mhurhangee/ep-ind-claims huggingface dataset:
A two-dimensional, 2D, light modulating device (2000, 2001, 2003) comprising: a plurality of phase modulating elements (200, 201, 203) comprising a meta surface having a nano-structure; and a circuit board configured to independently control electrical signals that are respectively transmitted to the plurality of phase modulating elements, and comprising a plurality of pixel circuit units, wherein each of the plurality of pixel circuit units comprises a transistor and a capacitor (C st); wherein each of the plurality of phase modulating elements comprises: a dielectric nano-antenna; a metal layer that is separated from the dielectric nano-antenna and electrically connected to a corresponding pixel circuit unit among the plurality of pixel circuit units; an active layer disposed above the metal layer, the active layer having a refractive index that changes based on an electrical signal from the corresponding pixel circuit unit; and a transparent conductive layer disposed on the active layer. a plurality of phase modulating elements (200, 201, 203) comprising a meta surface having a nano-structure; and a circuit board configured to independently control electrical signals that are respectively transmitted to the plurality of phase modulating elements, and comprising a plurality of pixel circuit units, wherein each of the plurality of pixel circuit units comprises a transistor and a capacitor (C st); wherein each of the plurality of phase modulating elements comprises: a dielectric nano-antenna; a metal layer that is separated from the dielectric nano-antenna and electrically connected to a corresponding pixel circuit unit among the plurality of pixel circuit units; an active layer disposed above the metal layer, the active layer having a refractive index that changes based on an electrical signal from the corresponding pixel circuit unit; and a transparent conductive layer disposed on the active layer. a dielectric nano-antenna; a metal layer that is separated from the dielectric nano-antenna and electrically connected to a corresponding pixel circuit unit among the plurality of pixel circuit units; an active layer disposed above the metal layer, the active layer having a refractive index that changes based on an electrical signal from the corresponding pixel circuit unit; and a transparent conductive layer disposed on the active layer.
A system for rearranging the counterweight of a crane operation, said system comprising a. a crane comprising i. a founding structure being disposed on a base, ii. a coupling unit, and iii. a superstructure being coupled to the founding structure via the coupling unit, and b. at least one suspension device (21; 21, 36) for suspending the crane at the base, said suspension device (21; 21, 36) comprising i. a guiding structure (22; 22, 37) defining a guiding direction (23; 23, 38), said guiding structure (22; 22, 37) being attached to the base, ii. a displacement device being displaceably attached to the guiding structure (22; 22, 37) along the guiding direction (23; 23, 38), and iii. at least one suspension element being connected with a first end to the crane and being connected with a second end to the displacement device, characterized in that the base is provided beneath an upper deck of a vessel. a. a crane comprising i. a founding structure being disposed on a base, ii. a coupling unit, and iii. a superstructure being coupled to the founding structure via the coupling unit, and i. a founding structure being disposed on a base, ii. a coupling unit, and iii. a superstructure being coupled to the founding structure via the coupling unit, and b. at least one suspension device (21; 21, 36) for suspending the crane at the base, said suspension device (21; 21, 36) comprising i. a guiding structure (22; 22, 37) defining a guiding direction (23; 23, 38), said guiding structure (22; 22, 37) being attached to the base, ii. a displacement device being displaceably attached to the guiding structure (22; 22, 37) along the guiding direction (23; 23, 38), and iii. at least one suspension element being connected with a first end to the crane and being connected with a second end to the displacement device, i. a guiding structure (22; 22, 37) defining a guiding direction (23; 23, 38), said guiding structure (22; 22, 37) being attached to the base, ii. a displacement device being displaceably attached to the guiding structure (22; 22, 37) along the guiding direction (23; 23, 38), and iii. at least one suspension element being connected with a first end to the crane and being connected with a second end to the displacement device,
Connector for a photovoltaic device, comprising a plurality of photovoltaic modules each comprising a floating body, wherein the connector is designed to mechanically connect at least two photovoltaic modules to one another, wherein the connector comprises a base element and a plurality of coupling elements projecting laterally from the base element, wherein each of the coupling elements comprises a fastening means for fastening to one of the photovoltaic modules, and wherein the connector comprises at least one elastically deformable compensating element for allowing relative movements of photovoltaic modules interconnected by the connector with respect to each other, characterized in that the respective fastening means comprises a disc-shaped ring element as compensating element with an outer edge and an inner edge, which is fastened on an outer edge side or an inner edge side to the respective coupling element and can be fastened on the inner edge side or the outer edge side to the respective photovoltaic module, and comprises a plurality of cut-outs between the outer edge and the inner edge which extend in a circumferential direction of the ring element and allow elastic deformation of the ring element.
A selection system, comprising: • a sheath defining an internal housing extending in a longitudinal direction; • a link rod disposed in said internal housing, and extending in the longitudinal direction; and • a selection slide mounted to slide in the internal housing, about the link rod; the link rod being held stationary relative to the sheath against movement in translation in the longitudinal direction by stop means (6, 7); the system being characterized in that the stop means (6, 7) comprise: • a base that is a body of revolution and includes a conical portion; and • a shell comprising two shell portions each including a conical portion (7D3) configured to come to bear in plane manner against the conical portion of the base. • a sheath defining an internal housing extending in a longitudinal direction; • a link rod disposed in said internal housing, and extending in the longitudinal direction; and • a selection slide mounted to slide in the internal housing, about the link rod; the link rod being held stationary relative to the sheath against movement in translation in the longitudinal direction by stop means (6, 7); • a base that is a body of revolution and includes a conical portion; and • a shell comprising two shell portions each including a conical portion (7D3) configured to come to bear in plane manner against the conical portion of the base.
A speaker system configured to be located in a portable device comprising: an array of drivers (423, 424, 425, 426) configured to be located on an upper surface of the portable device and configured to, in use, project sound upwards from the upper surface of the portable device so as to form upward-firing speakers; a set of speakers (432, 434, 436) configured to be located on a bottom surface of the portable device and configured to, in use, project sound downwards from the bottom surface of the portable device so as to form downward-firing speakers; a decoder/renderer component receiving immersive audio content comprising channel based audio and object based audio, wherein the object based audio includes sound objects having height components, decoding the received immersive audio content into height audio including the height components and direct audio, and sending said direct audio to the downward-firing speakers; and a crossover performing a high-pass filter function to pass high frequency components of the decoded height audio to the upward-firing speakers and low frequency components of the decoded height audio to the downward-firing speakers, wherein the portable device is a device selected from the group consisting of: laptop computer, tablet computer, game console, smart phone, and portable audio playback device. an array of drivers (423, 424, 425, 426) configured to be located on an upper surface of the portable device and configured to, in use, project sound upwards from the upper surface of the portable device so as to form upward-firing speakers; a set of speakers (432, 434, 436) configured to be located on a bottom surface of the portable device and configured to, in use, project sound downwards from the bottom surface of the portable device so as to form downward-firing speakers; a decoder/renderer component receiving immersive audio content comprising channel based audio and object based audio, wherein the object based audio includes sound objects having height components, decoding the received immersive audio content into height audio including the height components and direct audio, and sending said direct audio to the downward-firing speakers; and a crossover performing a high-pass filter function to pass high frequency components of the decoded height audio to the upward-firing speakers and low frequency components of the decoded height audio to the downward-firing speakers, wherein the portable device is a device selected from the group consisting of: laptop computer, tablet computer, game console, smart phone, and portable audio playback device.
Method for providing information about a vessel in the vicinity of a mobile device, wherein the method comprises the following steps: - reading an information signal using a camera of the mobile device, wherein the information signal represents information about the internal volume of the vessel in the vicinity of the mobile device recorded on the basis of the image from the camera on the mobile device; and - outputting a vessel information signal to a reading interface of a hot beverage machine, wherein the output is carried out using the read information signal. - reading an information signal using a camera of the mobile device, wherein the information signal represents information about the internal volume of the vessel in the vicinity of the mobile device recorded on the basis of the image from the camera on the mobile device; and - outputting a vessel information signal to a reading interface of a hot beverage machine, wherein the output is carried out using the read information signal.
A vehicle occupant detection device, comprising: a sensor unit disposed in a vehicle to detect biometric information of a first occupant located in a front seat (11, 12) of the vehicle and a second occupant located in a rear seat of the vehicle; a control unit analyzing the biometric information measured by the sensor unit; and an output unit outputting a warning message on the basis of the information analyzed by the control unit, wherein the control unit determines that the second occupant located in the rear seat is in a dangerous state when the biometric information is not detected in the front seat (11, 12) but detected in the rear seat by the sensor unit, characterized in that the sensor unit is an impulse-radio ultra-wideband (IR-UWB) communication sensor, and the sensor unit covers a range in a direction in which the vehicle occupant detection device is installed, and a range in a direction opposite to the installed direction. a sensor unit disposed in a vehicle to detect biometric information of a first occupant located in a front seat (11, 12) of the vehicle and a second occupant located in a rear seat of the vehicle; a control unit analyzing the biometric information measured by the sensor unit; and an output unit outputting a warning message on the basis of the information analyzed by the control unit, wherein the control unit determines that the second occupant located in the rear seat is in a dangerous state when the biometric information is not detected in the front seat (11, 12) but detected in the rear seat by the sensor unit, characterized in that the sensor unit is an impulse-radio ultra-wideband (IR-UWB) communication sensor, and the sensor unit covers a range in a direction in which the vehicle occupant detection device is installed, and a range in a direction opposite to the installed direction.
A flame retardant union fabric formed of a warp and a weft, the flame retardant union fabric comprising: 6 to 40% by weight of a polyester fiber; 35 to 65% by weight of a halogen-containing fiber; and 10 to 55% by weight of a cellulose fiber; wherein the warp includes a weaving yarn containing polyester fiber; the weft includes a flame retardant chenille yarn and another weaving yarn; and the flame retardant chenille yarn includes 10 to 70% by weight of halogen and 1 to 35% by weight of metal compound flame retardant; wherein the term "union fabric" refers to a fabric obtained by weaving a warp and a weft in combination in which the warp and the weft are generally crossed alternately at right angles. 6 to 40% by weight of a polyester fiber; 35 to 65% by weight of a halogen-containing fiber; and 10 to 55% by weight of a cellulose fiber; wherein the warp includes a weaving yarn containing polyester fiber; the weft includes a flame retardant chenille yarn and another weaving yarn; and the flame retardant chenille yarn includes 10 to 70% by weight of halogen and 1 to 35% by weight of metal compound flame retardant; wherein the term "union fabric" refers to a fabric obtained by weaving a warp and a weft in combination in which the warp and the weft are generally crossed alternately at right angles.
A method for taking images on a mobile communication terminal having a video call function, the mobile communication terminal comprising a controller and a camera module comprising a camera sensor and a signal processor, which signal processor is arranged to convert an analogue image signal output from the camera sensor to first digital images, the method comprising: performing a video call between the mobile communication terminal and an external electronic device via the camera module and a wireless communication unit by transmitting a plurality of first digital images of the video call having a first resolution output from the camera module; while performing the video call, receiving a request signal to take a second digital image, other than the plurality of first digital images, via the camera module, the second digital image having a second resolution being higher than the first resolution output from the camera sensor; and in response to the request, inputting the analog image signal from the camera sensor to the controller, converting the analog signal into digital data by the controller, compressing said digital data to obtain the second digital image by the controller and storing the second digital image in a memory while performing the video call. performing a video call between the mobile communication terminal and an external electronic device via the camera module and a wireless communication unit by transmitting a plurality of first digital images of the video call having a first resolution output from the camera module; while performing the video call, receiving a request signal to take a second digital image, other than the plurality of first digital images, via the camera module, the second digital image having a second resolution being higher than the first resolution output from the camera sensor; and in response to the request, inputting the analog image signal from the camera sensor to the controller, converting the analog signal into digital data by the controller, compressing said digital data to obtain the second digital image by the controller and storing the second digital image in a memory while performing the video call.
An electroplating processor, comprising: a vessel holding a first electrolyte being a catholyte containing metal ions; a head having a wafer holder, with the head movable to position the wafer holder in the vessel; at least one anode (76, 82) in the vessel; an isolyte compartment containing a second electrolyte being an isolyte providing an isolation solution, with the isolyte separated from the catholyte by a first membrane; a thiefolyte compartment containing a third electrolyte for a current thief electrode assembly and being a thiefolyte, with the thiefolyte separated from the isolyte by a second membrane, the isolyte and the thiefolyte consisting of acid and water, wherein the first and second membranes are configured to prevent metal ions from passing from the catholyte into the thiefolyte; and a current thief electrode in the thiefolyte compartment, wherein the current thief electrode is connected to an auxiliary cathode and is configured to provide a current thieving function during electroplating. a vessel holding a first electrolyte being a catholyte containing metal ions; a head having a wafer holder, with the head movable to position the wafer holder in the vessel; at least one anode (76, 82) in the vessel; an isolyte compartment containing a second electrolyte being an isolyte providing an isolation solution, with the isolyte separated from the catholyte by a first membrane; a thiefolyte compartment containing a third electrolyte for a current thief electrode assembly and being a thiefolyte, with the thiefolyte separated from the isolyte by a second membrane, the isolyte and the thiefolyte consisting of acid and water, wherein the first and second membranes are configured to prevent metal ions from passing from the catholyte into the thiefolyte; and a current thief electrode in the thiefolyte compartment, wherein the current thief electrode is connected to an auxiliary cathode and is configured to provide a current thieving function during electroplating.
A partitioning wall installation including a control system, wherein the partitioning wall installation is provided with individually displaceable partitioning wall elements, which respectively include a subordinate control unit and may be disposed to form a closed partitioning wall, wherein each partitioning wall element is displaceable within a guiding rail of the partitioning wall installation and is provided for this purpose with a drive motor for displacing the partitioning wall element, wherein the subordinate control units are equipped with a position data acquisition unit, which, independently of an operating condition of the control system, in particular in the event of an energy supply interruption, detects the position of the partitioning wall elements, wherein a relative position detection is realized by means of a step counter, which is affixed to the subordinate control unit, which counter, during a displacement of a partitioning wall element, forwards pulses or signals to the subordinate control unit, characterized in that the guiding rail is provided with a position code, and thereby allows for an absolute position determination of the individual partitioning wall elements, and in that the position data acquisition units and/or the subordinate control units are provided with an energy accumulator, in particular with a rechargeable energy accumulator.
An intermediate transfer member for use in an image recording method comprising the steps of applying a reaction liquid to the intermediate transfer member, applying an ink to the intermediate transfer member so as to overlap with at least a part of a region to which the reaction liquid has been applied, thereby forming an intermediate image, and transferring the intermediate image to a recording medium, wherein a surface of the intermediate transfer member has a plurality of protruded structures having an average height (h) of 0.05 μm or more and 1.00 μm or less, characterized in that an average of a surface area per unit area of the surface of the intermediate transfer member is 1.2 or more and 10.0 or less. wherein a surface of the intermediate transfer member has a plurality of protruded structures having an average height (h) of 0.05 μm or more and 1.00 μm or less, characterized in that an average of a surface area per unit area of the surface of the intermediate transfer member is 1.2 or more and 10.0 or less.
Support vehicle for performing support operations in an automated storage and retrieval system, where the support vehicle comprises: - a vehicle body; - a drive system comprising wheels (42, 44) provided in a lower part of the vehicle body, the drive system being configured to drive the support vehicle along a track system of the automated storage and retrieval system; - a connection system provided on a first side of the support vehicle; wherein: - the connection system comprises a connector member protruding through an aperture of the vehicle body; - the connection system comprises an actuator for moving the connector member in the aperture in relation to the vehicle body; characterized in that - the connection system is connectable to and disconnectable from a connection interface; - the support vehicle comprises an additional support unit (60; 60a; 60b; 60c; 60d), where the connection interface is fixed to the additional support unit (60; 60a; 60b; 60c; 60d). - a vehicle body; - a drive system comprising wheels (42, 44) provided in a lower part of the vehicle body, the drive system being configured to drive the support vehicle along a track system of the automated storage and retrieval system; - a connection system provided on a first side of the support vehicle; - the connection system comprises a connector member protruding through an aperture of the vehicle body; - the connection system comprises an actuator for moving the connector member in the aperture in relation to the vehicle body; characterized in that - the connection system is connectable to and disconnectable from a connection interface; - the support vehicle comprises an additional support unit (60; 60a; 60b; 60c; 60d), where the connection interface is fixed to the additional support unit (60; 60a; 60b; 60c; 60d).