mhurhangee/patent-ind-claim-en huggingface dataset:
An electric household appliance comprising a control unit ; and a low-voltage power unit configured to connect to an electrical power network to receive a main supply voltage (VA) and supply a low supply voltage (VB) to said control unit ; said electric household appliance comprising a device for reducing energy consumption of the electric household appliance in standby mode, and which comprises : - switching means which are switched by a low-voltage enabling signal (S2) from a open state to a closed state connecting the low-voltage power unit to the electrical power network to turn on the low-voltage power unit and said control unit , wherein said switching means comprise a bistable relay ; - low-voltage capacitive power means connected to said electrical power network to receive said main supply voltage (VA) and designed to generate said low-voltage enabling signal (S2), wherein said low-voltage capacitive power means comprises a capacitive dividing circuit to store energy by which to generate said low-voltage enabling signal (S2); - a hand-operated control device having an input connected to said low-voltage capacitive power means to receive said low-voltage enabling signal (S2); and an output connected to said switching means to supply said low-voltage enabling signal (S2). - switching means which are switched by a low-voltage enabling signal (S2) from a open state to a closed state connecting the low-voltage power unit to the electrical power network - low-voltage capacitive power means connected to said electrical power network to receive said main supply voltage (VA) and designed to generate said low-voltage enabling signal (S2), wherein said low-voltage capacitive power means comprises a capacitive dividing circuit to store energy by which to generate said low-voltage enabling signal (S2); - a hand-operated control device having an input connected to said low-voltage capacitive power means to receive said low-voltage enabling signal (S2); and an output connected to said switching means to supply said low-voltage enabling signal (S2).
A liquid container for a motor vehicle, - having a first half-shell that forms an upper shell of the liquid container and - having a second half-shell that forms a lower shell of the liquid container , - wherein the half-shells delimit a storage volume for accommodating liquid , - wherein the first half-shell has a first support layer and a first barrier layer , - wherein the second half-shell has a second support layer and a second barrier layer , - wherein the first barrier layer is externally situated on a side of the first support layer facing the storage volume , and - wherein the second barrier layer is internally situated on a side of the second support layer facing the storage volume . - having a first half-shell that forms an upper shell of the liquid container and - having a second half-shell that forms a lower shell of the liquid container , - wherein the half-shells delimit a storage volume for accommodating liquid , - wherein the first half-shell has a first support layer and a first barrier layer , - wherein the second half-shell has a second support layer and a second barrier layer , - wherein the first barrier layer is externally situated on a side of the first support layer facing the storage volume , and - wherein the second barrier layer is internally situated on a side of the second support layer facing the storage volume .
A system for detecting a position of a load on at least one fork of a material handling vehicle , the system comprising: a housing ; a sensor characterised in that : the sensor is positioned within the housing; wherein the system further comprises a sensor arm pivotally coupled to the housing; and a sensor flag extending from an inside of the sensor arm and extending away from the inside of the sensor arm for an activation distance , the sensor flag comprising a neck portion extending from a first end at the inside of the sensor arm and a head portion extending from a second end of the neck portion opposite the first end, the head portion being wider along the activation distance than the neck portion. a housing ; a sensor characterised in that : the sensor is positioned within the housing; wherein the system further comprises a sensor arm pivotally coupled to the housing; and a sensor flag extending from an inside of the sensor arm and extending away from the inside of the sensor arm for an activation distance , the sensor flag comprising a neck portion extending from a first end at the inside of the sensor arm and a head portion extending from a second end of the neck portion opposite the first end, the head portion being wider along the activation distance than the neck portion.
A dental blank, having an upper and a lower surface, which is composed of a flesh-coloured material and a tooth-coloured material , wherein the flesh-coloured material and the tooth-coloured material are bonded to one another and wherein the interface between the materials with elevations and depressions formed in or at the interface extends through an optionally curved plane , which plane lies parallel to or obliquely to at least a part of the surfaces of the blank, characterised in that the elevations and depressions are each formed, in particular at least partially, circumferentially in the interface between the materials , the apex of each depression and/or elevation forming at least one line , the line running either in the form of one or more - arithmetic or logarithmic - spirals or in the form of one or more circles.
Test arrangement for testing a device under test , the test arrangement comprising: a signal analysing device for measuring modulated signals emitted by the device under test and/or for emitting modulated test signals to the device under test ; and a plurality of power analysing devices , wherein each power analysing device is configured to measure only radio frequency power emitted by the device under test and/or to emit only a continuous wave signal to the device under test ; wherein the plurality of power analysing devices comprises at least one power analysing device for only measuring radio frequency power and at least one power analysing device for only emitting a continuous wave signal to the device under test, the signal analysing device and the power analysing devices each are operated in multiple test sequences which are applied in one single test arrangement without removing or reconnecting the device under test , and wherein the signal analysing device and the plurality of power analysing devices are configured to perform at least one test with respect to the modulated signals or the modulated test signals and to perform at least one other test considering only the power emitted by the device under test or the continuous wave signal emitted to the device under test. a signal analysing device for measuring modulated signals emitted by the device under test and/or for emitting modulated test signals to the device under test ; and a plurality of power analysing devices , wherein each power analysing device is configured to measure only radio frequency power emitted by the device under test and/or to emit only a continuous wave signal to the device under test ; wherein the plurality of power analysing devices comprises at least one power analysing device for only measuring radio frequency power and at least one power analysing device for only emitting a continuous wave signal to the device under test, the signal analysing device and the power analysing devices each are operated in multiple test sequences which are applied in one single test arrangement without removing or reconnecting the device under test , and wherein the signal analysing device and the plurality of power analysing devices are configured to perform at least one test with respect to the modulated signals or the modulated test signals and to perform at least one other test considering only the power emitted by the device under test or the continuous wave signal emitted to the device under test.
A process for establishing a rancidity index table and allocating a rancidity index value to an absorption or reflection spectrum of oil fruits, nuts and seeds , comprising the steps of: - irradiating a sample of an oil fruit, a nut or a seed with a light source , - projecting the reflected and/or transmitted light onto a photosensor , - detecting the absorption or reflection spectrum in a wavelength range from 900 to 2500 nm, preferably from 900 to 1700 nm, more preferably from 1000 to 1500 nm, by means of the photosensor , - extracting ingredients of the sample by sample preparation techniques based on a determination of volatile compounds from a vapour space above the sample, preferably by solid phase microextraction, - separating volatile components of the sample by applying gas-chromatographic techniques, - identifying separated volatile components of the sample by mass spectroscopic detection of constituents of the volatile components which are relevant for lipid oxidation, characterized in that the process comprises the steps of - determining a rancidity index value of the sample from identified volatile components of the sample, - allocating at least individual characteristic wavelengths or wavelength ranges of the detected absorption or reflection spectrum of the sample to the rancidity index value, - repeating the previous steps for a representative number of samples and forming a rancidity table from the determined rancidity index values and allocated absorption or reflection spectra or, respectively, characteristic wavelengths or wavelength ranges of the detected absorption or reflection spectra. - irradiating a sample of an oil fruit, a nut or a seed with a light source , - projecting the reflected and/or transmitted light onto a photosensor , - detecting the absorption or reflection spectrum in a wavelength range from 900 to 2500 nm, preferably from 900 to 1700 nm, more preferably from 1000 to 1500 nm, by means of the photosensor , - extracting ingredients of the sample by sample preparation techniques based on a determination of volatile compounds from a vapour space above the sample, preferably by solid phase microextraction, - separating volatile components of the sample by applying gas-chromatographic techniques, - identifying separated volatile components of the sample by mass spectroscopic detection of constituents of the volatile components which are relevant for lipid oxidation, - determining a rancidity index value of the sample from identified volatile components of the sample, - allocating at least individual characteristic wavelengths or wavelength ranges of the detected absorption or reflection spectrum of the sample to the rancidity index value, - repeating the previous steps for a representative number of samples and forming a rancidity table from the determined rancidity index values and allocated absorption or reflection spectra or, respectively, characteristic wavelengths or wavelength ranges of the detected absorption or reflection spectra.
Active dynamic seating furniture having a seat part, a supporting frame and a resilient rocking mechanism arranged on the supporting frame for executing movements with the seat part relative to a supporting frame , wherein the seat part is spring movably tiltably mounted on the support frame , the resilient rocking mechanism forms a first bracket comprising at least one lever arm each connected to a rear portion of the support frame and a second bracket comprising at least one lever arm each connected to a front portion of the support frame , and wherein the seat part is fastened to the brackets of the rocking mechanism by means of elastically deformable bearings .
A method for use in dynamic image content manipulation, the method comprising: storing a sample key signal frame of a key signal which defines one or more pixel regions relating to a detailed element at a first resolution; receiving a current image frame which includes the detailed element shown at a second resolution, wherein the second resolution is lower in detail than the first resolution in relation to the detailed element ; providing a current key signal frame which defines a target area of the current image frame which is to be modified with an alternate content , the target area containing at least part of the detailed element ; modifying the current image frame with the alternate content in the target area according to the current key signal frame and enhancing the detailed element by inserting fill content in the one or more pixel regions which are defined by the sample key signal frame , to provide an enhanced modified image frame ; and outputting the enhanced modified image frame . storing a sample key signal frame of a key signal which defines one or more pixel regions relating to a detailed element at a first resolution; receiving a current image frame which includes the detailed element shown at a second resolution, wherein the second resolution is lower in detail than the first resolution in relation to the detailed element ; providing a current key signal frame which defines a target area of the current image frame which is to be modified with an alternate content , the target area containing at least part of the detailed element ; modifying the current image frame with the alternate content in the target area according to the current key signal frame and enhancing the detailed element by inserting fill content in the one or more pixel regions which are defined by the sample key signal frame , to provide an enhanced modified image frame ; and outputting the enhanced modified image frame .
Austenitic stainless-steel powder comprising by weight: - 10 < Cr < 25%, - 5 < Mn < 20%, - 1 < Mo < 5%, - 0.05 ≤ C ≤ 0.11%, - 0 ≤ Si < 2%, - 0 ≤ Cu < 4%, - 0.5 < N < 1%, - 0 ≤ O < 0.3%, - 0 ≤ Ni ≤ 0.5%, with a balance formed by iron and possible impurities each having a content of between 0 and 0.5%. - 10 < Cr < 25%, - 5 < Mn < 20%, - 1 < Mo < 5%, - 0.05 ≤ C ≤ 0.11%, - 0 ≤ Si < 2%, - 0 ≤ Cu < 4%, - 0.5 < N < 1%, - 0 ≤ O < 0.3%, - 0 ≤ Ni ≤ 0.5%,
A tobacco product produced by wrapping cut tobacco with a pouch or a cigarette paper, wherein the pouch or the cigarette paper has an inner layer and an outer layer , and a paper of the outer layer has an air permeability higher than that of a paper of the inner layer , characterised in that the paper of the outer layer and the paper of the inner layer are non-woven fabrics, and a difference in air permeability between the paper of the outer layer and the paper of the inner layer is 20,000 CU or more.
Wiper strip for a wiper blade with at least one wiper lip (14e-f) which is provided for bearing directly against a vehicle pane (16e-f), and with at least one main body (18e-f) which configures at least one receiving groove (20e, 20e'; 20f, 20f') for receiving at least one guide element (22e, 22e'; 22f, 22f'), in particular at least one spring bar, of the wiper blade, at least one force deflecting element (24e, 24e', 26e, 26e'; 24f, 24f', 26f, 26f') being provided for the deflection of a force of the guide element (22e, 22e'; 22f, 22f'), characterized in that the wiper strip has four force deflecting elements (24e, 24e', 26e, 26e'; 24f, 24f', 26f, 26f') which are each provided for the deflection of a force of one of the guide elements, a first and a second force deflecting element (24e, 24e'; 24f, 24f') being formed in each case by a web which is arranged on the receiving groove (20e, 20e'; 20f, 20f') and protrudes with one free end into the receiving groove or out of the receiving groove (20e, 20e'; 20f, 20f'), and the third and fourth force deflecting element (26e, 26e'; 26f, 26f') each being formed by a damping body which at least partially fills the receiving groove (20e, 20e'; 20f, 20f'), which damping bodies are formed from a material which is different from the main body (18e-f).
Method for transferring the material web of a wound reel to a following machine unit, the web start of the material web being gripped by a suction device, the suction device being moved away from the wound reel with the material web , a transfer strip being separated from the material web by a separating device arranged between the wound reel and the moved away suction device , and this transfer strip being fed to a conveying device , wherein the material web is deflected between the separating device and the suction device at a guide element , characterized in that, the transfer strip wraps around the guide element less than the rest of the material web , and the material web runs from above towards the guide element at an angle of at most 45°, preferably at most 30°, to the vertical. wherein the material web is deflected between the separating device and the suction device at a guide element , characterized in that, the transfer strip wraps around the guide element less than the rest of the material web , and the material web runs from above towards the guide element at an angle of at most 45°, preferably at most 30°, to the vertical.
A catalyst composition comprising a catalyst compound supported to form a supported catalyst system, wherein the catalyst compound comprises: or wherein the catalyst compound comprises: wherein each X is independently a leaving group selected from a halogen, a labile hydrocarbyl, a substituted hydrocarbyl or a heteroatom group. wherein the catalyst compound comprises: wherein each X is independently a leaving group selected from a halogen, a labile hydrocarbyl, a substituted hydrocarbyl or a heteroatom group.
A fixing device for heating a toner image (t) and fixing the toner image on a recording material (P), the fixing device comprising: a rotatable tubular film ; a heater including a substrate and a heat generating resistor formed on the substrate, the heater including a first surface that is in contact with an inner surface of the film and a second surface that is on an opposite side of the first surface, the heater extending in a longitudinal direction of the substrate; a holder for holding a heater , and a heat conducting member that extends in a longitudinal direction and is located between the heater and holder , the heat conducting member including a heater contact portion (a) in contact with the second surface of the heater, wherein in a moving direction in which an inner circumferential surface of the film moves, the heat conducting member includes a film contact portion (b) at a position adjacent to the first surface, the film contact portion being in contact with the inner circumferential surface of the film, and wherein on one side in the longitudinal direction, the heat generating resistor extends outside of a longitudinal end portion of the film contact portion, and the heater contact portion extends outside of the film contact portion. a rotatable tubular film ; a heater including a substrate and a heat generating resistor formed on the substrate, the heater including a first surface that is in contact with an inner surface of the film and a second surface that is on an opposite side of the first surface, the heater extending in a longitudinal direction of the substrate; a holder for holding a heater , and a heat conducting member that extends in a longitudinal direction and is located between the heater and holder , the heat conducting member including a heater contact portion (a) in contact with the second surface of the heater, wherein in a moving direction in which an inner circumferential surface of the film moves, the heat conducting member includes a film contact portion (b) at a position adjacent to the first surface, the film contact portion being in contact with the inner circumferential surface of the film, and wherein on one side in the longitudinal direction, the heat generating resistor extends outside of a longitudinal end portion of the film contact portion, and the heater contact portion extends outside of the film contact portion.
Method for producing a knitted fabric panel on a knitting machine having two mutually opposite needle beds and a loop transfer installation, comprising the following steps: a) knitting a knitted ground fabric on both needle beds ; b) transferring individual loops of the knitted ground fabric that are suspended from mutually spaced apart needles of the stitch course of the first needle bed that forms the left fabric side to opposite empty needles of the other, second, needle bed ; characterized by c) casting off needles which are populated by a tuck or a loop to neighbouring needles of the first needle bed , said neighbouring needles being unpopulated as a consequence of the transfer, by means of an elastic thread while forming a float ; d) returning the previously transferred loops to the previous needles ; e) casting off the returned loops and the loops knitted from the elastic thread conjointly with the threads that form the knitted ground fabric. a) knitting a knitted ground fabric on both needle beds ; b) transferring individual loops of the knitted ground fabric that are suspended from mutually spaced apart needles of the stitch course of the first needle bed that forms the left fabric side to opposite empty needles of the other, second, needle bed ; characterized by c) casting off needles which are populated by a tuck or a loop to neighbouring needles of the first needle bed , said neighbouring needles being unpopulated as a consequence of the transfer, by means of an elastic thread while forming a float ; d) returning the previously transferred loops to the previous needles ; e) casting off the returned loops and the loops knitted from the elastic thread conjointly with the threads that form the knitted ground fabric.
A method for establishing an air-tight connection between post-tensioning tendon ducts of two consecutive precast match cast segments of a structure, said method being characterised in that each segment being cast with a recess opening out on a jointing face (14;15) of the segment leaving an access to ends of the ducts , the method comprising: a) Connecting pairs of respective duct ends of the two consecutive segments together, and b) pouring a sealing material into the recesses of the two consecutive segments around the duct ends while preventing the material to enter the internal space of the ducts, thus forming an air-tight connection at the junction of ducts. a) Connecting pairs of respective duct ends of the two consecutive segments together, and b) pouring a sealing material into the recesses of the two consecutive segments around the duct ends while preventing the material to enter the internal space of the ducts, thus forming an air-tight connection at the junction of ducts.
A cosmetic composition in the form of a nano- or micro-emulsion, comprising: (a) at least one oil; (b) at least one polyglyceryl fatty acid ester, with a polyglyceryl moiety derived from 4 to 6 glycerins, preferably 5 or 6 glycerins; (c) at least one hydrotrope with logP between -0.7 and 6; and (d) water, wherein the amount of the (a) oil ranges from 1 to 20% by weight relative to the total weight of the composition, and the (c) hydrotrope is Vitamin B3. (a) at least one oil; (b) at least one polyglyceryl fatty acid ester, with a polyglyceryl moiety derived from 4 to 6 glycerins, preferably 5 or 6 glycerins; (c) at least one hydrotrope with logP between -0.7 and 6; and (d) water, wherein the amount of the (a) oil ranges from 1 to 20% by weight relative to the total weight of the composition, and the (c) hydrotrope is Vitamin B3.