mhurhangee/patent-ind-claim-en huggingface dataset:
A device for assay determination, comprising: a photoelectric detection circuit; a processor; and an optical detection device for measuring assay signals, provided with a detection zone and a blank zone, wherein the photoelectric detection circuit detects light-reflection intensity signals from the detection zone and the blank zone, and feeds back the detected information to the processor; wherein the processor comprises a time controlling module, a threshold modification module and a datum comparison module which are connected to each other, the time controlling module being connected with the threshold modification module and the photoelectric detection circuit separately, and the threshold modification module and the photoelectric detection circuit being connected with the datum comparison module at the same time; the threshold modification module modifies a threshold value according to signals from the time controlling module and a preset relation of the threshold value variation with time, and the modified threshold value is then sent to the datum comparison module; the photoelectric detection circuit measures a detection value according to the signals from the time controlling module which is then sent to the datum comparison module; and the datum comparison module obtains a determined assay result by calculating the detection value and comparing the same with the corresponding threshold value. a photoelectric detection circuit; a processor; and an optical detection device for measuring assay signals, provided with a detection zone and a blank zone, wherein the photoelectric detection circuit detects light-reflection intensity signals from the detection zone and the blank zone, and feeds back the detected information to the processor; wherein the processor comprises a time controlling module, a threshold modification module and a datum comparison module which are connected to each other, the time controlling module being connected with the threshold modification module and the photoelectric detection circuit separately, and the threshold modification module and the photoelectric detection circuit being connected with the datum comparison module at the same time; the threshold modification module modifies a threshold value according to signals from the time controlling module and a preset relation of the threshold value variation with time, and the modified threshold value is then sent to the datum comparison module; the photoelectric detection circuit measures a detection value according to the signals from the time controlling module which is then sent to the datum comparison module; and the datum comparison module obtains a determined assay result by calculating the detection value and comparing the same with the corresponding threshold value.
A glass ceramic for veneering a dental frame structure, characterized in that said glass ceramic contains from 60 to 75% by weight SiO 2 , from 6 to 12% by weight B 2 O 3 , from 6 to 12% by weight K 2 O, Li 2 O in an amount of less than 3% by weight, and leucite, wherein said percentages by weight are respectively based on the total weight of the glass ceramic. from 60 to 75% by weight SiO 2 , from 6 to 12% by weight B 2 O 3 , from 6 to 12% by weight K 2 O, Li 2 O in an amount of less than 3% by weight, and leucite, wherein said percentages by weight are respectively based on the total weight of the glass ceramic.
A wheel assembly comprising: an inboard wheel portion comprising a rim and a disk , wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly ; a torque bar of the brake assembly mounted to the inboard wheel portion; a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment of a segmented annular heat shield; characterised by comprising a cover coupled to at least a portion of the retainer; wherein a first air gap, a second air gap, and a third air gap are defined between the torque bar and the radially inward surface of the rim of the inboard wheel portion; and wherein: the cover is disposed radially between the torque bar and the retainer; the first air gap is defined between the torque bar and the cover; the second air gap is defined between the cover and the retainer; and the third air gap is defined between the retainer and the radially inward surface of the rim of the inboard wheel portion. an inboard wheel portion comprising a rim and a disk , wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly ; a torque bar of the brake assembly mounted to the inboard wheel portion; a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment of a segmented annular heat shield; characterised by comprising a cover coupled to at least a portion of the retainer; wherein a first air gap, a second air gap, and a third air gap are defined between the torque bar and the radially inward surface of the rim of the inboard wheel portion; and wherein: the cover is disposed radially between the torque bar and the retainer; the first air gap is defined between the torque bar and the cover; the second air gap is defined between the cover and the retainer; and the third air gap is defined between the retainer and the radially inward surface of the rim of the inboard wheel portion. the cover is disposed radially between the torque bar and the retainer; the first air gap is defined between the torque bar and the cover; the second air gap is defined between the cover and the retainer; and the third air gap is defined between the retainer and the radially inward surface of the rim of the inboard wheel portion.
Lubricant supply system for supplying lubricant to a rolling bearing of a vacuum pump, the lubricant supply system comprising: a lubricant container body defining a lubricant reservoir , the lubricant container body comprising an indentation or through-hole to receive a lubricant transfer device of a vacuum pump; wherein the indentation or through-hole is at least partially surrounded by a collar extending from said lubricant container body, the collar being configured to collect lubricant centrifuged or dripping from the lubricant transfer device; and at least one lubricant return member extending from the lubricant container body and configured to return lubricant; wherein the collar extends less from the lubricant container body than the lubricant return member; characterised in that the collar comprises a porous material in fluid communication with the lubricant container body. a lubricant container body defining a lubricant reservoir , the lubricant container body comprising an indentation or through-hole to receive a lubricant transfer device of a vacuum pump; wherein the indentation or through-hole is at least partially surrounded by a collar extending from said lubricant container body, the collar being configured to collect lubricant centrifuged or dripping from the lubricant transfer device; and at least one lubricant return member extending from the lubricant container body and configured to return lubricant; wherein the collar extends less from the lubricant container body than the lubricant return member; characterised in that the collar comprises a porous material in fluid communication with the lubricant container body.
A computer-implemented method comprising: receiving, by a content platform and from a first application executing on a client device, a request for one or more digital components, wherein the request comprises a first anonymous token comprising (i) a set of content comprising at least data indicating a level of trust for the client device, (ii) a request creation timestamp, and (iii) a digital signature generated using the set of content; transmitting, by the content platform and to the first application, a response comprising (i) data for a digital component comprising content related to a second application and (ii) a hash value of the first anonymous token; receiving, by the content platform and from the first application, a display notification indicating the display of the digital component via the application, the display notification including a second anonymous token and the hash value of the first anonymous token; receiving, by the content platform and from the first application in response to an interaction with the digital component by the user of the client device, an interaction notification including a third anonymous token and a hash value of the second anonymous token; receiving, by the content platform and from an attribution processing apparatus, a request for attribution; and generating and transmitting, by the content platform and to the attribution processing apparatus, a response to the request for attribution comprising the hash value of the first anonymous token, the hash value of the second anonymous token and a hash value of the third anonymous token. receiving, by a content platform and from a first application executing on a client device, a request for one or more digital components, wherein the request comprises a first anonymous token comprising (i) a set of content comprising at least data indicating a level of trust for the client device, (ii) a request creation timestamp, and (iii) a digital signature generated using the set of content; transmitting, by the content platform and to the first application, a response comprising (i) data for a digital component comprising content related to a second application and (ii) a hash value of the first anonymous token; receiving, by the content platform and from the first application, a display notification indicating the display of the digital component via the application, the display notification including a second anonymous token and the hash value of the first anonymous token; receiving, by the content platform and from the first application in response to an interaction with the digital component by the user of the client device, an interaction notification including a third anonymous token and a hash value of the second anonymous token; receiving, by the content platform and from an attribution processing apparatus, a request for attribution; and generating and transmitting, by the content platform and to the attribution processing apparatus, a response to the request for attribution comprising the hash value of the first anonymous token, the hash value of the second anonymous token and a hash value of the third anonymous token.
An air conditioner comprising: an indoor unit comprising an indoor heat exchanger ; a first outdoor unit connected to the indoor unit , the first outdoor unit comprising a first compressor compressing a refrigerant, a first outdoor heat exchanger , a first low-pressure sensor to detect a suction-side pressure of the first compressor and a first high-pressure sensor to detect a discharge-side pressure of the first compressor; a second outdoor unit comprising an engine generating a power by using combustion gas, a generator supplying electricity into the first compressor by using the power generated in the engine, a second compressor compressing the refrigerant by using the power of the engine, and a second outdoor heat exchanger ; and a controller configured for determining an operation of the second compressor on the basis of required cooling or heating load while the first compressor operates, wherein the air conditioner further comprises a third compressor in the second outdoor unit, and the controller is further configured to determine an operation of the third compressor on the basis of the required cooling or heating load.
Method for operating an internal combustion engine, in particular as a drive device for a vehicle, wherein at least one energy store device is provided by means of which energy is stored, wherein a control device is provided by means of which the stored energy is, in a manner dependent on at least one control parameter, fed to combustion air flowing through an intake tract of the internal combustion engine , such that the combustion air flowing through the intake tract is compressed, wherein the internal combustion engine has an exhaust-gas turbocharger , wherein, by means of the energy store device , in particular in a manner dependent on the present operating situation of the internal combustion engine , at least a proportion of the rotational energy of the exhaust-gas turbine of the exhaust-gas turbocharger is temporarily stored, wherein provision is made whereby an electric machine , in particular an electrical generator, is interconnected between the exhaust-gas turbine and the energy store device , by means of which electric machine the mechanical rotational energy of the exhaust-gas turbine is converted into electrical energy, which is then stored in the energy store device , which is in particular designed as a battery, wherein a closing time setting device is provided by means of which the closing time of the at least one inlet valve of the internal combustion engine is adjustable, wherein, if the combustion air is not compressed by means of the temporarily stored energy, a basic cycle of the internal combustion engine in which the at least one inlet valve of the internal combustion engine closes in a crank angle range from 1° to 40° crank angle, in particular from 10° to 40° crank angle, after BDC (bottom dead centre) is set by means of the closing time setting device , wherein, if the combustion air is compressed by means of the temporarily stored energy, a cycle of the internal combustion engine in which the at least one inlet valve of the internal combustion engine closes earlier or later in relation to the basic cycle is set by means of the closing time setting device in order to increase the efficiency of the internal combustion engine , wherein the control parameter is formed by the energy quantity (E stored ) stored by means of the energy store device , wherein, if the energy quantity (E stored ) stored by means of the energy store device does not exceed a defined energy quantity threshold value (E threshold ), the combustion air is not compressed by means of the temporarily stored energy, and wherein, if the energy quantity (E stored ) stored by means of the energy store device exceeds the defined energy quantity threshold value (E threshold ), the combustion air is compressed by means of the temporarily stored energy.
A bitumen that is solid at ambient temperature in the form of pellets comprising a core made of a first bituminous material and a coating layer made of a second bituminous material, in which the second bituminous material comprises asphaltenes in a content ranging from 30% to 50% by weight relative to the total weight of the coating layer.
A high strength cold rolled steel sheet having a composition including: by mass, C in an amount of more than 0.15% but not more than 0.45%, Si in an amount of not less than 0.50% but not more than 2.50%, Mn in an amount of not less than 1.50% but not more than 3.00%, P in an amount of not more than 0.050%, S in an amount of not more than 0.0100%, Al in an amount of not less than 0.010% but not more than 0.100%, and N in an amount of not less than 0.0005% but not more than 0.0100%, with balance Fe and inevitable impurities, wherein in its microstructure, a total area fraction of ferrite and bainitic ferrite is not less than 20% but not more than 80%, an area fraction of retained austenite is more than 10% but not more than 40%, and an area fraction of martensite is more than 0% but not more than 50%, wherein a percentage of retained austenite having an aspect ratio of 0.5 or less in whole retained austenite is not less than 75% in area fraction, wherein a percentage of retained austenite present at a Bain group boundary in the retained austenite having an aspect ratio of 0.5 or less is not less than 50% in area fraction, and wherein the composition further optionally includes at least one element selected from the group consisting of: by mass, Ti in an amount of not less than 0.005% but not more than 0.035%, Nb in an amount of not less than 0.005% but not more than 0.035%, V in an amount of not less than 0.005% but not more than 0.035%, Mo in an amount of not less than 0.005% but not more than 0.035%, B in an amount of not less than 0.0003% but not more than 0.0100%, Cr in an amount of not less than 0.05% but not more than 1.00%, Ni in an amount of not less than 0.05% but not more than 1.00%, Cu in an amount of not less than 0.05% but not more than 1.00%, Sb in an amount of not less than 0.002% but not more than 0.050%, Sn in an amount of not less than 0.002% but not more than 0.050%, Ca in an amount of not less than 0.0005% but not more than 0.0050%, Mg in an amount of not less than 0.0005% but not more than 0.0050%, and REM in an amount of not less than 0.0005% but not more than 0.0050%.
Fixing device for a partition wall of a commercial vehicle, comprising: - a guide carriage (11 b, 12 b) arranged to receive the separation partition , - a guide rail (11 a, 12 a) arranged to allow the movement of the guide carriage (11 b, 12 b) along a longitudinal (X) of the vehicle, characterized in that the fixing device comprising an upper lock blocking the movement of the guide carriage along the longitudinal axis (X), characterized in that the upper lock comprises an elastic stop generating a stress on the guide carriage against the guide rail in a second direction perpendicular (Z) to the longitudinal axis (X) and lying in a vertical plane, the elastic stop is mounted on an adjusting element the level of stress exerted on the elastic stop. - a guide carriage (11 b, 12 b) arranged to receive the separation partition , - a guide rail (11 a, 12 a) arranged to allow the movement of the guide carriage (11 b, 12 b) along a longitudinal (X) of the vehicle,
A radiation source system with (i) a radiation source comprising - a first zone that emits radiation and - at least a second zone that emits radiation, and (ii) an image capturing system that is configured to automatically carry out a method featuring the steps: (a) capturing a radiation source with a sufficiently constant radiation density in terms of time with the image capturing system so that a primary image is obtained, (b) capturing this radiation source with column shift so that a column shift image is obtained, (c) capturing this radiation source with row shift, so that a row shift image is obtained (d) calculating a correction factor matrix from the primary image, the column shift image and the row shift image wherein the correction factor matrix contains correction parameters that describe a local distribution of a radiation property of the radiation source or, characterised in that (iii) the image capturing system is connected to the radiation source for regulating individual zones of the radiation source to a predetermined local distribution of a radiation property. (i) a radiation source comprising - a first zone that emits radiation and - at least a second zone that emits radiation, and - a first zone that emits radiation and - at least a second zone that emits radiation, and (ii) an image capturing system that is configured to automatically carry out a method featuring the steps: (a) capturing a radiation source with a sufficiently constant radiation density in terms of time with the image capturing system so that a primary image is obtained, (b) capturing this radiation source with column shift so that a column shift image is obtained, (c) capturing this radiation source with row shift, so that a row shift image is obtained (d) calculating a correction factor matrix from the primary image, the column shift image and the row shift image wherein the correction factor matrix contains correction parameters that describe a local distribution of a radiation property of the radiation source or, characterised in that (a) capturing a radiation source with a sufficiently constant radiation density in terms of time with the image capturing system so that a primary image is obtained, (b) capturing this radiation source with column shift so that a column shift image is obtained, (c) capturing this radiation source with row shift, so that a row shift image is obtained (d) calculating a correction factor matrix from the primary image, the column shift image and the row shift image wherein the correction factor matrix contains correction parameters that describe a local distribution of a radiation property of the radiation source or, (iii) the image capturing system is connected to the radiation source for regulating individual zones of the radiation source to a predetermined local distribution of a radiation property.
An absorbent composition comprising: a. a superabsorbent polymer composition comprising partially neutralized crosslinked poly(acrylic acid) wherein from 40 molar percent to 60 molar percent of the acidic functional groups are neutralized, having a pH less than 6.0; b. a first triggering composition comprising a first water-soluble chemical; c. a second triggering composition comprising a second water-soluble chemical having pH of 10 or more; and wherein when the absorbent composition is contacted with an aqueous fluid, the superabsorbent polymer composition exhibits swell-deswell-reswell behavior and the resultant swollen superabsorbent polymer composition has a pH higher than the superabsorbent polymer composition of a) wherein the triggering compositions further comprise a polymeric coating material for achieving controlled release of water-soluble chemicals, wherein the first water-soluble chemical is selected from the group consisting of aluminum chloride, aluminum sulfate, barium chloride, calcium acetate, calcium chloride, calcium formate, magnesium acetate, magnesium chloride, magnesium formate, zinc acetate, zinc chloride, zinc formate and zinc sulfate; wherein the second water-soluble chemical is selected from the group consisting of sodium fluoride, sodium hydrogen carbonate, sodium carbonate, sodium citrate, sodium oxalate, sodium phosphate, sodium polyphosphate, sodium sulfide, sodium sulfate, or sodium tripolyphosphate; and wherein the coating material is selected from the group consisting of poly(meth)acrylate copolymers, polyacrylate copolymers, ethyl cellulose, sodium carboxymethylcellulose, cellulose acetate, polyethylene glycol, maleated polypropylene, polyolefin copolymers, or combinations thereof. a. a superabsorbent polymer composition comprising partially neutralized crosslinked poly(acrylic acid) wherein from 40 molar percent to 60 molar percent of the acidic functional groups are neutralized, having a pH less than 6.0; b. a first triggering composition comprising a first water-soluble chemical; c. a second triggering composition comprising a second water-soluble chemical having pH of 10 or more; and