mhurhangee/patent-ind-claim-en huggingface dataset:
A serviceable pump , comprising: a motor disposed at a first end of the serviceable pump ; a gear portion disposed at an end of the pump distal to the motor , the gear portion including a plurality of interlocking gears and a conduit disposed within the gear portion to circulate fluid through the gear portion , the gear portion receiving fluid from a fluid suction line connected to a first side of the gear portion and outputting fluid using a discharge aperture connected to a fluid discharge line , the gear portion including a secondary discharge aperture disposed proximate to the discharge aperture , the gear portion further including at least one conduit disposed proximate to the gears receiving fluid to lubricate the gears when fluid is circulated through the gear portion ; a pump shaft disposed between the motor and the gear portion , configured to translate forces from the motor to the gear portion ; characterised in that it further comprises a cooling loop configured to receive fluid through secondary discharge aperture to be pushed into the cooling loop at a first end of the cooling loop, and to return cooled fluid to the gear portion; a seal assembly connected to the cooling loop and having a seal cavity that allows the cooled fluid to flow through the seal cavity and along the pump shaft before the cooled fluid returns to the gear portion through a drain groove between the pump sealing housing and the pump drive shaft . a motor disposed at a first end of the serviceable pump ; a gear portion disposed at an end of the pump distal to the motor , the gear portion including a plurality of interlocking gears and a conduit disposed within the gear portion to circulate fluid through the gear portion , the gear portion receiving fluid from a fluid suction line connected to a first side of the gear portion and outputting fluid using a discharge aperture connected to a fluid discharge line , the gear portion including a secondary discharge aperture disposed proximate to the discharge aperture , the gear portion further including at least one conduit disposed proximate to the gears receiving fluid to lubricate the gears when fluid is circulated through the gear portion ; a pump shaft disposed between the motor and the gear portion , configured to translate forces from the motor to the gear portion ; characterised in that it further comprises a cooling loop configured to receive fluid through secondary discharge aperture to be pushed into the cooling loop at a first end of the cooling loop, and to return cooled fluid to the gear portion; a seal assembly connected to the cooling loop and having a seal cavity that allows the cooled fluid to flow through the seal cavity and along the pump shaft before the cooled fluid returns to the gear portion through a drain groove between the pump sealing housing and the pump drive shaft .
A method for selecting an aptamer that binds a ligand in eukaryotic cells comprising the steps of: (a) providing a library of aptamers, (b) introducing the members of the library of aptamers into a polynucleotide cassette for the ligand-mediated expression of a reporter gene to create a library of riboswitches, (c) introducing the library of riboswitches into eukaryotic cells, and (d) contacting the eukaryotic cells with a ligand, and (e) measuring expression of the reporter gene, wherein the polynucleotide cassette comprises an alternatively-spliced exon, flanked by a 5' intron and a 3' intron, and a riboswitch comprising (i) an effector region comprising a stem that includes the 5' splice site sequence of the 3' intron and a sequence complementary to the 5' splice site sequence of the 3' intron, and (ii) an aptamer positioned between the 5' splice site sequence of the 3' intron and the complementary sequence, wherein the alternatively-spliced exon comprises a stop codon that is in-frame with the reporter gene when the alternatively-spliced exon is spliced into the reporter gene mRNA. (a) providing a library of aptamers, (b) introducing the members of the library of aptamers into a polynucleotide cassette for the ligand-mediated expression of a reporter gene to create a library of riboswitches, (c) introducing the library of riboswitches into eukaryotic cells, and (d) contacting the eukaryotic cells with a ligand, and (e) measuring expression of the reporter gene,
An apparatus comprising: a non-conductive layer ; a conductive layer adhered to the non-conductive layer ; and an electrode pattern disposed in the conductive layer , wherein the electrode pattern is insulated by at least one of a hydrophobic or a dielectric material , and wherein at least a portion of the non-conductive layer comprises a feature of the electrode pattern or a disturbance proximate to the electrode pattern , wherein the feature is an outline of at least a portion of the electrode pattern , and wherein the electrode pattern comprises a line and the feature at least partially corresponds to a position of the line in the electrode pattern . a conductive layer adhered to the non-conductive layer ; and an electrode pattern disposed in the conductive layer , wherein the electrode pattern is insulated by at least one of a hydrophobic or a dielectric material , and wherein at least a portion of the non-conductive layer comprises a feature of the electrode pattern or a disturbance proximate to the electrode pattern , wherein the feature is an outline of at least a portion of the electrode pattern , and wherein the electrode pattern comprises a line and the feature at least partially corresponds to a position of the line in the electrode pattern .
An engineered penicillin G acylase having a polypeptide sequence that is at least 85%, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, 99% or more identical to SEQ ID NO: 1036, and comprises a N2L mutation, wherein said position is numbered with reference to SEQ ID NO: 1036, and wherein said penicillin G acylase is capable of producing phenyl acetate mono-protected or di-protected insulin and has an improvement in enzyme activity of at least 1.5 times the enzymatic activity of SEQ ID NO: 1036.
An electrical connector comprising: a housing having contact channels , the housing having a mounting end configured to be mounted to a circuit board ; signal contacts received in corresponding contact channels , the signal contacts having mating ends , the signal contacts having terminating ends configured to be terminated to the circuit board , each terminating end having a shoulder , a neck extending from the shoulder and a pin extending from the neck , the neck being narrower than the pin and the shoulder ; and a conformal pin organizer the conformal pin organizer having a signal opening receiving a respective terminating end of the corresponding signal contact , the conformal pin organizer having opening edges extending along the signal opening , the conformal pin organizer positioned along the terminating ends such that the opening edges engage the necks of the corresponding terminating ends , characterized in that the electrical connector includes more than one conformal pin organizer each of which is coupled to the mounting end of the housing , wherein the conformal pin organizers are separate and discrete from each other being separately coupled to the signal contacts and the housing , and wherein the conformal pin organizers include outer edges , the outer edges of the conformal pin organizers facing each other across air pockets between the conformal pin organizers . a housing having contact channels , the housing having a mounting end configured to be mounted to a circuit board ; signal contacts received in corresponding contact channels , the signal contacts having mating ends , the signal contacts having terminating ends configured to be terminated to the circuit board , each terminating end having a shoulder , a neck extending from the shoulder and a pin extending from the neck , the neck being narrower than the pin and the shoulder ; and a conformal pin organizer the conformal pin organizer having a signal opening receiving a respective terminating end of the corresponding signal contact , the conformal pin organizer having opening edges extending along the signal opening , the conformal pin organizer positioned along the terminating ends such that the opening edges engage the necks of the corresponding terminating ends , characterized in that the electrical connector includes more than one conformal pin organizer each of which is coupled to the mounting end of the housing , wherein the conformal pin organizers are separate and discrete from each other being separately coupled to the signal contacts and the housing , and wherein the conformal pin organizers include outer edges , the outer edges of the conformal pin organizers facing each other across air pockets between the conformal pin organizers .
A pharmaceutical composition comprising chitosan for use in the treatment of cataract in a subject, wherein the chitosan has a range of molecular weight from 29 kDa to 36 kDa.
An abnormality detection system, comprising a representative feature extraction system which selects a representative feature from an input data group consisting of at least one of image data, speech data, data of spectral patterns and data of behaviour patterns, the input data group comprising a number of N data items, each data item comprising a plurality of feature quantities, wherein the number of feature quantities is denoted as D, wherein the abnormality detection system is configured to identify abnormal data based on comparison with the representative feature, the representative feature extraction system comprising: occurrence distribution memory means that memorizes an occurrence distribution of the feature quantities which the data items in the input data group are assumed to have, wherein the occurrence distribution comprises parameters; evaluation value calculation means that is configured to calculate, with respect to each of data items in the data group, a sum of distances to other data items included in the data group, to determine an evaluation value for the data item, wherein the distance between a first data item I i and a second data item I R is calculated according to formula: D I i I R = ∑ j = 1 D log p v i j v R j , wherein ν i j is the j th feature quantity component of data item I i , wherein p v a j v b j = ∫ v a j v b j dxq j x , and wherein q (j) (x) is a j th component of the occurrence distribution expressing the distribution of occurrences of the j th feature quantity component of the data items; and data selecting means that selects the data item having a smallest evaluation value as a representative feature of the data group. occurrence distribution memory means that memorizes an occurrence distribution of the feature quantities which the data items in the input data group are assumed to have, wherein the occurrence distribution comprises parameters; evaluation value calculation means that is configured to calculate, with respect to each of data items in the data group, a sum of distances to other data items included in the data group, to determine an evaluation value for the data item, wherein the distance between a first data item I i and a second data item I R is calculated according to formula: D I i I R = ∑ j = 1 D log p v i j v R j , wherein ν i j is the j th feature quantity component of data item I i , wherein p v a j v b j = ∫ v a j v b j dxq j x , and wherein q (j) (x) is a j th component of the occurrence distribution expressing the distribution of occurrences of the j th feature quantity component of the data items; and data selecting means that selects the data item having a smallest evaluation value as a representative feature of the data group.
Device for utilizing the waste heat of a thermo-process device , comprising: a first heat exchanger for transferring heat from a heat flow of the thermo-process device to a heat transfer medium; a second heat exchanger for transferring heat from the heat flow to the heat transfer medium, the second heat exchanger being arranged downstream of the first heat exchanger with respect to the heat flow; a thermodynamic cycle device having a third heat exchanger for transferring heat from the heat transfer medium to a working medium of the thermodynamic cycle device and having a fourth heat exchanger for transferring heat from the heat transfer medium to the working medium, the fourth heat exchanger being arranged upstream of the third heat exchanger with respect to the flow of the working medium; wherein heat transfer medium cooled in the third heat exchanger can be supplied at least partially to the first heat exchanger for heating and wherein heat transfer medium cooled in the fourth heat exchanger can be supplied at least partially to the second heat exchanger for heating; and wherein the device further comprises means for controlling the mass flow of the heat transfer medium flowing through the second or fourth heat exchanger; wherein the thermo-process device is an internal combustion engine; wherein the thermodynamic cycle device is an Organic Rankine cycle device. a first heat exchanger for transferring heat from a heat flow of the thermo-process device to a heat transfer medium; a second heat exchanger for transferring heat from the heat flow to the heat transfer medium, the second heat exchanger being arranged downstream of the first heat exchanger with respect to the heat flow; a thermodynamic cycle device having a third heat exchanger for transferring heat from the heat transfer medium to a working medium of the thermodynamic cycle device and having a fourth heat exchanger for transferring heat from the heat transfer medium to the working medium, the fourth heat exchanger being arranged upstream of the third heat exchanger with respect to the flow of the working medium; wherein heat transfer medium cooled in the third heat exchanger can be supplied at least partially to the first heat exchanger for heating and wherein heat transfer medium cooled in the fourth heat exchanger can be supplied at least partially to the second heat exchanger for heating; and wherein the device further comprises means for controlling the mass flow of the heat transfer medium flowing through the second or fourth heat exchanger; wherein the thermo-process device is an internal combustion engine; wherein the thermodynamic cycle device is an Organic Rankine cycle device.
A display device, comprising: a display screen ; an image display system configured to display an image via the display screen and to switch between a first viewing mode and a second viewing mode; a user proximity detection system configured to sense a distance of a user from the display device; and a controller in communication with the image display system, the controller comprising a logic subsystem , and a data-holding subsystem comprising instructions executable by the logic subsystem to switch between the first viewing mode and the second viewing mode based upon the distance of the user from the display device; characterized in that the image when displayed in the second viewing mode is a virtual image displayed with a virtual image plane that is located farther behind the display screen than in the first viewing mode, in which the image appears at or near the display screen, the virtual image when displayed in the second viewing mode including one or more of additional detail and additional scope relative to the image when displayed in the first viewing mode; and in that the display device further comprises an optical system configured to form the virtual image and configured to be switched off for the first viewing mode and switched on for the second viewing mode. a display screen ; an image display system configured to display an image via the display screen and to switch between a first viewing mode and a second viewing mode; a user proximity detection system configured to sense a distance of a user from the display device; and a controller in communication with the image display system, the controller comprising a logic subsystem , and a data-holding subsystem comprising instructions executable by the logic subsystem to switch between the first viewing mode and the second viewing mode based upon the distance of the user from the display device; characterized in that the image when displayed in the second viewing mode is a virtual image displayed with a virtual image plane that is located farther behind the display screen than in the first viewing mode, in which the image appears at or near the display screen, the virtual image when displayed in the second viewing mode including one or more of additional detail and additional scope relative to the image when displayed in the first viewing mode; and in that the display device further comprises an optical system configured to form the virtual image and configured to be switched off for the first viewing mode and switched on for the second viewing mode.
A waterproof sound-permeable membrane adapted to permit passage of sound and prevent ingress of water, wherein an air permeability of the waterproof sound-permeable membrane , as expressed by Gurley number, is 20 seconds/100 mL or more, a water entry pressure of the waterproof sound-permeable membrane is 500 kPa or more, and when a tensile strength at break of the waterproof sound-permeable membrane in a machine direction MD, which is a direction parallel to a direction of calendering of the membrane, is denoted by T1 and a tensile strength at break of the waterproof sound-permeable membrane in a transverse direction TD orthogonal to the machine direction MD is denoted by T2, a strength ratio T1/T2 is in a range of 0.5 to 2.0.
An operation method in an electronic device having a dual camera, the operation method comprising: storing at least one photographed front and rear images, respectively; and characterized in : generating and storing a dual image, in which the photographed front image is located on a set space of the photographed rear image or in which the photographed rear image is located on a set space of the photographed front image; wherein storing the dual image comprises storing a center coordinate of the dual image and a size of the front and rear images on a coordinate plane, editing at least one of a style, position of a frame of the front image or background of a rear or front image of the stored dual image using at least the one stored front and rear images wherein editing of style and background require identical coordinate and size and comprises, verifying the editing of the stored dual image by repeatedly performing a reediting process based on the stored center coordinate and size. generating and storing a dual image, in which the photographed front image is located on a set space of the photographed rear image or in which the photographed rear image is located on a set space of the photographed front image; wherein storing the dual image comprises storing a center coordinate of the dual image and a size of the front and rear images on a coordinate plane, editing at least one of a style, position of a frame of the front image or background of a rear or front image of the stored dual image using at least the one stored front and rear images wherein editing of style and background require identical coordinate and size and comprises, verifying the editing of the stored dual image by repeatedly performing a reediting process based on the stored center coordinate and size.
Aircraft seat comprising - a first and a second seat element , - the second seat element being mounted so as to be adjustable relative to the first seat element , - a spring element that moves the second seat element relative to the first seat element being provided, - it being possible for the force acting on the second seat element by means of the spring element to be released by an actuating element such that the spring element is deactivated in a first switching position of the actuating element , and the spring element is activated in a second switching position of the actuating element , characterised in that - a force limitation element is provided, by means of which the force acting on the second seat element by means of the spring element can be limited to a predetermined value such that intermediate states between the first and second switching positions can also be set, wherein - an electronic open-loop/closed-loop control unit is provided, which is designed to operate the force limitation element , wherein - the force limitation element can be operated by the open-loop/closed-loop control unit on the basis of the adjustment position, the adjustment speed and/or the adjustment acceleration of the second seat element . - a first and a second seat element , - the second seat element being mounted so as to be adjustable relative to the first seat element , - a spring element that moves the second seat element relative to the first seat element being provided, - it being possible for the force acting on the second seat element by means of the spring element to be released by an actuating element such that the spring element is deactivated in a first switching position of the actuating element , and the spring element is activated in a second switching position of the actuating element , characterised in that - a force limitation element is provided, by means of which the force acting on the second seat element by means of the spring element can be limited to a predetermined value such that intermediate states between the first and second switching positions can also be set, wherein - an electronic open-loop/closed-loop control unit is provided, which is designed to operate the force limitation element , wherein - the force limitation element can be operated by the open-loop/closed-loop control unit on the basis of the adjustment position, the adjustment speed and/or the adjustment acceleration of the second seat element .
A method for purifying a target molecule from a plasma sample by a) Providing a plasma sample comprising the target molecule b) subjecting said plasma sample to an ion exchange chromatography on a polyvinylether matrix carrying between 600 and 1200 μmol/g anion exchange groups whereby purified target molecule is eluted from the matrix, characterized in that the target molecule is an immunoglobulin, the ion exchange chromatography is performed in the flow-through mode and the matrix in step b) is eluted with a buffer having a pH between 4 and 7.4. a) Providing a plasma sample comprising the target molecule b) subjecting said plasma sample to an ion exchange chromatography on a polyvinylether matrix carrying between 600 and 1200 μmol/g anion exchange groups whereby purified target molecule is eluted from the matrix, characterized in that the target molecule is an immunoglobulin, the ion exchange chromatography is performed in the flow-through mode and the matrix in step b) is eluted with a buffer having a pH between 4 and 7.4.
Quick coupler having at least one locking bolt and a motor drive that is used to displace the locking bolt between a locking position and an unlocking position thereof, which drive has a power connection and drive means that cooperate with the locking bolt and comprise a rotary drive with a motor and a drive shaft , which drive shaft is mechanically connected to the locking bolt so as to enable the locking bolt to be displaced along an actuation axis (B), characterized in that the drive has a lug for a shaft-hub connection to which a tool, such as a hand lever for manual actuation, can be attached, so that manual actuation thereof will act directly on the drive shaft , the drive shaft will interact with the locking bolt via a gear system , which gear system will move over a dead center during locking and unlocking, has a rotary joint for introducing the rotary movement into the gear system , and the lug is arranged coaxially with the rotary joint .