mhurhangee/ep-ind-claims huggingface dataset:
A bag comprising: - a first and a second walls (10, 20) connected together so as to define lateral sides and a bottom of the bag, - a closure assembly comprising a first and a second support webs (30, 32) respectively connected to the first and second walls (10, 20) and each including a complementary closure element, the second support web being hinged on the second wall so that the traction on the walls (10, 20) of the bag when the complementary closure elements are engaged causes the rotation of the support webs (30, 32) around said complementary closure elements, the bag being characterized in that the first support web is connected discontinuously along its length to the first wall of the bag so as to provide at least one passage between this first support web and the first wall of the bag from outside the bag, said passage which can allow a local deformation of the first support web suitable for modifying the local relative orientation of the closure elements during a spacing of the walls (10, 20) of the bag and which can facilitate the separation of the complementary closure elements. - a first and a second walls (10, 20) connected together so as to define lateral sides and a bottom of the bag, - a closure assembly comprising a first and a second support webs (30, 32) respectively connected to the first and second walls (10, 20) and each including a complementary closure element, the second support web being hinged on the second wall so that the traction on the walls (10, 20) of the bag when the complementary closure elements are engaged causes the rotation of the support webs (30, 32) around said complementary closure elements,
Wind turbine, having at least one rotor blade, a blade heating system for heating at least a portion of the at least one rotor blade, at least one temperature sensor for sensing the external temperature in the region, or in the environment, of the wind turbine, at least one air humidity sensor for sensing the air humidity in the region, or in the environment, of the wind turbine, and a control unit for activating the blade heating system for preventing ice formation on the at least one rotor blade if the sensed external temperature falls below +5°C and if the sensed air humidity exceeds 70%, wherein the control unit is adapted to detect an ice formation on the at least one rotor blade by comparing a current power curve with a stored power curve and to stop the wind turbine when an ice formation is detected in spite of an activated blade heating.
An elevator system comprising: a hoistway extending between a plurality of landings, each landing' having a landing door with a landing door frame; the hoistway comprising landing portions and intermediate portions, wherein each landing portion is associated with a corresponding landing and each intermediate portion is located between two adjacent landing portions; an elevator car, which is configured for traveling along the hoistway; a first position determining system, which is configured for determining the current position of the elevator car while it is located within one of the landing portions; and a second position determining system, which is configured for determining the current position of the elevator car while it is located within one of the intermediate portions characterized in that the first position determining system comprises at least one position detection sensor, which is attached to the elevator car, and position detection elements attached to the landing door frames and comprising at least one coded strip or tape extending in the direction of the height of the hoistway. a hoistway extending between a plurality of landings, each landing' having a landing door with a landing door frame; the hoistway comprising landing portions and intermediate portions, wherein each landing portion is associated with a corresponding landing and each intermediate portion is located between two adjacent landing portions; an elevator car, which is configured for traveling along the hoistway; a first position determining system, which is configured for determining the current position of the elevator car while it is located within one of the landing portions; and a second position determining system, which is configured for determining the current position of the elevator car while it is located within one of the intermediate portions characterized in that the first position determining system comprises at least one position detection sensor, which is attached to the elevator car, and position detection elements attached to the landing door frames and comprising at least one coded strip or tape extending in the direction of the height of the hoistway.
An ion-exchange membrane comprising: fluorinated carbon backbone chains; fluorinated side chains extending off of the fluorinated carbon backbone chains, the fluorinated side chains including acid groups for ionic conductivity, the acid groups surrounding and defining permeable domains which are free of the fluorinated carbon backbone chains; and molecular barriers in the permeable domains and influencing permeability through the permeable domains, wherein the molecular barriers include carbon chain molecules covalently bonded to the acid groups and that extend off of the acid groups away from the fluorinated carbon backbone chains and/or the molecular barriers include molecules that are molecularly caged within the permeable domains, and wherein the carbon chain molecules or molecules are selected from the group consisting of nonoxynol-9, pentaethylene glycol monodecyl ether, monolaurin, and combinations thereof. fluorinated carbon backbone chains; fluorinated side chains extending off of the fluorinated carbon backbone chains, the fluorinated side chains including acid groups for ionic conductivity, the acid groups surrounding and defining permeable domains which are free of the fluorinated carbon backbone chains; and molecular barriers in the permeable domains and influencing permeability through the permeable domains, wherein the molecular barriers include carbon chain molecules covalently bonded to the acid groups and that extend off of the acid groups away from the fluorinated carbon backbone chains and/or the molecular barriers include molecules that are molecularly caged within the permeable domains, and wherein the carbon chain molecules or molecules are selected from the group consisting of nonoxynol-9, pentaethylene glycol monodecyl ether, monolaurin, and combinations thereof.
Single-seed drill having a chassis which supports at least one sowing unit (3, 3') comprising a distribution housing and at least one furrow-opening disc making it possible to open a furrow in the soil, said distribution housing delivering the seeds one by one via a rotary dosing unit designed to rotate about an axis of rotation, and each seed being ejected from the rotary dosing unit at the level of an ejection point extending into the lower part of said rotary dosing unit, single-seed drill in which said ejection point is, in a view along the axis of rotation of the rotary dosing unit, disposed within the outside diameter of said furrow-opening disc, and in which said at least one or each sowing unit (3, 3') also comprises a depth control wheel (9, 9') which is placed laterally on the furrow-opening disc, single-seed drill characterised in that the mounting of said distribution housing on the sowing unit (3, 3') is adjustable in height, and in that the distance of adjustment between the bottom of the furrow and the ejection point is between 3 and 20 cm. single-seed drill in which said ejection point is, in a view along the axis of rotation of the rotary dosing unit, disposed within the outside diameter of said furrow-opening disc, and in which said at least one or each sowing unit (3, 3') also comprises a depth control wheel (9, 9') which is placed laterally on the furrow-opening disc, single-seed drill characterised in that the mounting of said distribution housing on the sowing unit (3, 3') is adjustable in height, and in that the distance of adjustment between the bottom of the furrow and the ejection point is between 3 and 20 cm.
A wave energy converter comprising a floating portion and an anchor portion, wherein the anchor portion comprises a transport support structure configured to carry the floating portion, characterised in that the floating portion has a centre of buoyancy that is laterally offset from the centroid of the floating portion by a distance of at least 5 percent of a maximum lateral dimension of the floating portion.
A particle comprising:- (a) a core comprising a benefit agent; (b) a shell, wherein the shell comprises a polyamide, and wherein the polyamide comprises an aromatic group; and (c) an optional deposition aid; wherein the benefit agent comprises 70-100 wt %, by total weight of the benefit agent, of a component selected from tertiary alcohols, alpha substituted aldehydes, aliphatic and aromatic ketones and ketenes and mixtures thereof, excluding cyclic aliphatic materials containing polar functional groups; and the benefit agent is substantially free from i) aliphatic primary alcohols and ii) aromatic primary alcohols and contains less than 15 wt % of aliphatic aldehydes having a chain length of from 8 to 22, by total weight of the benefit agent. (a) a core comprising a benefit agent; (b) a shell, wherein the shell comprises a polyamide, and wherein the polyamide comprises an aromatic group; and (c) an optional deposition aid;
Method for distributing navigation map data (8, 9) to a plurality of work machines (10, 11) which are part of a network of work machines (10, 11) and perform work orders (1, 2, 3) in this network, wherein the navigation map data (8, 9) are needed in the work machines (10, 11) to carry out the work orders (1, 2, 3), and work orders (1, 2, 3) are planned on the basis of navigation map data (8, 9), having the following steps of: a) detecting work orders (1, 2) for work machines (10, 11), which work orders exist in the network and were planned on the basis of old navigation map data, b) checking the work orders (1, 2) which exist in the network in order to determine whether these work orders can be carried out with new navigation map data, c) terminating work orders which cannot be carried out with new navigation map data, and d) installing new navigation map data. a) detecting work orders (1, 2) for work machines (10, 11), which work orders exist in the network and were planned on the basis of old navigation map data, b) checking the work orders (1, 2) which exist in the network in order to determine whether these work orders can be carried out with new navigation map data, c) terminating work orders which cannot be carried out with new navigation map data, and d) installing new navigation map data.
A Repulsive Guidance Molecule a (RGMa) inhibiting substance as an active ingredient for use in the prophylaxis or treatment of an autoimmune disease such as cellular autoimmune disease, rheumatism, multiple sclerosis, nervous system autoimmune diseases such as Guillain-Barré syndrome, neuro-Behcet's diseases, malignant anemia, type I diabetes, systemic lupus erythematosus, inflammatory bowel diseases, Sjogren's syndrome, atopic dermatitis, Goodpasture's syndrome, Grave' diseases, autoimmune hemolytic anemia, autoimmune thrombocytopenic purpura, glomerulonephritis, myasthenia gravis, Hashimoto's diseases.
Container transport system comprising - a track element which can be secured in a replaceable manner to a support element for guiding containers, with at least one upper and one lower track element plane (2, 3), - a friction device comprising a friction body, which is mounted on the track element in a rotatable manner about a rotational axis between at least two positions, wherein, in a first position, the lower track element plane is fixed to the support element in the direction of the rotational axis, and in a second position the track element can be removed from the support element in the direction of the rotational axis, characterised by a clamping device for clamping the friction device, wherein the clamping device generates or maintains a torsional stress and/or a torque on at least one friction body of the friction device by the use of at least one spring element of the clamping device. - a track element which can be secured in a replaceable manner to a support element for guiding containers, with at least one upper and one lower track element plane (2, 3), - a friction device comprising a friction body, which is mounted on the track element in a rotatable manner about a rotational axis between at least two positions, wherein, in a first position, the lower track element plane is fixed to the support element in the direction of the rotational axis, and in a second position the track element can be removed from the support element in the direction of the rotational axis,
Aerosol-generating device comprising a device housing comprising a first receiving chamber for receiving and accommodating a first consumable and a second receiving chamber for receiving and accommodating a second consumable, further comprising an internal power source arranged in the device housing and a controller for controlling an aerosolization process of an aerosol-forming substrate comprised in a consumable arrangeable in the first and in the second receiving chamber (11,12); wherein at least the second receiving chamber comprises electrical contacts detachably connected to a separate power source accommodated in the second receiving chamber, the separate power source via the electrical contacts providing additional power to the aerosol-generating device.
A method of fabricating a semiconductor device, comprising: depositing a hydrocarbon layer (275, 294) over a semiconductor substrate; patterning the hydrocarbon (275, 294) to define an interconnect structure (165, 291, 293, 295, 297); etching the patterned hydrocarbon layer to form interconnect openings in the hydrocarbon layer; depositing a conductive material within the openings of the hydrocarbon layer; and characterized by completely removing a remaining hydrocarbon layer by sublimation, comprising subjecting the hydrocarbon layer to a temperature in the range of 22°C to 30°C, wherein the hydrocarbon layer comprises a cyclic compound, the cyclic compound is camphene, naphthalene, camphor, bromo-nitrobenzene, or combinations thereof. depositing a hydrocarbon layer (275, 294) over a semiconductor substrate; patterning the hydrocarbon (275, 294) to define an interconnect structure (165, 291, 293, 295, 297); etching the patterned hydrocarbon layer to form interconnect openings in the hydrocarbon layer; depositing a conductive material within the openings of the hydrocarbon layer; and characterized by completely removing a remaining hydrocarbon layer by sublimation, comprising subjecting the hydrocarbon layer to a temperature in the range of 22°C to 30°C, wherein the hydrocarbon layer comprises a cyclic compound, the cyclic compound is camphene, naphthalene, camphor, bromo-nitrobenzene, or combinations thereof.
A method performed by a wireless device for retransmitting message 3, the method comprising: receiving, from a base station, a message 2 comprising a first uplink, UL, grant indicating a first transport block size and a second UL grant indicating a second transport block size, transmitting, to the base station, a first transmission of a message 3, the message 3 comprising information to setup or resume a connection between the wireless device and the base station and user data; receiving, from the base station, downlink control information, DCI, comprising an indication for the wireless device to retransmit the message 3, the DCI being interpreted by the wireless device based on previous information received in the message 2 from the base station; selecting a transport block size of the first transport block size and the second transport block size for retransmission of the message 3, wherein the retransmission of the message 3 comprises either only the information to setup or resume the connection or the information to setup or resume the connection and user data to be sent to the base station; and retransmitting the message 3 using the selected transport block size. receiving, from a base station, a message 2 comprising a first uplink, UL, grant indicating a first transport block size and a second UL grant indicating a second transport block size, transmitting, to the base station, a first transmission of a message 3, the message 3 comprising information to setup or resume a connection between the wireless device and the base station and user data; receiving, from the base station, downlink control information, DCI, comprising an indication for the wireless device to retransmit the message 3, the DCI being interpreted by the wireless device based on previous information received in the message 2 from the base station; selecting a transport block size of the first transport block size and the second transport block size for retransmission of the message 3, wherein the retransmission of the message 3 comprises either only the information to setup or resume the connection or the information to setup or resume the connection and user data to be sent to the base station; and retransmitting the message 3 using the selected transport block size.
A safety switching device adapted to drive a plurality of different kinds of guard locking devices (200-1, 200-2, 200-3), said safety switching device comprising a first terminal and a second terminal for connecting a guard locking device (200-1, 200-2, 200-3); and a safety processor adapted for controlling drive signals at the first and the second terminal (51, L52) to drive the guard locking device (200-1, 200-2, 200-3), characterized in that the safety processor is adapted for determining a kind of a guard locking device connected to the first and/or the second terminal (51, L52) out of a plurality of different kinds of guard locking devices by detecting external electrical connections between the first terminal, the second terminal, and a reference potential, and for controlling the drive signals depending on the determined kind of the guard locking device, wherein said plurality of different kinds of guard locking devices comprises a first kind of guard locking devices having a solenoid, a second kind of guard locking devices having a single channel logic input, and a third kind of guard locking devices having dual channel safety inputs (S12, S22).
A post-processing device comprising: an inlet for receiving a booklet to be post-processed, an outlet for outputting the booklet after post-processing, a cutting assembly for cutting away an outer portion of the sheets of the booklet, said cutting assembly comprising a knife and a support, a square folding assembly comprising a press means for applying pressure along the spine of the booklet for deforming the spine to give it the desired square shape, a conveying system configured to move the booklet along a transportation path from the inlet to the outlet via the cutting assembly and the square folding assembly, and a clamping assembly configured to be operable between a clamping position in which the clamping assembly clamps the spine portion of the booklet to hold the booklet static in a processing position for processing by the square folding assembly and the cutting assembly, and an open position in which the clamping assembly allows the booklet to move, characterized in that the cutting assembly and/or the square folding assembly is/are movably attached to the post-processing device such that the distance between the square folding assembly and the cutting assembly is variable by movement of at least one of the cutting assembly and the square folding assembly. an inlet for receiving a booklet to be post-processed, an outlet for outputting the booklet after post-processing, a cutting assembly for cutting away an outer portion of the sheets of the booklet, said cutting assembly comprising a knife and a support, a square folding assembly comprising a press means for applying pressure along the spine of the booklet for deforming the spine to give it the desired square shape, a conveying system configured to move the booklet along a transportation path from the inlet to the outlet via the cutting assembly and the square folding assembly, and a clamping assembly configured to be operable between a clamping position in which the clamping assembly clamps the spine portion of the booklet to hold the booklet static in a processing position for processing by the square folding assembly and the cutting assembly, and an open position in which the clamping assembly allows the booklet to move, characterized in that the cutting assembly and/or the square folding assembly is/are movably attached to the post-processing device such that the distance between the square folding assembly and the cutting assembly is variable by movement of at least one of the cutting assembly and the square folding assembly.
A ventilated aero-structure, comprising: a micro-lattice structure having a first side and a second side, wherein the micro-lattice structure includes a plurality of truss elements, and wherein the plurality of truss elements define a plurality of nodes at intersections of two or more truss elements; and a honeycomb core operatively coupled to the first side of the micro-lattice structure, wherein the honeycomb core includes a plurality of walls that define a plurality of elongate cells; wherein an interface between the honeycomb core and the micro-lattice structure is configured to permit air flow to and from the honeycomb core via the micro-lattice structure. a micro-lattice structure having a first side and a second side, wherein the micro-lattice structure includes a plurality of truss elements, and wherein the plurality of truss elements define a plurality of nodes at intersections of two or more truss elements; and a honeycomb core operatively coupled to the first side of the micro-lattice structure, wherein the honeycomb core includes a plurality of walls that define a plurality of elongate cells; wherein an interface between the honeycomb core and the micro-lattice structure is configured to permit air flow to and from the honeycomb core via the micro-lattice structure.