mhurhangee/patent-ind-claim-en huggingface dataset:
Processing attachment for processing foodstuffs for use with a food processor, wherein the processing attachment comprises one or more drive mating couplings , which can rotate about their own axis and can be driven by a source of force, has one or more output couplings which have an active connection to the drive mating couplings , to which processing tools can be connected in a rotationally fixed and detachable manner for processing foodstuffs, and a manually operable holding means is provided on the processing attachment for at least one of the processing tools , which holding means is able to be moved between a holding position and a release position, in order to be able to release or lock the processing tool , which can be connected to the processing attachment in a detachable manner via the output coupling , with regard to the processing attachment , wherein the processing attachment comprises a wall with an opening, wherein the opening can be pierced through by an output axis of the at least one processing tool , in order to connect the at least one processing tool to the output coupling , characterised in that the output axis of the processing tool has a groove , into which a holding means can engage on the part of the processing attachment , wherein the groove is arranged on a section of the output axis of the processing tool which lies between the processing effectors and the output mating coupling .
A fraction collector apparatus comprising: a. a support system , b. a carrier moveably supported by the support system , c. an extension arm connected to the carrier , d. at least one dispensing head for dispensing droplets and moveably connected to the extension arm , wherein the dispensing head and carrier are configured to move relative to the support system in a first plane, and e. a tray area designed to support at least one rack , wherein the at least one rack is designed to comprise at least one collection vessel , wherein a motion of said carrier is achieved by a linear bearing Y-slide unit , and wherein the linear bearing Y-slide unit is configured to move along a linear bearing Y-rail , said fraction collector apparatus being characterized in that the carrier is attached to an underside of the linear bearing Y-slide unit . a. a support system , b. a carrier moveably supported by the support system , c. an extension arm connected to the carrier , d. at least one dispensing head for dispensing droplets and moveably connected to the extension arm , wherein the dispensing head and carrier are configured to move relative to the support system in a first plane, and e. a tray area designed to support at least one rack , wherein the at least one rack is designed to comprise at least one collection vessel , wherein a motion of said carrier is achieved by a linear bearing Y-slide unit , and wherein the linear bearing Y-slide unit is configured to move along a linear bearing Y-rail ,
A method of making and isolating allosteric DNA binding proteins that bind to a companion allosteric effector that induces a conformation change comprising: computationally designing in silico candidate allosteric DNA binding proteins having a binding pocket for a companion allosteric effector, providing nucleic acid sequences encoding the candidate allosteric DNA binding proteins, introducing the nucleic acid sequences into bacterial host cells and expressing the candidate allosteric DNA binding proteins, determining whether the candidate allosteric DNA binding proteins bind to DNA and inhibit expression of a gene by using negative selection to identify a first plurality of bacterial host cells where the candidate allosteric DNA binding proteins have bound to DNA and inhibit expression of the gene, and determining whether the candidate allosteric DNA binding proteins in the first plurality of bacterial host cells bind to the companion allosteric effector using positive screening to identify a second plurality of bacterial host cells where the candidate allosteric DNA binding proteins have bound to the companion allosteric effector, wherein the positive screening includes detecting a detectable marker that is expressed in the first plurality of bacterial cells when the candidate allosteric DNA binding proteins have bound to the companion allosteric effector to express the gene. computationally designing in silico candidate allosteric DNA binding proteins having a binding pocket for a companion allosteric effector, providing nucleic acid sequences encoding the candidate allosteric DNA binding proteins, introducing the nucleic acid sequences into bacterial host cells and expressing the candidate allosteric DNA binding proteins, determining whether the candidate allosteric DNA binding proteins bind to DNA and inhibit expression of a gene by using negative selection to identify a first plurality of bacterial host cells where the candidate allosteric DNA binding proteins have bound to DNA and inhibit expression of the gene, and determining whether the candidate allosteric DNA binding proteins in the first plurality of bacterial host cells bind to the companion allosteric effector using positive screening to identify a second plurality of bacterial host cells where the candidate allosteric DNA binding proteins have bound to the companion allosteric effector, wherein the positive screening includes detecting a detectable marker that is expressed in the first plurality of bacterial cells when the candidate allosteric DNA binding proteins have bound to the companion allosteric effector to express the gene.
A method implemented in a user terminal for accessing a radio channel, comprising: receiving a random access response message from a radio base station, wherein the random access response message indicates an identified radio resource and a user terminal identifier indicating a scrambling sequence that is not specifically assigned to a user terminal, wherein the random access response message is received using a predefined common identity associated with a preamble transmitted by the user terminal; transmitting a message 3 to the radio base station, wherein the message 3 includes a user terminal identity, and wherein the message 3 is transmitted over the identified radio resource, and wherein the message 3 is scrambled using an uplink scrambling sequence based on the user terminal identifier included in the random access response message; receiving a message from the radio base station, which includes the user terminal identity; and transmitting a subsequent data transmission scrambled with an uplink scrambling sequence, specifically assigned to the user terminal, based on the user terminal identity. receiving a random access response message from a radio base station, wherein the random access response message indicates an identified radio resource and a user terminal identifier indicating a scrambling sequence that is not specifically assigned to a user terminal, wherein the random access response message is received using a predefined common identity associated with a preamble transmitted by the user terminal; transmitting a message 3 to the radio base station, wherein the message 3 includes a user terminal identity, and wherein the message 3 is transmitted over the identified radio resource, and wherein the message 3 is scrambled using an uplink scrambling sequence based on the user terminal identifier included in the random access response message; receiving a message from the radio base station, which includes the user terminal identity; and transmitting a subsequent data transmission scrambled with an uplink scrambling sequence, specifically assigned to the user terminal, based on the user terminal identity.
A modulation method, comprising: acquiring position adjustment information and modulation information of to-be-modulated data according to a preset modulation format, wherein the to-be-modulated data comprises a plurality of first modulation units, and each first modulation unit comprises at least two bits; extracting bit data of each first modulation unit in the to-be-modulated data according to the position adjustment information, to obtain first bit data on an odd bit of the each first modulation unit and second bit data on an even bit of the each first modulation unit; performing a position adjustment on the extracted bit data according to the position adjustment information, to obtain at least two groups of transition data with a same data length as the to-be-modulated data, wherein the transition data comprises a plurality of second modulation units, each second modulation unit in the transition data comprises an extension bit and a data bit, and data on the data bit is configured to be the first bit data or the second bit data; determining from the modulation information a modulation parameter corresponding to the each second modulation unit according to bit data of each second modulation unit in each group of transition data; and arranging, according to an arrangement sequence of second modulation units in each group of transition data, modulation parameters corresponding to the second modulation units in each group of transition data, to obtain modulated data. acquiring position adjustment information and modulation information of to-be-modulated data according to a preset modulation format, wherein the to-be-modulated data comprises a plurality of first modulation units, and each first modulation unit comprises at least two bits; extracting bit data of each first modulation unit in the to-be-modulated data according to the position adjustment information, to obtain first bit data on an odd bit of the each first modulation unit and second bit data on an even bit of the each first modulation unit; performing a position adjustment on the extracted bit data according to the position adjustment information, to obtain at least two groups of transition data with a same data length as the to-be-modulated data, wherein the transition data comprises a plurality of second modulation units, each second modulation unit in the transition data comprises an extension bit and a data bit, and data on the data bit is configured to be the first bit data or the second bit data; determining from the modulation information a modulation parameter corresponding to the each second modulation unit according to bit data of each second modulation unit in each group of transition data; and arranging, according to an arrangement sequence of second modulation units in each group of transition data, modulation parameters corresponding to the second modulation units in each group of transition data, to obtain modulated data.
System having a dispenser with a cartridge holder and a cartridge , wherein the cartridge holder has at least one guide and/or twist prevention means for a cartridge receptacle , wherein the cartridge is provided on or in the cartridge receptacle , said cartridge having a wall region , one end of which is adjoined by a connecting region which is closed by a membrane , and at the opposite end of which a bottom region is provided, wherein the wall region and the bottom region define a cavity which accommodates a beverage substrate and/or foodstuff substrate, wherein the cartridge receptacle has a piercing means for perforating the membrane , wherein the piercing means has a channel, wherein a gas can be pushed through said channel into the cartridge , the gas pushing the beverage substrate and/or foodstuff substrate out of the cartridge , characterized in that the cartridge and a cartridge receptacle connected to the cartridge form a cartridge system which is insertable into the cartridge holder of the dispenser.
Suction nozzle for a portable, battery-powered hard surface suction unit , in the form of a window vacuum, comprising a suction device , which suction nozzle has a suction opening to which there is joined a suction channel whose suction channel end remote from the suction opening is connectable or connected to the suction device , wherein furthermore a first coupling device is arranged or formed on the suction nozzle for pivoted coupling with a second coupling device , arranged or formed on the hard surface suction unit , about at least one rotational or pivot axis , so that the first coupling device and the second coupling device form an articulation , wherein the at least one rotational or pivot axis runs transversely to the suction opening , characterized in that the suction channel end has a sleeve-like suction channel portion defining a suction channel longitudinal axis , and in that the suction channel longitudinal axis defines the at least one rotational or pivot axis .
A specimen processing apparatus comprising: an aspirating tube configured to aspirate a specimen from a tip of the aspirating tube in automatic aspiration and manual aspiration; an aspirating tube moving mechanism configured to move the aspirating tube between a first region (P1) in which the automatic aspiration is performed and a second region (P2) in which the manual aspiration is performed; the first region covered with a wall (50A-F, 431-435,441-445), the second region separated from the first region; a processing unit that processes the specimen aspirated by the aspirating tube ; and a housing comprising the wall (50A-F, 431-435,441-445) and the first region (P1) inside, wherein the aspirating tube moving mechanism is configured to move the aspirating tube to the second region (P2) so that at least the tip of the aspirating tube is located outside the housing , and wherein the aspirating tube moving mechanism is configured to move the aspirating tube linearly between the first region (P1) and the second region (P2). an aspirating tube configured to aspirate a specimen from a tip of the aspirating tube in automatic aspiration and manual aspiration; an aspirating tube moving mechanism configured to move the aspirating tube between a first region (P1) in which the automatic aspiration is performed and a second region (P2) in which the manual aspiration is performed; the first region covered with a wall (50A-F, 431-435,441-445), the second region separated from the first region; a processing unit that processes the specimen aspirated by the aspirating tube ; and a housing comprising the wall (50A-F, 431-435,441-445) and the first region (P1) inside, wherein the aspirating tube moving mechanism is configured to move the aspirating tube to the second region (P2) so that at least the tip of the aspirating tube is located outside the housing , and wherein the aspirating tube moving mechanism is configured to move the aspirating tube linearly between the first region (P1) and the second region (P2).
A brake disc for arrangement in a vehicle to rotate around a rotational axis of said brake disc when said vehicle is moving, and to allow reduction of a speed of said vehicle by pressing first and second brake pads against said brake disc resulting in frictional interaction between first and second brake pad surfaces and corresponding first and second annular braking surfaces on opposite sides of said brake disc , each of said first and second annular braking surfaces extending radially between an inner braking surface radius (R i ) and an outer braking surface radius (R o ) of said brake disc in relation to said rotational axis , wherein each of said first and second braking surfaces has an annular proximal portion , an annular distal portion further away from said rotational axis than said proximal portion , and an annular central portion between said proximal portion and said distal portion , said proximal portion , distal portion , and central portion having equal widths (r p ), wherein at least one of said first and second braking surfaces is structured to protrude from a base plane perpendicular to said rotational axis to exhibit a surface profile cross-section with a plane including said rotational axis , wherein a protrusion distance (h a (r), h b (r)) along a normal to said base plane from said base plane to said surface profile cross-section varies with radial distance (r) from said rotational axis in such a way that a central portion average protrusion distance in said central portion is less than a proximal average protrusion distance in said proximal portion and a distal average protrusion distance in said distal portion , and wherein said protrusion distance (h a (r), h b (r)) as a function of radial distance (r) from said rotational axis exhibits a minimum protrusion distance (h a,min , h b,min ) at a minimum protrusion radial position (R min ) in said central portion , wherein said protrusion distance (h a (r), h b (r)) increases with increasing radial distance from said minimum protrusion radial position (R min ) everywhere in said central portion , characterized in that said protrusion distance (h a (r), h b (r)) varies between said minimum protrusion distance (h a,min , h b,min ) and a maximum protrusion distance (h a,max , h b,max ), a difference between said minimum protrusion distance (h a,min , h b,min ) and said maximum protrusion distance (h a,max , h b,max ) being less than 20 percent of a minimum distance between said first and second annular braking surfaces.
Method for operating a monitor of a motor vehicle , comprising the following steps: - capture of an image of a surrounding area (U) of the motor vehicle , - detection of a viewing direction of a user of the motor vehicle , - switching of the monitor to a normal operating mode or a power-saving mode depending on the determined viewing direction , wherein in the power-saving mode power consumption of the monitor is reduced compared to the normal operating mode, and - displaying the image of the surrounding area (U) by means of the monitor , at least while the normal operating mode is specified for it, characterised in that in the detection of the viewing direction , this is predicted in advance and the monitor is switched to the normal operating mode or the power-saving mode depending on a predicted viewing direction. - capture of an image of a surrounding area (U) of the motor vehicle , - detection of a viewing direction of a user of the motor vehicle , - switching of the monitor to a normal operating mode or a power-saving mode depending on the determined viewing direction , wherein in the power-saving mode power consumption of the monitor is reduced compared to the normal operating mode, and - displaying the image of the surrounding area (U) by means of the monitor , at least while the normal operating mode is specified for it,
A method of transmitting video data from a wireless source device to a wireless sink device: exchanging capability information with the wireless sink device; generating video component data; rendering pixel data for local display based on said video component data; intercepting said video component data prior to rendering pixel data for local display and for adding metadata to said video component data; transmitting the video component data and said metadata to the wireless sink device; wherein a first video component comprises a call to a graphics application program interface; wherein a second video component comprises compressed video data; wherein a third video component comprises pixel data; wherein said metadata describes how the video component data is to be assembled to render a frame for display by the wireless sink device, by identifying screen locations for said video components. exchanging capability information with the wireless sink device; generating video component data; rendering pixel data for local display based on said video component data; intercepting said video component data prior to rendering pixel data for local display and for adding metadata to said video component data; transmitting the video component data and said metadata to the wireless sink device; wherein a first video component comprises a call to a graphics application program interface; wherein a second video component comprises compressed video data; wherein a third video component comprises pixel data; wherein a first video component comprises a call to a graphics application program interface; wherein a second video component comprises compressed video data; wherein a third video component comprises pixel data; wherein said metadata describes how the video component data is to be assembled to render a frame for display by the wireless sink device, by identifying screen locations for said video components.
A vial adapter for use with an injector and a vial containing an injectable fluid , the vial including a stopper and a stopper retainer , the injector including a barrel and a needle , the vial adapter comprising: a vial retainer , the vial retainer having a generally cylindrical structure having a central opening and being sized to receive at least a portion of the vial , the stopper and the stopper retainer , characterized by a spacing disc the spacing disc including a needle insertion port , the needle insertion port being sized to permit the passage of the needle and not to allow the passage of the barrel, a spacing arm attached to the vial retainer and the spacing disc , the spacing arm being sized to space the spacing disc a predetermined distance from the vial retainer , and at least one hinge disposed between the spacing arm and at least one of the spacing disc and the vial retainer , wherein when the needle of the injector is inserted through the needle insertion port and into the stopper , a distance that the needle may extend through the stopper is limited by contact of the injector with the spacing disc . a vial retainer , the vial retainer having a generally cylindrical structure having a central opening and being sized to receive at least a portion of the vial , the stopper and the stopper retainer , characterized by a spacing disc the spacing disc including a needle insertion port , the needle insertion port being sized to permit the passage of the needle and not to allow the passage of the barrel, a spacing arm attached to the vial retainer and the spacing disc , the spacing arm being sized to space the spacing disc a predetermined distance from the vial retainer , and at least one hinge disposed between the spacing arm and at least one of the spacing disc and the vial retainer , wherein when the needle of the injector is inserted through the needle insertion port and into the stopper , a distance that the needle may extend through the stopper is limited by contact of the injector with the spacing disc .
A binder composition for use in paper coating compositions comprising a cold water soluble starch material and a plasticizer characterized in that the starch material is present in an amount of between 20% and 70% by weight, based on total dry substance, wherein the starch material is selected from the group consisting of thinned starches, thermally modified starches, dextrins, and mixtures of two or more thereof, wherein the percent dry substance is determined by drying 5 grams of a sample for 4 hours at 120°C under vacuum and wherein the plasticizer is selected from carbohydrates having a DE of at least 10, polyols, synthetic polymers, synthetic oligomers and mixtures of two or more thereof.