mhurhangee/patent-ind-claim-en huggingface dataset:
A rolled aluminum-based alloy product having a thickness of at least 50 mm comprising, in weight %, : Zn 7.0 - 7.20 Mg 1.8 - 2.2 Cu 1.8 - 2.2, wherein the sum Cu + Mg is between 3.8 and 4.2 Zr 0.04 - 0.14 Mn 0 - 0.1 Ti 0 - 0.15 V 0 - 0.1 Fe ≤ 0.15 Si ≤ 0.15 impurities ≤ 0.05 each and ≤ 0.15 wt.% total, balance aluminum. Zn 7.0 - 7.20 Mg 1.8 - 2.2 Cu 1.8 - 2.2, wherein the sum Cu + Mg is between 3.8 and 4.2 Zr 0.04 - 0.14 Mn 0 - 0.1 Ti 0 - 0.15 V 0 - 0.1 Fe ≤ 0.15 Si ≤ 0.15
A fluid printhead , comprising: a plurality of fluid ejection elements each comprising: a fluid chamber ; a throat portion through which fluid is provided to the fluid chamber ; and a heater element disposed within the fluid chamber ; and a printhead condition detection system comprising: a stimulus node configured to deliver a step voltage; a first electrode at least a portion of which is disposed within the plurality of fluid chambers , and which is electrically connected to the stimulus node , the first electrode configured to receive the step voltage delivered from the stimulus node and being shared by the plurality of fluid chambers ; a plurality of second electrodes each disposed within one of the throat portions of the plurality of fluid ejection elements ; a plurality of sense circuits each electrically connected to one of the plurality of second electrodes , the plurality of sense circuits being configured to generate an output based on a response resulting from the application of the step voltage to the first electrode as an indication of printhead condition; and a sense bus configured to receive the output from the plurality of sense circuits . a plurality of fluid ejection elements each comprising: a fluid chamber ; a throat portion through which fluid is provided to the fluid chamber ; and a heater element disposed within the fluid chamber ; and a fluid chamber ; a throat portion through which fluid is provided to the fluid chamber ; and a heater element disposed within the fluid chamber ; and a printhead condition detection system comprising: a stimulus node configured to deliver a step voltage; a first electrode at least a portion of which is disposed within the plurality of fluid chambers , and which is electrically connected to the stimulus node , the first electrode configured to receive the step voltage delivered from the stimulus node and being shared by the plurality of fluid chambers ; a plurality of second electrodes each disposed within one of the throat portions of the plurality of fluid ejection elements ; a plurality of sense circuits each electrically connected to one of the plurality of second electrodes , the plurality of sense circuits being configured to generate an output based on a response resulting from the application of the step voltage to the first electrode as an indication of printhead condition; and a sense bus configured to receive the output from the plurality of sense circuits .
Method for operating a network according to a multi-master redundancy method with a redundancy function, wherein a plurality of network devices (2 to 5) are connected to one another in the network in a ring topology via lines and interchange data, wherein, if one of the network devices (2 to 5) fails, two ports of the failed network device (2 to 5) which belong to one of the lines are connected to one another on the physical level by means of a bridging switch , characterized in that the bridging switch short-circuits the respective line as soon as the current fails and opens it again when the failed network device (2 to 5) has been completely booted, wherein the redundancy function is implemented according to a multi-master redundancy method and the multi-master redundancy method is implemented as a device-level ring method.
A stable whitening dentifrice composition comprising: an orally acceptable vehicle comprising a whitening agent, and a colorant encapsulated by a protective barrier, wherein the whitening agent is selected from the group consisting of an oxidizing agent, a reducing agent and a combination thereof, wherein the protective barrier suppresses migration of the colorant into the orally acceptable vehicle for a duration of time of at least about 1 day; wherein the orally acceptable vehicle is anhydrous, wherein said protective barrier is a biodegradable polymer, which is polylactic acid (PLA). an orally acceptable vehicle comprising a whitening agent, and a colorant encapsulated by a protective barrier, wherein the whitening agent is selected from the group consisting of an oxidizing agent, a reducing agent and a combination thereof, wherein the protective barrier suppresses migration of the colorant into the orally acceptable vehicle for a duration of time of at least about 1 day; wherein the orally acceptable vehicle is anhydrous, wherein said protective barrier is a biodegradable polymer, which is polylactic acid (PLA).
A printing device for printing on a web-shaped substrate , in particular for printing the substrate with portrait images for identity, value or security documents, with a supply unit for supplying the web-shaped substrate from a roll , with a substrate guidance consisting of one or more pulleys to guide the web-shaped substrate to a printing area , wherein a displaceably mounted printing table with a negative pressure unit is present in the printing area in order to fix the web-shaped substrate in sections with a negative pressure, and wherein a print head , which is held stationary during the printing process and is configured to apply a printed image to the substrate by means of a displacement of the printing table together with the substrate fixed thereto, is present in the printing area , characterized in that a drying oven is present which is downstream of the printing area in a web transport direction , and in that at least one test unit for testing the web-shaped substrate is present, which is downstream of the printing area in the web transport direction but upstream of the drying oven . with a supply unit for supplying the web-shaped substrate from a roll , with a substrate guidance consisting of one or more pulleys to guide the web-shaped substrate to a printing area , wherein a displaceably mounted printing table with a negative pressure unit is present in the printing area in order to fix the web-shaped substrate in sections with a negative pressure, and wherein a print head , which is held stationary during the printing process and is configured to apply a printed image to the substrate by means of a displacement of the printing table together with the substrate fixed thereto, is present in the printing area , characterized in that a drying oven is present which is downstream of the printing area in a web transport direction , and in that at least one test unit for testing the web-shaped substrate is present, which is downstream of the printing area in the web transport direction but upstream of the drying oven .
An air-conditioning apparatus comprising at least: a heat-source-side unit equipped with a compressor , a heat-source-side heat exchanger , and a throttle device ; a use-side thermal unit equipped with a use-side fan and a use-side heat exchanger ; dampers to adjust an airflow of an air-conditioned air supplied to air-conditioned target areas; and a control unit that controls rotation of said use-side fan , the control unit comprising an initialization mode, characterized in that when selecting the initialization mode, in which the dampers are fully opened, said control unit operates said use-side fan with a predetermined output to calculate, after the rotation speed of the use-side fan becomes stable, an airflow using an empirical formula f for calculating the airflow and calculates the external static pressure using an empirical formula g for calculating the external static pressure; and after finishing the initialization mode, said control unit controls the rotation of said use-side fan setting the external static pressure stored at said initialization mode as a target. a heat-source-side unit equipped with a compressor , a heat-source-side heat exchanger , and a throttle device ; a use-side thermal unit equipped with a use-side fan and a use-side heat exchanger ; dampers to adjust an airflow of an air-conditioned air supplied to air-conditioned target areas; and a control unit that controls rotation of said use-side fan , the control unit comprising an initialization mode, characterized in that when selecting the initialization mode, in which the dampers are fully opened, said control unit operates said use-side fan with a predetermined output to calculate, after the rotation speed of the use-side fan becomes stable, an airflow using an empirical formula f for calculating the airflow and calculates the external static pressure using an empirical formula g for calculating the external static pressure; and after finishing the initialization mode, said control unit controls the rotation of said use-side fan setting the external static pressure stored at said initialization mode as a target.
An airfoil (270; 370), comprising: a root having a first area; a tip having a second area, wherein the second area is larger than the first area; and a body having a chord bounded by the root and the tip , the body defining a cooling chamber , the body having a first rib substantially perpendicular to the chord and a second rib extending from the tip region toward the root , the second rib terminating at a point in the cooling chamber between the root and the tip ; characterised in that the second rib terminates in an elliptical fillet . a root having a first area; a tip having a second area, wherein the second area is larger than the first area; and a body having a chord bounded by the root and the tip , the body defining a cooling chamber , the body having a first rib substantially perpendicular to the chord and a second rib extending from the tip region toward the root , the second rib terminating at a point in the cooling chamber between the root and the tip ; characterised in that the second rib terminates in an elliptical fillet .
A refrigerator comprising a body ; a compartment which is disposed in the body and wherein the foodstuffs are placed; at least one UV light source which is positioned so as to emit light into the compartment ; a sensor which detects at least one of the operational parameters of the UV light source such as temperature, intensity, ultraviolet wavelength and a control unit which controls the operation of the UV light source , characterized by an inverter which transmits power to the UV light source , a box wherein the inverter is disposed, and wherein the sensor is disposed in the box and measures the temperature of the inverter , and by the control unit which compares the temperature value for the case where the inverter is working so as to energize the UV light source with the temperature value predetermined by the producer for the case where the inverter is not working so as to decide whether the UV light source is malfunctioning or not.
A fixed device user equipment, UE, adapted to machine-to-machine, M2M, messaging, comprising: a memory ; a radio-frequency, RF, transceiver configured to receive a bitmap from an enhanced Node B, the bitmap to indicate to the fixed device when a last system update occurred ; and one or more baseband processors configured to compare the received bitmap with a previously received bitmap stored in the memory to determine if system information of a network has changed; wherein, if the system information has changed, the RF transceiver is configured to retrieve one or more updated system information block, SIB, messages; and wherein the one or more baseband processors are configured to cause the transceiver to perform network access. a memory ; a radio-frequency, RF, transceiver configured to receive a bitmap from an enhanced Node B, the bitmap to indicate to the fixed device when a last system update occurred ; and one or more baseband processors configured to compare the received bitmap with a previously received bitmap stored in the memory to determine if system information of a network has changed; wherein, if the system information has changed, the RF transceiver is configured to retrieve one or more updated system information block, SIB, messages; and wherein the one or more baseband processors are configured to cause the transceiver to perform network access.
Method for assisting during felling of a tree , the method comprising the steps: a) providing a property (EB) of the tree and/or a property (EU) of an environment of the tree , b) obtaining of felling information (Info) related to an ideal felling direction (FR) of the tree based on the provided property (EB, EU), wherein the ideal felling direction (FR) is obtained, wherein the felling information (Info) is based on the obtained felling direction (FR) or is obtained based on the obtained felling direction (FR), and c) outputting the obtained felling information (Info), characterized in that the step a) includes: receiving the property (EB, EU) and/or identifying the property (EB, EU) using optical identification and/or inertial measurement and/or a spirit level and/or a compass and/or local position determination and/or satellite position determination. a) providing a property (EB) of the tree and/or a property (EU) of an environment of the tree , b) obtaining of felling information (Info) related to an ideal felling direction (FR) of the tree based on the provided property (EB, EU), wherein the ideal felling direction (FR) is obtained, wherein the felling information (Info) is based on the obtained felling direction (FR) or is obtained based on the obtained felling direction (FR), and c) outputting the obtained felling information (Info),
A method for producing ceramic dental prosthesis parts by way of a CAD/CAM machining station , comprising the following steps: - providing a disk-shaped ceramic blank ; - attaching the blank in a mounting device of the CAD/CAM machining station so that the blank is surrounded on the circumference thereof; - controlling the CAD/CAM machining station for establishing an initial contact between the blank and the grinding tool in such a way that, due to the rotation of the grinding tool about the longitudinal axis thereof, the entire contact surface between the grinding tool and the blank has relative movement; and - machining the blank by way of the rotating grinding tool, proceeding from the initial contact, to produce the ceramic dental prosthesis parts, characterized in that the blank is attached in the mounting device by way of an adapter, which is made of a material that is softer than the ceramic blank, and in particular made of wood or a plastic material, the grinding tool being introduced into the adapter, and the grinding tool being moved through the adapter to the blank for the initial contact with the blank. - providing a disk-shaped ceramic blank ; - attaching the blank in a mounting device of the CAD/CAM machining station so that the blank is surrounded on the circumference thereof; - controlling the CAD/CAM machining station for establishing an initial contact between the blank and the grinding tool in such a way that, due to the rotation of the grinding tool about the longitudinal axis thereof, the entire contact surface between the grinding tool and the blank has relative movement; and - machining the blank by way of the rotating grinding tool, proceeding from the initial contact, to produce the ceramic dental prosthesis parts,
A method for performing an adjustment of data collected by a surveying instrument operable to gather differing data types and functioning as a total station , a scanner , and a camera , comprising: storing in memory a set of total station observations for a physical site, image data for the site, and scan data for the site; and with a processor , executing computer-executable code defining an overall adjustment to: retrieve the total station observations, the image data, and the scan data; perform a bundle adjustment of the image data; after the bundle adjustment, generate a set of virtual observations from the image data; perform a registration adjustment of the scan data; after the registration adjustment, generate a set of virtual observations from the scan data; and perform a single network adjustment on the total station observations, the virtual observations from the image data, and the virtual observations from the scan data; wherein the overall adjustment further assigns, prior to the performing of the single network adjustment, weighting to the virtual observations from the image data and to the virtual observations from the scan data, and the weighting is taken into account when performing the single network adjustment. storing in memory a set of total station observations for a physical site, image data for the site, and scan data for the site; and with a processor , executing computer-executable code defining an overall adjustment to: retrieve the total station observations, the image data, and the scan data; perform a bundle adjustment of the image data; after the bundle adjustment, generate a set of virtual observations from the image data; perform a registration adjustment of the scan data; after the registration adjustment, generate a set of virtual observations from the scan data; and perform a single network adjustment on the total station observations, the virtual observations from the image data, and the virtual observations from the scan data; retrieve the total station observations, the image data, and the scan data; perform a bundle adjustment of the image data; after the bundle adjustment, generate a set of virtual observations from the image data; perform a registration adjustment of the scan data; after the registration adjustment, generate a set of virtual observations from the scan data; and perform a single network adjustment on the total station observations, the virtual observations from the image data, and the virtual observations from the scan data; wherein the overall adjustment further assigns, prior to the performing of the single network adjustment, weighting to the virtual observations from the image data and to the virtual observations from the scan data, and the weighting is taken into account when performing the single network adjustment.
Use of PEKK for lowering the CO 2 and H 2 S permeability of a part intended to be in contact with a petroleum effluent, wherein the PEKK has a proportion by mass of T units of formula (IB) relative to the sum of the T units and the I units of formula (IA) below of 35% to 100%.
Mechanism for a timepiece, having: a cam , the periphery of which has a notch ; a feeler having an arm provided with a rotation axis and a feeler head provided with a finger designed to feel said periphery, and to drop into the notch when the latter is located next to the finger of the feeler; the feeler being able to pivot about the rotation axis so as to position the finger either in a first position (A) pressed against said periphery of the cam or, by lifting the feeler, in a second position (B) away from said cam, the finger being mounted on the feeler such that its end can move in a first direction with respect to the feeler under the effect of the reaction force exerted by said periphery of the cam when the finger is pressed against this cam set in rotation, the mechanism also having a flexible element provided to move the end of the finger with respect to the feeler in a second direction opposite to the first direction when the finger is not pressed against the periphery of the cam, the mechanism being designed such that the flexible element also moves the end of the finger in the second direction with respect to the feeler when the finger is in the notch. a cam , the periphery of which has a notch ; a feeler having an arm provided with a rotation axis and a feeler head provided with a finger designed to feel said periphery, and to drop into the notch when the latter is located next to the finger of the feeler; the feeler being able to pivot about the rotation axis so as to position the finger either in a first position (A) pressed against said periphery of the cam or, by lifting the feeler, in a second position (B) away from said cam, the finger being mounted on the feeler such that its end can move in a first direction with respect to the feeler under the effect of the reaction force exerted by said periphery of the cam when the finger is pressed against this cam set in rotation, the mechanism also having a flexible element provided to move the end of the finger with respect to the feeler in a second direction opposite to the first direction when the finger is not pressed against the periphery of the cam, the mechanism being designed such that the flexible element also moves the end of the finger in the second direction with respect to the feeler when the finger is in the notch.
A method of bend-breaking a glass plate for bend-breaking and separating an edge portion by causing a pressing body to partially press the edge portion located between a peripheral edge of the glass plate and a cut line formed on the glass plate , comprising the steps of: causing the pressing body to slidingly move or rotatingly move at a predetermined bend-breaking position of the edge portion in a direction oriented from the cut line toward the peripheral edge of the glass plate while the edge portion is being pressed by the pressing body so that a line of contact between the pressing body and the glass plate becomes substantially parallel to the cut line .
A method for controlling a fuel tank arrangement connected to a prime mover for propulsion of a vehicle , wherein the fuel tank arrangement comprises a first and a second fuel tank, the first and second fuel tanks being connected to the prime mover of the vehicle for delivery of fuel to the prime mover and for receiving return flow from the prime mover, the method being characterized by the steps of: - receiving (S1) a signal indicative of an upcoming maintenance event for the first fuel tank ; - determining (S2) a minimum allowable fuel level within the first fuel tank ; if the fuel level in the first fuel tank is above said minimum allowable fuel level: - controlling (S3) at least the first fuel tank to deliver fuel to the prime mover ; and - controlling (S4) the fuel tank arrangement to prevent return flow from the prime mover to the first fuel tank . - receiving (S1) a signal indicative of an upcoming maintenance event for the first fuel tank ; - determining (S2) a minimum allowable fuel level within the first fuel tank ; - controlling (S3) at least the first fuel tank to deliver fuel to the prime mover ; and - controlling (S4) the fuel tank arrangement to prevent return flow from the prime mover to the first fuel tank .