mhurhangee/ep-ind-claims huggingface dataset:
A LIDAR system which is configured to illuminate a target with an illumination pulse (I ill) and to recover a signal pulse (Is) which is from a reflection of the illumination pulse on the target, the illumination and signal pulses having the same signal frequency (ω s), the LIDAR system comprising: - a single laser source which is configured to generate an emission/detection signal (Sed) with a repetition frequency f, the emission/detection signal comprising a first pulse which is intended to generate the illumination pulse and having a first frequency (ω p1), then a second pulse which is separated temporally from the first pulse by a separation time (Δτ) and which has a second frequency (ω p2), - a first frequency conversion device (FC-up) which is configured to generate a converted pulse (Ic) from the signal pulse (Is) and the second pulse by a non-linear frequency summing method, the converted pulse having a converted frequency (ω c) which is equal to the sum of the signal frequency (ω s) and the second frequency (ω p2). - a single laser source which is configured to generate an emission/detection signal (Sed) with a repetition frequency f, the emission/detection signal comprising a first pulse which is intended to generate the illumination pulse and having a first frequency (ω p1), then a second pulse which is separated temporally from the first pulse by a separation time (Δτ) and which has a second frequency (ω p2), - a first frequency conversion device (FC-up) which is configured to generate a converted pulse (Ic) from the signal pulse (Is) and the second pulse by a non-linear frequency summing method, the converted pulse having a converted frequency (ω c) which is equal to the sum of the signal frequency (ω s) and the second frequency (ω p2).
A method of operating a first elevator system comprising a first elevator car, the method comprising: detecting an individual using a sensor system of a first robot; notifying a dispatcher of the first elevator system that the individual was detected; detecting the individual entering the first elevator car using the sensor system of the first robot; and notifying the dispatcher of the first elevator system that the individual has entered the first elevator car. detecting an individual using a sensor system of a first robot; notifying a dispatcher of the first elevator system that the individual was detected; detecting the individual entering the first elevator car using the sensor system of the first robot; and notifying the dispatcher of the first elevator system that the individual has entered the first elevator car.
Stop of a roller shutter with a tapered shape and comprising: • a zone for attaching to a last slat of the shutter, wherein this last slat defines a free lower end of the shutter, • a stop surface, which in the assembled configuration of the stop on the shutter and during raising of the shutter abuts against a wall (20, 26) of a box, in which a winding shaft of the shutter is arranged, and which has an outgoing normal comprising a component parallel to the attachment zone and a component perpendicular to the attachment zone, characterised in that the component perpendicular to the attachment zone is directed towards the attachment zone. • a zone for attaching to a last slat of the shutter, wherein this last slat defines a free lower end of the shutter, • a stop surface, which in the assembled configuration of the stop on the shutter and during raising of the shutter abuts against a wall (20, 26) of a box, in which a winding shaft of the shutter is arranged, and which has an outgoing normal comprising a component parallel to the attachment zone and a component perpendicular to the attachment zone,
A series voltage regulating transformer, for use in high voltage, ultra-high voltage or extra-high voltage power grids (19, 21), comprising: a main transformer portion including a first primary winding, a first voltage regulating winding, and one or more first secondary windings, and a series transformer portion including a second primary winding and one or more second secondary windings, wherein, each of the first primary winding or the first secondary winding is connected, in series, to each of the second secondary windings, respectively, and the first voltage regulating winding is connected to the second primary winding, and wherein the output voltage of the series voltage regulating transformer is equal to a voltage of the first primary winding or the first secondary winding of the main transformer portion plus or minus a voltage of the second secondary winding of the series transformer portion, which second secondary winding is connected, in series, to the first primary winding or the first secondary winding. a main transformer portion including a first primary winding, a first voltage regulating winding, and one or more first secondary windings, and a series transformer portion including a second primary winding and one or more second secondary windings, wherein, each of the first primary winding or the first secondary winding is connected, in series, to each of the second secondary windings, respectively, and the first voltage regulating winding is connected to the second primary winding, and wherein the output voltage of the series voltage regulating transformer is equal to a voltage of the first primary winding or the first secondary winding of the main transformer portion plus or minus a voltage of the second secondary winding of the series transformer portion, which second secondary winding is connected, in series, to the first primary winding or the first secondary winding.
A sanitary product attachment means for fixing an absorbent member (2, 2a) to a piece of underwear, said sanitary product attachment means comprising a connection member, whereas on one main surface of the connection member an underwear connection means is present which is configured to fix the connection member to a piece of underwear and on the opposing main surface of the connection member an absorbent member connection means is present which is configured to fix the connection member to a major surface of the absorbent member (2, 2a), wherein the absorbent member connection means comprises an adhesive coating and/or a hook or loop element and the underwear connection means comprises an adhesive coating and/or a hook element, said underwear connection means and the absorbent member connection means being selected such that the adhesion of the underwear connection means to the piece of underwear is higher than the adhesion of the absorbent member connection means to the major surface of the absorbent member, wherein the connection member has a flexible base carrier, said adhesive coating, said hook element and/or said loop element being applied to said flexible base carrier.
A container or bag, including: a first wall and a second wall, the first wall and the second wall being joined together so as to form a storage volume therebetween and a mouth; a zipper attached to the first wall and second wall, thereby making the mouth reclosable, and defining an inside of the container or bag oriented toward the storage volume and an outside of the container or bag oriented toward the mouth, the zipper including: a first profile including a first interior flange, a first interlocking element and a first exterior flange; and a second profile including a second interior flange, a second interlocking element and a second exterior flange; wherein the first exterior flange is attached to the first wall on an outside of the container or bag, the second interior flange is attached to the second wall on an inside of the container or bag; and wherein the second wall extends beyond the second exterior flange, the second exterior flange being unattached to the second bag wall, whereby opening forces applied to the outside of the second wall of the package or bag are transmitted to the second interior flange whereby increased internal opening forces are encountered upon engaging the first exterior flange and the second wall, thereby resisting access to the interior of the bag; characterised in that the second exterior flange includes an upper surface with a plurality of tabs extending therefrom. a first wall and a second wall, the first wall and the second wall being joined together so as to form a storage volume therebetween and a mouth; a zipper attached to the first wall and second wall, thereby making the mouth reclosable, and defining an inside of the container or bag oriented toward the storage volume and an outside of the container or bag oriented toward the mouth, the zipper including: a first profile including a first interior flange, a first interlocking element and a first exterior flange; and a second profile including a second interior flange, a second interlocking element and a second exterior flange; a first profile including a first interior flange, a first interlocking element and a first exterior flange; and a second profile including a second interior flange, a second interlocking element and a second exterior flange; wherein the first exterior flange is attached to the first wall on an outside of the container or bag, the second interior flange is attached to the second wall on an inside of the container or bag; and wherein the second wall extends beyond the second exterior flange, the second exterior flange being unattached to the second bag wall, whereby opening forces applied to the outside of the second wall of the package or bag are transmitted to the second interior flange whereby increased internal opening forces are encountered upon engaging the first exterior flange and the second wall, thereby resisting access to the interior of the bag; characterised in that the second exterior flange includes an upper surface with a plurality of tabs extending therefrom.
Cooking device (1; 1') comprising a metal holder (2; 2') supporting a ceramic cooking surface (3; 3'), with the holder (2; 2') having a hardness greater than or equal to 150 HV, characterised in that the holder (2; 2') forms a substrate supporting a surface layer (10; 10') of transition metal boride forming the cooking surface (3; 3'), and in that the surface layer is formed by a conversion layer of iron and/or titanium boride.
3D printing apparatus of the bottom-up photo-curing type, comprising a LED matrix LCD light source, above which a tank is arranged, containing a photo-curing liquid material, inside which an extraction plate is immersed, provided with means of movement with alternating rectilinear motion along a direction perpendicular to the bottom of said tank, from a position at a distance from the bottom of said tank equal to the thickness of a layer obtainable by photo-curing of said photo-curing liquid material, the bottom of said tank being made up of an elastic membrane transparent to the radiation of said light source, said tank being positioned in correspondence with an opening of a support plate, said apparatus comprising means for the relative movement of said light source with respect to said elastic membrane, from a position in which the display of said light source is in contact with said elastic membrane, to a position in which the display of said light source is separated from said elastic membrane, characterised in that the distance (dL) between the LEDs of said LED matrix is dL = √ ETOT / π δ LED wherein ETOT is the nominal energy of the LEDs being used and δLED is the set density of energy and the distance dLCD between said LED matrix and said display is defined according to the emission diagram of said LEDs, namely is such that, in correspondence of the display, given the emission angle α of each LED, is dLCD = dL ⋅ cotg α / 2 to be apt to avoid the use of diaphragms and collimators, and the thickness of said membrane is chosen according to the distance (dLCD) between said LED matrix and said display and is determined as a function of an acceptable error, expressed as a function of the size p of the single pixel of said display and equal to p/2, and is determined by the equation D = p / 2 ⋅ cotg α / 2 to introduce a diffusion system, equal to the acceptable error, apt to help compensate the aliasing phenomenon.
A biaxially oriented polyamide film having at least one layer formed of a polyamide resin containing not lower than 60% by mass of poly(m-xylylene adipamide), wherein a molecular orientation angle of the film, determined as defined in the description, is not smaller than 20°, a strain at moisture absorption of the film, determined as defined in the description, is not higher than 1.3%, an impact strength of the film, determined as defined in the description, is not lower than 0.7 J/15 μm, and a heat shrinkage rate, after heating for ten minutes at 160°C, of the film, determined as defined in the description, is 0.6 to 3.0% in both an MD direction and a TD direction. a molecular orientation angle of the film, determined as defined in the description, is not smaller than 20°, a strain at moisture absorption of the film, determined as defined in the description, is not higher than 1.3%, an impact strength of the film, determined as defined in the description, is not lower than 0.7 J/15 μm, and a heat shrinkage rate, after heating for ten minutes at 160°C, of the film, determined as defined in the description, is 0.6 to 3.0% in both an MD direction and a TD direction.
A tissue anchor assembly, comprising: a first tissue anchor comprising a pouch formed of a woven material, and a support bar, configured for connection with a connector, retained within the pouch; a second tissue anchor; said connector extending between and interconnecting the first tissue anchor and the second tissue anchor; and a first cinching mechanism movably attached to said connector, characterized in that: the first tissue anchor further comprises a support ring retained within the pouch, wherein the support bar and support ring are separate components. a first tissue anchor comprising a pouch formed of a woven material, and a support bar, configured for connection with a connector, retained within the pouch; a second tissue anchor; said connector extending between and interconnecting the first tissue anchor and the second tissue anchor; and a first cinching mechanism movably attached to said connector, characterized in that: the first tissue anchor further comprises a support ring retained within the pouch, wherein the support bar and support ring are separate components.
A method for detecting traffic delays in a transportation system, said method comprising: analyzing ticketing data comprising ticket validation timestamps indicative of a plurality of stops of the transportation system to determine a transfer time sample representing times taken to travel between respective stops of the plurality of stops; selecting a set of stop pairs from among said plurality of stops based on a plurality of factors including a coverage of the plurality of stops by the set of stop pairs, a volume of validations at each stop of the plurality of stops and a distance between at least two stops among said plurality of stops; and detecting a structural outlier associated with said transfer time sample in order to detect traffic delays determined from said set of stop pairs selected from among said plurality of stops. analyzing ticketing data comprising ticket validation timestamps indicative of a plurality of stops of the transportation system to determine a transfer time sample representing times taken to travel between respective stops of the plurality of stops; selecting a set of stop pairs from among said plurality of stops based on a plurality of factors including a coverage of the plurality of stops by the set of stop pairs, a volume of validations at each stop of the plurality of stops and a distance between at least two stops among said plurality of stops; and detecting a structural outlier associated with said transfer time sample in order to detect traffic delays determined from said set of stop pairs selected from among said plurality of stops.
A drive rod lock for locking a wing pivotable against a frame with a pivotably mounted nut, with a drive rod drivable by the nut and longitudinally displaceable between a locking position and an unlocking position on a face plate, with an energy store connected to the drive rod, with a drive device for driving the drive rod into the unlocking position and for charging the energy store, with a release device for releasing the stored energy of the energy store when the wing moves against the frame, wherein the release device has a holding device for holding the drive rod when the wings are removed from the frame, characterized in that the release device for releasing the stored energy of the energy store is coupled with the movement of the nut of the drive rod lock, so that the energy of the energy store can be released by actuation of the nut.
A method of network zoning for a software defined network, SDN, having a plurality of network nodes among which a plurality of traffic flows traverse over links via a data plane and for which a traffic engineering, TE, optimization problem is defined, wherein the TE optimization problem that is defined is to determine routing paths for the traffic flows and to allocate resources according to quality of service requirements such that network utility is maximized, and a plurality of zone controllers, the method comprising: determining a number, K, of zones that the plurality of network nodes of the SDN network are to be partitioned into according to an expected traffic engineering, TE, complexity, a size of the SDN network, and a traffic load comprising the traffic flows, wherein the expected TE complexity is a function of a processing capability of the SDN controllers and operational requirements regarding how quickly TE optimization should be carried out; selecting a subset of K zone controllers from the plurality of zone controllers; heuristically partitioning the plurality of network nodes of the SDN into the K zones; respectively assigning the subset of K zone controllers to the K zones, wherein each of the K zone controllers is configured to make traffic engineering decisions and carry out distributed network optimization for network nodes partitioned into the respective zone. determining a number, K, of zones that the plurality of network nodes of the SDN network are to be partitioned into according to an expected traffic engineering, TE, complexity, a size of the SDN network, and a traffic load comprising the traffic flows, wherein the expected TE complexity is a function of a processing capability of the SDN controllers and operational requirements regarding how quickly TE optimization should be carried out; selecting a subset of K zone controllers from the plurality of zone controllers; heuristically partitioning the plurality of network nodes of the SDN into the K zones; respectively assigning the subset of K zone controllers to the K zones, wherein each of the K zone controllers is configured to make traffic engineering decisions and carry out distributed network optimization for network nodes partitioned into the respective zone.
Coupling endpiece for a control cable of a motor vehicle gearbox to a ball joint of part of a gear lever or part of the gearbox, the endpiece being presented in the form of an eye endpiece designed to be fixed to the end of the control cable and comprises a housing receiving a coupling part intended to cover and to be coupled with the ball joint, the coupling part being received in the housing with the capacity to move against a damping pad made of elastomer interposed between said coupling part and an inner wall of the housing, when an axial force is exerted on the cable, the endpiece comprises rigid abutment means arranged to limit the movement of the coupling part and the elastic deformation of the damping pad, the coupling part being presented in the form of a cap received coaxially in the orifice of the eye endpiece and with the capacity to move radially against the pad interposed between said cap and the internal wall of the orifice, the cap is presented in two parts (7a, 7b) coupled to each other, one of which forms a protective cover, each part comprises a collar (9, 10) bearing on the coupling endpiece, characterised in that each part (7a, 7b) of the cap comprises a shoulder, the damping pad is received between the shoulders, and the internal wall of the housing is intended to abut against the shoulders during the movement of the coupling part with respect to the endpiece and after elastic deformation of the pad.
A mobile communication terminal including a communication unit for obtaining application software which is configured to use vehicle information, the mobile communication terminal being configured to be provided with at least two functional units (22, 23, 25) added by the application software, the mobile communication terminal comprising: an establisher for establishing a communication channel between the mobile communication terminal and an in-vehicle device mounted on a vehicle, the in-vehicle device being configured to obtain vehicle information; an integrator for integrating a plurality of information acquisition requests that include a common item among information acquisition requests issued to the in-vehicle device from each of the at least two functional units; a transmitter for transmitting the integrated information acquisition requests to the in-vehicle device; a receiver for receiving the vehicle information to be used in the at least two functional units from the in-vehicle device; and a storage for storing the vehicle information received from the in-vehicle device at least until an update cycle of the integrated information acquisition requests ends; and an information distributor for distributing the vehicle information stored in the storage to a functional unit among the at least two functional units that has issued the information acquisition request that is to be integrated. an establisher for establishing a communication channel between the mobile communication terminal and an in-vehicle device mounted on a vehicle, the in-vehicle device being configured to obtain vehicle information; an integrator for integrating a plurality of information acquisition requests that include a common item among information acquisition requests issued to the in-vehicle device from each of the at least two functional units; a transmitter for transmitting the integrated information acquisition requests to the in-vehicle device; a receiver for receiving the vehicle information to be used in the at least two functional units from the in-vehicle device; and a storage for storing the vehicle information received from the in-vehicle device at least until an update cycle of the integrated information acquisition requests ends; and an information distributor for distributing the vehicle information stored in the storage to a functional unit among the at least two functional units that has issued the information acquisition request that is to be integrated.
A process of operating a diesel engine, which process comprises supplying to said engine a fuel composition comprising one or more dianhydrohexitol compounds of formula: wherein R' and R" are independently selected from hydrogen atoms, hydrocarbyl groups and -NO 2 groups; the one or more compounds of formula optionally being the sole fuel component.