mhurhangee/ep-ind-claims huggingface dataset:
Power Line module for communication using Power Line Communication via an energy supply network, comprising: a Power Line interface, which is constructed to receive Power Line frames from an energy supply network which is connected to the Power Line module, at least one uplink interface (3, 4) which is/are constructed to connect and to exchange data packets with a superordinate communication module, and a transfer unit which is constructed to extract a source and/or target address of a received Power Line frame as address information, characterised in that the transfer unit is additionally constructed to reject the Power Line frame received based on the address information and based on transfer guidelines or to direct them to another processing operation and/or an output to one of the at least one uplink interfaces. a Power Line interface, which is constructed to receive Power Line frames from an energy supply network which is connected to the Power Line module, at least one uplink interface (3, 4) which is/are constructed to connect and to exchange data packets with a superordinate communication module, and a transfer unit which is constructed to extract a source and/or target address of a received Power Line frame as address information, characterised in that the transfer unit is additionally constructed to reject the Power Line frame received based on the address information and based on transfer guidelines or to direct them to another processing operation and/or an output to one of the at least one uplink interfaces.
A method for removing protein contaminants from a desired single-stranded mRNA species having a 5' cap from an RNA-containing sample, said method comprising a step of core bead flow-through chromatography, wherein said RNA-containing sample comprises an in vitro transcription reaction sample.
A display apparatus comprising: a display; a receiver; and a processor configured to: in response to a first control signal for setting one of a plurality of screen areas (401, 402, 403, 404) which is displayed on the display when the display apparatus operates in a plurality of screen areas mode being received through the receiver from a remote controller, control the display to display a plurality of thumbnails corresponding to a plurality of contents, and in response to a second control signal for selecting one of the plurality of thumbnails being received through the receiver from the remote controller, set a content, corresponding to the selected thumbnail, among the plurality of contents to be displayed in the one of the plurality of screen areas when the display apparatus operates in the plurality of screen areas mode. a display; a receiver; and a processor configured to: in response to a first control signal for setting one of a plurality of screen areas (401, 402, 403, 404) which is displayed on the display when the display apparatus operates in a plurality of screen areas mode being received through the receiver from a remote controller, control the display to display a plurality of thumbnails corresponding to a plurality of contents, and in response to a second control signal for selecting one of the plurality of thumbnails being received through the receiver from the remote controller, set a content, corresponding to the selected thumbnail, among the plurality of contents to be displayed in the one of the plurality of screen areas when the display apparatus operates in the plurality of screen areas mode. in response to a first control signal for setting one of a plurality of screen areas (401, 402, 403, 404) which is displayed on the display when the display apparatus operates in a plurality of screen areas mode being received through the receiver from a remote controller, control the display to display a plurality of thumbnails corresponding to a plurality of contents, and in response to a second control signal for selecting one of the plurality of thumbnails being received through the receiver from the remote controller, set a content, corresponding to the selected thumbnail, among the plurality of contents to be displayed in the one of the plurality of screen areas when the display apparatus operates in the plurality of screen areas mode.
A pneumatic tire having in each half-section (S 1, S 2) obtained by dividing a tread portion (i) into two by the pattern center: a center main groove located at the pattern center or in the vicinity thereof and extending along the tire circumferential direction; at least one side main groove located between the center main groove and the tread end and extending in the tire circumferential direction; and a plurality of steep grooves located between the center main groove and the side main groove and extending at a relatively small angle with respect to the tire circumferential direction, wherein a center land portion is defined by the center main groove and a first side main groove as the side main groove adjacent to the center main groove, and the center land portion is demarcated into a number of substantial blocks by the center main groove, the first side main groove and two steep grooves adjacent in the tire circumferential direction to form a block row; the steep groove is provided with an inclined groove bottom portion where the groove depth gradually increases from the center main groove toward the first side main groove; a first acute-angle portion interposed by the center main groove and each steep groove is provided with a first chamfered portion where the height of the land portion gradually decreases toward a tip end thereof; and the inclined groove bottom portion and the first chamfered portion are located adjacent to each other in the tire width direction, and characterized in that an inclined surface of the inclined groove bottom portion has a three-dimensional structure where the groove depth at the inclined surface varies in the widthwise direction thereof and the depth of the inclined surface gradually increases from the starting end, where the groove depth is shallowest, toward the first side main groove to the terminal end, at which the groove depth is deepest and the tip end of the first chamfered portion is in contact with the inclined surface above the bottom of the center main groove, wherein a side wall, on the center main groove side, of each block of the center land portion has in a developed plan view of the tread pattern an arcuate portion mildly projecting toward the pattern center at a predetermined curvature, said arcuate portion including composite curves in which two or more arcs having different curvatures are smoothly and continuously combined.
A dynamic corrosion and degradation testing installation comprising: - a tank for heating and storing, in use, a fluid at a given temperature; - a looped circuit comprising a pipe containing the fluid during the tests, having a first end and a second end both connected to the tank; - a pump for circulating the fluid in the pipe; - a plurality of test stands located at different locations along the pipe, each test stand comprising a sample holder or testing chamber holding, in use, a solid sample in contact with the fluid and a heater, intended to heat said sample holder; characterized in that each test stand comprises said sample holder to hold, in use, said solid sample in a specific portion of said pipe, these specific portions of the pipe havinge the functionality of a test chamber in addition to that of containing the fluid, a heating unit comprising an inductor coil wrapped around said portion of the pipe and adapted to provide a steady energy flow and to ensure a gradient of temperature between the fluid and the solid sample to be tested. - a tank for heating and storing, in use, a fluid at a given temperature; - a looped circuit comprising a pipe containing the fluid during the tests, having a first end and a second end both connected to the tank; - a pump for circulating the fluid in the pipe; - a plurality of test stands located at different locations along the pipe, each test stand comprising a sample holder or testing chamber holding, in use, a solid sample in contact with the fluid and a heater, intended to heat said sample holder; characterized in that each test stand comprises said sample holder to hold, in use, said solid sample in a specific portion of said pipe, these specific portions of the pipe havinge the functionality of a test chamber in addition to that of containing the fluid, a heating unit comprising an inductor coil wrapped around said portion of the pipe and adapted to provide a steady energy flow and to ensure a gradient of temperature between the fluid and the solid sample to be tested.
Method for producing ammonium dinitramide characterized in that guanylureadinitramide is reacted with an ammonium source so that an ion-change takes place and ammonium dinitramide is formed.
A filter fabric with offset threads (1.1 to 1.6 and 2.1 to 2.5) running parallel to one another, which are guided alternately around parallel straight threads (3.1 to 3.5) running transversely thereto in order to form a fabric, the straight threads (3.1 to 3.5) are thicker than the offset threads (1.1 to 1.6 and 2.1 to 2.5) and the offset threads (1.1 to 1.6 and 2.1 to 2.5) are guided around the straight threads (3.1 to 3.5) running parallel to one another in such a manner that openings (5.1 to 5.6) are formed between the offset threads, whose width is defined by adjacent offset threads adjoining one another, wherein the openings are only formed between the offset threads (1.1 to 1.6 and 2.1 to 2.5) through which particles can penetrate into the fabric, characterized in that the straight threads (3.1 to 3.6) have a free distance between one another which is at least twice as long as the average diameter of the straight threads (3.1 to 3.6) so that all the particles that have penetrated into the fabric can easily be rinsed out of the fabric again.
Device for mounting a wheel on a bicycle frame, comprising: - a pin extending along a longitudinal axis and having an axial through hole, said pin comprising, at a first free end portion thereof, a threading configured to allow the coupling between said pin and a first arm of a fork of a bicycle frame and, at a second free end portion thereof axially opposite to said first free end portion, a pin head configured to allow the coupling between said pin and a second arm of said fork; - a lever for driving the rotation of said pin about said longitudinal axis; wherein said lever is at least partially housed in said axial through hole and is axially moveable with respect to said pin between a first operative position and a second operative position, characterised in that said lever comprises a first lever element and a second lever element pivoted to said first lever element at a pivoting axis perpendicular to said longitudinal axis; wherein when said lever is in said first operative position said first lever element is entirely housed in said axial through hole and said second lever element is at least partially housed in said axial through hole, and when said lever is in said second operative position said first lever element is at least partially housed in said axial through hole and said second lever element is positioned outside said axial through hole and can be rotated with respect to said first lever element about said pivoting axis; wherein when said lever is in said second operative position at least one of said first lever element and second lever element is coupled with said pin through a shape coupling. - a pin extending along a longitudinal axis and having an axial through hole, said pin comprising, at a first free end portion thereof, a threading configured to allow the coupling between said pin and a first arm of a fork of a bicycle frame and, at a second free end portion thereof axially opposite to said first free end portion, a pin head configured to allow the coupling between said pin and a second arm of said fork; - a lever for driving the rotation of said pin about said longitudinal axis; wherein said lever is at least partially housed in said axial through hole and is axially moveable with respect to said pin between a first operative position and a second operative position, characterised in that said lever comprises a first lever element and a second lever element pivoted to said first lever element at a pivoting axis perpendicular to said longitudinal axis;
A display screen module, comprising: a backlight module, an LCD screen arranged above the backlight module, and a light- transmissible cover plate arranged above the LCD screen, wherein the display screen module further comprises: a first light source arranged in the backlight module and being independent from a backlight source of the backlight module; a reflective component arranged between the backlight module and the cover plate; and a light receiving module arranged to face the reflective component and configured to receive light reflected by the reflective component; wherein the reflective component is provided with a first light incident surface configured to allow incidence of light, a light transmitting surface perpendicular to the first light incident surface, and a light reflective surface configured to allow reflection of light, wherein the light reflective surface extends to a position where the light reflective surface is connected with the light transmitting surface, and the first light incident surface is arranged to face the LCD screen; characterized in that, a light that emits from the first light source, enters an interior of the reflective component through the first light incident surface, passes through the light reflective surface and the cover plate respectively and exits from the cover plate, then, if reflected by an external object, passes again through the cover plate and is then reflected by the light reflective surface of the reflective component and reaches the light receiving module. a first light source arranged in the backlight module and being independent from a backlight source of the backlight module; a reflective component arranged between the backlight module and the cover plate; and a light receiving module arranged to face the reflective component and configured to receive light reflected by the reflective component; wherein the reflective component is provided with a first light incident surface configured to allow incidence of light, a light transmitting surface perpendicular to the first light incident surface, and a light reflective surface configured to allow reflection of light, wherein the light reflective surface extends to a position where the light reflective surface is connected with the light transmitting surface, and the first light incident surface is arranged to face the LCD screen; characterized in that, a light that emits from the first light source, enters an interior of the reflective component through the first light incident surface, passes through the light reflective surface and the cover plate respectively and exits from the cover plate, then, if reflected by an external object, passes again through the cover plate and is then reflected by the light reflective surface of the reflective component and reaches the light receiving module.
An airbag for an automotive vehicle comprising a fastening element for mounting the airbag on the automotive vehicle, an airbag wall including opposing wall portions (19, 21) and an elongated flexible tether for positioning the airbag in its deployed state which extends from a first tether end to an opposed second tether end, characterized in that the tether extends in a single layer between the first tether end and the second tether end so that an airbag retaining force of exactly one tether cross-section is transferred, wherein exclusively the first tether end of the tether is connected to the airbag wall and the fastening element is arranged on the second tether end by means of a sling connection.
An apparatus for separating particles from an airflow, the apparatus comprising: a housing comprising an inner wall; and a body positioned within the housing and separated therefrom so as to define an annular flow path between the body and the inner wall; the housing being rotationally stationary, and the body being rotatable relative to the housing about a rotational axis, the body comprising an axial or mixed flow impeller section having a first set of blades extending from the body into the annular flow path towards the inner wall of the housing, the impeller being rotatable for generating airflow through the apparatus and for generating swirl within the airflow, characterised in that the body further comprises a turbine section located downstream of the impeller section, the turbine section having a second set of blades for recapturing rotational energy from the airflow. a housing comprising an inner wall; and a body positioned within the housing and separated therefrom so as to define an annular flow path between the body and the inner wall; the housing being rotationally stationary, and the body being rotatable relative to the housing about a rotational axis, the body comprising an axial or mixed flow impeller section having a first set of blades extending from the body into the annular flow path towards the inner wall of the housing, the impeller being rotatable for generating airflow through the apparatus and for generating swirl within the airflow, characterised in that the body further comprises a turbine section located downstream of the impeller section, the turbine section having a second set of blades for recapturing rotational energy from the airflow.
A method for operating a cyclically operating thermal adsorption heating or refrigeration system having a desorption phase and an adsorption phase, comprising at least one adsorber/desorber unit (A/D), a refrigerant cyclically adsorbed during the adsorption phase and desorbed during the desorption phase, an evaporator/condenser unit (V/K) that acts as an evaporator or as a condenser depending on the process phase, comprising cyclic heat recovery that occurs in a time-parallel manner in a heat recovery circuit having an intermediate storage unit and a heat transfer medium with the following method steps: - at the end of the desorption phase: bringing the heat transfer medium having a low temperature (T u) from the intermediate storage unit into thermal contact with the evaporator/condenser unit (V/K); - shifting the hot (T 0) heat transfer medium into the intermediate storage unit in a first intermediate storage phase; - at the end of the adsorption phase: bringing the heated heat transfer medium from the intermediate storage unit into thermal contact with the evaporator/condenser unit (V/K); - shifting the cold (T u) heat transfer medium into the intermediate storage unit in a second intermediate storage phase, wherein the cyclic heat recovery is coupled to a process for increasing the loading width of the adsorber/desorber unit (A/D) by thermal lowering of the desorption pressure (p des) and/or increasing the adsorption pressure (p ads), characterized in that for influencing the desorption pressure (p des) during the first intermediate storage phase the evaporator/condenser unit (V/K) is brought to low-temperature contact which lies beneath the condensation temperature, and for influencing the adsorption pressure (p ads) during the second intermediate storage phase the evaporator/condenser unit (V/K) is brought to a medium-temperature contact which lies above the evaporation temperature, wherein the coupling of the evaporator/condenser unit (V/K) to the low-temperature contact and/or the coupling of the evaporator/condenser unit (V/K) to the medium-temperature contact respectively occurs before the start of the first or second intermediate storage phase. - at the end of the desorption phase: bringing the heat transfer medium having a low temperature (T u) from the intermediate storage unit into thermal contact with the evaporator/condenser unit (V/K); bringing the heat transfer medium having a low temperature (T u) from the intermediate storage unit into thermal contact with the evaporator/condenser unit (V/K); - shifting the hot (T 0) heat transfer medium into the intermediate storage unit in a first intermediate storage phase; - at the end of the adsorption phase: bringing the heated heat transfer medium from the intermediate storage unit into thermal contact with the evaporator/condenser unit (V/K); bringing the heated heat transfer medium from the intermediate storage unit into thermal contact with the evaporator/condenser unit (V/K); - shifting the cold (T u) heat transfer medium into the intermediate storage unit
A method of reducing dehydration in a red blood cell composition wherein the composition is a mixture comprising a quencher capable of reacting with a pathogen-inactivating compound, about 0.5 to 1.5 equivalents of base, wherein an equivalent means a molar amount that is equivalent to the molar amount of quencher in the mixture, red blood cells, and a treatment solution or diluent solution; wherein the pathogen-inactivating compound is β-alanine, N-(acridin-9-yl), 2-[bis(2-chloroethyl)amino]ethyl ester and the quencher is a peptide of 3-6 amino acids, wherein at least one of the amino acids is cysteine, N-acetyl cysteine, or S-acetyl cysteine; the method comprising replacing the solution in the mixture with a final additive solution, such that the red blood cells have a Packed Cell Volume of greater than 50%, and such that the concentration of the quencher in the mixture is decreased to an amount which reduces the level of red blood cell dehydration resulting from storage of the mixture relative to the level of red blood cell dehydration resulting from storage of the mixture at the original concentration of quencher.
A method for arranging a coating (8, 9) on a component, wherein the coating comprises a metallic coating material, wherein a green compact is formed with the coating material that is arranged on the component in the presence of a solder, characterised in that by means of a combined soldering-sintering process the coating material is sintered and formed into the coating (8, 9) and by means of the combined soldering-sintering process the solder is melted down and as a result the coating (8, 9) is connected to the component.
An injection head having a silencing function for use in a gas-type fire extinguisher having a piping for providing a fire-extinguishing gas in a fire-extinguishing area, the injection head comprising: an injector head main body forming a connecting part for connecting to said piping, an orifice plate having an orifice for passing the fire extinguishing gas disposed in said injection head main body, and a silencing member of block shapes (41, 42) formed of porous material capable of passing the fire extinguishing gas disposed at the outlet side of the orifice plate for releasing the fire extinguishing gas; characterised in that said orifice plate is mounted detachably in said injector head main body through an upstream opening of said connecting part of said injector head main body, the orifice plate thereby located between the silencing member and the upstream opening. an injector head main body forming a connecting part for connecting to said piping, an orifice plate having an orifice for passing the fire extinguishing gas disposed in said injection head main body, and a silencing member of block shapes (41, 42) formed of porous material capable of passing the fire extinguishing gas disposed at the outlet side of the orifice plate for releasing the fire extinguishing gas; characterised in that said orifice plate is mounted detachably in said injector head main body through an upstream opening of said connecting part of said injector head main body, the orifice plate thereby located between the silencing member and the upstream opening.
A solid catalyst component for the polymerization of olefins comprising Mg, Ti and an electron donor of formula where R 1 and R 2, independently, are selected from hydrogen and C 1 -C 15 hydrocarbon groups, optionally containing an heteroatom selected from halogen, P, S, N, O and Si, which can be fused together to form one or more cycles and A is a bivalent bridging group.