mhurhangee/patent-ind-claim-en huggingface dataset:
A Base Station, BS, apparatus , configured to receive, from a core network , a mapping rule in which a dedicated radio section Quality of Service, QoS, parameter is mapped to each of QoS parameters which is applied to a service flow by the core network , respectively, comprising: a storage unit configured to store the mapping rule; an identification unit configured to identify, based on the stored mapping rule, a dedicated radio section QoS parameter applied to a service flow which the BS apparatus provides to a terminal and mapped to one of the QoS parameters, the one of the QoS parameters being applied to the service flow for a packet to be transmitted from the core network to the terminal ; and a transmission unit configured to transmit the packet at the dedicated radio section QoS level by applying the identified dedicated radio section QoS parameter in packet transmission, wherein when a particular QoS parameter having a service type of a non-guaranteed bit rate, Non-GBR, which does not guarantee a bandwidth is applied to one service flow which includes packets of each piece of content having different QoS requirements, the mapping rule maps different dedicated radio section QoS parameters for each piece of content included in the one service flow. a storage unit configured to store the mapping rule; an identification unit configured to identify, based on the stored mapping rule, a dedicated radio section QoS parameter applied to a service flow which the BS apparatus provides to a terminal and mapped to one of the QoS parameters, the one of the QoS parameters being applied to the service flow for a packet to be transmitted from the core network to the terminal ; and a transmission unit configured to transmit the packet at the dedicated radio section QoS level by applying the identified dedicated radio section QoS parameter in packet transmission, wherein when a particular QoS parameter having a service type of a non-guaranteed bit rate, Non-GBR, which does not guarantee a bandwidth is applied to one service flow which includes packets of each piece of content having different QoS requirements, the mapping rule maps different dedicated radio section QoS parameters for each piece of content included in the one service flow.
Use of a formulation comprising: a polymeric binder resin which comprises a thermoplastic vinyl resin comprising a polyvinyl acetal resin; a polymethyl methacrylate resin; a cellulose ester resin comprising cellulose acetate propionate; and an organic solvent comprising one or more of n-hexane, methanol, methyl n-butyl ketone, methyl ethyl ketone, toluene and hexanedione; wherein the formulation does not include colloidal silica and wherein the formulation does not include diethyl ketone; for forming a thermally transferable protective laminate overcoat of a thermal transfer donor element. a polymeric binder resin which comprises a thermoplastic vinyl resin comprising a polyvinyl acetal resin; a polymethyl methacrylate resin; a cellulose ester resin comprising cellulose acetate propionate; and an organic solvent comprising one or more of n-hexane, methanol, methyl n-butyl ketone, methyl ethyl ketone, toluene and hexanedione; wherein the formulation does not include colloidal silica and wherein the formulation does not include diethyl ketone;
A valve of snap-in type that can be associated with a rim of rubber wheels comprising: - a hollow valve body of cylindrical shape arranged for connecting the inside of said rubber wheels with the outside environment and allowing passage of air; - an actuating mechanism of said valve arranged inside said valve body ; - a rubber ring , suitably shaped, arranged for partially covering said valve body , wherein said valve body comprises at least one portion made of plastic material, and the outer surface (20") of said portion comprises a plurality of shaped annular ribs for retaining said rubber ring , characterized in that the outer surface (20") of said portion comprises at least one reinforcing longitudinal rib , and said at least one longitudinal rib is superimposed on said plurality of shaped annular ribs . - a hollow valve body of cylindrical shape arranged for connecting the inside of said rubber wheels with the outside environment and allowing passage of air; - an actuating mechanism of said valve arranged inside said valve body ; - a rubber ring , suitably shaped, arranged for partially covering said valve body ,
A compressor comprising a casing ; a body which is disposed in the casing ; a rotor which is disposed on the body and a stator which is disposed around the rotor so as to be concentric with the rotor; at least one connection member which is disposed on the stator and which enables the stator to be placed into the casing ; and at least one spring which is disposed on the connection member , a vibration damping member which is manufactured from a flexible material and which is fitted over the spring such that a gap remains between the spring and the vibration damping member characterized by the vibration damping member which is fitted over the spring so as to completely surround the spring and the vibration damping member comprising an inner wall having at least one first wall which surrounds at least a part of the spring , at least one step in connection with the first wall and at least one second wall which is connected to the first wall by means of the step and which surrounds another part of the spring such that a gap different than the gap between the first wall and the spring remains therebetween.
A hybrid electric vehicle control device for a hybrid electric vehicle, which includes: a transmission switchable between different gear stages in response to a change in position at which a gear stick is placed, an engine for driving vehicle wheels through the transmission, an electric machine positioned between the transmission and the vehicle wheels , wherein said hybrid electric vehicle control device comprises a controller including executable instructions stored in memory for denying regenerative-power generation permission to prohibit regenerative-power generation via the electric machine during coasting with the transmission in neutral, characterized in that the controller is configured to grant the regenerative-power generation permission in response to operator input to a brake pedal even during coasting with the transmission in neutral to permit regenerative-power generation via the electric machine over the period of operator input to the brake pedal during coasting with the transmission in neutral. a transmission switchable between different gear stages in response to a change in position at which a gear stick is placed, an engine for driving vehicle wheels through the transmission, an electric machine positioned between the transmission and the vehicle wheels , wherein said hybrid electric vehicle control device comprises a controller including executable instructions stored in memory for denying regenerative-power generation permission to prohibit regenerative-power generation via the electric machine during coasting with the transmission in neutral, characterized in that the controller is configured to grant the regenerative-power generation permission in response to operator input to a brake pedal even during coasting with the transmission in neutral to permit regenerative-power generation via the electric machine over the period of operator input to the brake pedal during coasting with the transmission in neutral.
A computer implemented method for automatically detecting variations and/or abnormalities in the culturing conditions of in vitro incubating embryos, the method comprising the steps of: a) obtaining a first dataset comprising morphokinetic parameters relating to the development of a first group of embryos, b) obtaining a second dataset comprising corresponding morphokinetic parameters relating to the development of a second group of embryos, c) modifying the first and second datasets by extracting morphokinetic parameter outliers from the first dataset and or the second datasets, d) calculating the difference between specific morphokinetic parameters from the modified first dataset and the corresponding morphokinetic parameters from the modified second dataset, and e) monitoring said morphokinetic difference thereby detecting variations in the culturing conditions of the first and second group of embryos, and issuing a warning when the morphokinetic difference is above a predefined level. a) obtaining a first dataset comprising morphokinetic parameters relating to the development of a first group of embryos, b) obtaining a second dataset comprising corresponding morphokinetic parameters relating to the development of a second group of embryos, c) modifying the first and second datasets by extracting morphokinetic parameter outliers from the first dataset and or the second datasets, d) calculating the difference between specific morphokinetic parameters from the modified first dataset and the corresponding morphokinetic parameters from the modified second dataset, and e) monitoring said morphokinetic difference thereby detecting variations in the culturing conditions of the first and second group of embryos, and issuing a warning when the morphokinetic difference is above a predefined level.
A display system comprising: a pixel array comprising first (1156 1 ) and second (1156 2 ) columns of pixels; relay optics configured to receive incident light and to output the incident light to a viewer; and a scanning mirror disposed to receive the light from the first and second columns of pixels and to reflect the received light toward the relay optics, wherein the scanning mirror is configured to move between a plurality of positions comprising a first position and a second position, the first position oriented for the mirror to reflect the light from the first column of pixels onto the relay optics as a first one-dimensional array of pixels, the second position oriented for the mirror to reflect the received light from the second column of pixels onto the relay optics as a second one-dimensional array of pixels, wherein locations for the first and the second one-dimensional array of pixels define spatially overlapping lines on the relay optics, wherein the first and second columns of pixels have parallel lengthwise dimensions, wherein pixels of the second column of pixels are offset along the lengthwise dimension relative to the pixels of the first column of pixels, and characterized in that the pixels of the first column of pixels are configured to emit light while the scanning mirror moves from the first position to the second position, and wherein the pixels of the second column of pixels are configured to emit light while the scanning mirror moves from the second position to the first position. a pixel array comprising first (1156 1 ) and second (1156 2 ) columns of pixels; relay optics configured to receive incident light and to output the incident light to a viewer; and a scanning mirror disposed to receive the light from the first and second columns of pixels and to reflect the received light toward the relay optics, wherein the scanning mirror is configured to move between a plurality of positions comprising a first position and a second position, the first position oriented for the mirror to reflect the light from the first column of pixels onto the relay optics as a first one-dimensional array of pixels, the second position oriented for the mirror to reflect the received light from the second column of pixels onto the relay optics as a second one-dimensional array of pixels, wherein locations for the first and the second one-dimensional array of pixels define spatially overlapping lines on the relay optics, wherein the first and second columns of pixels have parallel lengthwise dimensions, wherein pixels of the second column of pixels are offset along the lengthwise dimension relative to the pixels of the first column of pixels, and characterized in that
Drawing carriage for a drawing machine, comprising two clamping jaws as well as a clamping jaw moving device for an opening and closing movement of the clamping jaws , characterized in that the clamping jaw moving device comprises exactly one linear motor , wherein the linear motor has a stator part affixed to the drawing carriage and a mover part that is arranged on the drawing carriage and linearly movable relative to the stator part , and the mover part engages in at least one clamping jaw or a clamping jaw holder directly or indirectly.
A process for the production of ammonia and urea in an ammonia-urea integrated plant comprising: reforming a hydrocarbon source obtaining a make-up gas containing hydrogen and nitrogen, wherein said make-up gas after purification is converted into ammonia, at least part of the synthesized ammonia provides the ammonia feed of a urea synthesis process, said urea synthesis process also receiving a carbon dioxide feed, the urea synthesis process comprising the reaction of ammonia and carbon dioxide in a urea synthesis section to form a urea aqueous solution, and subsequent treatment of said solution in a urea recovery section, wherein the purification of the make-up gas comprises removal of CO2 by means of a first step of CO2 removal in a first CO2 removal unit and a second step of CO2 removal in a second CO2 removal unit, which are carried out in series or in parallel, said first and second CO2 removal units not being part of said urea synthesis section, one of said first and second CO2 removal steps comprises washing CO2-containing make-up gas with a carbamate solution taken from said urea recovery section, and said carbon dioxide feed of the urea synthesis process comprises at least part of the carbon dioxide separated from said CO2 removal steps. reforming a hydrocarbon source obtaining a make-up gas containing hydrogen and nitrogen, wherein said make-up gas after purification is converted into ammonia, at least part of the synthesized ammonia provides the ammonia feed of a urea synthesis process, said urea synthesis process also receiving a carbon dioxide feed, the urea synthesis process comprising the reaction of ammonia and carbon dioxide in a urea synthesis section to form a urea aqueous solution, and subsequent treatment of said solution in a urea recovery section, wherein the purification of the make-up gas comprises removal of CO2 by means of a first step of CO2 removal in a first CO2 removal unit and a second step of CO2 removal in a second CO2 removal unit, which are carried out in series or in parallel, said first and second CO2 removal units not being part of said urea synthesis section, one of said first and second CO2 removal steps comprises washing CO2-containing make-up gas with a carbamate solution taken from said urea recovery section, and said carbon dioxide feed of the urea synthesis process comprises at least part of the carbon dioxide separated from said CO2 removal steps.
A method of screening for the onset of a large intestine neoplasm in an individual, said method comprising assessing the methylation status of a DNA region defined by Hg19 coordinates chr6 391752 - 411443 and 2kb upstream of the transcription start site of the IRF4 gene, in a biological sample from said individual wherein a higher level of methylation of said DNA region relative to control levels is indicative of a large intestine neoplasm, wherein said neoplasm is an adenoma.
A quadruple-lumen catheter, comprising: a cylindrical body extending from a proximal end to a distal end and being surrounded by an outer wall , the body having an inner space divided into a first region and a second region by a partition extending in a longitudinal direction, the first region being divided into a first lumen and a third lumen being smaller in cross-sectional area than the first lumen , the second region being divided into a second lumen and a fourth lumen being smaller in cross-sectional area than the second lumen , characterized in that the third lumen and the fourth lumen face each other with the partition interposed therebetween, the second lumen has a second opening plane at its distal end, and the first lumen has a first opening plane at its distal end, the second opening plane being more distal than the first opening plane , the third lumen has a third opening plane at its distal end, the third opening plane being more distal than the second opening plane , the fourth lumen has a fourth opening plane at its distal end, the fourth opening plane being more distal than the third opening plane , and the partition is such that, between the distal end of the body and the second opening plane , a width of the partition is gradually narrowed toward the third lumen and the fourth lumen . a cylindrical body extending from a proximal end to a distal end and being surrounded by an outer wall , the body having an inner space divided into a first region and a second region by a partition extending in a longitudinal direction, the first region being divided into a first lumen and a third lumen being smaller in cross-sectional area than the first lumen , the second region being divided into a second lumen and a fourth lumen being smaller in cross-sectional area than the second lumen , characterized in that the third lumen and the fourth lumen face each other with the partition interposed therebetween, the second lumen has a second opening plane at its distal end, and the first lumen has a first opening plane at its distal end, the second opening plane being more distal than the first opening plane , the third lumen has a third opening plane at its distal end, the third opening plane being more distal than the second opening plane , the fourth lumen has a fourth opening plane at its distal end, the fourth opening plane being more distal than the third opening plane , and the partition is such that, between the distal end of the body and the second opening plane , a width of the partition is gradually narrowed toward the third lumen and the fourth lumen .
A cosmetic vessel comprising: a discharge unit discharging cosmetics to an outside; a discharge plate provided at one side of the discharge unit from which the cosmetics arc discharged, including at least one discharge hole ; and a guide plate provided between the discharge unit and the discharge plate and guiding the cosmetics to the at least one discharge hole ; characterized in that the cosmetic vessel further comprises: a rim portion fixing the discharge plate and the guide plate , and in that the rim portion is configured to move downwards together with the discharge plate while fixing the discharge plate and the guide plate . a discharge unit discharging cosmetics to an outside; a discharge plate provided at one side of the discharge unit from which the cosmetics arc discharged, including at least one discharge hole ; and a guide plate provided between the discharge unit and the discharge plate and guiding the cosmetics to the at least one discharge hole ; characterized in that the cosmetic vessel further comprises: a rim portion fixing the discharge plate and the guide plate , and in that the rim portion is configured to move downwards together with the discharge plate while fixing the discharge plate and the guide plate . a rim portion fixing the discharge plate and the guide plate , and in that the rim portion is configured to move downwards together with the discharge plate while fixing the discharge plate and the guide plate .
A disposable fluid pack for use with a reusable fluid dispenser , the disposable fluid pack comprising: a fluid reservoir configured to be filled with a fluid; a pump comprising an inlet in fluid communication with the fluid reservoir , an outlet and a rotor , the rotor configured to form a power transmission coupling with a motor drive shaft , the pump configured to pump the fluid in a first direction from the fluid reservoir and out of the outlet ; and an encoder comprising encoded data, the encoded data defining at least one stop position of the rotor and a rotation speed of the rotor for pumping the fluid from the fluid reservoir , wherein the encoder is coupled to the rotor at a predefined position and is configured to rotate with the rotor . a fluid reservoir configured to be filled with a fluid; a pump comprising an inlet in fluid communication with the fluid reservoir , an outlet and a rotor , the rotor configured to form a power transmission coupling with a motor drive shaft , the pump configured to pump the fluid in a first direction from the fluid reservoir and out of the outlet ; and an encoder comprising encoded data, the encoded data defining at least one stop position of the rotor and a rotation speed of the rotor for pumping the fluid from the fluid reservoir , wherein the encoder is coupled to the rotor at a predefined position and is configured to rotate with the rotor .
Motorvehicle comprising: - a rear engine ; - a cooling system of the rear engine , wherein the cooling system comprises a radiator ; - a motorvehicle body supporting the rear engine , wherein the motorvehicle body extends along a longitudinal axis (L-L) and comprises a front portion and a rear portion , the rear engine being arranged in said rear portion ; - a driver's seat arranged in the front portion ; - a passengers' seat arranged in the rear portion ; characterized in that the radiator is arranged, along the longitudinal axis (L-L), between the front portion and the rear engine and under said passengers' seat . - a rear engine ; - a cooling system of the rear engine , wherein the cooling system comprises a radiator ; - a motorvehicle body supporting the rear engine , wherein the motorvehicle body extends along a longitudinal axis (L-L) and comprises a front portion and a rear portion , the rear engine being arranged in said rear portion ; - a driver's seat arranged in the front portion ; - a passengers' seat arranged in the rear portion ;
A field device for an industrial process comprising: device circuitry configured to receive power and communicate data over a two-wire process control loop ; a shunt circuit configured to shunt an unused portion of the power to an electrical ground ; a bulk supply ; a charging power regulator configured to regulate an excess portion of the power to charge the bulk supply ; and a supplemental circuit powered by the bulk supply , characterised in that : the charging power regulator is configured to regulate said excess portion of the power based on a magnitude of the unused portion, such that when it is indicated that the magnitude of the unused portion has increased, the excess portion provided to the bulk supply is then increased. device circuitry configured to receive power and communicate data over a two-wire process control loop ; a shunt circuit configured to shunt an unused portion of the power to an electrical ground ; a bulk supply ; a charging power regulator configured to regulate an excess portion of the power to charge the bulk supply ; and a supplemental circuit powered by the bulk supply , characterised in that : the charging power regulator is configured to regulate said excess portion of the power based on a magnitude of the unused portion, such that when it is indicated that the magnitude of the unused portion has increased, the excess portion provided to the bulk supply is then increased.