mhurhangee/patent-ind-claim-en huggingface dataset:
Dosing dispenser having a carrier structure , on which a liquid product container is held in an exchangeable manner, and having a housing structure , which is releasably fastened to the supporting structure and which covers the liquid product container in an assembled state, wherein the housing structure is assigned a mechanical adjusting device for manual setting of a liquid product specification, said adjusting device having a movable adjusting element on which at least two different product indication portions are provided in succession in a direction of movement of the adjusting element , and wherein the housing structure or the adjusting element have a visible marker, which are assigned to one another in such a way that, depending on an adjustment position of the adjusting element , a single product indication portion can be signalled in each case, characterized in that the movable adjusting element is designed as a circular-disc-shaped adjusting wheel rotatably mounted on the inner side of the housing structure , and in that , for the rotatable mounting of the adjusting wheel on the inner side of the housing structure , a concentrically arranged rotary bearing is provided which is formed, on the one hand, by a bearing profiled section formed integrally on the housing structure , and, on the other hand, by a complementary and likewise concentrically arranged bearing profiled section which latches with the bearing profiled section of the housing structure and which is formed integrally on the adjusting wheel .
Method for flushing of debris from a valve assembly arranged in a fluid line, wherein the valve assembly comprises at least two flow regulating units arranged in series between an inlet and an outlet of the valve assembly , wherein the inlet pressure (P1) is larger than the outlet pressure (P2), and each flow regulating unit has a spring element for regulating an opening of the flow regulating unit in response to a pressure difference over the flow regulating unit , wherein the flow regulating unit comprises a body which is biased towards a position in which the flow regulating unit displays a minimum opening, thereby allowing fluid to pass from one side of the each of the flow regulating units to the other side of the flow regulating unit , characterised in that the method comprises the following steps in the case when at least one of the openings clogs: - equalizing the pressure over the other flow regulating unit(s) downstream and upstream to the flow regulating unit with clogged opening thereby - providing a pressure difference across the flow regulating unit where clogging occurs, which pressure difference exceeds the spring force of the spring element and increases the opening for flushing the debris. - equalizing the pressure over the other flow regulating unit(s) downstream and upstream to the flow regulating unit with clogged opening thereby - providing a pressure difference across the flow regulating unit where clogging occurs, which pressure difference exceeds the spring force of the spring element and increases the opening for flushing the debris.
A casing-tube cutter bit comprising; a mounting part constituted by two members facing each other at a predetermined interval; and an excavation part having a fan shape, formed continuously with the mounting part , and having a leading end, wherein the excavation part includes a central part extending in a radial direction of a casing tube on a side opposite to a side of mounting on the casing tube in a longitudinal direction, and first and second tilt parts that are disposed on both sides of the central part in an opposite direction with respect to a circumferential direction of the casing tube and are tilted toward the side of mounting on the casing tube in the longitudinal direction, the first tilt part is formed in a first length at a first tilt angle relative to a plane of the central part , the second tilt part is formed in a second length at a second tilt angle relative to the plane of the central part ; characterized in that at the leading end of the excavation part , a plurality of ultrahard chips are disposed at a predetermined interval in a comb shape symmetric with respect to a central line in the longitudinal direction and symmetric with respect to a central line in a circumferential direction, and in that the first tilt angle is equal to the second tilt angle, and the first length is shorter than or equal to the second length, and in that at least one of the plurality of ultrahard chips (7a-7e) is made of a material different from materials of the other ultrahard chips (7a-7e). a mounting part constituted by two members facing each other at a predetermined interval; and an excavation part having a fan shape, formed continuously with the mounting part , and having a leading end, wherein the excavation part includes a central part extending in a radial direction of a casing tube on a side opposite to a side of mounting on the casing tube in a longitudinal direction, and first and second tilt parts that are disposed on both sides of the central part in an opposite direction with respect to a circumferential direction of the casing tube and are tilted toward the side of mounting on the casing tube in the longitudinal direction, the first tilt part is formed in a first length at a first tilt angle relative to a plane of the central part , the second tilt part is formed in a second length at a second tilt angle relative to the plane of the central part ; characterized in that at the leading end of the excavation part , a plurality of ultrahard chips are disposed at a predetermined interval in a comb shape symmetric with respect to a central line in the longitudinal direction and symmetric with respect to a central line in a circumferential direction, and in that the first tilt angle is equal to the second tilt angle, and the first length is shorter than or equal to the second length, and in that at least one of the plurality of ultrahard chips (7a-7e) is made of a material different from materials of the other ultrahard chips (7a-7e).
Aircraft incorporating a bleed air system adapted for extracting compressed air from the aircraft main engines to be used as a source of pressurized air for the aircraft, wherein the bleed air system comprises a bleed air duct running from the main engines and passing through the aircraft pylon and wings ; wherein the bleed air system comprises: a first pre-cooler installed at one of the main engines nacelle and coupled with the bleed air duct , and adapted for cooling down the bleed air extracted from the main engine ; and a second pre-cooler installed at the pylon and coupled with the bleed air duct and downstream the first pre-cooler ; characterised in that the aircraft further comprises a wing anti-ice protection system coupled with the bleed air duct upstream the second pre-cooler , so that the pressurized air for wing anti-ice protection system can be supplied by the first pre-cooler . a first pre-cooler installed at one of the main engines nacelle and coupled with the bleed air duct , and adapted for cooling down the bleed air extracted from the main engine ; and a second pre-cooler installed at the pylon and coupled with the bleed air duct and downstream the first pre-cooler ; characterised in that the aircraft further comprises a wing anti-ice protection system coupled with the bleed air duct upstream the second pre-cooler , so that the pressurized air for wing anti-ice protection system can be supplied by the first pre-cooler .
A refrigerator comprising: a cabinet that defines a storage space and a machine compartment therein, the machine compartment being separated from the storage space; a compressor disposed in the machine compartment ; a blow fan disposed in the machine compartment; a condenser disposed in the machine compartment, the condenser being curved, the condenser comprising: a first header disposed at a first end of the condenser , a second header disposed at a second end of the condenser , an input connection portion connected to the first header , and an output connection portion connected to the first header and being spaced apart from the input connection portion ; wherein the blow fan is disposed between the compressor and the condenser , and extends parallel to the input connection portion and the output connection portion ; wherein the input connection portion extends from the first header toward the second header , and the output connection portion extends from the first header toward the second header . a cabinet that defines a storage space and a machine compartment therein, the machine compartment being separated from the storage space; a compressor disposed in the machine compartment ; a blow fan disposed in the machine compartment; a condenser disposed in the machine compartment, the condenser being curved, the condenser comprising: a first header disposed at a first end of the condenser , a second header disposed at a second end of the condenser , an input connection portion connected to the first header , and an output connection portion connected to the first header and being spaced apart from the input connection portion ; a first header disposed at a first end of the condenser , a second header disposed at a second end of the condenser , an input connection portion connected to the first header , and an output connection portion connected to the first header and being spaced apart from the input connection portion ; wherein the blow fan is disposed between the compressor and the condenser , and extends parallel to the input connection portion and the output connection portion ; wherein the input connection portion extends from the first header toward the second header , and the output connection portion extends from the first header toward the second header .
A display device , comprising: a substrate including a display area (AA) in which an image is displayed, a peripheral area (PA) at least partially surrounding the display area (AA), and a pad area (PADA) within the peripheral area (PA); a plurality of data lines (DL) disposed within the display area (AA); and a plurality of connection wirings disposed within the display area (AA), connected to the plurality of data lines (DL), and configured to transmit a data signal from the pad area (PADA) to the plurality of data lines (DL), wherein the plurality of connection wirings are disposed in a different layer from a layer in which the plurality of data lines (DL) are disposed, each of the plurality of connection wirings comprises a plurality of branches that protrude from the connection wirings in a direction perpendicular to a direction in which the connection wirings are primarily extended: and the display area (AA) comprises a first area (S1) in which the plurality of connection wirings extend in a first direction (X) and a second area (S2) in which the plurality of connection wirings extends in a second direction (Y) perpendicular to the first direction (X). a substrate including a display area (AA) in which an image is displayed, a peripheral area (PA) at least partially surrounding the display area (AA), and a pad area (PADA) within the peripheral area (PA); a plurality of data lines (DL) disposed within the display area (AA); and a plurality of connection wirings disposed within the display area (AA), connected to the plurality of data lines (DL), and configured to transmit a data signal from the pad area (PADA) to the plurality of data lines (DL), wherein the plurality of connection wirings are disposed in a different layer from a layer in which the plurality of data lines (DL) are disposed, each of the plurality of connection wirings comprises a plurality of branches that protrude from the connection wirings in a direction perpendicular to a direction in which the connection wirings are primarily extended: and the display area (AA) comprises a first area (S1) in which the plurality of connection wirings extend in a first direction (X) and a second area (S2) in which the plurality of connection wirings extends in a second direction (Y) perpendicular to the first direction (X).
Method performed by at least one computing device for controlling a printing process for printing a decorative target image onto a substrate, comprising: - providing the decorative target image to be printed in the printing process by at least one decorative parameter data set, - simulating the printing process in a simulation step based on the decorative parameter data set, at least one printing process parameter data set and stored historical printing data sets such that a digital decorative image is generated, - verifying the generated digital decorative image based on the decorative target image to be printed and at least one verification criterion, - wherein the verifying of the generated digital decorative image comprises comparing the digital decorative image generated by the simulation step and the decorative target image, - wherein the at least one verification criterion is a comparison criterion that specifies at least a predetermined minimum optical similarity measure between the digital decorative image generated by the simulation step and the decorative target image, and - outputting the printing process parameter data set used in the simulation step to conduct the print process, if the verification criterion is met. - providing the decorative target image to be printed in the printing process by at least one decorative parameter data set, - simulating the printing process in a simulation step based on the decorative parameter data set, at least one printing process parameter data set and stored historical printing data sets such that a digital decorative image is generated, - verifying the generated digital decorative image based on the decorative target image to be printed and at least one verification criterion, - wherein the verifying of the generated digital decorative image comprises comparing the digital decorative image generated by the simulation step and the decorative target image, - wherein the at least one verification criterion is a comparison criterion that specifies at least a predetermined minimum optical similarity measure between the digital decorative image generated by the simulation step and the decorative target image, and - outputting the printing process parameter data set used in the simulation step to conduct the print process, if the verification criterion is met.
A compound having the following structure: or a pharmaceutically acceptable stereoisomer enantiomer, racemate, salt, prodrug, hydrate or solvate thereof, wherein the prodrug is selected from esters of carboxylic acid groups.
A laundry treating appliance comprising: a tub defining a tub interior with a sump ; a rotatable container located within the tub interior and at least partially defining a laundry treating chamber with an access opening ; a closure selectively closing the access opening ; a motor operably coupled to and rotatably driving the rotatable container ; and a condenser system comprising: an induction heater comprising an induction coil carried by the tub and an electromagnetic element carried by the rotatable container ; and a surface in fluid communication with the treating chamber and the sump , configured to be cooled for generating a cooled surface; wherein the electromagnetic element is configured to be heated by energization of the induction coil , so to evaporate liquid in the treating chamber into vapor, the cooled surface being configured so that, the vapor which contacts the cooled surface is condensed and delivered to the sump , characterized in that the cooled surface is provided on the closure . a tub defining a tub interior with a sump ; a rotatable container located within the tub interior and at least partially defining a laundry treating chamber with an access opening ; a closure selectively closing the access opening ; a motor operably coupled to and rotatably driving the rotatable container ; and a condenser system comprising: an induction heater comprising an induction coil carried by the tub and an electromagnetic element carried by the rotatable container ; and a surface in fluid communication with the treating chamber and the sump , configured to be cooled for generating a cooled surface; an induction heater comprising an induction coil carried by the tub and an electromagnetic element carried by the rotatable container ; and a surface in fluid communication with the treating chamber and the sump , configured to be cooled for generating a cooled surface; wherein the electromagnetic element is configured to be heated by energization of the induction coil , so to evaporate liquid in the treating chamber into vapor,
A method comprising: receiving , by a digital assistant device , a biometric sample from a user; converting, by the digital assistant device, the biometric sample to a biometric template; scanning , by the digital assistant device, for user devices in communication range of the digital assistant device, thereby receiving user device identifiers; transmitting, by the digital assistant device to a server computer , an authentication request comprising the biometric template and a list of the user device identifiers; receiving , by the digital assistant device from the server computer, a cryptogram request message comprising a user device identifier of the user device identifiers; transmitting , by the digital assistant device to a user device corresponding to the user device identifier, the cryptogram request message; receiving , by the digital assistant device from the user device, a cryptogram; and transmitting , by the digital assistant device to the server computer, the cryptogram, wherein the server computer verifies the cryptogram before further processing of a transaction. receiving , by a digital assistant device , a biometric sample from a user; converting, by the digital assistant device, the biometric sample to a biometric template; scanning , by the digital assistant device, for user devices in communication range of the digital assistant device, thereby receiving user device identifiers; transmitting, by the digital assistant device to a server computer , an authentication request comprising the biometric template and a list of the user device identifiers; receiving , by the digital assistant device from the server computer, a cryptogram request message comprising a user device identifier of the user device identifiers; transmitting , by the digital assistant device to a user device corresponding to the user device identifier, the cryptogram request message; receiving , by the digital assistant device from the user device, a cryptogram; and transmitting , by the digital assistant device to the server computer, the cryptogram, wherein the server computer verifies the cryptogram before further processing of a transaction.
A catalytic wall-flow monolith for use in an emission treatment system, the monolith comprising a porous substrate and having a first face and a second face defining a longitudinal direction therebetween and first and second pluralities of channels extending in the longitudinal direction, wherein the first plurality of channels provides a first plurality of inner surfaces and is open at the first face and closed at the second face, and wherein the second plurality of channels is open at the second face and closed at the first face, wherein a first catalytic material is distributed within the porous substrate, wherein a microporous membrane is provided in the first plurality of channels on a first portion, extending in the longitudinal direction, of the first plurality of inner surfaces, and wherein the first portion extends from the first face for 75 to 95% of a length of the first plurality of channels such that a rear zone of the channels does not have a microporous coating so that soot can be deposited in the pores of the walls, wherein the length is the internal length of a cavity from the first face to the internal sealed end of the first plurality of channels and wherein the mean pore diameter of the membrane is from 0.1 μm to 5 μm.
A gimbal quick assembly/disassembly apparatus, comprising: a fuselage seat component ; a gimbal seat component comprising a gimbal seat ; and a locking component ; wherein the fuselage seat component is adapted to be fixedly mounted on a bearing member , the gimbal seat component is adapted to be fixedly mounted on a gimbal ; wherein the locking component is mounted on the gimbal seat component , wherein the gimbal seat component and the fuselage seat component are detachably mounted together by using the locking component , so that the gimbal is detachably mounted on the bearing member ; wherein the fuselage seat component comprises a fuselage seat , the gimbal seat having a gimbal seat receiving groove with an opening towards the fuselage seat , the fuselage seat being movably received in the gimbal seat receiving groove , and the locking component being mounted on the gimbal seat ; characterized that a key hole passing through an outer wall of the gimbal seat is provided outward on a side wall of the gimbal seat receiving groove and a fixing post protrudes outward from an inner wall of the gimbal seat receiving groove ; wherein the locking component comprises a key and a torsional spring , the key being movably inserted into the key hole , the torsional spring being sleeved over the fixing post and a rotary arm at an end of the torsional spring abutting against the key , so that the key is capable of restoring to an initial position on the act of the rotary arm after being pushed inward. a fuselage seat component ; a gimbal seat component comprising a gimbal seat ; and a locking component ; wherein the fuselage seat component is adapted to be fixedly mounted on a bearing member , the gimbal seat component is adapted to be fixedly mounted on a gimbal ; wherein the locking component is mounted on the gimbal seat component , wherein the gimbal seat component and the fuselage seat component are detachably mounted together by using the locking component , so that the gimbal is detachably mounted on the bearing member ; wherein the fuselage seat component comprises a fuselage seat , the gimbal seat having a gimbal seat receiving groove with an opening towards the fuselage seat , the fuselage seat being movably received in the gimbal seat receiving groove , and the locking component being mounted on the gimbal seat ; characterized that a key hole passing through an outer wall of the gimbal seat is provided outward on a side wall of the gimbal seat receiving groove and a fixing post protrudes outward from an inner wall of the gimbal seat receiving groove ; wherein the locking component comprises a key and a torsional spring , the key being movably inserted into the key hole , the torsional spring being sleeved over the fixing post and a rotary arm at an end of the torsional spring abutting against the key , so that the key is capable of restoring to an initial position on the act of the rotary arm after being pushed inward.