mhurhangee/patent-ind-claim-en huggingface dataset:
A charging device , comprising: a DC-DC converter that is adapted to convert a voltage of DC power which is supplied from an input power supply; a charging circuit that is adapted to charge a secondary battery with a DC voltage that is outputted by the DC-DC converter ; a power supply voltage detecting circuit that is adapted to detect a voltage of the input power supply; an output voltage setting circuit that is adapted to set an output voltage of the DC-DC converter ; and a control device that is adapted to control the charging circuit and the output voltage setting circuit , based on the voltage of the input power supply, characterized in that the control device is adapted to increase the output voltage of the DC-DC converter by a predetermined voltage in a stepwise manner while monitoring the voltage of the input power supply, and in response to the voltage of the input power supply being decreased to a first threshold or less at a time point before the output voltage of the DC-DC converter increases to a rated charging voltage, the control device is adapted to keep the output voltage of the DC-DC converter at a voltage that is one step lower than the output voltage of the DC-DC converter at the time point. a DC-DC converter that is adapted to convert a voltage of DC power which is supplied from an input power supply; a charging circuit that is adapted to charge a secondary battery with a DC voltage that is outputted by the DC-DC converter ; a power supply voltage detecting circuit that is adapted to detect a voltage of the input power supply; an output voltage setting circuit that is adapted to set an output voltage of the DC-DC converter ; and a control device that is adapted to control the charging circuit and the output voltage setting circuit , based on the voltage of the input power supply, characterized in that the control device is adapted to increase the output voltage of the DC-DC converter by a predetermined voltage in a stepwise manner while monitoring the voltage of the input power supply, and in response to the voltage of the input power supply being decreased to a first threshold or less at a time point before the output voltage of the DC-DC converter increases to a rated charging voltage, the control device is adapted to keep the output voltage of the DC-DC converter at a voltage that is one step lower than the output voltage of the DC-DC converter at the time point.
Method for preparing, by a calefaction technique, a composite material consisting of a matrix made of at least one first oxide of at least one metal and/or at least one metalloid reinforced by reinforcements made of at least one second oxide of at least one metal and/or at least one metalloid, characterised in that the following successive steps are carried out: - the reinforcements are disposed in at least one liquid precursor of the first oxide of at least one metal and/or at least one metalloid; - said reinforcements and the liquid precursor are heated, so as to form the first oxide by thermal decomposition of said liquid precursor, and to deposit the first oxide thus formed around the reinforcements and between the reinforcements thus forming the matrix. - the reinforcements are disposed in at least one liquid precursor of the first oxide of at least one metal and/or at least one metalloid; - said reinforcements and the liquid precursor are heated, so as to form the first oxide by thermal decomposition of said liquid precursor, and to deposit the first oxide thus formed around the reinforcements and between the reinforcements thus forming the matrix.
System for preparing the installation of a water pipe in the area of a lead-through through a wall layer, in particular a front-wall, wherein a connection piece is provided for connecting the water pipe, - with a sealing plug for temporary watertight sealing of the connection pipe and - with a sealing sleeve that can be sealingly mounted on the connection pipe , - wherein the sealing sleeve has, at least in sections, an inner diameter larger than the outer diameter of the sealing plug , - wherein the sealing plug has, at the end facing the connection piece , an external thread for screwing into an internal thread of the connection piece , and - wherein the sealing sleeve comprises a sealing means for sealingly engaging the outside of the connector , and - wherein the sealing plug has an external thread at the end facing away from the connection pipe , characterised in - that the sealing sleeve has an internal thread at the end facing away from the connection piece , matching the external thread of the sealing plug . - with a sealing plug for temporary watertight sealing of the connection pipe and - with a sealing sleeve that can be sealingly mounted on the connection pipe , - wherein the sealing sleeve has, at least in sections, an inner diameter larger than the outer diameter of the sealing plug , - wherein the sealing plug has, at the end facing the connection piece , an external thread for screwing into an internal thread of the connection piece , and - wherein the sealing sleeve comprises a sealing means for sealingly engaging the outside of the connector , and - wherein the sealing plug has an external thread at the end facing away from the connection pipe , characterised in - that the sealing sleeve has an internal thread at the end facing away from the connection piece , matching the external thread of the sealing plug .
Autonomous lawnmower having a signal processing apparatus with at least one signal capture unit which is intended to capture at least one digital receive signal , and having at least one computing unit which is intended to process the at least one digital receive signal , wherein the digital receive signal is transmitted by a charging station, wherein a boundary cable connected to the charging station bounds a closed working area and transmits the digital receive signal , and wherein the signal processing apparatus is intended to determine, with the aid of the digital receive signal , whether it is within the working area, characterized in that the at least one computing unit comprises at least one digital phase locked loop which is intended to couple the phase of at least one pattern signal to the at least one digital receive signal , wherein the at least one computing unit is intended to set a capture time of the digital receive signal on the basis of a signal edge time of the digital receive signal and is intended to shift the capture time in the direction of a centre of a bit to be captured of the digital receive signal on the basis of the signal edge time of the digital receive signal .
A method for scheduling operation of instances of actors (A1, A2, A3, A4, A5, A6) on a runtime environment during a time period, the method being performed by a scheduler , the method comprising: obtaining (S102) a total amount of available resource units for each of the instances to use during the time period; obtaining (S104) an estimated usage of resource units per instance for the time period; and scheduling (S106) operation of the instances during the time period such that the estimated usage of resource units per instance is within each respective total amount of available resource units. obtaining (S102) a total amount of available resource units for each of the instances to use during the time period; obtaining (S104) an estimated usage of resource units per instance for the time period; and scheduling (S106) operation of the instances during the time period such that the estimated usage of resource units per instance is within each respective total amount of available resource units.
An apparatus, comprising: means for determining, by a first network node of a communication network, a scheduling policy for data packet communications with a user equipment , wherein the user equipment is configured to use an enhanced type of service for multi connectivity operation in the communication network, wherein said enhanced type of service for multi connectivity operation is multi connectivity with data duplication; and means, based on the determining, for creating, by the first network node , a different scheduling policy for a second network node associated with the multi connectivity operation as a differentiated scheduling policy, and means for sending, from the first network node , to the second network node , information comprising the differentiated scheduling policy for scheduling duplicate data packets associated with the multi connectivity operation that are received at the second network node , wherein the differentiated scheduling policy comprises at least one of a priority level target and a block error ratio target for the scheduling at the second network node . means for determining, by a first network node of a communication network, a scheduling policy for data packet communications with a user equipment , wherein the user equipment is configured to use an enhanced type of service for multi connectivity operation in the communication network, wherein said enhanced type of service for multi connectivity operation is multi connectivity with data duplication; and means, based on the determining, for creating, by the first network node , a different scheduling policy for a second network node associated with the multi connectivity operation as a differentiated scheduling policy, and means for sending, from the first network node , to the second network node , information comprising the differentiated scheduling policy for scheduling duplicate data packets associated with the multi connectivity operation that are received at the second network node , wherein the differentiated scheduling policy comprises at least one of a priority level target and a block error ratio target for the scheduling at the second network node .
Electrical fuse element comprising, - a switchable load path and - a switchable fuse path , wherein - the load path and the fuse path with their respective inputs are shortcircuited with each other, characterized in that, - the load path and the fuse path are in operative connection with one another in such a way that an electrical opening of the load path causes an electrical closing of the fuse path and - a fuse arranged in the fuse path triggers at the moment of closing of the fuse path . - a switchable load path and - a switchable fuse path , wherein - the load path and the fuse path with their respective inputs are shortcircuited with each other, - the load path and the fuse path are in operative connection with one another in such a way that an electrical opening of the load path causes an electrical closing of the fuse path and - a fuse arranged in the fuse path triggers at the moment of closing of the fuse path .
A photomask comprising: a first unit including a first shielding mask pattern provided on a first substrate, wherein the surface of the first unit provided with the first shielding mask pattern is defined as a first surface; an intermediate layer provided on the first surface; a second unit provided on the intermediate layer, the second unit including a second shielding mask pattern provided on a second substrate, wherein the surface of the second unit provided with the second shielding mask pattern is defined as a second surface; and a transparent planarization layer located on the surface of the second unit opposite to the surface provided with the intermediate layer, characterized in that the first substrate and the second substrate are each flexible substrates, and in that the intermediate layer and the transparent planarization layer include the same siloxane-based resin. a first unit including a first shielding mask pattern provided on a first substrate, wherein the surface of the first unit provided with the first shielding mask pattern is defined as a first surface; an intermediate layer provided on the first surface; a second unit provided on the intermediate layer, the second unit including a second shielding mask pattern provided on a second substrate, wherein the surface of the second unit provided with the second shielding mask pattern is defined as a second surface; and a transparent planarization layer located on the surface of the second unit opposite to the surface provided with the intermediate layer, characterized in that the first substrate and the second substrate are each flexible substrates, and in that the intermediate layer and the transparent planarization layer include the same siloxane-based resin.
A compound of formula (I) for use in the treatment of cancer, wherein R 1 , R 2 , R 3 are independently hydrogen, halogen, hydroxyl, alkoxyalkyl containing a total of 1 to 4 carbon atoms, amino, aminoalkyl containing a total of 1 to 4 carbon atoms, aminodialkyl containing a total of 2 to 8 carbon atoms, and wherein at least one of R 1 , R2, R 3 is not H; A and are phenyl. R 1 , R 2 , R 3 are independently hydrogen, halogen, hydroxyl, alkoxyalkyl containing a total of 1 to 4 carbon atoms, amino, aminoalkyl containing a total of 1 to 4 carbon atoms, aminodialkyl containing a total of 2 to 8 carbon atoms, and wherein at least one of R 1 , R2, R 3 is not H; A and are phenyl.
Seating furniture , in particular an armchair or sofa, with at least one backrest , at least one headrest and at least one headrest adjustment , wherein the headrest is held adjustable via the headrest adjustment relative to the at least one backrest at least from a lower position into an upper position, wherein the headrest adjustment has two height-adjustable positioning struts bearing the headrest and each guided via a separate guide for adjusting the at least one headrest from the lower position into the upper position and back, wherein the guides each have a gear rack element and a gear wheel element meshing with the gear rack element when adjusting the headrest from the lower position to the upper position and back, and wherein the gear wheel elements are connected to one another in a torsion-resistant manner via a synchronous strut , characterised in that at least one gear wheel element is formed to engage behind one of the gear rack elements in a form-fitting manner, while the headrest is adjusted from the lower position into the upper position and back.
A device constructed and arranged to remove personally identifiable data, the device comprising: a sensor configured to acquire monitoring data; a storage device; at least one processor ; and at least one memory comprising computer program code, the at least one memory and the computer program code configured to, with the at least one processor , cause the at least one processor to: store monitoring data acquired by the sensor , the monitoring data stored in the storage device including personally identifiable data relating to one or more individuals being monitored; process the monitoring data acquired by the sensor to remove the personally identifiable data by at least one of abstraction or redaction while the monitoring data is stored in the storage device; transmit the processed monitoring data, from which the personally identifiable data has been removed, external to the device ; and delete the monitoring data from the storage device in response to the processed monitoring data, from which the personally identifiable data has been removed, being transmitted external to the device . a sensor configured to acquire monitoring data; a storage device; at least one processor ; and at least one memory comprising computer program code, the at least one memory and the computer program code configured to, with the at least one processor , cause the at least one processor to: store monitoring data acquired by the sensor , the monitoring data stored in the storage device including personally identifiable data relating to one or more individuals being monitored; process the monitoring data acquired by the sensor to remove the personally identifiable data by at least one of abstraction or redaction while the monitoring data is stored in the storage device; transmit the processed monitoring data, from which the personally identifiable data has been removed, external to the device ; and delete the monitoring data from the storage device in response to the processed monitoring data, from which the personally identifiable data has been removed, being transmitted external to the device . store monitoring data acquired by the sensor , the monitoring data stored in the storage device including personally identifiable data relating to one or more individuals being monitored; process the monitoring data acquired by the sensor to remove the personally identifiable data by at least one of abstraction or redaction while the monitoring data is stored in the storage device; transmit the processed monitoring data, from which the personally identifiable data has been removed, external to the device ; and delete the monitoring data from the storage device in response to the processed monitoring data, from which the personally identifiable data has been removed, being transmitted external to the device .
An arrangement configured to calibrate latency of a processing device between an input interface and an output interface, said arrangement comprising: - a generator of a calibrated output to be output by the processing device through the output interface as an output event; - a sensor configured to capture the calibrated output and send it to a processing unit of the processing device through the input interface; wherein the sensor is an optical sensor; wherein the input interface is a port of the computer device adapted to receive datasets from computer mice; and wherein the calibrated output is a two-dimensional periodic image configured to move on a screen of the processing device relatively to the optical sensor. - a generator of a calibrated output to be output by the processing device through the output interface as an output event; - a sensor configured to capture the calibrated output and send it to a processing unit of the processing device through the input interface;
An apparatus for an entryway comprising: a sheet of material having a top, a bottom, a left side, and a right side, a sleeve at the top of the sheet of material, the sheet of material having an opening extending to the bottom of the sheet of material between the left side and the right side of the sheet of material from a position below the sleeve, the opening having a left seam and a right seam ; a first magnet positioned at the left seam of the opening; a second magnet positioned at the right seam of the opening, wherein the first and second magnets are magnetically coupled; and a cross member having a first end and a second end, the cross member constructed and arranged to positioned in the sleeve, the cross member including a first securing mechanism at the first end and a second securing mechanism at the second end, the first securing mechanism and the second securing mechanism constructed and arranged to secure the cross member to body portions of a first vertical pole and a second vertical pole respectively, characterised in that said cross member is a variable-length cross member. a sheet of material having a top, a bottom, a left side, and a right side, a sleeve at the top of the sheet of material, the sheet of material having an opening extending to the bottom of the sheet of material between the left side and the right side of the sheet of material from a position below the sleeve, the opening having a left seam and a right seam ; a first magnet positioned at the left seam of the opening; a second magnet positioned at the right seam of the opening, wherein the first and second magnets are magnetically coupled; and a cross member having a first end and a second end, the cross member constructed and arranged to positioned in the sleeve, the cross member including a first securing mechanism at the first end and a second securing mechanism at the second end, the first securing mechanism and the second securing mechanism constructed and arranged to secure the cross member to body portions of a first vertical pole and a second vertical pole respectively, characterised in that said cross member is a variable-length cross member.
A damped hinge assembly comprising a hinge unit including a hinge cup with a flange and a damping unit wherein the damping unit comprises a pair of resiliently flexible arms extending therefrom, each arm comprising respectively, either a hole or a pin which defines a rotational axis, to allow relative pivotal movement between the units , wherein the rotational axis is movable along a curved path with respect to the arms respectively to the hinge cup , the arms respectively the hinge cup comprising means for guiding the movement of the rotational axis along said curved path , wherein the hinge cup comprises the other of a pair of pins or a pair of holes , such that the pins are engageable in the holes so as to connect the units together and which also serve in securing the damper unit to the hinge unit, such that the two units are connected together for transportation and handling, and so as to permit the units to move relative to one another between a transit state which allows access for securement of the hinge unit to a door or other element and a working position in which the damping unit is operative to provide resistance to movement of said door or other element.
Device for fixing a pushing element to a rail of a pull-out guide , comprising: - a pushing element having an adapter on which a bearing surface is formed; - a rail of a pull-out guide , which at least partially rests on the bearing surface of the adapter ; - a holder which embraces an end section of the adapter and an end of the rail or a component connected to the rail ; characterized in that a latching projection is formed integrally with the adapter or the rail and engages in a latch receiver on the rail or the adapter . - a pushing element having an adapter on which a bearing surface is formed; - a rail of a pull-out guide , which at least partially rests on the bearing surface of the adapter ; - a holder which embraces an end section of the adapter and an end of the rail or a component connected to the rail ;