mhurhangee/patent-ind-claim-en huggingface dataset:
Method for recognizing optical markers , comprising the steps of: - providing an optical marker having a marker centre and at least two, in particular circular, rings surrounding the marker centre , each of the rings having a multiplicity of sectors , each sector having exactly one of at least two colours such that each ring forms a code; - capturing an image of the optical marker ; and - recognizing the marker centre in the image ; characterized in that - the sectors in a first ring of the optical marker are point-symmetric with respect to the marker centre and the sectors in a second ring are point-antisymmetric, - the method also comprising the steps of: - subtracting colour values of regions in the image which are point-symmetric with respect to the marker centre ; - determining a transformation which reflects a distortion of the optical marker in the image , on the basis of the result of the subtraction ; and - reading the code on the basis of the determined transformation. - providing an optical marker having a marker centre and at least two, in particular circular, rings surrounding the marker centre , each of the rings having a multiplicity of sectors , each sector having exactly one of at least two colours such that each ring forms a code; - capturing an image of the optical marker ; and - recognizing the marker centre in the image ; - the sectors in a first ring of the optical marker are point-symmetric with respect to the marker centre and the sectors in a second ring are point-antisymmetric, - the method also comprising the steps of: - subtracting colour values of regions in the image which are point-symmetric with respect to the marker centre ; - determining a transformation which reflects a distortion of the optical marker in the image , on the basis of the result of the subtraction ; and - reading the code on the basis of the determined transformation.
Sliding roof system for an automotive vehicle, with a movable roof part and a fixed in location roof portion and with at least one adjustment mechanism which is positioned within a guide track arrangement in order to displace the roof part between a closed position, a ventilation position and an open position moved below the fixed in location roof portion , the adjustment mechanism including a drive carriage capable of being driven by a drive system , and a support profile fixedly connected to the roof part and operatively connected to the drive carriage by means of a slotted guide mechanism (10 to 12), characterized in that the support profile , on the rear end region thereof, is articulated to a support lever , which lever is longitudinally displaceable within the guide track arrangement by means of a support carriage configured as a sliding joint, and in that within the guide track arrangement a support recess is provided and fixed in location, wherein a support element of the support lever is supported in response to a position of the support lever .
A tire tracking system for tracking travel mileage experienced by a vehicle tire , the system comprising: a vehicle supported by at least one vehicle tire ; a tire-affixed identification transponder operative to generate time stamped tire-specific identification data; a vehicle-based system operative to generate a synchronous stream of incremental vehicle travel distance estimations; a timestamp synchronization and distance traveled estimator operative to estimate a synchronous, preferably continuous stream of tire additional travel distance estimations based on the stream of incremental vehicle travel distance estimations and the time stamped tire-specific identification data; a mobile network for uploading the tire additional travel distance estimations and the tire-specific identification data to a remote server; wherein the remote server operatively aggregates a total tire travel distance from the uploaded tire additional travel distance estimations in a form accessible by the tire-specific identification data. a vehicle supported by at least one vehicle tire ; a tire-affixed identification transponder operative to generate time stamped tire-specific identification data; a vehicle-based system operative to generate a synchronous stream of incremental vehicle travel distance estimations; a timestamp synchronization and distance traveled estimator operative to estimate a synchronous, preferably continuous stream of tire additional travel distance estimations based on the stream of incremental vehicle travel distance estimations and the time stamped tire-specific identification data; a mobile network for uploading the tire additional travel distance estimations and the tire-specific identification data to a remote server; wherein the remote server operatively aggregates a total tire travel distance from the uploaded tire additional travel distance estimations in a form accessible by the tire-specific identification data.
A transfer roller , comprising: a roller body ; an absorbing layer provided with a plurality of micropores therein and disposed around the roller body ; and a transfer layer provided with a plurality of first through-holes therein and disposed around the absorbing layer for transferring a glue liquid to a coating roller , the micropores communicating with outside of the transfer roller via the first through-holes, the transfer roller being characterized in that the transfer roller further comprises absorbing particulates provided in each of the micropores. a roller body ; an absorbing layer provided with a plurality of micropores therein and disposed around the roller body ; and a transfer layer provided with a plurality of first through-holes therein and disposed around the absorbing layer for transferring a glue liquid to a coating roller , the micropores communicating with outside of the transfer roller via the first through-holes, the transfer roller being characterized in that the transfer roller further comprises absorbing particulates provided in each of the micropores.
A terminal operating method, comprising: generating at least one contact on a screen interface of a terminal; and displaying a preset function interface on the screen interface, characterised in that : if the at least one contact is located at a gap having multiple operation areas between a bottom edge of the screen interface and a function identifier displayed on the screen interface, and if a preset gesture track is formed from the contact as a start point through a slit between multiple function identifiers displayed on the screen interface, the preset function interface is displayed, wherein the preset function interface corresponds to either the slit through which the preset gesture track is formed or to the operation area from which the preset gesture track is started. generating at least one contact on a screen interface of a terminal; and displaying a preset function interface on the screen interface, characterised in that : if the at least one contact is located at a gap having multiple operation areas between a bottom edge of the screen interface and a function identifier displayed on the screen interface, and if a preset gesture track is formed from the contact as a start point through a slit between multiple function identifiers displayed on the screen interface, the preset function interface is displayed, wherein the preset function interface corresponds to either the slit through which the preset gesture track is formed or to the operation area from which the preset gesture track is started. if the at least one contact is located at a gap having multiple operation areas between a bottom edge of the screen interface and a function identifier displayed on the screen interface, and if a preset gesture track is formed from the contact as a start point through a slit between multiple function identifiers displayed on the screen interface, the preset function interface is displayed, wherein the preset function interface corresponds to either the slit through which the preset gesture track is formed or to the operation area from which the preset gesture track is started.
A method for determining in a subject's biological sample the relative proportions of papillary renal cell carcinoma (pRCC), clear cell renal cell carcinoma (ccRCC), and chromophobe renal cell carcinoma (chRCC), the method comprising: (a) Assaying a biological sample to determine expression level values of - at least one of the signature genes listed in Table 1, - at least one of the signature genes listed in Table 2, and - at least one of the signature genes listed in Table 3, whereby the biological sample has been provided from a subject suspected of being affected by RCC, (b) Subjecting the obtained expression level values to a signal separation method, thereby determining relative proportions of pRCC, ccRCC, and chRCC in said biological sample. (a) Assaying a biological sample to determine expression level values of - at least one of the signature genes listed in Table 1, - at least one of the signature genes listed in Table 2, and - at least one of the signature genes listed in Table 3, whereby the biological sample has been provided from a subject suspected of being affected by RCC, - at least one of the signature genes listed in Table 1, - at least one of the signature genes listed in Table 2, and - at least one of the signature genes listed in Table 3, whereby the biological sample has been provided from a subject suspected of being affected by RCC, (b) Subjecting the obtained expression level values to a signal separation method, thereby determining relative proportions of pRCC, ccRCC, and chRCC in said biological sample.
A display structure for a blind-spot display system of a vehicle, the display structure (DS) being arranged to be installed in connection with a structural element (AP), such as the A pillar, of a vehicle, the display structure comprising an input interface (IN) for camera means (CM), to receive and display image data of the blind-spot area that the structural element (AP) of the vehicle blocks, and wherein the flexible display film (DF) comprised by the display structure is installed on top of a cover plate (DE), whereby the cover plate (DE) thus forms a support surface for the display film (DF) of the display structure, and which cover plate is the cover plate (DE) of an installation location of an airbag element (AB) comprised by the structural element (AP), such as the A pillar, of the vehicle, and wherein the display film (DF) comprises at least two display film elements (DF1-DF3) and, between them, one or more meeting lines (E12, E23) for a break line (E12, E23) to facilitate the opening of the airbag element (AB), characterised in that at the meeting lines (E12, E23) the adjacent display film elements (DF1-DF3) are at least partly overlapping.
An aircraft , comprising: a wing module ; a fuselage , wherein the fuselage has at least one hole defined therethrough; and a spar disposed through the hole and extending into at least a portion of the wing module and at least a portion of the fuselage , wherein the spar connects the fuselage to the wing module ; and characterized in that the spar comprises a non-linear spar section disposed within the fuselage , the spar conforming to an interior surface of the fuselage . a wing module ; a fuselage , wherein the fuselage has at least one hole defined therethrough; and a spar disposed through the hole and extending into at least a portion of the wing module and at least a portion of the fuselage , wherein the spar connects the fuselage to the wing module ; and characterized in that the spar comprises a non-linear spar section disposed within the fuselage , the spar conforming to an interior surface of the fuselage .
A securement arrangement for use in securing a patient interface to the skin of a patient, the securement arrangement comprising: a substrate material having a first surface ; an adhesive material disposed on the first surface; and a release film disposed on the adhesive material, wherein the release film is sectioned into a plurality of sections, and wherein at least one section of the plurality of sections includes a first indicator provided on the at least one section and at least one second section of the plurality of sections includes a second indicator provided on said at least one second section different than the first indicator. a substrate material having a first surface ; an adhesive material disposed on the first surface; and a release film disposed on the adhesive material, wherein the release film is sectioned into a plurality of sections, and wherein at least one section of the plurality of sections includes a first indicator provided on the at least one section and at least one second section of the plurality of sections includes a second indicator provided on said at least one second section different than the first indicator.
Steer-by-wire steering system for a motor vehicle or a steering system for an autonomous driving motor vehicle having a controller, which controls the steering of the steerable road wheels depending on a driver's input or an input of an autonomous driving unit, wherein the controller has a normal mode of operation (AB) with full steering functionality and no quality problems, characterized in that the controller has at least two degraded modes (BC,CD,DE) with degraded operation of the steering system, wherein the steering system comprises a evaluation means, which evaluates the state of performance degradation of the steering system and which sets the operation mode of the controller according to the evaluation result, and wherein the operation modes (AB,BC,CD,DE) are each defined by ranges limited by performance limit values of the steering system.
An apparatus for encoding or decoding video information, the apparatus comprising: means for storing video information associated with a current layer; means for obtaining at least one of a chroma format of a current picture of the current layer to be decoded, a bit depth of luma samples of the current picture, or a bit depth of chroma samples of the current picture, wherein the current picture is an intra random access point, IRAP, picture that starts a new coded video sequence, CVS; means for obtaining at least one of a chroma format of a preceding picture of the current layer that was decoded, a bit depth of luma samples of the preceding picture, or a bit depth of chroma samples of the preceding picture; and means for determining a value of a first flag associated with the current picture, the first flag indicating whether previously decoded pictures in a decoded picture buffer, DPB, should be removed from the DPB without being output, the previously decoded pictures decoded from the one or more layers, characterized in that the determination of the value of the first flag is based on at least one of: the chroma format of the current picture and the chroma format of the preceding picture, the bit depth of the luma samples of the current picture and the bit depth of the luma samples of the preceding picture, or the bit depth of the chroma samples of the current picture and the bit depth of the chroma samples of the preceding picture. means for storing video information associated with a current layer; means for obtaining at least one of a chroma format of a current picture of the current layer to be decoded, a bit depth of luma samples of the current picture, or a bit depth of chroma samples of the current picture, wherein the current picture is an intra random access point, IRAP, picture that starts a new coded video sequence, CVS; means for obtaining at least one of a chroma format of a preceding picture of the current layer that was decoded, a bit depth of luma samples of the preceding picture, or a bit depth of chroma samples of the preceding picture; and means for determining a value of a first flag associated with the current picture, the first flag indicating whether previously decoded pictures in a decoded picture buffer, DPB, should be removed from the DPB without being output, the previously decoded pictures decoded from the one or more layers, characterized in that the determination of the value of the first flag is based on at least one of: the chroma format of the current picture and the chroma format of the preceding picture, the bit depth of the luma samples of the current picture and the bit depth of the luma samples of the preceding picture, or the bit depth of the chroma samples of the current picture and the bit depth of the chroma samples of the preceding picture.
An air conditioning system comprising a device on a heat-providing side , a device on a heat-using side , a thermal transfer apparatus configured to transfer a thermal medium from the device on the heat-providing side to the device on the heat-using side , and a machine learning apparatus configured to learn at least one of a temperature and a flowrate at which the thermal transfer apparatus transfers the thermal medium, wherein the machine learning apparatus includes: a state variable obtaining unit configured to obtain state variables including an operation condition of the device on the heat-providing side , an operation condition of the device on the heat-using side , and a value correlated with a heat quantity required by the device on the heat-using side ; and a learning unit configured to perform learning by associating the state variables with the at least one of the temperature and the flowrate; characterized by a reward calculating unit configured to calculate a reward, based on a total value of a power consumption of the device on the heat-providing side , a power consumption of the device on the heat-using side , and a power consumption of the thermal transfer apparatus and a risk information obtaining unit configured to, in a case where an abnormality occurs in the device on the heat-providing side or the device on the heat-using side , obtain a signal indicating the abnormality, and provide notification of the signal to the reward calculating unit , wherein the learning unit performs learning by using the reward, wherein the reward calculating unit is configured to reduce the reward in accordance with the notification of the signal provided by the risk information obtaining unit . a state variable obtaining unit configured to obtain state variables including an operation condition of the device on the heat-providing side , an operation condition of the device on the heat-using side , and a value correlated with a heat quantity required by the device on the heat-using side ; and a learning unit configured to perform learning by associating the state variables with the at least one of the temperature and the flowrate; characterized by a reward calculating unit configured to calculate a reward, based on a total value of a power consumption of the device on the heat-providing side , a power consumption of the device on the heat-using side , and a power consumption of the thermal transfer apparatus and a risk information obtaining unit configured to, in a case where an abnormality occurs in the device on the heat-providing side or the device on the heat-using side , obtain a signal indicating the abnormality, and provide notification of the signal to the reward calculating unit , wherein the learning unit performs learning by using the reward, wherein the reward calculating unit is configured to reduce the reward in accordance with the notification of the signal provided by the risk information obtaining unit .
Equipment for recovering humate substances from mineral coal raw material, provided with depository for the raw-material , and a mixer suitable for mixing the raw-material and the reagent (S), and provided with an ozonizing chamber , an ozone generator and a mechano-chemical activator , characterized by having attached to the raw- material depository a dryer , sealed from the environment and suitable for drying the raw material, and the dryer is attached, through a transporter , sealed from the environment, to a closed mixer , suitable for the mixing of the mineral coal base material with the solid state alkali reagent, and where a closed solid alkali feeder is attached to mixer , and through a transporter , sealed from the environment, the closed ozonizing chamber is also attached to mixer , where the chamber has an ozone inlet hole attached to the ozone generator , and the outlet hole of the chamber is attached to the mechano-chemical activator , sealed from the environment and the conduits attaching the said units to each other are sealed from the environment.
A method for contactless protection of a machine , wherein a plurality of protective fields (38A-B) configured in the vicinity of the machine are monitored for protective field violations by at least one optoelectronic sensor (10, 10a-b) and, in the event of a protective field violation, a safe output signal is generated at a safe output that is assigned to the protective field (38A-B), wherein the protective fields (38A-B) are configured such that a vehicle approaching the machine leads to a different sequence of protective field violations than a person approaching the machine , and the sequence of protective field violations is evaluated in order to distinguish vehicle and person from one another, characterized in that the optoelectronic sensor (10, 10a-b monitors three-dimensional protective fields (38A-B), in that the protective fields (38A-B) have at least two layers, with a lower layer and an upper layer arranged above it, and in that the configuration of the protective fields (38A-B) in the lower layer differs from the configuration of the protective fields (38A-B) in the upper layer, so that a horizontal 2D section through the upper layer provides a different image of the protective fields than a horizontal 2D section through the lower layer.