mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode for electrolysis comprising: a conductive substrate; and a catalyst layer formed on a surface of the conductive substrate, wherein the catalyst layer comprises ruthenium element, iridium element, titanium element, and at least one first transition metal element selected from the group consisting of Sc, V, Cr, Fe, Co, Ni, Cu, and Zn, a content ratio of the first transition metal element contained in the catalyst layer based on 1 mol of the titanium element is 0.25 mol % or more and less than 3.4 mol %, and a D value being an indicator of an electric double layer capacitance of the electrode for electrolysis, determined as described in the description, is 120 C/m 2 or more and 420 C/m 2 or less. a conductive substrate; and a catalyst layer formed on a surface of the conductive substrate, wherein the catalyst layer comprises ruthenium element, iridium element, titanium element, and at least one first transition metal element selected from the group consisting of Sc, V, Cr, Fe, Co, Ni, Cu, and Zn, a content ratio of the first transition metal element contained in the catalyst layer based on 1 mol of the titanium element is 0.25 mol % or more and less than 3.4 mol %, and a D value being an indicator of an electric double layer capacitance of the electrode for electrolysis, determined as described in the description, is 120 C/m 2 or more and 420 C/m 2 or less.
A system comprising: a plurality of sensors and, for each sensor, a respective sensor controller of a plurality of sensor controllers , wherein each sensor controller is configured to implement a respective decimation filter that is configured to generate a single output value from multiple input samples generated by a corresponding sensor of the plurality of sensors , wherein a master sensor controller of the plurality of sensor controllers is configured to generate a sync signal upon the master sensor controller receiving a threshold number of input samples from a corresponding sensor of the master sensor controller, and wherein each sensor controller other than the master sensor controller is configured to monitor sync signals generated by the master sensor controller and to provide the single output value generated from the multiple input samples generated by the corresponding sensor upon determining that the master sensor controller generated a sync signal. a plurality of sensors and, for each sensor, a respective sensor controller of a plurality of sensor controllers , wherein each sensor controller is configured to implement a respective decimation filter that is configured to generate a single output value from multiple input samples generated by a corresponding sensor of the plurality of sensors , wherein a master sensor controller of the plurality of sensor controllers is configured to generate a sync signal upon the master sensor controller receiving a threshold number of input samples from a corresponding sensor of the master sensor controller, and wherein each sensor controller other than the master sensor controller is configured to monitor sync signals generated by the master sensor controller and to provide the single output value generated from the multiple input samples generated by the corresponding sensor upon determining that the master sensor controller generated a sync signal.
A polypeptide, which consists of one or more same or different amino acid sequences as shown by any one of SEQ ID NOs: 10-12.
A wireless bearing monitoring system with a mobile measuring device for vehicles, agricultural and industrial machinery, which system comprises at least one measuring device and an online device, and a Wi-Fi network for communication between the measuring device and the online device; the measuring device comprising a housing equipped with sensors, the housing contains a two-sided printed circuit board , and a microcontroller , an ambient temperature and humidity sensor and an acceleration sensor are connected to the upper side of the printed circuit board , further comprising a charging unit on the lower side, to which a battery is connected, furthermore, an infrared temperature sensor and a vibration sensor connected to the printed circuit board , and the measuring device is provided with a vent plug ; the connection between the sensors and the microcontroller is established via the printed circuit board , the signals received by the microcontroller are processed and then transmitted to the online device, characterized in that the infrared temperature sensor is located at the end of a flexible hose connected to a side wall of the housing , and is connected to the printed circuit board by an electrical wire led through the hose , the vibration sensor fixed to the inside of the bottom of the housing is also connected to the printed circuit board by electrical wire ; further comprising at least two magnets on the outside of the bottom of the housing , one of the magnets is connected to the charging unit by electrical wire , furthermore, another magnet is equipped with electrical wire providing the ground, the magnets are fixed to the housing in an unreleasable manner, and the magnets fix the housing to the surface of a vehicle in a releasable manner.
A method for controlling a lateral position of a printing material web , wherein the printing material web is brought to a specified lateral position by means of an adjusting device upstream of a first print position and wherein at least one web edge is detected by means of at least one sensor for controlling the lateral position of the printing material web , wherein at least a portion of a print image can also be detected by means of the sensor for detecting the lateral position of at least one web edge , in order to monitor or control the color register and/or the color density and/or the fan-out-effect by means of a computing device , which is in each case connected to the sensor and to the adjusting device .
A base station comprising: a transmitter that transmits a first wireless signal to a mobile station , wherein the first wireless signal is a wireless reference signal; a receiver that receives a second wireless signal transmitted from the mobile station; an acquiring unit that acquires reception information indicating a reception state of the first wireless signal at the mobile station, from the second wireless signal received by the receiver; a determining unit that based on the reception information acquired by the acquiring unit, determines a repetition count of a fourth wireless signal to be transmitted; and a lookup table that has an index value associated with the repetition count, wherein the base station acquires from the lookup table, the index value associated with the repetition count, and the base station uses the transmitter to transmit, using a different physical channel than a physical channel used for transmitting the first wireless signal, a third wireless signal that includes the index value associated with the repetition count of the fourth wireless signal, to the mobile station and notify the mobile station of the index value. a transmitter that transmits a first wireless signal to a mobile station , wherein the first wireless signal is a wireless reference signal; a receiver that receives a second wireless signal transmitted from the mobile station; an acquiring unit that acquires reception information indicating a reception state of the first wireless signal at the mobile station, from the second wireless signal received by the receiver; a determining unit that based on the reception information acquired by the acquiring unit, determines a repetition count of a fourth wireless signal to be transmitted; and a lookup table that has an index value associated with the repetition count, wherein the base station acquires from the lookup table, the index value associated with the repetition count, and the base station uses the transmitter to transmit, using a different physical channel than a physical channel used for transmitting the first wireless signal, a third wireless signal that includes the index value associated with the repetition count of the fourth wireless signal, to the mobile station and notify the mobile station of the index value.
A dental curing light device comprising: a single piece body extending from a proximal end to a distal end, the single piece body including a head portion extending to the distal end and a gripping handle portion extending to the proximal end, wherein the gripping handle portion is sized and configured for a dental practitioner to hold and manipulate with the hand, the entirety of the single piece body comprising a single piece of thermally conductive material so as to eliminate seams within the single piece body , the single piece body having an internal cavity extending at least partially between the proximal end and the distal end; an electronics assembly housed within the internal cavity ; and one or more light emitting diode dies disposed at the head portion at the distal end of the single piece body , such that heat generated during use of the one or more light emitting diode dies is dissipated into the single piece body , which acts as a heat sink for the one or more light emitting diode dies . a single piece body extending from a proximal end to a distal end, the single piece body including a head portion extending to the distal end and a gripping handle portion extending to the proximal end, wherein the gripping handle portion is sized and configured for a dental practitioner to hold and manipulate with the hand, the entirety of the single piece body comprising a single piece of thermally conductive material so as to eliminate seams within the single piece body , the single piece body having an internal cavity extending at least partially between the proximal end and the distal end; an electronics assembly housed within the internal cavity ; and one or more light emitting diode dies disposed at the head portion at the distal end of the single piece body , such that heat generated during use of the one or more light emitting diode dies is dissipated into the single piece body , which acts as a heat sink for the one or more light emitting diode dies .
An atomizer, comprising: a heating wire ; a plurality of fixing screws ; a fixed seat having a central seat axis; an insulation ring ; and a positive connector ; wherein: the plurality of fixing screws is configured to fix the heating wire on the fixed seat ; the plurality of fixing screws is configured to lock a negative lead of the heating wire on a negative-connecting portion of the fixed seat ; the insulating ring is installed in the fixed seat to isolate a positive lead of the heating wire from the fixed seat ; the positive connector is installed into the insulation ring and is connected to the positive lead of the heating wire ; the positive lead of the heating wire is locked on the positive connector by the plurality of fixing screws ; and the heating wire extends along a central wire axis in a helical configuration; characterised in that the heating wire is disposed in such a way that the central wire axis is perpendicular to the central seat axis and a direction extending from the positive connector to the negative-connecting portion, wherein the direction is perpendicular to the central seat axis. a heating wire ; a plurality of fixing screws ; a fixed seat having a central seat axis; an insulation ring ; and a positive connector ; the plurality of fixing screws is configured to fix the heating wire on the fixed seat ; the plurality of fixing screws is configured to lock a negative lead of the heating wire on a negative-connecting portion of the fixed seat ; the insulating ring is installed in the fixed seat to isolate a positive lead of the heating wire from the fixed seat ; the positive connector is installed into the insulation ring and is connected to the positive lead of the heating wire ; the positive lead of the heating wire is locked on the positive connector by the plurality of fixing screws ; and the heating wire extends along a central wire axis in a helical configuration; characterised in that the heating wire is disposed in such a way that the central wire axis is perpendicular to the central seat axis and a direction extending from the positive connector to the negative-connecting portion, wherein the direction is perpendicular to the central seat axis.
An iron comprising a body ; a tank which is filled with water so as to generate steam; a housing which is provided on the tank and wherein the body is placed; a cavity which is provided at the rear side of the housing and which is used for locking the rear side of the body ; and a locking mechanism which is provided on the housing and which enables the body to be locked onto the tank , wherein the locking mechanism has an actuation member which is actuated by the user, a movement member with one end connected to the actuation member and the other end extending towards the housing , at least two locking arms which enable the soleplate of the body to be fixed, a connection member with one end connected to the movement member and the other end to the locking arm , which enables the movement of the movement member to be transferred to the locking arms , at least one spring which is connected to the movement member , characterized in that the iron further comprises a claw which is provided on the movement member , a recess which is positioned so as to align with the claw , and the locking mechanism which enables the locking arms to be fixed as the claw engages with the recess when the locking mechanism is in the first position.
A charging pile system of parallel charging piles, wherein the charging pile system comprises at least two charging piles , a charging plug is disposed on each charging pile, the charging plug is configured to charge load, and the charging plug comprises a power cable and a communications cable , wherein a charging plug socket is further disposed on at least one charging pile, one end of the charging plug socket is connected to a power unit inside the charging pile on which the charging plug socket is disposed, and the other end of the charging plug socket is configured to be connected to a charging plug that is on another charging pile and that is inserted into the charging pile on which the charging plug is disposed; and when one charging pile on which the charging plug socket is disposed charges the load and a power requirement of the load is greater than power output of the one charging pile that charges the current load and on which the charging plug socket is disposed, the one charging pile is configured to insert the charging plug on the another charging pile in the charging pile system into the charging pile on which the charging plug socket is disposed, so that the power output of the charging pile that charges the current load meets the power requirement of the current load.
A computer-implemented method for creating and using stability proxies for hydrocarbon operations in a subsurface region comprising: obtaining a simulation model associated with a portion of a reservoir, one or more wells and production facilities, the simulation model includes a plurality of objects, wherein each of the plurality of objects represents a portion of a well or a production facility network and the plurality of objects include one or more of a node object (401 to 409), a connection object (411 to 418) and any combination thereof; creating a stability proxy for each of the plurality of objects to form stability proxies, wherein the stability proxy is a one-dimensional table with one or more columns associated with values for fluid flow within the respective objects, wherein columns of parameters in the stability proxy table include node pressure, mass rates of flow through the node object, and/or phase rates of flow through the node object and, wherein columns of parameters in the stability proxy table are pressure at an upstream node object (401 to 409), pressure at the downstream node object (401 to 409), mass rates of flow through the connection object (411 to 418), and phase rates of flow through the connection object (411 to 418); determining initialization parameters for the well and production facility network based on the created stability proxies; performing a reservoir simulation based on the initialization parameters; and outputting the simulation results, wherein the simulation results comprise one or more of pressure, injection flow rate, production flow rate and any combination thereof. obtaining a simulation model associated with a portion of a reservoir, one or more wells and production facilities, the simulation model includes a plurality of objects, wherein each of the plurality of objects represents a portion of a well or a production facility network and the plurality of objects include one or more of a node object (401 to 409), a connection object (411 to 418) and any combination thereof; creating a stability proxy for each of the plurality of objects to form stability proxies, wherein the stability proxy is a one-dimensional table with one or more columns associated with values for fluid flow within the respective objects, wherein columns of parameters in the stability proxy table include node pressure, mass rates of flow through the node object, and/or phase rates of flow through the node object and, wherein columns of parameters in the stability proxy table are pressure at an upstream node object (401 to 409), pressure at the downstream node object (401 to 409), mass rates of flow through the connection object (411 to 418), and phase rates of flow through the connection object (411 to 418); determining initialization parameters for the well and production facility network based on the created stability proxies; performing a reservoir simulation based on the initialization parameters; and outputting the simulation results, wherein the simulation results comprise one or more of pressure, injection flow rate, production flow rate and any combination thereof.
A floor cleaning machine for cleaning a surface, the floor cleaning machine comprising: a body ; an actuator supported by the body ; a distribution nozzle supported by the body ; and a supply tank assembly coupled to the body in fluid communication with the distribution nozzle ; wherein the floor cleaning machine is operable in a first mode to wash the surface, is operable in a second mode to sanitize the surface, and is operable in a third mode to rinse the surface; and wherein the actuator is manually operable to switch between the first mode, the second mode, and the third mode, and characterized in that the distribution nozzle delivers a first cleaning solution onto the surface when the floor cleaning machine is in the first mode, and wherein the distribution nozzle delivers a second cleaning solution that is different than the first cleaning solution onto the surface when the floor cleaning machine is in the second mode and wherein the first cleaning solution includes a detergent and the second cleaning solution includes a sanitizer. a body ; an actuator supported by the body ; a distribution nozzle supported by the body ; and a supply tank assembly coupled to the body in fluid communication with the distribution nozzle ; wherein the floor cleaning machine is operable in a first mode to wash the surface, is operable in a second mode to sanitize the surface, and is operable in a third mode to rinse the surface; and wherein the actuator is manually operable to switch between the first mode, the second mode, and the third mode, and characterized in that the distribution nozzle delivers a first cleaning solution onto the surface when the floor cleaning machine is in the first mode, and wherein the distribution nozzle delivers a second cleaning solution that is different than the first cleaning solution onto the surface when the floor cleaning machine is in the second mode and wherein the first cleaning solution includes a detergent and the second cleaning solution includes a sanitizer.
A body structure of an electric guitar , comprising: a body formed of a back member with a front surface and a top member , the body comprising: a first chamber ; a second chamber spaced apart from the first chamber ; and a slit that connects the first chamber and the second chamber to each other, wherein the first chamber and the second camber are formed in the back member in a region of the body other than the region to which a neck , a bridge , electromagnetic pickups and controllers are attached, when viewed from the thickness direction of the body , characterized in that the top member is superimposed on the front surface of the back member so that the first chamber , the second camber , and the slit do not open to outside of the body . a body formed of a back member with a front surface and a top member , the body comprising: a first chamber ; a second chamber spaced apart from the first chamber ; and a slit that connects the first chamber and the second chamber to each other, wherein a first chamber ; a second chamber spaced apart from the first chamber ; and a slit that connects the first chamber and the second chamber to each other, wherein the first chamber and the second camber are formed in the back member in a region of the body other than the region to which a neck , a bridge , electromagnetic pickups and controllers are attached, when viewed from the thickness direction of the body , characterized in that the top member is superimposed on the front surface of the back member so that the first chamber , the second camber , and the slit do not open to outside of the body .