mhurhangee/ep-ind-claims huggingface dataset:
An adhesive composition comprising a polyurethane polymer, a solvent and a co-solvent, characterized in that the polyurethane polymer is an internally and/or externally hydrophilized thermoplastic polyurethane having a mass average molecular weight Mw, as determined by gel permeation chromatography against polystyrene standards using N,N-dimethyl acetamide as the eluent, of ≥ 50000 g/mol, the solvent is a polar-aprotic solvent, the co-solvent is water, the polyurethane polymer, the solvent and the co-solvent are present in such amounts that they form a dispersion, the polyurethane polymer content is ≥ 10 weight-%, based on the total weight of the composition and the weight ratio of solvent to co-solvent is in a range of ≥ 1: 1 to ≤ 4: 1. the polyurethane polymer is an internally and/or externally hydrophilized thermoplastic polyurethane having a mass average molecular weight Mw, as determined by gel permeation chromatography against polystyrene standards using N,N-dimethyl acetamide as the eluent, of ≥ 50000 g/mol, the solvent is a polar-aprotic solvent, the co-solvent is water, the polyurethane polymer, the solvent and the co-solvent are present in such amounts that they form a dispersion, the polyurethane polymer content is ≥ 10 weight-%, based on the total weight of the composition and the weight ratio of solvent to co-solvent is in a range of ≥ 1: 1 to ≤ 4: 1.
Method for simulation of an automated industrial plant, wherein the industrial plant is simulated in a plant model and the plant model is divided into a number of submodels (11, 12, 13, 14), the submodels (11, 12, 13, 14) in such cases are modelled with a behaviour description (11a, 12a, 13a, 14a) which comprises a calculation algorithm or a mathematical equation, each submodel (11, 12, 13, 14) is connected in accordance with the simulation of the industrial plant into the plant model with at least one other submodel (11, 12, 13, 14), wherein in preparation for the simulation, the plant model or the submodels (11, 12, 13, 14) is or are translated by a translation run into a form which can be executed by a computer system, on which the simulation will be executed, in this case an execution sequence of the submodels (11, 12, 13, 14) is additionally defined, characterised in that the submodels (11, 12, 13, 14) are each expanded before the translation run by a run time model (11c, 12c, 13c, 14c), wherein the run time models (11c, 12c, 13c, 14c) have a calculation time (21, 22, 23, 24) assigned to the respective submodel (11, 12, 13, 14), wherein on the basis of the execution sequence and the submodel (11, 12, 13, 14) expanded by the run time models (11c, 12c, 13c, 14c), an overall calculation time of the plant model in the granularity of the calculation times of the submodels (11, 12, 13, 14) is derived and graphically presented, through which a recognition and localisation of real-time-critical execution paths in the plant model is possible.
A reclining mechanism for an item of furniture, the reclining mechanism comprising a pair of linkage units, each linkage unit comprising a first arm adapted to be secured to a stationary part of an item of furniture and a second arm adapted to be secured to a reclining part of the item of furniture for moving the reclining part between upright and reclined positions; wherein the first and the second arms (21, 22) are connected to each other at their first ends (23, 24) to pivot with respect to each other about a first pivot axis; the linkage units being spaced apart from each other so that their first pivot axes are collinear; wherein a spring biased ratchet arrangement (26, 27, 28) is provided between the first and the second arms (21, 22) adjacent the first pivot axis; wherein the linkage units are connected by a pivot bar pivotable about a second pivot axis substantially parallel to the first pivot axes; wherein the pivot bar is connected at its ends to the ratchet arrangement (26, 27, 28) of each linkage unit; and wherein the pivot bar is pivotable about the second pivot axis by a lever, the pivot bar being operable to disengage the ratchet arrangement (26, 27, 28); wherein in a first mode of operation of the reclining mechanism, the ratchet arrangement (26, 27, 28) is bias loaded and is engaged with the first and the second arms (21, 22) of the linkage unit so that the second arm is prevented from rotation about the first pivot axis in a first direction from an upright to a reclined position while remaining rotatable in a second opposite direction from a reclined position to an upright position; and wherein in a second mode of operation the lever is actuated, whereby the pivot bar is pivoted about the second pivot axis thereby releasing the ratchet arrangement (26, 27, 28) from the bias load thereby releasing the second arm so that the second arm is free to rotate about the first pivot axis between upright and reclined positions; wherein, in use, the first arm is fixed to a stationary portion of an item of furniture, whereas the second arm is fixed to a reclining portion of the item of furniture and further wherein each linkage unit includes a first stop member arranged to prevent further rotation of the second arm in the second direction once it has moved from the reclined into the upright position, so that in the first mode of operation, once the second arm has reached the upright position, it is prevented from rotation in both the first and the second directions, whereby the second arm assumes a fixed upright position with respect to the first arm.
Fan, in particular an axial, radial or diagonal fan, having a fan impeller and a guide device which is arranged downstream in the housing/flow channel, wherein the guide device comprises guide vanes which when viewed in the span width direction or radial direction extend over only a portion of the housing/flow channel, wherein the guide device has a structure which acts as a diffusor and which has a flow cross-section which gradually expands when viewed in the throughflow direction and wherein downstream of the impeller two throughflow regions are formed, of which the inner throughflow region which is closer to the axis when viewed in the span width direction is delimited by the hub ring of the guide device and by an outer ring of the guide device, and wherein the outer throughflow region which is remote from the axis when viewed in the span width direction is delimited by the outer ring of the guide device and by the wall of the housing.
Safety apparatus for indicating the usage state of a seat belt having a strap spooled from a retractor and being lockable to a buckle by a tongue, the apparatus comprising: an indicator unit for mounting to an upper region of a seat; a lock indicator provided on the indicator unit and being operably connectable to the buckle for indicating a state when the tongue has been locked into the buckle; and a strap indicator for indicating a state when a spooled length of the strap exceeds a threshold corresponding to a predetermined minimum length of strap needed to secure a body with the seat belt; and wherein the lock indicator and the strap indicator are detectable by a camera. an indicator unit for mounting to an upper region of a seat; a lock indicator provided on the indicator unit and being operably connectable to the buckle for indicating a state when the tongue has been locked into the buckle; and a strap indicator for indicating a state when a spooled length of the strap exceeds a threshold corresponding to a predetermined minimum length of strap needed to secure a body with the seat belt; and wherein the lock indicator and the strap indicator are detectable by a camera.
Guiding rail profile for a sliding roof system of an automotive vehicle, the guiding rail profile including a fastening section with a plurality of mounting domes for connecting the guiding rail profile to a vehicle-fixed roof portion and - as seen in the longitudinal direction of the guiding rail profile - a water drainage section extending in parallel to the fastening section, which water drainage section is adjoined - as seen in the transverse direction of the guiding rail profile - by a guiding section to guide control kinematics for a movable roof part, wherein the fastening section is provided with integrally formed stiffening reinforcements (8 to 11), characterized in that the stiffening reinforcements (8 to 10) are provided on the mounting domes and extend in the transverse direction of the guiding rail profile continuously into the water drainage section.
Device for the simultaneous three-sided trimming of products (16, 16') in a plurality of cutting stations (17, 18), comprising a common upper knife carrier (3, 3') that can be operated in a reciprocating motion, wherein at least knives for head trimming, foot trimming and front edge trimming of the products (16, 16') can be mounted on the upper knife carrier (3, 3'), wherein the device has at least a first cutting station for front edge trimming and a second cutting station for head and foot trimming and wherein the device has a conveyor that conveys the products into the individual stations of the device and back out again, characterised in that the device has a third station in which special punching operations are performed on the products (16, 16') by means of special punching tools, the punching tools also being fastened to the upper knife carrier.
An image pickup optical system consisting of, in this order from an object side to an image side, a first lens unit having negative refractive power, an aperture stop, and a second lens unit having a positive refractive power, wherein the first lens unit includes at least three negative lenses including in order from the object side to the image side, a first negative lens (G1N), a second negative lens (G2N), and a third negative lens (G3N), wherein at least one lens surface of the first negative lens (G1N), the second negative lens (G2N), and the third negative lens (G3N) is an aspherical surface, and characterized in that the following conditional inequalities are satisfied: 0.700 < Rb/Rr < 0.994, 0.80 < L1S/f2 < 1.20, and 0.45 < SK/f2 < 0.65, where Rb is a radius of curvature of a paraxial spherical surface of the aspherical surface, Rr is a distance between a center of curvature of the paraxial spherical surface of the aspherical surface and the aspherical surface in a direction of a half-open angle of 50 degrees about the center of curvature with respect to an optical axis, L1S is a distance from a vertex of a lens surface closest to an object in the first lens unit to the aperture stop, f2 is a focal length of the second lens unit, and SK is a back focus of the image pickup optical system. wherein the first lens unit includes at least three negative lenses including in order from the object side to the image side, a first negative lens (G1N), a second negative lens (G2N), and a third negative lens (G3N), wherein at least one lens surface of the first negative lens (G1N), the second negative lens (G2N), and the third negative lens (G3N) is an aspherical surface, and characterized in that the following conditional inequalities are satisfied: 0.700 < Rb/Rr < 0.994, 0.80 < L1S/f2 < 1.20, and 0.45 < SK/f2 < 0.65,
A polymeric composition comprising a water-soluble anionic P2 polymer obtained by radical polymerization of at least one anionic monomer, in the presence of a water-soluble P1 homopolymer with an average molecular weight by weight of between 5,000 and 100,000 daltons, said water-soluble anionic P2 polymer having a weight-average molecular weight greater than 100,000 daltons and less than or equal to 40 million daltons, wherein the weight average molecular weights are determined from the intrinsic viscosity by the method disclosed in the description, said water-soluble P1 homopolymer having been prepared from 2-acrylamido-2-methylpropane sulfonic acid in salified form and in the presence of 200 to 20,000 ppm by weight of 2-methyl-2-propenyl-sulfonic acid in salified form. said water-soluble anionic P2 polymer having a weight-average molecular weight greater than 100,000 daltons and less than or equal to 40 million daltons, wherein the weight average molecular weights are determined from the intrinsic viscosity by the method disclosed in the description, said water-soluble P1 homopolymer having been prepared from 2-acrylamido-2-methylpropane sulfonic acid in salified form and in the presence of 200 to 20,000 ppm by weight of 2-methyl-2-propenyl-sulfonic acid in salified form.
A hand dryer comprising: a jetting nozzle comprising a duct in fluid communication with a nozzle outlet, and a blower which blows air through the jetting nozzle to produce an air jet, wherein the jetting nozzle comprises a substantially straight slot which forms the nozzle outlet, the duct comprising opposing first and second surfaces (50, 52) which extend along opposite sides of the slot, an angle of inclination (θ) of the first surface of the duct with respect to a direction which is perpendicular to the longitudinal direction of the slot varying in the longitudinal direction of the slot, wherein the slot is defined by an edge of the second surface and the first surface and the slot has a width which is defined as the distance between the first surface and the edge of the second surface in a direction which is perpendicular to first surface, characterised in that the width of the slot is substantially constant along the length of the slot, the first and second surfaces (50, 52) being arranged such that the angle of inclination of the air jet as it exits the slot varies in the longitudinal direction of the slot. a jetting nozzle comprising a duct in fluid communication with a nozzle outlet, and a blower which blows air through the jetting nozzle to produce an air jet, wherein the jetting nozzle comprises a substantially straight slot which forms the nozzle outlet, the duct comprising opposing first and second surfaces (50, 52) which extend along opposite sides of the slot, an angle of inclination (θ) of the first surface of the duct with respect to a direction which is perpendicular to the longitudinal direction of the slot varying in the longitudinal direction of the slot, wherein the slot is defined by an edge of the second surface and the first surface and the slot has a width which is defined as the distance between the first surface and the edge of the second surface in a direction which is perpendicular to first surface, characterised in that the width of the slot is substantially constant along the length of the slot, the first and second surfaces (50, 52) being arranged such that the angle of inclination of the air jet as it exits the slot varies in the longitudinal direction of the slot.
A carrier for unitizing a plurality of containers within a plurality of corresponding container receiving apertures, the carrier comprising: at least two rows forming a plurality of container receiving aperture pairs extending from center pairs to intermediate pairs to outer pairs, characterised in that each container receiving aperture in the outer pairs is wider than each container receiving aperture in intermediate pairs which is wider than each container receiving aperture in center pairs. at least two rows forming a plurality of container receiving aperture pairs extending from center pairs to intermediate pairs to outer pairs, characterised in that each container receiving aperture in the outer pairs is wider than each container receiving aperture in intermediate pairs which is wider than each container receiving aperture in center pairs.
A developer cartridge comprising: a developer discharger having a developer outlet configured to allow developer to exit the developer discharger, and a container configured to store the developer and connected to the developer discharger such that the developer moves from the container to the developer discharger, wherein the container comprises: a movable member located in the container and configured to be movable inside the container; and a flexible containing member having a first portion connected to a wall of the container and a second portion connected to the movable member to thereby divide the container into a first area configured to store the developer and a second area, wherein a movement of the movable member inside the container changes a size of the first area and the second area, characterized in that the developer cartridge further comprises a backward motion prevention member configured to prevent a movement of the movable member in a direction away from the developer discharger. a developer discharger having a developer outlet configured to allow developer to exit the developer discharger, and a container configured to store the developer and connected to the developer discharger such that the developer moves from the container to the developer discharger, wherein the container comprises: a movable member located in the container and configured to be movable inside the container; and a flexible containing member having a first portion connected to a wall of the container and a second portion connected to the movable member to thereby divide the container into a first area configured to store the developer and a second area, wherein a movement of the movable member inside the container changes a size of the first area and the second area, a movable member located in the container and configured to be movable inside the container; and a flexible containing member having a first portion connected to a wall of the container and a second portion connected to the movable member to thereby divide the container into a first area configured to store the developer and a second area, wherein a movement of the movable member inside the container changes a size of the first area and the second area, characterized in that the developer cartridge further comprises a backward motion prevention member configured to prevent a movement of the movable member in a direction away from the developer discharger.
An unmanned aerial vehicle, "UAV", comprising: a transceiver connected with a remote controller; a driving unit including an electronic speed controller, "ESC",, a motor, and a propeller, the driving unit configured to fly the UAV; a positioning information receiver; a camera; and at least one processor configured to control the transceiver, the driving unit, positioning information receiver, and the camera, wherein the at least one processor is further configured to: receive, from the remote controller, a user command through the transceiver, based on receiving the user command, obtain positioning information of the UAV using the positioning information receiver, calculate a distance between the UAV and a user by recognizing, using the camera, the user, and control the driving unit to perform a motion feedback that represents a response, the response corresponding to the user command and a state of the UAV, the motion feedback comprising motion of the UAV, wherein the state of the UAV represents at least one of a flight state of the UAV or a system state of the UAV. a transceiver connected with a remote controller; a driving unit including an electronic speed controller, "ESC",, a motor, and a propeller, the driving unit configured to fly the UAV; a positioning information receiver; a camera; and at least one processor configured to control the transceiver, the driving unit, positioning information receiver, and the camera, wherein the at least one processor is further configured to: receive, from the remote controller, a user command through the transceiver, based on receiving the user command, obtain positioning information of the UAV using the positioning information receiver, calculate a distance between the UAV and a user by recognizing, using the camera, the user, and control the driving unit to perform a motion feedback that represents a response, the response corresponding to the user command and a state of the UAV, the motion feedback comprising motion of the UAV, receive, from the remote controller, a user command through the transceiver, based on receiving the user command, obtain positioning information of the UAV using the positioning information receiver, calculate a distance between the UAV and a user by recognizing, using the camera, the user, and control the driving unit to perform a motion feedback that represents a response, the response corresponding to the user command and a state of the UAV, the motion feedback comprising motion of the UAV, wherein the state of the UAV represents at least one of a flight state of the UAV or a system state of the UAV.
Cover device for a surface milling cutter for removing adhered floor coverings, comprising a cover hood for covering a milling drum; a first opening configured to eject a milling residue from the cover hood in a predetermined ejection direction; a second opening arranged upstream from the first opening in terms of the predetermined ejection direction; and a separation means arranged in the region of the second opening and configured to separate dust contained in the milling residue by means of a negative pressure which can be applied at the second opening. a cover hood for covering a milling drum; a first opening configured to eject a milling residue from the cover hood in a predetermined ejection direction; a second opening arranged upstream from the first opening in terms of the predetermined ejection direction; and a separation means arranged in the region of the second opening and configured to separate dust contained in the milling residue by means of a negative pressure which can be applied at the second opening.
A method for receiving a signal in a communications system comprising: receiving a modulated electronic signal having Amplitude Modulation, AM, hum impairment at a receiver; tuning an adaptive equalizer such that the adaptive equalizer is configured to correct the AM hum impairment in the electronic signal above 3%; and outputting the electronic signal having the AM hum impairment corrected above 3%. receiving a modulated electronic signal having Amplitude Modulation, AM, hum impairment at a receiver; tuning an adaptive equalizer such that the adaptive equalizer is configured to correct the AM hum impairment in the electronic signal above 3%; and outputting the electronic signal having the AM hum impairment corrected above 3%.