mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for controlling read-out from a digital image sensor device , comprising a plurality of pixels , wherein the digital image sensor device is configured with a rolling shutter that reads the pixels subsequently while the pixels are still exposed and a global reset that resets all pixels at the same time, the method comprising the steps of: - setting (S1) a first read-out scheme, defining a first plurality of regions to be read based on a first level of pixel binning and/or pixel skipping, - reading (S2), based on the first read-out scheme, from the digital image sensor device , a first image, comprising an intensity value of each one of the first plurality of regions of the first image, - determining (S3) an exposure value for the first image, based on the intensity value of each one of the first plurality of regions of the first image, - comparing (S4) the exposure value with a predetermined maximum value, - setting (S5) a second read-out scheme defining a second plurality of regions to be read based on a second level of pixel binning and/or pixel skipping, wherein the pixel binning and/or pixel skipping in the second read-out scheme is increased compared to the first read-out scheme, if the exposure value is higher than the predetermined maximum value; and - reading (S6), based on the second read-out scheme, from the digital image sensor device , a subsequent second image, comprising an intensity value of each one of the second plurality of regions of the second image. - setting (S1) a first read-out scheme, defining a first plurality of regions to be read based on a first level of pixel binning and/or pixel skipping, - reading (S2), based on the first read-out scheme, from the digital image sensor device , a first image, comprising an intensity value of each one of the first plurality of regions of the first image, - determining (S3) an exposure value for the first image, based on the intensity value of each one of the first plurality of regions of the first image, - comparing (S4) the exposure value with a predetermined maximum value, - setting (S5) a second read-out scheme defining a second plurality of regions to be read based on a second level of pixel binning and/or pixel skipping, wherein the pixel binning and/or pixel skipping in the second read-out scheme is increased compared to the first read-out scheme, if the exposure value is higher than the predetermined maximum value; and - reading (S6), based on the second read-out scheme, from the digital image sensor device , a subsequent second image, comprising an intensity value of each one of the second plurality of regions of the second image.
Projection device with a first and a second tilting mirror matrix , which each have a plurality of tilting mirrors (K3, K5) and a cover glass covering the tilting mirrors (K3, K5), an imaging lens system , which has a relay lens system which images the tilting mirrors (K3) of the first tilting mirror matrix onto the tilting mirrors (K5) of the second tilting mirror matrix and thus light reflected by tilting mirrors (K3) of the first tilting mirror matrix onto tilting mirrors (K5) of the second tilting mirror matrix , and a projection lens system , which projects light reflected by tilting mirrors (K5) of the second tilting mirror matrix , in order to produce an image, wherein the imaging lens system further has a refractive correction element which corrects at least one image error caused by the light obliquely passing through the cover glasses , characterized in that the relay lens system has a mirror with a curved mirror surface which is formed by a reflective side of the refractive correction element .
Device for the closing of a movable furniture part, in particular a drawer, door or flap, with a guide device for guiding the movable furniture part relative to a furniture carcass which has at least one guide unit , which has a carcass rail attachable to the furniture carcass and at least one running rail movably mounted relative to the carcass rail , and with a pull-in device which has a first pull-in unit with a first pull-in element having force storage means, and a second pull-in unit downstream of the first pull-in unit in a closing direction of the movable furniture part and with a second pull-in element with force storage means, wherein the pull-in elements , on closing of the movable furniture part, each exert a closing force in the closing direction of the movable furniture part, wherein the pull-in units are in the form of uniformly manageable assemblies, separate from one another, characterised in that the carcass rail has two mounting interfaces , consecutive in their longitudinal direction, to which is fixed in each case one of the pull-in units or a driver to trigger the assigned pull-in unit , and wherein the running rail or rails has or have mating mounting interfaces assigned to the mounting interfaces and arranged consecutively in the longitudinal direction of the running rail , to which is fixed in each case a driver to trigger the assigned pull-in unit or one of the pull-in units .
A method for mapping an enhanced physical downlink control channel, ePDCCH, to physical resource blocks in a radio frame at an enhanced Node B, eNB, comprising: mapping modulated symbols at the eNB in the ePDCCH to consecutive control channel elements, CCEs; mapping the CCEs to resource elements in a plurality of distributed physical resource blocks in a subframe, wherein each distributed physical resource block pair in the plurality of distributed physical resource blocks is separated in frequency from another distributed physical resource block pair by at least one additional physical resource block in the subframe and by a frequency that is at least two times a coherent bandwidth of an ePDCCH carrier frequency, wherein a resource element group is formed in one distributed physical resource block pair in the plurality of distributed physical resource blocks and the resource element group includes resource elements distributed in time and frequency for the ePDCCH; and applying the mapping of the consecutive CCEs to resource elements of the respective resource element group to control data for scheduling to form an ePDCCH configured to be communicated from the eNB to a user equipment, UE. mapping modulated symbols at the eNB in the ePDCCH to consecutive control channel elements, CCEs; mapping the CCEs to resource elements in a plurality of distributed physical resource blocks in a subframe, wherein each distributed physical resource block pair in the plurality of distributed physical resource blocks is separated in frequency from another distributed physical resource block pair by at least one additional physical resource block in the subframe and by a frequency that is at least two times a coherent bandwidth of an ePDCCH carrier frequency, wherein a resource element group is formed in one distributed physical resource block pair in the plurality of distributed physical resource blocks and the resource element group includes resource elements distributed in time and frequency for the ePDCCH; and applying the mapping of the consecutive CCEs to resource elements of the respective resource element group to control data for scheduling to form an ePDCCH configured to be communicated from the eNB to a user equipment, UE.
Substructure for receiving visible profiles , which has profile supports and an add-on part, wherein profile supports , on which the visible profiles can be supported, are arranged at an angle to one another and are connected by means of the add-on part , wherein furthermore the add-on part can be externally plugged onto a web of the connected profiled support by means of a hook-shaped plug-on section forming a receiving space , wherein furthermore the plugged-on add-on part is secured against being lifted off upwards, wherein a locking part is further provided, which is movable relative to the profiled support between a release position and a securing position, in which it engages in a form-fitting receptacle of the profiled support , characterised in that in that the locking part can be rotated relative to the add-on part about an axis (x) which is essentially vertical in a usage state of the substructure between the securing position and the release position and, in the securing position, also engages in a form-fitting receptacle of the add-on part .
A control device for controlling a driving machine , the control device having a server section configured for communicating with one or more external machines , wherein the control device comprises: a memory ; a program execution section configured for, based on receipt of an order to execute a control program of the driving machine , extracting in the memory data required for executing the control program , and controlling the driving machine in accordance with the control program ; a function execution section configured for executing a function of the server section utilizing a memory region on the memory in response to a request from the one or more external machines ; and a monitoring section configured for monitoring usage of the memory ; the control device being characterized in further comprising a restriction section , wherein the monitoring section is configured for regularly outputting the usage to the restriction section and wherein the restriction section is configured for, based on a determination that the usage has exceeded a predetermined first threshold, executing processing for restricting the function of the server section and thus execution of the control program is maintained. a memory ; a program execution section configured for, based on receipt of an order to execute a control program of the driving machine , extracting in the memory data required for executing the control program , and controlling the driving machine in accordance with the control program ; a function execution section configured for executing a function of the server section utilizing a memory region on the memory in response to a request from the one or more external machines ; and a monitoring section configured for monitoring usage of the memory ; the control device being characterized in further comprising a restriction section , wherein the monitoring section is configured for regularly outputting the usage to the restriction section and wherein the restriction section is configured for, based on a determination that the usage has exceeded a predetermined first threshold, executing processing for restricting the function of the server section and thus execution of the control program is maintained.
A process for producing a flexible abrasive article , in sheet or film form, comprising the following stages: a) laying a film F B of elastomeric or thermoplastic polymers PFB so as to obtain an upper surface and a lower surface ; b) forming with an aqueous suspension SA, having viscosity from 1,000 a 15,000 mPa·s, a layer on the upper surface of the film F B , said aqueous suspension SA comprising the following components: (i) elastomeric or thermoplastic polymers P SA , and (ii) abrasive particles ; c) subjecting the product obtained from the preceding stage to a heat cycle that first comprises a step of heating and then a step of cooling to room temperature, in the heating step the temperature is increased until reaching a temperature at least close to the melting or softening temperature of the polymers of the film F B and of the polymers P SA ; characterized in that in this process the film F B is formed with polymers P FB that have the same chemical composition as the polymers P SA present in the aqueous suspension SA. a) laying a film F B of elastomeric or thermoplastic polymers PFB so as to obtain an upper surface and a lower surface ; b) forming with an aqueous suspension SA, having viscosity from 1,000 a 15,000 mPa·s, a layer on the upper surface of the film F B , said aqueous suspension SA comprising the following components: (i) elastomeric or thermoplastic polymers P SA , and (ii) abrasive particles ; (i) elastomeric or thermoplastic polymers P SA , and (ii) abrasive particles ; c) subjecting the product obtained from the preceding stage to a heat cycle that first comprises a step of heating and then a step of cooling to room temperature, in the heating step the temperature is increased until reaching a temperature at least close to the melting or softening temperature of the polymers of the film F B and of the polymers P SA ;
A cleaner , comprising: a body ; a mop module disposed at a lower side of the body, supporting the body, and including a pair of spin mops for rotating and mopping a floor; and a sweep module disposed at the body and sweeping up a foreign material on the floor, wherein the sweep module comprises: an agitator of rotating to collect the foreign material on the floor; a storage space where the foreign material collected by the agitator is stored; and a wheel assembly including wheel assemblies respectively disposed at both sides of the storage space to support the sweep module and be in contact with the floor, and wherein the wheel assembly comprises: a wheel body where a wheel is installed, wherein the wheel body being movable in a vertical direction; and a cliff sensor for detecting a movement of the wheel body. a body ; a mop module disposed at a lower side of the body, supporting the body, and including a pair of spin mops for rotating and mopping a floor; and a sweep module disposed at the body and sweeping up a foreign material on the floor, wherein the sweep module comprises: an agitator of rotating to collect the foreign material on the floor; a storage space where the foreign material collected by the agitator is stored; and a wheel assembly including wheel assemblies respectively disposed at both sides an agitator of rotating to collect the foreign material on the floor; a storage space where the foreign material collected by the agitator is stored; and a wheel assembly including wheel assemblies respectively disposed at both sides of the storage space to support the sweep module and be in contact with the floor, and wherein the wheel assembly comprises: a wheel body where a wheel is installed, wherein the wheel body being movable in a vertical direction; and a cliff sensor for detecting a movement of the wheel body. a wheel body where a wheel is installed, wherein the wheel body being movable in a vertical direction; and a cliff sensor for detecting a movement of the wheel body.
A computer-implemented image segmentation method of classifying individual pixels of an image , the method comprising: receiving the image formed of a plurality of pixels; classifying pixels according to a hierarchical classification scheme, in which at least some of those pixels are classified by a parent level classifier in relation to a set of parent classes (A1, A2), each of which is associated with a subset of child classes (B1, B2, B3, B4), and each of those pixels is also classified by at least one child level classifier in relation to one of the subsets of child classes, wherein each of the parent classes corresponds to a category of visible structure, and each of the subset of child classes associated with it corresponds to a different type of visible structure within that category; wherein the child level classifier determines at least one child classification value which classifies that pixel in relation to a child class of that subset of child classes, and the parent level classifier determines at least one parent classification value which classifies that pixel in relation to the parent class with which that subset of child classes is associated; and wherein the child level classifier determines for that item at least one conditional classification value in relation to that child class which is conditional on that parent class, and determines the child satisfaction value by multiplying the parent classification value with the conditional classification value. receiving the image formed of a plurality of pixels; classifying pixels according to a hierarchical classification scheme, in which at least some of those pixels are classified by a parent level classifier in relation to a set of parent classes (A1, A2), each of which is associated with a subset of child classes (B1, B2, B3, B4), and each of those pixels is also classified by at least one child level classifier in relation to one of the subsets of child classes, wherein each of the parent classes corresponds to a category of visible structure, and each of the subset of child classes associated with it corresponds to a different type of visible structure within that category; wherein the child level classifier determines at least one child classification value which classifies that pixel in relation to a child class of that subset of child classes, and the parent level classifier determines at least one parent classification value which classifies that pixel in relation to the parent class with which that subset of child classes is associated; and wherein the child level classifier determines for that item at least one conditional classification value in relation to that child class which is conditional on that parent class, and determines the child satisfaction value by multiplying the parent classification value with the conditional classification value.
A kitchen appliance , in particular for cooking, comprising: - a vat of which one wall comprises a drain port equipped with a drain plug comprising a valve that is movable between a closing position and an opening position of said drain port, - means of fluid connection to a water supply, characterized in that said drain plug is connected to said connecting means and is configured such that its valve is moved between said closing position and said opening position, or inversely, when the plug is supplied with water by said connecting means , and in that the kitchen appliance further comprises means of controlling the supply of water to the plug . - a vat of which one wall comprises a drain port equipped with a drain plug comprising a valve that is movable between a closing position and an opening position of said drain port, - means of fluid connection to a water supply,
A laundry treating apparatus comprising: a cabinet ; a tub disposed inside the cabinet , and configured for accommodating water therein; a drum disposed rotatably inside the tub , and configured for accommodating laundry therein; and a detergent feeder disposed inside the cabinet , and configured for supplying detergent into the tub , wherein the detergent feeder includes: a storage unit including therein a storage space storing detergent therein; a detergent hose configured for flowing detergent delivered from the storage unit therethrough; and a water supply unit connected to the detergent hose to supply delivered detergent to the storage unit together with water, wherein at least a portion of the detergent hose extends along an outer surface of the water supply unit , wherein a hose accommodating groove extending along a longitudinal direction of the detergent hose to accommodate the detergent hose therein is defined in the outer surface of the water supply unit , characterised in that a connector accommodating portion is recessed inwardly of the water supply unit , is defined in the outer surface of the water supply unit and is connected to the hose accommodating groove , and wherein a detergent connector is disposed in the connector accommodating portion and connected to the detergent hose . a cabinet ; a tub disposed inside the cabinet , and configured for accommodating water therein; a drum disposed rotatably inside the tub , and configured for accommodating laundry therein; and a detergent feeder disposed inside the cabinet , and configured for supplying detergent into the tub , wherein the detergent feeder includes: a storage unit including therein a storage space storing detergent therein; a detergent hose configured for flowing detergent delivered from the storage unit therethrough; and a storage unit including therein a storage space storing detergent therein; a detergent hose configured for flowing detergent delivered from the storage unit therethrough; and a water supply unit connected to the detergent hose to supply delivered detergent to the storage unit together with water, wherein at least a portion of the detergent hose extends along an outer surface of the water supply unit , wherein a hose accommodating groove extending along a longitudinal direction of the detergent hose to accommodate the detergent hose therein is defined in the outer surface of the water supply unit , characterised in that a connector accommodating portion is recessed inwardly of the water supply unit , is defined in the outer surface of the water supply unit and is connected to the hose accommodating groove , and wherein a detergent connector is disposed in the connector accommodating portion and connected to the detergent hose .
A circuit arrangement comprising: a control circuit configured to identify a candidate message in received control data that indicates a potential location of an encoded message in the received control data, wherein the received control data is a plurality of control channel elements (CCEs) and the candidate message occupies a subset of the plurality of CCEs according to a predefined message bit length of the candidate message; a measurement circuit configured to perform a radio measurement, the control circuit further configured to compare the radio measurement to a predefined threshold and, if the radio measurement is greater than the predefined threshold, select a reduced integer number of CCEs that are less than all of the subset of the plurality of CCEs that the candidate message occupies; and a decoding circuit further configured to, if the radio measurement is greater than the predefined threshold, search for the encoded message in the received control data by decoding only the part of the candidate message from the received control data with the reduced integer number of CCEs. a control circuit configured to identify a candidate message in received control data that indicates a potential location of an encoded message in the received control data, wherein the received control data is a plurality of control channel elements (CCEs) and the candidate message occupies a subset of the plurality of CCEs according to a predefined message bit length of the candidate message; a measurement circuit configured to perform a radio measurement, the control circuit further configured to compare the radio measurement to a predefined threshold and, if the radio measurement is greater than the predefined threshold, select a reduced integer number of CCEs that are less than all of the subset of the plurality of CCEs that the candidate message occupies; and a decoding circuit further configured to, if the radio measurement is greater than the predefined threshold, search for the encoded message in the received control data by decoding only the part of the candidate message from the received control data with the reduced integer number of CCEs.