mhurhangee/patent-ind-claim-en huggingface dataset:
A temperature measurement system for an aerosol-generating device , comprising a magnetic field source , a ferromagnetic or ferrimagnetic material , a force sensor , configured to measure an attractive force between the magnetic field source and the ferromagnetic or ferrimagnetic material , a memory , on which pre-recorded data is stored that associates at least one force value with a value that is indicative for the temperature of the ferromagnetic or ferrimagnetic material , and a control unit that is configured to determine a temperature information on the basis of a measured force value from the force sensor and the pre-recorded data, wherein the control unit is configured to determine whether the ferromagnetic or ferrimagnetic material has a temperature below or above its Curie temperature. a magnetic field source , a ferromagnetic or ferrimagnetic material , a force sensor , configured to measure an attractive force between the magnetic field source and the ferromagnetic or ferrimagnetic material , a memory , on which pre-recorded data is stored that associates at least one force value with a value that is indicative for the temperature of the ferromagnetic or ferrimagnetic material , and a control unit that is configured to determine a temperature information on the basis of a measured force value from the force sensor and the pre-recorded data, wherein the control unit is configured to determine whether the ferromagnetic or ferrimagnetic material has a temperature below or above its Curie temperature.
An apparatus for measuring a level of a process fluid in a container , the container having an opening, the apparatus comprising: a remote seal configured to be inserted into the container through the opening and configured to receive a pressure from the process fluid related to the level of process fluid in the container; a capillary tube filled with a fill fluid which extends from the remote seal to the opening in the container and configured to convey the pressure therebetween; and a pressure sensor coupled to the capillary tube configured to sense the pressure from the capillary tube, which is related to the level of the process fluid in the container; wherein the remote seal includes: a bellows portion arranged to isolate the process fluid from the fill fluid in the capillary tube and convey the pressure therebetween; a protective housing which contains the bellows portion therein, the protective housing including an opening thereby exposing the bellows portion to the process fluid; and the opening in the protective housing is further configured for connecting a pressure source for use in a characterizing pressure measurement by the pressure sensor for calibrating the apparatus. a remote seal configured to be inserted into the container through the opening and configured to receive a pressure from the process fluid related to the level of process fluid in the container; a capillary tube filled with a fill fluid which extends from the remote seal to the opening in the container and configured to convey the pressure therebetween; and a pressure sensor coupled to the capillary tube configured to sense the pressure from the capillary tube, which is related to the level of the process fluid in the container; wherein the remote seal includes: a bellows portion arranged to isolate the process fluid from the fill fluid in the capillary tube and convey the pressure therebetween; a protective housing which contains the bellows portion therein, the protective housing including an opening thereby exposing the bellows portion to the process fluid; and the opening in the protective housing is further configured for connecting a pressure source for use in a characterizing pressure measurement by the pressure sensor for calibrating the apparatus.
An oil filled electrical equipment, comprising an assembly for oil filling and hermetically sealing the electrical equipment, wherein the assembly comprises a cylindrical bellow mounted on a plate of the electrical equipment with one first fitting of one or more fittings of the cylindrical bellow , for pressure and volume compensation in the electrical equipment, wherein the cylindrical bellow comprises: a cylinder with a plurality of convolutions for expanding and contracting to provide the pressure and volume compensation; and two covers attached with the cylinder , each at a respective end of two ends of the cylinder , wherein each cover comprises a cylindrical part that is open at a first end and closed at a second end , wherein the first end terminates at a circular face for mounting the cover on a convolution of said convolutions at a corresponding end of the cylinder , and wherein the second end comprises an opening for the oil filling and hermetically sealing the electrical equipment, and wherein for a first cover of the two covers the opening of the second end is for mounting the cylindrical bellow on the plate with the first fitting . a cylinder with a plurality of convolutions for expanding and contracting to provide the pressure and volume compensation; and two covers attached with the cylinder , each at a respective end of two ends of the cylinder , wherein each cover comprises a cylindrical part that is open at a first end and closed at a second end , wherein the first end terminates at a circular face for mounting the cover on a convolution of said convolutions at a corresponding end of the cylinder , and wherein the second end comprises an opening for the oil filling and hermetically sealing the electrical equipment, and wherein for a first cover of the two covers the opening of the second end is for mounting the cylindrical bellow on the plate with the first fitting .
A speaker device , comprising: a speaker ; a touch display which is disposed at a central part of a vibration plate included in the speaker , displays a user interface (UI) for receiving an input of a user operation, and receives an input of a user's touch; and a processor configured to control the speaker device according to a user operation input through the UI, characterised in that the touch display forms a rotation knob that receives an input of a user operation through rotation. a speaker ; a touch display which is disposed at a central part of a vibration plate included in the speaker , displays a user interface (UI) for receiving an input of a user operation, and receives an input of a user's touch; and a processor configured to control the speaker device according to a user operation input through the UI, characterised in that the touch display forms a rotation knob that receives an input of a user operation through rotation.
Method for optical in vitro detection of a movement in a biological sample and/or a movement of a component of the biological sample , comprising the steps: (a) providing (a1) an optical wide-field illumination apparatus for illuminating the sample, which is configured to illuminate the whole sample , and (a2) a detector for detecting radiation (9; 9a, 9b) coming from the biological sample, the detector having a detection area which is subdivided into a plurality of detection regions and is configured to form the derivative with respect to time (S1) of detection signals of individual detection regions , subsequently to rectify them (S2), preferably by absolute value generation or squaring, and to sum or to average (S3) the differentiated and rectified detection signals of all the detection regions and then to provide them as an output signal . (b) illuminating the biological sample with the wide-field illumination apparatus; and (c) detecting a movement in the biological sample dependent upon the output signal of the detector . (a) providing (a1) an optical wide-field illumination apparatus for illuminating the sample, which is configured to illuminate the whole sample , and (a2) a detector for detecting radiation (9; 9a, 9b) coming from the biological sample, the detector having a detection area which is subdivided into a plurality of detection regions and is configured to form the derivative with respect to time (S1) of detection signals of individual detection regions , subsequently to rectify them (S2), preferably by absolute value generation or squaring, and to sum or to average (S3) the differentiated and rectified detection signals of all the detection regions and then to provide them as an output signal . (a1) an optical wide-field illumination apparatus for illuminating the sample, which is configured to illuminate the whole sample , and (a2) a detector for detecting radiation (9; 9a, 9b) coming from the biological sample, the detector having a detection area which is subdivided into a plurality of detection regions and is configured to form the derivative with respect to time (S1) of detection signals of individual detection regions , subsequently to rectify them (S2), preferably by absolute value generation or squaring, and to sum or to average (S3) the differentiated and rectified detection signals of all the detection regions and then to provide them as an output signal . (b) illuminating the biological sample with the wide-field illumination apparatus; and (c) detecting a movement in the biological sample dependent upon the output signal of the detector .
An outer packing material for vacuum insulation material characterized by comprising a thermally weldable film and a gas barrier film in this order; wherein the product of the tensile elasticity of the outer packing material for vacuum insulation material and the cube of a thickness of the outer packing material for vacuum insulation material is 3.0 MPa·mm 3 or less; and push-in elasticity of the thermally weldable film is 0.8 GPa or more.
Washstand arrangement comprising a washstand having a water basin with a drain opening , a cavity and a drain passage extending from the drain opening of the water basin into the cavity , and a drain element arranged at least partially in the cavity for guiding water away from the drain passage and for feeding the water into a drain line, wherein the drain element comprises a drain channel accessible via the drain opening with a shut-off valve , which shut-off valve comprises a valve seat and a closure member , and wherein the valve seat and the closure member are located at least partially, in particular completely, in said cavity and/or in the drain passage , characterized in that the valve seat is arranged inclined at an angle (α) to the central axis of the drain passage or to the flow direction, the angular inclination being such that a lower edge , as viewed in the flow direction of the water, lies in front of an upper edge lying above the lower edge in the installation position. a washstand having a water basin with a drain opening , a cavity and a drain passage extending from the drain opening of the water basin into the cavity , and a drain element arranged at least partially in the cavity for guiding water away from the drain passage and for feeding the water into a drain line, wherein the drain element comprises a drain channel accessible via the drain opening with a shut-off valve , which shut-off valve comprises a valve seat and a closure member , and wherein the valve seat and the closure member are located at least partially, in particular completely, in said cavity and/or in the drain passage , characterized in that the valve seat is arranged inclined at an angle (α) to the central axis of the drain passage or to the flow direction, the angular inclination being such that a lower edge , as viewed in the flow direction of the water, lies in front of an upper edge lying above the lower edge in the installation position.
A post-forming processing device for supporting pre-cured composite stringers prior to curing , the pre-cured composite stringers prior to curing comprising hat portions , having cross-sections, different among the pre-cured composite stringers prior to curing, the post-forming processing device comprising: a base , comprising a channel , having a channel width and a channel height, wherein: the channel width is larger than a width of the hat portions of the pre-cured composite stringers prior to curing , and the channel height is larger than heights of the hat portions of the pre-cured composite stringers prior to curing ; a support structure , at least partially extending within the channel and along a length of the channel and configured to conform to each of the hat portions and to retain a cross-sectional shape of each of the hat portions when a corresponding one of the pre-cured composite stringers prior to curing is supported by the post-forming processing device ; a cover , configured to attach to the base , such that the corresponding one of the pre-cured composite stringers prior to curing is positioned between the cover and the base while supported by the post-forming processing device ; and wherein the support structure comprises a plastically deformable material. a base , comprising a channel , having a channel width and a channel height, wherein: the channel width is larger than a width of the hat portions of the pre-cured composite stringers prior to curing , and the channel height is larger than heights of the hat portions of the pre-cured composite stringers prior to curing ; the channel width is larger than a width of the hat portions of the pre-cured composite stringers prior to curing , and the channel height is larger than heights of the hat portions of the pre-cured composite stringers prior to curing ; a support structure , at least partially extending within the channel and along a length of the channel and configured to conform to each of the hat portions and to retain a cross-sectional shape of each of the hat portions when a corresponding one of the pre-cured composite stringers prior to curing is supported by the post-forming processing device ; a cover , configured to attach to the base , such that the corresponding one of the pre-cured composite stringers prior to curing is positioned between the cover and the base while supported by the post-forming processing device ; and wherein the support structure comprises a plastically deformable material.
Raised bed as hexagonal pyramids, wherein at least two hexagonal structural frames are arranged vertically above a hexagonal foundation collar , wherein the hexagonal structural frames consist of 6 identical structural frame segments , which are connected at corner points using a connection device, bracket, perforated plate, or the like, characterised in that the individual structural frame segments are provided on both sides with a compound cut and the diameters of the individual structural frames taper downwards in the vertical direction. wherein the hexagonal structural frames consist of 6 identical structural frame segments , which are connected at corner points using a connection device, bracket, perforated plate, or the like, characterised in that the individual structural frame segments are provided on both sides with a compound cut and the diameters of the individual structural frames taper downwards in the vertical direction.
An integrated circuit for a packaged device, the circuit comprising: a circuit having first (50 1 ) and second (50 2) electromagnetic radiating elements; a package substrate comprising an upper surface and a lower surface; and a grounding layer provided on the lower surface of the package substrate, the grounding layer being adapted to connect to a grounding plane of a printed circuit board, PCB, wherein a die is mounted on the upper surface of the package substrate; characterised by : the grounding layer comprising a void , at least a portion of the void being positioned so as to at least partially electromagnetically isolate the first electromagnetic radiating element from the second electromagnetic radiating element, and further characterized in that the first and second electromagnetic radiating elements are fabricated on the die . a circuit having first (50 1 ) and second (50 2) electromagnetic radiating elements; a package substrate comprising an upper surface and a lower surface; and a grounding layer provided on the lower surface of the package substrate, the grounding layer being adapted to connect to a grounding plane of a printed circuit board, PCB, wherein a die is mounted on the upper surface of the package substrate; characterised by : the grounding layer comprising a void , at least a portion of the void being positioned so as to at least partially electromagnetically isolate the first electromagnetic radiating element from the second electromagnetic radiating element, and further characterized in that the first and second electromagnetic radiating elements are fabricated on the die .
Method for laminating a plurality of film-like layers of a thermoplastic material to form a homogeneous laminate , - in which a plurality of layers provided as web-like material are aligned with respect to one another to form a film arrangement , - in which the film arrangement is fed to a heating station which comprises a plurality of heating segments consisting of an upper and a lower press part, and - in which the layer composite is cooled in a downstream cooling station , which comprises at least one cooling segment consisting of an upper and a lower press part, - in which the upper and/or the lower press part of the heating segments and of the at least one cooling segment are moved towards one another by a drive, and - in which, after the last cooling segment of the cooling station , the layer composite is fed to a further processing station or removal station characterized in that - a process duration in the heating station for laminating the layers to form a layer composite is divided between more than two successive heating segments in the heating station in order to transfer the layers as a laminated layer composite to a cooling station after passing through the heating segments , - a number of cooling segments in the cooling station is at least one less than the number of heating segments in the upstream heating station , and - the heating segments and the at least one cooling segment are controlled with the same cycle times for the heating or cooling process. - in which a plurality of layers provided as web-like material are aligned with respect to one another to form a film arrangement , - in which the film arrangement is fed to a heating station which comprises a plurality of heating segments consisting of an upper and a lower press part, and - in which the layer composite is cooled in a downstream cooling station , which comprises at least one cooling segment consisting of an upper and a lower press part, - in which the upper and/or the lower press part of the heating segments and of the at least one cooling segment are moved towards one another by a drive, and - in which, after the last cooling segment of the cooling station , the layer composite is fed to a further processing station or removal station characterized in that - a process duration in the heating station for laminating the layers to form a layer composite is divided between more than two successive heating segments in the heating station in order to transfer the layers as a laminated layer composite to a cooling station after passing through the heating segments , - a number of cooling segments in the cooling station is at least one less than the number of heating segments in the upstream heating station , and - the heating segments and the at least one cooling segment are controlled with the same cycle times for the heating or cooling process.
A method of determining a camera pose of a forward facing camera in a vehicle scene, the method including: a) capturing images of a vehicle driver's face from a driver facing camera in the driver facing camera frame of reference and images of the forward road scene from a forward facing camera in the forward facing camera frame of reference during normal operation of the vehicle when the driver is seated in the driver's seat and operating the vehicle; b) processing the images of the driver's face from the driver facing camera to derive gaze direction data in a vehicle frame of reference; c) statistically collating the gaze direction data into a frequency distribution of gaze angles; d) identifying one or more peaks in the frequency distribution and associating the one or more peaks with a corresponding one or more reference points in the images of the forward road scene from the forward facing camera to determine one or more reference gaze points of regard in the vehicle reference frame; and e) correlating the one or more reference gaze points of regard with a position of the reference points in the forward facing camera reference frame to map the gaze direction data to the images of the forward facing road scene to determine a camera pose of the forward facing camera in the vehicle frame of reference so that driver's eye gaze direction captured from the driver facing camera is projectable onto images of the forward facing camera to indicate a point of regard of the driver during vehicle operation. a) capturing images of a vehicle driver's face from a driver facing camera in the driver facing camera frame of reference and images of the forward road scene from a forward facing camera in the forward facing camera frame of reference during normal operation of the vehicle when the driver is seated in the driver's seat and operating the vehicle; b) processing the images of the driver's face from the driver facing camera to derive gaze direction data in a vehicle frame of reference; c) statistically collating the gaze direction data into a frequency distribution of gaze angles; d) identifying one or more peaks in the frequency distribution and associating the one or more peaks with a corresponding one or more reference points in the images of the forward road scene from the forward facing camera to determine one or more reference gaze points of regard in the vehicle reference frame; and e) correlating the one or more reference gaze points of regard with a position of the reference points in the forward facing camera reference frame to map the gaze direction data to the images of the forward facing road scene to determine a camera pose of the forward facing camera in the vehicle frame of reference so that driver's eye gaze direction captured from the driver facing camera is projectable onto images of the forward facing camera to indicate a point of regard of the driver during vehicle operation.
A passenger seat component , the component comprising: a thermoplastic composite sheet comprising a resin and a plurality of reinforcing fibers; one or more attachment features integrally formed in the thermoplastic composite sheet for attaching the passenger seat component to a passenger seat assembly (12a-12c); and one or more bends in the thermoplastic composite sheet defining a three-dimensional structure; characterised in that : the passenger seat component is formed from a thermoplastic composite blank , the thermoplastic composite blank comprising one or more cuts in one or more sides of the thermoplastic composite blank to facilitate the one or more bends in the thermoplastic composite sheet. a thermoplastic composite sheet comprising a resin and a plurality of reinforcing fibers; one or more attachment features integrally formed in the thermoplastic composite sheet for attaching the passenger seat component to a passenger seat assembly (12a-12c); and one or more bends in the thermoplastic composite sheet defining a three-dimensional structure; characterised in that : the passenger seat component is formed from a thermoplastic composite blank , the thermoplastic composite blank comprising one or more cuts in one or more sides of the thermoplastic composite blank to facilitate the one or more bends in the thermoplastic composite sheet.