mhurhangee/patent-ind-claim-en huggingface dataset:
A computing system comprising one or more processors configured to: determine a first membership criteria to be applied to a data set including a plurality of data items; identify one or more first data items of the data set that satisfy the first membership criteria; identify one or more second data items of the data set that do not satisfy the first membership criteria; transmit display instructions to a client computer device , the display instructions indicating display of a first filter view of the one or more first data items in a first graphically demarcated area and display of a second filter view of the one or more second data items in a second graphically demarcated area, such that information regarding both the data items matching the first membership criteria and data items not matching the first membership criteria are viewable by a user of the client computer device; determine a second membership criteria in response to one or more inputs from the user of the client computer device; identify one or more third data items that satisfy the first membership criteria and the second membership criteria; identify one or more fourth data items that satisfy the first membership criteria and do not satisfy the second membership criteria; and transmit updated display instruction to the client computer device, updated display instructions indicating display of a third filter view of the third data items and the further data items in the first graphically demarcated area. determine a first membership criteria to be applied to a data set including a plurality of data items; identify one or more first data items of the data set that satisfy the first membership criteria; identify one or more second data items of the data set that do not satisfy the first membership criteria; transmit display instructions to a client computer device , the display instructions indicating display of a first filter view of the one or more first data items in a first graphically demarcated area and display of a second filter view of the one or more second data items in a second graphically demarcated area, such that information regarding both the data items matching the first membership criteria and data items not matching the first membership criteria are viewable by a user of the client computer device; determine a second membership criteria in response to one or more inputs from the user of the client computer device; identify one or more third data items that satisfy the first membership criteria and the second membership criteria; identify one or more fourth data items that satisfy the first membership criteria and do not satisfy the second membership criteria; and transmit updated display instruction to the client computer device, updated display instructions indicating display of a third filter view of the third data items and the further data items in the first graphically demarcated area.
A nozzle , comprising: a first flow control element configured to control a flow of fluid into the nozzle; a second flow control element , disposed downstream from the first flow control element , and configured to control the flow of fluid between a straight bore outlet and a fog pattern outlet, wherein both the straight bore outlet and fog pattern outlet are downstream of the second flow control element; and a pattern sleeve operably coupled with the second flow control element , and configured to control the second flow control element using a rotation motion. a first flow control element configured to control a flow of fluid into the nozzle; a second flow control element , disposed downstream from the first flow control element , and configured to control the flow of fluid between a straight bore outlet and a fog pattern outlet, wherein both the straight bore outlet and fog pattern outlet are downstream of the second flow control element; and a pattern sleeve operably coupled with the second flow control element , and configured to control the second flow control element using a rotation motion.
An antenna apparatus (10; 20; 30; 40; 40'; 40") comprising: a substrate comprising a first main side and a second main side arranged opposite thereto; a first, a second and a third fixing region (16a-c) arranged at the first main side ; a first ribbon connecting the first fixing region and the second fixing region , which is at least regionally spaced apart from the substrate ; and a second ribbon connecting the second fixing region and the third fixing region , which is at least regionally spaced apart from the substrate ; characterized in that the first fixing region is implemented as a strip line for acquiring an electric signal , wherein the antenna apparatus is configured to emit, based on the electric signal , a radio signal with the ribbon, wherein a wavelength range of a radio signal emitted with the first ribbon , the second ribbon and the strip line is affected by a sum of a length (L 1 ) of the first ribbon , a length (L 2 ) of the second ribbon and a length of the strip line. a substrate comprising a first main side and a second main side arranged opposite thereto; a first, a second and a third fixing region (16a-c) arranged at the first main side ; a first ribbon connecting the first fixing region and the second fixing region , which is at least regionally spaced apart from the substrate ; and a second ribbon connecting the second fixing region and the third fixing region , which is at least regionally spaced apart from the substrate ; characterized in that the first fixing region is implemented as a strip line for acquiring an electric signal , wherein the antenna apparatus is configured to emit, based on the electric signal , a radio signal with the ribbon, wherein a wavelength range of a radio signal emitted with the first ribbon , the second ribbon and the strip line is affected by a sum of a length (L 1 ) of the first ribbon , a length (L 2 ) of the second ribbon and a length of the strip line.
Use of a fabric for a sound-absorbing element , the fabric having the following properties: - a specific airflow resistance comprised between 527 and 1552 [Pa s/m]; and - a mass porosity comprised between 66% and 79%, wherein said fabric is an artificial fabric, and wherein the warp of said fabric comprises a number of yarns per centimeter comprised between 5 and 40 and the weft of said fabric comprises a number of yarns per centimeter comprised between 5 and 40. - a specific airflow resistance comprised between 527 and 1552 [Pa s/m]; and - a mass porosity comprised between 66% and 79%, wherein said fabric is an artificial fabric, and wherein the warp of said fabric comprises a number of yarns per centimeter comprised between 5 and 40 and the weft of said fabric comprises a number of yarns per centimeter comprised between 5 and 40.
A mechanical blend of at least one powder of a silicon source, in which each particle is of a silicon source, and at least one powder of a boron source, in which each particle is of a boron source, and - wherein particles in the powders have an average particle size less than 250 μm, - wherein the blend comprises boron and silicon in a weight ratio boron to silicon within a range from 5:100 to 2:1, - wherein silicon and boron are together present in the blend in at least 25 wt%, and - wherein the at least one boron source and the at least one silicon source are oxygen free except for inevitable amounts of contaminating oxygen, and wherein the inevitable amount of contaminating oxygen is less than 5wt%. - wherein particles in the powders have an average particle size less than 250 μm, - wherein the blend comprises boron and silicon in a weight ratio boron to silicon within a range from 5:100 to 2:1, - wherein silicon and boron are together present in the blend in at least 25 wt%, and - wherein the at least one boron source and the at least one silicon source are oxygen free except for inevitable amounts of contaminating oxygen, and wherein the inevitable amount of contaminating oxygen is less than 5wt%.
A brazing ring , comprising: ring material including an aluminum-zinc-silicon alloy having a first melting point; and flux material contained within the ring material having a second melting point, which is lower than the first melting point, the ring material being formed in an annular shape such that the flux material is contained within an annular space within the ring material and exposed outwardly, and the ring material being formed with a J-cross section, having a short outer leg and a long inner leg , the annular space being formed between the legs , such that the flux material is more exposed to a heat source than the ring material and the short outer leg is more exposed to a heat source than the long inner leg , such that, upon heating, flux material melts before the ring material , wherein the short outer leg of the ring material is closer to a flow target than the long inner leg . ring material including an aluminum-zinc-silicon alloy having a first melting point; and flux material contained within the ring material having a second melting point, which is lower than the first melting point, the ring material being formed in an annular shape such that the flux material is contained within an annular space within the ring material and exposed outwardly, and the ring material being formed with a J-cross section, having a short outer leg and a long inner leg , the annular space being formed between the legs , such that the flux material is more exposed to a heat source than the ring material and the short outer leg is more exposed to a heat source than the long inner leg , such that, upon heating, flux material melts before the ring material , wherein the short outer leg of the ring material is closer to a flow target than the long inner leg .
A portable detector for metal detection, the detector including: - a head extending longitudinally and comprising an inductive transducer for measuring a variation in its inductance and/or for measuring parasite currents caused in the metals to be detected, and - a body including a controller programmed to control the activation or the deactivation of a standby function of the detector, characterised in that the detector also comprises a sensor for measuring displacement of the detector , and/or for measuring the orientation of the detector , and the controller controls the activation of the standby function if the following conditions are satisfied: - the amplitude of the signal measured by the inductive transducer is constant over a predetermined time period, and - the displacement value of the signal measured by the sensor is zero over this predetermined time period, or - the orientation value of the signal measured by the sensor is constant over this predetermined time period. - a head extending longitudinally and comprising an inductive transducer for measuring a variation in its inductance and/or for measuring parasite currents caused in the metals to be detected, and - a body including a controller programmed to control the - the amplitude of the signal measured by the inductive transducer is constant over a predetermined time period, and - the displacement value of the signal measured by the sensor is zero over this predetermined time period, or - the orientation value of the signal measured by the sensor is constant over this predetermined time period.
A method for stabilizing the potency of a LP2086 (fHBP) Subfamily B polypeptide in an immunogenic composition, said method comprising the step of (a) formulating the LP2086 (fHBP) Subfamily B polypeptide in a composition with a molar ratio of detergent to protein of between about 0.5:1 and about 10:1 wherein the composition further comprises aluminum at a concentration between about 0.1 mg/ml and about 1 mg/ml.
An additive for a thermoset resin matrix, the additive having a core comprising a thermoplastic particle or veil, and a reactive cross-linked thermoset coating, wherein the reactive cross-linked thermoset coating is the cured reaction product of an epoxy thermoset resin and an amine curing agent formed by precipitation polymerisation without the use of a surfactant in a dispersant, wherein the dispersant is a neat solvent or a mixture of solvents; and further wherein the reactive cross-linked thermoset coating comprises reactive groups on its surface, the reactive groups comprising unreacted amine and/or unreacted epoxy groups.
Cooking hob comprising at least one heating power transferring element including multiple concentrically arranged windings (2.1 - 2.n), one or more heating power energy units (3.1 - 3.n) for powering said windings (2.1 - 2.n) of the heating power transferring element and a control unit configured to control said one or more heating power energy units (3.1 - 3.n), wherein the cooking hob comprises detection means configured to determine the coverage of the windings (2.1 - 2.n) of the heating power transferring element by a cookware item , characterised in that the control unit is configured to balance the heat provided to the cookware item by determining a rescaled electric power for the windings (2.1 - 2.n) of the heating power transferring element based on power requests and information regarding the coverage of the windings (2.1 - 2.n) and to establish an operating cycle by determining a duty cycle for one or more windings (2.1 - 2.n) of the heating power transferring element , said duty cycle defining the activation time of the respective winding (2.1 - 2.n), wherein the duty cycle is chosen such that the mean electric power provided to the respective winding (2.1 - 2.n) within the operating cycle is equal or essentially equal to the rescaled electric power associated with said winding (2.1 - 2.n).
A hydraulic power tool comprising: a rivet squeezer comprising two opposing surfaces ; a hydraulic cylinder configured to move the surfaces between an open position and a compressed position; a hydraulic pump configured to provide hydraulic pressure to actuate the hydraulic cylinder in a first direction; an air tank configured to provide pneumatic pressure to actuate the hydraulic cylinder in a second direction and an electronic actuation switch ; wherein actuation of the hydraulic cylinder in the first direction causes the surfaces to move from the open position to the compressed position and actuation of the hydraulic cylinder in the second direction causes the surfaces to move from the compressed position to the open position; wherein actuation of the electronic actuation switch causes the hydraulic pump to provide the hydraulic pressure to actuate the hydraulic cylinder in the first direction in response to meeting one or more actuation criteria, the one or more actuation criteria comprising an indication of the surfaces being in the open position which comprises an indication of air pressure of the air tank being less than a predetermined pressure. a rivet squeezer comprising two opposing surfaces ; a hydraulic cylinder configured to move the surfaces between an open position and a compressed position; a hydraulic pump configured to provide hydraulic pressure to actuate the hydraulic cylinder in a first direction; an air tank configured to provide pneumatic pressure to actuate the hydraulic cylinder in a second direction and an electronic actuation switch ; wherein actuation of the hydraulic cylinder in the first direction causes the surfaces to move from the open position to the compressed position and actuation of the hydraulic cylinder in the second direction causes the surfaces to move from the compressed position to the open position; wherein actuation of the electronic actuation switch causes the hydraulic pump to provide the hydraulic pressure to actuate the hydraulic cylinder in the first direction in response to meeting one or more actuation criteria, the one or more actuation criteria comprising an indication of the surfaces being in the open position which comprises an indication of air pressure of the air tank being less than a predetermined pressure.
An automated valet parking method, the method comprising: delegating a driving authority to control a vehicle; transmitting (S920), to the vehicle, a first guide route that guides the vehicle to a designated parking spot from a current location of the vehicle so that the vehicle is able to perform automated valet parking in the designated parking spot; determining (S930) whether re-parking of the vehicle is required without a user request while the vehicle is parked at the designated parking spot; and if it is determined that re-parking of the vehicle is required, instructing (S940) re-parking of the vehicle by transmitting a second guide route that guides the vehicle from the designated parking spot to the new designated parking spot, wherein the new designated parking spot is determined as another parking spot closer to a pickup area than the designated parking spot where the vehicle is parked, based on the expected arrival time of the user to the pickup area. transmitting (S920), to the vehicle, a first guide route that guides the vehicle to a designated parking spot from a current location of the vehicle so that the vehicle is able to perform automated valet parking in the designated parking spot; determining (S930) whether re-parking of the vehicle is required without a user request while the vehicle is parked at the designated parking spot; and if it is determined that re-parking of the vehicle is required, instructing (S940) re-parking of the vehicle by transmitting a second guide route that guides the vehicle from the designated parking spot to the new designated parking spot, wherein the new designated parking spot is determined as another parking spot closer to a pickup area than the designated parking spot where the vehicle is parked, based on the expected arrival time of the user to the pickup area.
A display device (DD) comprising: a window member (WM) providing a front surface of the display device(DD); a display module (DM) comprising a non-bending area (NBA) overlapped with a display area (DA) of the window member (WM) and a bending area (BA) bent from the non-bending area (NBA); a flexible circuit board (FCB1) being connected to the display module (DM); characterised by a protective cover (PC) on a rear surface of the display module (DM) to cover the bending area (BA) of the display module (DM) and the flexible circuit board (FCB1); and a coupling structure removably or detachably coupling the display module (DM) to the protective cover (PC). a window member (WM) providing a front surface of the display device(DD); a display module (DM) comprising a non-bending area (NBA) overlapped with a display area (DA) of the window member (WM) and a bending area (BA) bent from the non-bending area (NBA); a flexible circuit board (FCB1) being connected to the display module (DM); characterised by a protective cover (PC) on a rear surface of the display module (DM) to cover the bending area (BA) of the display module (DM) and the flexible circuit board (FCB1); and a coupling structure removably or detachably coupling the display module (DM) to the protective cover (PC).
A fishing rod, comprising: a molded rod section having a surface ; and a fitting having a securing portion , the fitting being placed and secured on the surface of the rod section with a prepreg sheet wound on the securing portion of the fitting, the prepreg sheet being formed of plain-woven reinforcement fibers impregnated with a thermosetting resin, wherein the prepreg sheet is disposed so that the reinforcement fibers are in oblique directions with respect to an axial direction(X), characterized in that the prepreg sheet is wound and secured so that intersecting angles of the reinforcement fibers (F1', F2') with respect to the axial direction in a winding region on a part of the rod section located beyond a distal end of the securing portion are smaller than intersecting angles of the reinforcement fibers (F1, F2) with respect to the axial direction in a winding region on the securing portion . a molded rod section having a surface ; and a fitting having a securing portion , the fitting being placed and secured on the surface of the rod section with a prepreg sheet wound on the securing portion of the fitting, the prepreg sheet being formed of plain-woven reinforcement fibers impregnated with a thermosetting resin, wherein the prepreg sheet is disposed so that the reinforcement fibers are in oblique directions with respect to an axial direction(X), characterized in that the prepreg sheet is wound and secured so that intersecting angles of the reinforcement fibers (F1', F2') with respect to the axial direction in a winding region on a part of the rod section located beyond a distal end of the securing portion are smaller than intersecting angles of the reinforcement fibers (F1, F2) with respect to the axial direction in a winding region on the securing portion .
An optical transmission assembly, wherein the optical transmission assembly comprises a serializer , a high-order modulation unit , a digital-analog conversion unit , and an optical transmission module , wherein the serializer and the high-order modulation unit are electrically connected, the high-order modulation unit and the digital-analog conversion unit are electrically connected, and the digital-analog conversion unit and the optical transmission module are electrically connected; the optical transmission module comprises at least one transmit processing unit and at least one receive processing unit ; the serializer is configured to serially combine every two of multiple electrical signals that are input into the optical transmission assembly, to obtain a serially mixed electrical signal; and is further configured to serially split a serially mixed electrical signal received from the high-order modulation unit , to obtain and output multiple electrical signals; the high-order modulation unit is configured to modulate the serially mixed electrical signal received from the serializer and output a modulated serially mixed electrical signal to the digital-analog conversion unit , and is further configured to demodulate a modulated serially mixed electrical signal received from the digital-analog conversion unit , to obtain the serially mixed electrical signal and output the serially mixed electrical signal to the serializer ; the digital-analog conversion unit is configured to convert the modulated serially mixed electrical signal received from the high-order modulation unit to an analog electrical signal and output the analog electrical signal to the optical transmission module , and is further configured to convert an analog electrical signal received from the optical transmission module to the modulated serially mixed electrical signal and output the modulated serially mixed electrical signal to the high-order modulation unit ; and the high-order modulation unit is a pulse amplitude modulation four, PAM4, unit or a Discrete Multi-Tone, DMT, unit.