit attached to the casing unit , wherein the inlet ventilation unit and the filter unit are placed inside the casing unit , the inlet ventilation unit being placed upstream the filter unit and downstream the outer mist eliminator unit with respect to the airstream path between the inlet side of the casing unit to the outlet side of the casing unit, and the ventilation device is adapted to be repeatedly attached and detached at a nacelle. a casing unit having an inlet side and an outlet side, an inlet ventilation unit adapted to generate, when in use, an airstream from the inlet side of the casing unit to the outlet side of the casing unit, thus forming an airstream path in the ventilation device , and a filter unit arranged in the airstream path between the inlet side of the casing unit to the outlet side of the casing unit , an outer mist eliminator unit attached to the casing unit , wherein
A polymeric drug delivery composition for use in the treatment of a disease, comprising polyphosphazene based polymers and at least one therapeutic agent, wherein said therapeutic agent comprises a chemotherapeutic agent, wherein said chemotherapeutic agent comprises Paclitaxel, and wherein said Paclitaxel is provided at 1250-1875 mg/m 2 . wherein said therapeutic agent comprises a chemotherapeutic agent, wherein said chemotherapeutic agent comprises Paclitaxel, and wherein said Paclitaxel is provided at 1250-1875 mg/m 2 .
A radio system with an own configuration unit , wherein the radio system is an air traffic control radio system for air traffic control communication, wherein the radio system has a regular operation mode and a maintenance mode, wherein, in the regular operation mode, the radio system is configured to establish a radio connection between a ground station and a flying object, wherein, in the maintenance mode, the radio system is configured to establish a maintenance connection, characterized in that the radio system has a memory , wherein settings assigned to both the regular operation mode and the maintenance mode are stored in the memory , and wherein the own configuration unit is configured to set the radio system with the respective settings stored in the memory depending on the mode activated.
An imaging control device comprising: a region dividing unit configured to divide a taken image into a plurality of regions; a luminance value calculating unit configured to calculate an average luminance value of each region obtained by division by the region dividing unit ; a region identifying unit configured to identify a region in which the average luminance value calculated by the luminance value calculating unit is equal to or greater than a predetermined threshold value; a photometric area deciding unit configured to, when a period of time for which the average luminance value of the region identified by the region identifying unit is equal to or greater than the threshold value is equal to or greater than a first predetermined period and smaller than a second predetermined period, decide that the region identified by the region identifying unit represents a new photometric area; and when the period of time is equal to or greater than the second predetermined period, retain a present photometric area; and a signal processing unit configured to perform imaging auto-control with respect to the new photometric area decided by the photometric area deciding unit , the imaging auto-control including autofocusing, automatic gain control, and automatic white balance control. a region dividing unit configured to divide a taken image into a plurality of regions; a luminance value calculating unit configured to calculate an average luminance value of each region obtained by division by the region dividing unit ; a region identifying unit configured to identify a region in which the average luminance value calculated by the luminance value calculating unit is equal to or greater than a predetermined threshold value; a photometric area deciding unit configured to, when a period of time for which the average luminance value of the region identified by the region identifying unit is equal to or greater than the threshold value is equal to or greater than a first predetermined period and smaller than a second predetermined period, decide that the region identified by the region identifying unit represents a new photometric area; and when the period of time is equal to or greater than the second predetermined period, retain a present photometric area; and a signal processing unit configured to perform imaging auto-control with respect to the new photometric area decided by the photometric area deciding unit , the imaging auto-control including autofocusing, automatic gain control, and automatic white balance control.
A method for automatically cutting parts in a flexible material packaged in the form of a roll, comprising the successive steps of: a) preparing an initial placement (S1) for a list of parts to be cut out in the flexible material; b) spreading (S2) at least one layer of flexible material on a cutting table; c) starting (S5) the automatic cutting of the parts in the material spread on the cutting table according to the initial placement; and characterised by the successive steps of: d) during the cutting of the initial placement, upon receipt of a triggering event (Evt) for which the placement of at least one of the parts is no longer adapted to the cutting environment or for which the list of the parts of the initial placement needs to be modified, preparing a list of parts to be maintained (S6); and e) automatically preparing a new placement (S7) taking into account the position of the parts to be maintained and calculating new positions for all or part of the other parts - called parts to be repositioned - without taking into account their positions in the initial placement. a) preparing an initial placement (S1) for a list of parts to be cut out in the flexible material; b) spreading (S2) at least one layer of flexible material on a cutting table; c) starting (S5) the automatic cutting of the parts in the material spread on the cutting table according to the initial placement; d) during the cutting of the initial placement, upon receipt of a triggering event (Evt) for which the placement of at least one of the parts is no longer adapted to the cutting environment or for which the list of the parts of the initial placement needs to be modified, preparing a list of parts to be maintained (S6); and e) automatically preparing a new placement (S7) taking into account the position of the parts to be maintained and calculating new positions for all or part of the other parts - called parts to be repositioned - without taking into account their positions in the initial placement.
Sliding door drive for a motor vehicle, comprising an electric drive having a drive unit and a transmission connected downstream of the drive, it being possible for a winding drum arranged on an axle to be driven by means of the drive unit, a mechanical brake being provided for the drive unit, and it being possible for the brake to be manually disengaged from the drive unit, characterized in that the brake can be driven by means of a transmission, in particular a worm gear, the means for manual actuation of the brake being designed as part of the transmission of the drive of the brake , the means for manual actuation extending through a housing cover .