mhurhangee/patent-ind-claim-en huggingface dataset:
A system for reproducing synthetic engine sound in at least one listening position of a listening room using at least one loudspeaker ; the system comprises: a model parameter database (DB) including various pre-defined sets of model parameters; an engine sound synthesizer which receives at least one guide signal, the engine sound synthesizer is configured to select one set of model parameters in accordance with the at least one guide signal and to generate a synthetic engine sound signal (x est [n]) in accordance with the selected set of model parameters; the at least one loudspeaker for reproducing the synthetic engine sound by generating a corresponding acoustic signal; and characterized in that the system further comprises: a model parameter tuning unit, which is configured to modify the pre-defined sets of model parameters in the model parameter database (DB) in accordance with an equalizer filter parameter set such that, when the resulting synthetic engine sound signal is generated from a modified set of model parameters, the effect of the listening room on the resulting acoustic signal is compensated at the at least one listening position. a model parameter database (DB) including various pre-defined sets of model parameters; an engine sound synthesizer which receives at least one guide signal, the engine sound synthesizer is configured to select one set of model parameters in accordance with the at least one guide signal and to generate a synthetic engine sound signal (x est [n]) in accordance with the selected set of model parameters; the at least one loudspeaker for reproducing the synthetic engine sound by generating a corresponding acoustic signal; and characterized in that the system further comprises: a model parameter tuning unit, which is configured to modify the pre-defined sets of model parameters in the model parameter database (DB) in accordance with an equalizer filter parameter set such that, when the resulting synthetic engine sound signal is generated from a modified set of model parameters, the effect of the listening room on the resulting acoustic signal is compensated at the at least one listening position.
Method for operating an automated industrial truck having a control device, comprising a data processing device, for the automatic control of the industrial truck and a sensor device , which is operationally connected to the data processing device, for acquiring external items of information in the surroundings of the industrial truck , wherein the sensor device is configured as an optical sensor, characterized in that , on the one hand, items of information, which contain at least one assignment for the industrial truck , which comprises at least one complex command chain for controlling the industrial truck , are provided by means of at least one external signal generator in the surroundings of the industrial truck and, on the other hand, the items of information containing the assignment are acquired by the sensor device of the industrial truck and forwarded to the data processing device, wherein the assignment is extracted from the acquired items of information and input into a control program in the data processing device, and the command chain for controlling the industrial truck is started by the control program, wherein multiple complex command chains are provided, which map individual action strands of the automated industrial truck and are a path tracking , a pallet pickup , and a pallet delivery , wherein the external signal generator is configured as an optical signal generator , wherein the external signal generator is centrally controlled, wherein after the processing of the command chain is ended, a subsequent assignment is input.
Integrated screen nozzle for self-protection, which being devised for the creation of an integrated safety zone and designed for self-protection, the protection and safeguarding of persons and property in situations of risk, derived from entrapment in fire emergencies of all kinds: forest, interface, agricultural, urban and industrial, the nozzle comprising a connector for coupling to the corresponding supply of water for extinction; and next to which connector there lies a flow meter which measures the flow of fluid, a connecting tube between the flow meter and a protection- projection screen , of semicircular configuration complemented with some anchorage points for support upon the ground, these anchorage points being adjustable in height so as to allow the angle of projection of the fluid (water) to be changed and oriented, with respect to the horizontal plane of the ground; and being characterized in that the protection-projection screen have a slight warping which allows different water projection and where said warping gives rise to two collateral planes, where one collateral plane converge towards the integrated nozzle structure and the other collateral plane converge outwards with respect to the integrated nozzle structure and what also incorporates a dispenser of chemical agents between the flow meter and the connecting tube for mixing retardant or humectant agents with the water, being said dispenser connected via a conduit to a chemical agent deposit , and having an anti-return valve; and wherein upon the chemical agent deposit , there is a support which at its upper part, forms a handle , and wherein the deposit comprises in its upper part a lid for closure and a housing for a GPS geolocator with a S.O.S. button.
A light emitting device comprising: a light source adapted for, in operation, emitting light, the light source comprising a light emitting surface , and a light guide comprising a top surface , a bottom surface and a light incoupling edge extending between the top surface and the bottom surface , wherein a plane is defined as extending in parallel with at least one of the top surface and the bottom surface of the light guide , wherein the light source and the light guide are arranged in such a way with respect to each other that the light emitting surface of the light source and the light incoupling edge of the light guide face each other, that the light incoupling edge of the light guide extends in a first angle (α) with respect to said plane , that the light emitting surface of the light source extends in a second angle (β) with respect to said plane , and that at least one of the first angle (α) and the second angle (β) is less than 90°, wherein the light emitting device further comprises a linear refractive and/or reflective optical element arranged and adapted for shaping the fraction of the light emitted by the light source which is not coupled into the light guide and/or which leaks out of the top surface of the light guide , characterised in that the linear refractive and/or reflective optical element is arranged and adapted for shaping said fraction of the light emitted by the light source into a focused light beam propagating above the top surface away from the light guide in an acute angle with said plane . a light source adapted for, in operation, emitting light, the light source comprising a light emitting surface , and a light guide comprising a top surface , a bottom surface and a light incoupling edge extending between the top surface and the bottom surface , wherein a plane is defined as extending in parallel with at least one of the top surface and the bottom surface of the light guide , wherein the light source and the light guide are arranged in such a way with respect to each other that the light emitting surface of the light source and the light incoupling edge of the light guide face each other, that the light incoupling edge of the light guide extends in a first angle (α) with respect to said plane , that the light emitting surface of the light source extends in a second angle (β) with respect to said plane , and that at least one of the first angle (α) and the second angle (β) is less than 90°, wherein the light emitting device further comprises a linear refractive and/or reflective optical element arranged and adapted for shaping the fraction of the light emitted by the light source which is not coupled into the light guide and/or which leaks out of the top surface of the light guide , characterised in that the linear refractive and/or reflective optical element is arranged and adapted for shaping said fraction of the light emitted by the light source into a focused light beam propagating above the top surface away from the light guide in an acute angle with said plane .
A fiber guide, comprising: a yarn-guiding section that contacts with a fiber , and composed of zirconia ceramics, the zirconia ceramics comprising: first particles , each containing zirconia; and second particles , each having conductivity, wherein the yarn-guiding section has a ratio, Ra1/Ra2, which is 0.5 or more and less than 1.0 where Ra1 is arithmetic mean roughness in a running direction of the fiber , and Ra2 is arithmetic mean roughness in an orthogonal direction which is orthogonal to the running direction. a yarn-guiding section that contacts with a fiber , and composed of zirconia ceramics, the zirconia ceramics comprising: first particles , each containing zirconia; and second particles , each having conductivity, first particles , each containing zirconia; and second particles , each having conductivity, wherein the yarn-guiding section has a ratio, Ra1/Ra2, which is 0.5 or more and less than 1.0 where Ra1 is arithmetic mean roughness in a running direction of the fiber , and Ra2 is arithmetic mean roughness in an orthogonal direction which is orthogonal to the running direction.
Device for fine adjustment of the length of a bracelet intended to be inserted between two elements of the bracelet and comprising an outer part arranged to be attached to one of the two elements, an inner part arranged to be attached to the other element and to slide in the outer part in parallel with the longitudinal direction of the bracelet so as to cause the length of the bracelet to vary, and stop means (33a, 35a, 33b, 35b; 135b) arranged to limit the travel of the inner part relative to the outer part so that the bracelet cannot be lengthened beyond a maximum length, the outer part further comprising a wall having at least one immobilisation hole (37; 137a, 137b) on its internal side, the inner part comprising hooking means (23, 27; 123, 127) arranged to cooperate with said at least one immobilisation hole (37; 137a, 137b) so as to immobilise the inner part with respect to the outer part in at least one relative position providing the bracelet with a specific length, the hooking means comprising a first end (27; 127) arranged to cooperate with said at least one immobilisation hole (37; 137a, 137b) in order to fixedly attach the inner part and the outer part, and the inner part comprising a control member (53; 153) which can be actuated manually in order to detach the inner part from the outer part; characterised in that the inner part comprises a detachable auxiliary stop (55; 155) arranged to cooperate with an edge (59; 159) of the outer part so at to limit the travel of the inner part relative to the outer part so that the bracelet cannot be shortened to less than a minimum length, and in that the inner part has two piercings arranged on the two sides and opposite each other, the auxiliary stop (55; 155) comprising at least one fixing arm provided with a through-hole arranged coaxially between the two piercings , and the auxiliary stop (55; 155) being fixed to the inner part by means of a pin (45; 145) orientated perpendicularly to the length of the bracelet and inserted through the through-hole and the two piercings.
A bioassay system for detecting a target analyte , comprising: an upconverting nanoparticle ; a waveguide comprising a resonance grating structure having a grating surface ; a first antibody conjugated to the upconverting nanoparticle and directed to a first epitope in the target analyte ; and a second antibody coupled to the grating surface and directed to a second epitope in the target analyte , wherein the second epitope is different from the first epitope and said second antibody is different from said first antibody ; and wherein the resonance grating structure defines an enhancement region extending from said grating surface , said enhancement region configured to enhance excitation of the upconverting nanoparticle . an upconverting nanoparticle ; a waveguide comprising a resonance grating structure having a grating surface ; a first antibody conjugated to the upconverting nanoparticle and directed to a first epitope in the target analyte ; and a second antibody coupled to the grating surface and directed to a second epitope in the target analyte , wherein the second epitope is different from the first epitope and said second antibody is different from said first antibody ; and wherein the resonance grating structure defines an enhancement region extending from said grating surface , said enhancement region configured to enhance excitation of the upconverting nanoparticle .
An electricity generation process comprising the steps of: - injecting an aqueous feed stream into a salt formation to dissolve the salt contained therein, and then extracting a saline stream containing said dissolved salt from the salt formation ; and - converting latent osmotic energy present in said saline stream into electricity by passage through an osmotic power unit comprising a semi-permeable membrane which permits the passage of water but not the passage of salts in which said saline stream is passed over one side of the semi-permeable membrane, a low salinity stream being passed over the other side of said membrane; and characterized in that the process further comprises - using an output stream derived from the low salinity stream as the aqueous feed stream . - injecting an aqueous feed stream into a salt formation to dissolve the salt contained therein, and then extracting a saline stream containing said dissolved salt from the salt formation ; and - converting latent osmotic energy present in said saline stream into electricity by passage through an osmotic power unit comprising a semi-permeable membrane which permits the passage of water but not the passage of salts in which said saline stream is passed over one side of the semi-permeable membrane, a low salinity stream being passed over the other side of said membrane; and - using an output stream derived from the low salinity stream as the aqueous feed stream .
A method for producing non-woven elements, comprising: - depositing loose unbound fibers on a movable surface and graphene and/or graphene oxide, and - binding together said loose unbound fibers so as to form a structure of bound fibers in which at least graphene and/or graphene oxide is incorporated, wherein loose unbound fibers and granular superabsorbent polymer are deposited onto said movable surface, and wherein graphene and/or graphene oxide is incorporated into said granular superabsorbent polymer. - depositing loose unbound fibers on a movable surface and graphene and/or graphene oxide, and - binding together said loose unbound fibers so as to form a structure of bound fibers in which at least graphene and/or graphene oxide is incorporated,
Device for feeding pasty products and with a shaping device, where a die with bore holes and channels is provided through which the product can flow, where the die is provided in the form of a shaft with continuous radial channels and is located in a housing with feed opening for the product and outflow opening for the extruded material , where the channels have feed and outflow openings, characterised in that the shaft has grooves into which the feed and outflow openings of the channels open.
Non-steroidal anti-inflammatory drug based on naproxen formula (I): which has anti-inflammatory, analgesic and antipyretic activity, as well as reduced acute toxicity and gastrotoxicity.
An access port disposed in a branch portion of an artificial blood vessel , the access port having a column shape, comprising: a solid center portion into which a needle leading out liquid from a body or introducing the liquid into the body can be inserted, the center portion being disposed along an axis of the column shape; and a peripheral portion that has a tube shape surrounding the center portion , the peripheral portion being harder than the center portion , wherein the center portion is closely fit inside the tube shape of the peripheral portion , thereby forming a solid column shape of the access port as a whole. characterized in that the branch portion is obliquely disposed at an angle relative to a trunk portion of the artificial blood vessel , and a leading end portion of the access port is obliquely formed relative to the axis of the column shape so as to be coplanar with an inner wall surface of the trunk portion . a solid center portion into which a needle leading out liquid from a body or introducing the liquid into the body can be inserted, the center portion being disposed along an axis of the column shape; and a peripheral portion that has a tube shape surrounding the center portion , the peripheral portion being harder than the center portion , wherein the center portion is closely fit inside the tube shape of the peripheral portion , thereby forming a solid column shape of the access port as a whole. characterized in that the branch portion is obliquely disposed at an angle relative to a trunk portion of the artificial blood vessel , and a leading end portion of the access port is obliquely formed relative to the axis of the column shape so as to be coplanar with an inner wall surface of the trunk portion .
A check valve assembly configured to be located within a pump discharge passageway of a drain pump of a dishwasher , said drain pump being configured to transfer fluid from a sump , through a volute having a pump discharge passageway extending from the volute , the check valve assembly comprising: a seat assembly having a body with a first distal end and a second distal end , a fluid passage extending through the body, the body defining a valve seat having a sealing surface about the fluid passage ; and a flapper assembly operably coupled to the seat assembly and having a moveable portion configured to selectively move between a closed position where the moveable portion seals against the sealing surface and an opened position where the moveable portion raises to allow liquid through the fluid passage , characterized in that the first distal end extends lengthwise beyond the valve seat to define an extension that is configured to prevent insertion of a drain hose past the first distal end within the pump discharge passageway , wherein an outer edge and a ramped portion of the second distal end of the body form a portion of a geometry of the volute when the check valve assembly is located within the discharge passageway . a seat assembly having a body with a first distal end and a second distal end , a fluid passage extending through the body, the body defining a valve seat having a sealing surface about the fluid passage ; and a flapper assembly operably coupled to the seat assembly and having a moveable portion configured to selectively move between a closed position where the moveable portion seals against the sealing surface and an opened position where the moveable portion raises to allow liquid through the fluid passage , characterized in that the first distal end extends lengthwise beyond the valve seat to define an extension that is configured to prevent insertion of a drain hose past the first distal end within the pump discharge passageway , wherein an outer edge and a ramped portion of the second distal end of the body form a portion of a geometry of the volute when the check valve assembly is located within the discharge passageway .
Pipe inspection and/or maintenance device for a pipe inspection and/or maintenance system, comprising - a housing , - at least one electrical and/or electronic component arranged in the housing , - at least one accumulator which is arranged in the housing and is coupled to the electrical and/or electronic component , - the electrical and/or electronic component and the accumulator being arranged in the housing in a fluid-tight and gastight manner, and - the accumulator being coupled to a charging device which is also arranged in the housing in a fluid-tight and gastight manner, the charging device being adapted - to interact with a charging unit that can be arranged outside the housing in order to transmit electrical power wirelessly from the charging unit to the charging device , and - to charge the accumulator with the transmitted electrical power at least in part, characterised in that - the housing comprises at least one portion in which the housing wall comprises a non-metal material, the charging device being arranged inside the housing in the region of the portion , and - the charging device comprises a secondary coil , which interacts with a primary coil of the charging unit , the secondary coil being arranged in the region of the portion and facing the portion . - a housing , - at least one electrical and/or electronic component arranged in the housing , - at least one accumulator which is arranged in the housing and is coupled to the electrical and/or electronic component , - the electrical and/or electronic component and the accumulator being arranged in the housing in a fluid-tight and gastight manner, and - the accumulator being coupled to a charging device which is also arranged in the housing in a fluid-tight and gastight manner, the charging device being adapted - to interact with a charging unit that can be arranged outside the housing in order to transmit electrical power wirelessly from the charging unit to the charging device , and - to charge the accumulator with the transmitted electrical power at least in part, characterised in that - to interact with a charging unit that can be arranged outside the housing in order to transmit electrical power wirelessly from the charging unit to the charging device , and - to charge the accumulator with the transmitted electrical power at least in part, - the housing comprises at least one portion in which the housing wall comprises a non-metal material, the charging device being arranged inside the housing in the region of the portion , and - the charging device comprises a secondary coil , which interacts with a primary coil of the charging unit , the secondary coil being arranged in the region of the portion and facing the portion .
Arrangement for use in the sanitary sector, comprising a profile , a glass or plastic panel and a device for holding and moving the glass or plastic panel relative to the profile , wherein the device comprises a pressure plate which is guided and/or held in a form-fitting manner in the profile and which, by way of an actuating means , is directly or indirectly connectable to the glass or plastic panel reversibly in a form-fitting and/or force-fitting manner, wherein the pressure plate is arranged on a top edge of the glass or plastic panel , and wherein the top edge faces away from a floor , characterized in that a slot or an elongate cutout is formed within the pressure plate .