mhurhangee/ep-ind-claims huggingface dataset:
An intelligent label for use as a temperature indicator comprising a gel layer and a membrane layer in physical contact with one another, characterized in that: the gel layer comprises a coloring agent and a solvent that are held in place in the gel layer when the gel layer is below a certain temperature; the solvent is released to outside the gel layer above said certain temperature; the membrane layer includes a membrane and a substance absorbed in the membrane that is dissolved by said solvent upon release of said solvent from said gel layer; and the dissolved substance diffuses within the gel layer and reacts with the coloring agent in the gel layer to thereby indicate a change in temperature above said certain temperature. the gel layer comprises a coloring agent and a solvent that are held in place in the gel layer when the gel layer is below a certain temperature; the solvent is released to outside the gel layer above said certain temperature; the membrane layer includes a membrane and a substance absorbed in the membrane that is dissolved by said solvent upon release of said solvent from said gel layer; and the dissolved substance diffuses within the gel layer and reacts with the coloring agent in the gel layer to thereby indicate a change in temperature above said certain temperature.
A speed display system, having a vehicle detection sensor and a display device on which at least the speed of a vehicle detected by the vehicle detection sensor can be displayed, and having a control device that recurrently controls the vehicle detection sensor for detecting the speed of a vehicle and controls the display device, characterized in that the control device has a location operating mode in which the location of the speed display system can be stored by a positioning device, in particular detectable by a GPS module, wherein the speed display system has a storage device in which the location of the speed display system can be stored, wherein parameters for setting the speed display system corresponding to a plurality of predetermined locations are stored in the storage device, and the parameters at the detected location which is one of the predetermined stored locations are automatically assigned by the control device.
Method for determining the aging of an oxidation catalyst in an exhaust gas aftertreatment system of an internal combustion engine, having the following steps: - obtaining a soot burn-off rate of a particle filter of the exhaust gas aftertreatment system; - adapting a function with at least one adaptation parameter to the soot burn-off rate as a function of at least one variable for which a value of the adaptation parameter is dependent on aging of the oxidation catalyst, wherein an exhaust gas temperature in the particle filter is in a temperature range from 150°C to 500°C, and - determining the aging of the oxidation catalyst on the basis of the value of the adaptation parameter which is obtained by adapting the function. - obtaining a soot burn-off rate of a particle filter of the exhaust gas aftertreatment system; - adapting a function with at least one adaptation parameter to the soot burn-off rate as a function of at least one variable for which a value of the adaptation parameter is dependent on aging of the oxidation catalyst, wherein an exhaust gas temperature in the particle filter is in a temperature range from 150°C to 500°C, and - determining the aging of the oxidation catalyst on the basis of the value of the adaptation parameter which is obtained by adapting the function.
A fibronectin type III -based binding molecule comprising an Fn3 domain, wherein at least one amino acid in the EF loop of the Fn3 domain is altered compared to the wild-type Fn3 domain comprising SEQ ID NO:1 to create a non-Fn3 binding sequence which binds to a specific target, wherein said binding molecule is obtained by a process of screening a nucleic acid library encoding Fn3-based binding molecules, each of which contains at least one amino acid alteration in the EF loop region compared to the wild-type human 10 Fn3 (SEQ ID NO:1) using said specific target to identify and select Fn3-based binding molecules which bind to said specific target, wherein said library has been produced by randomizing only the AB, CD, EF and the C-terminal domain of the Fn3 domain.
An air filter for I.C. engines, comprising a housing, provided with a removable lid, in which a compartment is provided, in which a main filter element and a secondary filter element are received, said filter elements (17, 19) having a substantially prismatic shape, with opposite bases (31, 33, 51, 55) that are substantially rectangular and parallel to each other and have different areas, whereby side walls of the filter elements are slightly tapered from the major base (33, 55) towards the minor base (31, 51), said filter elements (17,19) being individually replaceable, wherein the main filter element is functionally arranged upstream of the secondary filter element so that the air flow passing through the air filter first passes through said main filter element, characterized in that the secondary filter element defines a corresponding pocket in which the main filter element is received.
A method for stiction tolerant brake force estimation comprising: receiving, by a controller, a first motor state at a first time (Step 502); calculating, by the controller, a first uncompensated brake force estimate based upon the first motor state (Step 504); calculating, by the controller, a first linear speed based upon the first motor state (Step 506); calculating, by the controller, a first stiction compensated brake force estimate (Step 508) based upon at least one of the first linear speed and the first uncompensated brake force estimate, and characterized by receiving, by the controller, a second motor state at a second time (Step 510); calculating, by the controller, a second uncompensated brake force estimate based upon the second motor state (Step 512); calculating, by the controller, a second linear speed based upon the second motor state (Step 514); and calculating, by the controller, a second stiction compensated brake force estimate (Step 516) based upon at least one of the second linear speed and the second uncompensated brake force estimate wherein a brake force rate of change is calculated by calculating a difference between the first stiction compensated brake force estimate and the second uncompensated brake force estimate. receiving, by a controller, a first motor state at a first time (Step 502); calculating, by the controller, a first uncompensated brake force estimate based upon the first motor state (Step 504); calculating, by the controller, a first linear speed based upon the first motor state (Step 506); calculating, by the controller, a first stiction compensated brake force estimate (Step 508) based upon at least one of the first linear speed and the first uncompensated brake force estimate, and characterized by receiving, by the controller, a second motor state at a second time (Step 510); calculating, by the controller, a second uncompensated brake force estimate based upon the second motor state (Step 512); calculating, by the controller, a second linear speed based upon the second motor state (Step 514); and calculating, by the controller, a second stiction compensated brake force estimate (Step 516) based upon at least one of the second linear speed and the second uncompensated brake force estimate wherein a brake force rate of change is calculated by calculating a difference between the first stiction compensated brake force estimate and the second uncompensated brake force estimate.
A component recognizing system of a component mounting machine which is configured to cause a suction nozzle to suck a component supplied from a component supply device so as to be mounted on a circuit board, comprising: a camera that is configured to image the component sucked by the suction nozzle from below; a image processing device that is configured to process an image captured by the camera; and a light pattern projecting device (21, 22) that is configured to project a predetermined light pattern onto the component sucked by the suction nozzle in a direction different from an imaging direction of the camera, wherein the image processing device has three-dimensional recognizing means which is configured to cause the light pattern projecting device (21, 22) to project the light pattern onto the component, process the image captured by the camera, recognize the light pattern on a surface of the component, and recognize a three-dimensional shape of the component when viewed from below, characterized in that the image processing device has two-dimensional recognizing means for processing the image captured by the camera in a state where the light pattern projecting device (21, 22) does not project the light pattern and for recognizing a two-dimensional shape of the component when viewed from below, and image recognizing mode switching means for switching between a two-dimensional recognizing mode using the two-dimensional recognizing means and a three-dimensional recognizing mode using the three-dimensional recognizing means. a camera that is configured to image the component sucked by the suction nozzle from below; a image processing device that is configured to process an image captured by the camera; and a light pattern projecting device (21, 22) that is configured to project a predetermined light pattern onto the component sucked by the suction nozzle in a direction different from an imaging direction of the camera, wherein the image processing device has three-dimensional recognizing means which is configured to cause the light pattern projecting device (21, 22) to project the light pattern onto the component, process the image captured by the camera, recognize the light pattern on a surface of the component, and recognize a three-dimensional shape of the component when viewed from below, characterized in that the image processing device has two-dimensional recognizing means for processing the image captured by the camera in a state where the light pattern projecting device (21, 22) does not project the light pattern and for recognizing a two-dimensional shape of the component when viewed from below, and image recognizing mode switching means for switching between a two-dimensional recognizing mode using the two-dimensional recognizing means and a three-dimensional recognizing mode using the three-dimensional recognizing means.
Device forming an annular prosthesis intended to be attached (around) to the contour of the mitral valve by annuloplasty therapy, characterized in that it contains: - a closed ring consisting of two rigid segments (half-rings), constituting (of) the two lobes, of the mitral valve, articulated between them by pivotal stop zones,, for the flapping of the lobes limited by the stops, - the two hinges with stops, are articulated between 0 and 10 degrees as determined by the stops, fixing the axis of rotation passing through the middles of the posterior annulus and the anterior annulus, - the two rigid segments,, from the middle of the posterior annulus segment, to the middle of the anterior y, and moving to the upper stop of the hinges at a 0-degree angle for diastolic state (open valve - flattened D shape) and retracting to the bottom stop at an angle of 10 degrees to take the systolic state (closed valve). - a closed ring consisting of two rigid segments (half-rings), constituting (of) the two lobes, of the mitral valve, articulated between them by pivotal stop zones,, for the flapping of the lobes limited by the stops, - the two hinges with stops, are articulated between 0 and 10 degrees as determined by the stops, fixing the axis of rotation passing through the middles of the posterior annulus and the anterior annulus, - the two rigid segments,, from the middle of the posterior annulus segment, to the middle of the anterior y, and moving to the upper stop of the hinges at a 0-degree angle for diastolic state (open valve - flattened D shape) and retracting to the bottom stop at an angle of 10 degrees to take the systolic state (closed valve).
A beverage product comprising: water: a color derived from natural sources or its synthetic equivalent; and a color fading inhibitor comprising a compound selected from the group consisting of enzymatically modified isoquercitrin (EMIQ), rutin and myricitrin, in an amount of at least 30 ppm to inhibit fading of the color derived from natural sources or its synthetic equivalent, wherein the color derived from natural sources is selected from the group consisting of beta-carotene, black carrot, natural apple extract, and combinations thereof, and wherein the synthetic equivalent to a color derived from natural sources has the same structure as the color derived from natural sources but has been prepared synthetically. a color derived from natural sources or its synthetic equivalent; and a color fading inhibitor comprising a compound selected from the group consisting of enzymatically modified isoquercitrin (EMIQ), rutin and myricitrin, in an amount of at least 30 ppm to inhibit fading of the color derived from natural sources or its synthetic equivalent, wherein the color derived from natural sources is selected from the group consisting of beta-carotene, black carrot, natural apple extract, and combinations thereof, and wherein the synthetic equivalent to a color derived from natural sources has the same structure as the color derived from natural sources but has been prepared synthetically.
A method for producing a ventilation pipe inside a room for laying pipes between a room wall and a front wall and a room ceiling and a suspended ceiling of a building, wherein a flexible tubular material is provided, - the material is provided with a hardenable, thermoactivatable plastic, - the hose is laid, - warm air is applied to the hose and the plastic is hardened. - the material is provided with a hardenable, thermoactivatable plastic, - the hose is laid, - warm air is applied to the hose and the plastic is hardened.
A robotic work tool comprising a chassis, a body and a controller for controlling operation of the robotic work tool and at least one three-dimensional sensor arrangement for detecting relative movement of the body and the chassis, wherein the sensor arrangement comprises a sensor element arranged in one of the body and the chassis and a detection element arranged in the other of the body and the chassis, wherein the controller is configured to: receive sensor input indicating relative movement of the sensor element and the detection element; determine, from the sensor input, whether a collision or a lift has been detected, wherein the the detection element is a magnet, the robotic work tool being characterized in that the sensor element is a three-dimensional Hall sensor configured to detect the magnitude and direction in three-dimensional space of the magnetic field of the magnet, wherein the controller is configured to determine a direction of movement of the detection element in a plane relative the sensor element, the plane being parallel to a surface being worked, and in response thereto determine the position of the object with which the robotic work tool has collided and change the driving path of the robotic work tool so that the robotic work tool moves away from or around the object. receive sensor input indicating relative movement of the sensor element and the detection element; determine, from the sensor input, whether a collision or a lift has been detected, wherein the the detection element is a magnet,
Beetle powder for use in the treatment of vibriosis in bivalves and decapods, the beetles belong to the families of the Tenebrionidae, Melolonthidae, Dermestidae, Coccinellidae, Cerambycidae, Carabidae, Buprestidae, Cetoniidae, Dryophthoridae, or mixtures thereof.
A mobile communication method comprising: notifying identification information corresponding to measurement subframe pattern information indicating a measurement subframe to be used by a MOBILE STATION in a camp-on mode and the measurement subframe pattern information to the MOBILE STATION using a connection release signal; receiving (S1002, S1003) by the mobile station identification information broadcasted in a neighbor cell (eNB#1, eNB#2) when the MOBILE STATION is in the camp-on mode; and performing by the mobile station a measurement process based on measurement subframe pattern information corresponding to the received identification information when the MOBILE STATION is in the camp-on mode. notifying identification information corresponding to measurement subframe pattern information indicating a measurement subframe to be used by a MOBILE STATION in a camp-on mode and the measurement subframe pattern information to the MOBILE STATION using a connection release signal; receiving (S1002, S1003) by the mobile station identification information broadcasted in a neighbor cell (eNB#1, eNB#2) when the MOBILE STATION is in the camp-on mode; and performing by the mobile station a measurement process based on measurement subframe pattern information corresponding to the received identification information when the MOBILE STATION is in the camp-on mode.
Film bag comprising a bag body made of a bag film having at least two mutually opposite front walls, wherein a printed material section is fastened to a part of a circumferential edge of the material section with a permanent fastening seam on one of the front walls and adjacent to the fastening seam has a tear line in the form of a material weakening, wherein the fastening seam extends over a fraction between 40% and 98% of the circumferential edge and wherein the front walls have a substantially rectangular shape with two side edges, an upper edge and a lower edge, characterized in that the material section extends as far as the side edges, the lower edge and the upper edge of the associated front wall and is fastened to each of the edges with the fastening seam at least in sections.
Installation comprising a steam turbine (2, 6), a steam generator, and also a condenser, the steam generator being connected in terms of flow to an inlet of the steam turbine (2, 6), and an outlet of the steam turbine (2, 6) being connected to the condenser, with the condenser being connected to the steam generator, the steam turbine (2, 6) comprising a high-pressure part-turbine and a medium-pressure part-turbine, the outlet of the high-pressure part-turbine being connected in terms of flow to a reheater by way of a cold reheater line "kZÜ", the inlet of the medium-pressure part-turbine being connected in terms of flow to the reheater by way of a hot reheater line "hZÜ", also comprising a booster, which is arranged in a steam line that leads into the steam turbine (2, 6) and is designed in such a way that an oxyhydrogen reaction takes place in the booster, with the reaction product that is produced after the oxyhydrogen reaction being passed into the steam turbine (2, 6), the booster comprising a device for preheating the booster, the preheating being performed by steam, the steam for the preheating being taken from the cold reheater line "kZÜ" or from the hot reheater line "hZÜ", the booster being connected in terms of flow to the outlet of the high-pressure part-turbine, with a mixture of steam from the reheater and steam from the high-pressure part-turbine being arranged in the booster. comprising a steam turbine (2, 6), a steam generator, and also a condenser, the steam generator being connected in terms of flow to an inlet of the steam turbine (2, 6), and an outlet of the steam turbine (2, 6) being connected to the condenser, with the condenser being connected to the steam generator, the steam turbine (2, 6) comprising a high-pressure part-turbine and a medium-pressure part-turbine, the outlet of the high-pressure part-turbine being connected in terms of flow to a reheater by way of a cold reheater line "kZÜ", the inlet of the medium-pressure part-turbine being connected in terms of flow to the reheater by way of a hot reheater line "hZÜ", also comprising a booster, which is arranged in a steam line that leads into the steam turbine (2, 6) and is designed in such a way that an oxyhydrogen reaction takes place in the booster, with the reaction product that is produced after the oxyhydrogen reaction being passed into the steam turbine (2, 6), the booster comprising a device for preheating the booster, the preheating being performed by steam, the steam for the preheating being taken from the cold reheater line "kZÜ" or from the hot reheater line "hZÜ", the booster being connected in terms of flow to the outlet of the high-pressure part-turbine, with a mixture of steam from the reheater and steam from the high-pressure part-turbine being arranged in the booster.
A method for counting electricity consumption, which is applicable to count electricity consumption for a plurality of electronic devices by using a smart electricity meter, a plurality of smart switches being connected with the smart electricity meter, and each of the smart switches being respectively connected with one or more of the plurality of electronic devices, characterized in that, the method comprises the steps of: sampling (101, 201) readings of the smart electricity meter and statuses of the smart switches at a set sampling time interval to obtain a plurality of groups of electricity parameters, each of the plurality of groups of electricity parameters including a reading of the smart electricity meter and the statuses of the smart switches; determining average power of each smart switch according to a part or all of the plurality of groups of electricity parameters; determining working hours of each smart switch in a set statistical time period; and determining an electricity consumption of each smart switch in the statistical time period according to the working hours and the average power of each smart switch. sampling (101, 201) readings of the smart electricity meter and statuses of the smart switches at a set sampling time interval to obtain a plurality of groups of electricity parameters, each of the plurality of groups of electricity parameters including a reading of the smart electricity meter and the statuses of the smart switches; determining average power of each smart switch according to a part or all of the plurality of groups of electricity parameters; determining working hours of each smart switch in a set statistical time period; and determining an electricity consumption of each smart switch in the statistical time period according to the working hours and the average power of each smart switch.
Slatted base provided with slats held in slat holders for supporting a mattress in a bed that comprises five zones, i.e. a head zone, a shoulder and upper back zone, a lower back or lumbar zone, a pelvis zone, and a leg and foot zone, wherein for the slatted base in the horizontal situation the level difference of the slats between the level determined by the highest slat holder of the lumbar zone and the level determined by the highest slat holder of the shoulder and upper back zone and/or the pelvis zone is at least 4 cm at all times, and whereby the slats are held in slat holders that are affixed in a fixed position in an outer frame (9, 9') and in an inner frame flanked by said outer frame (9,9'), and whereby the outer frame (9, 9') consists of two flanks (9, 9') in which drill holes are made in which said slat holders are introduced in a fixed position and which are connected by slats to the corresponding slat holders of the other flank and whereby the inner frame is divided into five segments, the head segment, the shoulder and upper back segment, the lower back segment or lumbar segment, the pelvis segment, and the leg and foot segment, whereby each segment of the inner frame can be tilted separately at an adjustable angle to the horizontal plane, except for the lumbar segment that forms an integral part of the outer frame (9, 9') of the slatted base.
A multimeric protein molecule wherein each monomer comprises an Aβ peptide and the catalytic domain of an E2 monomer of pyruvate dehydrogenase, wherein the Aβ peptide consists of SEQ ID NO:5 or SEQ ID NO:6.