mhurhangee/ep-ind-claims huggingface dataset:
A ventilation system for air ventilation comprising a continuous duct having openings at both ends, an air flow generator arranged inside the duct to be rotatable around an axis of rotation so that, positioned in different rotational positions, the air flow generator is capable of producing a substantially axial air flow in each of the two directions through the duct, respectively, one or more registers arranged to be moveable between different positions, in at least one of which positions the one or more registers leave the duct open for air passage, whereas in another of the positions the one or more registers substantially block the air passage through the duct, means for rotating the air flow generator, means for moving the one or more registers, wherein the ventilation system further comprises means for simultaneously rotating the air flow generator and moving the one or more registers, wherein the rotational position of the air flow generator and the positions of the one or more registers are connected in a one-to-one relationship so that, when the air flow generator is in any given rotational position, the one or more registers are in positions associated with that specific rotational position of the air flow generator, wherein the one or more registers comprise one or more barrier plates, which are physically connected to the air flow generator so that they perform a rotational motion when the air flow generator is rotated.
Stacking storage arrangement comprising loading vehicles and a plurality of container receiving spaces which are arranged in a plurality of rows and columns, and in which containers can be arranged in the form of stacks on top of one another, wherein the containers are introduced from below into the container receiving spaces by means of the loading vehicles and the containers can be removed from below from the container receiving spaces by means of the loading vehicles, wherein a loading area is arranged under the container receiving areas, in which loading area the loading vehicles can be driven and the stacking storage arrangement has several loading vehicle stopping positions and several storage/retrieval arrangements, wherein the loading vehicle stopping positions are located out of the container receiving spaces, wherein each storage/retrieval arrangements has at least one container transfer position to transfer a container from the storage/retrieval arrangement to the loading vehicle or vice versa, characterized in that each row is assigned its own loading-vehicle stopping position, wherein each loading vehicle stopping position is assigned a storage/retrieval arrangement.
A method of sequencing two or more units of an analyte modified with at least a first arresting construct and a second arresting construct, comprising: (a) providing a nanopore positioned between a cis side comprising a first conductive liquid medium and the modified analyte and a trans side comprising a second conductive liquid medium, wherein the nanopore provides liquid communication between the cis side and the trans side; (b) causing the first arresting construct of the modified analyte to pause translocation of the modified analyte upon the first arresting construct entering the nanopore, thereby producing a first ion current level representing a first unit; (c) altering the first arresting construct of the modified analyte, the alteration allowing the modified analyte to advance toward the trans side; (d) causing the second arresting construct of the modified analyte to pause translocation of the modified analyte upon the second arresting construct entering the nanopore, thereby producing a second ion current level representing a second unit; and (e) comparing the first ion current level and the second ion current level with a known ion current level of a known unit, thereby identifying the first and second units of the analyte. (a) providing a nanopore positioned between a cis side comprising a first conductive liquid medium and the modified analyte and a trans side comprising a second conductive liquid medium, wherein the nanopore provides liquid communication between the cis side and the trans side; (b) causing the first arresting construct of the modified analyte to pause translocation of the modified analyte upon the first arresting construct entering the nanopore, thereby producing a first ion current level representing a first unit; (c) altering the first arresting construct of the modified analyte, the alteration allowing the modified analyte to advance toward the trans side; (d) causing the second arresting construct of the modified analyte to pause translocation of the modified analyte upon the second arresting construct entering the nanopore, thereby producing a second ion current level representing a second unit; and (e) comparing the first ion current level and the second ion current level with a known ion current level of a known unit, thereby identifying the first and second units of the analyte.
A pharmaceutical composition comprising: a) about 25% to about 35% w/w of crystalline GS-7977 having the structure and b) a pharmaceutically acceptable excipient comprising: i) about 30% w/w of mannitol and about 30% w/w of microcrystalline cellulose; ii) about 5 %w/w of croscarmellose sodium; iii) about 0.5% w/w of colloidal silicon dioxide; and iv) about 1.5% w/w of magnesium stearate, wherein the crystalline GS-7977 has XRPD 2θ-reflections (°) at about: 6.1, 8.2, 10.4, 12.7, 17.2, 17.7, 18.0, 18.8, 19.4, 19.8, 20.1, 20.8, 21.8, and 23.3. a) about 25% to about 35% w/w of crystalline GS-7977 having the structure and b) a pharmaceutically acceptable excipient comprising: i) about 30% w/w of mannitol and about 30% w/w of microcrystalline cellulose; ii) about 5 %w/w of croscarmellose sodium; iii) about 0.5% w/w of colloidal silicon dioxide; and iv) about 1.5% w/w of magnesium stearate, i) about 30% w/w of mannitol and about 30% w/w of microcrystalline cellulose; ii) about 5 %w/w of croscarmellose sodium; iii) about 0.5% w/w of colloidal silicon dioxide; and iv) about 1.5% w/w of magnesium stearate,
An article of adjustable furniture (10,200) of the type having zero-wall functionality, said article of furniture comprising a base, an intermediate support and a back support, the intermediate support being guided for movement relative to the base by first guide means (32,34,36,38), the back support being guided for movement relative to both the base and intermediate support by second guide means, said second guide means including at least one guide associated with one of the base and the back support and at least one follower associated with the other of the base and the back support; whereby the back support is mounted for pivotal movement with respect to the said intermediate support and the first and second guide means are arranged such that, in use, pivoting of the back support relative to the intermediate support causes the intermediate support to move with respect to the base, wherein the back support provides at least part of a lever arrangement such that pivotal movement of the back support moves the intermediate support with respect to the base, wherein said guide of the said second guide means is curvilinear having one or more curved sections.
A source base station comprising: a processing circuitry configured to generate a user equipment packet duplication status, which includes information on the status of uplink packet duplication performed by a user equipment with the source base station and at least one source secondary base station, wherein the information on the status of uplink packet duplication is per uplink radio bearer, one or more uplink radio bearers being established between the user equipment and the source base station, a transmitter configured to transmit the user equipment packet duplication status to a target base station which is the target of a handover from the source base station performed for the user equipment. a processing circuitry configured to generate a user equipment packet duplication status, which includes information on the status of uplink packet duplication performed by a user equipment with the source base station and at least one source secondary base station, wherein the information on the status of uplink packet duplication is per uplink radio bearer, one or more uplink radio bearers being established between the user equipment and the source base station, a transmitter configured to transmit the user equipment packet duplication status to a target base station which is the target of a handover from the source base station performed for the user equipment.
An optical encoder comprising: a scale provided with a scale pattern that reflects or transmits light from a light source (11, 14); a sensor configured to receive the light from the scale pattern, the sensor and the scale being moved relatively to each other, and an intermediate pattern provided between the scale and the sensor, wherein the sensor is provided with a light-receiving element array including multiple light-receiving elements arranged in a relative movement direction of the sensor and scale; the light-receiving element array includes multiple light-receiving element groups each being constituted by two or more light-receiving elements whose outputs are added together, the light receiving elements included in each of the multiple light-receiving element groups being arranged with a pitch P; and the intermediate pattern includes a first pattern to form a first light intensity distribution on the light-receiving element array with a first spatial period shorter than the pitch P and a second pattern to form a second light intensity distribution on the light-receiving element array with a second spatial period longer than the pitch P. a scale provided with a scale pattern that reflects or transmits light from a light source (11, 14); a sensor configured to receive the light from the scale pattern, the sensor and the scale being moved relatively to each other, and an intermediate pattern provided between the scale and the sensor, wherein the sensor is provided with a light-receiving element array including multiple light-receiving elements arranged in a relative movement direction of the sensor and scale; the light-receiving element array includes multiple light-receiving element groups each being constituted by two or more light-receiving elements whose outputs are added together, the light receiving elements included in each of the multiple light-receiving element groups being arranged with a pitch P; and the intermediate pattern includes a first pattern to form a first light intensity distribution on the light-receiving element array with a first spatial period shorter than the pitch P and a second pattern to form a second light intensity distribution on the light-receiving element array with a second spatial period longer than the pitch P.
Locking device for locking a steering column of a vehicle, comprising a base body, a latching body which can be moved into a locking rim groove of a locking rim of the steering column in order to lock the steering column, the latching body being mounted in the base body such that it can be moved via an actuating movement into a locking position for locking the steering column and into a release position for releasing the steering column, a preload spring that applies a spring force to the latching body in the direction of the locking position, a gear unit and a guide unit which is rotatably mounted coaxially about an axis of rotation, the gear unit being connected to the guide unit in a rotationally fixed manner and the guide unit being operatively connected to the latching body for generating the actuating movement, and wherein the guide unit is arranged to be relatively displaceable in the longitudinal direction of the axis of rotation relative to the gear unit, characterized in that the gear unit has a journal portion which is arranged in a complementary through opening of the guide unit. a latching body which can be moved into a locking rim groove of a locking rim of the steering column in order to lock the steering column, the latching body being mounted in the base body such that it can be moved via an actuating movement into a locking position for locking the steering column and into a release position for releasing the steering column, a preload spring that applies a spring force to the latching body in the direction of the locking position, a gear unit and a guide unit which is rotatably mounted coaxially about an axis of rotation, the gear unit being connected to the guide unit in a rotationally fixed manner and the guide unit being operatively connected to the latching body for generating the actuating movement, and wherein the guide unit is arranged to be relatively displaceable in the longitudinal direction of the axis of rotation relative to the gear unit, characterized in that the gear unit has a journal portion which is arranged in a complementary through opening of the guide unit.
A gutter for surface drainage with an end wall, the end wall comprising: a plate element with a first and a second edge (12, 13), wherein the plate element is connectable, substantially tightly sealing a cross-section of the gutter to at a first end with its first edge toward the upside and with its second edge to a second end of the gutter with its second edge toward the upside, wherein the ends (31, 32) are formed differently.
A nutritional product for use in reducing the incidence of necrotizing enterocolitis in an infant, toddler, or child, the nutritional product comprising a mixture of fatty acid-containing monoglycerides and a fatty acid component wherein the mixture of the fatty acid-containing monoglycerides and fatty acid component is present in the nutritional product in an amount of at least 10 % by weight of the fat component, wherein at least 70% of the fatty acids in the fatty acid-containing monoglycerides are at the Sn-1 position and the fatty acid component is selected from free fatty acids or fatty acid salts, wherein the fatty acid component is derived from a vegetable oil selected from the group consisting of olive oil, canola oil, corn oil, soybean oil, and combinations thereof.
An operating table comprising: a table on which to place a patient; a base buried or fixed to a floor; and an articulated robotic arm including a first end supported on the base and a second end supporting the table, wherein the robotic arm includes a plurality of vertical joints (231, 232, 233, 515, 516,517), characterized in that a rotation axis (B1, B2, B3, F1, F2, F3) of each of the vertical joints (231, 232, 233, 515, 516, 517) is positioned along a direction that is horizontal and substantially parallel to a longitudinal direction of the table. a table on which to place a patient; a base buried or fixed to a floor; and an articulated robotic arm including a first end supported on the base and a second end supporting the table, wherein the robotic arm includes a plurality of vertical joints (231, 232, 233, 515, 516,517), characterized in that a rotation axis (B1, B2, B3, F1, F2, F3) of each of the vertical joints (231, 232, 233, 515, 516, 517) is positioned along a direction that is horizontal and substantially parallel to a longitudinal direction of the table.
An ecological system for a vehicle which uses kinetic energy of the moving vehicle comprising: one or more devices which guide, compress, accelerate and project an air flow caught by the one or more devices in the moving vehicle; and a first subsystem comprising one or more aerodynamic profiles, that receive the air flow projected from the one or more devices, wherein the one or more aerodynamic profiles generate lifting on the vehicle; wherein the one or more devices is located at the front part of the system and strikes with an input area, an air flow that penetrates and is compressed, accelerated and guided towards an output area, wherein said input area of one or more devices is greater than said output area so that air flow velocity is substantially higher at the output area than at the input area; and characterized in that said input area of the one or more devices is arrangeable around the area of the front part of the vehicle. one or more devices which guide, compress, accelerate and project an air flow caught by the one or more devices in the moving vehicle; and a first subsystem comprising one or more aerodynamic profiles, that receive the air flow projected from the one or more devices, wherein the one or more aerodynamic profiles generate lifting on the vehicle; wherein the one or more devices is located at the front part of the system and strikes with an input area, an air flow that penetrates and is compressed, accelerated and guided towards an output area, wherein said input area of one or more devices is greater than said output area so that air flow velocity is substantially higher at the output area than at the input area; and characterized in that said input area of the one or more devices is arrangeable around the area of the front part of the vehicle.
A self-locking clamp that comprises two clamping jaws (7; 107; 207) and two shanks (11; 211) connected to the clamping jaws (7; 107; 207), characterized in that the clamp comprises a central part (1; 201), that at least the one clamping jaw (7; 107) is fastened in an articulated manner to the central part (1; 201) via a first flexible connection, that at least the one shank comprises two parts (12, 13) that are connected in an articulated manner to one another at adjacent ends via a second flexible connection, that the shank is fastened in an articulated manner via a third flexible connection to the one clamping jaw (7; 107), that the shank is fastened in an articulated manner via a fourth flexible connection to the central part (1; 201), and that the central part (1; 201) is formed in such a manner that the one shank can assume a snapped-over position adjacent the central part (1; 201).
A method for disconnecting a link between a Peripheral Component Interconnect Express, PCIe, device and a host, wherein the PCIe device comprises an endpoint, EP, device, and the method comprises: obtaining, by the EP device, an error type of an error in transmitting a transaction layer packet, TLP, between the PCIe device and the host; if the error type is a correctable error type specified in the PCIe protocol, collecting, by the EP device, statistics on duration for which the error type exists; and disconnecting, by the EP device, a link between the PCIe device and the host if the duration reaches preset duration. obtaining, by the EP device, an error type of an error in transmitting a transaction layer packet, TLP, between the PCIe device and the host; if the error type is a correctable error type specified in the PCIe protocol, collecting, by the EP device, statistics on duration for which the error type exists; and disconnecting, by the EP device, a link between the PCIe device and the host if the duration reaches preset duration.
Method of operating a compression ignition engine on ether containing fuel obtained by on board conversion of an alcohol containing primary fuel, comprising the steps of: (a) withdrawing the alcohol containing primary fuel from a fuel tank and pressurising the primary fuel to a final engine injection pressure; (b) introducing the pressurized primary fuel into a catalytic dehydration reactor; (c) in the reactor catalytically dehydrating the pressurized primary fuel to ether containing fuel by contact with a with an alcohol dehydration catalyst; and (d) withdrawing the ether containing fuel from the reactor and injecting the ether containing fuel into the engine, wherein the pressurized primary fuel is heated within the reactor to reaction temperature prior to the catalytic dehydration by indirect heat exchange with the ether containing fuel and thereby cooling the ether containing fuel prior to be withdrawn form the reactor. (a) withdrawing the alcohol containing primary fuel from a fuel tank and pressurising the primary fuel to a final engine injection pressure; (b) introducing the pressurized primary fuel into a catalytic dehydration reactor; (c) in the reactor catalytically dehydrating the pressurized primary fuel to ether containing fuel by contact with a with an alcohol dehydration catalyst; and (d) withdrawing the ether containing fuel from the reactor and injecting the ether containing fuel into the engine, wherein the pressurized primary fuel is heated within the reactor to reaction temperature prior to the catalytic dehydration by indirect heat exchange with the ether containing fuel and thereby cooling the ether containing fuel prior to be withdrawn form the reactor.
Method for communication between a number M of communication circuits and a device for controlling electrochemical batteries, the communication circuits being coupled to respective electrochemical batteries that are connected in series, and the communication circuits being configured to send data frames to the control device by way of an electrical power connection (71, 72) intended to connect an electrical load to said electrochemical batteries, characterized - in that each communication circuit of index i, for a succession of transmission intervals having an average duration Tr i, sends, at a random instant, a single frame of a duration shorter than or equal to Lt i during each of these transmission intervals, where Tr i > Lt i * M; - and in that which said transmission intervals of the various communication circuits overlap in time. - in that each communication circuit of index i, for a succession of transmission intervals having an average duration Tr i, sends, at a random instant, a single frame of a duration shorter than or equal to Lt i during each of these transmission intervals, where Tr i > Lt i * M; - and in that which said transmission intervals of the various communication circuits overlap in time.
An apparatus for applying a two-component liquid composition to a surface, comprising: a housing having an open end, an inner surface and an outer surface; an applicator retained in the housing and projecting through the open end; two containers (20, 21) removably mounted to the inner surface of the housing, each container (20, 21) having a dispensing nozzle (26, 27) extending through an aperture (32, 33) in the housing and arranged adjacent the applicator; a cutting device arranged on the housing adjacent the nozzles (26, 27) and having at least one blade (31, 32), characterized in that the cutting device includes a button (24, 25) that is mounted on an aperture (32, 33) in the housing with the at least one blade (31, 32) extending into the housing, wherein pressing the button (24, 25) causes the at least one blade (31, 32) to extend farther into the housing and cut at least one of the nozzles (26, 27) and allow contents of at least one of the containers (20, 21) to flow to the applicator. a housing having an open end, an inner surface and an outer surface; an applicator retained in the housing and projecting through the open end; two containers (20, 21) removably mounted to the inner surface of the housing, each container (20, 21) having a dispensing nozzle (26, 27) extending through an aperture (32, 33) in the housing and arranged adjacent the applicator; a cutting device arranged on the housing adjacent the nozzles (26, 27) and having at least one blade (31, 32), characterized in that the cutting device includes a button (24, 25) that is mounted on an aperture (32, 33) in the housing with the at least one blade (31, 32) extending into the housing, wherein pressing the button (24, 25) causes the at least one blade (31, 32) to extend farther into the housing and cut at least one of the nozzles (26, 27) and allow contents of at least one of the containers (20, 21) to flow to the applicator.