mhurhangee/ep-ind-claims huggingface dataset:
A cooking utensil for cooking food under pressure having a vessel, a lid, and a bayonet-fitting locking system comprising first and second series of locking projections (7A-7J, 8A-8J) integral respectively with the lid and with the vessel, said utensil including a lid subassembly that includes said lid and a support attached to said lid in such a manner that said lid can pivot relative to said support, said utensil being characterized in that said lid subassembly and said vessel are designed to be capable of being associated with each other in at least a first arrangement in which the lid overlies the vessel so that said first series of projections (7A-7J) are significantly higher than said second series of projections (8A-8J), and a second arrangement obtained from said first arrangement by moving said lid subassembly downwards until said first series of projections (7A-7J) are significantly lower than said second series of projections (8A-8J), said support and said vessel also being provided respectively with complementary first and second guide elements (10', 10", 2', 2") that are designed to co-operate mutually whenever said lid subassembly and said vessel are associated with each other in said first arrangement in order to guide said lid subassembly as it moves downwards.
A post passivation interconnect structure, comprising: one or more internal circuits comprising one or more active devices formed in and on a semiconductor substrate; one or more ESD circuits formed in and on said semiconductor substrate; a layer of fine line interconnects comprising a fine line metallization system, formed over said semiconductor substrate in one or more thin layers of dielectric; a passivation layer over said layer of fine line interconnects; a thick, wide metallization system being a thick wide wire interconnect network formed above said passivation layer, in one or more thick layers of dielectric, wherein said thick layers of dielectric are thicker than said thin layers of dielectric, wherein said thick, wide metallization system is used as an distribution network for an electrical stimulus, and wherein said thick, wide metallization system is connected to said one or more ESD circuits, said one or more internal circuits, and to at least one interconnect pad (26, 28), wherein the one or more thick layers of dielectric are thick polymer dielectric layers, and a part of the top wide and thick metal line of the thick, wide metallization system forms the at least one interconnect pad (26, 28) on a top layer of the thick layers of dielectric, and the at least one interconnect pad (26, 28) is used as part of the distribution in the horizontal plane. one or more internal circuits comprising one or more active devices formed in and on a semiconductor substrate; one or more ESD circuits formed in and on said semiconductor substrate; a layer of fine line interconnects comprising a fine line metallization system, formed over said semiconductor substrate in one or more thin layers of dielectric; a passivation layer over said layer of fine line interconnects; a thick, wide metallization system being a thick wide wire interconnect network formed above said passivation layer, in one or more thick layers of dielectric, wherein said thick layers of dielectric are thicker than said thin layers of dielectric, wherein said thick, wide metallization system is used as an distribution network for an electrical stimulus, and wherein said thick, wide metallization system is connected to said one or more ESD circuits, said one or more internal circuits, and to at least one interconnect pad (26, 28), wherein the one or more thick layers of dielectric are thick polymer dielectric layers, and a part of the top wide and thick metal line of the thick, wide metallization system forms the at least one interconnect pad (26, 28) on a top layer of the thick layers of dielectric, and the at least one interconnect pad (26, 28) is used as part of the distribution in the horizontal plane.
Device for dispensing a fluid, comprising: - a dispensing pipe arranged to convey a fluid in a dispensing direction, - a deformable pouch, - a dispensing valve, which, in an open state, allows fluid to pass from the inside of the pouch towards the dispensing pipe and, in a closed state, does not allow this, characterized in that: - the dispensing valve is held in the device by being clamped between inner walls of the dispensing pipe, the inner walls of the dispensing pipe compressing a connection element of the dispensing valve once the dispensing valve is mounted in the device, the dispensing valve comprising a dispensing membrane comprising a free end arranged to move in order to cause the dispensing valve to pass between the open and closed states thereof, wherein in the closed state of the dispensing valve its free end presses against a part of an inner wall of the dispensing pipe, this part being called dispensing seat. - a dispensing pipe arranged to convey a fluid in a dispensing direction, - a deformable pouch, - a dispensing valve, which, in an open state, allows fluid to pass from the inside of the pouch towards the dispensing pipe and, in a closed state, does not allow this, - the dispensing valve is held in the device by being clamped between inner walls of the dispensing pipe, the inner walls of the dispensing pipe compressing a connection element of the dispensing valve once the dispensing valve is mounted in the device, the dispensing valve comprising a dispensing membrane comprising a free end arranged to move in order to cause the dispensing valve to pass between the open and closed states thereof, wherein in the closed state of the dispensing valve its free end presses against a part of an inner wall of the dispensing pipe, this part being called dispensing seat.
A method of making filter media, the method comprising: providing a solution comprising styrene/acrylonitrile copolymer and an organic solvent, wherein the organic solvent comprises dichloroethane; and electrospinning the solution onto a substrate material thereby forming a fine fiber material disposed on the substrate, wherein the distance between an emitter and the substrate material is at least 40 cm; wherein the basis weight of the fine fiber material is 5 g/m 2 to 20 g/m 2, wherein the permeability of the fine fiber material and the substrate material is 50.8 cm/sec (100 ft/min) to 508 cm/sec (1000 ft/min) at 125 Pa (0.5 inches of water) and wherein the Figure of Merit of the fine fiber layer and the substrate material is 500 (cm/sec)/(cm Hg) to 2000 (cm/sec)/(cm Hg) at 0.3 um and 5.3 cm/sec (10.5 ft/min), said Figure of Merit being calculated using formulae, and: Figure of Merit = − ln penetration resistance penetration = 1 − efficiency 100 resistance = 0.1846 permeability wherein the permeability is the linear air flow velocity through a medium at 0.5 inches of water (125 Pa) when tested using a Textest FX3310, according to ASTM D737-04; and wherein the efficiency is measured using a TSI 3160 fractional efficiency test bench using 0.3 μm di-ehtyl-hexyl-sebacat (DEHS) particles at 10.5 ft/min (5.3 cm/sec). providing a solution comprising styrene/acrylonitrile copolymer and an organic solvent, wherein the organic solvent comprises dichloroethane; and electrospinning the solution onto a substrate material thereby forming a fine fiber material disposed on the substrate, wherein the distance between an emitter and the substrate material is at least 40 cm; wherein the basis weight of the fine fiber material is 5 g/m 2 to 20 g/m 2, wherein the permeability of the fine fiber material and the substrate material is 50.8 cm/sec (100 ft/min) to 508 cm/sec (1000 ft/min) at 125 Pa (0.5 inches of water) and wherein the Figure of Merit of the fine fiber layer and the substrate material is 500 (cm/sec)/(cm Hg) to 2000 (cm/sec)/(cm Hg) at 0.3 um and 5.3 cm/sec (10.5 ft/min), said Figure of Merit being calculated using formulae, and: Figure of Merit = − ln penetration resistance penetration = 1 − efficiency 100 resistance = 0.1846 permeability wherein the permeability is the linear air flow velocity through a medium at 0.5 inches of water (125 Pa) when tested using a Textest FX3310, according to ASTM D737-04; and wherein the efficiency is measured using a TSI 3160 fractional efficiency test bench using 0.3 μm di-ehtyl-hexyl-sebacat (DEHS) particles at 10.5 ft/min (5.3 cm/sec).
A method for sending an authentication request message in a social network, the method comprising: receiving, by a social network server, a first authentication request message from a first client to request to establish a social network relationship with a second client, the first authentication request message including identification information of the first client; modifying, by the social network server, the first client identification information in the first authentication request message to identification information of a third client to obtain a second authentication request message, the third client having a social network relationship with the first client and also having a direct social network relationship with the second client; and sending, by the social networking server, the second authentication request message to the second client; characterized in that between the receiving and the modifying, the method further comprises, sending, by the social network server, to the third client a request to send the second authentication request message; and the social network server sends the second authentication request message to the second client after receiving a responding confirmation message from the third client. receiving, by a social network server, a first authentication request message from a first client to request to establish a social network relationship with a second client, the first authentication request message including identification information of the first client; modifying, by the social network server, the first client identification information in the first authentication request message to identification information of a third client to obtain a second authentication request message, the third client having a social network relationship with the first client and also having a direct social network relationship with the second client; and sending, by the social networking server, the second authentication request message to the second client; characterized in that between the receiving and the modifying, the method further comprises, sending, by the social network server, to the third client a request to send the second authentication request message; and the social network server sends the second authentication request message to the second client after receiving a responding confirmation message from the third client.
Method for detecting a fault in the eccentricity of a rotor of a rotating electrical machine such as an alternator, using electromagnetic flow measurements carried out by a probe arranged in a gap of the machine, and carrying out the sampling of a probe signal (Vs) measured by the probe over at least one rotor revolution, characterised in that it comprises the following steps: - the identifying of an entire section of measurement of the probe signal (Vs) and the division thereof into a plurality of polar sections of the same length, said entire section corresponding to a full revolution of the rotor, with the length of a said polar section being determined as the length of said entire section divided by the number poles of the rotor; - the generating of at least one difference signal (Gi) representing the difference point by point between the measurements of the probe signal (Vs) relative to two polar sections; - the calculating of a standard deviation (e) of said difference signal (Gi); - for each pair of two polar sections corresponding to a difference signal (Gi), the determining of a positive value of extremum taking into account at least one extremum of the measurements of the probe signal (Vs) on the two polar sections; - the calculating of an eccentricity indicator (Ei) for each difference signal (Gi), taking into account said standard deviation (e) of the difference signal as well as said positive value of extremum; and - the signalling of a dynamic eccentricity fault as soon as at least one said eccentricity indicator (Ei) exceeds a pre-determined indicator threshold value. - the identifying of an entire section of measurement of the probe signal (Vs) and the division thereof into a plurality of polar sections of the same length, said entire section corresponding to a full revolution of the rotor, with the length of a said polar section being determined as the length of said entire section divided by the number poles of the rotor; - the generating of at least one difference signal (Gi) representing the difference point by point between the measurements of the probe signal (Vs) relative to two polar sections; - the calculating of a standard deviation (e) of said difference signal (Gi); - for each pair of two polar sections corresponding to a difference signal (Gi), the determining of a positive value of extremum taking into account at least one extremum of the measurements of the probe signal (Vs) on the two polar sections; - the calculating of an eccentricity indicator (Ei) for each difference signal (Gi), taking into account said standard deviation (e) of the difference signal as well as said positive value of extremum; and - the signalling of a dynamic eccentricity fault as soon as at least one said eccentricity indicator (Ei) exceeds a pre-determined indicator threshold value.
A load handling machine comprising at least two front wheels, at least one rear wheel, a so-called rolling frame equipped with said wheels (2, 3), one or several hydraulic motors or gear motors driving the rotation of the front wheels, one or several hydraulic motors or gear motors driving the rotation of the rear wheel(s), and, supported by said frame, a load handling device with an empty state in the absence of a load and a loaded state, a hydraulic pump, and a control unit, each hydraulic motor (5, 6) or gear motor being connected to the hydraulic pump, characterized in that each hydraulic motor (5, 6) or gear motor is connected to the hydraulic pump by a fluid circulation circuit (9, 10) equipped with a shutter member mounted movably between an open position, in which the hydraulic motor (5; 6) or the gear motor is able to be supplied with fluid by the hydraulic pump and the wheel(s) (2; 3) associated with said hydraulic motor or gear motor are said to be drive wheels, and a closed position, in which the wheel(s) (2; 3) associated with said hydraulic motor or gear motor are said to be non-driving, said fluid circulation circuits (9, 10) being in fluid communication, in that the handling machine comprises at least one first operating mode said to be by propulsion wherein the rear wheel(s) are drive wheels and the front wheels are non-driving wheels, a second operating mode said to be by traction wherein the front wheels are drive wheels and the rear wheel(s) are non-driving wheels, and a system for determining a parameter representative of the empty or loaded state of the load handling device, and in that the control unit is configured to acquire data from the system for determining a parameter representative of the empty or loaded state of the load handling device and to command the first or second operating mode of the machine based on at least said data.
A flash dryer for drying a product, comprising: a chamber having a product inlet and a product outlet, a drive unit arranged below the chamber having a drive shaft extending through a hole in a bottom of the chamber into the lower section of the chamber, at least one rotatable disintegrator element connected to the drive shaft in the lower section of the chamber, an air inlet connected to the lower section of the chamber and adapted to provide air into the chamber to dry the product, and a first conduit extending axially inside the drive shaft into the chamber and adapted to provide a suspension or fluid into the lower section of the chamber characterised by a second conduit extending through the drive shaft and adapted to provide air, steam or further suspension or fluid to the lower section of the chamber. a chamber having a product inlet and a product outlet, a drive unit arranged below the chamber having a drive shaft extending through a hole in a bottom of the chamber into the lower section of the chamber, at least one rotatable disintegrator element connected to the drive shaft in the lower section of the chamber, an air inlet connected to the lower section of the chamber and adapted to provide air into the chamber to dry the product, and a first conduit extending axially inside the drive shaft into the chamber and adapted to provide a suspension or fluid into the lower section of the chamber characterised by a second conduit extending through the drive shaft and adapted to provide air, steam or further suspension or fluid to the lower section of the chamber.
A plate for insertion into the palate, suitable for treating a cleft palate, the plate having wings on both sides of an imaginary center plane running perpendicular to the plate, the wings being designed such that they bear against the palate at least in regions, characterized by two webs which run on both sides of the center plane, so that a free space running between the webs is formed for receiving the vomer.
A slidable mounting block for insertion into a rail having a partially closed profile, wherein the slidable mounting block has a front face and a rear face opposite to said front face, the front face facing an open part of the partially closed profile when inserted into the rail, the slidable mounting block comprising: - a first hole accessible from the front face in a first fixing area of the mounting block and configured for screwing in a threaded part of a first fastener; - a recess accessible from the rear face in a second fixing area of the mounting block and configured for holding a head of a second fastener; - a second hole accessible from the front face in the second fixing area of the mounting block, the second hole being co-aligned with the recess and configured for passing a shaft of the second fastener through the mounting block; characterized by - two spring arms configured for holding the slidable mounting block within the partially closed profile when inserted into the rail. - a first hole accessible from the front face in a first fixing area of the mounting block and configured for screwing in a threaded part of a first fastener; - a recess accessible from the rear face in a second fixing area of the mounting block and configured for holding a head of a second fastener; - a second hole accessible from the front face in the second fixing area of the mounting block, the second hole being co-aligned with the recess and configured for passing a shaft of the second fastener through the mounting block; characterized by - two spring arms configured for holding the slidable mounting block within the partially closed profile when inserted into the rail.
System for securing an electronic circuit comprising several regions (Z1-Z2, Z4-Z6, R1-R3), the activity of which may be controlled, comprising a plurality of sensors (Sl-Sm) integrated into the electronic circuit, each sensor being sensitive to the variations in the manufacturing process and able to provide a measurement representative of a local activity of the electronic circuit, the system comprising a processing unit which comprises an integrity verification module and being characterized in that the integrity verification module is configured so as to: - deactivate all regions of the electronic circuit and make an acquisition of the measurements supplied by the sensors; - activate a single region of the electronic circuit one by one, and make an acquisition of the measurements supplied by the sensors; - for each region, and for each sensor, compare the measurement made by the sensor when only the region is activated with the measurement made by the sensor when all the regions are deactivated; - determine, on the basis of the measurements provided by the sensors and for each of the regions, a partition of the sensors between sensors affected and sensors not affected by an activation of the region; - compare each of the partitions with a model partition so as to detect the possible presence of a hardware Trojan horse liable to infect the electronic circuit. - deactivate all regions of the electronic circuit and make an acquisition of the measurements supplied by the sensors; - activate a single region of the electronic circuit one by one, and make an acquisition of the measurements supplied by the sensors; - for each region, and for each sensor, compare the measurement made by the sensor when only the region is activated with the measurement made by the sensor when all the regions are deactivated; - determine, on the basis of the measurements provided by the sensors and for each of the regions, a partition of the sensors between sensors affected and sensors not affected by an activation of the region; - compare each of the partitions with a model partition so as to detect the possible presence of a hardware Trojan horse liable to infect the electronic circuit.
A flashing assembly method, where the flashing being composed of side elements, a top element and a bottom element, and finishing elements, forming in an assembled state a frame around chimney having a top wall, a bottom wall and two side walls, wherein the top wall forms a sharp angle with the roof surface, the bottom wall forms an obtuse angle with the roof surface, and the side walls are parallel to each other and perpendicular to the top and bottom wall, and an assembly pad made of a metal sheet and an apron, characterised in that a cut-out corresponding with the width of the chimney is made in stiff metal sheet of the assembly pad, where its area without stiff metal sheet's incisions covers the gap X between the bottom wall 8 of the chimney 7 and the last row of roofing tiles placed next to the bottom wall of the chimney and the connection of the stiff metal sheet and the apron is situated close to the edge of the last row of roofing tiles placed next to the bottom wall of the chimney, and next to the side walls of the chimney, the pad is fastened to the battens by fixing means in the form of flat segments of metal sheet, next on the assembly pad the bottom flashing element is placed, slid along with the pad under the finishing element, and pressed along with the pad to the bottom wall of the chimney by means of the finishing element, which is then fastened to the walls of the chimney by fixing means, i.e. screws.
An attachment ring for attaching a shield of an electrical cable to a backshell, said attachment ring comprising an annular body comprising a shape memory material that is heat recoverable, the body being configured to extend at least partially around the shield and a fitting of the backshell to hold the shield on the fitting in contact with the fitting, charcterised in that the body comprises: a first segment comprising an end (54, 56) having a connection member (60a, 60b); and a second segment that is discrete from the first segment, the second segment comprising an end (50, 52) having a connection feature (58a, 58b), wherein the connection feature (58a, 58b) of the second segment is interlocked with the connection member (60a, 60b) of the first segment to connect the first and second segments together at the ends (50, 52, 54, 56) such that the first and second segments define at least a portion of a length of the body. a first segment comprising an end (54, 56) having a connection member (60a, 60b); and a second segment that is discrete from the first segment, the second segment comprising an end (50, 52) having a connection feature (58a, 58b), wherein the connection feature (58a, 58b) of the second segment is interlocked with the connection member (60a, 60b) of the first segment to connect the first and second segments together at the ends (50, 52, 54, 56) such that the first and second segments define at least a portion of a length of the body.