mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a recombinant microorganism, comprising: (a) providing a microorganism comprising a genetic element comprising a target nucleic acid T1, a target nucleic acid T2, and a target nucleic acid T3, in the order 5'-T3-T1-T2-3'; (b) providing a DNA construct comprising a left homology arm LHA1 homologous to T1, a right homology arm RHA1 homologous to T2, a right homology arm RHA2 homologous to T3 and an insertion nucleic acid IS1, in the order 5'-LHA1-RHA2-IS1-RHA1-3', further comprising a counter selection marker CS1 upstream of LHA1 and (i) a positive selection marker PS1 and a counter selection marker CS2 between LHA1 and RHA2; or (ii) a positive selection marker PS1 between LHA1 and RHA2; (c) allowing the genetic element of (a) to undergo homologous recombination with the DNA construct of (b), whereby T1 aligns with LHA1 and T2 aligns with RHA1 to insert the portion of the DNA construct between LHA1 and RHA1, including RHA2, into the genetic element between T1 and T2, to form a microorganism comprising a genetic element comprising 5'-T3-T1-RHA2-IS1-T2-3'; and (d) allowing the genetic element of (c) to undergo self-homologous recombination, whereby T3 aligns with RHA2 to remove the portion of the genetic element between T3 and RHA2, to form a microorganism comprising a genetic element comprising 5'-T3-IS1-T2-3', such that T1 is replaced by IS1 in the genetic element. (a) providing a microorganism comprising a genetic element comprising a target nucleic acid T1, a target nucleic acid T2, and a target nucleic acid T3, in the order 5'-T3-T1-T2-3'; (b) providing a DNA construct comprising a left homology arm LHA1 homologous to T1, a right homology arm RHA1 homologous to T2, a right homology arm RHA2 homologous to T3 and an insertion nucleic acid IS1, in the order 5'-LHA1-RHA2-IS1-RHA1-3', further comprising a counter selection marker CS1 upstream of LHA1 and (i) a positive selection marker PS1 and a counter selection marker CS2 between LHA1 and RHA2; or (ii) a positive selection marker PS1 between LHA1 and RHA2; (i) a positive selection marker PS1 and a counter selection marker CS2 between LHA1 and RHA2; or (ii) a positive selection marker PS1 between LHA1 and RHA2; (c) allowing the genetic element of (a) to undergo homologous recombination with the DNA construct of (b), whereby T1 aligns with LHA1 and T2 aligns with RHA1 to insert the portion of the DNA construct between LHA1 and RHA1, including RHA2, into the genetic element between T1 and T2, to form a microorganism comprising a genetic element comprising 5'-T3-T1-RHA2-IS1-T2-3'; and (d) allowing the genetic element of (c) to undergo self-homologous recombination, whereby T3 aligns with RHA2 to remove the portion of the genetic element between T3 and RHA2, to form a microorganism comprising a genetic element comprising 5'-T3-IS1-T2-3', such that T1 is replaced by IS1 in the genetic element.
A method performed by a first user equipment, UE, for vehicle-to-everything, V2X, in a wireless communication system, the method comprising: receiving (S601), from a base station, BS , configuration information for a sidelink, the configuration information comprising a resource pool; transmitting (S605), to a second UE , sidelink control information, SCI, for scheduling a physical sidelink shared channel, PSSCH, based on the configuration information; transmitting, to the second UE, a sidelink data on the PSSCH based on the SCI; and receiving (S606), from the second UE, hybrid automatic repeat request-acknowledgement, HARQ-ACK, information for the sidelink data on a physical sidelink feedback channel, PSFCH, wherein the SCI includes information on a resource assignment, information on a demodulation reference signal, and information on a modulation and coding scheme, MCS, and wherein the configuration information includes a time gap between the PSFCH and the PSSCH, and wherein the time gap between the PSFCH and the PSSCH is in a unit of slots. receiving (S601), from a base station, BS , configuration information for a sidelink, the configuration information comprising a resource pool; transmitting (S605), to a second UE , sidelink control information, SCI, for scheduling a physical sidelink shared channel, PSSCH, based on the configuration information; transmitting, to the second UE, a sidelink data on the PSSCH based on the SCI; and receiving (S606), from the second UE, hybrid automatic repeat request-acknowledgement, HARQ-ACK, information for the sidelink data on a physical sidelink feedback channel, PSFCH, wherein the SCI includes information on a resource assignment, information on a demodulation reference signal, and information on a modulation and coding scheme, MCS, and wherein the configuration information includes a time gap between the PSFCH and the PSSCH, and wherein the time gap between the PSFCH and the PSSCH is in a unit of slots.
An endoscope device comprising: an insertion portion ; an operation unit that has a joint section configured to be suspendable on a hanger and is connected to the hanger through the joint section ; a treatment tool channel that is arranged inside the joint section and the operation unit and allows passage of a treatment tool; a plate fixed to the operation unit ; and a frame that is provided inside the joint section , includes a plurality of partition structural members coupled to each other and having a longitudinal direction along an arrangement direction of the treatment tool channel , and is fixed to the plate , characterized in that one partition structural member of the plurality of partition structural members is arranged in parallel at a position sandwiched between other partition structural members, and a thickness of a bottom plate of the one partition structural member is larger than thicknesses of bottom plates of the other partition structural members. an insertion portion ; an operation unit that has a joint section configured to be suspendable on a hanger and is connected to the hanger through the joint section ; a treatment tool channel that is arranged inside the joint section and the operation unit and allows passage of a treatment tool; a plate fixed to the operation unit ; and a frame that is provided inside the joint section , includes a plurality of partition structural members coupled to each other and having a longitudinal direction along an arrangement direction of the treatment tool channel , and is fixed to the plate , characterized in that one partition structural member of the plurality of partition structural members is arranged in parallel at a position sandwiched between other partition structural members, and a thickness of a bottom plate of the one partition structural member is larger than thicknesses of bottom plates of the other partition structural members.
A slat for the production of blinds, shutters, roll-up shutters, wall panels of wardrobes, casing for electrical equipment or similar, characterized in that each slat comprises two semi parts which extend longitudinally and which are profiled and connected together to form between them an S-shaped channel which opens on both fronts of the slat and further characterized in that in a first adjustment position of the two semi parts , the latter allow the passage of air and not light, whereas in a second adjustment position, they prevent the passage of both air and light.
A linear shaped charge support structure comprising canted or cantable means to support a linear shaped charge in a canted configuration with at least part of the linear shaped charge canted about a longitudinal axis of the linear shaped charge, wherein in the canted configuration a first cross section of the linear shaped charge is canted relative to a second cross section of the linear shaped charge, the first cross section located at a first location on the longitudinal axis of the linear shaped charge and the second cross section located at a second location on the longitudinal axis.
A method for operating a container treatment plant , wherein containers are treated by a first treatment device of this container treatment plant in a first predefined manner, are subsequently transported from this first treatment device to a second treatment device of the container treatment plant and are subsequently treated by the second treatment device in a second predefined manner, wherein by first sensor units , a first plurality of first reference characteristic values (RK1) are recorded, which are characteristic of the treatment of the containers with the first treatment device , and by second sensor units , a second plurality of second reference characteristic values (RK2) is recorded, which are characteristic of the treatment of the containers with the second treatment device , and wherein these reference characteristic values (RK1, RK2) are stored in a storage device , characterised in that the reference characteristic values (RK1, RK2) are detected with a time value that is characteristic of the temporal occurrence of the respective reference characteristic value (RK1, RK2), and a plurality of test characteristic values (PK1, PK2) is recorded, and as a result of a comparison between at least one of said test characteristic values (PK1, PK2) and at least one reference characteristic value (RK1, RK2), at least one information (I) is output that, wherein the information (I) refer to conditions of the plant such as energy consumption, output or maintenance intervals, wherein the container treatment plant is controlled taking into account the information, wherein a number of test characteristic values are logically linked with each other for outputting the information and this logical linking of the test characteristic values, several test characteristic values from different sensor units are used for outputting the information. the reference characteristic values (RK1, RK2) are detected with a time value that is characteristic of the temporal occurrence of the respective reference characteristic value (RK1, RK2), and a plurality of test characteristic values (PK1, PK2) is recorded, and as a result of a comparison between at least one of said test characteristic values (PK1, PK2) and at least one reference characteristic value (RK1, RK2), at least one information (I) is output that, wherein the information (I) refer to conditions of the plant such as energy consumption, output or maintenance intervals, wherein the container treatment plant is controlled taking into account the information, wherein a number of test characteristic values are logically linked with each other for outputting the information and this logical linking of the test characteristic values, several test characteristic values from different sensor units are used for outputting the information.
A catalyst coated on a surface of a porous material, comprising: a porous metal oxide material made of cordierite with a hole structure comprising 200 pores per 6.45cm 2 (square inch (ppsi)) or less; and a metal oxide loaded on the porous material surface, wherein the metal oxide has a composition represented by Formula 1 below and a powder form having a particle size of 0.85 mm or less, as measured by sieve analysis: wherein A is one or more selected from the group consisting of divalent cation metals.
A luminaire comprising: a mixing chamber having an array of apertures in one wall; a light source to supply light into the mixing chamber ; and an array of optics outside the mixing chamber, each positioned to cooperate with a respective one of the apertures to emit light from the mixing chamber as a beam ; wherein the array of optics and at least an effective edge of the array of apertures are relatively displaceable parallel to said one wall, characterized in that the array of apertures are defined at least in part by controllably transmissive elements , said at least one effective edge being displaceable by changing said controllably transmissive elements between a more transparent and a more reflective state. a mixing chamber having an array of apertures in one wall; a light source to supply light into the mixing chamber ; and an array of optics outside the mixing chamber, each positioned to cooperate with a respective one of the apertures to emit light from the mixing chamber as a beam ; wherein the array of optics and at least an effective edge of the array of apertures are relatively displaceable parallel to said one wall, characterized in that the array of apertures are defined at least in part by controllably transmissive elements , said at least one effective edge being displaceable by changing said controllably transmissive elements between a more transparent and a more reflective state.
A multi-layer lid of sandwich construction to be placed on a drawer of a vacuum drawer system , the lid allowing an evacuation and/or a dehumidification of a drawer interior (R) after sealing to the drawer , wherein the lid includes at least one outer airtight top layer (22', 22") and a core layer , wherein recesses (A) are formed into the core layer and partially into one of the at least one outer top layer (22"), in which recesses (A) an evacuation duct and/or a dehumidification duct, a pump and/or a ventilator and at least one sensor are arranged, characterized in that a printed circuit board is provided, wherein the electrical components integrated into the lid are mechanically fixed and electrically connected on the circuit board , wherein conductor tracks are arranged on at least one side of the printed circuit board to which the electrical consumer are connected, wherein - the circuit board is arranged on one of the at least one outer airtight top layers (22', 22") facing the core layer , or wherein - the at least one outer airtight top layer (22', 22") is designed as a printed circuit board on which the core layer is placed, and the electrical components integrated in the lid are mechanically held and electrically connected on the printed circuit board . - the circuit board is arranged on one of the at least one outer airtight top layers (22', 22") facing the core layer , or wherein - the at least one outer airtight top layer (22', 22") is designed as a printed circuit board on which the core layer is placed, and the electrical components integrated in the lid are mechanically held and electrically connected on the printed circuit board .
A pneumatic tire , comprising: at least one mechanical fastener member attached to a tire inner surface; and an outer surface mark provided on a tire outer surface, the outer surface mark showing a corresponding position in a tire rotation direction corresponding to the position where the mechanical fastener member is attached to the tire inner surface, characterized in that the position where the mechanical fastener member is attached to the tire inner surface is in a tread portion when viewed in a tire axial direction cross section, and wherein the outer surface mark is provided at least at a tire shoulder portion. at least one mechanical fastener member attached to a tire inner surface; and an outer surface mark provided on a tire outer surface, the outer surface mark showing a corresponding position in a tire rotation direction corresponding to the position where the mechanical fastener member is attached to the tire inner surface, characterized in that the position where the mechanical fastener member is attached to the tire inner surface is in a tread portion when viewed in a tire axial direction cross section, and wherein the outer surface mark is provided at least at a tire shoulder portion.
Aqueous pseudoplastic gel composition, having a first viscosity η 1 at a shear rate of 0.01 s -1 of between 5 and 200 Pa·s and a second viscosity η 2 at a shear rate of 100 s -1 that is between 10 and 1000 times lower than the first viscosity, wherein the aqueous pseudoplastic gel consists of, based on the total weight of the composition: • 15 - 60 wt.% of water; • 20 - 60 wt.% of spherical glass beads having a median particle diameter D50, as measured with laser diffraction, between 5 and 150 μm, and a refractive index, measured at a wavelength λ of 589 nm, between 1.8 and 2.8, wherein optionally at least part of the spherical glass beads are hemispherically coated with a light-reflective coating; • 0.15 - 1.5 wt.% of a thickener; and • 0 - 50 wt.% of one or more further ingredients; wherein the viscosity is measured with a rheometer with a plate-plate geometry and a gap distance of 0.5 mm at a temperature of 25 °C. • 15 - 60 wt.% of water; • 20 - 60 wt.% of spherical glass beads having a median particle diameter D50, as measured with laser diffraction, between 5 and 150 μm, and a refractive index, measured at a wavelength λ of 589 nm, between 1.8 and 2.8, wherein optionally at least part of the spherical glass beads are hemispherically coated with a light-reflective coating; • 0.15 - 1.5 wt.% of a thickener; and • 0 - 50 wt.% of one or more further ingredients;
Gear pump with an interior space that can be sealed off from an outside space with a sealing arrangement , the sealing arrangement comprising at least two parts to be sealed, each with a sealing surface , the two parts being fixed at each other such that they are pressed against each other, and wherein there is a recess in at least one of the sealing surfaces , characterized in that a sealing element designed as an O-ring or as a spiral sealing is provided which partially fills the recess so that a cavity in the recess remains, that the recess is connected to a source of flushing medium via a feed channel , that the recess is connected via a discharge channel and that the cavity is at least partially flushable with flushing medium.
Method for gathering a data set from application data, wherein the application data refers to an application running on a first device, and for transferring the gathered data set to a second device for outputting information represented by the data set, at least comprising the steps: executing the application by means of the first device , wherein the first device is a smart phone, gathering the application data representing at least one pre-defined field by means of a gathering and transformation means, wherein the application data is fetched from a frame buffer, transforming the application data into the data set, wherein the application data is processed by the gathering and transformation means for extracting information, wherein the transformation means outputs the information as the data set, transferring the data set to the second device , wherein the second device is a smart watch, and outputting the information represented by the data set by means of an output unit of the second device, wherein the output unit is a display of a smart watch, characterized in that the gathering and transformation means provides a user interface or is linked to a user interface, wherein the user interface comprises a registering means for registering multiple applications and a field defining means for defining information to be gathered from the respective registered multiple applications. executing the application by means of the first device , wherein the first device is a smart phone, gathering the application data representing at least one pre-defined field by means of a gathering and transformation means, wherein the application data is fetched from a frame buffer, transforming the application data into the data set, wherein the application data is processed by the gathering and transformation means for extracting information, wherein the transformation means outputs the information as the data set, transferring the data set to the second device , wherein the second device is a smart watch, and outputting the information represented by the data set by means of an output unit of the second device, wherein the output unit is a display of a smart watch, characterized in that the gathering and transformation means provides a user interface or is linked to a user interface, wherein the user interface comprises a registering means for registering multiple applications and a field defining means for defining information to be gathered from the respective registered multiple applications.
An optical frequency domain reflectivity measuring apparatus comprising: a local light delay fiber that delays local light by a delay, τ D ; an optical 90-degree hybrid that receives an input of the local light delayed by τ D by the local light delay fiber and backscattered light from a measurement target , causes the local light and the backscattered light to interfere with each other, and generates an in-phase component and an orthogonal component of a beat signal generated by the interference; and a balance photodetector that detects the in-phase component and the orthogonal component of the beat signal, wherein an optical frequency response of the measurement target is measured with respect to a relative distance based on τ D in the local light delay fiber , wherein τ D gives a distance offset to distances measured by the local light delay fiber ; characterized in that the optical frequency domain reflectivity measuring apparatus further comprises: an auxiliary interferometer that receives an input of the local light delayed by τ D by the local light delay fiber , delays the input by a further delay, τ AUX , and provides a sampling clock having a sampling period of 1/τ Aux for sampling the frequency response of the measurement target at equal optical frequency intervals. a local light delay fiber that delays local light by a delay, τ D ; an optical 90-degree hybrid that receives an input of the local light delayed by τ D by the local light delay fiber and backscattered light from a measurement target , causes the local light and the backscattered light to interfere with each other, and generates an in-phase component and an orthogonal component of a beat signal generated by the interference; and a balance photodetector that detects the in-phase component and the orthogonal component of the beat signal, wherein an optical frequency response of the measurement target is measured with respect to a relative distance based on τ D in the local light delay fiber , wherein τ D gives a distance offset to distances measured by the local light delay fiber ; characterized in that the optical frequency domain reflectivity measuring apparatus further comprises: an auxiliary interferometer that receives an input of the local light delayed by τ D by the local light delay fiber , delays the input by a further delay, τ AUX , and provides a sampling clock having a sampling period of 1/τ Aux for sampling the frequency response of the measurement target at equal optical frequency intervals.