mhurhangee/patent-ind-claim-en huggingface dataset:
A primer-switch comprising a forward primer linked or conjugated covalently or non-covalently to a selector blocker, wherein the forward primer and selector blocker each comprise a sequence complementary to a sequence in the target region in the presence or absence of one or more nucleic acid variants, and wherein: (a) the 3' region of the forward primer that hybridizes to the target region overlaps with the 5' region of the selector blocker that hybridizes to the target region; or (b) the selector blocker comprises a sequence complementary to the target region in the absence or presence of the nucleic acid variant and wherein the forward primer comprises a sequence complementary to a region upstream of the target region, such that the selector blocker prevents extension of the forward primer when bound to the target region. (a) the 3' region of the forward primer that hybridizes to the target region overlaps with the 5' region of the selector blocker that hybridizes to the target region; or (b) the selector blocker comprises a sequence complementary to the target region in the absence or presence of the nucleic acid variant and wherein the forward primer comprises a sequence complementary to a region upstream of the target region,
A system for acquiring a vibratory signal for diagnosing a rotary engine , characterised in that it includes: input means for receiving a time vibratory signal (X(t)) from said engine and at least one current speed of rotation N(t) of at least one shaft of said engine, and sampling means for sampling in real time said time vibratory signal (X(t)) with at least one sampling signal (S) synchronised to said at least one current speed of rotation thus directly transforming the time vibratory signal (X(t)) into a corresponding synchronous vibratory signal (x(n t )), said synchronous vibratory signal (x(n t )) being a digital signal synchronised with the speed of rotation of the engine, said sampling signal (S) being parameterised by a predetermined maximum harmonic ratio kh and a predetermined sampling ratio r, the sampling signal (S) having a frequency S f such that S f = r x N x kh. input means for receiving a time vibratory signal (X(t)) from said engine and at least one current speed of rotation N(t) of at least one shaft of said engine, and sampling means for sampling in real time said time vibratory signal (X(t)) with at least one sampling signal (S) synchronised to said at least one current speed of rotation thus directly transforming the time vibratory signal (X(t)) into a corresponding synchronous vibratory signal (x(n t )), said synchronous vibratory signal (x(n t )) being a digital signal synchronised with the speed of rotation of the engine, said sampling signal (S) being parameterised by a predetermined maximum harmonic ratio kh and a predetermined sampling ratio r, the sampling signal (S) having a frequency S f such that S f = r x N x kh.
A tiering device for a freight compartment, comprising: a sidewall of the freight compartment, a synchronous belt , a support member capable of supporting goods, and a sliding mount connected to the support member ; the sidewall of the freight compartment comprises a vertical guide track having a groove opening(1a1); the sidewall of the freight compartment is provided with an upper synchronous roller and a lower synchronous roller located below the upper synchronous roller ; a first end of the synchronous belt is wound on the upper synchronous roller and connected to an upper end of the sliding mount , while a second end of the synchronous belt is wound on the lower synchronous roller and connected to a lower end of the sliding mount ; the sliding mount has a sliding portion that protrudes between the two ends of the synchronous belt and extends into the groove opening(1a1) to form a sliding fit with the vertical guide track ; the synchronous belt comprises an inner belt body and an outer belt body ; the outer belt body comprises a first belt body of the synchronous belt connected between the sliding mount and the upper synchronous roller and a second belt body of the synchronous belt connected between the sliding mount and the lower synchronous roller ; the outer belt body is located inside the vertical guide track or flush with the groove opening (1a1)of the vertical guide track ; characterized in that , the inner belt body is located on a side of the outer belt body facing away from the sliding mount , and the inner belt body is located inside the vertical guide track ; the vertical guide track has a belt guide channel (1a2) which extends vertically inside the vertical guide track and is open at two ends of the belt guide channel (1a2); the inner belt body is disposed within and extends through the belt guide channel (1a2), and the outer belt body is located outside the belt guide channel (1a2).
An exercise machine comprising a foot support assembly which includes a footplate coupled to a frame of the exercise machine, wherein the foot support assembly comprises: a strap having a first end coupled to one side of the footplate and a second, free end operatively associated with a fit adjustment mechanism coupled to the opposite side of the footplate thereby defining a foot opening for receiving a user's foot; a rack fixed to the strap; and wherein the fit adjustment mechanism comprises a housing fixed to the footplate and a strap deflector , the housing comprising an opening through which the strap is inserted into the housing, the strap deflector spaced apart from the opening by a distance substantially the same as the length of the rack, the strap deflector positioned below the footplate to redirect the free end of the strap toward the opening, the fit adjustment mechanism further comprising a lock member operatively coupled to the strap, whereby pressing the lock member decouples the lock member from the strap to enable enlargement of the foot opening . a strap having a first end coupled to one side of the footplate and a second, free end operatively associated with a fit adjustment mechanism coupled to the opposite side of the footplate thereby defining a foot opening for receiving a user's foot; a rack fixed to the strap; and wherein the fit adjustment mechanism comprises a housing fixed to the footplate and a strap deflector , the housing comprising an opening through which the strap is inserted into the housing, the strap deflector spaced apart from the opening by a distance substantially the same as the length of the rack, the strap deflector positioned below the footplate to redirect the free end of the strap toward the opening, the fit adjustment mechanism further comprising a lock member operatively coupled to the strap, whereby pressing the lock member decouples the lock member from the strap to enable enlargement of the foot opening .
Apparatus for treating laundry with steam, comprising a base intended to rest on a support member , the base comprising a steam generator and being connected by a pipe to an ironing and/or smoothing tool , said base having a shape or first appendages suitable for allowing the base to rest on the support member in a first stable operating position, characterised in that the base has a shape or second appendages suitable for allowing the base to rest on the support member in a second stable operating position in which the base has an inclination with respect to the support member that is different from the inclination thereof when said base is resting in the first stable operating position, and in that the steam generator comprises an instantaneous vaporisation chamber having a shape that is suitable for vaporising the water injected into the steam generator in the first and second stable operating positions.
A valve unit for controlling the flow of pressurized air to a pneumatically controlled actuator arrangement and a pneumatically controlled brake actuator arrangement of a vehicle transmission arrangement, the valve unit being connectable to a source of pressurized air and comprises a clutch valve arranged to be provided in fluid communication with the pneumatically controlled actuator arrangement for controlling supply of compressed air to the pneumatically controlled actuator arrangement , and a brake valve arranged to be provided in fluid communication with the pneumatically controlled brake actuator arrangement for controlling supply of compressed air to the pneumatically controlled brake actuator arrangement .
A method for automatic generation of a localization geometry, the method comprising: receiving point cloud data collected by a distance sensor and describing a vicinity of a pathway (S201); reducing the point cloud data to a predetermined volume with respect to the pathway (S203), in particular reducing the point cloud data to exclude data within a rectangular prism positioned in parallel with the pathway; projecting the point cloud data to a two-dimensional plane including at least one pixel formation (S205), in particular the at least one pixel formation is an arrangement of data points in the two-dimensional plane that are projected from the point cloud; characterized in that the said method further comprising: defining a volumetric grid according to the at least one pixel formation (S207); determining a voxel occupancy for each of a plurality of voxels forming the volumetric grid (S209); and generating the localization geometry according to the voxel occupancy (S211). receiving point cloud data collected by a distance sensor and describing a vicinity of a pathway (S201); reducing the point cloud data to a predetermined volume with respect to the pathway (S203), in particular reducing the point cloud data to exclude data within a rectangular prism positioned in parallel with the pathway; projecting the point cloud data to a two-dimensional plane including at least one pixel formation (S205), in particular the at least one pixel formation is an arrangement of data points in the two-dimensional plane that are projected from the point cloud; defining a volumetric grid according to the at least one pixel formation (S207); determining a voxel occupancy for each of a plurality of voxels forming the volumetric grid (S209); and generating the localization geometry according to the voxel occupancy (S211).
A battery with a safety mechanism adapted to protect against tissue damage and/or electrolysis comprising: a housing comprising first and second poles, at least one electronic conductor in electronic contact with the first pole, and a spacer comprising an electronically insulating material, wherein the spacer is provided between the electronic conductor and the second pole such that electronic contact between the electronic conductor and the second pole is prevented, the spacer being capable of undergoing a physical change in the presence of an aqueous solution such that the spacer can dissolve, soften, or swell, a resistive force of the spacer is reduced to less than a biasing force of the electronic conductor, and electronic coupling between the electronic conductor and the second pole can occur wherein: subsequent to the physical change, electronic coupling occurs based on (i) direct physical contact between the electronic conductor and the second pole or (ii) indirect physical contact between the electronic conductor and the second pole via one or more additional intervening electronically conducting materials disposed between the electronic conductor and the second pole, wherein the electronic conductor comprises an attaching segment and a grounding segment, each of the attaching segment and the grounding segment being electronically coupled to the first pole, each of the attaching segment and the grounding segment being electronically isolated from the second pole, and the grounding segment being biased towards engagement with the second pole. subsequent to the physical change, electronic coupling occurs based on (i) direct physical contact between the electronic conductor and the second pole or (ii) indirect physical contact between the electronic conductor and the second pole via one or more additional intervening electronically conducting materials disposed between the electronic conductor and the second pole, wherein the electronic conductor comprises an attaching segment and a grounding segment, each of the attaching segment and the grounding segment being electronically coupled to the first pole, each of the attaching segment and the grounding segment being electronically isolated from the second pole, and the grounding segment being biased towards engagement with the second pole.
Pridopidine, or a pharmaceutically acceptable salt thereof, for use in treating a subject afflicted with a neurodegenerative eye disease, or for reducing or inhibiting a symptom of the neurodegenerative eye disease in the subject.
A method of operating a display device using a controller ; the controller comprising an input configured to receive image data to be displayed from a data storage , a processor configured to send a control command, and an output for transmitting the control command and the image data to the display device; the display device having a panel comprising a plurality of light sources for generating an image corresponding to the image data, and a mechanism comprising actuators for individually moving the light sources , the mechanism being constructed and arranged to physically move inactive light sources in response to receiving the control command from the processor to separate the inactive light sources from active light sources , such that a gap is created between the inactive light sources and the active light sources through which air can flow; the method comprising: the processor of the controller identifying the inactive light sources by: identifying light sources that are controlled to be off, wherein the inactive light sources are the light sources that are controlled to be off; or by analysing the image data to determine background regions of the image, wherein the inactive light sources are the light sources corresponding to the determined background regions of the image; and in response to identifying the inactive light sources , the processor sending a control command to cause the mechanism of the display device to separate the identified inactive light sources. the processor of the controller identifying the inactive light sources by: identifying light sources that are controlled to be off, wherein the inactive light sources are the light sources that are controlled to be off; or by analysing the image data to determine background regions of the image, wherein the inactive light sources are the light sources corresponding to the determined background regions of the image; and identifying light sources that are controlled to be off, wherein the inactive light sources are the light sources that are controlled to be off; or by analysing the image data to determine background regions of the image, wherein the inactive light sources are the light sources corresponding to the determined background regions of the image; and in response to identifying the inactive light sources , the processor sending a control command to cause the mechanism of the display device to separate the identified inactive light sources.
A package of products comprising at least one body , and products arranged on at least one row, wherein each of said products comprises at least one outer surface , wherein said body comprises at least one cardboard wall which comprises a facing surface that faces one outer surface of at least one product of said products , wherein at least one portion of said facing surface of said at least one cardboard wall comprises glue spots arranged between said facing surface and the products so as to glue at least one outer surface of the products to the body of the package , characterized in that said at least one portion of said facing surface of said at least one cardboard wall which comprises glue spots is coated with a thin film , wherein said glue spots are applied at said thin film . wherein each of said products comprises at least one outer surface , wherein said body comprises at least one cardboard wall which comprises a facing surface that faces one outer surface of at least one product of said products , wherein at least one portion of said facing surface of said at least one cardboard wall comprises glue spots arranged between said facing surface and the products so as to glue at least one outer surface of the products to the body of the package , characterized in that said at least one portion of said facing surface of said at least one cardboard wall which comprises glue spots is coated with a thin film , wherein said glue spots are applied at said thin film .
Amethod for encoding an information object in a communication system, the method comprising the steps of: storing the information object in a precoder buffer; dividing the precoder buffer into a plurality of segments, wherein each segment of the plurality of segments represents one of original and parity bits of the information object; selecting bits for generation of a sampling set, wherein the selected bits include bits randomly selected from each segment of the precoder buffer, and bits selected from each segment of the precoder buffer according to a predefined rule; outputting, to a sampling set buffer, the sampling set from the selected bits; generating control channel data including a sampling set number for use in identification of the sampling set and size information for the information object; and modulating the sampling set and the control channel data. storing the information object in a precoder buffer; dividing the precoder buffer into a plurality of segments, wherein each segment of the plurality of segments represents one of original and parity bits of the information object; selecting bits for generation of a sampling set, wherein the selected bits include bits randomly selected from each segment of the precoder buffer, and bits selected from each segment of the precoder buffer according to a predefined rule; outputting, to a sampling set buffer, the sampling set from the selected bits; generating control channel data including a sampling set number for use in identification of the sampling set and size information for the information object; and modulating the sampling set and the control channel data.
Substituted 3,4,12,12a-tetrahydro-1H- oxazino[3,4-c]pyrido[2,1-f] triazine-6,8-dione of general formula 1, a stereoisomer, pharmaceutically acceptable salt, solvate, hydrate, a crystalline or polycrystalline form thereof wherein: R 1 is 6,7-difluoro-5,10-dihydrothieno[3,2-c] benzothiepin-10-yl, (3,4-difluorophenyl)(phenyl)methyl, (3,4-difluorophenyl)(2-methylsulfanylphenyl)methyl, diphenylmethyl, bis(4-fluorophenyl)methyl; R 2 is hydrogen or a protective group selected from the group comprising {[(C 1 -Csalkyl)oxycarbonyl]-oxy}methoxy. R 1 is 6,7-difluoro-5,10-dihydrothieno[3,2-c] benzothiepin-10-yl, (3,4-difluorophenyl)(phenyl)methyl, (3,4-difluorophenyl)(2-methylsulfanylphenyl)methyl, diphenylmethyl, bis(4-fluorophenyl)methyl; R 2 is hydrogen or a protective group selected from the group comprising {[(C 1 -Csalkyl)oxycarbonyl]-oxy}methoxy.
A combustor for a gas turbine engine comprising: a support shell ; a forward liner panel mounted to the support shell via a multiple of studs , the forward liner panel including an aft circumferential rail that extends from a cold side of the forward liner panel ; an aft liner panel mounted to the support shell via a multiple of studs , the aft liner panel including a forward circumferential rail that extends from a cold side of the second liner panel adjacent to the aft circumferential rail to form an interface passage ; and at least one heat transfer feature ; characterised in that : the at least one heat transfer feature is within the interface passage and includes a first heat transfer feature , that extends from a surface of the aft circumferential rail that faces the interface passage , and a second heat transfer feature that extends from a surface of the forward circumferential rail that faces the interface passage , wherein the at least one first heat transfer feature abuts the at least one second heat transfer feature across the interface passage , the interface passage is formed where the aft circumferential rail of the forward liner panel abuts the forward circumferential rail of the aft liner panel , and the interface passage is oriented at an angle P between about 20-80 degrees with respect to a hot side of the aft liner panel . a support shell ; a forward liner panel mounted to the support shell via a multiple of studs , the forward liner panel including an aft circumferential rail that extends from a cold side of the forward liner panel ; an aft liner panel mounted to the support shell via a multiple of studs , the aft liner panel including a forward circumferential rail that extends from a cold side of the second liner panel adjacent to the aft circumferential rail to form an interface passage ; and at least one heat transfer feature ; characterised in that : the at least one heat transfer feature is within the interface passage and includes a first heat transfer feature , that extends from a surface of the aft circumferential rail that faces the interface passage , and a second heat transfer feature that extends from a surface of the forward circumferential rail that faces the interface passage , wherein the at least one first heat transfer feature abuts the at least one second heat transfer feature across the interface passage , the interface passage is formed where the aft circumferential rail of the forward liner panel abuts the forward circumferential rail of the aft liner panel , and the interface passage is oriented at an angle P between about 20-80 degrees with respect to a hot side of the aft liner panel .