mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data in a wireless communication system, the method comprising: Transmitting k consecutive OFDM symbols having a first subcarrier spacing, a single OFDM symbol of the k consecutive OFDM symbols having a time duration t 1, and there are both downlink and uplink OFDM symbols in the remaining OFDM symbols of the k consecutive OFDM symbols each having a time duration t 2 < t 1, the single OFDM symbol of the k consecutive OFDM symbols being replaced with a first guard period, the first guard period being interposed between downlink OFDM symbols and uplink OFDM symbols, the total time duration of the k consecutive OFDM symbols being 0.5ms; Transmitting n > k consecutive OFDM symbols having a second subcarrier spacing greater than the first subcarrier spacing, an integer number of OFDM symbols of the n consecutive OFDM symbols each having a time duration t 3, the integer number being greater than one and given by the scaling relationship between the first subcarrier spacing and the second subcarrier spacing, the integer number of OFDM symbols of the n consecutive OFDM symbols being moved adjacent each other, at the same location as the single OFDM symbol of the k consecutive OFDM symbols, and replaced with a second guard period, and there are both downlink and uplink OFDM symbols in the remaining OFDM symbols of the n consecutive OFDM symbols each having a time duration t 4 < t 3, the second guard period being interposed between downlink OFDM symbols and uplink OFDM symbols, the total time duration of the n consecutive OFDM symbols being 0.5ms. Transmitting k consecutive OFDM symbols having a first subcarrier spacing, a single OFDM symbol of the k consecutive OFDM symbols having a time duration t 1, and there are both downlink and uplink OFDM symbols in the remaining OFDM symbols of the k consecutive OFDM symbols each having a time duration t 2 < t 1, the single OFDM symbol of the k consecutive OFDM symbols being replaced with a first guard period, the first guard period being interposed between downlink OFDM symbols and uplink OFDM symbols, the total time duration of the k consecutive OFDM symbols being 0.5ms; Transmitting n > k consecutive OFDM symbols having a second subcarrier spacing greater than the first subcarrier spacing, an integer number of OFDM symbols of the n consecutive OFDM symbols each having a time duration t 3, the integer number being greater than one and given by the scaling relationship between the first subcarrier spacing and the second subcarrier spacing, the integer number of OFDM symbols of the n consecutive OFDM symbols being moved adjacent each other, at the same location as the single OFDM symbol of the k consecutive OFDM symbols, and replaced with a second guard period, and there are both downlink and uplink OFDM symbols in the remaining OFDM symbols of the n consecutive OFDM symbols each having a time duration t 4 < t 3, the second guard period being interposed between downlink OFDM symbols and uplink OFDM symbols, the total time duration of the n consecutive OFDM symbols being 0.5ms.
A method for preparing a cellulose reactive functionalized polyvinylamide adduct comprising reacting a substantially aqueous reaction mixture of a vinylamide polymer and a cellulose reactive agent to form the adduct, wherein the concentration of the vinylamide polymer is below, equal to or no more than 1 % above a Critical Concentration and the Critical Concentration is defined as the concentration of the vinylamide polymer above which Critical Concentration the viscosity increases for the reaction mixture resulting from the forward progress of the adduct formation, and below which Critical Concentration, the viscosity decreases for the reaction mixture resulting form the forward progress of adduct formation.
A drum washing machine, having a drying function comprising: a cabinet; a tub disposed at an inside of the cabinet; a drum rotatively disposed at an inside of the tub; a condensing duct configured to condense moisture in air that is introduced from an inside of the drum; and a drying duct configured to heat air being introduced from the condensing duct to supply the heated air to an inside of the drum, wherein the condensing duct is coupled to a rear of the tub, while the drying duct is positioned at an upper portion of the condensing duct and is coupled to the cabinet, and in between the condensing duct and the drying duct, a buffer coupling member configured to connect the condensing duct and the drying duct is provided, which buffer coupling member is composed of a hose having a shape of a pipe, said hose having a wrinkle portion (31, 51), and said buffer coupling member being formed of flexible material, characterized in that said wrinkle portion (31, 51) has a mountain part (32, 52) and a valley part (33, 53) alternately disposed, and said wrinkle portion (31, 51) has a width thereof being narrowed in a direction from the condensing duct to the drying duct. a cabinet; a tub disposed at an inside of the cabinet; a drum rotatively disposed at an inside of the tub; a condensing duct configured to condense moisture in air that is introduced from an inside of the drum; and a drying duct configured to heat air being introduced from the condensing duct to supply the heated air to an inside of the drum, wherein the condensing duct is coupled to a rear of the tub, while the drying duct is positioned at an upper portion of the condensing duct and is coupled to the cabinet, and in between the condensing duct and the drying duct, a buffer coupling member configured to connect the condensing duct and the drying duct is provided, which buffer coupling member is composed of a hose having a shape of a pipe, said hose having a wrinkle portion (31, 51), and said buffer coupling member being formed of flexible material, characterized in that said wrinkle portion (31, 51) has a mountain part (32, 52) and a valley part (33, 53) alternately disposed, and said wrinkle portion (31, 51) has a width thereof being narrowed in a direction from the condensing duct to the drying duct.
A peptide for use in inhibiting the infestation or attachment of a Caligidae on fish, or for use in the prevention and/or treatment of infections of Caligidae parasite on a fish, wherein said peptide is administered to said parasite and/or animal, wherein the peptide comprises an amino acid sequence selected from the group consisting of SEQ ID NO 3, SEQ ID NO 5, and SEQ ID NO 10, and variants thereof being at least 70% identical over the entire sequence with any of the sequences SEQ ID NO 3, SEQ ID NO 5,and SEQ ID NO 10.
Method for heating a metal plate made of an aluminium wrought alloy in a heating apparatus (1, 1a to 1d), wherein the heating apparatus (1, 1a to 1d) is provided with at least one lower contact element and at least one upper contact element and the metal plate between the contoured contact elements (5, 9) by supplying heat energy to at least one contact element (5, 9) of a highly thermally conductive material having a conductivity of at least 150 W/mK and under contact pressure is heated to a temperature of 200° C to 450° C over a period of less than 120 s in at least one heating phase, wherein the lower contact element in a lower receiving body (4, 4a to 4d) and the upper contact element in an upper receiving body (8, 8a, 8b) are integrated, characterised in that the lower receiving body (4, 4a to 4d) is guided vertically by a base frame, wherein between the base frame and the lower receiving body (4, 4a to 4d) a pneumatically pressurised pad assembly is disposed, by which after the collapse of the contact elements (5, 9) an additional pressing force is applied and the metal plate is heated under contact pressure between the contact elements (5, 9).
Sensor system for monitoring the surroundings on a mechanical component, having at least one capacitive sensor element (10; 10a; 10b; 10c) which can be fitted to the surface of machines or machine parts, the at least one sensor element (10; 10a; 10b; 10c) being constructed from a layer structure of flexible, electrically conductive and electrically insulating layers (14, 15, 16, 17; 17a to 17c, 18; 18a to 18c, 19; 19a to 19c, 20; 20a to 20c), electrically conductive potential areas of a layer (17; 17a to 17c, 18; 18a to 18c, 19; 19a to 19c) being arranged at a lateral distance via insulating layers (14, 15, 16) in between in such a manner that electrical field lines (1, 2) are formed between the conductive potential areas (17; 17a to 17c, 18; 18a to 18c, 19; 19a to 19c, 20; 20a to 20c) and change in a measurable manner when a body or an object approaches, the layer structure of a sensor element (10; 10a; 10b; 10c) having at least two measuring elements (21, 22) which operate separately from one another, the sensor element (10; 10a; 10b; 10c) comprising means (50, 60) for separately controlling and evaluating the at least two measuring elements (21, 22), and the electrically conductive potential areas (17; 17a to 17c, 18; 18a to 18c, 19; 19a to 19c, 20; 20a to 20c) acting as transmitting or receiving electrodes, characterized in that the means (50, 60) for each of the measuring elements (21, 22) of a sensor element (10; 10a; 10b; 10c) each have a separate input stage (33, 34).
A spray arm assembly, comprising: an upper spray arm and a lower spray arm, the upper spray arm being connected to the lower spray arm and being located above the lower spray arm, wherein the spray arm assembly further comprises a first ball assembly arranged at a position where the upper spray arm is connected to and cooperates with the lower spray arm, and the upper spray arm is rotatable relative to the lower spray arm; wherein the upper spray arm comprises an upper spray arm body and an upper spray arm connecting sleeve, the lower spray arm comprises a lower spray arm upper connecting sleeve and a lower spray arm body, and characterized in that: the upper spray arm connecting sleeve is arranged on a lower side of the upper spray arm body, the lower spray arm upper connecting sleeve is arranged on an upper side of the lower spray arm body, and the first ball assembly is arranged at a position where the upper spray arm connecting sleeve is connected to and cooperates with the lower spray arm upper connecting sleeve;and wherein the first ball assembly comprises at least a plurality of balls, and the plurality of balls are arranged between the lower spray arm upper connecting sleeve and the upper spray arm connecting sleeve.
A composition comprising non-sulfate anionic surfactant, a polyglyceryl nonionic surfactant, a zwitterionic surfactant, an organic acid preservative, and water, wherein said non-sulfate anionic surfactant is selected from the group consisting of acyl glutamates, alpha-sulfo fatty acid esters, alpha-sulfo fatty acid salts, alpha-olefin sulfonates, and combinations of two or more thereof, and wherein the composition is substantially free of ethoxylated materials and has a pH of about 5.4 or less. wherein said non-sulfate anionic surfactant is selected from the group consisting of acyl glutamates, alpha-sulfo fatty acid esters, alpha-sulfo fatty acid salts, alpha-olefin sulfonates, and combinations of two or more thereof, and wherein the composition is substantially free of ethoxylated materials and has a pH of about 5.4 or less.
Process for reducing hexavalent chromium in oxidic solids, which comprises the steps: a) heating of the oxidic solid containing Cr to a temperature of from 600 to 1400°C in an atmosphere containing less than 0.1% by volume of an oxidizing gas and b) cooling of the reaction product obtained after step a) to a temperature below 100°C in an atmosphere containing less than 0.1% by volume of an oxidizing gas, characterized in that no reducing agent is added to the oxidic solid or to the atmosphere in step a) and b) in the process. a) heating of the oxidic solid containing Cr to a temperature of from 600 to 1400°C in an atmosphere containing less than 0.1% by volume of an oxidizing gas and b) cooling of the reaction product obtained after step a) to a temperature below 100°C in an atmosphere containing less than 0.1% by volume of an oxidizing gas,
A method, comprising: determining, by a first sensor node, that at least one target is moving toward at least one second sensor node and that the at least one second sensor node should be activated; and sending, by the first sensor node, one or more messages toward a base station providing wireless access to the first sensor node and the at least one second sensor node, wherein the one or more messages comprise an identification of the at least one second sensor node and are configured to indicate to the base station that the at least one second sensor node should be activated, wherein the one or more messages further comprise at least one of an indication of a required bandwidth, an indication of a data rate, an indication of a shorter discontinuous reception cycle or a shorter discontinuous transmission cycle to be used by the at least one second sensor node, or an indication of a longer discontinuous reception cycle or a longer discontinuous transmission cycle to be used by the at least one second sensor node. determining, by a first sensor node, that at least one target is moving toward at least one second sensor node and that the at least one second sensor node should be activated; and sending, by the first sensor node, one or more messages toward a base station providing wireless access to the first sensor node and the at least one second sensor node, wherein the one or more messages comprise an identification of the at least one second sensor node and are configured to indicate to the base station that the at least one second sensor node should be activated, wherein the one or more messages further comprise at least one of an indication of a required bandwidth, an indication of a data rate, an indication of a shorter discontinuous reception cycle or a shorter discontinuous transmission cycle to be used by the at least one second sensor node, or an indication of a longer discontinuous reception cycle or a longer discontinuous transmission cycle to be used by the at least one second sensor node.
A control device which controls a drive of a multi-terminal static DC converter configured such that three or more single phase inverters (3A-3C), to which DC capacitors (4A-4C) are respectively connected in parallel on a DC side, are connected on an AC side via a high frequency transformer having winding wires (18A-18C) in a quantity corresponding to a number of the single phase inverters (3A-3C), and power can be accommodated among three or more DC terminals (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) to which the corresponding single phase inverters are respectively connected, wherein the control device comprises: a detector which detects a voltage of each of the DC terminals (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) in a state where a DC voltage is applied to one of the DC terminals (2AA, 2AB, 2BA, 2BB, 2CA, 2CB), as an input terminal, and that DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) is maintained at a fixed voltage; a minimum voltage terminal selection circuit which selects the DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) with a lowest voltage among the DC terminals (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) to which the DC voltage has not been applied based on a detection result of the detector; and an arithmetic circuit configured to control the single phase inverter (3A-3C) to which the DC voltage has been applied to generate a current of a size proportional to a difference between the voltage of the DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) to which the DC voltage has been applied and the voltage of the DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) selected by the minimum voltage terminal selection circuit. a detector which detects a voltage of each of the DC terminals (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) in a state where a DC voltage is applied to one of the DC terminals (2AA, 2AB, 2BA, 2BB, 2CA, 2CB), as an input terminal, and that DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) is maintained at a fixed voltage; a minimum voltage terminal selection circuit which selects the DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) with a lowest voltage among the DC terminals (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) to which the DC voltage has not been applied based on a detection result of the detector; and an arithmetic circuit configured to control the single phase inverter (3A-3C) to which the DC voltage has been applied to generate a current of a size proportional to a difference between the voltage of the DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) to which the DC voltage has been applied and the voltage of the DC terminal (2AA, 2AB, 2BA, 2BB, 2CA, 2CB) selected by the minimum voltage terminal selection circuit.
An interventional medical device comprising an inner assembly, an outer sleeve, and a label (17, 27, 37), the label being located between the inner assembly and the outer sleeve and visible, through the outer sleeve, to the naked eye, and the label comprising: a titanium dioxide-loaded silicone medical adhesive, the adhesive filling a gap between the outer sleeve and the inner assembly and bonding the outer sleeve to the inner assembly; and wherein the titanium dioxide-loaded silicone medical adhesive includes a portion that is a different color from a remainder thereof, the portion being located immediately adjacent an inner surface of the bonded outer sleeve. a titanium dioxide-loaded silicone medical adhesive, the adhesive filling a gap between the outer sleeve and the inner assembly and bonding the outer sleeve to the inner assembly; and wherein the titanium dioxide-loaded silicone medical adhesive includes a portion that is a different color from a remainder thereof, the portion being located immediately adjacent an inner surface of the bonded outer sleeve.
A plating solution comprising: a soluble salt containing at least a stannous salt; an acid selected from organic acid and inorganic acid or a salt of the acid; and an additive, wherein the additive comprises a sulfonium salt with one or more of aromatic rings represented by a general formula below, wherein, R 1 and R 2 in the formula are identical or different, and are any one of a phenyl group, a hydroxyphenyl group, a tolyl group, a hydrogen atom, C n H 2n+1, n being an integer from 1 to 5, Ph represents a phenyl group, and X represents a halogen characterized in that: an amount of the soluble salt is 30 to 100 g/L; an amount of the acid is 80 to 300 g/L; and an amount of the sulfonium salt is 0.1 to 10 g/L. a soluble salt containing at least a stannous salt; an acid selected from organic acid and inorganic acid or a salt of the acid; and an additive, wherein wherein, R 1 and R 2 in the formula are identical or different, and are any one of a phenyl group, a hydroxyphenyl group, a tolyl group, a hydrogen atom, C n H 2n+1, n being an integer from 1 to 5, Ph represents a phenyl group, and X represents a halogen an amount of the soluble salt is 30 to 100 g/L; an amount of the acid is 80 to 300 g/L; and an amount of the sulfonium salt is 0.1 to 10 g/L.
A heavy equipment, comprising: a lower driving structure; an upper frame mounted on the lower driving structure to be swiveled; a cab mounted in front of the upper frame, and an engine room mounted in the rear of the upper frame; working devices including a boom fixed to the upper frame, an arm, a bucket, and hydraulic cylinders (8, 9, 10) for driving the boom, the arm, and the bucket, respectively; a counter weight mounted in the rear of the upper frame to keep the balance of the equipment during working; a tool box having a tool box door and configured to form storage space, which is mounted outside the cab on the upper frame; and a gas spring for opening the tool box door when a button mounted on an external surface of the tool box door is pressed, characterized in that: the tool box door is mounted to open in a direction from the rear to the front of the upper frame, and a foothold for ascending and descending formed on the upper frame so that an operator can ascend to the engine room through stepping on the foothold when the tool box door is opened, wherein the foothold is accommodated in the storage space. a lower driving structure; an upper frame mounted on the lower driving structure to be swiveled; a cab mounted in front of the upper frame, and an engine room mounted in the rear of the upper frame; working devices including a boom fixed to the upper frame, an arm, a bucket, and hydraulic cylinders (8, 9, 10) for driving the boom, the arm, and the bucket, respectively; a counter weight mounted in the rear of the upper frame to keep the balance of the equipment during working; a tool box having a tool box door and configured to form storage space, which is mounted outside the cab on the upper frame; and a gas spring for opening the tool box door when a button mounted on an external surface of the tool box door is pressed, characterized in that: the tool box door is mounted to open in a direction from the rear to the front of the upper frame, and a foothold for ascending and descending formed on the upper frame so that an operator can ascend to the engine room through stepping on the foothold when the tool box door is opened, wherein the foothold is accommodated in the storage space. the tool box door is mounted to open in a direction from the rear to the front of the upper frame, and a foothold for ascending and descending formed on the upper frame so that an operator can ascend to the engine room through stepping on the foothold when the tool box door is opened, wherein the foothold is accommodated in the storage space.
An inhaler comprising: • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece through which the medicament is inhaled by a user, • an indexing wheel (160, 260) for indexing the blister strip and an opening mechanism for opening the blisters, • an actuator which is movable between a first position and a second position in order to operate the indexing wheel and the opening mechanism, • a coupling mechanism for coupling the actuator to the indexing wheel so that the indexing wheel rotates together with the actuator during part of the motion of the actuator, characterized in that the coupling mechanism comprises a shuttle that rotates on the same axis as, and translates axially relative to, the indexing wheel. • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece through which the medicament is inhaled by a user, • an indexing wheel (160, 260) for indexing the blister strip and an opening mechanism for opening the blisters, • an actuator which is movable between a first position and a second position in order to operate the indexing wheel and the opening mechanism, • a coupling mechanism for coupling the actuator to the indexing wheel so that the indexing wheel rotates together with the actuator during part of the motion of the actuator,
Housing for a subregion of a component which rotates about a rotation axis, wherein the housing surrounds the rotation axis and wherein the housing has at least one housing segment (10, 100, 210), wherein the housing segment (10, 100, 210) is provided for covering a subregion in the axial direction of the rotation axis and for covering a subregion in the circumferential direction of the rotating component (1, 5), wherein the housing segment (10, 100, 210) is manufactured from a plastic, comprises an electronics enclosure (61, 161) for an electronics module, has a cavity for receiving an antenna, which cavity is arranged radially outside the electronics enclosure (61, 161) and is connected to the electronics enclosure (61, 161) in via an aperture, housing segment (10, 100) can be connected to further housing segments (10, 100, 210) for forming a housing which, preferably coaxially, surrounds the rotating component, and is provided by means of interlocking connections (21, 130) for connection to further housing segments (10, 100, 210), preferably for connection having play, wherein the cavity for receiving an antenna surrounds the rotation axis in an annular manner in the circumferential direction.