mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger, comprising: a heat exchange assembly , the heat exchange assembly comprising: a plurality of heat exchange tubes for a heat exchange medium to flow through; a connecting plate connected between adjacent heat exchange tubes ; and a heat exchange plate formed by at least a part of the connecting plate extending along the length direction of the heat exchange tube , and a header , wherein the heat exchange assembly is at least one layer of the heat exchanger, characterized in that the plurality of heat exchange tubes is at least three heat exchange tubes and the heat exchange assembly is substantially parallel to an axial direction of the header , wherein a wind direction is substantially perpendicular to a plane in which the connecting plate or the main body of the connecting plate lies. a plurality of heat exchange tubes for a heat exchange medium to flow through; a connecting plate connected between adjacent heat exchange tubes ; and a heat exchange plate formed by at least a part of the connecting plate extending along the length direction of the heat exchange tube , and a header , wherein the heat exchange assembly is at least one layer of the heat exchanger, characterized in that the plurality of heat exchange tubes is at least three heat exchange tubes and the heat exchange assembly is substantially parallel to an axial direction of the header , wherein a wind direction is substantially perpendicular to a plane in which the connecting plate or the main body of the connecting plate lies.
A system for controlling a remote device based on hand gestures, the system comprising: a first transceiver module ; a mobile device including a processing module and a second transceiver module ; and a pressure-sensitive sensor configured to collect, when attached to a back of a hand of a user, pressure data indicating a topography of the back of the hand of the user as affected by the metacarpal bone positions and transmit the pressure data via the first transceiver module to the mobile device , wherein: the processing module is configured to identify a gesture associated with the topography of the back of the hand of the user based on the pressure data; and the second transceiver module is configured to transmit information from the mobile device to the remote device to control the remote device based on the identified gesture. a first transceiver module ; a mobile device including a processing module and a second transceiver module ; and a pressure-sensitive sensor configured to collect, when attached to a back of a hand of a user, pressure data indicating a topography of the back of the hand of the user as affected by the metacarpal bone positions and transmit the pressure data via the first transceiver module to the mobile device , wherein: the processing module is configured to identify a gesture associated with the topography of the back of the hand of the user based on the pressure data; and the second transceiver module is configured to transmit information from the mobile device to the remote device to control the remote device based on the identified gesture. the processing module is configured to identify a gesture associated with the topography of the back of the hand of the user based on the pressure data; and the second transceiver module is configured to transmit information from the mobile device to the remote device to control the remote device based on the identified gesture.
A media content streaming device , comprising: a first communication interface that is configured to provide a media output to a media content presentation device wherein the first communication interface comprises a HDMI interface ; a second communication interface that is configured to transfer data; and a hardware processor that is configured to: retrieve a setup application in response to detecting a connection between the media content streaming device and a user device via the second communication interface; cause the setup application to be launched on the user device; receive, from the user device, information relating to setting up the media content streaming device; set up the media content streaming device based on the received information relating to setting up the media content streaming device; prompt, using the user device, a user to connect the media content streaming device to the media content presentation device via the HDMI interface; and after the user has connected the media content streaming device to the media content presentation device via the HDMI interface, providing the media content presentation device with suitable media content. a first communication interface that is configured to provide a media output to a media content presentation device wherein the first communication interface comprises a HDMI interface ; a second communication interface that is configured to transfer data; and a hardware processor that is configured to: retrieve a setup application in response to detecting a connection between the media content streaming device and a user device via the second communication interface; cause the setup application to be launched on the user device; receive, from the user device, information relating to setting up the media content streaming device; set up the media content streaming device based on the received information relating to setting up the media content streaming device; prompt, using the user device, a user to connect the media content streaming device to the media content presentation device via the HDMI interface; and after the user has connected the media content streaming device to the media content presentation device via the HDMI interface, providing the media content presentation device with suitable media content. retrieve a setup application in response to detecting a connection between the media content streaming device and a user device via the second communication interface; cause the setup application to be launched on the user device; receive, from the user device, information relating to setting up the media content streaming device; set up the media content streaming device based on the received information relating to setting up the media content streaming device; prompt, using the user device, a user to connect the media content streaming device to the media content presentation device via the HDMI interface; and after the user has connected the media content streaming device to the media content presentation device via the HDMI interface, providing the media content presentation device with suitable media content.
Fan system comprising an electric motor , wherein the electric motor has a rotor and the rotor is mounted so as to rotate about a motor shaft which has an end face , wherein a fan impeller is arranged in a rotationally fixed manner on the rotor , characterized in that a contact-making element is fastened to the fan impeller , which contact-making element is designed, in the mounted state, to bear against the end face of the motor shaft and the rotor in an electrical contact-making manner, wherein the contact-making element has a first and a second section , wherein the first section is connected in a rotationally fixed manner to the rotor and the second section bears in a rotatable manner against the end face of the motor shaft , and wherein the fan impeller clamps the first section to the rotor in a rotationally fixed manner.
A power management system configured to exchange power between an AC power source and an electric motor of an elevator system, the power management system comprising: an AC-power-source controller configured to control power supply between the AC power source and a common DC bus , the AC-power-source controller further configured to limit AC power supplied from the AC power source to the common DC bus to a first AC-power-source power limit; a power inverter configured to invert the DC power on the common DC bus into AC power for driving the electric motor ; a DC power source configured to supply DC power to the common DC bus ; and a DC-power-source controller configured to control power supply between the DC power source and the common DC bus , characterized in that the DC-power-source controller is further configured to start supplying DC power from the DC power source to the common DC bus in response to a detection of a voltage drop on the common DC bus from a AC-power-source reference voltage to a DC-power-source reference voltage, the voltage drop resulting from power limiting by the AC-power-source-controller . an AC-power-source controller configured to control power supply between the AC power source and a common DC bus , the AC-power-source controller further configured to limit AC power supplied from the AC power source to the common DC bus to a first AC-power-source power limit; a power inverter configured to invert the DC power on the common DC bus into AC power for driving the electric motor ; a DC power source configured to supply DC power to the common DC bus ; and a DC-power-source controller configured to control power supply between the DC power source and the common DC bus , characterized in that the DC-power-source controller is further configured to start supplying DC power from the DC power source to the common DC bus in response to a detection of a voltage drop on the common DC bus from a AC-power-source reference voltage to a DC-power-source reference voltage, the voltage drop resulting from power limiting by the AC-power-source-controller .
Device for the machine-controlled production of mixed beverages, with a cup dispenser and a filling unit for multiple beverage containers , with a data processing system with at least one user-operated computer program in the form of stored software for the mixing of multiple mixed drinks and a display , whereby the data processing system executes all control or regulation processes using the computer program, whereby the ingredients of a mixed beverage can be added to beverage containers by the filling unit in a controlled and regulated manner using the computer program, once the user has chosen a specific mix, whereby - a transportation unit with holders for beverage containers operates in interaction with the filling unit , - the filling unit has multiple filling stations , beneath which the holders of the transportation unit can be positioned with the beverage containers , - the filling stations comprise at least one initial filling station for filling with solid ingredients and at least one second filling station for the mixing process of the beverage components, - the filling stations can automatically be used simultaneously using the data processing system , and - after the filling unit , the transportation unit operates as an output unit to supply multiple finished mixed beverages, characterised by rotary plates fitted to the holders of the transportation unit for beverage containers , which can be used to rotate a beverage container , whereby the rotary plate is rotated by means of a motorised rotation unit located beneath the second filling station for the mixing process of the beverage components, whereby the device is designed so that the beverage container can be filled with a beverage mix beneath the second filling station while the beverage container is simultaneously being rotated. - a transportation unit with holders for beverage containers operates in interaction with the filling unit , - the filling unit has multiple filling stations , beneath which the holders of the transportation unit can be positioned with the beverage containers , - the filling stations comprise at least one initial filling station for filling with solid ingredients and at least one second filling station for the mixing process of the beverage components, - the filling stations can automatically be used simultaneously using the data processing system , and - after the filling unit , the transportation unit operates as an output unit to supply multiple finished mixed beverages,
An endoluminal prosthesis, comprising: a membrane having a lumen for allowing fluid flow; and a plurality of circumferential fibers coupled to the membrane that form at least one bundled region in which at least two adjacent circumferential fibers are separated by a first spacing, and that form at least one non-bundled region in which at least another two adjacent circumferential fibers are separated by a second spacing, wherein the first spacing is less than the second spacing, and where at least one stent (36-38) is coupled to the membrane using a plurality of sutures, each of the plurality of sutures located only in at least one of the bundled regions . a membrane having a lumen for allowing fluid flow; and a plurality of circumferential fibers coupled to the membrane that form at least one bundled region in which at least two adjacent circumferential fibers are separated by a first spacing, and that form at least one non-bundled region in which at least another two adjacent circumferential fibers are separated by a second spacing, wherein the first spacing is less than the second spacing, and where at least one stent (36-38) is coupled to the membrane using a plurality of sutures, each of the plurality of sutures located only in at least one of the bundled regions .
An antenna assembly for a measuring device, comprising - an antenna with an emitting surface , wherein the antenna is configured as a horn, parabolic or planar antenna, and - an antenna mount for pivotably attaching the antenna to a fastening device , wherein the antenna mount is connected by means of a clamping assembly to the fastening device , wherein the antenna mount is configured as a spherical layer of a sphere, wherein the spherical layer has top and bottom surfaces extending parallel to each other and contains the center point (M) of the sphere, characterized in that the emitting surface is disposed within the spherical layer. - an antenna with an emitting surface , wherein the antenna is configured as a horn, parabolic or planar antenna, and - an antenna mount for pivotably attaching the antenna to a fastening device , wherein the antenna mount is connected by means of a clamping assembly to the fastening device , wherein the antenna mount is configured as a spherical layer of a sphere, wherein the spherical layer has top and bottom surfaces extending parallel to each other and contains the center point (M) of the sphere,
Method for the continuous casting of a product (P), chosen from billets or blooms, along a curved casting line , said method providing to cast a liquid metal (M) in a crystallizer that is provided with a tubular cavity having a polygonal cross section defined by a determinate number of sides (n), characterized in that said product (P) exiting from said crystallizer is curved along said casting line by support and curving rollers and without the aid of lateral containing sectors of the cross section of said product (P), in that said method comprises setting a productivity (P r ) of said casting line chosen inside a work field delimited by a first achievable maximum productivity (P rmaxb ), and by a second achievable maximum productivity (P rmaxt ), said first achievable maximum productivity (P rmaxb ) being defined by the expression: P rmaxb = 0,9 ∗ ρ ∗ K 2 ∗ n tan π n wherein: ρ: is the density of the solid metal, K: is a constant comprised between 0.04 and 0.05; and n: is the number of sides of said polygon of the tubular cavity ; and said second achievable maximum productivity (P rmaxt ) being defined by the expression: P rmaxt = 0,9 ∗ ρ ∗ D 2 ∗ K s t min 2 ∗ n ∗ tan π n wherein ρ: is the density of the solid metal; D: is a size of the cross section of said product (P); K s : is a solidification constant determined as a function of the material of said liquid metal (M); t min : is a preset minimum thickness of said product (P); n: is the number of sides of said polygon of the tubular cavity ; in that said productivity (P r ) is set so that it is less than or equal to the minimum value between said first maximum productivity (P rmaxb ) and said second maximum productivity (P rmaxt ), and in that said method comprises supplying said crystallizer having a number of sides (n) determined so as to obtain said set productivity (P r ). ρ: is the density of the solid metal, K: is a constant comprised between 0.04 and 0.05; and n: is the number of sides of said polygon of the tubular cavity ; and said second achievable maximum productivity (P rmaxt ) being defined by the expression: P rmaxt = 0,9 ∗ ρ ∗ D 2 ∗ K s t min 2 ∗ n ∗ tan π n ρ: is the density of the solid metal; D: is a size of the cross section of said product (P); K s : is a solidification constant determined as a function of the material of said liquid metal (M); t min : is a preset minimum thickness of said product (P); n: is the number of sides of said polygon of the tubular cavity ; in that said productivity (P r ) is set so that it is less than or equal to the minimum value between said first maximum productivity (P rmaxb ) and said second maximum productivity (P rmaxt ), and in that said method comprises supplying said crystallizer having a number of sides (n) determined so as to obtain said set productivity (P r ).
A robot cleaner, comprising: a main body configured to form an outer appearance; a driving unit configured to move the main body; a cleaning unit provided at a lower portion of the main body to suck filth or dust on a floor surface or in the air; a plurality of light emitting units provided at a lower portion of the main body, and formed to emit light to a surrounding region in which the main body is intended to move according to a driving condition of the driving unit; and a controller configured to control the plurality of light emitting units to emit light in a different form according to a first driving condition in which the main body stops, a second driving condition in which the main body moves, and a third driving condition in which the main body rotates, respectively, wherein the controller is configured to independently activate each of the plurality of light emitting devices in order to emit light to form a pattern. a main body configured to form an outer appearance; a driving unit configured to move the main body; a cleaning unit provided at a lower portion of the main body to suck filth or dust on a floor surface or in the air; a plurality of light emitting units provided at a lower portion of the main body, and formed to emit light to a surrounding region in which the main body is intended to move according to a driving condition of the driving unit; and a controller configured to control the plurality of light emitting units to emit light in a different form according to a first driving condition in which the main body stops, a second driving condition in which the main body moves, and a third driving condition in which the main body rotates, respectively, wherein the controller is configured to independently activate each of the plurality of light emitting devices in order to emit light to form a pattern.
An image sensor comprising an array of readout circuits in non-organic technology and photodiodes (OPD) made of organic materials, a first electrode of each photodiode (OPD) being coupled to a gate of a first transistor of the readout circuit .
System for monitoring the state of a wheel of a rail vehicle , comprising a recording unit , which is designed to record at least one operating parameter for the wheel during a braking event, an evaluation unit , which is designed to determine a temperature value for the wheel based on the recorded operating parameter, and a controller , which is designed to generate and to output an output depending on the determined temperature value, characterized in that the temperature value determined for the wheel comprises an average temperature of a running surface of the wheel and a temperature distribution along the running surface of the wheel and a temperature at a contact surface of the wheel .
An anchor delivery system, comprising: a multi-aperture catheter having a proximal end, a distal end, a longitudinal axis and a plurality of apertures along the longitudinal axis near the distal end, the plurality of apertures defined by at least one releasable retaining structure and at least one locking element for releasably securing the at least one releasable retaining structure ; an anchor delivery catheter advanceable within the multi-aperture catheter ; and one or more tissue anchors within the anchor delivery catheter . a multi-aperture catheter having a proximal end, a distal end, a longitudinal axis and a plurality of apertures along the longitudinal axis near the distal end, the plurality of apertures defined by at least one releasable retaining structure and at least one locking element for releasably securing the at least one releasable retaining structure ; an anchor delivery catheter advanceable within the multi-aperture catheter ; and one or more tissue anchors within the anchor delivery catheter .
Method for forming a construction panel wherein the method comprises a preparation phase and a finishing phase, wherein the preparation phase comprises the following steps: - providing a base plate ; - connecting an edge profile with the peripheral edges of the base plate, wherein the edge profile has a base with a first leg extending upwards from the base and is connected to the peripheral edge of the base layer on its first side and wherein a gutter is formed between the base and the first leg on the second side and wherein the edge profile further has a second leg that extends upwards from the base and is at a distance from the first leg, wherein the second leg is fitted with a flange that extends from the second leg to the first leg; - applying a first layer to the base plate; - arranging an intermediate plate on the first layer at a distance from the edge profile; - arranging a heating layer on the intermediate plate, - fixing the heating layer on the intermediate plate; - arranging the construction panel in a construction. wherein the finishing phase comprises the following steps: - applying a second layer to the heating layer and intermediate plate. - providing a base plate ; - connecting an edge profile with the peripheral edges of the base plate, wherein the edge profile has a base with a first leg extending upwards from the base and is connected to the peripheral edge of the base layer on its first side and wherein a gutter is formed between the base and the first leg on the second side and wherein the edge profile further has a second leg that extends upwards from the base and is at a distance from the first leg, wherein the second leg is fitted with a flange that extends from the second leg to the first leg; - applying a first layer to the base plate; - arranging an intermediate plate on the first layer at a distance from the edge profile; - arranging a heating layer on the intermediate plate, - fixing the heating layer on the intermediate plate; - arranging the construction panel in a construction. - applying a second layer to the heating layer and intermediate plate.