mhurhangee/ep-ind-claims huggingface dataset:
A flight vehicle which has an antenna for forming a wireless communication area by irradiating beam towards a ground to provide a wireless communication service to a user terminal in the wireless communication area, the flight vehicle comprising: an FL communication unit arranged to communicate with a core network on the ground via a feeder link; a UP execution unit which executes a user plane function; and a communication control unit which performs control whereby communication between a first user terminal in the wireless communication area and a second user terminal in another wireless communication area of another flight vehicle is relayed without intermediation of the core network by the user plane function of the flight vehicle, characterized in that the flight vehicle comprises: a base station unit arranged to execute a base station function; and a switch unit connected to the base station unit, the UP execution unit, and the FL communication unit, wherein the communication control unit is arranged to control the switch unit whereby aclosed area networ corresponding to an organization to which the first user terminal and the second user terminal belong is constructed between the first user terminal in the wireless communication area and the second user terminal in an other wireless communication area of the other flight vehicle. an FL communication unit arranged to communicate with a core network on the ground via a feeder link; a UP execution unit which executes a user plane function; and a communication control unit which performs control whereby communication between a first user terminal in the wireless communication area and a second user terminal in another wireless communication area of another flight vehicle is relayed without intermediation of the core network by the user plane function of the flight vehicle, characterized in that the flight vehicle comprises: a base station unit arranged to execute a base station function; and a switch unit connected to the base station unit, the UP execution unit, and the FL communication unit, wherein the communication control unit is arranged to control the switch unit whereby aclosed area networ corresponding to an organization to which the first user terminal and the second user terminal belong is constructed between the first user terminal in the wireless communication area and the second user terminal in an other wireless communication area of the other flight vehicle. a base station unit arranged to execute a base station function; and a switch unit connected to the base station unit, the UP execution unit, and the FL communication unit, wherein the communication control unit is arranged to control the switch unit whereby aclosed area networ corresponding to an organization to which the first user terminal and the second user terminal belong is constructed between the first user terminal in the wireless communication area and the second user terminal in an other wireless communication area of the other flight vehicle.
A 3D scanner comprising: a pattern generating device including a second lens configured to irradiate a light pattern to a subject; an imaging device including a first lens configured to receive an omni-directional image of the subject to which the light pattern is irradiated; a mirror unit configured to change a path of light from the first lens, characterized in that the first lens has a specific angle of view according to a refractive index, at least one refractive surface and at least one reflective coating surface,, and wherein the second lens is configured to irradiate the light pattern to the subject in all directions. a pattern generating device including a second lens configured to irradiate a light pattern to a subject; an imaging device including a first lens configured to receive an omni-directional image of the subject to which the light pattern is irradiated; a mirror unit configured to change a path of light from the first lens, characterized in that the first lens has a specific angle of view according to a refractive index, at least one refractive surface and at least one reflective coating surface,, and wherein the second lens is configured to irradiate the light pattern to the subject in all directions.
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of at least two energy beams, wherein an irradiation device is adapted to generate and guide at least two energy beams having different wavelength and/or intensity to at least one position of a build plane, wherein a determination unit is adapted to determine at least one parameter of radiation propagating in a process chamber of the apparatus, further comprising a calibration element arrangeable or arranged in the process chamber, wherein the calibration element comprises multiple calibration sections (11 - 19) each adapted to emit measurement radiation upon irradiation with one of the at least two energy beams, wherein the determination unit is adapted to detect the measurement radiation, further comprising a control unit adapted to calibrate the irradiation device dependent on the detection of the measurement radiation emitted by the multiple calibration sections (11 - 19) upon irradiation with the at least two energy beams having different wavelength and/or intensity, wherein different measurement radiation is emitted by the at least one calibration section (11 - 19) upon irradiation with the at least two energy beams having different wavelength and/or intensity, wherein the measurement radiation differs in wavelength and/or intensity; wherein the beam guiding unit is adapted to scan the at least two energy beams simultaneously over different parts of the calibration element.
An image forming apparatus comprising: a recording head (72C, 72M, 72Y, 72K, 500) which has a nozzle surface including a plurality of nozzles for ejecting an ink onto a recording medium; a movement device which causes relative movement between the recording head (72C, 72M, 72Y, 72K, 500) and the recording medium; an image forming controller (104, 112) which controls the recording head (72C, 72M, 72Y, 72K, 500) according to image data in such a manner that an image corresponding to the image data is formed on the recording medium; an ejection abnormality detection device which detects ejection abnormality including at least one of non-ejection and ejection direction deviation of the plurality of nozzles; a compensation device which compensates an image defect caused by the ejection abnormality; and a determination device which determines whether or not the recording head (72C, 72M, 72Y, 72K, 500) is in a state where the compensation device can compensate the image defect, according to detection result of the ejection abnormality detection device, characterized in that the determination device is adapted to store a number of occurrences of the ejection abnormality which cannot be restored by normal maintenance operation including at least one of wiping of the nozzle surface, preliminary ejection and nozzle suctioning, over elapsed time, and is adapted to determine that, when the number of occurrences has started to increase and exceeded a specific value, the recording head (72C, 72M, 72Y, 72K, 500) is in a state where a compensating effect by the compensation device cannot be expected. a recording head (72C, 72M, 72Y, 72K, 500) which has a nozzle surface including a plurality of nozzles for ejecting an ink onto a recording medium; a movement device which causes relative movement between the recording head (72C, 72M, 72Y, 72K, 500) and the recording medium; an image forming controller (104, 112) which controls the recording head (72C, 72M, 72Y, 72K, 500) according to image data in such a manner that an image corresponding to the image data is formed on the recording medium; an ejection abnormality detection device which detects ejection abnormality including at least one of non-ejection and ejection direction deviation of the plurality of nozzles; a compensation device which compensates an image defect caused by the ejection abnormality; and a determination device which determines whether or not the recording head (72C, 72M, 72Y, 72K, 500) is in a state where the compensation device can compensate the image defect, according to detection result of the ejection abnormality detection device, characterized in that the determination device is adapted to store a number of occurrences of the ejection abnormality which cannot be restored by normal maintenance operation including at least one of wiping of the nozzle surface, preliminary ejection and nozzle suctioning, over elapsed time, and is adapted to determine that, when the number of occurrences has started to increase and exceeded a specific value, the recording head (72C, 72M, 72Y, 72K, 500) is in a state where a compensating effect by the compensation device cannot be expected.
A T-section rail for carrying panel-shaped elements for the insertion assembly of ceiling panels for grid ceilings having an elongated base body which is in particular metallic, which includes a middle region extending in the longitudinal direction and formed at least substantially as closed, which includes at least two longitudinal regions which extend at both sides of the middle region and in which openings widened transversely to the longitudinal extent of the base body are arranged, and which includes a double-wall region having two surface portions, with the widened openings being formed in the two surface portions of the double wall region, wherein at least one section recess or section protrusion having side guide surfaces is formed in the middle region of the base body and extends in the longitudinal direction of the base body over its total length, and wherein the middle region forms a top chord, the double wall region forms a web and the outwardly disposed regions form a bottom chord of the T-section rail.
A method of forming deletion windows on a glass substrate, comprising the steps of: providing a glass substrate; applying a provisional organic masking substance made of organo-functional silanes or mixtures thereof with epoxy resins and/or titanium dioxides on the glass substrate for masking predetermined regions of said glass substrate; drying the provisional organic masking substance by means of an infrared, convective or ultraviolet drying oven; applying a reflective material on the glass substrate including the provisional organic masking substance; applying heat to the glass substrate within a range of about 280°C to about 550°C to burn out the provisional masking substance of the glass substrate for forming the deletion windows on said glass substrate; and washing the glass substrate for cleaning ashes of the provisional masking substance after said provisional masking substance has been burned-out. providing a glass substrate; applying a provisional organic masking substance made of organo-functional silanes or mixtures thereof with epoxy resins and/or titanium dioxides on the glass substrate for masking predetermined regions of said glass substrate; drying the provisional organic masking substance by means of an infrared, convective or ultraviolet drying oven; applying a reflective material on the glass substrate including the provisional organic masking substance; applying heat to the glass substrate within a range of about 280°C to about 550°C to burn out the provisional masking substance of the glass substrate for forming the deletion windows on said glass substrate; and washing the glass substrate for cleaning ashes of the provisional masking substance after said provisional masking substance has been burned-out.
Apparatus for extracting puree, or juice, from a vegetable food comprising: - a treatment section arranged to treat said vegetable food in such a way to obtain a treated product; - an extraction section in which a rotor is arranged, the rotor arranged to work in combination with a fixed sieve that has a plurality of holes, in such a way to separate said product of vegetable origin into a main product comprising said puree, or juice, which passes through said sieve and that is discharged via a first outlet, and into a waste material, which cannot pass through said sieve and that is discharged via a second outlet; - an enzymatic inactivation section comprising a heating means that is adapted to heat a product from an initial temperature up to an inactivation temperature and to maintain said inactivation temperature for a determined time; the apparatus characterised in that, furthermore, a selection means (61,62,71,72,73) is provided arranged to selectively direct the treated product exiting from said treatment section either firstly into said enzymatic inactivation section and secondly into said extraction section, or, alternatively, firstly into said extraction section and secondly into said enzymatic inactivation section. - a treatment section arranged to treat said vegetable food in such a way to obtain a treated product; - an extraction section in which a rotor is arranged, the rotor arranged to work in combination with a fixed sieve that has a plurality of holes, in such a way to separate said product of vegetable origin into a main product comprising said puree, or juice, which passes through said sieve and that is discharged via a first outlet, and into a waste material, which cannot pass through said sieve and that is discharged via a second outlet; - an enzymatic inactivation section comprising a heating means that is adapted to heat a product from an initial temperature up to an inactivation temperature and to maintain said inactivation temperature for a determined time;
A high pressure ratio compressor with multiple intercooling used in a turbocompressor/generator train, the compressor being configured to be connected to a gear box of the turbo-compressor/generator train and comprising: a casing with plural chambers (247, 248, 249), each chamber having a gas inlet and a gas outlet to allow gas flow to be input into and to be output from the respective chamber; one or more shafts (265, 265') penetrating inside the chambers; and impellers (257, 258, 259) mounted on the one or more shafts, inside the chambers, respectively, wherein a gas flow is arranged to be successively compressed in each of the chambers (247, 248, 249), and to be cooled outside the casing when transferring from one chamber to a next chamber among the plural chambers; and plural bearings (260, 270) supporting the one or more shafts, wherein one of the plural bearings is located on the shaft outside the casing, at a first side of the casing towards the gear box of the turbo-compressor/generator train and another one of the plural bearings is located on the shaft outside the casing, at an opposite side of the casing relative to the first side of the casing. a casing with plural chambers (247, 248, 249), each chamber having a gas inlet and a gas outlet to allow gas flow to be input into and to be output from the respective chamber; one or more shafts (265, 265') penetrating inside the chambers; and impellers (257, 258, 259) mounted on the one or more shafts, inside the chambers, respectively, wherein a gas flow is arranged to be successively compressed in each of the chambers (247, 248, 249), and to be cooled outside the casing when transferring from one chamber to a next chamber among the plural chambers; and plural bearings (260, 270) supporting the one or more shafts, wherein one of the plural bearings is located on the shaft outside the casing, at a first side of the casing towards the gear box of the turbo-compressor/generator train and another one of the plural bearings is located on the shaft outside the casing, at an opposite side of the casing relative to the first side of the casing.
Monitoring device for at least two energy storage components of an electric energy storage device, comprising a waveguide which is designed to transmit acoustic and/or optical signals between units of the energy storage components and at least one controller of the electric energy storage device to monitor the energy storage components, wherein the waveguide is designed as a one-piece molded part, which forms a transmission network and which includes at least one collection channel for connection to the at least one controller and at least two connection channels connected to the at least one collection channel for connection to the at least two units for monitoring the energy storage components, wherein the acoustic and/or optical signals are transmittable within the molded part via the at least one collection channel and the connection channels bidirectionally between the units for monitoring the energy storage components and the at least one controller, characterized in that the molded part includes a coating made of a reflective material in the form of a metallization at least in some areas to reduce damping of the acoustic and/or optical signal.
A rotor for a rotary press comprising an upper and a lower punch guide (16, 18) for upper and lower press punches, as well as a die plate arranged between the punch guides (16, 18), further comprising an upper cam carrier and a lower cam carrier on which at least one control cam element is fastened in each case, characterized in that at least one coding element is provided for equipping at least one of the cam carriers, wherein the at least one coding element comprises fastening means by means of which it can be fastened to the rotor or a component connected thereto, and the at least one coding element has mechanical coding means by which the position of the at least one control cam element on the cam carrier is clearly specified, wherein the control cam element comprises coding means that corresponds to the coding means of the coding element for clearly specifying the position of the control cam element on the cam carrier.
A system for grouping and/or distributing piece goods, the system comprising a work path with - an infeed, which has at least one horizontal conveyor, and via which a multitude of piece goods are transportable in a mass flow, - and, following the infeed, a manipulation area with at least one manipulator for grouping and/or distributing piece goods, characterised in that the system comprises at least one handling device, which is at least in sections movable along the work path, and, via which at least one handling device, a) the at least one manipulator is modifiable for different work processes, and/or, via which at least one handling device, b) guide elements provided for piece goods and arranged in the course of the work path are exchangeable and/or adjustable in terms of their relative spacing to each other, and/or, via which at least one handling device, c) it can be acted upon specific piece goods that are situated in the course of the work path, and/or, via which at least one handling device, d) packaging means are suppliable for at least one manipulator (10, 20) positioned in the manipulation area. - an infeed, which has at least one horizontal conveyor, and via which a multitude of piece goods are transportable in a mass flow, - and, following the infeed, a manipulation area with at least one manipulator for grouping and/or distributing piece goods, a) the at least one manipulator is modifiable for different work processes, and/or, via which at least one handling device, b) guide elements provided for piece goods and arranged in the course of the work path are exchangeable and/or adjustable in terms of their relative spacing to each other, and/or, via which at least one handling device, c) it can be acted upon specific piece goods that are situated in the course of the work path, and/or, via which at least one handling device, d) packaging means are suppliable for at least one manipulator (10, 20) positioned in the manipulation area.
A method comprising: a collaboration application of a control client requesting content from a presentation server; the collaboration application receiving a resource identifier for the content from the presentation server; the collaboration application passing the resource identifier to a display client; the presentation server receiving a request for content identified by the resource identifier from the display client; the presentation server retrieving content based on said resource identifier; the presentation server identifying settings for said display client; the presentation server determining whether said retrieved content can be shown on said display client based on said settings; the presentation server modifying said retrieved content dependent on said determination; and the presentation server providing said content to said display client over a network. a collaboration application of a control client requesting content from a presentation server; the collaboration application receiving a resource identifier for the content from the presentation server; the collaboration application passing the resource identifier to a display client; the presentation server receiving a request for content identified by the resource identifier from the display client; the presentation server retrieving content based on said resource identifier; the presentation server identifying settings for said display client; the presentation server determining whether said retrieved content can be shown on said display client based on said settings; the presentation server modifying said retrieved content dependent on said determination; and the presentation server providing said content to said display client over a network.
A computer-implemented method, comprising: receiving a bot creation control directive from a web page (180, 280); instantiating a page bot (390, 490) from a template; authorizing the page bot to access the contents of the web page; associating the page bot with the web page; and enabling the page bot to respond to messages sent to the web page; characterized by comprising; receiving a message at the page bot (390, 490) from a client device; requesting a meaning of the message from a natural language processing component; identifying a field in the web page associated with the page bot according to the meaning of the message; retrieving data from the identified field; composing a message response including the retrieved data; and sending the message response to the client device. receiving a bot creation control directive from a web page (180, 280); instantiating a page bot (390, 490) from a template; authorizing the page bot to access the contents of the web page; associating the page bot with the web page; and enabling the page bot to respond to messages sent to the web page; characterized by comprising; receiving a message at the page bot (390, 490) from a client device; requesting a meaning of the message from a natural language processing component; identifying a field in the web page associated with the page bot according to the meaning of the message; retrieving data from the identified field; composing a message response including the retrieved data; and sending the message response to the client device.