mhurhangee/patent-ind-claim-en huggingface dataset:
A composition which induces proliferation and/or accumulation of regulatory T cells, the composition consisting of a combination of 5-17 bacterial strains belonging to 5-17 of the following operational taxonomic units (OTUs): OTU SEQ ID NO CLOSEST SPECIES 136 19 Clostridium saccharogumia Clostridium ramosum JCM1298 46 20 Clostridium ramosum 221 21 Flavonifractor plautii Pseudoflavonifractor capillosus ATCC 29799 9 22 Clostridium hathewayi Clostridium saccharolyticum WM1 21 24 Blautia coccoides Lachnospiraceae bacterium 6_1_63FAA 166 25 Clostridium sp. Clostridium bolteae ATCC BAA-613 73 26 Clostridium sp. MLG055 Erysipelotrichaceae bacterium 2_2_44A 174 27 Clostridium indolis Anaerostipes caccae DSM 14662 337 30 Anaerotruncus colihominis Anaerotruncus colihominis DSM 17241 314 31 Ruminococcus sp. ID8 Lachnispiraceae bacterium 2_1_46FAA 195 32 Clostridium lavalense Clostridium asparagiforme DSM 15981 306 33 Clostridium symbiosum Clostridium symbiosum WAL-14163 87 34 Eubacterium contortum Clostridium sp. D5 281 39 Clostridium scindens Lachnospiraceae bacterium 5_1_57FAA 288 40 Lachnospiraceae bacteriumA4 Lachnospiraceae bacterium 3_1_57FAA_CT1 334 41 Clsotridium sp. 316002/08 Clostridiales bacterium 1_7_47FAA 359 42 Lachnospiraceae bacteriumA4 Lachnospiraceae bacterium 3_1_57FAA_CT1.
Transparent, peelable polyester film comprising at least one biaxially oriented polyester film (= base layer (B)) and at least one peelable outer layer (A) coated thereon offline, where the outer layer (A) is composed of at least 85 % by weight of a polyester of aromatic and aliphatic dicarboxylic acids and aliphatic diols, and where the arithmetic mean value of the absolute ordinate values S a of the outer layer (A) is less than 300 nm and the reduced peak height S pk of the outer layer (A) is less than 700 nm, and where the outer layer (A) comprises particles with a median particle diameter d 50 of 2.0 to 8 μm at a concentration of 0.1 to 10 % by weight, and where the Sa and Spk parameters are determined in accordance with the calculation methods defined in the standard ISO 25178-2.
Method for spectrally broadening laser pulses for non-linear pulse compression, in which the laser pulses are input into an optical assembly in which they propagate alternatingly through at least one section containing at least one medium that has non-linear optical properties, and in which the laser pulses are endowed with a non-linear phase through self-phase modulation, and through at least one section in which substantially no non-linear phase is generated by self-phase modulation, and which assembly may be described as a lens conductor, in which the non-linear phase is no longer continuous as for propagation in a waveguide, but is acquired at discrete locations, wherein - the assembly is designed to be purely passive, without amplification and without limiting apertures or filters, - the pulse power of the laser pulses is selected to be greater than the critical power of the medium with non-linear optical properties, - the non-linear phase of the laser pulses generated with each pass through the medium with non-linear optical properties is set by selection of the length of the medium and the intensity of the laser pulses to be so small that catastrophic self-focusing does not occur inside the medium , - the number of passes for producing the non-linear phase is at least 10 and is selected such that the laser pulses have a desired non-linear phase upon exiting the assembly, and - the optical assembly is dimensioned such that the Gouy parameter ψ of the assembly, representing the Gouy phase acquired by the fundamental mode of the assembly during propagation through the medium with non-linear optical properties and the section in which no non-linear phase is generated, lies neither in the middle nor directly on the edge of the stability range 0 ≤ ψ ≤ π of the assembly. - the assembly is designed to be purely passive, without amplification and without limiting apertures or filters, - the pulse power of the laser pulses is selected to be greater than the critical power of the medium with non-linear optical properties, - the non-linear phase of the laser pulses generated with each pass through the medium with non-linear optical properties is set by selection of the length of the medium and the intensity of the laser pulses to be so small that catastrophic self-focusing does not occur inside the medium , - the number of passes for producing the non-linear phase is at least 10 and is selected such that the laser pulses have a desired non-linear phase upon exiting the assembly, and - the optical assembly is dimensioned such that the Gouy parameter ψ of the assembly, representing the Gouy phase acquired by the fundamental mode of the assembly during propagation through the medium with non-linear optical properties and the section in which no non-linear phase is generated, lies neither in the middle nor directly on the edge of the stability range 0 ≤ ψ ≤ π of the assembly.
A method of operating a wind turbine , the wind turbine including a rotor rotatably coupled to a generator positioned within a nacelle , the rotor including one or more rotor blades coupled to a hub , said method comprising: transmitting , from a first sensor to a control system, at least a first monitoring signal indicative of a first wind condition at a first distance from the wind turbine; transmitting , from a second sensor to the control system, at least a second monitoring signal indicative of a second wind condition at a second distance from the wind turbine that is longer than the first distance; calculating , by the control system, a wind turbine operating command based at least in part on the first monitoring signal and the second monitoring signal; and operating one or more wind turbine components based on the calculated wind turbine operating command; and the method further comprising, calculating a first wind turbine operating command based at least in part on the first monitoring signal to facilitate increasing a performance of the wind turbine; calculating a second wind turbine operating command based at least in part on the second monitoring signal to facilitate reducing an overspeed of the wind turbine; and calculating a collective operating command based at least in part on the calculated first wind turbine operating command and the calculated second wind turbine operating command; the method being characterized by further comprising sensing the first wind condition and the second wind condition with two light detection and ranging (LIDAR) devices. transmitting , from a first sensor to a control system, at least a first monitoring signal indicative of a first wind condition at a first distance from the wind turbine; transmitting , from a second sensor to the control system, at least a second monitoring signal indicative of a second wind condition at a second distance from the wind turbine that is longer than the first distance; calculating , by the control system, a wind turbine operating command based at least in part on the first monitoring signal and the second monitoring signal; and operating one or more wind turbine components based on the calculated wind turbine operating command; and the method further comprising, calculating a first wind turbine operating command based at least in part on the first monitoring signal to facilitate increasing a performance of the wind turbine; calculating a second wind turbine operating command based at least in part on the second monitoring signal to facilitate reducing an overspeed of the wind turbine; and calculating a collective operating command based at least in part on the calculated first wind turbine operating command and the calculated second wind turbine operating command; the method being characterized by further comprising sensing the first wind condition and the second wind condition with two light detection and ranging (LIDAR) devices.
An image forming apparatus comprising: fixing means configured to, by adding heat and pressure to a toner image formed on a sheet, fix the toner image to the sheet; temperature sensing means configured to detect a temperature of an end of the fixing means in a direction perpendicular to a sheet conveyance direction; cooling means configured to cool the end of the fixing means; cooling controller means configured to control a cooling level by the cooling means in accordance with the temperature of the end of the fixing means detected by the temperature sensing means; characterized by prediction means configured to, based on a parameter depending on the cooling level, predict a discharge amount of ultra fine particles that are discharged from the image forming apparatus; and image formation controller means (104; 123) configured to control an image forming operation by the image forming apparatus such that the discharge amount of ultra fine particles is reduced in accordance with the discharge amount predicted by the prediction means. fixing means configured to, by adding heat and pressure to a toner image formed on a sheet, fix the toner image to the sheet; temperature sensing means configured to detect a temperature of an end of the fixing means in a direction perpendicular to a sheet conveyance direction; cooling means configured to cool the end of the fixing means; cooling controller means configured to control a cooling level by the cooling means in accordance with the temperature of the end of the fixing means detected by the temperature sensing means; characterized by prediction means configured to, based on a parameter depending on the cooling level, predict a discharge amount of ultra fine particles that are discharged from the image forming apparatus; and image formation controller means (104; 123) configured to control an image forming operation by the image forming apparatus such that the discharge amount of ultra fine particles is reduced in accordance with the discharge amount predicted by the prediction means.
A nonwoven composite comprising: a first nonwoven web containing a plurality of fibers formed from a first polyolefin composition, wherein the first polyolefin composition contains at least one ethylene polymer; and a second nonwoven web positioned adjacent to the first nonwoven web, the second nonwoven web containing a plurality of fibers formed from a second polyolefin composition, wherein the second polyolefin composition contains at least one rigid propylene polymer, at least one ductile propylene polymer, and at least one fatty acid derivative; wherein the rigid propylene polymer has a modulus of elasticity of from about 800 to about 4,000 MPa, as determined in accordance with ASTM D638-10; and wherein the ductile propylene polymer has a modulus of elasticity of from about 1 to about 500 MPa, as determined in accordance with ASTM D638-10. a first nonwoven web containing a plurality of fibers formed from a first polyolefin composition, wherein the first polyolefin composition contains at least one ethylene polymer; and a second nonwoven web positioned adjacent to the first nonwoven web, the second nonwoven web containing a plurality of fibers formed from a second polyolefin composition, wherein the second polyolefin composition contains at least one rigid propylene polymer, at least one ductile propylene polymer, and at least one fatty acid derivative; wherein the rigid propylene polymer has a modulus of elasticity of from about 800 to about 4,000 MPa, as determined in accordance with ASTM D638-10; and wherein the ductile propylene polymer has a modulus of elasticity of from about 1 to about 500 MPa, as determined in accordance with ASTM D638-10.
Applicator for applying a cosmetic product, notably a product for making up the eyelashes and/or eyebrows, such as a mascara, comprising: - a gripping member ; - a stem extending along a longitudinal axis (X) and having, along said longitudinal axis (X), a first end secured to the gripping member and a second, opposite end ; - an applicator member for applying the cosmetic product, which is secured to the second end of the stem and comprises: * a brush comprising a core and bristles that are held by the core in a portion of the core bearing the bristles, the bristles having free ends that define an envelope surface (S), and the core of the brush having a portion without bristles that is held inside a housing provided at the second end of the stem in order to fasten the brush to the stem ; and * a comb having a plurality of application elements borne by a holder , characterized in that the holder of the comb is made in one piece with the stem . - a gripping member ; - a stem extending along a longitudinal axis (X) and having, along said longitudinal axis (X), a first end secured to the gripping member and a second, opposite end ; - an applicator member for applying the cosmetic product, which is secured to the second end of the stem and comprises: * a brush comprising a core and bristles that are held by the core in a portion of the core bearing the bristles, the bristles having free ends that define an envelope surface (S), and the core of the brush having a portion without bristles that is held inside a housing provided at the second end of the stem in order to fasten the brush to the stem ; and * a comb having a plurality of application elements borne by a holder , * a brush comprising a core and bristles that are held by the core in a portion of the core bearing the bristles, the bristles having free ends that define an envelope surface (S), and the core of the brush having a portion without bristles that is held inside a housing provided at the second end of the stem in order to fasten the brush to the stem ; and * a comb having a plurality of application elements borne by a holder ,
A swiveling double-knit hand loom , comprising: a support base ; a first circular inner loom having a plurality of pegs thereon; a second circular outer loom having a plurality of pegs thereon; a plurality of supports extending vertically in a direction away from the support base, the first circular inner loom and the second circular outer loom being connected to upper portions of the plurality of supports, and a swiveling mechanism permitting the inner and outer looms to swivel relative to the support base, wherein the second circular outer loom is concentrically disposed relative to the first circular inner loom for double-knitting. a support base ; a first circular inner loom having a plurality of pegs thereon; a second circular outer loom having a plurality of pegs thereon; a plurality of supports extending vertically in a direction away from the support base, the first circular inner loom and the second circular outer loom being connected to upper portions of the plurality of supports, and a swiveling mechanism permitting the inner and outer looms to swivel relative to the support base, wherein the second circular outer loom is concentrically disposed relative to the first circular inner loom for double-knitting.
A mobile X-ray apparatus comprising: an X-ray radiation device ; a controller configured to control the X-ray radiation device; a power supply including a lithium ion battery configured to supply operating power to the X-ray radiation device and the controller wherein the power supply is configured to control overcurrent which occurs during an X-ray emission by the X-ray radiation device; and a charger configured to charge the power supply, wherein the power supply and the charger are embodied in a case which is physically separate from the case of the other module, and the power supply and the charger are each encased in a metal case (320, 330 resp.). an X-ray radiation device ; a controller configured to control the X-ray radiation device; a power supply including a lithium ion battery configured to supply operating power to the X-ray radiation device and the controller wherein the power supply is configured to control overcurrent which occurs during an X-ray emission by the X-ray radiation device; and a charger configured to charge the power supply, wherein the power supply and the charger are embodied in a case which is physically separate from the case of the other module, and the power supply and the charger are each encased in a metal case (320, 330 resp.).
Method for operating a floor conveyor in an intralogistics system, wherein monitoring of at least one safety region in a surrounding region of the floor conveyor is performed by means of at least one safety system , characterized in that an electronic living being recognition system is used as a safety system which can detect and recognize living objects, wherein the living being recognition system authorizes safe release of the floor conveyor if no living objects are detected and recognized in the safety region , wherein the monitoring of the safety region by means of the living being recognition system is performed before goods and/or load carriers are entered into or removed from storage in the safety region , and the entering into and removal from storage are performed only after the safe release by the living being recognition system .
A substituted malonamide having a chemical structure (I): wherein R 1 and R 2 are independently selected from and wherein R 3 is selected from
Rifaximin in combination with cyclosporine for use in a method of treating a bowel disease.
Manual device extending in an axial direction (X), comprising a housing having a first housing part having a first distal end and a second housing part having a second distal end opposite the first distal end in the axial direction (X), a first head which is movable axially between a use position, in which the first head projects from the housing from the first distal end , and a retracted position, in which the first head is retracted into the housing , and a second head which is movable axially between a use position, in which the second head projects from the housing from the second distal end , and a retracted position, in which the second head is retracted into the housing , the first head being in the retracted position when the second head is in the use position while the second head is in the retracted position when the first head is in the use position, a barrel being arranged inside the housing , the first head and the second head both being carried by a single carriage which is movable in the axial direction (X), the carriage being arranged at least partially inside the barrel , the first housing part being rotationally coupled about the axial direction (X) to the barrel while the second housing part is rotationally coupled about the axial direction (X) to the carriage , the carriage being rotationally movable about the axial direction (X) relative to the first housing part and relative to the barrel , wherein a groove forming a cam track is formed by a first shoulder (12AAB3) of the first housing part and by a second shoulder of the barrel while the carriage has a lug cooperating with the groove.
Device for the pneumatic removal of dirt from at least one surface of a traffic infrastructure, which device can be moved by a vehicle along a traffic route , the device comprising at least one hood with an opening , which opening , in an operating state of the device , faces the surface to be cleaned, wherein at least one blowing air nozzle arranged in the hood is provided, through which blowing air nozzle air can be blown out in at least one blowing direction , and wherein at least one suction opening is provided, through which suction opening air can be sucked out of the hood , wherein the at least one blowing direction of the at least one blowing air nozzle has a component normal to the opening of the hood which is greater than a component parallel to the opening , characterized in that the device is designed for blowing the air out of the at least one blowing air nozzle at a blowing speed of more than 50 m/s and a blowing pressure of less than 3.5 bar, and in that at least one compressed air container is provided which is arranged in the hood , is connected to the at least one blowing air nozzle and forms at least one blowing air unit together with the at least one blowing air nozzle .
Egg holder , which can be fixed on a rail, of an egg processing device for receiving an egg, comprising an at least partially frustoconical wall forming a receiving space , an upper opening and a lower opening , wherein a diameter (D 1 ) of the upper opening is greater than a diameter (D 2 ) of the lower opening , characterized in that the wall has an alignment region and a retaining region , wherein a plurality of first slots are introduced into the retaining region of the wall from an edge of the wall forming the lower opening and a plurality of second and/or third slots are introduced into the alignment region of the wall from an edge of the wall forming the upper opening .
A liner for a traction sheave comprising a top surface and a bottom surface mutually spaced on a height-wise axis (H), a front surface and a back surface mutually spaced on lengthwise axis (L), and a plurality of side surfaces including a first side surface and a second side surface mutually spaced in a widthwise axis (W), wherein a first cross sectional profile of the plurality of side surfaces forms a convergent-divergent profile , and characterized in that the bottom surface of the liner includes a plurality of upwardly extending grooves including a first groove and a second groove . a top surface and a bottom surface mutually spaced on a height-wise axis (H), a front surface and a back surface mutually spaced on lengthwise axis (L), and a plurality of side surfaces including a first side surface and a second side surface mutually spaced in a widthwise axis (W), wherein a first cross sectional profile of the plurality of side surfaces forms a convergent-divergent profile , and characterized in that the bottom surface of the liner includes a plurality of upwardly extending grooves including a first groove and a second groove .
Method for measuring a radiological contamination of a surface of a workpiece , comprising: a) defining a trajectory comprising three-dimensional spatial coordinates and a three-dimensional speed coordinate on the basis of at least a detection region and a detection accuracy of a contamination detection device and a three-dimensional surface data record of the workpiece ; and b) automatically moving the contamination detection device in accordance with the trajectory while simultaneously acquiring the contamination data of the surface with spatial resolution, characterized in that the method is performed as the pre-measurement prior to a clearance measurement of the workpiece . a) defining a trajectory comprising three-dimensional spatial coordinates and a three-dimensional speed coordinate on the basis of at least a detection region and a detection accuracy of a contamination detection device and a three-dimensional surface data record of the workpiece ; and b) automatically moving the contamination detection device in accordance with the trajectory while simultaneously acquiring the contamination data of the surface with spatial resolution,