mhurhangee/patent-ind-claim-en huggingface dataset:
Driving system of the type comprising at least one generator and a receiver , said generator providing a control signal for said receiver , said generator and said receiver comprising respective microcontrollers and being respectively connectable to sensor and actuator devices of a thermoregulation system controlled by means of said driving system , said control signal being a frequency control signal (Scf) and said generator comprising at least one frequency signal generation circuit adapted to provide said frequency control signal (Scf) at an output terminal (OUT) thereof, which is connected to an input terminal (IN) of said receiver , said frequency control signal (Scf) adjusting the operation of an actuator device connected to said receiver based on signals detected by and/or introduced into said sensor device connected to said generator thanks to a transmitted information encoding based on a rising and falling edges switching frequency of said frequency control signal (Scf), characterized in that said receiver further comprises a galvanic portion in turn comprising a galvanic decoupler inserted between said input terminal (IN) and a first terminal (T1) of said microcontroller of said receiver , said galvanic decoupler being connected to said input terminal (IN) by means of a safety resistor (Rs) and being connected to a first ground reference and to a second ground reference (GND, GND1) and a further galvanic decoupler having a switch function, which is connected with said galvanic decoupler and with said microcontroller of said receiver , thus providing a bidirectional communication between said generator and said receiver by disconnecting said further galvanic decoupler and interrupting a current passage between said generator and said receiver in the presence of an alarm situation of said actuator device.
A method, comprising: receiving a sensor signal from a sensor (30; 300'), the sensor signal being associated with a state of a throttle interface (20; 200') of a vehicle having a driving transmission that is shifted through its transmission gears using electronic control rather than direct mechanical control; receiving an input signal associated with a peripheral device (60; 600') at a processor (40; 400'), the input signal being associated with information independent of an operation of the throttle interface, the peripheral device (60; 600) being a vehicle control system, an engine control system, a cruise control system, a driver preference system, a weather sensing system, a vehicle fluid sensing system or a wireless device; outputting via an active actuator a haptic feedback force to the throttle interface (20; 200') associated with the input signal and the sensor signal so that the active actuator actively pushes the throttle interface (20; 200') based on the input signal and the sensor signal; and outputting via a resistive actuator a resistive haptic feedback force to the throttle interface (20; 200') associated with the input signal. receiving a sensor signal from a sensor (30; 300'), the sensor signal being associated with a state of a throttle interface (20; 200') of a vehicle having a driving transmission that is shifted through its transmission gears using electronic control rather than direct mechanical control; receiving an input signal associated with a peripheral device (60; 600') at a processor (40; 400'), the input signal being associated with information independent of an operation of the throttle interface, the peripheral device (60; 600) being a vehicle control system, an engine control system, a cruise control system, a driver preference system, a weather sensing system, a vehicle fluid sensing system or a wireless device; outputting via an active actuator a haptic feedback force to the throttle interface (20; 200') associated with the input signal and the sensor signal so that the active actuator actively pushes the throttle interface (20; 200') based on the input signal and the sensor signal; and outputting via a resistive actuator a resistive haptic feedback force to the throttle interface (20; 200') associated with the input signal.
A method of treating an exhaust gas containing methane by oxidation, the exhaust gas being produced by a natural gas engine, which method comprises: contacting the exhaust gas with a catalytic material comprising a molecular sieve and a platinum group metal (PGM) supported on the molecular sieve, wherein the molecular sieve has a framework consisting of silicon, oxygen and germanium, wherein the framework comprises germanium in an amount of ≤ 10 mol%.
A fan, in particular radial or axial fan, with an impeller and with a pre-guide device in the flow path in front of the impeller, wherein the pre-guide device is designed as a pre-guide grid with webs , wherein the the pre-guide grid is arranged in the flow path upstream of an inlet nozzle, characterized in that the webs are arranged and shaped such that, with an essentially swirl-free flow is deflected in the circumferential direction so that a swirl is generated against the swirl is generated against the direction of rotation of the impeller , and wherein the entire passage area for the air at the guide vanes is at least of a factor 2 larger than the smallest passage area in the inlet nozzle in front of the impeller .
A screening method for determining whether a test agent is effective for modifying the appearance of pigmented skin, the method comprising: (a) contacting a cell, a cell culture, or bulk cells, wherein the cell, a cell culture, or bulk cells are selected from biopsied human skin, with the test agent, wherein the cell, the cell culture, or the bulk cells comprise ADRβ1 receptors; (b) determining the half maximal inhibitory concentration of the test agent, wherein the test agent is a palmitoylated peptide; (c) identifying the test agent as an effective ADRβ1 receptor antagonist when it defines a half maximal inhibitory concentration of less than 1000 ppm, or preferably less than 100 ppm, or most preferably less than 50 ppm; (d) evaluating the melanogenesis inhibition ability of the effective ADRβ1 receptor antagonist from (c) in a melanin synthesis assay selected from a B16 cell assay; wherein the B16 cells are B16-F1 cells which are murine melanoma cells obtained from American Tissue Culture Collection and (e) determining that the effective ADRβ1 receptor antagonist is effective for modifying the appearance of pigmented skin, when it reduces melanin synthesis in the B16 cell assay. (a) contacting a cell, a cell culture, or bulk cells, wherein the cell, a cell culture, or bulk cells are selected from biopsied human skin, with the test agent, wherein the cell, the cell culture, or the bulk cells comprise ADRβ1 receptors; (b) determining the half maximal inhibitory concentration of the test agent, wherein the test agent is a palmitoylated peptide; (c) identifying the test agent as an effective ADRβ1 receptor antagonist when it defines a half maximal inhibitory concentration of less than 1000 ppm, or preferably less than 100 ppm, or most preferably less than 50 ppm; (d) evaluating the melanogenesis inhibition ability of the effective ADRβ1 receptor antagonist from (c) in a melanin synthesis assay selected from a B16 cell assay; wherein the B16 cells are B16-F1 cells which are murine melanoma cells obtained from American Tissue Culture Collection and (e) determining that the effective ADRβ1 receptor antagonist is effective for modifying the appearance of pigmented skin, when it reduces melanin synthesis in the B16 cell assay.
Method for modifying a stream of encrypted audio and/or video data, the method being carried out by a device that receives said stream as input and transmits, as output, a stream of encrypted audio and/or video data corresponding to the data of the incoming stream after modification, the device being connected to a control source , characterized in that the method comprises the following steps: - receiving a message from the control source , said message comprising information making it possible to identify a separation of the incoming stream of encrypted audio and/or video data into at least one first substream of encrypted data and one second substream of encrypted data; - decrypting the encrypted data of the identified one or more first substreams; - making a modification to the decrypted data of the identified one or more first substreams, the modification being made based on information received from the control source ; - encrypting the modified data of the one or more first substreams; and - combining the one or more first substreams of modified and encrypted data with the second substream so as to obtain the stream of encrypted audio and/or video data transmitted as output by the device . - receiving a message from the control source , said message comprising information making it possible to identify a separation of the incoming stream of encrypted audio and/or video data into at least one first substream of encrypted data and one second substream of encrypted data; - decrypting the encrypted data of the identified one or more first substreams; - making a modification to the decrypted data of the identified one or more first substreams, the modification being made based on information received from the control source ; - encrypting the modified data of the one or more first substreams; and - combining the one or more first substreams of modified and encrypted data with the second substream so as to obtain the stream of encrypted audio and/or video data transmitted as output by the device .
An adhesive composition comprising an elastomer and a tackifying resin, the tackifying resin comprising a farnesene polymer comprising one or more polymerized monomers, wherein the one or more polymerized monomers comprise farnesene, and wherein the farnesene polymer has the following properties: i) less than 10 weight percent of volatile organic compounds (VOC), as measured by thermogravimetric analysis (TGA) as percent weight loss during 1 hour at 110°C; ii) a number average molecular weight (Mn) between 300 Da and 1000 Da; iii) a weight average molecular weight (Mw) between 400 Da and 3000 Da; iv) a Mw/Mn between 1.00 and 3.00; v) a glass transition temperature (Tg) between -50°C and 20°C; and vi) a viscosity between 400,000 mPas (cP) and 1,000,000 mPas (cP) at 25°C. i) less than 10 weight percent of volatile organic compounds (VOC), as measured by thermogravimetric analysis (TGA) as percent weight loss during 1 hour at 110°C; ii) a number average molecular weight (Mn) between 300 Da and 1000 Da; iii) a weight average molecular weight (Mw) between 400 Da and 3000 Da; iv) a Mw/Mn between 1.00 and 3.00; v) a glass transition temperature (Tg) between -50°C and 20°C; and vi) a viscosity between 400,000 mPas (cP) and 1,000,000 mPas (cP) at 25°C.
A volumetric piston pump comprising: - a casing equipped with a cylinder defining a compression chamber communicating with an intake conduit and a delivery conduit ; - a reciprocating piston slidable within the cylinder and delimiting the compression chamber ; - a first gasket attached to the casing within the cylinder and coaxially inserted on the reciprocating piston ; - a second gasket attached to the casing within the cylinder and coaxially inserted on the reciprocating piston in the distal position from the compression chamber with respect to the first gasket ; - a collection chamber interposed and axially delimited between the first gasket and the second gasket ; - a recirculation conduit which connects the collection chamber with the intake conduit ; characterized in that the volumetric piston pump further comprises: - a lubrication conduit which connects the delivery conduit with the collection chamber . - a casing equipped with a cylinder defining a compression chamber communicating with an intake conduit and a delivery conduit ; - a reciprocating piston slidable within the cylinder and delimiting the compression chamber ; - a first gasket attached to the casing within the cylinder and coaxially inserted on the reciprocating piston ; - a second gasket attached to the casing within the cylinder and coaxially inserted on the reciprocating piston in the distal position from the compression chamber with respect to the first gasket ; - a collection chamber interposed and axially delimited between the first gasket and the second gasket ; - a recirculation conduit which connects the collection chamber with the intake conduit ; - a lubrication conduit which connects the delivery conduit with the collection chamber .
A method performed by a base station (BS1, BS2) managing a cell, the method comprising the steps of: sending to a user equipment, UE, a signal indicating a time schedule for intermittent transmission of information from the cell, wherein the intermittent transmission of information enables the UE to perform mobility measurements when the cell is in a discontinuous transmission, DTX, mode and the UE is an active terminal not served by the cell; causing the cell to enter (S10) the DTX mode in which transmission downlink in the cell is restricted (S4) to the intermittent transmission; receiving a measurement report from the UE wherein the measurement report comprises a mobility measurement based on the intermittent transmission of information. sending to a user equipment, UE, a signal indicating a time schedule for intermittent transmission of information from the cell, wherein the intermittent transmission of information enables the UE to perform mobility measurements when the cell is in a discontinuous transmission, DTX, mode and the UE is an active terminal not served by the cell; causing the cell to enter (S10) the DTX mode in which transmission downlink in the cell is restricted (S4) to the intermittent transmission; receiving a measurement report from the UE wherein the measurement report comprises a mobility measurement based on the intermittent transmission of information.
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; a first air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity; and a second air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity, wherein the first air inlet is configured fluidly connected with a central portion of the cavity, and wherein the second air inlet is configured fluidly connected with a peripheral portion of the cavity. a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; a first air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity; and a second air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity, wherein the first air inlet is configured fluidly connected with a central portion of the cavity, and wherein the second air inlet is configured fluidly connected with a peripheral portion of the cavity.
An articulated self-propelled work machine , such as for example an articulated telescopic handler or the like, comprising: a front frame , provided with a pair of front wheels ; a lift arm , adapted to support a load, hinged to said front frame and mobile with respect thereto by means of at least one actuator ; and a rear frame , provided with a pair of rear wheels and articulated to said front frame ; detecting means for detecting an angular parameter relative to a steering angle between the front frame and the rear frame ; characterised in that it comprises electronic processing means configured to control the operation of said actuator on the basis of said angular parameter. a front frame , provided with a pair of front wheels ; a lift arm , adapted to support a load, hinged to said front frame and mobile with respect thereto by means of at least one actuator ; and a rear frame , provided with a pair of rear wheels and articulated to said front frame ; detecting means for detecting an angular parameter relative to a steering angle between the front frame and the rear frame ; characterised in that it comprises electronic processing means configured to control the operation of said actuator on the basis of said angular parameter.
Terminal block arrangement , which has an elongated mounting strip with two rectangular broad long-edged front plates , equipped with parts formed at its opposing narrow short-edged side plates for coupling it to support parts of a support structure , said terminal block arrangement having modules that can be fitted to the mounting strip next to one another in a row, said modules having an insulated housing , whereby each housing and the mounting strip have mutual connection devices for the purpose of plugging the modules to the mounting strip , transversely with respect to the longitudinal direction of the mounting strip , characterised in that each housing has a mounting wall and at least one receiving slot in the mounting side , and that the mounting strip has a number of connection bars projecting from one of its two rectangular broad long-edged front plates and oriented transversely with respect to the longitudinal direction of the mounting strip , whereby the receiving slot and the connection bars are forming the mutual connection devices, whereby the connection bar has a T-shaped cross-section, with a first plate-like limb arising from one of the two rectangular broad long-edged front plates , and with a second plate-like limb formed at the free end of and perpendicular to the first limb .
An inkjet cartridge, comprising: a) an ink cartridge body ; b) an ink reservoir disposed within the ink cartridge body and adapted to receive and contain ink; c) the ink cartridge body including a tower ; d1) a chamber inside the tower that holds ink; d2) a plurality of extending elements formed by pillars attached at the bottom of the chamber disposed within the chamber, the ink passing through the chamber and around the plurality of extending elements, wherein the extending elements are spaced apart from, and are substantially parallel to, one another; d3) a plurality of trenches disposed within the chamber, wherein the plurality of trenches are defined by the spaces between the extending elements; and d4) a free-floating member formed as a slider free floating in the sense that it is not physically connected to other elements in the tower and positioned within the tower that agitates the ink within the tower, the free-floating member comprising a bridging member and a plurality of shafts protruding from the bridging member substantially parallel to one another, the shafts situated within the trenches between the extending elements with one shaft arranged in the chamber outside the trenches adjacent to one extending element . a) an ink cartridge body ; b) an ink reservoir disposed within the ink cartridge body and adapted to receive and contain ink; c) the ink cartridge body including a tower ; d1) a chamber inside the tower that holds ink; d2) a plurality of extending elements formed by pillars attached at the bottom of the chamber disposed within the chamber, the ink passing through the chamber and around the plurality of extending elements, wherein the extending elements are spaced apart from, and are substantially parallel to, one another; d3) a plurality of trenches disposed within the chamber, wherein the plurality of trenches are defined by the spaces between the extending elements; and d4) a free-floating member formed as a slider free floating in the sense that it is not physically connected to other elements in the tower and positioned within the tower that agitates the ink within the tower, the free-floating member comprising a bridging member and a plurality of shafts protruding from the bridging member substantially parallel to one another, the shafts situated within the trenches between the extending elements with one shaft arranged in the chamber outside the trenches adjacent to one extending element .
A method for determining a 6-DOF-pose of an object in space, said 6-DOF-pose defining a 3D-position and a 3D-orientation of the object in space, the method comprising the steps of attaching a 2D optical-tracking marker to the object , said 2D optical-tracking marker comprising an inner marker area having a circular contour with a known radius and having a marker pattern defining at least one characteristic marker feature , said circular contour defining a circle center point , providing a camera and a coordinate system relative to the camera , capturing an image of said 2D optical-tracking marker attached to the object by using the camera , said image comprising an elliptical representation of said circular contour as a result of a generally non-orthogonal viewing angle of said camera relative to said marker area , said elliptical representation having a semi-major axis , a semi-minor axis , an ellipse center point and an ellipse orientation relative to the coordinate system, based on the image, determining a first parameter representing the semi-major axis , determining a second parameter representing the semi-minor axis , determining a third parameter and a fourth parameter together representing the ellipse center point , and determining a fifth parameter representing the ellipse orientation , identifying an image representation of said at least one characteristic marker feature in the image, determining a 6-DOF-pose of the 2D optical-tracking marker in space based on the first parameter, the second parameter, the third parameter, the fourth parameter, the fifth parameter and a correspondence between said image representation and the at least one characteristic marker feature , and determining the 6-DOF-pose of the object based on the 6-DOF-pose of the 2D optical-tracking marker , characterized in that the marker pattern comprises intensity values that vary in accordance with a function that results from a linear combination of a limited number of sinusoidal components along a circular path around the circle center point , and the characteristic feature comprises a rotation angle of the marker pattern around the circle center point , wherein a plurality of image values are sampled in the image along an elliptical path around the ellipse center point in order to determine an image pattern , wherein a transfer function representing a relationship between the marker pattern and the image pattern is determined, and wherein the correspondence between said image representation and the at least one characteristic marker feature is determined using the transfer function.