mhurhangee/patent-ind-claim-en huggingface dataset:
A composite structural member for an aircraft frame , the composite structural member comprising: an upper cap and a lower cap each having a horizontal portion and a vertical portion, wherein: the vertical portion of the upper cap and the vertical portion of the lower cap are interconnected by a vertical web , and the vertical web has a web thickness that is less than a cap thickness of the vertical portion of the upper cap and the lower cap , such that the vertical web is permitted to buckle under a compressive load; and a stiffener positioned on at least one side of the vertical web , the stiffener having: an intermediate portion positioned against the at least one side of the vertical web , two side portions extending away from the intermediate portion and the vertical web , a top end of the stiffener positioned proximate the horizontal portion of the upper cap , and a bottom end of the stiffener having a chamfered edge . an upper cap and a lower cap each having a horizontal portion and a vertical portion, wherein: the vertical portion of the upper cap and the vertical portion of the lower cap are interconnected by a vertical web , and the vertical web has a web thickness that is less than a cap thickness of the vertical portion of the upper cap and the lower cap , such that the vertical web is permitted to buckle under a compressive load; and the vertical portion of the upper cap and the vertical portion of the lower cap are interconnected by a vertical web , and the vertical web has a web thickness that is less than a cap thickness of the vertical portion of the upper cap and the lower cap , such that the vertical web is permitted to buckle under a compressive load; and a stiffener positioned on at least one side of the vertical web , the stiffener having: an intermediate portion positioned against the at least one side of the vertical web , two side portions extending away from the intermediate portion and the vertical web , a top end of the stiffener positioned proximate the horizontal portion of the upper cap , and a bottom end of the stiffener having a chamfered edge . an intermediate portion positioned against the at least one side of the vertical web , two side portions extending away from the intermediate portion and the vertical web , a top end of the stiffener positioned proximate the horizontal portion of the upper cap , and a bottom end of the stiffener having a chamfered edge .
A tire comprising: a tread portion provided with one or more blocks each demarcated by grooves , wherein the or each block has a block ground contacting surface and a block wall surface facing one of the grooves and extending inwards in a tire radial direction from the block ground contacting surface to a groove bottom of the one of the grooves , the block wall surface is provided with a plurality of first recesses , each of the first recesses is formed so as to extend across the block ground contacting surface and the block wall surface , each of the first recesses has a triangular ground contacting surface opening on the block ground contacting surface and a triangular wall surface opening on the block wall surface , wherein each of the ground contacting surface openings has a pair of first edges extending in a tapering manner from the block wall surface , whereby the pair of the first edges are connected at a second end , and the wall surface opening has a first end terminating without reaching the groove bottom , wherein each of the wall surface openings has a pair of second edges extending in a tapered manner from the block ground contacting surface , whereby the pair of the second edges are connected at the first end , characterized in that the block wall surface is provided with a plurality of second recesses arranged radially inside the first recesses , and each of the second recesses is recessed to have a triangular opening on the block wall surface . a tread portion provided with one or more blocks each demarcated by grooves , wherein the or each block has a block ground contacting surface and a block wall surface facing one of the grooves and extending inwards in a tire radial direction from the block ground contacting surface to a groove bottom of the one of the grooves , the block wall surface is provided with a plurality of first recesses , each of the first recesses is formed so as to extend across the block ground contacting surface and the block wall surface , each of the first recesses has a triangular ground contacting surface opening on the block ground contacting surface and a triangular wall surface opening on the block wall surface , wherein each of the ground contacting surface openings has a pair of first edges extending in a tapering manner from the block wall surface , whereby the pair of the first edges are connected at a second end , and the wall surface opening has a first end terminating without reaching the groove bottom , wherein each of the wall surface openings has a pair of second edges extending in a tapered manner from the block ground contacting surface , whereby the pair of the second edges are connected at the first end , characterized in that the block wall surface is provided with a plurality of second recesses arranged radially inside the first recesses , and each of the second recesses is recessed to have a triangular opening on the block wall surface .
Filling and closure device for filling a container to be filled with a filling product and for the subsequent closing of the container to be filled using a closure , preferably in a beverage filling line, having: a filling unit which is designed and configured to conduct the filling product into the container to be filled; a closure unit which is designed and configured to accommodate the closure and to close a filled container using the closure , characterised in that the filling and closure device has a cleaning arrangement having at least one cleaning nozzle which is designed and configured to direct a gas jet onto the closure supported by the closure unit , preferably onto its underside; and the cleaning arrangement has a gas line which is in fluid communication with the cleaning nozzle and is arranged, together therewith, in a filling unit housing of the filling unit . a filling unit which is designed and configured to conduct the filling product into the container to be filled; a closure unit which is designed and configured to accommodate the closure and to close a filled container using the closure , characterised in that the filling and closure device has a cleaning arrangement having at least one cleaning nozzle which is designed and configured to direct a gas jet onto the closure supported by the closure unit , preferably onto its underside; and the cleaning arrangement has a gas line which is in fluid communication with the cleaning nozzle and is arranged, together therewith, in a filling unit housing of the filling unit .
An internal combustion engine preferably having at least twelve cylinders, comprising: a engine casing and an oil pan assembly attached to a bottom side of the engine casing , wherein the oil pan assembly is formed by at least two segments , wherein the at least two segments are arranged next to each other in a longitudinal direction (L) of the engine , wherein the oil pan assembly comprises two end segments each having an end wall and two side walls , characterized in that the at least two segments are casted parts and each have an equal segment height (H). a engine casing and an oil pan assembly attached to a bottom side of the engine casing , wherein the oil pan assembly is formed by at least two segments , wherein the at least two segments are arranged next to each other in a longitudinal direction (L) of the engine , wherein the oil pan assembly comprises two end segments each having an end wall and two side walls , characterized in that the at least two segments are casted parts and each have an equal segment height (H).
A radio frequency, RF, front end comprising: a logarithmic detector amplifier, LDA, comprising: an amplifying circuit having an input port, and configured to receive, at the input port, a first input signal having a first frequency and to generate an oscillation based on the input signal; one or more resonant circuits coupled to the amplifying circuit and configured to establish a frequency of operation of the system and to generate, at a first output port, a first output signal having a second frequency, the second frequency being substantially the same as the first frequency; a controller circuit connected to the amplifier input and configured to cyclically terminate oscillation of the input signal each time a pre-determined threshold of current flowing in a voltage supply line to the amplifying circuit is reached, the controller circuit including a low pass filter configured to generate, at a second output port, a second output signal comprising a series of voltage spikes; and an antenna coupled to the input port of the LDA, wherein the first output port of the LDA is configured to receive a second input signal having a third frequency, wherein the LDA is configured to amplify the second input signal to output a first transmit signal having a fourth frequency at the input port along a first transmit path, wherein the fourth frequency is substantially the same as the third frequency. an amplifying circuit having an input port, and configured to receive, at the input port, a first input signal having a first frequency and to generate an oscillation based on the input signal; one or more resonant circuits coupled to the amplifying circuit and configured to establish a frequency of operation of the system and to generate, at a first output port, a first output signal having a second frequency, the second frequency being substantially the same as the first frequency; a controller circuit connected to the amplifier input and configured to cyclically terminate oscillation of the input signal each time a pre-determined threshold of current flowing in a voltage supply line to the amplifying circuit is reached, the controller circuit including a low pass filter configured to generate, at a second output port, a second output signal comprising a series of voltage spikes; and an antenna coupled to the input port of the LDA, wherein the first output port of the LDA is configured to receive a second input signal having a third frequency, wherein the LDA is configured to amplify the second input signal to output a first transmit signal having a fourth frequency at the input port along a first transmit path, wherein the fourth frequency is substantially the same as the third frequency.
A grounding structure of a high frequency circuit board , comprising: a dielectric substrate having a first surface , a second surface , and a first through-hole , the second surface being provided at a side opposite to the first surface , a first opening of the first through-hole at the first surface being smaller than a second opening of the first through-hole at the second surface ; a first grounding conductor layer provided in the first through-hole ; a back surface ground electrode provided at the second surface and connected with the first grounding conductor layer ; an upper ground electrode provided at the first surface and connected with at least the first grounding conductor layer ; and a microstripline upper electrode provided at the first surface , the microstripline upper electrode including at least a first region having a first line width (W1), the microstripline upper electrode having one end portion provided to oppose the first opening and overlap the second opening , a second line width (W2) of the one end portion being narrower than the first line width (W1). a dielectric substrate having a first surface , a second surface , and a first through-hole , the second surface being provided at a side opposite to the first surface , a first opening of the first through-hole at the first surface being smaller than a second opening of the first through-hole at the second surface ; a first grounding conductor layer provided in the first through-hole ; a back surface ground electrode provided at the second surface and connected with the first grounding conductor layer ; an upper ground electrode provided at the first surface and connected with at least the first grounding conductor layer ; and a microstripline upper electrode provided at the first surface , the microstripline upper electrode including at least a first region having a first line width (W1), the microstripline upper electrode having one end portion provided to oppose the first opening and overlap the second opening , a second line width (W2) of the one end portion being narrower than the first line width (W1).
An elongated assembly for a surgical clip applier, comprising: an outer shaft ; an end effector assembly disposed partially within and extending distally from the outer shaft , the end effector assembly including first and second spaced-apart arms and first and second jaws disposed at free ends of the first and second spaced-apart arms, respectively; and an inner drive sleeve disposed within the outer shaft , wherein distal sliding of the inner drive sleeve urges the first and second spaced-apart arms towards one another, thereby moving the first and second jaws from a spaced-apart position to an approximated position to apply a surgical clip about tissue disposed between the first and second jaws, characterized in that the inner drive sleeve includes a bearing assembly slidably disposed about the end effector assembly , the bearing assembly including at least one first ball bearing positioned adjacent the first spaced-apart arm and at least one second ball bearing positioned adjacent the second spaced-apart arm , wherein sliding of the bearing assembly from a proximal position to a distal position rolls the at least one first ball bearing and the at least one second ball bearing about the first and second spaced-apart arms, respectively, to urge the first and second spaced-apart arms towards one another, thereby moving the first and second jaws from the spaced-apart position to the approximated position. an outer shaft ; an end effector assembly disposed partially within and extending distally from the outer shaft , the end effector assembly including first and second spaced-apart arms and first and second jaws disposed at free ends of the first and second spaced-apart arms, respectively; and an inner drive sleeve disposed within the outer shaft , wherein distal sliding of the inner drive sleeve urges the first and second spaced-apart arms towards one another, thereby moving the first and second jaws from a spaced-apart position to an approximated position to apply a surgical clip about tissue disposed between the first and second jaws, characterized in that the inner drive sleeve includes a bearing assembly slidably disposed about the end effector assembly , the bearing assembly including at least one first ball bearing positioned adjacent the first spaced-apart arm and at least one second ball bearing positioned adjacent the second spaced-apart arm , wherein sliding of the bearing assembly from a proximal position to a distal position rolls the at least one first ball bearing and the at least one second ball bearing about the first and second spaced-apart arms, respectively, to urge the first and second spaced-apart arms towards one another, thereby moving the first and second jaws from the spaced-apart position to the approximated position.
A storage device having a first member and a second member between which is provided a storage space , the storage device having a top and a bottom, wherein the storage device further comprises a label tag projecting from the top of the first member of the storage device , wherein the label tag is defined by a front element and a rear element , the front element being provided with an open window ; the front and rear elements defining a pocket which can receive a label to be viewed through the window ; characterised in that the front element of the label tag comprises an upwardly projecting extension from the top of the first member of the storage device , which is integral with the first member of the storage device , and the rear element of the label tag is a piece of material which is separate from the first and second members of the storage device and is secured to the front element of the label tag behind the window , the rear element providing a whiteboard writing surface facing the window , on which markings can be written by means of a writing implement which extends through the open window .
A security establishment method of establishing a security of a terminal device , in which a subscriber identity module used to recognize a subscriber has been mounted, by using secret information (K) stored in the subscriber identity module and a pair of keys consisting of an encryption key (CK) and an integrity key (IK) generated based on the secret information, the security establishment method comprising: generating (S20-S70) the pair of keys via mutual authentication between the terminal device and a serving network (HPLMN); sharing in which the terminal device and the serving network share a first temporary key (K_ASME) by using the pair of keys generated at the generating; generating (S140, S150) in which the terminal device generates a second temporary key (K_SEAF) mapped with a security anchor function of a roaming destination network, the second temporary key being generated by using the first temporary key, and the roaming destination network (VPLMN) of the terminal device acquiring the second temporary key; and generating (S140, S150) in which the terminal device and the roaming destination network generate, by using at least the second temporary key and a subscriber identity used to recognize the subscriber in the serving network, a third temporary key (K_AMF) mapped with access and mobility administration function of the roaming destination network. generating (S20-S70) the pair of keys via mutual authentication between the terminal device and a serving network (HPLMN); sharing in which the terminal device and the serving network share a first temporary key (K_ASME) by using the pair of keys generated at the generating; generating (S140, S150) in which the terminal device generates a second temporary key (K_SEAF) mapped with a security anchor function of a roaming destination network, the second temporary key being generated by using the first temporary key, and the roaming destination network (VPLMN) of the terminal device acquiring the second temporary key; and generating (S140, S150) in which the terminal device and the roaming destination network generate, by using at least the second temporary key and a subscriber identity used to recognize the subscriber in the serving network, a third temporary key (K_AMF) mapped with access and mobility administration function of the roaming destination network.
A method comprising: a. using a polymerase adjacent to two electrodes on a substrate to bind a nucleotide complementary to a base being interrogated of a sample nucleic acid, the nucleotide having a tunneling label attached thereto, wherein the tunneling label is slightly larger than the size of a gap between the two electrodes, b. measuring a tunneling current between the two electrodes caused by the localization of the tunneling label to the two electrodes, c. identifying a nucleotide from the binding of the complementary base to the base being interrogated, as a function of the tunneling current measurement. a. using a polymerase adjacent to two electrodes on a substrate to bind a nucleotide complementary to a base being interrogated of a sample nucleic acid, the nucleotide having a tunneling label attached thereto, wherein the tunneling label is slightly larger than the size of a gap between the two electrodes, b. measuring a tunneling current between the two electrodes caused by the localization of the tunneling label to the two electrodes, c. identifying a nucleotide from the binding of the complementary base to the base being interrogated, as a function of the tunneling current measurement.
An inkjet recording device comprising: an inkjet unit configured to eject ink to a recording medium while scanning in a main scanning direction; a first treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a first treatment liquid, and is configured to scan together with the inkjet unit and eject the first treatment liquid to the recording medium ; and a second treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a second treatment liquid, and is configured to scan together with the inkjet unit and eject the second treatment liquid different from the first treatment liquid to the recording medium , wherein at least one of the first treatment liquid ejection head and the second treatment liquid ejection head is arranged on both sides of the inkjet unit in the main scanning direction, the first treatment liquid contains a coagulant that coagulates the ink, and characterized in that the second treatment liquid contains a resin dispersing agent obtained by dispersing a resin into a solution. an inkjet unit configured to eject ink to a recording medium while scanning in a main scanning direction; a first treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a first treatment liquid, and is configured to scan together with the inkjet unit and eject the first treatment liquid to the recording medium ; and a second treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a second treatment liquid, and is configured to scan together with the inkjet unit and eject the second treatment liquid different from the first treatment liquid to the recording medium , wherein at least one of the first treatment liquid ejection head and the second treatment liquid ejection head is arranged on both sides of the inkjet unit in the main scanning direction, the first treatment liquid contains a coagulant that coagulates the ink, and characterized in that the second treatment liquid contains a resin dispersing agent obtained by dispersing a resin into a solution.