mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic cigarette atomization core, comprising an ultrasonic atomization piece disposed horizontally, liquid guide cotton being disposed above the ultrasonic atomization piece, wherein a plate is placed on the liquid guide cotton; each end of the plate is provided with a curved segment , the curved segment comprises a first contact and a second contact , the first contact is located above the second contact, the first contact and the second contact are electrically connected but distant horizontally, and a middle part of the plate presses a middle part of the liquid guide cotton against the ultrasonic atomization piece to form an atomization region, characterized in that the plate is an electrode plate , in that the second contact abuts against an atomization surface electrode of the ultrasonic atomization piece to form an electrical connection, and in that the middle part of the electrode plate is provided with a through hole for exposing the atomization region. each end of the plate is provided with a curved segment , the curved segment comprises a first contact and a second contact , the first contact is located above the second contact, the first contact and the second contact are electrically connected but distant horizontally, and a middle part of the plate presses a middle part of the liquid guide cotton against the ultrasonic atomization piece to form an atomization region, characterized in that the plate is an electrode plate , in that the second contact abuts against an atomization surface electrode of the ultrasonic atomization piece to form an electrical connection, and in that the middle part of the electrode plate is provided with a through hole for exposing the atomization region.
A tissue resecting device , comprising: an end effector assembly (100; 1100) including a proximal hub housing and a cutting member extending distally from the proximal hub housing; and a handpiece assembly , including: a handle housing ; a drive casing extending distally from the handle housing; a drive rotor extending through and distally from the drive casing ; and a seal ring disposed about the drive rotor, wherein, in an at-rest position whereby the end effector assembly (100; 1100) is disengaged from the handpiece assembly , the seal ring is sealingly engaged between the drive casing and the drive rotor to inhibit fluid ingress into the annular space between the drive rotor and the drive casing , wherein the end effector assembly is releasably engageable with the handpiece assembly and characterised in that , upon engagement of the end effector assembly with the handpiece assembly, a portion of the proximal hub housing is configured to urge the seal ring from the at-rest position to a displaced position wherein in the displaced position, the seal ring is displaced away from the drive rotor to reduce friction between the drive rotor and the drive casing upon rotation of the drive rotor relative to the drive casing. an end effector assembly (100; 1100) including a proximal hub housing and a cutting member extending distally from the proximal hub housing; and a handpiece assembly , including: a handle housing ; a drive casing extending distally from the handle housing; a drive rotor extending through and distally from the drive casing ; and a seal ring disposed about the drive rotor, wherein, in an at-rest position whereby the end effector assembly (100; 1100) is disengaged from the handpiece assembly , the seal ring is sealingly engaged between the drive casing and the drive rotor to inhibit fluid ingress into the annular space between the drive rotor and the drive casing , a handle housing ; a drive casing extending distally from the handle housing; a drive rotor extending through and distally from the drive casing ; and a seal ring disposed about the drive rotor, wherein, in an at-rest position whereby the end effector assembly (100; 1100) is disengaged from the handpiece assembly , the seal ring is sealingly engaged between the drive casing and the drive rotor to inhibit fluid ingress into the annular space between the drive rotor and the drive casing , wherein the end effector assembly is releasably engageable with the handpiece assembly and characterised in that , upon engagement of the end effector assembly with the handpiece assembly, a portion of the proximal hub housing is configured to urge the seal ring from the at-rest position to a displaced position wherein in the displaced position, the seal ring is displaced away from the drive rotor to reduce friction between the drive rotor and the drive casing upon rotation of the drive rotor relative to the drive casing.
Cosmetic device with an exchangeable application head and a device body , wherein - the device body contains a motor and drive mechanism , an actuating switch , a power supply, a head recognition element and a control element adapted to control the motor and drive mechanism based on an actuation of the actuation switch and the application head recognized by the head recognition element ; characterized in that - the head recognition element comprises at least one mechanical switch disposed on a carrier fixed at the device body ; - a flexible actuation area is disposed in front of the at least one mechanical switch ; - the exchangeable application head has at least one recognition generating protrusion actuating through the flexible actuation area on one of the at least one mechanical switches when the exchangeable application head is mounted at the device body . - the device body contains a motor and drive mechanism , an actuating switch , a power supply, a head recognition element and a control element adapted to control the motor and drive mechanism based on an actuation of the actuation switch and the application head recognized by the head recognition element ; - the head recognition element comprises at least one mechanical switch disposed on a carrier fixed at the device body ; - a flexible actuation area is disposed in front of the at least one mechanical switch ; - the exchangeable application head has at least one recognition generating protrusion actuating through the flexible actuation area on one of the at least one mechanical switches when the exchangeable application head is mounted at the device body .
A combustion engine with a turbocharger, which comprises a turbine , a radial compressor , in which inflow occurs in the axial direction, based on an axis of rotation of a compressor impeller , and outflow occurs in the radial direction, and a trim adjuster for the radial compressor , an inflow cross-section with which the axial inflow to the compressor impeller occurs being changeable by means of the trim adjuster , and the turbine being regulatable by means of a VTG device and a wastegate , characterized in that - an exhaust gas mass flow that can maximally be guided through the wastegate is between 5% and 30% of the exhaust gas mass flow that can maximally be guided through the turbine , and - by means of a control device , during operation of the combustion engine at the rated power, - a portion of the then greatest exhaust gas mass flow is guided past the turbine via the wastegate , and - the VTG device is set to a control position in which it does not open the free flow cross-section as far as possible. - an exhaust gas mass flow that can maximally be guided through the wastegate is between 5% and 30% of the exhaust gas mass flow that can maximally be guided through the turbine , and - by means of a control device , during operation of the combustion engine at the rated power, - a portion of the then greatest exhaust gas mass flow is guided past the turbine via the wastegate , and - the VTG device is set to a control position in which it does not open the free flow cross-section as far as possible.
System of variable-setting vanes of an axial turbine engine , in particular of an axial compressor (4; 6) of a turbine engine, the system comprising: a telescopic control lever ; and a vane with an airfoil intended to extend radially in a flow of the turbine engine and a trunnion comprising a cylindrical portion ; characterised in that the cylindrical portion comprises a radially extending slot ; and the telescopic control lever comprises a pivot connection housed in the slot which is configured to impart a rotational movement to the vane about its trunnion . a telescopic control lever ; and a vane with an airfoil intended to extend radially in a flow of the turbine engine and a trunnion comprising a cylindrical portion ; characterised in that the cylindrical portion comprises a radially extending slot ; and the telescopic control lever comprises a pivot connection housed in the slot which is configured to impart a rotational movement to the vane about its trunnion .
A device (1; 5) for the treatment of cancerous lesions or the like, comprising: a protective cannula ; a tubular suction member coaxially housable in the protective cannula ; a catheter , coaxially housable in the tubular suction member and adapted to internally contain an optical fiber ; wherein at a distal end of the catheter an expandable balloon is fixed with a sealed connection, so that the balloon can be expanded by means of a fluid delivered through the catheter ; wherein the protective cannula is axially movable with respect to the tubular suction member and to the catheter ; wherein the tubular suction member comprises a cylindrical wall, in the thickness whereof there are provided at least one suction pipe and at least one washing liquid feed pipe ; wherein the catheter has two passages, respectively for the entry and for the exit of a fluid for filling and expanding the expandable balloon .
A component (100; 200) for a gas turbine engine comprising: at least one cooled surface (110; 210; 310; 410) configured to contact a cooling flow (102; 202); the at least one cooled surface (110...410) having a base surface and a plurality of cooling nubs (122, 124; 222, 224; 324; 422, 424) disposed about the base surface; and the plurality of cooling nubs (122...424) are distributed about said base surface in a mixed pattern, wherein at least one of said cooled surfaces (110...410) is a recessed surface; characterised in that : the mixed pattern of cooling nubs (122...424) includes cooling nubs (122...424) having a first size (124; 224; 424) and cooling nubs (122...424) having a second size (122; 222; 422) smaller than the first size (124; 224; 424), and the cooling nubs (122...424) within a predetermined distance closer to an edge of said recessed surface are the cooling nubs having said second size (122; 222; 422). at least one cooled surface (110; 210; 310; 410) configured to contact a cooling flow (102; 202); the at least one cooled surface (110...410) having a base surface and a plurality of cooling nubs (122, 124; 222, 224; 324; 422, 424) disposed about the base surface; and the plurality of cooling nubs (122...424) are distributed about said base surface in a mixed pattern, wherein at least one of said cooled surfaces (110...410) is a recessed surface; characterised in that : the mixed pattern of cooling nubs (122...424) includes cooling nubs (122...424) having a first size (124; 224; 424) and cooling nubs (122...424) having a second size (122; 222; 422) smaller than the first size (124; 224; 424), and the cooling nubs (122...424) within a predetermined distance closer to an edge of said recessed surface are the cooling nubs having said second size (122; 222; 422).
A method for producing instant noodles, wherein the method comprises a step of carrying out a heating process in a chamber at an intra-chamber temperature of 130°C to 220°C, and at an intra-chamber pressure greater than atmospheric pressure, wherein the heating process comprises exposing the noodles to steam having a temperature of 130°C to 220°C, and wherein the intra-chamber pressure is elevated so that the heating process is carried out in an atmosphere in which the intra-chamber absolute humidity is elevated over the absolute humidity of steam under atmospheric pressure at the predetermined temperature, and wherein the atmosphere is up to 110% of the absolute humidity of steam under atmospheric pressure at the temperature.
A method for cleaning a filter on a draw frame for drafting one or more slivers (FB) having a controller for controlling work processes of the draw frame and having an exhaust system for exhausting dust and/or dirt particles released during work processes, - the exhaust system comprising an exhaust fan for generating a suction flow (S) and the filter for filtering out dust and/or dirt particles from the suction flow (S) and - a dirt collecting surface of the filter upstream with respect to the suction flow (S) being cleaned, preferable during a production stop or a can change, characterized in that - the dirt collecting surface of the filter being cleaned by means of at least one blast nozzle to which compressed air can be applied, - a cleaning flow (R) flowing along the length of the dirt collecting surface of the filter is generated by the blast nozzle and - the cleaning flow (R) is controlled by the controller in coordination with a main motor of the draw frame and/or a drive of a can changer, in such a way that the cleaning can take place during a standstill of the main motor of the draw frame and/or a can change, - the dirt collecting surface is aligned plane and vertically and - the blast nozzle is disposed on an upper end region of the vertically oriented dirt collecting surface , such that the cleaning flow (R) flows from the upper end region to a lower end region along the dirt collecting surface . - the exhaust system comprising an exhaust fan for generating a suction flow (S) and the filter for filtering out dust and/or dirt particles from the suction flow (S) and - a dirt collecting surface of the filter upstream with respect to the suction flow (S) being cleaned, preferable during a production stop or a can change, characterized in that - the dirt collecting surface of the filter being cleaned by means of at least one blast nozzle to which compressed air can be applied, - a cleaning flow (R) flowing along the length of the dirt collecting surface of the filter is generated by the blast nozzle and - the cleaning flow (R) is controlled by the controller in coordination with a main motor of the draw frame and/or a drive of a can changer, in such a way that the cleaning can take place during a standstill of the main motor of the draw frame and/or a can change, - the dirt collecting surface is aligned plane and vertically and - the blast nozzle is disposed on an upper end region of the vertically oriented dirt collecting surface , such that the cleaning flow (R) flows from the upper end region to a lower end region along the dirt collecting surface .
An interface circuit that: is connected to both, a system controller that controls a system of a thermal printer , and a driving circuit that controls driving of a heat generating element installed in a thermal head , and that transfers a print data signal and a control signal output from the system controller, to the driving circuit, the interface circuit comprising: an operation controller that controls an operation state of the interface circuit ; a converter that outputs divided print data signals, each divided print data signal of the divided print data signals resulting from division of the print data signal into the divided print data signals each having a predetermined bit width; a storage that stores the divided print data signals; a data controller that controls an order of each of writing of the divided print data signals into the storage and reading of the divided print data signals from the storage ; a logical arithmetic module that performs logical arithmetic operations based on the divided print data signals, and a history pulse signal included in the control signal, and generates and outputs a history print data signal that defines heat generating time periods of dots corresponding to print lines that are printed on the basis of the divided print data signals; and a conversion clock synchronizer that outputs the history print data signal in synchronization with a driving signal for the thermal head. an operation controller that controls an operation state of the interface circuit ; a converter that outputs divided print data signals, each divided print data signal of the divided print data signals resulting from division of the print data signal into the divided print data signals each having a predetermined bit width; a storage that stores the divided print data signals; a data controller that controls an order of each of writing of the divided print data signals into the storage and reading of the divided print data signals from the storage ; a logical arithmetic module that performs logical arithmetic operations based on the divided print data signals, and a history pulse signal included in the control signal, and generates and outputs a history print data signal that defines heat generating time periods of dots corresponding to print lines that are printed on the basis of the divided print data signals; and a conversion clock synchronizer that outputs the history print data signal in synchronization with a driving signal for the thermal head.
A method for supporting a vehicle to everything, V2X, service performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a message including zone-related information and resource pool information; identifying a zone where the terminal is located in based on a location of the terminal and the zone-related information; selecting a resource pool corresponding to the zone based on the resource pool information; and transmitting a data on the resource pool, wherein the method further comprising: receiving, from the base station, threshold information for reporting a channel busy ratio, CBR, the threshold information including a first threshold or a second threshold; measuring the CBR on resource pools in the resource pool information; reporting, to the base station, the CBR on the resource pools in case that the threshold information includes the first threshold and the measured CBR is above the first threshold; and reporting, to the base station, the CBR on the resource pools in case that the threshold information includes the second threshold and the measured CBR is below the second threshold. receiving, from a base station, a message including zone-related information and resource pool information; identifying a zone where the terminal is located in based on a location of the terminal and the zone-related information; selecting a resource pool corresponding to the zone based on the resource pool information; and transmitting a data on the resource pool, wherein the method further comprising: receiving, from the base station, threshold information for reporting a channel busy ratio, CBR, the threshold information including a first threshold or a second threshold; measuring the CBR on resource pools in the resource pool information; reporting, to the base station, the CBR on the resource pools in case that the threshold information includes the first threshold and the measured CBR is above the first threshold; and reporting, to the base station, the CBR on the resource pools in case that the threshold information includes the second threshold and the measured CBR is below the second threshold. receiving, from the base station, threshold information for reporting a channel busy ratio, CBR, the threshold information including a first threshold or a second threshold; measuring the CBR on resource pools in the resource pool information; reporting, to the base station, the CBR on the resource pools in case that the threshold information includes the first threshold and the measured CBR is above the first threshold; and reporting, to the base station, the CBR on the resource pools in case that the threshold information includes the second threshold and the measured CBR is below the second threshold.
An article comprising a layer of a pressure sensitive adhesive composition comprising (i) a polysiloxane adhesive, wherein the polysiloxane adhesive constitutes from 40 % to 75 % by weight of the adhesive composition, and (ii) one or more hydrocolloids dispersed in the polysiloxane adhesive, wherein the one or more hydrocolloids constitute from 25 % to 35 % by weight of the adhesive composition, and wherein the polysiloxane adhesive is a one-part adhesive and at least partially crosslinked.
An aerodynamic panel for use on a road haulage trailer, the panel having: a first end , a second end , an upper edge , a lower edge , and a recessed airflow region located between said first and second ends and between said upper and lower edges ; wherein the panel has a front surface intended to be upright in use; wherein the recessed airflow region includes a base wall set back from said front surface and extending from said front surface towards said second end of the panel ; wherein the recessed airflow region includes an upper side wall , a lower side wall , and wherein the base wall extends between said upper and lower side walls , wherein at least one of the upper side wall or lower side wall defines a curved surface extending the length of the recessed region ; wherein said curved surface has a width extending between said base wall and said front surface , said width increasing along the length of the recessed region , in a direction towards said second end of the panel , and wherein the recessed airflow region terminates at the second end of the panel , to define an open end of channel-shaped cross-section. a first end , a second end , an upper edge , a lower edge , and a recessed airflow region located between said first and second ends and between said upper and lower edges ; wherein the panel has a front surface intended to be upright in use; wherein the recessed airflow region includes a base wall set back from said front surface and extending from said front surface towards said second end of the panel ; wherein the recessed airflow region includes an upper side wall , a lower side wall , and wherein the base wall extends between said upper and lower side walls , wherein at least one of the upper side wall or lower side wall defines a curved surface extending the length of the recessed region ; wherein said curved surface has a width extending between said base wall and said front surface , said width increasing along the length of the recessed region , in a direction towards said second end of the panel , and wherein the recessed airflow region terminates at the second end of the panel , to define an open end of channel-shaped cross-section.