mhurhangee/patent-ind-claim-en huggingface dataset:
A film for changing a wavelength of light, comprising: a nano-porous membrane including a plurality of pores each having a first opening at a first surface of the nano-porous membrane and each extending in an extension direction towards a second surface of the nano-porous membrane opposite to the first surface of the nano-porous membrane , wherein: the plurality of pores is arranged according to a predetermined pattern, a plurality of first quantum dots of a first quantum dot type, provided in the plurality of pores the plurality of first quantum dots being configured to emit light according to a first emission profile with at least a first emission peak at a first emission wavelength when light of a predetermined wavelength incidents; a plurality of second quantum dots of a second quantum dot type, provided in the plurality of pores , the plurality of second quantum dots being configured to emit light according to a second emission profile with at least a second emission peak at a second emission wavelength when light of the predetermined wavelength incidents; and wherein the first emission wavelength is larger than the second emission wavelength, characterized in that each of the plurality of pores has a second opening at the second surface of the nano-porous membrane by extending the respective pore in the extension direction to the second surface of the nano-porous membrane ; and each of the plurality of pores has a pore diameter (d1, d2) getting increasingly smaller from the first opening along the extension direction to the second opening. the plurality of pores is arranged according to a predetermined pattern, a plurality of first quantum dots of a first quantum dot type, provided in the plurality of pores the plurality of first quantum dots being configured to emit light according to a first emission profile with at least a first emission peak at a first emission wavelength when light of a predetermined wavelength incidents; a plurality of second quantum dots of a second quantum dot type, provided in the plurality of pores , the plurality of second quantum dots being configured to emit light according to a second emission profile with at least a second emission peak at a second emission wavelength when light of the predetermined wavelength incidents; and wherein the first emission wavelength is larger than the second emission wavelength, characterized in that each of the plurality of pores has a second opening at the second surface of the nano-porous membrane by extending the respective pore in the extension direction to the second surface of the nano-porous membrane ; and each of the plurality of pores has a pore diameter (d1, d2) getting increasingly smaller from the first opening along the extension direction to the second opening.
A cross member of a T bar ceiling grid system comprising bayonet type fasteners at opposite ends of said cross member, a raised elongate connecting member extending between said bayonet type fasteners; said bayonet fasteners being secured to and projecting downwardly and outwardly from said raised elongate connecting member ; said raised elongate connecting member including a pair of downwardly extending stabilizing arms defining a securing gap therebetween; said raised elongate connecting member including a thermal transfer head located above and joined to said downwardly extending stabilizing arms characterised in that a bottom edge of said downwardly extending stabilizing arms is above a midpoint in height of said bayonet type fasteners .
A fast change method for digital video broadcasting, DVB, channel, comprising: receiving a channel change request initiated by a user, wherein the channel change request comprises a target channel identifier; determining a frequency of a target channel based on the target channel identifier; sending a unicast request to a fast channel change, FCC, server based on the channel change request, wherein the unicast request comprises the target channel identifier; receiving a unicast transport stream that is of the target channel and that is sent by the FCC server; receiving , based on the frequency of the target channel, a broadcast transport stream that is of the target channel and that is sent by a DVB network side; and when determining that the broadcast transport stream is synchronous with the unicast transport stream, sending a synchronization notification to the FCC server to instruct the FCC server to stop sending the unicast transport stream of the target channel; characterized in that the unicast transport stream is Real-time Transport Protocol, RTP, packets, and each of the RTP packets carries a presentation time stamp, PTS, range value of a transport stream, TS, packet carried in the RTP packet. receiving a channel change request initiated by a user, wherein the channel change request comprises a target channel identifier; determining a frequency of a target channel based on the target channel identifier; sending a unicast request to a fast channel change, FCC, server based on the channel change request, wherein the unicast request comprises the target channel identifier; receiving a unicast transport stream that is of the target channel and that is sent by the FCC server; receiving , based on the frequency of the target channel, a broadcast transport stream that is of the target channel and that is sent by a DVB network side; and when determining that the broadcast transport stream is synchronous with the unicast transport stream, sending a synchronization notification to the FCC server to instruct the FCC server to stop sending the unicast transport stream of the target channel; characterized in that the unicast transport stream is Real-time Transport Protocol, RTP, packets, and each of the RTP packets carries a presentation time stamp, PTS, range value of a transport stream, TS, packet carried in the RTP packet.
A process for producing ethylene oxide by gas-phase oxidation of ethylene, comprising: directing a feed comprising gaseous ethylene and gaseous oxygen through a packing of individual shaped catalyst bodies, under conditions conducive to obtain a reaction mixture containing at least 2.7 vol.-% of ethylene oxide, wherein each shaped catalyst body comprises silver deposited on a refractory support and is characterized by - a content of at least 20 wt.-% of silver, relative to the total weight of the shaped catalyst body; - a BET surface area in the range of 1.6 to 3.0 m 2 /g; - a first face side surface, a second face side surface and a circumferential surface with a plurality of passageways extending from the first face side surface to the second face side surface; and - a uniform multilobed cross-section; and - a longest direct diffusion pathway d, with 2d being in the range of 0.7 to 2.4 mm, wherein the longest diffusion pathway d is defined as the shortest distance from the geometric surface of the shaped catalyst body to a point inside the structure of the shaped catalyst body for which point the shortest distance is the largest among all points. directing a feed comprising gaseous ethylene and gaseous oxygen through a packing of individual shaped catalyst bodies, under conditions conducive to obtain a reaction mixture containing at least 2.7 vol.-% of ethylene oxide, wherein each shaped catalyst body comprises silver deposited on a refractory support and is characterized by - a content of at least 20 wt.-% of silver, relative to the total weight of the shaped catalyst body; - a BET surface area in the range of 1.6 to 3.0 m 2 /g; - a first face side surface, a second face side surface and a circumferential surface with a plurality of passageways extending from the first face side surface to the second face side surface; and - a uniform multilobed cross-section; and - a longest direct diffusion pathway d, with 2d being in the range of 0.7 to 2.4 mm, wherein the longest diffusion pathway d is defined as the shortest distance from the geometric surface of the shaped catalyst body to a point inside the structure of the shaped catalyst body for which point the shortest distance is the largest among all points. - a content of at least 20 wt.-% of silver, relative to the total weight of the shaped catalyst body; - a BET surface area in the range of 1.6 to 3.0 m 2 /g; - a first face side surface, a second face side surface and a circumferential surface with a plurality of passageways extending from the first face side surface to the second face side surface; and - a uniform multilobed cross-section; and - a longest direct diffusion pathway d, with 2d being in the range of 0.7 to 2.4 mm, wherein the longest diffusion pathway d is defined as the shortest distance from the geometric surface of the shaped catalyst body to a point inside the structure of the shaped catalyst body for which point the shortest distance is the largest among all points.
Door for a household appliance having an external wall and an internal wall between which there is disposed a hollow space, and having a connection piece arranged between external and internal wall , which connection piece joins the external wall and the internal wall to each other and is secured to the external wall by means of a form-locking connection, wherein one of the elements out of connection piece and external wall has at least one latching hook , and the other a latching engagement surface or edge , wherein the connection piece has a receiving space which is configured for accommodating a hinge element , characterised in that the latching hook of the connection piece is disposed below the receiving space .
A method for enhancing ground situational awareness of an aircrew via a display within an aircraft operating at an airport having a runway , comprising: displaying , in a display area of the display , a taxiway for the airport; displaying , in the display area of the display , a first landmark related to the taxiway in a first format; determining the position of the aircraft ; displaying , in the display area of the display , the aircraft ; and changing the first format of the first landmark displayed in the display area of the display from the first format to a different format as the aircraft approaches the first landmark of the taxiway within a threshold distance, wherein the threshold distance is adjustable by a pilot. displaying , in a display area of the display , a taxiway for the airport; displaying , in the display area of the display , a first landmark related to the taxiway in a first format; determining the position of the aircraft ; displaying , in the display area of the display , the aircraft ; and changing the first format of the first landmark displayed in the display area of the display from the first format to a different format as the aircraft approaches the first landmark of the taxiway within a threshold distance, wherein the threshold distance is adjustable by a pilot.
A cartomizer, comprising: a liquid media storage tank ; a heater coil casing forming a heater coil chamber and comprising a heater coil support and a heater coil housing , wherein - the heater coil support includes a chamber air inlet , and first and second notches (363 1 ,363 2 ); and - the heater coil housing includes a neck portion and a base portion , wherein the neck portion forms a chamber air outlet ; a heater coil wrapped around a wick ; the wick extending through the notches (363 1 ,363 2 ) into recessed pockets in the liquid media storage tank , the wick being perpendicular to a longitudinal axis of the cartomizer; a first end of an inner tube connected to the neck portion of the heater coil housing ; a second end of the inner tube connected to a proximal seal ; a chamber between the proximal seal and a mouth piece , the mouthpiece having an outlet ; and characterised by an absorbent material in the chamber . a liquid media storage tank ; a heater coil casing forming a heater coil chamber and comprising a heater coil support and a heater coil housing , wherein - the heater coil support includes a chamber air inlet , and first and second notches (363 1 ,363 2 ); and - the heater coil housing includes a neck portion and a base portion , wherein the neck portion forms a chamber air outlet ; - the heater coil support includes a chamber air inlet , and first and second notches (363 1 ,363 2 ); and - the heater coil housing includes a neck portion and a base portion , wherein the neck portion forms a chamber air outlet ; a heater coil wrapped around a wick ; the wick extending through the notches (363 1 ,363 2 ) into recessed pockets in the liquid media storage tank , the wick being perpendicular to a longitudinal axis of the cartomizer; a first end of an inner tube connected to the neck portion of the heater coil housing ; a second end of the inner tube connected to a proximal seal ; a chamber between the proximal seal and a mouth piece , the mouthpiece having an outlet ; and characterised by an absorbent material in the chamber .
A radio resource scheduling method, comprising: an access network element acquiring uplink, UL, data feature information corresponding to a service supported by a terminal; the terminal waiting for an UL resource scheduling signaling of the access network element when judging, by the terminal, that an initiated service is regular or predictable according to the UL data feature information; and the access network element sending the UL resource scheduling signaling to the terminal according to the UL data feature information corresponding to the service initiated by the terminal so as to carry out UL resource scheduling on the terminal, when the service initiated by the terminal is regular or predictable; wherein the UL data feature information corresponding to the service supported by the terminal comprises a data model feature of the service supported by the terminal or packet size information about the service supported by the terminal; wherein the data model feature of the service supported by the terminal comprises a sending period for sending a kind of packets which are sent periodically, and if there are many kinds of packets with fixed size range, whether the sending order among various kinds of packets is complied with a certain fixed rule, and if yes, then which rule is such a fixed rule. an access network element acquiring uplink, UL, data feature information corresponding to a service supported by a terminal; the terminal waiting for an UL resource scheduling signaling of the access network element when judging, by the terminal, that an initiated service is regular or predictable according to the UL data feature information; and the access network element sending the UL resource scheduling signaling to the terminal according to the UL data feature information corresponding to the service initiated by the terminal so as to carry out UL resource scheduling on the terminal, when the service initiated by the terminal is regular or predictable; wherein the UL data feature information corresponding to the service supported by the terminal comprises a data model feature of the service supported by the terminal or packet size information about the service supported by the terminal; wherein the data model feature of the service supported by the terminal comprises a sending period for sending a kind of packets which are sent periodically, and if there are many kinds of packets with fixed size range, whether the sending order among various kinds of packets is complied with a certain fixed rule, and if yes, then which rule is such a fixed rule.
Method for preparing food to be preserved with sugar, comprising steps consisting in: - placing the food to be preserved in a cooking vessel with a predetermined quantity of sugar syrup or honey syrup, - carrying out a primary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a primary cooking time, - decompressing the cooking vessel and leaving the food to be preserved to macerate in the syrup for a maceration time, - carrying out a secondary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a secondary cooking time, - the food to be preserved is heated to a temperature between 105°C and 120°C limits included during the step of primary cooking and/or the step of secondary cooking - the food to be preserved is subjected to a pressure between 1200 mbar and 2000 mbar limits included during the step of primary cooking and/or the step of secondary cooking. - placing the food to be preserved in a cooking vessel with a predetermined quantity of sugar syrup or honey syrup, - carrying out a primary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a primary cooking time, - decompressing the cooking vessel and leaving the food to be preserved to macerate in the syrup for a maceration time, - carrying out a secondary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a secondary cooking time, - the food to be preserved is heated to a temperature between 105°C and 120°C limits included during the step of primary cooking and/or the step of secondary cooking - the food to be preserved is subjected to a pressure between 1200 mbar and 2000 mbar limits included during the step of primary cooking and/or the step of secondary cooking.
A system for contracting an area of soft tissue, the system comprising: a CO 2 laser source for generating a plurality of laser pulses of a laser beam having a wavelength in a range from 9μm to 11μm, wherein each laser pulse has a fluence in a range from 0.1 to 0.2 J/cm 2 , a pulse duration of each laser pulse is in a range from 1 to 30 microseconds, and a pulse repetition rate of the laser pulses is in a range from 0.05 to 1 kHz; a beam guidance system for directing the plurality of laser pulses to respective tissue locations within the soft tissue area; and a controller adapted to control the CO 2 laser source and the beam guidance system to achieve a predetermined percentage of full contraction of the soft tissue area at a rate of 1 cm 2 in no more than 25 seconds, wherein full contraction of the soft tissue area occurs at a damage threshold of the soft tissue area. a CO 2 laser source for generating a plurality of laser pulses of a laser beam having a wavelength in a range from 9μm to 11μm, wherein each laser pulse has a fluence in a range from 0.1 to 0.2 J/cm 2 , a pulse duration of each laser pulse is in a range from 1 to 30 microseconds, and a pulse repetition rate of the laser pulses is in a range from 0.05 to 1 kHz; a beam guidance system for directing the plurality of laser pulses to respective tissue locations within the soft tissue area; and a controller adapted to control the CO 2 laser source and the beam guidance system to achieve a predetermined percentage of full contraction of the soft tissue area at a rate of 1 cm 2 in no more than 25 seconds, wherein full contraction of the soft tissue area occurs at a damage threshold of the soft tissue area.
A motor controller for controlling a motor including a rotor and a stator opposed to the rotor, the motor controller comprising: an electric current driving unit ( 31 to 36; 31A; 45 ) which is configured to drive the motor with an axis electric current value defined in a rotating coordinate system defined with respect to a control angle ( θc ) that is a rotation angle for control; characterized by a control angle computing unit which is configured to compute a current value of the control angle ( θc ) by adding an addition angle to a previous value of the control angle ( θc ) in each predetermined computing cycle, wherein by the addition of the addition angle the control angle ( θc ) is updated in each computing cycle; and an addition angle computing unit which is configured to compute the addition angle according to a torque to be generated by the motor or a response of the motor to the axis electric current value, wherein the motor is a three-phase motor, the rotating coordinate system defined with respect to a control angle ( θc ) is a virtual two-phase rotating coordinate system having a γ-axis and a δ-axis, and a three-phase stationary coordinate system having a U phase axis, a V phase axis and a W phase axis is defined, and coordinate conversion between the three-phase stationary coordinate system and the virtual two-phase rotating coordinate system is performed with the use of the control angle ( θc ). an electric current driving unit ( 31 to 36; 31A; 45 ) which is configured to drive the motor with an axis electric current value defined in a rotating coordinate system defined with respect to a control angle ( θc ) that is a rotation angle for control; characterized by a control angle computing unit which is configured to compute a current value of the control angle ( θc ) by adding an addition angle to a previous value of the control angle ( θc ) in each predetermined computing cycle, wherein by the addition of the addition angle the control angle ( θc ) is updated in each computing cycle; and an addition angle computing unit which is configured to compute the addition angle according to a torque to be generated by the motor or a response of the motor to the axis electric current value, wherein the motor is a three-phase motor, the rotating coordinate system defined with respect to a control angle ( θc ) is a virtual two-phase rotating coordinate system having a γ-axis and a δ-axis, and a three-phase stationary coordinate system having a U phase axis, a V phase axis and a W phase axis is defined, and coordinate conversion between the three-phase stationary coordinate system and the virtual two-phase rotating coordinate system is performed with the use of the control angle ( θc ).
Method for time validation in a vehicle , the method comprising: - receiving a first position information at a receiving unit of the vehicle , the received first position information comprises a first time information, - providing a first timestamp to the received first position information based on a vehicle time at the time of receiving the first position information, - receiving a second position information at the receiving unit of the vehicle , the received second position information comprises a second time information, - providing a second timestamp to the received second position information based on the vehicle time at the time of receiving the second position information, the method characterized by : - determining if a difference between the first and the second time information and a difference between the first and the second timestamp are the same and/or if a deviation between the two differences is below a predefined threshold. - receiving a first position information at a receiving unit of the vehicle , the received first position information comprises a first time information, - providing a first timestamp to the received first position information based on a vehicle time at the time of receiving the first position information, - receiving a second position information at the receiving unit of the vehicle , the received second position information comprises a second time information, - providing a second timestamp to the received second position information based on the vehicle time at the time of receiving the second position information, the method characterized by : - determining if a difference between the first and the second time information and a difference between the first and the second timestamp are the same and/or if a deviation between the two differences is below a predefined threshold.