mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry appliance comprising: a cabinet ; a drum disposed within the cabinet and that processes laundry; a blower that delivers process air from a heater to the drum via an airflow path ; and a structural panel , being an interior panel that is set behind an outer cosmetic panel for the cabinet of the appliance , the structural panel defining a front aperture for accessing an interior of the drum , and further defining an air channel that defines a portion of the airflow path ; wherein the structural panel includes a lower first portion that is made of a first material and an upper second portion that is made of a second material ; and the first and second materials meet at a predetermined seam that extends through a perimeter wall of the structural panel that defines the air channel and below and at least partially around the front aperture , and divides the lower first portion and the upper second portion; characterized in that the second material is different from the first material ; the first material defined within the lower first portion of the structural panel has greater heat resistive properties than the second material of the second upper portion ; said first material being a fire-resistant material having a V0 rating. a cabinet ; a drum disposed within the cabinet and that processes laundry; a blower that delivers process air from a heater to the drum via an airflow path ; and a structural panel , being an interior panel that is set behind an outer cosmetic panel for the cabinet of the appliance , the structural panel defining a front aperture for accessing an interior of the drum , and further defining an air channel that defines a portion of the airflow path ; wherein the structural panel includes a lower first portion that is made of a first material and an upper second portion that is made of a second material ; and the first and second materials meet at a predetermined seam that extends through a perimeter wall of the structural panel that defines the air channel and below and at least partially around the front aperture , and divides the lower first portion and the upper second portion; the structural panel includes a lower first portion that is made of a first material and an upper second portion that is made of a second material ; and the first and second materials meet at a predetermined seam that extends through a perimeter wall of the structural panel that defines the air channel and below and at least partially around the front aperture , and divides the lower first portion and the upper second portion; characterized in that the second material is different from the first material ; the first material defined within the lower first portion of the structural panel has greater heat resistive properties than the second material of the second upper portion ; said first material being a fire-resistant material having a V0 rating.
A wave gear device comprising: a circular spline that has an annular shape and rigidity; a flex spline that has an annular shape and flexibility, and is disposed in the circular spline ; and a wave generator that is disposed in the flex spline , causing the flex spline to be distorted in a radial direction and partially meshing with the circular spline , and moving a meshing position between the circular spline and the flex spline in a circumferential direction, characterized in that a ratio of a Vickers hardness on an inner circumferential surface of the flex spline to a Vickers hardness on an outer circumferential surface of the wave generator is 1.2 or more and 1.7 or less. a circular spline that has an annular shape and rigidity; a flex spline that has an annular shape and flexibility, and is disposed in the circular spline ; and a wave generator that is disposed in the flex spline , causing the flex spline to be distorted in a radial direction and partially meshing with the circular spline , and moving a meshing position between the circular spline and the flex spline in a circumferential direction, characterized in that a ratio of a Vickers hardness on an inner circumferential surface of the flex spline to a Vickers hardness on an outer circumferential surface of the wave generator is 1.2 or more and 1.7 or less.
A method for making absorbent articles, the method comprising steps of: forming first apertures in a first substrate , the first substrate comprising a first surface and an opposing second surface ; advancing elastic material onto the second surface of the first substrate ; forming second apertures in a second substrate , the second substrate comprising a first surface and an opposingf second surface ; advancing the second substrate onto the first substrate and elastic material to form a laminate , wherein the first surface of the second substrate is in a facing relationship with the second surface of the first substrate ; and bonding the first substrate with the second substrate in bond regions , wherein the bond regions are separated from each other along the machine direction to define unbonded regions , wherein the first apertures and the second apertures are positioned in the unbonded regions . forming first apertures in a first substrate , the first substrate comprising a first surface and an opposing second surface ; advancing elastic material onto the second surface of the first substrate ; forming second apertures in a second substrate , the second substrate comprising a first surface and an opposingf second surface ; advancing the second substrate onto the first substrate and elastic material to form a laminate , wherein the first surface of the second substrate is in a facing relationship with the second surface of the first substrate ; and bonding the first substrate with the second substrate in bond regions , wherein the bond regions are separated from each other along the machine direction to define unbonded regions , wherein the first apertures and the second apertures are positioned in the unbonded regions .
A flexible photovoltaic apparatus , comprising: a photovoltaic device comprising an array of photovoltaic cells having a first end and a second end , the array extending in a first direction (X) from the first end to the second end; and a first fabric comprising: an insulating fabric ; a first conductor disposed in the insulating fabric and connected to the first end of the array ; and a second conductor disposed in the insulating fabric and connected to the second end of the array , characterized in that the photovoltaic device is disposed within the insulating fabric . a photovoltaic device comprising an array of photovoltaic cells having a first end and a second end , the array extending in a first direction (X) from the first end to the second end; and a first fabric comprising: an insulating fabric ; a first conductor disposed in the insulating fabric and connected to the first end of the array ; and a second conductor disposed in the insulating fabric and connected to the second end of the array , an insulating fabric ; a first conductor disposed in the insulating fabric and connected to the first end of the array ; and a second conductor disposed in the insulating fabric and connected to the second end of the array , characterized in that the photovoltaic device is disposed within the insulating fabric .
A method, comprising: detecting, at a reader , user input related to a sequence of events controlled by the reader ; analyzing the event-based user input; and based on the analysis of the event-based user input, determining whether the user that provided the user input is allowed access to an asset protected by the reader , characterized in that the method comprises: receiving, at the reader , credential data from a credential device ; analyzing the credential data; and upon determining that the credential data and the event-based user input are both valid, permitting the user access to the asset protected by the reader . detecting, at a reader , user input related to a sequence of events controlled by the reader ; analyzing the event-based user input; and based on the analysis of the event-based user input, determining whether the user that provided the user input is allowed access to an asset protected by the reader , characterized in that the method comprises: receiving, at the reader , credential data from a credential device ; analyzing the credential data; and upon determining that the credential data and the event-based user input are both valid, permitting the user access to the asset protected by the reader . receiving, at the reader , credential data from a credential device ; analyzing the credential data; and upon determining that the credential data and the event-based user input are both valid, permitting the user access to the asset protected by the reader .
A method comprising: causing , by a device , a first communication link with a terrestrial mobile network (220-1) to be established; causing , by the device, a second communication link with a satellite network (220-2) to be established; transmitting, by the device, a traffic communication through the first communication link while maintaining the second communication link, wherein a first instance of an application that is running on one of the terrestrial mobile network or the satellite network is selected for the first communication link; and switching, by the device, from transmitting the traffic communication through the first communication link to transmitting the traffic communication through the second communication link without interrupting operation of the application, wherein a second instance of the application that is running on the other one of the terrestrial mobile network or the satellite network is selected for the second communication link. causing , by a device , a first communication link with a terrestrial mobile network (220-1) to be established; causing , by the device, a second communication link with a satellite network (220-2) to be established; transmitting, by the device, a traffic communication through the first communication link while maintaining the second communication link, wherein a first instance of an application that is running on one of the terrestrial mobile network or the satellite network is selected for the first communication link; and switching, by the device, from transmitting the traffic communication through the first communication link to transmitting the traffic communication through the second communication link without interrupting operation of the application, wherein a second instance of the application that is running on the other one of the terrestrial mobile network or the satellite network is selected for the second communication link.
A system comprising: a winch system for an aerial vehicle, wherein the winch system comprises: (a) a tether disposed on a spool , wherein a leading end of the tether is mechanically couplable to a payload, and (b) a motor that is operable to apply torque to the tether; at least one sensor arranged to generate sensor data indicative of oscillations of the tether when the tether is at least partially unwound; and a control system operable to: while the aerial vehicle is in a hover flight mode: use the generated sensor data as a basis for detecting oscillation of the tether; and perform a damping routine to dampen oscillations of the tether, wherein the damping routine comprises responding to detection of oscillation exceeding a threshold by, while the aerial vehicle is in a position-hold mode, causing the aerial vehicle to reduce an extent of flight stabilization along at least one of the three dimensions in physical space, thereby resulting in damping of the oscillations due to energy dissipation during movement of the aerial vehicle along the at least one dimension. a winch system for an aerial vehicle, wherein the winch system comprises: (a) a tether disposed on a spool , wherein a leading end of the tether is mechanically couplable to a payload, and (b) a motor that is operable to apply torque to the tether; at least one sensor arranged to generate sensor data indicative of oscillations of the tether when the tether is at least partially unwound; and a control system operable to: while the aerial vehicle is in a hover flight mode: use the generated sensor data as a basis for detecting oscillation of the tether; and perform a damping routine to dampen oscillations of the tether, wherein the damping routine comprises responding to detection of oscillation exceeding a threshold by, while the aerial vehicle is in a position-hold mode, causing the aerial vehicle to reduce an extent of flight stabilization along at least one of the three dimensions in physical space, thereby resulting in damping of the oscillations due to energy dissipation during movement of the aerial vehicle along the at least one dimension. use the generated sensor data as a basis for detecting oscillation of the tether; and perform a damping routine to dampen oscillations of the tether, wherein the damping routine comprises responding to detection of oscillation exceeding a threshold by, while the aerial vehicle is in a position-hold mode, causing the aerial vehicle to reduce an extent of flight stabilization along at least one of the three dimensions in physical space, thereby resulting in damping of the oscillations due to energy dissipation during movement of the aerial vehicle along the at least one dimension.
A method of monitoring a location of an elevator car within an elevator system , the method comprising: Detecting a first location of the elevator car at a first time using a position reference system ; characterised in that the method further comprises: Detecting a second location of the elevator car at a second time using a pressure sensor located on the elevator car and an acceleration sensor located on the elevator car; Determining that the second location is equivalent to the first location if the second time is within a selected range of the first time; and normalizing location detection of the pressure sensor and the acceleration sensor based on the second location being equivalent to the first location; wherein the elevator car is stopped during the first time and the second time, to have the pressure sensor information and the acceleration sensor information detected and then related to car position determined by the position reference system. Detecting a first location of the elevator car at a first time using a position reference system ; characterised in that the method further comprises: Detecting a second location of the elevator car at a second time using a pressure sensor located on the elevator car and an acceleration sensor located on the elevator car; Determining that the second location is equivalent to the first location if the second time is within a selected range of the first time; and normalizing location detection of the pressure sensor and the acceleration sensor based on the second location being equivalent to the first location; wherein the elevator car is stopped during the first time and the second time, to have the pressure sensor information and the acceleration sensor information detected and then related to car position determined by the position reference system. Detecting a second location of the elevator car at a second time using a pressure sensor located on the elevator car and an acceleration sensor located on the elevator car; Determining that the second location is equivalent to the first location if the second time is within a selected range of the first time; and normalizing location detection of the pressure sensor and the acceleration sensor based on the second location being equivalent to the first location; wherein the elevator car is stopped during the first time and the second time, to have the pressure sensor information and the acceleration sensor information detected and then related to car position determined by the position reference system.
The use as flavor or fragrance of a compound of formula (I) wherein one of the dotted lines represents together with the carbon-carbon bond a single bond and the other dotted line represents together with the carbon-carbon bond a double bond.
Bogie for a vehicle, comprising: - a chassis for a bogie , and - four wheels mounted on the chassis , each wheel being rotatable relative to the chassis about a respective axis of rotation extending in the same transverse direction (Y), said wheels defining between them a transverse space (E), the transverse space (E) extending between planes of extent of the wheels in the transverse direction (Y), - four motors assembled on the chassis , positioned outside the transverse space (E) in the transverse direction (Y), each motor having a respective axis of rotation in the transverse direction (Y), and - four reduction gears positioned outside the transverse space (E) in the transverse direction (Y), each reduction gear being associated with a respective one of the wheels , each motor being arranged to drive one of the wheels via one of the reduction gears associated with the wheel , each wheel being mechanically independent of the other wheels , characterised in that , each motor is carried by the chassis and comprises a shaft carrying a rotor mounted for rotation in a stator carried by a stator casing, rotation of the shaft taking place over at least one rotation step, the shaft connecting an output of the motor to an input of the reduction gearbox , via a coupling , and transmitting the torque generated by the motor to the reduction gearbox and finally to the wheel . - a chassis for a bogie , and - four wheels mounted on the chassis , each wheel being rotatable relative to the chassis about a respective axis of rotation extending in the same transverse direction (Y), said wheels defining between them a transverse space (E), the transverse space (E) extending between planes of extent of the wheels in the transverse direction (Y), - four motors assembled on the chassis , positioned outside the transverse space (E) in the transverse direction (Y), each motor having a respective axis of rotation in the transverse direction (Y), and - four reduction gears positioned outside the transverse space (E) in the transverse direction (Y), each reduction gear being associated with a respective one of the wheels , each motor being arranged to drive one of the wheels via one of the reduction gears associated with the wheel , each wheel being mechanically independent of the other wheels , characterised in that , each motor is carried by the chassis and comprises a shaft carrying a rotor mounted for rotation in a stator carried by a stator casing, rotation of the shaft taking place over at least one rotation step, the shaft connecting an output of the motor to an input of the reduction gearbox , via a coupling , and transmitting the torque generated by the motor to the reduction gearbox and finally to the wheel .
A recording apparatus comprising: an adhesive belt that has adhesion to peelably affix a recording medium (P); a liquid ejection unit configured to eject a liquid forming an image from a nozzle array onto the recording medium supported by the adhesive belt; and a peeling liquid adhesion unit configured to adhere a peeling liquid onto the recording medium (P), characterized in that the peeling liquid adhesion unit is configured to only adhere the peeling liquid to a part of the recording medium (P) outside of a liquid ejection region over which the liquid ejection unit is configured to eject the liquid onto the recording medium (P). an adhesive belt that has adhesion to peelably affix a recording medium (P); a liquid ejection unit configured to eject a liquid forming an image from a nozzle array onto the recording medium supported by the adhesive belt; and a peeling liquid adhesion unit configured to adhere a peeling liquid onto the recording medium (P), characterized in that the peeling liquid adhesion unit is configured to only adhere the peeling liquid to a part of the recording medium (P) outside of a liquid ejection region over which the liquid ejection unit is configured to eject the liquid onto the recording medium (P).
A mounting rail arrangement for an aircraft floor, the mounting rail arrangement comprising a first mounting rail having a first bottom leg , a first top leg , and a first mounting portion that is arranged between the first bottom and top legs ; a second mounting rail having a second bottom leg , a second top leg , and a second mounting portion that is arranged between the second bottom and top legs , wherein the first and second mounting rails are separate mounting rails, wherein the first and second mounting portions face each other and define a gap therebetween, wherein the first mounting portion includes a first mounting hole and the second mounting portion includes a second mounting hole , the mounting holes being aligned to receive a mounting bolt , wherein the mounting rail arrangement further comprises the mounting bolt and an attachment bolt that is configured for attachment of a cabin monument and/or cabin attendant seats, wherein the mounting bolt is inserted in the first and second mounting holes , wherein the mounting bolt includes a cross hole for receiving the attachment bolt , and wherein the mounting bolt is arranged so that the cross hole is arranged within the gap so as to be accessible, wherein the attachment bolt is inserted in the cross hole and fixed to the mounting bolt so as to protrude above the top legs and prevent the mounting bolt from sliding out of the mounting holes . wherein the mounting rail arrangement further comprises the mounting bolt and an attachment bolt that is configured for attachment of a cabin monument and/or cabin attendant seats, wherein the mounting bolt is inserted in the first and second mounting holes , wherein the mounting bolt includes a cross hole for receiving the attachment bolt , and wherein the mounting bolt is arranged so that the cross hole is arranged within the gap so as to be accessible, wherein the attachment bolt is inserted in the cross hole and fixed to the mounting bolt so as to protrude above the top legs and prevent the mounting bolt from sliding out of the mounting holes .
A plated steel sheet having a plating film on a surface of a hot-rolled steel sheet, wherein the hot-rolled steel sheet comprises, by weight, 0.15 to 0.25% of C, 0.5% or less of Si, 0.5 to 2.0% of Mn, 0.03% or less of P, 0.015% or less of S, 0.05% or less of Al, 0.01% or less of N, 0.01 to 0.05% of Ti, 0.0005 to 0.01% of B, a balance of Fe, and inevitable impurities, wherein the elements satisfy the following relationship 1, and wherein the hot-rolled steel sheet comprises, by area, 10 to 30% of ferrite, 20 to 40% of pearlite, and 35 to 55% of bainite, as a microstructure, 0.235 C + 0.0158 Mn + 0.0625 Si + 0.0423 Mo + 0.317 Ti + 1.36 Nb ≤ 0.075 , wherein [C], [Mn], [Si], [Mo], [Ti], and [Nb] represent the content of the corresponding elements contained in the steel sheet in wt%, respectively. wherein the elements satisfy the following relationship 1, and wherein the hot-rolled steel sheet comprises, by area, 10 to 30% of ferrite, 20 to 40% of pearlite, and 35 to 55% of bainite, as a microstructure, 0.235 C + 0.0158 Mn + 0.0625 Si + 0.0423 Mo + 0.317 Ti + 1.36 Nb ≤ 0.075 , wherein [C], [Mn], [Si], [Mo], [Ti], and [Nb] represent the content of the corresponding elements contained in the steel sheet in wt%, respectively.
A method of preparing a precursor for producing a Perovskite, comprising: reacting formamidine·HCl with sodium ethoxide to obtain a formamidine; and reacting the obtained formamidine with HI to obtain formamidinium iodide. reacting formamidine·HCl with sodium ethoxide to obtain a formamidine; and reacting the obtained formamidine with HI to obtain formamidinium iodide.