mhurhangee/patent-ind-claim-en huggingface dataset:
A connector comprising: a housing capable of being fitted to a counterpart housing ; one or more terminal fittings provided in the housing, connected to ends of electric wires, and configured to electrically come into contact with counterpart terminal fittings provided in the counterpart housing when both of the housings (10; 80) are fitted together; and a pair of detection terminals provided in the housing and configured to mutually energized thereby to form a detection circuit when both of the housings (10; 80) are properly fitted together; and an electric wire via which the pair of detection terminals are mutually connected; wherein said detection terminals are formed in the same shape as the terminal fittings ; characterized in that the housing is provided with a plurality of cavities (12A; 12B) into which the terminal fittings and the detection terminals are each inserted, a front wall closing a space on a front side of the cavities in an insertion direction of the terminal fittings and the detection terminals , and a retainer mounting hole intersecting and communicating with the cavities (12A; 12B); the connector further comprising a retainer to retain the terminal fittings and the detection terminals inserted into the retainer mounting hole ; wherein a pressing portion capable of abutting onto the detection terminals and pressing the detection terminals toward the front wall is protrudingly provided in the retainer ; and the pressing portion is not disposed at a position corresponding to the terminal fittings . a housing capable of being fitted to a counterpart housing ; one or more terminal fittings provided in the housing, connected to ends of electric wires, and configured to electrically come into contact with counterpart terminal fittings provided in the counterpart housing when both of the housings (10; 80) are fitted together; and a pair of detection terminals provided in the housing and configured to mutually energized thereby to form a detection circuit when both of the housings (10; 80) are properly fitted together; and an electric wire via which the pair of detection terminals are mutually connected; wherein said detection terminals are formed in the same shape as the terminal fittings ; characterized in that the housing is provided with a plurality of cavities (12A; 12B) into which the terminal fittings and the detection terminals are each inserted, a front wall closing a space on a front side of the cavities in an insertion direction of the terminal fittings and the detection terminals , and a retainer mounting hole intersecting and communicating with the cavities (12A; 12B); the connector further comprising a retainer to retain the terminal fittings and the detection terminals inserted into the retainer mounting hole ; wherein a pressing portion capable of abutting onto the detection terminals and pressing the detection terminals toward the front wall is protrudingly provided in the retainer ; and the pressing portion is not disposed at a position corresponding to the terminal fittings .
A fault detection system for a wye-ring of a doubly-fed induction generator (DFIG) of a wind turbine , the wye-ring configured for at least three electrical phases , said fault detection system comprising: a data acquisition system comprising sensors, characterized by said data acquisition system comprising at least three sensors , each sensor of said at least three sensors configured to electrically couple with and measure a respective voltage of each phase of the at least three electrical phases of the wye-ring ; and the fault detection system comprising: an alert system coupled to said data acquisition system , said alert system configured to apply a Fourier transform to the respective measured voltages of each phase of the at least three electrical phases of the wye-ring , the alert system further configured to provide an indication of a condition of the wye-ring based upon the transformed measured voltages. a data acquisition system comprising sensors, characterized by said data acquisition system comprising at least three sensors , each sensor of said at least three sensors configured to electrically couple with and measure a respective voltage of each phase of the at least three electrical phases of the wye-ring ; and the fault detection system comprising: an alert system coupled to said data acquisition system , said alert system configured to apply a Fourier transform to the respective measured voltages of each phase of the at least three electrical phases of the wye-ring , the alert system further configured to provide an indication of a condition of the wye-ring based upon the transformed measured voltages.
A passive radiofrequency microelectronic component for an integrated circuit comprising a dielectric substrate (S, 22, 42, 80) and at least one metal conductive layer positioned on said substrate, said conductive layer comprising at least one first metal conductive portion (C1, 28, 48, 76) and a second metal conductive portion (C2, 32, 52, 74) separated by an insulation (I, 36, 54, 75), characterized in that it comprises at least one set (B) of additional layers comprising one graphene layer (G, 30, 56, 94) between a first intermediate dielectric layer (I 1 ) and a second intermediate dielectric layer (I 2 ), said set (B) being positioned between the first metal conductive portion and the second metal conductive portion, said at least one set (B) of additional layers covering partly said first metal conductive portion (C1) and being connected to said second metal conductive portion (C2) via a metal bridge which extends said second conductive portion and covers partially said at least one set (B) of additional layers, so that a radiofrequency or hyperfrequency signal crosses said at least one graphene layer (G, 30, 56, 94) when it is transmitted between said first metal conductive portion and said second metal conductive portion, said graphene layer (G, 30, 56, 94) being able, when it is subject to an electric potential, to transmit said radiofrequency or hyperfrequency signal along a first direction and to attenuate said radiofrequency or hyperfrequency signal according to a second direction opposite to said first direction, the passive radiofrequency microelectronic component obtained being non-reciprocal.
A method of generating a configuration for a network on chip, NoC, in a programmable device, comprising: receiving traffic flow requirements for a plurality of traffic flows; assigning routes through a network of the NoC for each traffic flow based on the traffic flow requirements, the network of the NoC comprising interconnected programmable switches , each of the routes being between a master circuit and a slave circuit, an ingress circuit being coupled between a respective master circuit and the network of the NoC , an egress circuit being coupled between a respective slave circuit and the network of the NoC ; determining arbitration settings for the traffic flows along the assigned routes; generating programming data for the NoC based on the routes and the arbitration settings; and loading the programming data to the programmable device to program at least some of the programmable switches of the network of the NoC , wherein when programmed, each programmed switch of the programmable switches is operable to route a communication between a pair of programmable switches of the programmable switches , or between a respective ingress circuit or a respective ingress circuit and another programmable switch of the programmable switches . receiving traffic flow requirements for a plurality of traffic flows; assigning routes through a network of the NoC for each traffic flow based on the traffic flow requirements, the network of the NoC comprising interconnected programmable switches , each of the routes being between a master circuit and a slave circuit, an ingress circuit being coupled between a respective master circuit and the network of the NoC , an egress circuit being coupled between a respective slave circuit and the network of the NoC ; determining arbitration settings for the traffic flows along the assigned routes; generating programming data for the NoC based on the routes and the arbitration settings; and loading the programming data to the programmable device to program at least some of the programmable switches of the network of the NoC , wherein when programmed, each programmed switch of the programmable switches is operable to route a communication between a pair of programmable switches of the programmable switches , or between a respective ingress circuit or a respective ingress circuit and another programmable switch of the programmable switches .
Vehicle (V) comprising a service battery (BS) electrically supplying an on-board network (RB) via connections, and further comprising at least one processor (PR) and at least one memory (MD) arranged, when a diagnosis of said service battery (BS) and its connections is requested, to carry out the operations consisting in controlling a generation of at least two successive current pulses and having a profile chosen so that said service battery (BS) consumes a current, and during each pulse to trigger at least one measurement of a current consumed by said service battery (BS) and a voltage at the terminals of said service battery (BS), then determining an actual internal resistance from these consumed currents and measured voltages, then triggering the delivery of a first alert signal when said actual internal resistance is lower than a first chosen threshold , characterized in that each pulse current comprises a first part having a duration of between 4 ms and 8 ms and an intensity of between 60 A and 120 A, and a second part following said first part and having a duration of between 4 ms and 8 ms and an intensity of between 5 A and 15 A.
An apparatus for preparing food, said apparatus comprising: - a shell having internal walls , - a drawer placed inside the shell , the drawer comprising a pan and a food basket , the food basket being placed inside the pan , - an air heating system and an air fan placed inside the shell , - a sliding mechanism is placed between the internal walls and the drawer . characterized in that the sliding mechanism is placed between the bottom part of the internal walls , and the bottom part of the drawer . - a shell having internal walls , - a drawer placed inside the shell , the drawer comprising a pan and a food basket , the food basket being placed inside the pan , - an air heating system and an air fan placed inside the shell , - a sliding mechanism is placed between the internal walls and the drawer . characterized in that the sliding mechanism is placed between the bottom part of the internal walls , and the bottom part of the drawer .
A power tool assembly comprising: a power tool including a battery support portion that defines a battery insertion axis and a cavity ; a battery pack that provides power to the power tool when operatively engaged with the battery support portion , said battery pack comprising a protrusion receivable into said cavity ; and a battery latching mechanism including a latch pivotable about a pivot axis transverse to the battery insertion axis and engageable with one of the battery pack or the battery support portion for securing the battery pack to the battery support portion, the latch being configured as a shaft extending across the width of said cavity , and a handle coupled for pivoting movement with the latch about the pivot axis , the handle extending about an outer periphery of a rear section of the battery support portion . a power tool including a battery support portion that defines a battery insertion axis and a cavity ; a battery pack that provides power to the power tool when operatively engaged with the battery support portion , said battery pack comprising a protrusion receivable into said cavity ; and a battery latching mechanism including a latch pivotable about a pivot axis transverse to the battery insertion axis and engageable with one of the battery pack or the battery support portion for securing the battery pack to the battery support portion, the latch being configured as a shaft extending across the width of said cavity , and a handle coupled for pivoting movement with the latch about the pivot axis , the handle extending about an outer periphery of a rear section of the battery support portion . a latch pivotable about a pivot axis transverse to the battery insertion axis and engageable with one of the battery pack or the battery support portion for securing the battery pack to the battery support portion, the latch being configured as a shaft extending across the width of said cavity , and a handle coupled for pivoting movement with the latch about the pivot axis , the handle extending about an outer periphery of a rear section of the battery support portion .
An apparatus for treating urinary incontinence, comprising: a support section adapted for providing urethral support; an anchoring section adapted for resisting movement of said apparatus in a vagina; an insert separate from the support section , a portion of which is adapted to be positioned proximal to said support section ; and, wherein said insert selectively provides at least support to said support section of said apparatus; wherein said insert is an o-ring. a support section adapted for providing urethral support; an anchoring section adapted for resisting movement of said apparatus in a vagina; an insert separate from the support section , a portion of which is adapted to be positioned proximal to said support section ; and, wherein said insert selectively provides at least support to said support section of said apparatus; wherein said insert is an o-ring.
A carrier comprising a hydraulic cylinder having a piston , a controller and a piston position sensor , wherein the carrier is arranged to carry an accessory through the use of the hydraulic cylinder and wherein the controller is configured to: receive piston position information; determine a direction of movement of the piston ; and if the piston position equals a stop distance (d1, d2) from an end wall of the hydraulic cylinder in the direction of movement, abort the movement, wherein the controller is further configured to receive an indication of an accessory type and set the stop distance (d1, d2) according to the accessory type. receive piston position information; determine a direction of movement of the piston ; and if the piston position equals a stop distance (d1, d2) from an end wall of the hydraulic cylinder in the direction of movement, abort the movement, wherein the controller is further configured to receive an indication of an accessory type and set the stop distance (d1, d2) according to the accessory type.
An aortic valve device suitable for treating mitral regurgitation, comprising: a frame having an annulus support , an aortic flange extending from one end of the annulus support , and a ventricular flange extending from another end of the annulus support , the ventricular flange flared radially outwardly so that the ventricular flange gradually increases in diameter until it reaches a ventricular end ; a set of leaflets sutured into the interior frame , with the leaflets assuming the valve function of the patient's native aortic valve, characterized in that the frame further includes a tenting element that extends from a portion of the circumference of the ventricular end that is less than 90% of the circumference of the ventricular end , with the tenting element defining one or more cellular elements that are formed by struts that are connected to the ventricular end and with the tenting element being located at a side of the circumference of the ventricular end that is positioned closer to a patient's aortic curtain when the frame is implanted in the aortic portion so that the tenting element pushes the anterior structure of the mitral valve towards the posterior side of the mitral valve. a frame having an annulus support , an aortic flange extending from one end of the annulus support , and a ventricular flange extending from another end of the annulus support , the ventricular flange flared radially outwardly so that the ventricular flange gradually increases in diameter until it reaches a ventricular end ; a set of leaflets sutured into the interior frame , with the leaflets assuming the valve function of the patient's native aortic valve, characterized in that the frame further includes a tenting element that extends from a portion of the circumference of the ventricular end that is less than 90% of the circumference of the ventricular end , with the tenting element defining one or more cellular elements that are formed by struts that are connected to the ventricular end and with the tenting element being located at a side of the circumference of the ventricular end that is positioned closer to a patient's aortic curtain when the frame is implanted in the aortic portion so that the tenting element pushes the anterior structure of the mitral valve towards the posterior side of the mitral valve.
An apparatus for carrier suppression in a frequency referenced passive optical network, PON, with point to multi-point, P2MP, topology comprising a central node and end nodes (106A-106N), where each end node (106A-106N) is configured to generate an intensity-modulated optical uplink signal and to lock a central frequency of the intensity-modulated optical uplink signal to one of reference tones of a downlink frequency comb signal broadcasted by a central node transmitter , and the central node comprises a single coherent receiver for detecting a combined uplink signal, the combined uplink signal comprising the intensity-modulated optical uplink signals from the end nodes (106A-106N), the apparatus configured to be arranged in the central node and comprising: a periodic optical filter unit configured for suppressing residual optical carriers in the combined uplink signal by filtering a portion of the downlink frequency comb signal and the combined uplink signal, and a control unit configured for monitoring a power of the filtered portion of the downlink frequency comb signal and spectrally aligning the periodic optical filter unit with the downlink frequency comb signal based on the power of the filtered portion of the downlink frequency comb signal. a periodic optical filter unit configured for suppressing residual optical carriers in the combined uplink signal by filtering a portion of the downlink frequency comb signal and the combined uplink signal, and a control unit configured for monitoring a power of the filtered portion of the downlink frequency comb signal and spectrally aligning the periodic optical filter unit with the downlink frequency comb signal based on the power of the filtered portion of the downlink frequency comb signal.
A method for predicting sepsis or diagnosing systemic inflammatory response syndrome (SIRS) and/or sepsis in a subject, the method comprising determining levels of at least CCL23, A1AT and CRP, optionally together with at least one or more of sICAM, PLA2, IL-6, procalcitonin, MMP8, TNFalpha, AcPGP, enzymatic MMP activity, TIMP1, sRAGE and desmosine in a sample taken from the subject, wherein the combined levels of the at least three markers are used to predict or diagnose SIRS and/or sepsis.
An electric wheel hub, including: a shell ; a motor assembly , including a stator , a rotor and a shaft , the stator and the rotor being received in the shell and relatively rotatable, the rotor being connected and rotatable with the shell , the shaft defining an axial direction and a circumferential direction , the shaft being movable in the axial direction and disposed through the stator , the shaft and the stator being relatively non-rotatable in the circumferential direction ; and a battery unit , received in the shell , electrically connected with the motor assembly characterized in that the electric wheel hub further includes two end caps configured to be respectively connected to two fork arms , wherein the two end caps are detachably disposed respectively around opposing ends of the shaft , and the shaft is hollow and configured for a spindle to be disposed therethrough. a shell ; a motor assembly , including a stator , a rotor and a shaft , the stator and the rotor being received in the shell and relatively rotatable, the rotor being connected and rotatable with the shell , the shaft defining an axial direction and a circumferential direction , the shaft being movable in the axial direction and disposed through the stator , the shaft and the stator being relatively non-rotatable in the circumferential direction ; and a battery unit , received in the shell , electrically connected with the motor assembly characterized in that the electric wheel hub further includes two end caps configured to be respectively connected to two fork arms , wherein the two end caps are detachably disposed respectively around opposing ends of the shaft , and the shaft is hollow and configured for a spindle to be disposed therethrough.
A spray pot, comprising: a body ; a detachable inner liner arranged in the body ; characterized by that the inner liner is integrally provided with a bottom of the inner liner and the spray pot further comprises: a one-way ventilation valve arranged at the bottom of the inner liner , the one-way ventilation valve being in a closed state when the body is placed uprightly and fluid is injected into the inner liner , and being in an opened state when the body is inverted and the fluid is discharged from the inner liner ; clamping portions arranged at a bottom of the body and configured to fix the one-way ventilation valve to the body ; and a cover arranged at a top of the body , configured to connect with a spray gun and tightly matched with both the body and the inner liner . a body ; a detachable inner liner arranged in the body ; characterized by that the inner liner is integrally provided with a bottom of the inner liner and the spray pot further comprises: a one-way ventilation valve arranged at the bottom of the inner liner , the one-way ventilation valve being in a closed state when the body is placed uprightly and fluid is injected into the inner liner , and being in an opened state when the body is inverted and the fluid is discharged from the inner liner ; clamping portions arranged at a bottom of the body and configured to fix the one-way ventilation valve to the body ; and a cover arranged at a top of the body , configured to connect with a spray gun and tightly matched with both the body and the inner liner . a one-way ventilation valve arranged at the bottom of the inner liner , the one-way ventilation valve being in a closed state when the body is placed uprightly and fluid is injected into the inner liner , and being in an opened state when the body is inverted and the fluid is discharged from the inner liner ; clamping portions arranged at a bottom of the body and configured to fix the one-way ventilation valve to the body ; and a cover arranged at a top of the body , configured to connect with a spray gun and tightly matched with both the body and the inner liner .