mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitive ultrasound transducer , comprising: a substrate ; and a flexible membrane , the flexible membrane including peripheral regions along which the flexible membrane is mounted to the substrate, and a middle region extending between the peripheral regions, wherein the substrate and the flexible membrane are separated by an original gap in the peripheral regions; characterized in that the substrate includes a further membrane disposed beneath the flexible membrane, the further membrane being contoured so that the flexible membrane is collapsed against the further membrane in the vicinity of the middle region in the absence of a bias voltage, wherein the substrate further includes a support disposed beneath the further membrane, the support being dimensioned and configured to deflect a corresponding portion of the further membrane upward toward the flexible membrane to an extent at least equal to the thickness of the original gap. a substrate ; and a flexible membrane , the flexible membrane including peripheral regions along which the flexible membrane is mounted to the substrate, and a middle region extending between the peripheral regions, wherein the substrate and the flexible membrane are separated by an original gap in the peripheral regions; characterized in that the substrate includes a further membrane disposed beneath the flexible membrane, the further membrane being contoured so that the flexible membrane is collapsed against the further membrane in the vicinity of the middle region in the absence of a bias voltage, wherein the substrate further includes a support disposed beneath the further membrane, the support being dimensioned and configured to deflect a corresponding portion of the further membrane upward toward the flexible membrane to an extent at least equal to the thickness of the original gap.
An excavator comprising: a lower traveling body ; an upper turning body turnably mounted to the lower traveling body ; an attachment that is attached to the upper turning body ; a bucket constituting the attachment; and a control device configured to calculate a weight of an object that is moved from inside the bucket onto a loading platform of a transport vehicle, based on output of a space recognition device (S6), configured to recognize a space surrounding the upper turning body , and the weight of the object in the bucket characterized in that the control device is configured to determine whether the object in the bucket that drops from the bucket drops onto the loading platform of the transport vehicle or drops outside of the loading platform. a lower traveling body ; an upper turning body turnably mounted to the lower traveling body ; an attachment that is attached to the upper turning body ; a bucket constituting the attachment; and a control device configured to calculate a weight of an object that is moved from inside the bucket onto a loading platform of a transport vehicle, based on output of a space recognition device (S6), configured to recognize a space surrounding the upper turning body , and the weight of the object in the bucket characterized in that the control device is configured to determine whether the object in the bucket that drops from the bucket drops onto the loading platform of the transport vehicle or drops outside of the loading platform.
A receiver comprising an input unit configured to receive an encoded representation of a slice of a picture , a decoder for decoding the encoded representation and an output unit configured to output decoded pictures decoded by the decoder ., said encoded representation comprising a slice header and slice data , and said decoder comprising: a set identifying unit configured to identify a parameter set associated with said encoded representation based on a parameter set identifier obtainable based on said slice header ; a parsing unit configured to parse a slice header extension present flag present in said parameter set and parse, if said slice header extension present flag has a predefined value, a length indicator in variable length code associated with said encoded representation and indicative of a length in bits or bytes of an extension field in said slice header ; and a processing unit configured to cause, if said slice header extension present flag has said predefined value, said decoder to ignore, during decoding of said encoded representation , any value of said extension field identified based on said length indicator . a set identifying unit configured to identify a parameter set associated with said encoded representation based on a parameter set identifier obtainable based on said slice header ; a parsing unit configured to parse a slice header extension present flag present in said parameter set and parse, if said slice header extension present flag has a predefined value, a length indicator in variable length code associated with said encoded representation and indicative of a length in bits or bytes of an extension field in said slice header ; and a processing unit configured to cause, if said slice header extension present flag has said predefined value, said decoder to ignore, during decoding of said encoded representation , any value of said extension field identified based on said length indicator .
Furniture for child comprising at least one sleeping module consisting of a horizontal wall and four vertical walls , at least one of said vertical walls comprising at least one opening on which is fixed at least one door movable in vertical translation associated with at least one locking/unlocking means of said door operable by a user where said door consists of at least one fabric door panel connected to at least two lateral guide means directing the translation of said door panel , to at least one fixed lower door bar and at least one movable upper door bar allowing the closing of the door by the upward deployment of the door panel characterized in that it allows the opening of the door by the downward folding of the door panel and in that the locking/unlocking means , by default positioned in locking mode, consists of at least one locking means of the upper bar of the door when it is in the closed position, said blocking means being fixed on an axis of rotation , and being associated with at least one latch constituting a means of unlocking the switchover in rotation of said blocking means .
Home automation installation comprising: - a shutter , and - a shutter manoeuvring device comprising at least one electrical actuator and a means for linking the shutter to the electrical actuator, the electrical actuator comprising a power supply means , an electric motor and a reducing gear having a reduction ratio (R) and disposed between the electric motor and the link means, an output stage of the reducing gear being subjected to a maximum torque (CMAX) transmitted by the link means when the shutter is subjected to a wind, whose wind speed reaches a maximum wind speed (VMAX) of 30 m/s, - a means for remotely controlling the manoeuvring device, characterized in that the maximum driving torque (CD) of the electric motor powered by the power supply means is less than half the maximum torque (CMAX), even less than a quarter of the maximum torque (CMAX), divided by the reduction ratio, in that the actuator comprises a manual declutching means situated between the electric motor and an output stage of the reducing gear, in that the manoeuvring device comprises a wind detection means (30a, 34-36), in that the manoeuvring device comprises a signalling means that can be activated by the wind detection means and in that the manoeuvring device comprises a control unit capable of setting the shutter to a safety position with respect to the effects of the wind, a first safety position being the open position of the shutter, another safety position being the closed position of the shutter, the choice of going to one safety position rather than the other depending on the analysis of at least one internal parameter of the actuator. - a shutter , and - a shutter manoeuvring device comprising at least one electrical actuator and a means for linking the shutter to the electrical actuator, the electrical actuator comprising a power supply means , an electric motor and a reducing gear having a reduction ratio (R) and disposed between the electric motor and the link means, an output stage of the reducing gear being subjected to a maximum torque (CMAX) transmitted by the link means when the shutter is subjected to a wind, whose wind speed reaches a maximum wind speed (VMAX) of 30 m/s, - a means for remotely controlling the manoeuvring device,
An antenna device , comprising at least: a plurality of rod-like cores arranged in series; a coil formed by winding a conductive wire; and a capacitor electrically connected to the coil , wherein a first rod-like core , which is selected from the plurality of rod-like cores, and a second rod-like core , which is selected from the plurality of rod-like cores and is arranged on any one end portion side of the first rod-like core , are arranged apart from each other, and wherein at least one end surface, which is selected from an end surface of the first rod-like core on a side on which the second rod-like core is arranged and an end surface of the second rod-like core on a side on which the first rod-like core is arranged, is located on an inner peripheral side of the coil , characterized in that length of the coil in an axial direction is shorter than a length of the first rod-like core in an axial direction and a length of the second rod-like core in an axial direction. a plurality of rod-like cores arranged in series; a coil formed by winding a conductive wire; and a capacitor electrically connected to the coil , wherein a first rod-like core , which is selected from the plurality of rod-like cores, and a second rod-like core , which is selected from the plurality of rod-like cores and is arranged on any one end portion side of the first rod-like core , are arranged apart from each other, and wherein at least one end surface, which is selected from an end surface of the first rod-like core on a side on which the second rod-like core is arranged and an end surface of the second rod-like core on a side on which the first rod-like core is arranged, is located on an inner peripheral side of the coil , characterized in that length of the coil in an axial direction is shorter than a length of the first rod-like core in an axial direction and a length of the second rod-like core in an axial direction.
A shaving razor system comprising: a housing having a guard and a cap ; at least one blade mounted to the housing between the guard and the cap ; at least one metallic clip securing the at least one blade to the housing ; characterized by a heater bar adjacent to the housing to provide warmth to the user's skin during shaving, wherein the at least one clip directly contacts the heater bar and the at least one blade to provide heat to the at least one blade . a housing having a guard and a cap ; at least one blade mounted to the housing between the guard and the cap ; at least one metallic clip securing the at least one blade to the housing ; characterized by a heater bar adjacent to the housing to provide warmth to the user's skin during shaving, wherein the at least one clip directly contacts the heater bar and the at least one blade to provide heat to the at least one blade .
A management method transient operation of a powertrain of a diesel thermal vehicle with manual gearbox equipped with an intake system for fresh air and recycled exhaust gases, a unit for treating the exhaust gases by selective catalytic reduction of nitrogen oxides and a unit for treating the exhaust gases by catalytic oxidation, comprising the steps consisting of: - detecting a load and/or rpm increase demand, - increasing an intake air flow rate of the power train to satisfy the load and/or rpm increase demand, and wherein the air flow rate is increased by prioritizing a recirculated exhaust gas intake according to at least: - of a precursor liquid level of a nitrogen oxide reducer in a storage tank of the vehicle, and/or - of a temperature of the exhaust gas treatment unit of the vehicle by selective catalytic reduction of nitrogen oxides, and/or - of an ignition state of the exhaust gas treatment unit by catalytic oxidation. - detecting a load and/or rpm increase demand, - increasing an intake air flow rate of the power train to satisfy the load and/or rpm increase demand, and wherein the air flow rate is increased by prioritizing a recirculated exhaust gas intake according to at least: - of a precursor liquid level of a nitrogen oxide reducer in a storage tank of the vehicle, and/or - of a temperature of the exhaust gas treatment unit of the vehicle by selective catalytic reduction of nitrogen oxides, and/or - of an ignition state of the exhaust gas treatment unit by catalytic oxidation. - of a precursor liquid level of a nitrogen oxide reducer in a storage tank of the vehicle, and/or - of a temperature of the exhaust gas treatment unit of the vehicle by selective catalytic reduction of nitrogen oxides, and/or - of an ignition state of the exhaust gas treatment unit by catalytic oxidation.
Channel baling press comprising a pressing box which can be loaded through a drop shaft , can be acted upon by means of a pressing plunger and of which the loading opening forms, on the front side opposite the pressing plunger , a V-shaped recess fitted with blades , and comprising a receiving space which adjoins the V-shaped recess , is open towards the drop shaft and has a rear wall , which connects two side walls and terminates the receiving space at the top by means of a cylindrical portion , and two bottom portions which rise from the V-shaped recess both towards the rear wall and towards the adjoining side wall , characterised in that the continuously cylindrical rear wall rises, starting from the point of the V-shaped recess , initially with a larger radius of curvature and then transitions into the smaller radius of curvature of the portion , which terminates the receiving space at the top and issues into the drop shaft , and in that the bottom portions are convexly curved.
An interior lighting device of a motor vehicle, comprising a housing housing at least one light source mounted on an electronic control board , at least one mask provided with at least one transparent wall mounted on the mask via at least one member for positioning the transparent wall on the mask , and at least one light guide via which the light (F1a, F1b) emitted by the light source is able to be conveyed towards the transparent wall said at least one positioning member is configured as a light guide, characterized in that the positioning member is cooperating at least with a light guide with which it forms an assembly for guiding the light (F1a, F1b) emitted by the light source towards the transparent wall .
A bone anchored hearing device comprising: - an input transducer configured to provide an electric input signal representing sound of a surrounding of a user of the bone anchored hearing device; - a signal processing unit configured to process the electric input signal and provide a processed electric signal; - an electromagnetic vibrator for generating a vibration in order to transmit sound through a bone of a user to an ear of the user based on the processed electric signal; and - a compensator configured to determine a compensation signal for at least in part compensating a distortion in the vibration of the electromagnetic vibrator , wherein the compensation of the distortion is based on a dependence of a driving force acting on a vibrating component (A) of the electromagnetic vibrator on a displacement of the vibrating component (A). - an input transducer configured to provide an electric input signal representing sound of a surrounding of a user of the bone anchored hearing device; - a signal processing unit configured to process the electric input signal and provide a processed electric signal; - an electromagnetic vibrator for generating a vibration in order to transmit sound through a bone of a user to an ear of the user based on the processed electric signal; and - a compensator configured to determine a compensation signal for at least in part compensating a distortion in the vibration of the electromagnetic vibrator , wherein the compensation of the distortion is based on a dependence of a driving force acting on a vibrating component (A) of the electromagnetic vibrator on a displacement of the vibrating component (A).
Method for detecting a resending by an electronic device of a frame previously sent by the electronic device, the electronic device sending each frame on one carrier frequency among a predetermined plurality of carrier frequencies, each sent frame comprising an identifier associated with the electronic device and a counter, the value of the counter remaining identical when a frame is resent and being incremented at the time of sending of a new frame, each sent frame being received by a plurality of radio receivers, known as gateways (120, 12i, ..., 12N), each gateway being connected to the same central server and retransmitting each received frame to the central server, a response delay being predefined for sending in return a frame to the electronic device, the method being executed by the central server and comprising the steps of: - receiving a first frame comprising a first identifier and a first counter, - determining a first reception time of receiving the first frame, - storing the first reception time and the value of the first counter as reference parameters associated with a first identifier, - receiving a second frame comprising a second identifier and a second counter, if the second identifier is equal to the first identifier and if the value of the second counter is equal to the value of the first counter, then: - determining a second reception time of receiving the second frame and, if the time elapsed between the second reception time and the first reception time is greater than the predefined response delay, then the second frame is considered to be a resending of the first frame, and - updating the reference parameters associated with the first identifier by replacing the first reception time by the second reception time. - receiving a first frame comprising a first identifier and a first counter, - determining a first reception time of receiving the first frame, - storing the first reception time and the value of the first counter as reference parameters associated with a first identifier, - receiving a second frame comprising a second identifier and a second counter, - determining a second reception time of receiving the second frame and, - updating the reference parameters associated with the first identifier by replacing the first reception time by the second reception time.
A method of operating a proxy service to support web services provided by a client application to at least an online service , the method comprising: while the client application is temporarily unavailable to the proxy service , monitoring for web services activity to occur in association with the web services provided by the client application to at least the online service ; and in response to the client application becoming available to the proxy service after having been temporarily unavailable to the proxy service , communicating activity information to the client application indicative at least of whether or not to query the online service with respect to the web services activity. while the client application is temporarily unavailable to the proxy service , monitoring for web services activity to occur in association with the web services provided by the client application to at least the online service ; and in response to the client application becoming available to the proxy service after having been temporarily unavailable to the proxy service , communicating activity information to the client application indicative at least of whether or not to query the online service with respect to the web services activity.
A disposable therapeutic fluid dispenser , having a thin flat planar construction for infusing a therapeutic fluid through the skin into the body of a user, the dispenser comprising: a housing having on a bottom face a window ; a power supply ; a reservoir ; a pump ; a fluid delivery tool , the fluid delivery tool being fluidly coupled to the pump and being insertable through the window into the body of the user to deliver one or more controlled doses of therapeutic fluid to the user; and an adhesive for attaching the dispenser , to the skin of a user; characterized by removable tape arranged on the bottom face of the housing and configured upon removal of the tape to: enable power to be supplied from the power supply for operation of the fluid dispenser , ; expose the adhesive ; and expose the window for insertion of the fluid delivery tool therethrough into the body of the user. a housing having on a bottom face a window ; a power supply ; a reservoir ; a pump ; a fluid delivery tool , the fluid delivery tool being fluidly coupled to the pump and being insertable through the window into the body of the user to deliver one or more controlled doses of therapeutic fluid to the user; and an adhesive for attaching the dispenser , to the skin of a user; characterized by removable tape arranged on the bottom face of the housing and configured upon removal of the tape to: enable power to be supplied from the power supply for operation of the fluid dispenser , ; expose the adhesive ; and expose the window for insertion of the fluid delivery tool therethrough into the body of the user.
A process to prepare a compound of Formula 1 or 1* , or mixture thereof: the process comprising reacting a compound of Formula 2: with nitromethane in the presence of a chiral catalyst of Formula 3: wherein R 4 is H; and R 5 is H; to provide a compound of Formula 1 or 1* , or mixture thereof; wherein each R is halo, wherein R 4 is H; and R 5 is H; to provide a compound of Formula 1 or 1* , or mixture thereof; wherein each R is halo,
Mould for vulcanizing and moulding a tyre, this tyre comprising a tread delimited by two sidewalls, the mould comprising a ring intended for moulding the tread of the tyre and two shells , separate from the ring, for moulding the sidewalls, the mould comprising an annular groove extending in a recessed manner in one of the shells and an insert housed in the groove, this insert having tyre marking elements , characterized in that the insert is formed from a plurality of insert parts (9a-9h) that are positioned one after another in the annular groove .
A method of producing a composite of a layered compound and metal particles, comprising the step of: forming an organically modified layered compound by intercalating organic ions between layers of the layered compound; and the method being characterized in that it further comprises the following step: adding to the organically modified layered compound an aqueous colloidal metal solution in which the metal particles are dispersed as a metal colloid in water and a nonaqueous solvent which is a poor solvent for the metal colloid and has an excellent ability to swell the organically modified layered compound . forming an organically modified layered compound by intercalating organic ions between layers of the layered compound; and the method being characterized in that it further comprises the following step: adding to the organically modified layered compound an aqueous colloidal metal solution in which the metal particles are dispersed as a metal colloid in water and a nonaqueous solvent which is a poor solvent for the metal colloid and has an excellent ability to swell the organically modified layered compound .