mhurhangee/ep-ind-claims huggingface dataset:
An ammonia oxidizer comprising: a vessel having an inner wall a catalyst bed contained within the vessel; a gas inlet in the vessel; and a gas distributor installed in the gas inlet, the gas distributor comprising a circular gas diffuser plate (200,300) having a thickness and a center point, and a plurality of holes (202, 204, 206, 208, 210) arranged in a series of concentric rings (212, 214, 216, 218, 220), each ring having a center at the center point of the gas diffuser plate; the holes on a first ring of the series of concentric rings closest to the center point of said gas diffuser plate (200,300) have a first orientation angle of 0°, and the holes on the other rings (214,216,218,220) of the series of concentric rings have a second orientation angle (E, F, G, H) greater than the first orientation angle; wherein said orientation angles (D, E, F, G, H) of said holes of the respective series of concentric rings is defined with respect to a vertical center line perpendicular to the gas diffuser plate. a vessel having an inner wall a catalyst bed contained within the vessel; a gas inlet in the vessel; and a gas distributor installed in the gas inlet, the gas distributor comprising a circular gas diffuser plate (200,300) having a thickness and a center point, and a plurality of holes (202, 204, 206, 208, 210) arranged in a series of concentric rings (212, 214, 216, 218, 220), each ring having a center at the center point of the gas diffuser plate; the holes on a first ring of the series of concentric rings closest to the center point of said gas diffuser plate (200,300) have a first orientation angle of 0°, and the holes on the other rings (214,216,218,220) of the series of concentric rings have a second orientation angle (E, F, G, H) greater than the first orientation angle; wherein said orientation angles (D, E, F, G, H) of said holes of the respective series of concentric rings is defined with respect to a vertical center line perpendicular to the gas diffuser plate.
A solidified liquid surfactant composition comprising: a liquid surfactant comprising one or more amine oxide(s); a solid binder comprising urea; wherein the solid binder and the liquid surfactant are in a ratio of between 5:1 to 1:30 actives; wherein the solidified surfactant composition contains at least 10 wt.% active surfactants; wherein the composition is a powder and the liquid surfactant is solidified in the composition, and wherein the solidified surfactant composition has less than 5 wt-% water. a liquid surfactant comprising one or more amine oxide(s); a solid binder comprising urea; wherein the solid binder and the liquid surfactant are in a ratio of between 5:1 to 1:30 actives; wherein the solidified surfactant composition contains at least 10 wt.% active surfactants; wherein the composition is a powder and the liquid surfactant is solidified in the composition, and wherein the solidified surfactant composition has less than 5 wt-% water.
Child seat for affixing to a motor vehicle seat with a seat element, in particular, a seat shell, and a side impact protector with a folding element, which can be moved from a resting position lying within a specified width, in particular, a standard width, into a functional position lying outside of the specified width, in particular, a standard width, and vice versa, characterized in that the child seat has a position transfer device which is designed in such a way that the position transfer device automatically transfers the side impact protector from its resting position or an intermediate position between the resting and functional positions into its functional position, wherein the position transfer device comprises at least one spring, wherein the folding element is held and positioned in the functional position in such a way that, by pulling on the folding element, in particular, on its distal end, a locking can be undone in the functional position so that a transfer into the resting position is possible.
Battery pack, comprising: a plurality of batteries and a box, wherein the plurality of batteries accommodated in the box; and each of the plurality of batteries comprises an explosion-proof valve; the box comprises a lower box and an upper box matching the lower box, wherein the lower box supports the plurality of batteries, wherein the upper box comprises an upper plate and a lower plate, the upper plate covers the lower plate to form an accommodating space for accommodating a fire extinguishing agent; the explosion-proof valve of the each battery faces the lower plate of the upper box, wherein the lower plate is set to be able to discharge the fire extinguishing agent from the accommodating space after the lower plate being melted; wherein the lower plate is provided with a weakened area, and the weakened area is opposite to the explosion-proof valve of the each battery. a plurality of batteries and a box, wherein the plurality of batteries accommodated in the box; and each of the plurality of batteries comprises an explosion-proof valve; the box comprises a lower box and an upper box matching the lower box, wherein the lower box supports the plurality of batteries, wherein the upper box comprises an upper plate and a lower plate, the upper plate covers the lower plate to form an accommodating space for accommodating a fire extinguishing agent; the explosion-proof valve of the each battery faces the lower plate of the upper box, wherein the lower plate is set to be able to discharge the fire extinguishing agent from the accommodating space after the lower plate being melted; wherein the lower plate is provided with a weakened area, and the weakened area is opposite to the explosion-proof valve of the each battery.
Reinforcing layer for pneumatic vehicle tyres, wherein the reinforcing layer has at least one reinforcing element, which is embedded in the elastomeric material, wherein the reinforcing element is a band, the cross section of which satisfies the condition h < w, where h defines the cross-sectional height and w defines the cross-sectional width of the band, wherein the band comprises a film, wherein the film extends over the entire area of extent of the band, wherein the band is arranged in the reinforcing layer in such a way that the direction of extent of w is aligned approximately parallel to the planar extent of the reinforcing layer, wherein the film consists of aramid and wherein the reinforcing layer is a reinforcing layer of the breaker belt bandage and/or of the carcass and/or of the bead reinforcement of a pneumatic vehicle tyre, characterized in that the cross-sectional width w of the band satisfies the condition 100 μ m < w < 30 000 μ m, with preference 300 μ m < w < 10 000 μ m, and in that the ratio of the cross-sectional width w to the cross-sectional height h satisfies the condition 4000 > w/h >1.5, in particular 500 > w/h > 10, in particular 200 > w/h > 40.
A railway axle with automatic change to multiple track widths, comprising wheels mounted on an axle by means of sliding adjustment, enabling the transition from one width to another without the need to release the wheel load, even in the case of heavy hauling, wherein the wheels are immobilised on the axle in terms of the axle movement thereof by means of a sleeve of claws secured in rotation to the axle, the claws envisaged on one of the ends of the sleeve being housed in annular, trapezoidal grooves spaced apart from one another to enable the configuration of the axle operating width, with the participation of a clamping sleeve associated with one or more pretensioned springs, with the collaboration of articulated compasses connected in an articulated manner between the axle and the wheel, characterised in that the annular, trapezoidal grooves wherein the claws of the sleeve are housed define rings mounted on the hub of the wheel, with the interposition of spacer rings; it being envisaged that the surface of the contact zone between the claws and the annular, trapezoidal grooves, and between the outer zone of said claws and the clamping sleeve will be made of non-ferrous materials, with the added peculiarity that a ball-and-socket joint mounted on the articulation shaft itself between the semi-compasses participates in the articulation between said semi-compasses that form the articulated compasses, in order to absorb the small non-axial movements of the wheel on the axle.
An apparatus for mixing fluid food products, the apparatus comprising a housing (102a, 102b, 102c) provided with an inlet and an outlet, a first stator and a second stator that are fixedly arranged in the housing (102a, 102b, 102c), and a rotor rotatably arranged in the housing (102a, 102b, 102c) and positioned between the first stator and the second stator, such that a first fluid path is formed between the first stator and a first side of the rotor, and a second fluid path is formed between the second stator and a second side of the rotor, openings (120a-120e) are provided in the rotor, such that the openings (120a-120e) form a fluid channel between the first side and the second side of the rotor, wherein the rotor comprises - a hub connected to a rotational axle of the apparatus, - a section surrounding the hub and comprising protrusions (114a, 114b) that face the first and the second stators (108a, 108b), and - connecting portions (132a-132e) that are formed between the openings (120a-120e) in the rotor to connect said section to the hub, characterized in that the connecting portions (132a-132e) have a radial extension (R2-R3) that is at least 25% of a radius of the rotor, and the connecting portions (132a-132e) and the openings (120a-120e) are located within a ring shaped area of the rotor, the openings having a total area (A1-A5) that constitutes at least 25% of the ring shaped area. - a hub connected to a rotational axle of the apparatus, - a section surrounding the hub and comprising protrusions (114a, 114b) that face the first and the second stators (108a, 108b), and - connecting portions (132a-132e) that are formed between the openings (120a-120e) in the rotor to connect said section to the hub, characterized in that
A sealed electromagnetic relay assembly comprising: a wire (102,104) including a conductor and an insulative jacket; an epoxy housing receiving the wire (102, 104) therein; characterised in that the relay assembly further comprises an intermediate member which is a metallic ring, the intermediate member being in a surrounding relationship with the wire (102, 104), the intermediate member having an inner surface directly coupled to the insulative jacket, the intermediate member being spaced apart from the conductor by the insulative jacket at all times, the intermediate member having an outer surface directly coupled to the epoxy housing whereby the intermediate member prevents foreign material from moving beyond the intermediate member to maintain electrical isolation of the conductor. a wire (102,104) including a conductor and an insulative jacket; an epoxy housing receiving the wire (102, 104) therein;
An assay method for detecting the presence or amount of vascular cell adhesion protein 1 (VCAM-1) and alpha-2-macroglobulin (A2M) in a sample, the method comprising: contacting the sample with a first anti-VCAM-1 antibody having a first binding epitope to VCAM-1, wherein the first anti-VCAM-1 antibody is labeled with a first donor fluorophore; contacting the sample with a second anti-VCAM-1 antibody having a second binding epitope to VCAM-1, wherein the second anti-VCAM-1 antibody is labeled with a first acceptor fluorophore; contacting the sample with an anti-A2M antibody having a binding epitope to A2M, wherein the anti-A2M antibody is labeled with a second donor fluorophore; contacting the sample with an isolated A2M protein, wherein the isolated A2M protein is labeled with a second acceptor fluorophore; incubating the sample for a time sufficient to obtain a dual labeled VCAM-1 and a labeled A2M; and exciting the sample having the dual labeled VCAM-1 and the labeled A2M using one or more light sources to detect at least one fluorescence emission signal associated with fluorescence resonance energy transfer (FRET), wherein the first and second acceptor fluorophores are different. contacting the sample with a first anti-VCAM-1 antibody having a first binding epitope to VCAM-1, wherein the first anti-VCAM-1 antibody is labeled with a first donor fluorophore; contacting the sample with a second anti-VCAM-1 antibody having a second binding epitope to VCAM-1, wherein the second anti-VCAM-1 antibody is labeled with a first acceptor fluorophore; contacting the sample with an anti-A2M antibody having a binding epitope to A2M, wherein the anti-A2M antibody is labeled with a second donor fluorophore; contacting the sample with an isolated A2M protein, wherein the isolated A2M protein is labeled with a second acceptor fluorophore; incubating the sample for a time sufficient to obtain a dual labeled VCAM-1 and a labeled A2M; and exciting the sample having the dual labeled VCAM-1 and the labeled A2M using one or more light sources to detect at least one fluorescence emission signal associated with fluorescence resonance energy transfer (FRET), wherein the first and second acceptor fluorophores are different.
A method of identifying a defect in a test strip, comprising: introducing a sample to an electrochemical cell in the form of a test strip that includes a first electrode and a second electrode; applying a first test voltage V 1 for a first test time interval T 1 between a first electrode and a second electrode sufficient to oxidize a reduced mediator at the second electrode; applying a second test voltage V 2 for a second test time interval T 2 between a first electrode and a second electrode sufficient to oxidize a reduced mediator at the first electrode; measuring a first test current i 1 and a second test current i 2 that occur during the second test time interval T 2, the second test current i 2 occurring after the first test current i 1; and determining whether the test strip has the defect using an equation, wherein the equation comprises a ratio based on the first test current i 1 and the second test current i 2; and providing an error message indicating a defective test strip if the ratio is greater than a first predetermined threshold. applying a first test voltage V 1 for a first test time interval T 1 between a first electrode and a second electrode sufficient to oxidize a reduced mediator at the second electrode; applying a second test voltage V 2 for a second test time interval T 2 between a first electrode and a second electrode sufficient to oxidize a reduced mediator at the first electrode; measuring a first test current i 1 and a second test current i 2 that occur during the second test time interval T 2, the second test current i 2 occurring after the first test current i 1; and determining whether the test strip has the defect using an equation, wherein the equation comprises a ratio based on the first test current i 1 and the second test current i 2; and providing an error message indicating a defective test strip if the ratio is greater than a first predetermined threshold.
Method, - wherein at least one value of a performance parameter of an air-conditioning device (20, 30, 40) of the system is determined for a first interval of time (145, 150, 155) in a first method step (200, 205, 225), - wherein a time-dependent first load characteristic curve is determined for the first interval of time (145, 150, 155) in a second method step, - wherein a first degree of similarity at least in sections of the first load characteristic curve with a predefined load profile is determined in a third method step, - wherein the determined first degree of similarity is compared with a predefined threshold value in a fourth method step, - wherein a first area in which the first degree of similarity is lower than the predefined threshold value is determined in a fifth method step, - wherein a first load profile is determined on the basis of the first area in a sixth method step, - wherein a control signal for controlling the air-conditioning device (20, 30, 40) is determined on the basis of the first load profile. - wherein at least one value of a performance parameter of an air-conditioning device (20, 30, 40) of the system is determined for a first interval of time (145, 150, 155) in a first method step (200, 205, 225), - wherein a time-dependent first load characteristic curve is determined for the first interval of time (145, 150, 155) in a second method step, - wherein a first degree of similarity at least in sections of the first load characteristic curve with a predefined load profile is determined in a third method step, - wherein the determined first degree of similarity is compared with a predefined threshold value in a fourth method step, - wherein a first area in which the first degree of similarity is lower than the predefined threshold value is determined in a fifth method step, - wherein a first load profile is determined on the basis of the first area in a sixth method step, - wherein a control signal for controlling the air-conditioning device (20, 30, 40) is determined on the basis of the first load profile.
An image processing apparatus for verifying the function of an image analysis unit for detecting object state changes without moving said object under monitoring comprising: acquisition means configured to acquire a video captured by a camera; and detection means configured to receive the video, and to detect change of an object in a detection area set on the acquired video, the change corresponding to an object appearing in the detection area and remaining still for a predetermined duration or corresponding to an object in the detection area being removed; characterized in that the image processing apparatus further comprises: superimposition means configured to superimpose a graphic image set by a user onto the detection area set on the video acquired by the acquisition means, said graphic image having a size corresponding to the object to be detected, and to output the video, onto which said graphic image has been superimposed to the image acquired by the acquisition means, to the detection means, and wherein the detection means is configured to detect the change of the video due to the superimposition of said graphic image set by the user on the detection area for verifying the image analysis function of detecting the change of the object. acquisition means configured to acquire a video captured by a camera; and detection means configured to receive the video, and to detect change of an object in a detection area set on the acquired video, the change corresponding to an object appearing in the detection area and remaining still for a predetermined duration or corresponding to an object in the detection area being removed; characterized in that the image processing apparatus further comprises: superimposition means configured to superimpose a graphic image set by a user onto the detection area set on the video acquired by the acquisition means, said graphic image having a size corresponding to the object to be detected, and to output the video, onto which said graphic image has been superimposed to the image acquired by the acquisition means, to the detection means, and wherein the detection means is configured to detect the change of the video due to the superimposition of said graphic image set by the user on the detection area for verifying the image analysis function of detecting the change of the object. superimposition means configured to superimpose a graphic image set by a user onto the detection area set on the video acquired by the acquisition means, said graphic image having a size corresponding to the object to be detected, and to output the video, onto which said graphic image has been superimposed to the image acquired by the acquisition means, to the detection means, and wherein the detection means is configured to detect the change of the video due to the superimposition of said graphic image set by the user on the detection area for verifying the image analysis function of detecting the change of the object.
Sun protection topical composition comprising: - a UV filter system achieving a Sun Protection Factor of at least 30; - at least two ester emollients; characterized in that the at least two ester emollients comprise: - dibutyl adipate with a mass that is at least 89.5% of a total mass of the UV filter system and - butyloctyl salicylate with a mass that is at least 24% of a total mass of the UV filter system. - a UV filter system achieving a Sun Protection Factor of at least 30; - at least two ester emollients; - dibutyl adipate with a mass that is at least 89.5% of a total mass of the UV filter system and - butyloctyl salicylate with a mass that is at least 24% of a total mass of the UV filter system.
A mobile station device (31, 32) for selecting a cell (11, 12, 13, 14) to visit according to a moving speed in a mobile communication system adopting a hierarchical cell structure consisting of a plurality of layers having respective cells of different sizes, characterised by: a storage unit for storing a plurality of threshold values of a number of times of cell reselections set for respective layers of the plurality of layers; and a control unit for measuring a number of times of cell reselections executed in a specific time, comparing an obtained number of times of cell reselections with each of the plurality of threshold values, determining a layer suitable for the moving speed and selecting a cell which belongs to a determined layer as a transfer target. a storage unit for storing a plurality of threshold values of a number of times of cell reselections set for respective layers of the plurality of layers; and a control unit for measuring a number of times of cell reselections executed in a specific time, comparing an obtained number of times of cell reselections with each of the plurality of threshold values, determining a layer suitable for the moving speed and selecting a cell which belongs to a determined layer as a transfer target.
Air pulsing device comprising an electronically switched electric motor, said motor comprising a stator and a rotor arranged around the stator, in which said stator is in contact with a support means of the stator, said support means being an electrical conductor linked to an electrical ground, and in which a shield (70, 86, 90, 92) is positioned in the vicinity of the stator, said shield (70, 86, 90, 92) being also connected electrically to the electrical ground, said stator having an annular form with a central wall which delimits the outline of an internal bore through which passes a motor output shaft, in which said shield is positioned transversely to the output shaft, between the rotor and the stator, characterized in that the internal face of the central wall defining said internal bore has at least one rib which extends radially toward the interior of the bore, and in that the at least one rib is prolonged, substantially toward the axis of the internal bore, by a pin.