mhurhangee/ep-ind-claims huggingface dataset:
A method for the treatment of oil- and fat-containing wastewater, comprising decomposing oil and fat by continuously or intermittently adding a microbial formulation with an ability to decompose oil and fat to an oil and fat decomposition vessel where oil- and fat-containing wastewater continuously flows in and out, wherein an amount of the microbial formulation added is an amount that is effective for a microorganism to be established in the oil and fat decomposition vessel, and a microorganism other than the added microorganism comprised in the microbial formulation is present in oil- and fat-containing wastewater, comprising measuring a normal hexane extracted substance in the oil- and fat-containing wastewater flowing into the oil and fat decomposition vessel, and determining the amount of the microbial formulation added in accordance with the normal hexane extracted substance, wherein the amount of the microbial formulation added is 3.0 × 10 4 to 1.0 × 10 7 cells per 1 mg of normal hexane extracted substance, wherein the amount of normal hexane extracted substance is the amount when determined in accordance with JIS K 0102, wherein a dissolved oxygen concentration of oil- and fat-containing wastewater in the oil and fat decomposition vessel is 0.05 mg/L or greater, wherein a pH of oil- and fat-containing wastewater in the oil and fat decomposition vessel is within a range of 4.5 to 9.0, wherein a temperature of oil- and fat-containing wastewater in the oil and fat decomposition vessel is within a range of 12 to 42°C, wherein a hydraulic retention time in the oil and fat decomposition vessel is 1 hour or greater, wherein the wastewater comprises oil and fat at a concentration of 300 mg/L or greater of a normal hexane extracted substance on average, and wherein the oil and fat decomposition vessel is free of a carrier. measuring a normal hexane extracted substance in the oil- and fat-containing wastewater flowing into the oil and fat decomposition vessel, and determining the amount of the microbial formulation added in accordance with the normal hexane extracted substance, wherein the amount of the microbial formulation added is 3.0 × 10 4 to 1.0 × 10 7 cells per 1 mg of normal hexane extracted substance, wherein the amount of normal hexane extracted substance is the amount when determined in accordance with JIS K 0102, wherein a dissolved oxygen concentration of oil- and fat-containing wastewater in the oil and fat decomposition vessel is 0.05 mg/L or greater, wherein a pH of oil- and fat-containing wastewater in the oil and fat decomposition vessel is within a range of 4.5 to 9.0, wherein a temperature of oil- and fat-containing wastewater in the oil and fat decomposition vessel is within a range of 12 to 42°C, wherein a hydraulic retention time in the oil and fat decomposition vessel is 1 hour or greater, wherein the wastewater comprises oil and fat at a concentration of 300 mg/L or greater of a normal hexane extracted substance on average, and wherein the oil and fat decomposition vessel is free of a carrier.
A phosphor-containing resin sheet, comprising: a phosphor; a resin; and metal oxide particles having an average particle size of 10 to 200 nm, metal oxide particles having an average particle size of 300 to 1,000 nm, said phosphor-containing resin sheet comprising said phosphor in an amount of 250 to 1,000 parts by mass with respect to 100 parts by mass of said resin. a phosphor; a resin; and metal oxide particles having an average particle size of 10 to 200 nm, metal oxide particles having an average particle size of 300 to 1,000 nm, said phosphor-containing resin sheet comprising said phosphor in an amount of 250 to 1,000 parts by mass with respect to 100 parts by mass of said resin.
A filter device that has at least one filter element that can be accommodated in a filter housing which is fluidically connected to a fluid tank and that has at least one connection unit for forming a fluidic connection to the filter element, the filter housing being formed by a filter bowl that is moulded into the tank and on the bottom of which the connection unit which belongs to the element receiver is located, characterised in that on the bottom of the filter bowl a connection piece is moulded which is joined to a bottom-side wall section of the tank, which forms a passage for the connection fitting, and through which the connection fitting extends from the outside of the tank into the filter bowl.
A method for detecting an anti-drug antibody of IgE isotype that binds to a therapeutic anti-IgE antibody in a sample, comprising the steps of: (a) contacting a sample that may contain the anti-drug antibody with a mutant therapeutic antibody comprising one, two, three, four, five, or six amino acid mutations in the CDR sequences of the heavy and/or light chain of the therapeutic anti-IgE antibody, wherein (i) the relative binding affinity of the mutant therapeutic antibody to human IgE is 10% or less of the relative binding affinity of the therapeutic anti-IgE antibody to said human IgE or (ii) the potency of the mutant therapeutic antibody to human IgE is 10% or less of the potency of the therapeutic anti-IgE antibody to said human IgE, and wherein the sample contains whole blood, serum, or plasma from a human patient; and (b) detecting binding of the anti-drug antibody to the mutant therapeutic antibody. (a) contacting a sample that may contain the anti-drug antibody with a mutant therapeutic antibody comprising one, two, three, four, five, or six amino acid mutations in the CDR sequences of the heavy and/or light chain of the therapeutic anti-IgE antibody, wherein (i) the relative binding affinity of the mutant therapeutic antibody to human IgE is 10% or less of the relative binding affinity of the therapeutic anti-IgE antibody to said human IgE or (ii) the potency of the mutant therapeutic antibody to human IgE is 10% or less of the potency of the therapeutic anti-IgE antibody to said human IgE, and wherein the sample contains whole blood, serum, or plasma from a human patient; and (b) detecting binding of the anti-drug antibody to the mutant therapeutic antibody.
A customizable seat comprising at least a framework and a seat part supported by said framework, with such framework having at least one globally vertical lateral surface (6, 7, 8) and at least one globally horizontal lower surface, with at least one of said lateral and optionally lower (6, 7, 8, 9) surfaces comprising at least one at least partly removable customizing member (5, 15, 25), with the customizing member (5, 15, 25) comprising a frame (51, 151, 251) and at least one flexible sheet (52, 152, 252) stretched over said frame (51, 151, 251) and having at least one pattern on at least a part of its visible surface, with said customizable seat being characterized in that the frame (51, 151, 251) is closed and formed by a rail which itself consists of butt-jointed profiles and in that the sheet (52, 152, 252) comprises an extensible web (53, 153, 253).
A method of assisting at least one movement of a user by means of a robotic device, the robotic device operating without the user wearing directly any sensor, such as a biometric sensor, and without any user/environment interface for the user to identify a level of assistance that is to be provided, the method enabling the robotic device to be caused to operate in at least the following two modes: • default mode: force servocontrol of the robotic device via a computer of the robotic device; and • measurement mode: path servocontrol of the robotic device, via the computer, with the computer storing at least one force exerted on the robotic device by an environment external to said robotic device; the method being defined: • during recognition by the computer of a movement performed by the robotic device, as already learnt and stored by the computer, to switch from default mode to measurement mode in order to store at least one force exerted on the robotic device by an environment external to the robotic device; and then • to return to default mode while making use of said stored force to perform the force servocontrol in said default mode, wherein • the computer performs automatic learning of at least one movement carried out by the robotic device, the automatic learning being performed during default mode and/or the automatic learning being performed during a dedicated preliminary stage; and/or • wherein the computer includes a database containing a predetermined list of models of movements performed by the robotic device under force servocontrol. • default mode: force servocontrol of the robotic device via a computer of the robotic device; and • measurement mode: path servocontrol of the robotic device, via the computer, with the computer storing at least one force exerted on the robotic device by an environment external to said robotic device; • during recognition by the computer of a movement performed by the robotic device, as already learnt and stored by the computer, to switch from default mode to measurement mode in order to store at least one force exerted on the robotic device by an environment external to the robotic device; and then • to return to default mode while making use of said stored force to perform the force servocontrol in said default mode, • the computer performs automatic learning of at least one movement carried out by the robotic device, the automatic learning being performed during default mode and/or the automatic learning being performed during a dedicated preliminary stage; and/or • wherein the computer includes a database containing a predetermined list of models of movements performed by the robotic device under force servocontrol.
Training model for learning dental skills, - with a shell which can be fastened to a phantom head or articulator in which is incorporated a plurality of through-openings, - with one or more training teeth which is or are arranged individually in the through-opening of the shell, - and with a carrier plate which can be locked to the shell and through which the respective training tooth is fixed detachably to the shell, wherein at least one socket which incorporates a receiving chamber is moulded to the carrier plate, and protruding from each training tooth there is a retaining member which grips through the through-opening of the shell when fitted, wherein the individual retaining member is aligned with one of the receiving chambers of the sockets and inserted in the latter, the receiving chamber being elastically deformable when the training tooth is extracted or pressed in, characterised in that arranged between the shell and the carrier plate there is a retaining strip the contour of which is matched to the contours of the carrier plate and the shell and into which are incorporated preferably round openings running in line with the receiving chamber, and in that the retaining strip is mounted so as to be displaceable axially relative to the carrier plate between the latter and the shell for fixture of the respective retaining member of the training teeth, wherein when the retaining strip is moved in the direction of the retaining member, the sockets are fixed and compressed by the openings incorporated in the retaining strip, through which a releasable press-fit is created which locks the training teeth in the respective socket. - with a shell which can be fastened to a phantom head or articulator in which is incorporated a plurality of through-openings, - with one or more training teeth which is or are arranged individually in the through-opening of the shell, - and with a carrier plate which can be locked to the shell and through which the respective training tooth is fixed detachably to the shell,
An oral care composition for whitening dental enamel, wherein the oral care composition comprises an effective amount of an ascorbic acid derivative, wherein the ascorbic acid derivative is sodium ascorbyl phosphate; wherein the ascorbic acid derivative is present in an amount of about 1.5% by wt. of the total composition; and a zwitterionic surfactant. wherein the ascorbic acid derivative is sodium ascorbyl phosphate; wherein the ascorbic acid derivative is present in an amount of about 1.5% by wt. of the total composition; and a zwitterionic surfactant.
Laundry dryer comprising: a laundry storing compartment adapted to receive laundry to be treated, a front wall of the laundry dryer having a loading opening for loading laundry into the laundry storing compartment, a laundry treatment unit for supplying additive to the laundry during at least one laundry treatment sequence of the laundry dryer, and a liquid reservoir mounted within the laundry dryer at a position arranged behind the front wall and adapted to provide liquid for the laundry treatment unit, wherein the liquid reservoir has a transparent window or element for visual user inspection of the liquid level in the liquid reservoir, and wherein the front wall has an opening or a window at a position such that the area of the front wall opening or window at least partially coincides with the area of the transparent window or element of the liquid reservoir, characterized in that the laundry dryer further comprises a front frame extending from a base region to an upper region at the front region of the laundry dryer, wherein the liquid reservoir is mounted to the front frame, the front wall is at least partially supported by the front frame, and the liquid reservoir is arranged between the front wall and the front frame. a laundry storing compartment adapted to receive laundry to be treated, a front wall of the laundry dryer having a loading opening for loading laundry into the laundry storing compartment, a laundry treatment unit for supplying additive to the laundry during at least one laundry treatment sequence of the laundry dryer, and a liquid reservoir mounted within the laundry dryer at a position arranged behind the front wall and adapted to provide liquid for the laundry treatment unit, wherein the liquid reservoir has a transparent window or element for visual user inspection of the liquid level in the liquid reservoir, and wherein the front wall has an opening or a window at a position such that the area of the front wall opening or window at least partially coincides with the area of the transparent window or element of the liquid reservoir, characterized in that the laundry dryer further comprises a front frame extending from a base region to an upper region at the front region of the laundry dryer, wherein the liquid reservoir is mounted to the front frame, the front wall is at least partially supported by the front frame, and the liquid reservoir is arranged between the front wall and the front frame.
An image display device for preventing fraudulent acquisition of an original image, comprising: image set generating means for generating a plurality of image sets, each including a plurality of modified images that are obtained by modifying an original image, wherein an average of pixel values of corresponding pixels of the plurality of modified images included in each of the image sets matches the value of a corresponding pixel of the original image, and image display means for sequentially displaying the plurality of modified images included in each of the image sets by sequentially using the plurality of image sets generated by the image set generating means, characterized in that the number of modified images included in each of the image sets is different from each other and the number of modified images in each set is randomly determined. image set generating means for generating a plurality of image sets, each including a plurality of modified images that are obtained by modifying an original image, wherein an average of pixel values of corresponding pixels of the plurality of modified images included in each of the image sets matches the value of a corresponding pixel of the original image, and image display means for sequentially displaying the plurality of modified images included in each of the image sets by sequentially using the plurality of image sets generated by the image set generating means, characterized in that the number of modified images included in each of the image sets is different from each other and the number of modified images in each set is randomly determined.
Bookbinding machine for producing printed products such as books, magazines or brochures, with individually driven processing stations such as for example a book block feeder station, spine processing station, gluing station, jacket applicator and stamping station, which are connected by a transport system possessing a large number of clamps for gripping book blocks, characterized in that the clamps are individually driven and guided on a guide track, and in that the transport system has a control unit for controlling the speeds of the individual clamps such that every clamp can be moved at its own speed along the guide track, and in that the speeds of the clamps are controlled as a function of the position of the clamp within the bookbinding machine.
A method for data transmission performed by a first mobile terminal, the method comprising: establishing a direct communication connection to a second mobile terminal (S11, S21); transmitting first user data to the second mobile terminal through the direct communication connection (S12, S22); detecting the transmission status of the first user data, during the transmission of the first user data through the direct communication connection (S13, S23); accessing to a network-side storage device based on a determination that the transmission status detected is abnormal (S14, S24); and sending a first storage request to the network-side storage device (S15, S27), to cause the network-side storage device to store second user data and send the second user data to the second mobile terminal when the second mobile terminal accesses to the network-side storage device, wherein the first storage request comprises the second user data and the user identifier of the second mobile terminal, wherein the second user data is the first user data that is not transmitted to the second mobile terminal due to transmission abnormality. establishing a direct communication connection to a second mobile terminal (S11, S21); transmitting first user data to the second mobile terminal through the direct communication connection (S12, S22); detecting the transmission status of the first user data, during the transmission of the first user data through the direct communication connection (S13, S23); accessing to a network-side storage device based on a determination that the transmission status detected is abnormal (S14, S24); and sending a first storage request to the network-side storage device (S15, S27), to cause the network-side storage device to store second user data and send the second user data to the second mobile terminal when the second mobile terminal accesses to the network-side storage device, wherein the first storage request comprises the second user data and the user identifier of the second mobile terminal, wherein the second user data is the first user data that is not transmitted to the second mobile terminal due to transmission abnormality.
A display (220, 320, 530) comprising: an image layer (40, 340) providing a viewing area; an encoded pattern overlying the image layer, wherein the encoded pattern is embedded in a dot film and the dot film is adhered to the image layer, wherein the encoded pattern contains positional information readable by an infrared receiver of an electro-optical pen to indicate a position of the electro-optical pen; a sensor glass (344, 538) adhered to the dot film, on an opposite face of the dot film to the image layer; and a border about the viewing area and overlying the sensor glass, the border being visibly opaque, and being near infrared transparent to light having a wavelength of between 700nm and 1.4um wherein the border is adhered to the sensor glass on an opposite face of the sensor glass to the dot film; wherein the encoded pattern continuously extends from within the viewing area to beneath the border. an image layer (40, 340) providing a viewing area; an encoded pattern overlying the image layer, wherein the encoded pattern is embedded in a dot film and the dot film is adhered to the image layer, wherein the encoded pattern contains positional information readable by an infrared receiver of an electro-optical pen to indicate a position of the electro-optical pen; a sensor glass (344, 538) adhered to the dot film, on an opposite face of the dot film to the image layer; and a border about the viewing area and overlying the sensor glass, the border being visibly opaque, and being near infrared transparent to light having a wavelength of between 700nm and 1.4um wherein the border is adhered to the sensor glass on an opposite face of the sensor glass to the dot film; wherein the encoded pattern continuously extends from within the viewing area to beneath the border.
Connecting element for joining an extruded plastics tube, which is used to transfer a system pressure from a heating installation to a pressure measuring device, to the heating installation and/or to the pressure measuring device in a pressure-tight manner, wherein the connecting element partially accommodates the plastics tube and is thus connected in a firm and tight manner, has at least one integrally formed sealing surface for contacting an O-ring in a sealing manner, and is able to be plugged into a receptacle of the heating installation or of the pressure measuring device and is able to be fixed there by means of a securing means that partially engages through the connecting element, characterized in that the connecting element consists of plastics, and the connecting element has a through-bore, into which a metal sleeve has been inserted at least in the region of the contact with the O-ring, said metal sleeve stabilizing the associated portion of the connecting element against creep under temperature and/or pressure.
Method for managing the power dissipated by a semiconductor light source (001 101) comprising a plurality of electroluminescent rods of submillimetre dimensions (020, 120) projecting from a substrate (010, 1 10) and divided into a plurality of identical groups, characterized in that, from an electrical current of a constant ILED intensity supplied to supply the plurality of groups, control means at each moment choose the number of groups supplied in series, in order to satisfy a predetermined constraint on the power dissipated by all the groups.