mhurhangee/patent-ind-claim-en huggingface dataset:
A gas fireplace combustion device structure, comprising a combustor and a simulated solid fuel , wherein the combustor is installed under the simulated solid fuel , wherein fire exit holes of the combustor are disposed on opposing sides of the simulated solid fuel , wherein a fuel gas inlet having a nozzle coupled thereto has a first combustion air inlet , wherein the nozzle has a fuel ejection outlet for ejecting a combustible gas into the fuel gas inlet so that the combustible gas and air are pre-mixed in the fuel gas inlet and enter from the fuel gas inlet into a cavity of the combustor , wherein the pre-mixed combustible gas and air exit from fire exit hole and are ignited, wherein a combustion air inlet passage is disposed under the combustor , wherein the combustor has a partition disposed thereunder, and a second combustion air outlet leading to the fire exit holes is formed between the partition and a lower surface of the combustor , wherein the second combustion air outlet and the combustion air inlet passage communicate to each other, such that combustion air enters the combustion air inlet passage and then passes through the second combustion air outlet to reach the fire exit holes for carrying out a primary combustion of the combustible gas at the fire exit holes , wherein the combustor has a slot formed at the middle thereof to form a third combustion air outlet , wherein the combustion air inlet passage communicates to the third combustion air outlet , wherein the simulated solid fuel has a combustion air slot formed thereon, wherein the combustion air slot and the third combustion air outlet communicate to each other directly, such that combustion air is resupplied from the third combustion air outlet and the combustion air slot to an area above the simulated solid fuel for a secondary combustion. wherein a combustion air inlet passage is disposed under the combustor , wherein the combustor has a partition disposed thereunder, and a second combustion air outlet leading to the fire exit holes is formed between the partition and a lower surface of the combustor , wherein the second combustion air outlet and the combustion air inlet passage communicate to each other, such that combustion air enters the combustion air inlet passage and then passes through the second combustion air outlet to reach the fire exit holes for carrying out a primary combustion of the combustible gas at the fire exit holes , wherein the combustor has a slot formed at the middle thereof to form a third combustion air outlet , wherein the combustion air inlet passage communicates to the third combustion air outlet , wherein the simulated solid fuel has a combustion air slot formed thereon, wherein the combustion air slot and the third combustion air outlet communicate to each other directly, such that combustion air is resupplied from the third combustion air outlet and the combustion air slot to an area above the simulated solid fuel for a secondary combustion.
A method of sending downlink control information, DCI, from a radio access network to a user equipment, UE , the method comprising or triggering the steps of: sending a first control element including first DCI to the UE , wherein the first DCI includes values specifying a set of transmission parameters; sending a second control element including second DCI to the UE , wherein the second DCI includes values specifying a subset of the set ; and communicating with the UE according to the set of transmission parameters, wherein the values included in the first DCI specify the transmission parameters not in the subset , and wherein the values included in the second DCI specify the transmission parameters in the subset ; wherein the first DCI and the second DCI are indicative of one or more HARQ processes among a plurality of HARQ processes performed for the UE; the second DCI further includes a differential indicator indicative of whether the second DCI relates to a re-transmission or a new transmission; and a portion of the differential indicator is indicative of a modulation and coding scheme in case of a new transmission. sending a first control element including first DCI to the UE , wherein the first DCI includes values specifying a set of transmission parameters; sending a second control element including second DCI to the UE , wherein the second DCI includes values specifying a subset of the set ; and communicating with the UE according to the set of transmission parameters, wherein the values included in the first DCI specify the transmission parameters not in the subset , and wherein the values included in the second DCI specify the transmission parameters in the subset ; wherein the first DCI and the second DCI are indicative of one or more HARQ processes among a plurality of HARQ processes performed for the UE; the second DCI further includes a differential indicator indicative of whether the second DCI relates to a re-transmission or a new transmission; and a portion of the differential indicator is indicative of a modulation and coding scheme in case of a new transmission.
Equipment for manufacturing electric resistance welded pipes having excellent welded seam, including: - an uncoiler for supplying a strip , - a leveler for reforming the strip to be flat, - a roll forming machine for roll forming the strip into a pipe, - -a finpass forming apparatus located in the last stage of the roll forming machine and J Z incorporating in a finpass forming end stand , a fin having at least two stages of edge tapering, so as to form outer tapering edges of the strip such that immediately before electric resistance welding, a surface of the strip edge forms an angle α with regard to a vertical direction in a range of 25 degrees to 50 degrees, and has a length β projected on said vertical direction of 20% to 45% of the strip thickness, - an induction heater , and - a squeeze roll for pressing the inductively-heated lateral strip edges against each other, characterized in that said finpass forming apparatus further comprises a stand to shape a tapering on edges at an inner diameter side of the strip , wherein said both stands are separately provided. - an uncoiler for supplying a strip , - a leveler for reforming the strip to be flat, - a roll forming machine for roll forming the strip into a pipe, - -a finpass forming apparatus located in the last stage of the roll forming machine and J Z incorporating in a finpass forming end stand , a fin having at least two stages of edge tapering, so as to form outer tapering edges of the strip such that immediately before electric resistance welding, a surface of the strip edge forms an angle α with regard to a vertical direction in a range of 25 degrees to 50 degrees, and has a length β projected on said vertical direction of 20% to 45% of the strip thickness, - an induction heater , and - a squeeze roll for pressing the inductively-heated lateral strip edges against each other,
Oleaginous yeast variant Rhodosporidium azoricum DSM 29495, characterized by high intracellular lipid accumulation.
An electric motor or generator for mounting in a wheel for a road vehicle comprising: a stator having a plurality of coils; a rotor having a radial wall and a circumferential wall on which a plurality of magnets are mounted on the inside of the circumferential wall surrounding the coils of the stator; a bearing block having a first part fixed to the stator and a second part fixed to the rotor ; a radial wall of the stator having a central portion for mounting to a vehicle on one side and for connection to the first part of the bearing block; the radial wall of the rotor having a central portion for mounting a wheel on the outside of the rotor and to the second part of the bearing block on the inside of the rotor ; wherein a wheel is mountable to the motor at the central portion of the radial wall of the rotor for connection to a vehicle by the bearing block , wherein the outside of the circumferential wall of the rotor has no load bearing portions. a stator having a plurality of coils; a rotor having a radial wall and a circumferential wall on which a plurality of magnets are mounted on the inside of the circumferential wall surrounding the coils of the stator; a bearing block having a first part fixed to the stator and a second part fixed to the rotor ; a radial wall of the stator having a central portion for mounting to a vehicle on one side and for connection to the first part of the bearing block; the radial wall of the rotor having a central portion for mounting a wheel on the outside of the rotor and to the second part of the bearing block on the inside of the rotor ; wherein a wheel is mountable to the motor at the central portion of the radial wall of the rotor for connection to a vehicle by the bearing block , wherein the outside of the circumferential wall of the rotor has no load bearing portions.
A method for tracking changes in a project in an industrial controller , wherein the project includes a plurality of components and wherein the industrial controller includes a memory device (90-95) configured to store the plurality of components and a plurality of instructions to control operation of an industrial machine or process, the method comprising the steps of: receiving an identifier at the industrial controller, wherein the identifier corresponds to one of a user or a remote device initiating a change in at least one of the plurality of components; detecting each change in the plurality of components; recording each change with a respective identifier, and a respective time stamp in the memory device in the industrial controller; characterized by restricting execution of a portion of the plurality of instructions in the industrial controller in response to at least one of the changes by: defining a tag configured to be stored in the memory device and to be readable by the plurality of instructions; setting a value for the tag responsive to detecting the at least one change; and inserting an interlock in the at least one portion of the plurality of instructions as a function of the tag; and maintaining the restricted execution until the change is verified . receiving an identifier at the industrial controller, wherein the identifier corresponds to one of a user or a remote device initiating a change in at least one of the plurality of components; detecting each change in the plurality of components; recording each change with a respective identifier, and a respective time stamp in the memory device in the industrial controller; characterized by restricting execution of a portion of the plurality of instructions in the industrial controller in response to at least one of the changes by: defining a tag configured to be stored in the memory device and to be readable by the plurality of instructions; setting a value for the tag responsive to detecting the at least one change; and inserting an interlock in the at least one portion of the plurality of instructions as a function of the tag; and defining a tag configured to be stored in the memory device and to be readable by the plurality of instructions; setting a value for the tag responsive to detecting the at least one change; and inserting an interlock in the at least one portion of the plurality of instructions as a function of the tag; and maintaining the restricted execution until the change is verified .
An aircraft anti-icing system comprising: an outer housing comprising a leading edge on a closed end of said outer housing, wherein said outer housing further comprises a first wall extending from a first edge of said closed end of said outer housing and a second wall extending from a second edge of said closed end of said outer housing, wherein said first and second walls are disposed in opposing, spaced relation to one another; an aft wall attached to said outer housing in spaced relation to said closed end; an interior compartment collectively defined by said outer housing and said aft wall; a bracket attached to and extending from said outer housing into said interior compartment; and a tube comprising a plurality of outlet ports , wherein said tube is engaged by said bracket within said interior compartment at a location that is spaced from said closed end of said outer housing, wherein said bracket is attached to only one of said first wall and said second wall, characterized in that said bracket is attached at a location that is between said aft wall and said tube in a dimension that said aft wall and said closed end of said outer housing are spaced from one another. an outer housing comprising a leading edge on a closed end of said outer housing, wherein said outer housing further comprises a first wall extending from a first edge of said closed end of said outer housing and a second wall extending from a second edge of said closed end of said outer housing, wherein said first and second walls are disposed in opposing, spaced relation to one another; an aft wall attached to said outer housing in spaced relation to said closed end; an interior compartment collectively defined by said outer housing and said aft wall; a bracket attached to and extending from said outer housing into said interior compartment; and a tube comprising a plurality of outlet ports , wherein said tube is engaged by said bracket within said interior compartment at a location that is spaced from said closed end of said outer housing, wherein said bracket is attached to only one of said first wall and said second wall, characterized in that said bracket is attached at a location that is between said aft wall and said tube in a dimension that said aft wall and said closed end of said outer housing are spaced from one another.
A method, comprising: receiving (805; 905), from a host device , a command to perform an access operation on a memory cell of a memory device ; determining (810; 910), using a detection component of the memory device, that a timing threshold associated with an operation of the memory device would be violated by performing the access operation; transmitting (815; 915), to the host device , an indication that performing the command by the memory device would violate the timing threshold based at least in part on determining that the timing threshold would be violated; and locking a bank associated with the memory cell to prevent additional operations being performed on the bank based at least in part on determining that the timing threshold would be violated, wherein the indication indicates that the bank is locked. receiving (805; 905), from a host device , a command to perform an access operation on a memory cell of a memory device ; determining (810; 910), using a detection component of the memory device, that a timing threshold associated with an operation of the memory device would be violated by performing the access operation; transmitting (815; 915), to the host device , an indication that performing the command by the memory device would violate the timing threshold based at least in part on determining that the timing threshold would be violated; and locking a bank associated with the memory cell to prevent additional operations being performed on the bank based at least in part on determining that the timing threshold would be violated, wherein the indication indicates that the bank is locked.
Printing machine having a machine frame on which a workpiece rotary table is rotatably mounted, having a drive unit, assigned to the workpiece rotary table , for a rotational positioning of the workpiece rotary table , in particular a position which can be freely predetermined, and having workpiece holders for receiving objects to be printed on, wherein the workpiece holders project in the radial direction from the workpiece rotary table and are each mounted rotatably on the workpiece rotary table , as well as with drive means for the workpiece holders and with at least one printing device (21, 32, 33; 50) mounted movably in at least one spatial direction relative to the workpiece rotary table , the printing device (21, 32, 33; 50) being designed for printing on a peripheral surface of the object and comprises at least two printing heads (22, 23; 51, 52, 53) being provided for printing on the peripheral surface of the object which each have at least one row arrangement of ink metering elements , in particular ink nozzles, which are each designed for an individually predeterminable delivery of ink onto the object , wherein at least one of the print heads (22, 23; 51, 52, 53) being movable along an axis of extension of the ink metering elements on a print head carrier (21, 32, 33; 50) and wherein an electrically controllable adjusting means (34, 35; 57, 58, 59) for setting a relative position relative to the at least one further print head (22, 23; 51, 52, 53) is assigned to the movably mounted print head (22, 23; 51, 52, 53), characterized in that the printing device is designed to carry out the method according to one of claims 11 to 13.
A process for operation of a recovery column, wherein acrylonitrile is separated from a mixture of acrylonitrile and acetonitrile provided to the recovery column, the process comprising providing a temperature of 100 to 105 °C to a control tray in the recovery column prior to introduction of a feed stream into the recovery column, wherein the control tray is located in the middle section of the recovery column, and further wherein the mixture of acrylonitrile and acetonitrile is provided to a middle section of the recovery column.
Chain drive for link chains of mining conveyors or mining extraction machines, in particular for scraper chain conveyors, with a drive shaft and sprocket tooth bodies , wherein the sprocket tooth bodies are set in mounts in the drive shaft , characterised in that the mounts have a depth (X) and the sprocket tooth bodies have a free tooth height (Y), wherein the free tooth height (Y) is measured between the outer circumference (U) of the drive shaft and the line of action (WL) of a link chain to be driven and the ratio of the depth (X) to the free tooth height (Y) is between 1:1 and 1:2.5.
Head-up motor-vehicle display comprising: - a screen composed of an array of elements the transmittance of which varies in a controlled manner over time, between a front side and a back side of the screen; - a light source illuminating the front side of the screen with a light beam ; and - a rear light pipe arranged facing the back side of the screen , so that a light beam emitted by the screen passes through the rear light pipe ; the head-up display comprises a heat collector thermally connecting the screen to the rear light pipe , so as to promote heat transfer from the screen to the rear light pipe , and the heat collector comprises an intermediate element interposed between the back side of the screen and the rear light pipe , characterized in that the intermediate element is thermally connected to a thermal radiator extending along the rear light pipe . - a screen composed of an array of elements the transmittance of which varies in a controlled manner over time, between a front side and a back side of the screen; - a light source illuminating the front side of the screen with a light beam ; and - a rear light pipe arranged facing the back side of the screen , so that a light beam emitted by the screen passes through the rear light pipe ;
A pharmaceutical composition comprising a progestogen selected from the group consisting of 17[alpha]-OH progesterone caproate, natural progesterone, medroxyprogesterone acetate and a combination thereof for use in a method for the treatment of glucocorticoid resistance in a subject experiencing one or several of glucocorticoid resistant asthma, refractory rheumatoid arthritis, refractory inflammatory bowel disease, chronic obstructive pulmonary disease and acute respiratory distress syndrome, interstitial pulmonary fibrosis, and cystic fibrosis, wherein the subject has no history of menstrual cycle-related exacerbation; wherein the progestogen is administered prior to, simultaneously with, or following the administration of glucocorticoid..
Arrangement for heating a floor, - comprising a rail vehicle interior compartment , which has seats for passengers and a floor, and - comprising infrared radiant heater panels , - in which selected seats of the interior compartment have an infrared radiant heater panel , - in which the infrared radiant heater panels are aligned in such a way that the floor is heated by the infrared radiation that is emitted, characterized in that - selected infrared radiant heater panels are coupled to assigned distance sensors , - the distance sensors are arranged on the respective seats , - wherein the respective sensor is used for controlling the assigned infrared radiant heater panel , so that heating operation is prevented or reduced as soon as a piece of luggage is pushed under the seat of the assigned infrared radiant heater panel . - comprising a rail vehicle interior compartment , which has seats for passengers and a floor, and - comprising infrared radiant heater panels , - in which selected seats of the interior compartment have an infrared radiant heater panel , - in which the infrared radiant heater panels are aligned in such a way that the floor is heated by the infrared radiation that is emitted, characterized in that - selected infrared radiant heater panels are coupled to assigned distance sensors , - the distance sensors are arranged on the respective seats , - wherein the respective sensor is used for controlling the assigned infrared radiant heater panel , so that heating operation is prevented or reduced as soon as a piece of luggage is pushed under the seat of the assigned infrared radiant heater panel .
A sleeve for installation on a modular wind turbine blade, the modular wind turbine blade comprising a first blade section and at least a second blade section each extending in a chordwise direction and a longitudinal direction, the first blade section comprises a first joint end and the at least second blade section comprises at least a second joint end, wherein the first and second joint ends, when joined together, define a joint interface extending in the chordwise direction, wherein said joint interface comprises a number of adjoining end lines located in at least one first outer surface of the first and second blade sections , the sleeve has a body with an aerodynamic profile, the body has an inner surface and a second outer surface extending from a first end to a second end , the body further extends from a local leading edge to a local trailing edge , wherein the inner surface of said body is configured to extend over the joint interface , when installed, so that the body covers said number of adjoining end lines , characterised in that a first airflow modifying element and a second airflow modifying element projects outwards from the second outer surface , wherein the first airflow modifying element extends along the first end and the second airflow modifying element extends along the second end .