mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a heat-insulating main body including an inner case, an outer case, and a foam insulating material filling a space between the inner case and the outer case, the heat-insulating main body having a front opening; a container having a top opening; and a rail which allows the container to move back and forth with respect to the inner case, wherein the rail includes a fixed rail and a movable rail which are slidably coupled, the fixed rail is fastened to the inner case of the heat-insulating main body, the movable rail includes a locking member for locking with the container, the container includes an engagement portion which engages with the locking member of the movable rail, the engagement portion is a holed portion having an opening vertically penetrating through the engagement portion, and the refrigerator further comprises a reinforcing member provided between the locking member and the engagement portion for retaining engagement between the container and the movable rail, characterized in that the locking member is made of metal, the engagement portion is made of plastic, and the reinforcing member is made of plastic which is softer than the engagement portion. a heat-insulating main body including an inner case, an outer case, and a foam insulating material filling a space between the inner case and the outer case, the heat-insulating main body having a front opening; a container having a top opening; and a rail which allows the container to move back and forth with respect to the inner case, wherein the rail includes a fixed rail and a movable rail which are slidably coupled, the fixed rail is fastened to the inner case of the heat-insulating main body, the movable rail includes a locking member for locking with the container, the container includes an engagement portion which engages with the locking member of the movable rail, the engagement portion is a holed portion having an opening vertically penetrating through the engagement portion, and the refrigerator further comprises a reinforcing member provided between the locking member and the engagement portion for retaining engagement between the container and the movable rail, characterized in that the locking member is made of metal, the engagement portion is made of plastic, and the reinforcing member is made of plastic which is softer than the engagement portion.
Display and operator control apparatus in a motor vehicle, which is able to be used at least for displaying information of different driver assistance systems and for selecting functions (F1-F3, F4-F7, F8, F9-Fn) associated with these driver assistance systems, wherein the display and operator control apparatus has at least one mode of operation in which the display and operator control apparatus displays selectable function groups (FG1-FGn), wherein the function groups (FG1-FGn) each have multiple associated selectable functions (F1-F3, F4-F7, F8, F9-Fn) associated with one of the driver assistance systems, wherein each function group (FG1-FGn) is associated with a map depiction (K, K', K", Kn') and the map depictions (K, K', K", Kn') each differ in the value of at least one of their depiction parameters, namely in the zoom level, in the inclination level and/or in the level of detailing, such that after each selection of one of the function groups (FG1, FG2, FG3 or FGn) a digital map depiction (K, K', K" or Kn') having particular depiction parameters, namely having a particular zoom level, a particular inclination level and a particular level of detailing, is displayed and after the selection of the function group (FG1, FG2, FG3 or FGn) functions (F1-F3, F4-F7, F8 or F9-Fn) from the selected function group (FG1, FG2, FG3 or FGn) are selectable, wherein another function group (FG1, FG2, FG3 or FGn) displayed in the at least one mode of operation beforehand can be called up and after another function group (FG1, FG2, FG3 or FGn) of this kind is called up simultaneously selectable functions (F1-F3, F4-F7, F8 or F9-Fn) of this other function group (FG1, FG2, FG3 or FGn) are displayed and the calling-up of another function group (FG1, FG2, FG3 or FGn) of this kind leads to a change in at least one depiction parameter, namely in the zoom level, in the inclination level and/or in the level of detailing, of the digital map depiction (e.g. to K, K', K" or Kn'), wherein the function groups (FG1 to FG6) selectable in the at least one mode of operation each have associated switches that are in the form of buttons on a touchscreen, are depictable on the touchscreen by virtue of operation of a menu key in hardware form and are activable by touch, wherein switches that are in the form of user-assignable favourites keys (12 to 14) and whose assignment is made by means of a drag & drop function are additionally associable with the function groups (FG1 to FG6).
A cylinder head gasket comprising a metallic carrier layer, in which at least one through-opening for a combustion chamber is located, and a combustion chamber sealing element, which is inserted in the through-opening and extends in a self-contained manner, characterized in that at least one gap is formed between the carrier layer and the combustion chamber sealing element, at least in some sections, said gap extending at least partially around the combustion chamber sealing element, and the carrier layer has at least groove-like channel integrally formed in the metallic layer, which extends from the at least one gap between the carrier layer and the combustion chamber sealing element to the outer edge of the carrier layer. at least one gap is formed between the carrier layer and the combustion chamber sealing element, at least in some sections, said gap extending at least partially around the combustion chamber sealing element, and the carrier layer has at least groove-like channel integrally formed in the metallic layer, which extends from the at least one gap between the carrier layer and the combustion chamber sealing element to the outer edge of the carrier layer.
A laundry treatment apparatus comprising: a drum configured to rotate within the laundry treatment apparatus and to accommodate laundry therein, the drum formed of a metal material; an induction module configured to be spaced apart from an outer circumferential surface of the drum and configured to heat the drum via induction using a magnetic field that is generated in a state in which current is applied to a coil in the induction module; a lifter that is provided in the drum and that is configured to revolve around the axis of rotation of the drum and to agitate the laundry inside the drum as the drum rotates; and a module controller, comprising at least one processor, that is configured to control an output of the induction module to control an amount of heat generated at the circumferential surface of the drum, characterized in that the module controller is configured to variably control the amount of heat that is generated based on a position of the lifter as the drum rotates, wherein the module controller is further configured to perform control to generate a first amount of heat in the drum based on the position of the lifter being within a first threshold region around the induction module, and to generate a second amount of heat, greater than the first amount of heat, in the drum based on the position of the lifter being outside of the first threshold region around the induction module. a drum configured to rotate within the laundry treatment apparatus and to accommodate laundry therein, the drum formed of a metal material; an induction module configured to be spaced apart from an outer circumferential surface of the drum and configured to heat the drum via induction using a magnetic field that is generated in a state in which current is applied to a coil in the induction module; a lifter that is provided in the drum and that is configured to revolve around the axis of rotation of the drum and to agitate the laundry inside the drum as the drum rotates; and a module controller, comprising at least one processor, that is configured to control an output of the induction module to control an amount of heat generated at the circumferential surface of the drum, characterized in that the module controller is configured to variably control the amount of heat that is generated based on a position of the lifter as the drum rotates, wherein the module controller is further configured to perform control to generate a first amount of heat in the drum based on the position of the lifter being within a first threshold region around the induction module, and to generate a second amount of heat, greater than the first amount of heat, in the drum based on the position of the lifter being outside of the first threshold region around the induction module.
A method of establishing a wireless data connection between a first vehicle and a second vehicle, the first vehicle driving ahead of the second vehicle, the method comprising: - a forward camera of the second vehicle obtaining image data imaging a rear portion of the first vehicle, - determining an identification number of the first vehicle from the obtained image data, - the second vehicle broadcasting a data connection request, the data connection request indicating at least a part of the determined identification number of the first vehicle and requesting the wireless data connection between the first vehicle and the second vehicle, - the second vehicle receiving a data connection reply from the first vehicle, and - in response to the receiving of the data connection reply, selectively participating in establishing of the wireless data connection between the first vehicle and the second vehicle, - determining a first part and a second part of the identification number of the first vehicle from the obtained image data, the data connection request indicating the first part of the identification number of the first vehicle and the data connection reply indicating the second part of the identification number of the first vehicle, and - comparing the second part of the identification number of the first vehicle as indicated in the data connection reply with the second part of the identification number of the first vehicle as determined from the image data, wherein the participating in the establishing of the wireless data connection is dependent on the comparing. - a forward camera of the second vehicle obtaining image data imaging a rear portion of the first vehicle, - determining an identification number of the first vehicle from the obtained image data, - the second vehicle broadcasting a data connection request, the data connection request indicating at least a part of the determined identification number of the first vehicle and requesting the wireless data connection between the first vehicle and the second vehicle, - the second vehicle receiving a data connection reply from the first vehicle, and - in response to the receiving of the data connection reply, selectively participating in establishing of the wireless data connection between the first vehicle and the second vehicle, - determining a first part and a second part of the identification number of the first vehicle from the obtained image data, the data connection request indicating the first part of the identification number of the first vehicle and the data connection reply indicating the second part of the identification number of the first vehicle, and - comparing the second part of the identification number of the first vehicle as indicated in the data connection reply with the second part of the identification number of the first vehicle as determined from the image data,
Modular power converter with wide-bandgap semiconductors, in particular SiC semiconductors, wherein the modular power converter has at least two basic units, wherein the basic units are connected to one another on the input side, wherein on the input side a basic unit has an input circuit and on the output side an output circuit, wherein input circuit and output circuit are each formed by the wide-bandgap semiconductors which are arranged in a B6 bridge circuit, wherein an intermediate circuit capacitor is connected in parallel both to the input circuit and to the output circuit and thus connects the intermediate circuits of the input circuit and of the output circuit to one another to form an intermediate circuit, wherein the input circuits of the basic units or of a subset of the basic units are arranged in a series circuit, wherein in each case at least one inductor is arranged between two input circuits, wherein a first phase of the input circuit of a first basic unit is connected to the first phase of the input circuit of a second basic unit by means of an inductor, wherein a second phase of the input circuit of the first basic unit is connected to the second phase of the input circuit of the second basic unit by means of a further inductor, and wherein a third phase of each of the at least two basic units is connected to a respective resistor, which is embodied to realise the function of a braking chopper.
Closure device for a container in which a flowable material is stored, comprising - a base element, which can be fastened on a container opening of the container - a spout with a dispensing opening ∘ whereby the spout is positioned inboard of the base element, and - a lid connected to the base element by a hinge, ∘ whereby the lid can be moved back and forth between a closed position in which the lid closes the dispensing opening so that the spout is not accessible and an open position in which the spout is accessible, - tamper evidence indication means for visually indicating if the lid of the closure device has once been moved out of its closed position, wherein the tamper evidence indication means comprise a first indication ring and at least a second indication ring, whereby the first indication ring and the second indication ring are connected by at least one frangible bridge which is configured to be disrupted when the lid is moved from its closed position, causing an axial movement of the first indication ring relative to the second indication ring, whereby the first indication ring and the second indication ring are coaxially positioned to each other, characterised in that the first indication ring and the second indication ring having an axially overlapping section before and after the lid of the closure device has once been moved out of its closed position. - a base element, which can be fastened on a container opening of the container - a spout with a dispensing opening ∘ whereby the spout is positioned inboard of the base element, and ∘ whereby the spout is positioned inboard of the base element, and - a lid connected to the base element by a hinge, ∘ whereby the lid can be moved back and forth between a closed position in which the lid closes the dispensing opening so that the spout is not accessible and an open position in which the spout is accessible, ∘ whereby the lid can be moved back and forth between a closed position in which the lid closes the dispensing opening so that the spout is not accessible and an open position in which the spout is accessible, - tamper evidence indication means for visually indicating if the lid of the closure device has once been moved out of its closed position, wherein the tamper evidence indication means comprise a first indication ring and at least a second indication ring, whereby the first indication ring and the second indication ring are connected by at least one frangible bridge which is configured to be disrupted when the lid is moved from its closed position, causing an axial movement of the first indication ring relative to the second indication ring, whereby the first indication ring and the second indication ring are coaxially positioned to each other, characterised in that the first indication ring and the second indication ring having an axially overlapping section before and after the lid of the closure device has once been moved out of its closed position.
A model template generation method performed by a model template generation device, the method comprising the following steps of: acquiring a model image (30; 40; 50); generating a plurality of variation images by applying to the model image (30; 40; 50) variations that are different from each other; extracting features from each of the plurality of variation images; and generating a model template based on the extracted features; wherein the step of extracting the features comprises segmenting the variation image into a plurality of regions (31; 41; 51, 52, 53) and extracting the feature of each region (31; 41; 51, 52, 53), characterized in that the step of generating the model template comprises generating the model template using only the features of the regions (31; 41; 51, 52, 53) where a kurtosis of the distribution of the features is higher than or equal to a predetermined threshold, said kurtosis being defined in the field of statistics and being an index that represents a sharpness of peak of frequency distribution and takes a higher value corresponding to a sharper peak. acquiring a model image (30; 40; 50); generating a plurality of variation images by applying to the model image (30; 40; 50) variations that are different from each other; extracting features from each of the plurality of variation images; and generating a model template based on the extracted features; wherein the step of extracting the features comprises segmenting the variation image into a plurality of regions (31; 41; 51, 52, 53) and extracting the feature of each region (31; 41; 51, 52, 53), characterized in that the step of generating the model template comprises generating the model template using only the features of the regions (31; 41; 51, 52, 53) where a kurtosis of the distribution of the features is higher than or equal to a predetermined threshold, said kurtosis being defined in the field of statistics and being an index that represents a sharpness of peak of frequency distribution and takes a higher value corresponding to a sharper peak.
A fertilizer granule comprising Potash dust, 500 ppm of Ferric oxide and Alginite as a binder in a concentration of 6 or 8% w/w Alginite/Potash dust.
A touch panel comprising: a glass substrate; a plurality of driving electrodes configured to receive driving pulses and formed in an active area on one surface of the glass substrate, wherein a bezel area corresponds to a circumferential area of the active area; and a plurality of receiving electrodes formed in the active area on the one surface of the glass substrate, wherein the receiving electrodes cross the driving electrodes at crossing regions (u, 180) thereby forming respectively driving electrode sections (TX1, TX1', TX1",...) and receiving electrode sections (RX1, RX1', RX1",...) between the crossing regions (u, 180), wherein outermost crossing regions among the crossing regions (u, 180) of the driving electrodes and receiving electrodes are formed at the circumferential boundary lines (k1, k2) between the active area and the bezel area, characterized in that only the driving electrode sections and the receiving electrode sections, which are adjacent to the outermost crossing regions have a smaller occupying size than those formed in the center of the active area and have corrugated lateral sides facing each other. a glass substrate; a plurality of driving electrodes configured to receive driving pulses and formed in an active area on one surface of the glass substrate, wherein a bezel area corresponds to a circumferential area of the active area; and a plurality of receiving electrodes formed in the active area on the one surface of the glass substrate, wherein the receiving electrodes cross the driving electrodes at crossing regions (u, 180) thereby forming respectively driving electrode sections (TX1, TX1', TX1",...) and receiving electrode sections (RX1, RX1', RX1",...) between the crossing regions (u, 180), wherein outermost crossing regions among the crossing regions (u, 180) of the driving electrodes and receiving electrodes are formed at the circumferential boundary lines (k1, k2) between the active area and the bezel area, characterized in that only the driving electrode sections and the receiving electrode sections, which are adjacent to the outermost crossing regions have a smaller occupying size than those formed in the center of the active area and have corrugated lateral sides facing each other.
A device for activating a blocking element of an important functional component, in particular a steering column or a gear shift lever of a motor vehicle, having a gear, which is mechanically operationally linked to the blocking element, and which can be moved into a locking position and an unlocking position and vice versa, wherein said blocking element engages in said important functional component in said locking position and said blocking element is disengaged from said important functional component in said unlocking position, wherein the gear is implemented such that the blocking element can be put into at least one intermediate position, which lies between the locking position and the unlocking position, in the event of an incorrect position of the component, wherein said gear has at least one guide means, which positively holds the blocking element both in the intermediate position and also in the locking position, so that a movement of the blocking element into the unlocking position is blocked, characterized in that the gear has a drive wheel, which is embodied with a guide geometry which cooperates with a guide element of the blocking element, by the guide element moving along the guide geometry on a movement of the blocking element into its respective position (1, 2, 3), wherein in the event of an incorrect position of the component the guide element lies in a contacting manner against the guide means formed on the guide geometry, and that the guide geometry has a curved guide contour (24, 64) for the movement of the blocking element from the locking position and into an unlocking position and vice versa.