mhurhangee/patent-ind-claim-en huggingface dataset:
A linear actuator comprising: a coil that is movably provided; a magnetic body that is provided to move integrally with the coil ; a first yoke that extends outside of the coil ; a second yoke that is surrounded by the coil , extends, and is opposed to the first yoke ; and a magnet that forms a magnetic field between the first yoke and the second yoke , wherein the magnetic body that has a first leg portion and a second leg portion extending along an axis of the coil , respectively, and has a bottom portion connecting the first leg portion and the second leg portion , and the first leg portion extends from the bottom portion through an inside of the coil in an axis direction of the coil and the second leg portion extends in the axis direction of the coil passing from the bottom portion through an outside of the coil , and the first yoke and the second yoke respectively have a first support portion and a second support portion , the first support portion and the second support portion supporting each end portion of the first leg portion and the second leg portion of the magnetic body in a stop state, wherein the first support portion and the second support portion have magnetic polarities opposite to each other. a coil that is movably provided; a magnetic body that is provided to move integrally with the coil ; a first yoke that extends outside of the coil ; a second yoke that is surrounded by the coil , extends, and is opposed to the first yoke ; and a magnet that forms a magnetic field between the first yoke and the second yoke , wherein the magnetic body that has a first leg portion and a second leg portion extending along an axis of the coil , respectively, and has a bottom portion connecting the first leg portion and the second leg portion , and the first leg portion extends from the bottom portion through an inside of the coil in an axis direction of the coil and the second leg portion extends in the axis direction of the coil passing from the bottom portion through an outside of the coil , and the first yoke and the second yoke respectively have a first support portion and a second support portion , the first support portion and the second support portion supporting each end portion of the first leg portion and the second leg portion of the magnetic body in a stop state, wherein the first support portion and the second support portion have magnetic polarities opposite to each other.
A drop-on-demand printing method comprising performing the following steps in a printing head: - discharging a first primary drop of a first liquid from a first nozzle outlet to move along a first path (pA) with a first speed; - discharging a second primary drop of a second liquid from a second nozzle outlet to move along a second path (pB) with a second speed, lower than the first speed, wherein the second path (pB) is inclined with respect to the first path (pB) along an axis inclined at an angle (α) from 3 to 60 degrees and crosses the first path (pA) at a connection point; - controlling the flight of the first primary drop and the second primary drop to combine the first primary drop with the second primary drop into a combined drop at the connection point so that a chemical reaction is initiated between the first liquid of the first primary drop and the second liquid of the second primary drop; characterised in that the method further comprises - applying electric charge to the combined drop; - wherein the path of flight (pC) of the combined drop is altered no more than 20 degrees from the axis of the path of flight (pA) of the first primary drop; and - controlling the path of flight (pC) of the combined drop with applied electric charge by deflecting electrodes. - discharging a first primary drop of a first liquid from a first nozzle outlet to move along a first path (pA) with a first speed; - discharging a second primary drop of a second liquid from a second nozzle outlet to move along a second path (pB) with a second speed, lower than the first speed, wherein the second path (pB) is inclined with respect to the first path (pB) along an axis inclined at an angle (α) from 3 to 60 degrees and crosses the first path (pA) at a connection point; - controlling the flight of the first primary drop and the second primary drop to combine the first primary drop with the second primary drop into a combined drop at the connection point so that a chemical reaction is initiated between the first liquid of the first primary drop and the second liquid of the second primary drop; characterised in that the method further comprises - applying electric charge to the combined drop; - wherein the path of flight (pC) of the combined drop is altered no more than 20 degrees from the axis of the path of flight (pA) of the first primary drop; and - controlling the path of flight (pC) of the combined drop with applied electric charge by deflecting electrodes.
A laminating apparatus for a curved screen, comprising a base , an elastic component, a backing plate and a flexible pressing mold , wherein: the backing plate is arranged above the base , one end of the elastic component is connected to the backing plate , the flexible pressing mold covers the backing plate , and the flexible pressing mold has a curved surface curving away from the base , and adapted to a shape of the curved screen; and the base comprises a main body and two side beams connected to two sides of the main body , each of the side beams is provided with a groove and a supporting part extending along a length direction thereof, and two sides of the flexible pressing mold extend outward to cover the two supporting parts of the two side beams respectively and extend into the two grooves of the two side beams respectively; wherein the laminating apparatus further comprises a supporting platform located below the base , and the elastic component is arranged on the supporting platform ; and wherein the main body of the base has an opening disposed in the middle thereof, one end of the elastic component is connected to the supporting platform , and the other end of the elastic component is connected with the backing plate through the opening of the main body of the base . the backing plate is arranged above the base , one end of the elastic component is connected to the backing plate , the flexible pressing mold covers the backing plate , and the flexible pressing mold has a curved surface curving away from the base , and adapted to a shape of the curved screen; and the base comprises a main body and two side beams connected to two sides of the main body , each of the side beams is provided with a groove and a supporting part extending along a length direction thereof, and two sides of the flexible pressing mold extend outward to cover the two supporting parts of the two side beams respectively and extend into the two grooves of the two side beams respectively; wherein the laminating apparatus further comprises a supporting platform located below the base , and the elastic component is arranged on the supporting platform ; and wherein the main body of the base has an opening disposed in the middle thereof, one end of the elastic component is connected to the supporting platform , and the other end of the elastic component is connected with the backing plate through the opening of the main body of the base .
A method for analysing process data related to a segment of a production process; providing a process data sequence of the segment of the production process exhibiting a data pattern of at least one process variable to be analysed ; providing a set of metadata of the segment of the production process related to the provided process data sequence , wherein the metadata include data related to a batch production process; determining process data sequences based on the provided set of metadata of the segment of the production process , wherein the metadata are stored in a first database; determining a start timestamp and end timestamp of each of the determined process data sequence , based on the first database ; and calculating a similarity value of a sub interval of each of the determined process data sequences compared to the provided process data sequence , based on the data pattern of the at least one process variable, wherein characteristic shapes of the determined process data sequences are determined to define the sub interval for each of the determined process data sequences, and wherein the determined process data sequences for the calculation are provided, based on the related start timestamps and end timestamps, by accessing a second database comprising the process data sequences, for analysing the process data to select a batch with a quality problem or an undesirable event. providing a process data sequence of the segment of the production process exhibiting a data pattern of at least one process variable to be analysed ; providing a set of metadata of the segment of the production process related to the provided process data sequence , wherein the metadata include data related to a batch production process; determining process data sequences based on the provided set of metadata of the segment of the production process , wherein the metadata are stored in a first database; determining a start timestamp and end timestamp of each of the determined process data sequence , based on the first database ; and calculating a similarity value of a sub interval of each of the determined process data sequences compared to the provided process data sequence , based on the data pattern of the at least one process variable, wherein characteristic shapes of the determined process data sequences are determined to define the sub interval for each of the determined process data sequences, and wherein the determined process data sequences for the calculation are provided, based on the related start timestamps and end timestamps, by accessing a second database comprising the process data sequences, for analysing the process data to select a batch with a quality problem or an undesirable event.
A light emitting diode (EE), comprising: a first electrode (EL1); a second electrode (EL2) opposite the first electrode (EL1); an emission layer (EML) between the first electrode (EL1) and the second electrode (EL2), the emission layer (EML) comprising a quantum dot (QD); a first charge transfer layer (CTL1) between the first electrode (EL1) and the emission layer (EML); a second charge transfer layer (CTL2) between the second electrode (EL2) and the emission layer (EML); and an insulating layer (ISL) between the first charge transfer layer (CTL1) and the emission layer (EML), and/or between the second charge transfer layer (CTL2) and the emission layer (EML), wherein the insulating layer (ISL) comprises: an inorganic insulating layer (ISL-IOL1) comprising an inorganic material; and an organic insulating layer (ISL-OL1) comprising at least one selected from n-hexane, furan and hexamethyldisiloxane. a first electrode (EL1); a second electrode (EL2) opposite the first electrode (EL1); an emission layer (EML) between the first electrode (EL1) and the second electrode (EL2), the emission layer (EML) comprising a quantum dot (QD); a first charge transfer layer (CTL1) between the first electrode (EL1) and the emission layer (EML); a second charge transfer layer (CTL2) between the second electrode (EL2) and the emission layer (EML); and an insulating layer (ISL) between the first charge transfer layer (CTL1) and the emission layer (EML), and/or between the second charge transfer layer (CTL2) and the emission layer (EML), wherein the insulating layer (ISL) comprises: an inorganic insulating layer (ISL-IOL1) comprising an inorganic material; and an organic insulating layer (ISL-OL1) comprising at least one selected from n-hexane, furan and hexamethyldisiloxane. an inorganic insulating layer (ISL-IOL1) comprising an inorganic material; and an organic insulating layer (ISL-OL1) comprising at least one selected from n-hexane, furan and hexamethyldisiloxane.
An electrical power module comprising power components and supports , each comprising at least one metal portion (31; 32), the metal portions of the supports forming a substrate of the electrical power module , each power component being fastened to two metal portions of two distinct supports by being positioned between said two metal portions, the electrical power module being arranged in such a manner that electrical power currents going to or coming from the power components flow in the metal portions of the supports, at least one support comprising two angled metal portions that are angled relative to each other at an angle that is greater than 0°, characterized in that the two angled metal portions are mutually orthogonal, and in that a distinct power component being fastened to each of said two angled metal portions.
An article of tableware being a vessel for soaking in fluid and consuming a plurality of a food item being a cookie, said article having a support structure affixed to the underside at an entry end , said article further comprising: a level floor at a scooping end which extends from said scooping end and which is semicircular at said scooping end ; a wall which is half-circumferential at said scooping end and bounds said level floor , which continues longitudinally along parallel paths on laterally opposed sides to said entry end , and which defines a rim at its upper edge;and a sloped floor which merges with the edge of said level floor which is not bounded by the wall opposite said scooping end , which sloped floor runs the remaining longitudinal length of the vessel to said entry end , which is bounded on its lateral sides by the laterally opposed sides of said wall , and which is sloped from said level floor to align with said rim at said entry end , wherein the sloped floor is sloped, aligning with the level floor toward the scooping end and aligning with the rim at the entry end, and wherein the level floor , the sloped floor and the wall are merged to form a vessel body which is capable of holding a fluid, and the length to width ratio of said article of tableware is at least two to one. a level floor at a scooping end which extends from said scooping end and which is semicircular at said scooping end ; a wall which is half-circumferential at said scooping end and bounds said level floor , which continues longitudinally along parallel paths on laterally opposed sides to said entry end , and which defines a rim at its upper edge;and a sloped floor which merges with the edge of said level floor which is not bounded by the wall opposite said scooping end , which sloped floor runs the remaining longitudinal length of the vessel to said entry end , which is bounded on its lateral sides by the laterally opposed sides of said wall , and which is sloped from said level floor to align with said rim at said entry end , wherein the sloped floor is sloped, aligning with the level floor toward the scooping end and aligning with the rim at the entry end, and wherein the level floor , the sloped floor and the wall are merged to form a vessel body which is capable of holding a fluid, and the length to width ratio of said article of tableware is at least two to one.
A housing of a power module , the housing comprising: an encasing for encasing semiconductor elements inside the housing ; a power terminal area on the encasing , on which a power terminal plate is provided; an auxiliary terminal area on the encasing at a lower level than the power terminal area ; characterized in that the housing further comprises: an interconnecting member with a power terminal connector part and an auxiliary terminal connector part interconnected by a spring part , wherein the spring part is configured to be aligned besides the power terminal plate ; wherein the spring part is formed, such that it at least partially runs on a higher level than the power terminal connector part ; wherein the interconnecting member is configured to be inserted with the power terminal connector part through an opening in the encasing below the power terminal plate , such that the spring part engages the power terminal area besides the power terminal plate and runs to the auxiliary terminal area and the auxiliary terminal connector part is disposed on the auxiliary terminal area . an encasing for encasing semiconductor elements inside the housing ; a power terminal area on the encasing , on which a power terminal plate is provided; an auxiliary terminal area on the encasing at a lower level than the power terminal area ; an interconnecting member with a power terminal connector part and an auxiliary terminal connector part interconnected by a spring part , wherein the spring part is configured to be aligned besides the power terminal plate ; wherein the spring part is formed, such that it at least partially runs on a higher level than the power terminal connector part ; wherein the interconnecting member is configured to be inserted with the power terminal connector part through an opening in the encasing below the power terminal plate , such that the spring part engages the power terminal area besides the power terminal plate and runs to the auxiliary terminal area and the auxiliary terminal connector part is disposed on the auxiliary terminal area .
A composition for use in the treatment of an infection caused by a methicillin-resistant Staphylococcus aureus (MRSA) bacterium, wherein the resistance is due to a penicillin-binding protein 2a (PBP2a)-driven mechanism, the composition comprising: i) at least one carbapenem or other suitable β-lactam capable of binding the allosteric site of PBP2a; ii) at least one β-lactamase inhibitor; and iii) at least one β-lactam that binds the open configuration of the active site of PBP2a; wherein the the composition is selected from the group consisting of a) meropenem/piperacillin/tazobactam (ME/PI/TZ); b) cefepime/piperacillin/tazobactam (CP/PI/TZ); c) aztreonam/piperacillin/tazobactam (AZ/PI/TZ); d) meropenem/amoxicillin/tazobactam (ME/AX/TZ); e) meropenem/amoxicillin/clavulanate (ME/AX/CV); and f) imipenem/piperacillin/clavulanate (IM/PI/CV). i) at least one carbapenem or other suitable β-lactam capable of binding the allosteric site of PBP2a; ii) at least one β-lactamase inhibitor; and iii) at least one β-lactam that binds the open configuration of the active site of PBP2a; wherein the the composition is selected from the group consisting of a) meropenem/piperacillin/tazobactam (ME/PI/TZ); b) cefepime/piperacillin/tazobactam (CP/PI/TZ); c) aztreonam/piperacillin/tazobactam (AZ/PI/TZ); d) meropenem/amoxicillin/tazobactam (ME/AX/TZ); e) meropenem/amoxicillin/clavulanate (ME/AX/CV); and f) imipenem/piperacillin/clavulanate (IM/PI/CV). a) meropenem/piperacillin/tazobactam (ME/PI/TZ); b) cefepime/piperacillin/tazobactam (CP/PI/TZ); c) aztreonam/piperacillin/tazobactam (AZ/PI/TZ); d) meropenem/amoxicillin/tazobactam (ME/AX/TZ); e) meropenem/amoxicillin/clavulanate (ME/AX/CV); and f) imipenem/piperacillin/clavulanate (IM/PI/CV).
An apparatus for product peel removal comprising: a drum having an inlet for receiving product, an outlet for dispensing of product; and a plurality of perforations through which removed peel may pass; at least one agitator arranged within said drum and rotatable relative to said drum for agitating the product passing between said inlet and outlet; and means for controlling the retention time of product within the rotatable drum independently from the rotation speed of the agitator; and characterised by : said at least one agitator comprising a central axle having at least one outwardly projecting arm ; and wherein at least one product lifter is provided at the distal end of each outwardly projecting arm. a drum having an inlet for receiving product, an outlet for dispensing of product; and a plurality of perforations through which removed peel may pass; at least one agitator arranged within said drum and rotatable relative to said drum for agitating the product passing between said inlet and outlet; and means for controlling the retention time of product within the rotatable drum independently from the rotation speed of the agitator; and characterised by : said at least one agitator comprising a central axle having at least one outwardly projecting arm ; and wherein at least one product lifter is provided at the distal end of each outwardly projecting arm.
A device comprising: a first reservoir to serve as a source of a printable composition; a pump fluidically coupled to the first reservoir and a second reservoir to pump the printable composition from the first reservoir to the second reservoir, wherein the second reservoir is to store the printable composition; the device characterized by comprising: a sensor fluidically coupled between the pump and the second reservoir; and a controller to direct the pump according to a first operation to identify a first reservoir status based on the sensor, and to direct the pump according to a second operation to identify a second reservoir status based on the sensor. a first reservoir to serve as a source of a printable composition; a pump fluidically coupled to the first reservoir and a second reservoir to pump the printable composition from the first reservoir to the second reservoir, wherein the second reservoir is to store the printable composition; the device characterized by comprising: a sensor fluidically coupled between the pump and the second reservoir; and a controller to direct the pump according to a first operation to identify a first reservoir status based on the sensor, and to direct the pump according to a second operation to identify a second reservoir status based on the sensor. a sensor fluidically coupled between the pump and the second reservoir; and a controller to direct the pump according to a first operation to identify a first reservoir status based on the sensor, and to direct the pump according to a second operation to identify a second reservoir status based on the sensor.
Pressure release device for a protective housing for pressure-resistant encapsulation of operating media which may form ignition sources, with a receiving body having a passage and a counter-face which runs as a closed ring in the circumferential direction (U), with a porous body arranged in the passage , characterised in that the porous body in the passage bears by force fit on the counter-face due to an oversize fit of the porous body in the passage , so that the porous body is held in explosion-proof fashion in the passage by the force-fit contact.