mhurhangee/patent-ind-claim-en huggingface dataset:
A ball stud track assembly comprising: a base having a ball track integrally formed with a connector portion, the ball track comprising: a front inner sidewall positioned opposite a back inner sidewall , wherein the back inner sidewall includes a lower portion having a lower portion top surface , and an upper portion having a retention ridge fixed in position relative to the back inner sidewall; an upper retaining arm extending from the front inner sidewall and terminating at an upper arm end portion surface ; and characterised by a lower retaining arm extending from the lower portion of the back inner sidewall and having a lower arm top surface , wherein the lower retaining arm is positioned such that upon insertion of a ball stud head into a ball track, the ball stud head contacts the upper retaining arm and the retention ridge before contacting the lower retaining arm, and wherein the upper arm end portion surface , the lower portion top surface , and the lower arm top surface extend to form a longitudinal ball channel having a central longitudinal ball channel axis , the ball channel configured to receive the ball stud head of the ball stud and allow sliding longitudinal movement of the ball stud head along the central longitudinal ball channel axis, while restricting movement of the ball stud head along axes perpendicular to the central longitudinal ball channel axis. a front inner sidewall positioned opposite a back inner sidewall , wherein the back inner sidewall includes a lower portion having a lower portion top surface , and an upper portion having a retention ridge fixed in position relative to the back inner sidewall; an upper retaining arm extending from the front inner sidewall and terminating at an upper arm end portion surface ; and characterised by a lower retaining arm extending from the lower portion of the back inner sidewall and having a lower arm top surface , wherein the lower retaining arm is positioned such that upon insertion of a ball stud head into a ball track, the ball stud head contacts the upper retaining arm and the retention ridge before contacting the lower retaining arm, and wherein the upper arm end portion surface , the lower portion top surface , and the lower arm top surface extend to form a longitudinal ball channel having a central longitudinal ball channel axis , the ball channel configured to receive the ball stud head of the ball stud and allow sliding longitudinal movement of the ball stud head along the central longitudinal ball channel axis, while restricting movement of the ball stud head along axes perpendicular to the central longitudinal ball channel axis.
Holder for arrangement on a dishwasher rack of a dishwasher, comprising a base body and a folding element which is arranged pivotably thereon and can be transferred from a use position into a non-use position and vice versa, characterised in that the base body has a recess which is open at the edge for receiving tubular washware , the folding element having an outer contour which corresponds to the inner contour of the recess and, in the use position, at least partially filling the recess flush with a storage surface provided by the base body .
Method for transmitting personal data, wherein the method comprises the following steps: receiving a request , which is represented by an electrical signal, from a sensor device for recording personal data via a sensor interface of a group of watchdog devices to the sensor device ; producing (-203) an encryption key and shares of a decryption key by using the group of watchdog devices , in response to the reception of the request , wherein the decryption key is split into the shares by using a method for secret sharing, and one of the shares is assigned to each one of the group of watchdog devices ; providing the encryption key to the sensor device via the sensor interface ; providing the shares of the decryption key to a terminal device via a terminal interface of the group of watchdog devices to the terminal device ; the sensor device generating encrypted personal data by using the personal data and the encryption key ; receiving the encrypted personal data via an input interface of a data board device to the sensor device ; and providing the encrypted personal data via an output interface of the data board device to the terminal device ; characterized in that the encrypted personal data are provided with a unique pointer, which is an index or the result of a hash function on the encrypted personal data , and the method comprises a step of blocking the provision of the shares of the decryption key to the terminal device if a check on the pointer by the group of watchdog devices reveals that the personal data have already been sold to another terminal device. receiving a request , which is represented by an electrical signal, from a sensor device for recording personal data via a sensor interface of a group of watchdog devices to the sensor device ; producing (-203) an encryption key and shares of a decryption key by using the group of watchdog devices , in response to the reception of the request , wherein the decryption key is split into the shares by using a method for secret sharing, and one of the shares is assigned to each one of the group of watchdog devices ; providing the encryption key to the sensor device via the sensor interface ; providing the shares of the decryption key to a terminal device via a terminal interface of the group of watchdog devices to the terminal device ; the sensor device generating encrypted personal data by using the personal data and the encryption key ; receiving the encrypted personal data via an input interface of a data board device to the sensor device ; and providing the encrypted personal data via an output interface of the data board device to the terminal device ; characterized in that the encrypted personal data are provided with a unique pointer, which is an index or the result of a hash function on the encrypted personal data , and the method comprises a step of blocking the provision of the shares of the decryption key to the terminal device if a check on the pointer by the group of watchdog devices reveals that the personal data have already been sold to another terminal device.
Rotary dynamo-electric reluctance machine having a direction of rotation (R) about an axis of rotation (A), wherein the reluctance machine comprises a rotor , which, viewed in the direction of rotation (R), comprises regions (2A...2D, 3A...3D) of differing magnetic resistance, wherein of these regions, regions (3A...3D) with material of a first magnetic conductivity μr > 50 form poles with the pole number 2p of the rotor, wherein these regions border non-magnetic material with μr < 5, wherein, viewed in the direction of rotation (R), the pole pitch extends from the centre of a region (2A...2D) with a second magnetic conductivity μr < 5 which is lower than the first magnetic conductivity to the centre of the next region (2A...2D) with the second magnetic conductivity, wherein, viewed in the direction of rotation (R), a width (B) of the regions (2A...2D) with the second magnetic conductivity is between 1% and 50% of the pole pitch (P) at least on a surface of the rotor , wherein a radial depth (T) of a pole, which, at least in sections, corresponds to more than 10% of a length of an arc of the pole pitch (P), characterised in that , to increase a torque of the reluctance machine , the region (2A...2D) with the second magnetic conductivity comprises permanent-magnetic material, wherein to increase a magnetic field strength in the air gap, the permanent-magnetic material has radial magnetisation and wherein, due to the embodiment of the rotor , the rotary dynamo-electrical reluctance machine has two torque constants, which can be adjusted via an energisation angle.
Object handling system for sorting objects, comprising a loading area , a continuous type conveyor , a plurality of discharge chutes arranged at intervals along the sides of the conveyor , a plurality of carriages, each carriage having at least one pair of adjacent seats (14, 15; 16, 17) for receiving respective objects and movable along the conveyor from a position in correspondence of the loading area , for receiving at least one object arriving in the loading area , to a position in correspondence of a discharge chute , for unloading into the discharge chute said at least one object , as well as a control apparatus able to recognize said at least one object arriving from the loading area and cause unloading of said at least one object from said seat (14, 15; 16, 17) into the chute when the carriage is situated in correspondence of the discharge chute towards which said at least one object is to be conveyed, characterized in that the object handling system comprises furthermore a light source (22-25) emitting a light beam directed towards the visible surface of each seat (14-17) and forming a corresponding luminous spot (14a-17a) visible to an operator who is standing in the loading area and a control apparatus for selectively activating said light source (22-25) so as to indicate to the operator the seat of said at least pair of seats (14, 15; 16, 17) on which said at least one object should be manually deposited by the operator, by lighting up said light source (22-25) when the carriage is located in correspondence of the loading area .
A display device comprising: a display panel ; a front cover including a front part covering an edge of a front surface of the display panel , a side part extended from the front part and covering a side surface of the display panel , and a guide protruded from the side part and supporting the side surface of the display panel ; a frame including a rear part positioned in a rear of the display panel and a supporting part extended from the rear part and supporting a rear surface of the display panel ; and a back cover positioned in the rear of the frame and coupled to the side part of the front cover , wherein the side part of the front cover is coupled to the frame , wherein the guide is elongated along the side surface of the display panel between the side surface of the display panel and the side part of the front cover , and wherein a gap is formed between the guide and the side part of the front cover . a display panel ; a front cover including a front part covering an edge of a front surface of the display panel , a side part extended from the front part and covering a side surface of the display panel , and a guide protruded from the side part and supporting the side surface of the display panel ; a frame including a rear part positioned in a rear of the display panel and a supporting part extended from the rear part and supporting a rear surface of the display panel ; and a back cover positioned in the rear of the frame and coupled to the side part of the front cover , wherein the side part of the front cover is coupled to the frame , wherein the guide is elongated along the side surface of the display panel between the side surface of the display panel and the side part of the front cover , and wherein a gap is formed between the guide and the side part of the front cover .
A burner assembly for a gas cooker comprising an open lower body having a peripheral wall provided with a gas inlet from a front portion and the top thereof forming an upper rim ; a venturi element extending axially within the lower body from a venturi inlet opposite the gas inlet to a rear portion of the peripheral wall in such a way to mix the gas supplied from the gas inlet with air; an upper part which is hermetically adapted to the lower body from the bottom along the upper rim and is configured to be positioned on a burner plate from the top, characterized in that the upper rim comprises a rim angle (α) that provides a slope towards the rear portion at the border where it joins with the upper part , and an elongated portion obtained by adjacent placement of the venturi element to the rear portion .
A radio frequency system comprising: a transmit path comprising a transmit radio frequency, RF, filter and an adjustable transmit phase shifter/matching network coupled between the transmit radio frequency filter and a transmit antenna port, wherein the adjustable transmit phase shifter/matching network is configured to transform an impedance of the transmit radio frequency filter at a receive frequency from a first lower impedance to a first higher impedance at the transmit antenna port; and a receive path comprising a receive radio frequency filter and an adjustable receive phase shifter/matching network coupled between the receive radio frequency filter and a receive antenna port, wherein the adjustable receive phase shifter/matching network is configured to transform an impedance of the receive radio frequency filter at a transmit frequency from a second lower impedance to a second higher impedance at the receive antenna port, wherein the transmit RF filter comprises a first tunable band reject filter configured to reject the receive frequency; wherein the receive radio frequency filter comprises a second tunable band reject filter configured to reject the transmit frequency, characterized in that the transmit RF filter comprises a further tunable band reject filter configured to reject a receive image frequency. a transmit path comprising a transmit radio frequency, RF, filter and an adjustable transmit phase shifter/matching network coupled between the transmit radio frequency filter and a transmit antenna port, wherein the adjustable transmit phase shifter/matching network is configured to transform an impedance of the transmit radio frequency filter at a receive frequency from a first lower impedance to a first higher impedance at the transmit antenna port; and a receive path comprising a receive radio frequency filter and an adjustable receive phase shifter/matching network coupled between the receive radio frequency filter and a receive antenna port, wherein the adjustable receive phase shifter/matching network is configured to transform an impedance of the receive radio frequency filter at a transmit frequency from a second lower impedance to a second higher impedance at the receive antenna port, wherein the transmit RF filter comprises a first tunable band reject filter configured to reject the receive frequency; wherein the receive radio frequency filter comprises a second tunable band reject filter configured to reject the transmit frequency, characterized in that the transmit RF filter comprises a further tunable band reject filter configured to reject a receive image frequency.
A method for forming low melting point glass frit or fibers comprising: providing a glass feedstock comprising a low melting point glass, wherein the low melting point glass has a glass transition temperature of less than 450°C; and melt-spinning the glass feedstock to produce glass fibers by bringing a high rotary tool into contact with a surface of the glass feedstock, wherein the melt-spinning simultaneously melts and spins the glass feedstock to produce melted glass strands resulting in a glass wool-like composition; wherein the glass transition temperature of the glass fibers is less than or equal to 120% of the glass transition temperature of the glass feedstock. providing a glass feedstock comprising a low melting point glass, wherein the low melting point glass has a glass transition temperature of less than 450°C; and melt-spinning the glass feedstock to produce glass fibers by bringing a high rotary tool into contact with a surface of the glass feedstock, wherein the melt-spinning simultaneously melts and spins the glass feedstock to produce melted glass strands resulting in a glass wool-like composition; wherein the glass transition temperature of the glass fibers is less than or equal to 120% of the glass transition temperature of the glass feedstock.
A communication control apparatus comprising: a communication control unit configured to control radio communication in a long term evolution, LTE, communication system performed by a terminal apparatus of one or more terminal apparatuses on a component carrier having a basic bandwidth, wherein the communication control unit is configured to set an extension band that is added to the component carrier only in an excess frequency band of the component carrier either on an upper side or a lower side of the component carrier, wherein the radio communication is performed using a frequency division duplex, FDD, scheme, wherein the component carrier is a downlink component carrier, said communication control apparatus being characterized in that the communication control unit is further configured to set a guard band on which no radio signal is transmitted, between the downlink component carrier and the extension band. a communication control unit configured to control radio communication in a long term evolution, LTE, communication system performed by a terminal apparatus of one or more terminal apparatuses on a component carrier having a basic bandwidth, wherein the communication control unit is configured to set an extension band that is added to the component carrier only in an excess frequency band of the component carrier either on an upper side or a lower side of the component carrier, wherein the radio communication is performed using a frequency division duplex, FDD, scheme, wherein the component carrier is a downlink component carrier, said communication control apparatus being characterized in that the communication control unit is further configured to set a guard band on which no radio signal is transmitted, between the downlink component carrier and the extension band.
A method for analyzing isoaspartic acid by dissociating precursor ions derived from a sample component and generating and analyzing product ions, the method comprising: generating product ions by irradiating the precursor ions with hydrogen radicals or radicals having oxidizing ability to dissociate the precursor ions; separating and detecting the product ions according to a mass-to-charge ratio; and specifying product ions derived from isoaspartic acid based on a mass-to-charge ratio of the product ions, wherein the precursor ions are irradiated with hydrogen radicals and the product ions derived from the isoaspartic acid are specified by searching for a c+57 ion or a z-57 ion, or wherein the product ions derived from the isoaspartic acid are specified by searching for an a+16 ion. generating product ions by irradiating the precursor ions with hydrogen radicals or radicals having oxidizing ability to dissociate the precursor ions; separating and detecting the product ions according to a mass-to-charge ratio; and specifying product ions derived from isoaspartic acid based on a mass-to-charge ratio of the product ions, wherein the precursor ions are irradiated with hydrogen radicals and the product ions derived from the isoaspartic acid are specified by searching for a c+57 ion or a z-57 ion, or wherein the product ions derived from the isoaspartic acid are specified by searching for an a+16 ion.
A compressor wheel for a turbocharger , comprising: a hub portion defining a rotational axis; and a plurality of blades extending radially outward from the hub portion, wherein each blade of the plurality of blades comprises a leading edge, the leading edges of each blade of the plurality of blades forming an inducer portion of a compressor wheel , wherein each blade of the plurality of blades comprises a trailing edge, the trailing edges of each blade of the plurality of blades forming an exducer portion of the compressor wheel, the inducer portion being positioned longitudinally forward from the exducer portion along a rotational axis with respect to a flow of air along the compressor wheel, wherein the hub portion and the plurality of blades comprise a substrate metal, wherein the substrate metal of the hub portion and the plurality of blades has coated directly thereon a first coating layer comprising electroless nickel-phosphorous, characterised in that the first coating layer has coated directly thereon a second coating layer comprising hard chrome, and wherein the second coating layer has a thickness that is greatest at the inducer portion, the thickness of the second coating layer decreasing rearward towards the exducer portion such that the thickness of the second coating layer is about zero microns at or longitudinally forward of the trailing edges of each blade of the plurality of blades. a hub portion defining a rotational axis; and a plurality of blades extending radially outward from the hub portion, wherein each blade of the plurality of blades comprises a leading edge, the leading edges of each blade of the plurality of blades forming an inducer portion of a compressor wheel , wherein each blade of the plurality of blades comprises a trailing edge, the trailing edges of each blade of the plurality of blades forming an exducer portion of the compressor wheel, the inducer portion being positioned longitudinally forward from the exducer portion along a rotational axis with respect to a flow of air along the compressor wheel, wherein the hub portion and the plurality of blades comprise a substrate metal, wherein the substrate metal of the hub portion and the plurality of blades has coated directly thereon a first coating layer comprising electroless nickel-phosphorous, characterised in that the first coating layer has coated directly thereon a second coating layer comprising hard chrome, and wherein the second coating layer has a thickness that is greatest at the inducer portion, the thickness of the second coating layer decreasing rearward towards the exducer portion such that the thickness of the second coating layer is about zero microns at or longitudinally forward of the trailing edges of each blade of the plurality of blades.
A hinge having a hinge part , which is fixable on a door or flap and is pivotably mounted via a support lever and a guide lever on a side part , having a linear damper having a piston rod movable in relation to the damper housing for damping a closing and/or opening movement of the hinge part , wherein a deflection element is provided, which is mounted so it is rotatable about an axis on the side part and is articulated with the damper or a component coupled to the damper and is arranged between the damper and the guide lever , to move the damper to generate a damping force during a closing movement of the hinge part , whereby, during an opening movement of the hinge part , the deflection element moves the damper to generate a damping force before reaching the maximally open position of the hinge part , characterized in that the deflection element is articulated with or a component connected to the guide lever , whereby the opening damping is active at least in an angle range (β) of at least 10° before the maximally open position of the hinge part and whereby at least one spring is provided, by means of which the hinge part is pre-tensioned into a closed position in a self-retraction range of the hinge .