mhurhangee/ep-ind-claims huggingface dataset:
A method of cleaning a floor surface using a mobile floor cleaning appliance (10; 80), wherein cleaning fluid is applied to the floor surface to be cleaned from a cleaning-fluid tank, the floor surface is worked on with at least one front cleaning tool and subsequently thereto with at least one rear cleaning tool (38, 42; 100, 118) and then the fluid and loosened dirt is taken up from the floor surface and transferred into a dirty-fluid tank, characterized in that at least one front outlet is associated with the front cleaning tool (38; 100) and at least one rear outlet is associated with the rear cleaning tool (42; 118) and in that in each case cleaning fluid is discharged via the outlets (58, 54), wherein the cleaning fluid which is subsequently discharged via the at least one front outlet has a cleaning chemical admixed therewith before discharge, and wherein at least one dividing wall (32; 96, 108) is arranged between the front and the rear cleaning tool (38, 42; 100, 118).
Particles comprising (i) a core comprising a hydrophobic polymer; (ii) a shell comprising hyperbranched polyglycerol; and (iii) one or more therapeutic agents, diagnostic agents, or prophylactic agents encapsulated within the particles; wherein the hydrophobic polymer is more hydrophobic than the hyperbranched polyglycerol; the hyperbranched polyglycerol is covalently bound to the hydrophobic polymer; and polyethylene glycol is covalently attached to the surface of the particles by converting vicinal diol groups on the hyperbranched polyglycerol to aldehyde groups and reacting the aldehyde groups with functional groups to attach the polyethylene glycol. (i) a core comprising a hydrophobic polymer; (ii) a shell comprising hyperbranched polyglycerol; and (iii) one or more therapeutic agents, diagnostic agents, or prophylactic agents encapsulated within the particles; the hydrophobic polymer is more hydrophobic than the hyperbranched polyglycerol; the hyperbranched polyglycerol is covalently bound to the hydrophobic polymer; and polyethylene glycol is covalently attached to the surface of the particles by converting vicinal diol groups on the hyperbranched polyglycerol to aldehyde groups and reacting the aldehyde groups with functional groups to attach the polyethylene glycol.
A method for reporting channel state information, CSI, by a user equipment, UE, in a wireless communication system, the method comprising: receiving a reference signal from a base station, BS; and reporting the CSI generated using the reference signal to the BS, wherein the CSI comprises: a first domain precoding matrix indicator, PMI, indicating a first precoding matrix for a first domain of a 2D antenna structure; and second domain PMIs indicating a second precoding matrix for a second domain of the 2D antenna structure, wherein the second precoding matrix is indicated by a combination of a second domain PMI_1 and a second domain PMI 2, wherein the second domain PMI_1 has a reporting cycle longer than a reporting cycle of the first domain PMI, and the second domain PMI_2 is reported simultaneously with the first domain PMI, and wherein the first domain is a horizontal domain and the second domain is a vertical domain. receiving a reference signal from a base station, BS; and reporting the CSI generated using the reference signal to the BS, wherein the CSI comprises: a first domain precoding matrix indicator, PMI, indicating a first precoding matrix for a first domain of a 2D antenna structure; and second domain PMIs indicating a second precoding matrix for a second domain of the 2D antenna structure, a first domain precoding matrix indicator, PMI, indicating a first precoding matrix for a first domain of a 2D antenna structure; and second domain PMIs indicating a second precoding matrix for a second domain of the 2D antenna structure, wherein the second precoding matrix is indicated by a combination of a second domain PMI_1 and a second domain PMI 2, wherein the second domain PMI_1 has a reporting cycle longer than a reporting cycle of the first domain PMI, and the second domain PMI_2 is reported simultaneously with the first domain PMI, and wherein the first domain is a horizontal domain and the second domain is a vertical domain.
Adjustable system to attach containers to transport vehicles, being of the type of systems constituted by: - a fixed support, fixable to the beams of the chassis of a vehicle; and - a displaceable support, displaceable with respect to the fixed support, holding the fixing element named Twist Lock, being said fixing element fixable to a corresponding corner of the container, where the displaceable support adopts two working positions at different heights, characterized in that the system comprises: - a pair of arms joined rotationally by an end to an axis crossing the fixed support, and by the other end to the displaceable support adjoined to the fixed support; - guiding means of the displaceable support, said guiding means of the displaceable support being defined by at least one vertical slot, according to its assembly position, made in a vertical adjoining wall of one of the supports, through which passes a guiding element connected to the other support; and - blocking means of the displaceable support in the different working positions, said blocking means being defined by an elongated lever, joined by a rotation axis by one end to a horizontal supporting platform internal to the fixed support and protruding through the lateral face opposite to the face of the rotational junction to the same, and being provided with a protrusion on one of its lateral sides in its section internal to the fixed support with the fixed support and the displaceable support being adjoined by a vertical wall in the two working positions, and during a transition from a working position to another working position, the displaceable support describes an arch and the displaceable support moves away from the fixed support. - a fixed support, fixable to the beams of the chassis of a vehicle; and - a displaceable support, displaceable with respect to the fixed support, holding the fixing element named Twist Lock, being said fixing element fixable to a corresponding corner of the container, where the displaceable support adopts two working positions at different heights, - a pair of arms joined rotationally by an end to an axis crossing the fixed support, and by the other end to the displaceable support adjoined to the fixed support; - guiding means of the displaceable support, said guiding means of the displaceable support being defined by at least one vertical slot, according to its assembly position, made in a vertical adjoining wall of one of the supports, through which passes a guiding element connected to the other support; and - blocking means of the displaceable support in the different working positions, said blocking means being defined by an elongated lever, joined by a rotation axis by one end to a horizontal supporting platform internal to the fixed support and protruding through the lateral face opposite to the face of the rotational junction to the same, and being provided with a protrusion on one of its lateral sides in its section internal to the fixed support
Aiming assembly comprising an instrument and an aiming device, the aiming device comprising: - a frame, - a mobile part comprising a plate, the instrument being fixed onto the plate, the mobile part and the instrument having a centre of gravity, the mobile part being rotationally mobile relative to the frame on a first axis of rotation and comprising a support configured to cooperate with the plate so as to allow the plate to be rotationally mobile relative to the frame about a second axis of rotation at right angles to the first axis of rotation, and rotationally mobile relative to the frame on the first axis, the first and second axes of rotation (Z, Y) intersecting at a point of intersection, the point of intersection coinciding with the centre of gravity of the mobile part and of the instrument, characterized in that the support comprises a flexible part configured to compensate for the differential expansions on the second axis of rotation between the support and the plate. - a frame, - a mobile part comprising a plate, the instrument being fixed onto the plate, the mobile part and the instrument having a centre of gravity,
Leakage protection assembly for the installation in a water installation upstream of one or more taps, comprising (a) a housing; (b) a stop valve for interrupting the water supply in the water installation; and (c) a filter accommodated in a housing cup which is releasably fixed to the housing; characterized by (d) a locking device for locking the housing cup in a fixed position at the housing, wherein (e) the locking is releasable by operating the stop valve. (a) a housing; (b) a stop valve for interrupting the water supply in the water installation; and (c) a filter accommodated in a housing cup which is releasably fixed to the housing; (d) a locking device for locking the housing cup in a fixed position at the housing, wherein (e) the locking is releasable by operating the stop valve.
An apparatus comprising: a plurality of selectively connected inputs (103; 105) including a first input associated with a generator and a second input associated with a bus, the bus configured to connect the generator and at least one additional generator in parallel to a load; and a controller configured to receive a first electrical characteristic from the first input assigned to a first connection and a second electrical characteristic from the second input assigned to a second connection; wherein the controller is configured for - generating a bus voltage reading for detecting errors in connections of phases of the generators (101, 109); - sending the bus voltage reading to a plurality of generator controllers (17a, 17b) and for - generating a switching signal to - assign the first input to the second connection or assign the second input to the first connection in response to a difference between the first electrical characteristic and the second electrical characteristic exceeding a threshold and - correct the errors in connections of phases of the generators (101, 109). a plurality of selectively connected inputs (103; 105) including a first input associated with a generator and a second input associated with a bus, the bus configured to connect the generator and at least one additional generator in parallel to a load; and a controller configured to receive a first electrical characteristic from the first input assigned to a first connection and a second electrical characteristic from the second input assigned to a second connection; wherein the controller is configured for - generating a bus voltage reading for detecting errors in connections of phases of the generators (101, 109); - sending the bus voltage reading to a plurality of generator controllers (17a, 17b) and for - generating a switching signal to - assign the first input to the second connection or assign the second input to the first connection in response to a difference between the first electrical characteristic and the second electrical characteristic exceeding a threshold and - correct the errors in connections of phases of the generators (101, 109). - generating a bus voltage reading for detecting errors in connections of phases of the generators (101, 109); - sending the bus voltage reading to a plurality of generator controllers (17a, 17b) and for - generating a switching signal to - assign the first input to the second connection or assign the second input to the first connection in response to a difference between the first electrical characteristic and the second electrical characteristic exceeding a threshold and - correct the errors in connections of phases of the generators (101, 109). - assign the first input to the second connection or assign the second input to the first connection in response to a difference between the first electrical characteristic and the second electrical characteristic exceeding a threshold and - correct the errors in connections of phases of the generators (101, 109).
Variant protein of mature human GDF-5 as represented by amino acids 382 - 501 of SEQ ID NO: 2 and comprising an amino acid substitution, selected from the group consisting of R399E, W417F and W417R.
A method for controlling the nozzle gap of the outlet nozzle for a film web of a flat film machine, having the following steps: - detecting an actual profile of the nozzle gap, - ascertaining a thickness profile of the film web, - comparing the ascertained thickness profile of the film web with a default profile, - determining a profile deviation as the result of the comparison, - carrying out a control intervention in order to change the nozzle gap on the basis of the profile deviation and the actual profile, characterized in that for the control intervention a stretching ratio of the film web after the outlet nozzle is additionally taken into account and that the effect of the control intervention together with the actual profile is stored as a result profile for use as an actual profile for a subsequent control intervention. - detecting an actual profile of the nozzle gap, - ascertaining a thickness profile of the film web, - comparing the ascertained thickness profile of the film web with a default profile, - determining a profile deviation as the result of the comparison, - carrying out a control intervention in order to change the nozzle gap on the basis of the profile deviation and the actual profile,
A resource determining method, comprising: determining, by a user equipment, UE, a first narrowband resource available to a machine type communication, MTC, terminal according to an index of a preamble sequence sent by the UE in a random access process, wherein the UE is the MTC terminal and the first narrowband resource comprises a narrowband frequency resource; and receiving, by the UE, control information for the UE on the first narrowband resource from a network-side device; wherein the determining, by the UE comprises: determining, by the UE, the first narrowband resource according to correspondence between the first narrowband resource and the index of the preamble sequence, wherein the correspondence is embodied by a formula or by a correspondence table. determining, by a user equipment, UE, a first narrowband resource available to a machine type communication, MTC, terminal according to an index of a preamble sequence sent by the UE in a random access process, wherein the UE is the MTC terminal and the first narrowband resource comprises a narrowband frequency resource; and receiving, by the UE, control information for the UE on the first narrowband resource from a network-side device; wherein the determining, by the UE comprises: determining, by the UE, the first narrowband resource according to correspondence between the first narrowband resource and the index of the preamble sequence, wherein the correspondence is embodied by a formula or by a correspondence table.
A hearing device comprising a leading sealing element and a trailing receiver and trailing valve, wherein in a longitudinal direction of the hearing device the valve is more distant from the sealing element than the receiver, wherein the receiver and the valve each are unitary items that are separate from each other, and that the receiver and the valve are connected to each other by an interlink, characterized in that the interlink is flexible to enable flexing of the interlink between the receiver and the valve by the mere progressing of the hearing device into an ear canal of a user, and in that a front end of the receiver is received in the sealing element and engages a frontal portion of the sealing element, which frontal portion is equipped with apertures to enable sound from the receiver to escape to the ear canal of the user in front of the sealing element, and that the sealing element is equipped with sealing element holes behind the frontal portion of the sealing element to enable external sounds passing the valve through valve openings 4' to enter the ear canal of the user in front of the sealing element.
Method for the wet-chemical treatment of material to be treated, in particular of flat material to be treated, in a continuous process plant, wherein the material to be treated is transported through a treatment vessel and is treated in the treatment vessel with a treatment liquid, wherein an inert gas is fed into the treatment vessel, characterized in that the treatment vessel has an inlet slot, through which the material to be treated is transported into the treatment vessel, and an outlet slot, through which the material to be treated is transported out of the treatment vessel, the inert gas being drawn off from the treatment vessel through the inlet slot and/or the outlet slot.
A computer implemented method for exploring for hydrocarbons in a subsurface region, comprising: simulating a seismic waveform, using a computer and a model of velocity or other physical property in the subsurface region, wherein computations are performed on a finite computational grid representing a subsurface region, said finite computational grid using absorbing condition boundary conditions to minimize non-physical wave reflections at grid boundaries; using the simulated waveform in performing full waveform inversion or reverse time migration of seismic data, and using an updated model of velocity or other physical property from the inversion or a subsurface image from the migration to assess hydrocarbon potential of the subsurface region; and characterized in that, said absorbing condition boundary conditions being perfectly matched layers, PML, boundary conditions for the top surface of the finite computational grid, and Kosloff absorbing boundary conditions, ABC, for side surfaces of the finite computational grid. simulating a seismic waveform, using a computer and a model of velocity or other physical property in the subsurface region, wherein computations are performed on a finite computational grid representing a subsurface region, said finite computational grid using absorbing condition boundary conditions to minimize non-physical wave reflections at grid boundaries; using the simulated waveform in performing full waveform inversion or reverse time migration of seismic data, and using an updated model of velocity or other physical property from the inversion or a subsurface image from the migration to assess hydrocarbon potential of the subsurface region; and characterized in that, said absorbing condition boundary conditions being perfectly matched layers, PML, boundary conditions for the top surface of the finite computational grid, and Kosloff absorbing boundary conditions, ABC, for side surfaces of the finite computational grid.
Operation control method of a vibration screen provided with two rotating shafts (31a, 31b) equipped with eccentric weights (32a, 32b) arranged in parallel and with a vibration generator provided with motors (Ma, Mb) so as to drive in rotation the two rotating shafts (31a, 31b) independently, wherein a threshold based on throughput of work supplied to the vibration screen is preset and after the driven state of the two rotating shafts (31a, 31b) becomes steady, a transmission of rotary drive force to one of the rotating shafts (31a, 31b) is stopped, and (i) if the throughput of work supplied to the vibration screen is smaller than the threshold, the rotating shaft with the transmission of rotary drive force stopped is rotated together interlocked with the other rotating shaft by the vibration generated by the rotating of the other rotating shaft, and (ii) if the throughput of work supplied to the vibration screen becomes larger than the threshold, the transmission of rotary drive force to the rotating shaft to which the transmission of rotary drive force was stopped is started so as to drive in rotation the two rotating shafts (31a, 31b); characterized in that the transmission of rotary drive force is temporarily stopped for a short time when the rotating shaft is started, thereby starting the rotating shaft (31a, 31b) through pendulum action of the rotating shaft (31a, 31b) equipped with eccentric weight (32a, 32b).
An angle bracket for a façade system for indirectly or directly fastening at least one essentially plate-shaped wall or ceiling cladding element to a construction-side base with a first shank to be fastened to a construction-side base and a second shank arranged essentially vertically to the first shank for fastening a retaining profile of a façade system, wherein at least one elastic tongue is provided on the second shank of the angle bracket, by means of which a retaining profile can be clampingly fastened, and wherein the angle bracket further comprises a flap, which is arranged at a distance from the second shank, at least across a section thereof, and which limits a lead-in opening for receiving and guiding a retaining profile in a longitudinal and a transverse direction, characterised in that the flap is arranged essentially vertically to the second shank and the elastic tongue is arranged essentially vertically to the first shank, at least across a section (3.2) thereof, and essentially in parallel to the second shank.
Retaining device for connecting a functional component of a vehicle, in particular a door panel, to a body element of a vehicle, in particular to a door frame, comprising: a pin consisting of a head and a shank, the shank projecting axially from the head, and a bush configured to engage with suitable through-holes formed in the body element by means of at least one pair of opposite teeth of the bush, which project radially from a side wall of the bush, on the outside thereof; the head of the pin being configured to engage during use with suitable seats of the functional element and the shank of the pin being configured to snap-engage inside the bush, the latter including: a flange formed at a first end of the bush directed towards the head of the pin and radially on the outside of the bush, the flange being provided integral with an annular gasket element formed in the manner of sucker element; and respective shoulder elements formed on the flange and arranged facing the said teeth, said shoulder elements projecting radially on the outside from the side wall of the bush and being configured to cooperate during use with the body element along an edge of a said through-hole and being arranged at a predefined distance from a stop end of the teeth directed towards the flange, so as to form with the shoulder elements respective radial recesses having a height such as to be able to accommodate inside the recess, between each shoulder element and a corresponding facing tooth, body elements of varying thickness; wherein the flange is formed integrally as one piece with the bush, being made of a first material, while the sucker-like annular element is formed co-moulded onto the flange, being made of a second material softer than the first material, characterized in that the sucker-like annular element is provided towards said recesses with a plurality of projections which project axially from the sucker-like annular element, parallel to the shank of the pin, such as to face at least part of said recesses, radially on the outside and radially spaced from said recesses, and are formed integrally as one piece with the sucker element, being also made of said second material; said projections being elastically deformable and projecting axially, in their undeformed condition, over a length, measured parallel to the shank, equal to at least 50% of a height of the said recesses, again measured parallel to the shank.