mhurhangee/patent-ind-claim-en huggingface dataset:
A method of monitoring the dry cleaning progress of a transcutaneous sensor having an electrode for measuring p CO 2 and an electrode for measuring p O 2 , both electrodes opening into a measuring surface of the sensor , the method comprising; receiving an AC voltage signal from the p CO 2 electrode , initiating a cleaning of the sensor , and monitoring the cleaning progress by analyzing AC voltage signals subsequently received from the p CO 2 electrode . receiving an AC voltage signal from the p CO 2 electrode , initiating a cleaning of the sensor , and monitoring the cleaning progress by analyzing AC voltage signals subsequently received from the p CO 2 electrode .
Process for the production of panels made of wooden material comprising at least the following phases: - supply of a plurality of types of wooden material (S1,S2,P) in the form of flakes and/or dust; - forming of at least one support layer (L1) in at least one of said types of wooden material (S1,S2) on a work surface ; - forming of at least one final layer (L2) on top of said support layer (L1), in another of said types of wooden material (S1,S2,P) other than that of the support layer itself, so as to form a mattress (B); - compacting of said mattress (B) to form a compacted panel (C) made of wooden material; wherein, after said formation of said at least one support layer (L1) and before said formation of said at least one final layer (L2), at least one steam heating phase and one pressing phase of said at least one support layer (L1) to obtain a pre-compacted mattress (A), the process comprises, before said forming of said at least one support layer (L1), a forming phase of a plurality of said base layers (L3), each of which is made of one of said types of wooden material (S1, S2, P) other than that of at least one of the adjacent base layers (L3) and by the fact that said steam heating and said pressing are carried out substantially at the same time, where said steam heating is carried out by means of dispensing of steam (F) on said at least one support layer (L1). - supply of a plurality of types of wooden material (S1,S2,P) in the form of flakes and/or dust; - forming of at least one support layer (L1) in at least one of said types of wooden material (S1,S2) on a work surface ; - forming of at least one final layer (L2) on top of said support layer (L1), in another of said types of wooden material (S1,S2,P) other than that of the support layer itself, so as to form a mattress (B); - compacting of said mattress (B) to form a compacted panel (C) made of wooden material; wherein, after said formation of said at least one support layer (L1) and before said formation of said at least one final layer (L2), at least one steam heating phase and one pressing phase of said at least one support layer (L1) to obtain a pre-compacted mattress (A), the process comprises, before said forming of said at least one support layer (L1), a forming phase of a plurality of said base layers (L3), each of which is made of one of said types of wooden material (S1, S2, P) other than that of at least one of the adjacent base layers (L3) and by the fact that said steam heating and said pressing are carried out substantially at the same time, where said steam heating is carried out by means of dispensing of steam (F) on said at least one support layer (L1).
A multilayer structure comprising: a single crystal semiconductor handle substrate comprising two major, generally parallel surfaces, one of which is a front surface of the single crystal semiconductor handle substrate and the other of which is a back surface of the single crystal semiconductor handle substrate, a circumferential edge joining the front and back surfaces of the single crystal semiconductor handle substrate, a central plane between the front surface and the back surface of the single crystal semiconductor handle substrate, and a bulk region between the front and back surfaces of the single crystal semiconductor handle substrate, wherein the single crystal semiconductor handle substrate has a minimum bulk region resistivity of at least 3000 Ohm-cm; a relaxed semiconductor layer comprising germanium, the relaxed semiconductor layer in interfacial contact with the front surface of the single crystal semiconductor handle substrate; a polycrystalline silicon charge trapping layer in interfacial contact with the relaxed semiconductor layer; a dielectric layer in interfacial contact with the polycrystalline silicon charge trapping layer; and a single crystal semiconductor device layer in interfacial contact with the dielectric layer. a single crystal semiconductor handle substrate comprising two major, generally parallel surfaces, one of which is a front surface of the single crystal semiconductor handle substrate and the other of which is a back surface of the single crystal semiconductor handle substrate, a circumferential edge joining the front and back surfaces of the single crystal semiconductor handle substrate, a central plane between the front surface and the back surface of the single crystal semiconductor handle substrate, and a bulk region between the front and back surfaces of the single crystal semiconductor handle substrate, wherein the single crystal semiconductor handle substrate has a minimum bulk region resistivity of at least 3000 Ohm-cm; a relaxed semiconductor layer comprising germanium, the relaxed semiconductor layer in interfacial contact with the front surface of the single crystal semiconductor handle substrate; a polycrystalline silicon charge trapping layer in interfacial contact with the relaxed semiconductor layer; a dielectric layer in interfacial contact with the polycrystalline silicon charge trapping layer; and a single crystal semiconductor device layer in interfacial contact with the dielectric layer.
Device for applying electrical current to plants , comprising at least two modules, a first module comprising at least one applying device for applying an electrical-contact-resistance-lowering medium onto plants , and a second module comprising at least one application device for applying electrical current to plants , characterized in that the applying device is connected to a heat source, the heat source being designed to heat the applying device at most up to the main boiling point of the contact-resistance-lowering medium .
A display device comprising: a display configured to display an image on a display surface ; a rear cover arranged on a back surface side of the display ; an outer frame that covers the display from an outer peripheral side; and an upper speaker and a lower speaker arranged between the display and the rear cover and located so as to be separated vertically from each other, wherein an upper slit functioning as a passage hole for sound output from the upper speaker is located above the display , wherein a lower slit functioning as a passage hole for sound output from the lower speaker is located below the display , wherein the upper slit and the lower slit are formed in the outer frame , wherein a vertical width of the lower slit is larger than a vertical width of the upper slit , wherein a part of the upper speaker is located above the display , and wherein the upper speaker includes a sound output unit configured to output sound, and a metal plate that faces the sound output unit in an output direction of sound from the sound output unit , and is located below the upper slit . a display configured to display an image on a display surface ; a rear cover arranged on a back surface side of the display ; an outer frame that covers the display from an outer peripheral side; and an upper speaker and a lower speaker arranged between the display and the rear cover and located so as to be separated vertically from each other, wherein an upper slit functioning as a passage hole for sound output from the upper speaker is located above the display , wherein a lower slit functioning as a passage hole for sound output from the lower speaker is located below the display , wherein the upper slit and the lower slit are formed in the outer frame , wherein a vertical width of the lower slit is larger than a vertical width of the upper slit , wherein a part of the upper speaker is located above the display , and wherein the upper speaker includes a sound output unit configured to output sound, and a metal plate that faces the sound output unit in an output direction of sound from the sound output unit , and is located below the upper slit .
A drug delivery device configured to be at least partially implanted in an eye , the device comprising: a retention structure positioned near a proximal end region of the device ; a penetrable element coupled to and extending within at least a portion of the retention structure ; a porous drug release mechanism positioned in fluid communication with an outlet of the device ; an elongated core element having a longitudinal axis; and a reservoir positioned around the elongated core element , the reservoir having a volume configured to contain one or more therapeutic agents and to be in fluid communication with the outlet through the porous drug release mechanism , wherein the device is configured to be at least partially inserted into the eye along an axis of insertion, and wherein the reservoir is configured to enlarge from an insertion configuration having a first three-dimensional shape to an expanded configuration having a second three-dimensional shape, characterized in that the second three-dimensional shape is eccentrically positioned relative to the longitudinal axis of the elongated core element . a retention structure positioned near a proximal end region of the device ; a penetrable element coupled to and extending within at least a portion of the retention structure ; a porous drug release mechanism positioned in fluid communication with an outlet of the device ; an elongated core element having a longitudinal axis; and a reservoir positioned around the elongated core element , the reservoir having a volume configured to contain one or more therapeutic agents and to be in fluid communication with the outlet through the porous drug release mechanism , wherein the device is configured to be at least partially inserted into the eye along an axis of insertion, and wherein the reservoir is configured to enlarge from an insertion configuration having a first three-dimensional shape to an expanded configuration having a second three-dimensional shape, characterized in that the second three-dimensional shape is eccentrically positioned relative to the longitudinal axis of the elongated core element .
An apparatus comprising: means for receiving spatial audio information comprising at least one characteristic parameter, wherein the spatial audio information is comprised in a captured content; means for providing, on a user interface , a control element for controlling the at least one characteristic parameter in dependence upon a position of the control element on the user interface ; means for providing on the user interface a first path of the control element and a second path of the control element , wherein the first path represents previous positions of the control element in the captured content and the second path represents future positions of the control element in the captured content; and means for modifying the first path of the control element and the second path of the control element according to predefined criteria in response to receiving a user input to change the position of the control element from a first position to a second position on the user interface . means for receiving spatial audio information comprising at least one characteristic parameter, wherein the spatial audio information is comprised in a captured content; means for providing, on a user interface , a control element for controlling the at least one characteristic parameter in dependence upon a position of the control element on the user interface ; means for providing on the user interface a first path of the control element and a second path of the control element , wherein the first path represents previous positions of the control element in the captured content and the second path represents future positions of the control element in the captured content; and means for modifying the first path of the control element and the second path of the control element according to predefined criteria in response to receiving a user input to change the position of the control element from a first position to a second position on the user interface .
Device for winding hoses, preferably fire hoses, with a rod-shaped housing which has a rotatable first shaft with a crank and a fork , a handle and a second rotatable shaft with two hose guide discs and two wheels , wherein the handle , the fork of the first shaft and the hose guide discs being arranged on one longitudinal side of the housing and the crank being arranged on the other longitudinal side of the housing , the first shaft being coupled to the second shaft via a drive in such a way that, during a first rotary movement of the crank in a first direction of rotation, the second shaft does not perform any rotary movement because the coupling of the drive of the first shaft to the second shaft is disengaged, characterized in that the first shaft with the crank is arranged approximately in the middle of the housing , in that, when the device is used, the right hand of the user grips the handle and the left hand of the user sets the crank in counterclockwise rotational movements, that , in the process, the second shaft executes the rotary movements in the same direction of rotation and displaces the device in the direction away from the user along the hose laid out on the ground, and the hose, which is inserted between the hose guide discs and is provided with a coupling element at one end at the end of the hose, can be wound onto the fork , that, when the second shaft is uncoupled from the first shaft , the wheels of the device do not rotate and the device is stationary, and that at least one hose guide disc (18 or 19) on the second shaft is freely rotatable, adjustable to different widths of hoses and fixable in the adjusted position on the second shaft .
Filter for binding constituents of a gas stream, having a supporting member which has a cell density of from 50 to 1600 cpsi and a filter layer applied to the surfaces of the supporting member , characterized in that the filter layer has the following components: a) a component for the physisorption of constituents, b) a component for the chemisorption of constituents, c) a component for dissolving oil constituents which comprises ionic liquids. a) a component for the physisorption of constituents, b) a component for the chemisorption of constituents, c) a component for dissolving oil constituents which comprises ionic liquids.
A data transmission method, wherein the method comprises: sending , by a first apparatus, a first message to a base station, wherein the first message comprises a first identifier of a second apparatus, and the first identifier is a layer 2 address of the second apparatus; receiving , by the first apparatus, a second message sent by the base station, wherein the second message comprises a second identifier of the second apparatus and a mapping relationship between the first identifier and the second identifier; receiving, by the first apparatus, data sent by the second apparatus; and sending, by the first apparatus, the data of the second apparatus and the second identifier to the base station. sending , by a first apparatus, a first message to a base station, wherein the first message comprises a first identifier of a second apparatus, and the first identifier is a layer 2 address of the second apparatus; receiving , by the first apparatus, a second message sent by the base station, wherein the second message comprises a second identifier of the second apparatus and a mapping relationship between the first identifier and the second identifier; receiving, by the first apparatus, data sent by the second apparatus; and sending, by the first apparatus, the data of the second apparatus and the second identifier to the base station.
A pressure exchanger for hydraulic fracking, the pressure exchanger comprising: a rotor configured to rotate about an axis , the rotor defining a plurality of rotor ducts extending parallel to the axis , each rotor duct extending between a first side and a second side of the rotor that are spaced apart from each other; a first end cover disposed at the first side of the rotor , the first end cover defining a first pair of apertures configured to communicate a first fluid including fracking particles; and a second end cover disposed at the second side of the rotor , the second end cover defining a second pair of apertures configured to communicate a second fluid, characterised in that the first end cover further defines a flush port configured to supply the second fluid into the first side of the rotor in a state in which the first pair of apertures communicate the first fluid with the first side of the rotor . a rotor configured to rotate about an axis , the rotor defining a plurality of rotor ducts extending parallel to the axis , each rotor duct extending between a first side and a second side of the rotor that are spaced apart from each other; a first end cover disposed at the first side of the rotor , the first end cover defining a first pair of apertures configured to communicate a first fluid including fracking particles; and a second end cover disposed at the second side of the rotor , the second end cover defining a second pair of apertures configured to communicate a second fluid, characterised in that the first end cover further defines a flush port configured to supply the second fluid into the first side of the rotor in a state in which the first pair of apertures communicate the first fluid with the first side of the rotor .
A method of decoding multi-layer video data, the method comprising: receiving multi-layer video data comprising an access unit comprising a first encoded picture in a first layer and a second encoded picture in a second layer different from the first layer, each encoded picture for each layer having a common temporal instance; decoding data that indicates that the picture in the first received layer of multi-layer video data is a picture order count POC, resetting picture for which POC value resetting for the picture in the first layer is performed; characterized in that : based on the decoded data indicating that the picture in the first layer is a POC resetting picture and prior to decoding the picture in the first layer, outputting all earlier pictures of all layers stored in a decoded picture buffer, DPB, that do not belong to the access unit and that are marked as being needed for output prior to performing the POC value resetting for the picture in the first layer wherein the DPB is partitioned into a plurality of sub-decoded picture buffers and wherein each layer is assigned to a separate sub-decoded picture buffer and wherein the POC value resetting resets the POC value for the picture in the first layer to zero and wherein the earlier pictures occur prior to, in coding order, the picture in the first layer. receiving multi-layer video data comprising an access unit comprising a first encoded picture in a first layer and a second encoded picture in a second layer different from the first layer, each encoded picture for each layer having a common temporal instance; decoding data that indicates that the picture in the first received layer of multi-layer video data is a picture order count POC, resetting picture for which POC value resetting for the picture in the first layer is performed; characterized in that : based on the decoded data indicating that the picture in the first layer is a POC resetting picture and prior to decoding the picture in the first layer, outputting all earlier pictures of all layers stored in a decoded picture buffer, DPB, that do not belong to the access unit and that are marked as being needed for output prior to performing the POC value resetting for the picture in the first layer wherein the DPB is partitioned into a plurality of sub-decoded picture buffers and wherein each layer is assigned to a separate sub-decoded picture buffer and wherein the POC value resetting resets the POC value for the picture in the first layer to zero and wherein the earlier pictures occur prior to, in coding order, the picture in the first layer.
A wearable apparatus, comprising: a positioning module , configured to selectively receive first positioning information; a local wireless communication module , configured to communicatively connect with an external electronic apparatus; and a processor module , coupled to the positioning module and the local wireless communication module , characterised by the processor module being adapted to: send a request command through the local wireless communication module to the external electronic apparatus inquiring second positioning information, indicating the location of the external electronic apparatus, generated by the external electronic apparatus; in response to the processor module receiving a valid request response comprising the second positioning information from the external electronic apparatus, locate the wearable apparatus according to the second positioning information; and in response to the processor module receiving an invalid request response from the external electronic apparatus, activate the positioning module to receive the first positioning information, and locate the wearable apparatus according to the first positioning information. a positioning module , configured to selectively receive first positioning information; a local wireless communication module , configured to communicatively connect with an external electronic apparatus; and a processor module , coupled to the positioning module and the local wireless communication module , characterised by the processor module being adapted to: send a request command through the local wireless communication module to the external electronic apparatus inquiring second positioning information, indicating the location of the external electronic apparatus, generated by the external electronic apparatus; in response to the processor module receiving a valid request response comprising the second positioning information from the external electronic apparatus, locate the wearable apparatus according to the second positioning information; and in response to the processor module receiving an invalid request response from the external electronic apparatus, activate the positioning module to receive the first positioning information, and locate the wearable apparatus according to the first positioning information. send a request command through the local wireless communication module to the external electronic apparatus inquiring second positioning information, indicating the location of the external electronic apparatus, generated by the external electronic apparatus; in response to the processor module receiving a valid request response comprising the second positioning information from the external electronic apparatus, locate the wearable apparatus according to the second positioning information; and in response to the processor module receiving an invalid request response from the external electronic apparatus, activate the positioning module to receive the first positioning information, and locate the wearable apparatus according to the first positioning information.