mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical combination comprising: (a) a histone deacetylase 6 (HDAC6) inhibitor having the structure: or a pharmaceutically acceptable salt thereof; and (b) an aurora kinase inhibitor selected from the group consisting of alisertib, AT-9283, barasertib, ENMD-2076, MK-5108, MSC 1992371A, danusertib, and tozasertib, or pharmaceutically acceptable salts thereof. (a) a histone deacetylase 6 (HDAC6) inhibitor having the structure: or a pharmaceutically acceptable salt thereof; and (b) an aurora kinase inhibitor selected from the group consisting of alisertib, AT-9283, barasertib, ENMD-2076, MK-5108, MSC 1992371A, danusertib, and tozasertib, or pharmaceutically acceptable salts thereof.
A feed grabber comprising two grab buckets which are hingeable between an open position and a closed position, wherein the feed grabber is provided with an actuation device for actuating the grab buckets from the open position to the closed position, characterized in that the actuation device is provided with a rotatably drivable winding-up body which is connected to one of the grab buckets and comprises a winding circumference, and an arm which is connected between the winding-up body and the other grab bucket , wherein the arm comprises a plurality of mutually hingeably connected arm sections which are made from stainless steel or a material having substantially the same strength and corrosion-resistant properties as stainless steel, wherein the arm sections extend substantially in line with one another in the open position of the grab buckets , and wherein the arm sections , from the open position of the grab buckets , when the winding-up body is rotatably driven, are wound around the winding circumference of the winding-up body in order to pull the grab buckets towards the closed position, and wherein the arm sections are configured such that the winding circumference of the winding-up body can be covered substantially completely by at most 8 arm sections, preferably at most 6 arm sections, in particular 2 or 3 or 4 or 5 arm sections.
Use of an agent selected from the group consisting of laminin 511, laminin 521, or laminin 511-E8 fragment, which express in corneal endothelial cells, in an in vitro method for promoting growth of corneal endothelial cells.
A distance piece holding an upper plate spaced from a lower plate , the upper plate comprising a plurality of holes , pipette tips being inserted into said holes , the lower plate comprising a plurality of holes , pipette tips being inserted into said holes , wherein the distance piece is frame-shaped, has an intermediate bottom with a plurality of additional holes for the lateral guiding of pipette tips inserted into the holes of the upper plate , wherein the distance piece is placed onto the bottom side of the upper plate with the top side of the distance piece outside of the holes in the upper plate , characterized in that the distance piece has locking elements (69 to 72) on the upper edge, which are lockable with locking elements on the bottom side of the upper plate , and the distance piece is placed with its bottom side onto the top side of the lower plate or onto pipette tips held in the lower plate , respectively.
System for controlling a plurality of household appliances, including for example domestic appliances, comprising : - at least one satellite unit , installed on a first domestic appliance of the plurality of domestic appliances forming a satellite appliance , and arranged to acquire a voice command from a user , - at least one analysis unit , installed on a second domestic appliance of the plurality of domestic appliances forming a host appliance , and arranged to receive the voice command from the satellite unit , the analysis unit being arranged to process and analyse the voice command received in order to : - deduce information about the location of the user as a function of the voice command received and/or the satellite unit that acquired the voice command, and - deducing an action to be performed as a function of the voice command received, - adapting the action to be performed as a function of the location of the user , - sending a control instruction corresponding to the adapted action to one of the plurality of domestic appliances forming a working appliance. - at least one satellite unit , installed on a first domestic appliance of the plurality of domestic appliances forming a satellite appliance , and arranged to acquire a voice command from a user , - at least one analysis unit , installed on a second domestic appliance of the plurality of domestic appliances forming a host appliance , and arranged to receive the voice command from the satellite unit , - deduce information about the location of the user as a function of the voice command received and/or the satellite unit that acquired the voice command, and - deducing an action to be performed as a function of the voice command received, - adapting the action to be performed as a function of the location of the user , - sending a control instruction corresponding to the adapted action to one of the plurality of domestic appliances forming a working appliance.
A machine for grinding and/or polishing slabs of stone material, such as natural or agglomerated stone, ceramic or glass, comprising: a support bench for the slabs to be machined; at least one machining station placed above the support bench and comprising at least one pair of bridge-like support structures situated in mutually opposite positions and transversely arranged straddling the support bench , first means for relative movement in the longitudinal direction of the machining station and the slab on the support bench , and at least one beam whose two ends are supported by said support structures ; a plurality of spindles having a vertical sliding movement with motorized vertical axis and distributed along the beam ; said beam being movable transversely on said support structures by means of second movement means and at the bottom end of the spindle there being present at least one tool holder rotating with the motorized vertical axis of said spindle and carrying at least one abrasive tool for forming grinding and/or polishing heads; characterized in that at least one spindle is supported on the beam so that it can be swivelled about an oscillation axis which is parallel to, but separate from the motorized vertical axis of the spindle, third motorized means also being present for causing oscillation of said at least one spindle about the respective oscillation axis in cooperation with the transverse and longitudinal movements of the first and second movement means (19 and 21) for grinding and/or polishing the surface of a slab on the support bench. a support bench for the slabs to be machined; at least one machining station placed above the support bench and comprising at least one pair of bridge-like support structures situated in mutually opposite positions and transversely arranged straddling the support bench , first means for relative movement in the longitudinal direction of the machining station and the slab on the support bench , and at least one beam whose two ends are supported by said support structures ; a plurality of spindles having a vertical sliding movement with motorized vertical axis and distributed along the beam ; said beam being movable transversely on said support structures by means of second movement means and at the bottom end of the spindle there being present at least one tool holder rotating with the motorized vertical axis of said spindle and carrying at least one abrasive tool for forming grinding and/or polishing heads; characterized in that at least one spindle is supported on the beam so that it can be swivelled about an oscillation axis which is parallel to, but separate from the motorized vertical axis of the spindle, third motorized means also being present for causing oscillation of said at least one spindle about the respective oscillation axis in cooperation with the transverse and longitudinal movements of the first and second movement means (19 and 21) for grinding and/or polishing the surface of a slab on the support bench.
A thread-like variable stiffness device comprising an elongate shaft , said shaft comprising a polymeric material, and a heat conducting device configured to exchange heat with the polymeric material to cause a phase transition of the polymeric material conferring a variable stiffness to the thread-like device, the polymeric material being a thermoset shape memory material, characterized in that the thermoset shape memory material is a mercaptoester polyurethane, and in that the shaft comprises a thermoset material body made of the thermoset shape memory material and extending along a longitudinal axis of the shaft, and a heat conducting member of the heat conducting device, said heat conducting member extending along at least a portion of the thermoset material body and being designed to exchange heat with the thermoset material body, the device comprising a magnet arranged at its distal end to provide means to control the distal end of the device, when it is submitted to a magnetic field.
A gas analyzing system comprising: a gas analyzer that is configured to analyze a measuring target component contained in sample gas; a span gas flow path that is configured to be able to introduce span gas from a span gas supply source into the gas analyzer , and provided with an open-close device ; a zero gas flow path that is configured to be able to introduce zero gas from a zero gas supply source into the gas analyzer, and provided with an open-close device ; and an open-close device control part that is configured to receive a calibration start signal issuing an instruction to start zero calibration and span calibration, and to control the open-close device for the span gas flow path and the open-close device for the zero gas flow path , characterized that, the open-close device control part is configured such that when the open-close device control part receives a new calibration start signal after a predetermined time A since previous calibration was performed has passed, said predetermined time A being a preliminarily set constant time after which the span gas is predicted to deteriorate, and before the span calibration is started, for a predetermined preliminary set constant time B, the open-close device control part controls the open-close device for the span gas flow path so as to open the open-close device for the span gas flow path , and to purge span gas that remains in the span gas flow path . a gas analyzer that is configured to analyze a measuring target component contained in sample gas; a span gas flow path that is configured to be able to introduce span gas from a span gas supply source into the gas analyzer , and provided with an open-close device ; a zero gas flow path that is configured to be able to introduce zero gas from a zero gas supply source into the gas analyzer, and provided with an open-close device ; and an open-close device control part that is configured to receive a calibration start signal issuing an instruction to start zero calibration and span calibration, and to control the open-close device for the span gas flow path and the open-close device for the zero gas flow path , characterized that, the open-close device control part is configured such that when the open-close device control part receives a new calibration start signal after a predetermined time A since previous calibration was performed has passed, said predetermined time A being a preliminarily set constant time after which the span gas is predicted to deteriorate, and before the span calibration is started, for a predetermined preliminary set constant time B, the open-close device control part controls the open-close device for the span gas flow path so as to open the open-close device for the span gas flow path , and to purge span gas that remains in the span gas flow path .
A surveillance camera and image data storage system, comprising: a network of surveillance cameras generating image data; and a storage allocation system tracking image data storage among the surveillance cameras and enabling the surveillance cameras to store the image data to other surveillance cameras of the network; characterized in that the storage allocation system comprises a primary surveillance camera , said primary surveillance camera including a query engine for querying one or more secondary surveillance cameras for their device storage resources and a virtual storage controller for determining a distribution of the image data storage among the surveillance cameras based upon information concerning available and/or required storage resources of each of the surveillance cameras determined from the device storage resources sent from each of the secondary surveillance cameras, wherein the device storage resources for each of the secondary surveillance cameras include available storage resources of a camera image data storage system of that secondary surveillance camera and required storage resources based on an amount of image data designated for recording by that secondary surveillance camera. a network of surveillance cameras generating image data; and a storage allocation system tracking image data storage among the surveillance cameras and enabling the surveillance cameras to store the image data to other surveillance cameras of the network; characterized in that the storage allocation system comprises a primary surveillance camera , said primary surveillance camera including a query engine for querying one or more secondary surveillance cameras for their device storage resources and a virtual storage controller for determining a distribution of the image data storage among the surveillance cameras based upon information concerning available and/or required storage resources of each of the surveillance cameras determined from the device storage resources sent from each of the secondary surveillance cameras, wherein the device storage resources for each of the secondary surveillance cameras include available storage resources of a camera image data storage system of that secondary surveillance camera and required storage resources based on an amount of image data designated for recording by that secondary surveillance camera.
A foldable electronic device comprising: a housing configured to be folded or unfolded by rotation of a first housing or a second housing , the first housing including a notch ; a flexible display exposed through a first surface of the housing , the flexible display including a first display part mounted in the first housing and a second display part mounted in the second housing ; a first camera module mounted in the first housing and exposed through the first surface, the first camera module being disposed adjacent to the notch ; and a second camera module and a third camera module mounted in the second housing and exposed through a second surface opposite to the first surface, wherein, when the housing is folded, at least one of the second camera module or the third camera module is disposed to be exposed through the notch and face an identical direction as the first camera module . a housing configured to be folded or unfolded by rotation of a first housing or a second housing , the first housing including a notch ; a flexible display exposed through a first surface of the housing , the flexible display including a first display part mounted in the first housing and a second display part mounted in the second housing ; a first camera module mounted in the first housing and exposed through the first surface, the first camera module being disposed adjacent to the notch ; and a second camera module and a third camera module mounted in the second housing and exposed through a second surface opposite to the first surface, wherein, when the housing is folded, at least one of the second camera module or the third camera module is disposed to be exposed through the notch and face an identical direction as the first camera module .
Method for producing a photovoltaic element with stabilised efficiency, comprising the following steps: providing a silicon substrate; forming an emitter layer at a surface of the silicon substrate; forming electrical contacts on the silicon substrate; characterised in that the method further comprises a stabilising treatment step comprising: introducing hydrogen into the silicon substrate, wherein the hydrogen is introduced at temperatures above 650°C and subsequent cooling to 450°C is carried out with a ramp at a cooling rate above 550°C of at least 10 K/s; and subsequently generating excess minority charge carriers in the silicon substrate while the silicon substrate is at a temperature of more than 230°C. providing a silicon substrate; forming an emitter layer at a surface of the silicon substrate; forming electrical contacts on the silicon substrate; characterised in that the method further comprises a stabilising treatment step comprising: introducing hydrogen into the silicon substrate, wherein the hydrogen is introduced at temperatures above 650°C and subsequent cooling to 450°C is carried out with a ramp at a cooling rate above 550°C of at least 10 K/s; and subsequently generating excess minority charge carriers in the silicon substrate while the silicon substrate is at a temperature of more than 230°C. introducing hydrogen into the silicon substrate, wherein the hydrogen is introduced at temperatures above 650°C and subsequent cooling to 450°C is carried out with a ramp at a cooling rate above 550°C of at least 10 K/s; and subsequently generating excess minority charge carriers in the silicon substrate while the silicon substrate is at a temperature of more than 230°C.
A device for communication with a terminal , the device comprising: a communication unit for communicating with the terminal; a biometric unit comprising a biometric sensor for sensing biometric data, a biometric controller for controlling operation of the biometric unit and a multiplexer that operates under the control of the biometric controller; contacts for connecting the device to the terminal; an antenna ; a first physical interface between the biometric unit and the contacts configured to enable contact communication between the biometric unit and the terminal; and a second physical interface between the communication unit and the biometric unit configured to enable contact communication between the communication unit and the biometric unit; and a third physical interface between the antenna and the communication unit configured to enable contactless communication between the terminal and the communication unit according to a third communications protocol; the device being configured to harvest power from a radio frequency field received at the antenna when the antenna is receiving communications from the terminal, and route power from the antenna to the communication unit via the biometric unit, the device being further configured such that all contact communications between the terminal and the communication unit are routed through the biometric unit via the first and second physical interfaces. a communication unit for communicating with the terminal; a biometric unit comprising a biometric sensor for sensing biometric data, a biometric controller for controlling operation of the biometric unit and a multiplexer that operates under the control of the biometric controller; contacts for connecting the device to the terminal; an antenna ; a first physical interface between the biometric unit and the contacts configured to enable contact communication between the biometric unit and the terminal; and a second physical interface between the communication unit and the biometric unit configured to enable contact communication between the communication unit and the biometric unit; and a third physical interface between the antenna and the communication unit configured to enable contactless communication between the terminal and the communication unit according to a third communications protocol; the device being configured to harvest power from a radio frequency field received at the antenna when the antenna is receiving communications from the terminal, and route power from the antenna to the communication unit via the biometric unit, the device being further configured such that all contact communications between the terminal and the communication unit are routed through the biometric unit via the first and second physical interfaces.
A method of making magnetizable abrasive particles, the method comprising steps: a) providing ceramic particles, each ceramic particle having a respective outer surface; b) moistening the outer surfaces of the ceramic particles with waterglass to provide moistened ceramic particles; and c) contacting magnetizable particles with the moistened ceramic particles to provide powder-coated ceramic particles; and d) heating the powder-coated ceramic particles to at least a temperature sufficient to bond the magnetizable particles of the powder-coated ceramic particles to the respective ceramic particles thereby providing the magnetizable abrasive particles, wherein, on a respective basis, each magnetizable abrasive particle comprises a respective ceramic particle having at least some of the magnetizable particles bonded thereto. a) providing ceramic particles, each ceramic particle having a respective outer surface; b) moistening the outer surfaces of the ceramic particles with waterglass to provide moistened ceramic particles; and c) contacting magnetizable particles with the moistened ceramic particles to provide powder-coated ceramic particles; and d) heating the powder-coated ceramic particles to at least a temperature sufficient to bond the magnetizable particles of the powder-coated ceramic particles to the respective ceramic particles thereby providing the magnetizable abrasive particles, wherein, on a respective basis, each magnetizable abrasive particle comprises a respective ceramic particle having at least some of the magnetizable particles bonded thereto.
A method for incorporating a watermark in an audio output, the method comprising: detecting, by an embedded browser executable on a client device , an audio data stream from a network application accessed via the embedded browser ; intercepting, by the embedded browser responsive to the detection, the audio data stream; determining, by the embedded browser using a policy based on a profile of the network application accessed via the embedded browser or a profile of a user of the network application, to incorporate a watermark into the audio data stream; incorporating, by the embedded browser responsive to the determination, a digital signal corresponding to the watermark into the audio data stream, prior to being produced as an audio output by an audio speaker ; causing the watermark to be present in the audio output produced by the audio speaker, the watermark configured to be inaudible by a human and recordable by an audio recording device. detecting, by an embedded browser executable on a client device , an audio data stream from a network application accessed via the embedded browser ; intercepting, by the embedded browser responsive to the detection, the audio data stream; determining, by the embedded browser using a policy based on a profile of the network application accessed via the embedded browser or a profile of a user of the network application, to incorporate a watermark into the audio data stream; incorporating, by the embedded browser responsive to the determination, a digital signal corresponding to the watermark into the audio data stream, prior to being produced as an audio output by an audio speaker ; causing the watermark to be present in the audio output produced by the audio speaker, the watermark configured to be inaudible by a human and recordable by an audio recording device.