mhurhangee/ep-ind-claims huggingface dataset:
Aerosol-generating article, comprising a consumable section attached to a mouthpiece section (1"), wherein said mouthpiece section (1") comprises at least one inner tube and a wrapper, wherein the inner tube is arranged inside a wrapper and, wherein the mouthpiece section (1") comprises a machine-readable pattern representing a coded data comprising a plurality (20, 20', 20") of light transmitting apertures (201-216, 220-228) extending over at least a length in the wall of said inner tube, said plurality (20, 20', 20") being arranged along a circumference and/or longitudinal direction of said inner tube. wherein said mouthpiece section (1") comprises at least one inner tube and a wrapper, wherein the inner tube is arranged inside a wrapper and, wherein the mouthpiece section (1") comprises a machine-readable pattern representing a coded data comprising a plurality (20, 20', 20") of light transmitting apertures (201-216, 220-228) extending over at least a length in the wall of said inner tube, said plurality (20, 20', 20") being arranged along a circumference and/or longitudinal direction of said inner tube.
A microorganism which belongs to the Enterobacteriaceae family capable of producing L-threonine and having an inactivated tyrR gene, said microorganism being Escherichia coli, wherein Escherichia coli is resistant to L-methionine, L-threonine and L-lysine analogues and α -aminobutyric acid, and has a nutritional requirement for methionine and a leaky requirement for isoleucine.
A device, comprising: a first configuration channel input terminal connected to a reference potential; a second configuration channel input terminal connected through a resistance (Rd) to the reference potential; a source voltage input terminal (VBUS) configured to be coupled to an external voltage source; characterized in further comprising: a switch connected in parallel with the resistance, the switch being connected between the second configuration channel input terminal and the reference potential, the switch having a control node coupled to the source voltage input terminal, the switch being configured to bypass the resistance when a source voltage is received at the source voltage input terminal. a first configuration channel input terminal connected to a reference potential; a second configuration channel input terminal connected through a resistance (Rd) to the reference potential; a source voltage input terminal (VBUS) configured to be coupled to an external voltage source; characterized in further comprising: a switch connected in parallel with the resistance, the switch being connected between the second configuration channel input terminal and the reference potential, the switch having a control node coupled to the source voltage input terminal, the switch being configured to bypass the resistance when a source voltage is received at the source voltage input terminal.
A method of placing a second video within a first video, comprising: identifying, with one or more processors, candidate frame locations (150, 151, 152) within a sequence of frames within the first video; comparing, with the one or more processors, the candidate frame locations among the frames in the sequence of frames; selecting, with the one or more processors, a candidate video location based on the comparing, the candidate video location comprising a frame location that is consistent among the candidate frame locations in the sequence of frames; selecting a second video, based on one or more parameters associated with the candidate video location; and inserting the second video within the candidate video location of the first video for concurrent playback with the first video, characterized in that identifying the candidate frame locations comprises: for each frame: computing a local average value for every pixel; for each row of the frame, storing a longest line length where the local average value remains above a first threshold; and for each column of the frame, storing a largest rectangle where the local average value remains above a second threshold. identifying, with one or more processors, candidate frame locations (150, 151, 152) within a sequence of frames within the first video; comparing, with the one or more processors, the candidate frame locations among the frames in the sequence of frames; selecting, with the one or more processors, a candidate video location based on the comparing, the candidate video location comprising a frame location that is consistent among the candidate frame locations in the sequence of frames; selecting a second video, based on one or more parameters associated with the candidate video location; and inserting the second video within the candidate video location of the first video for concurrent playback with the first video, characterized in that identifying the candidate frame locations comprises: for each frame: computing a local average value for every pixel; for each row of the frame, storing a longest line length where the local average value remains above a first threshold; and for each column of the frame, storing a largest rectangle where the local average value remains above a second threshold. computing a local average value for every pixel; for each row of the frame, storing a longest line length where the local average value remains above a first threshold; and for each column of the frame, storing a largest rectangle where the local average value remains above a second threshold.
Rotary-drum heat-pump laundry dryer comprising an outer boxlike casing built for resting on the floor and provided with reciprocally faced front and rear walls (2a, 2b): a rotatable drum structured for housing the laundry to be dried, and which is fixed in axially rotating manner inside the outer casing, directly facing a laundry loading/unloading pass-through opening formed on the front wall of the casing; a hot-air generator comprising a heat-pump and being structured to supply a stream of hot air through said rotatable drum; wherein the outer boxlike casing comprises a lower supporting base which is structured for resting on the floor and for housing at least part of the hot-air generator, the hot-air generator comprising: - an air conduit; and - air circulating means which are located along the air conduit and are structured to produce, inside the air conduit, an airflow (f) which flows through the rotatable drum and over the laundry inside the rotatable drum; characterized in that the rear wall of the dryer comprises a supporting bulkhead made of plastic material; wherein the supporting bulkhead comprises a circular groove for accommodating a sealing gasket, or the supporting bulkhead comprises a cylindrical gasket-supporting collar protruding from the inner face of the bulkhead; and at least a portion of a centrifugal impeller scroll made also of plastic material being carried out in one piece with said supporting bulkhead; and/or at least one supporting boss of a drum supporting roller being also made of plastic material and carried out in one piece with said supporting bulkhead. a rotatable drum structured for housing the laundry to be dried, and which is fixed in axially rotating manner inside the outer casing, directly facing a laundry loading/unloading pass-through opening formed on the front wall of the casing; a hot-air generator comprising a heat-pump and being structured to supply a stream of hot air through said rotatable drum; wherein the outer boxlike casing comprises a lower supporting base which is structured for resting on the floor and for housing at least part of the hot-air generator, the hot-air generator comprising: - an air conduit; and - air circulating means which are located along the air conduit and are structured to produce, inside the air conduit, an airflow (f) which flows through the rotatable drum and over the laundry inside the rotatable drum; - an air conduit; and - air circulating means which are located along the air conduit and are structured to produce, inside the air conduit, an airflow (f) which flows through the rotatable drum and over the laundry inside the rotatable drum;
An implant consisting of - a surface layer (4, 8) consisting of fibres and a matrix, having a first surface and a second surface opposite each other, and having a thickness that is at most 5 % of the largest dimension of said surface layer, - a porous biodegradable part having a first surface and a second surface opposite each other, wherein its first surface is attached to the second surface of the surface layer, and having a thickness of 1 - 8 mm, wherein the porous part comprises material selected from the group consisting of bioactive glass, bioactive ceramic, hydroxyapatite, tricalciumphosphate and mixtures thereof, characterised in that it comprises - a membrane layer made of collagen having a first surface and a second surface opposite each other, wherein its first surface is attached to the second surface of the porous part without covering the edges of the porous part. - a surface layer (4, 8) consisting of fibres and a matrix, having a first surface and a second surface opposite each other, and having a thickness that is at most 5 % of the largest dimension of said surface layer, - a porous biodegradable part having a first surface and a second surface opposite each other, wherein its first surface is attached to the second surface of the surface layer, and having a thickness of 1 - 8 mm, wherein the porous part comprises material selected from the group consisting of bioactive glass, bioactive ceramic, hydroxyapatite, tricalciumphosphate and mixtures thereof, - a membrane layer made of collagen having a first surface and a second surface opposite each other, wherein its first surface is attached to the second surface of the porous part without covering the edges of the porous part.
Method for encoding at least one image (I N) divided into partitions (PA1, PA2,...PAn), characterized in that it implements, for a current partition (PA C) to be encoded, steps of: - selecting at least one causal partition (PAi r, Pati r) already encoded then decoded; - computing at least one motion vector associated with said current partition to be encoded; - computing at least one optimal encoding parameter of said at least one selected causal partition, in order to optimize a predetermined encoding-performance criterion of an encoding of the causal partition, via competition between a plurality of encoding parameters applied to said at least one selected causal partition; - encoding the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition. - selecting at least one causal partition (PAi r, Pati r) already encoded then decoded; - computing at least one motion vector associated with said current partition to be encoded; - computing at least one optimal encoding parameter of said at least one selected causal partition, in order to optimize a predetermined encoding-performance criterion of an encoding of the causal partition, via competition between a plurality of encoding parameters applied to said at least one selected causal partition; - encoding the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition.
A method comprising the steps of: sending a packet from source compute instance in a virtual network to a destination compute instance via a destination virtual network interface card, destination VNIC, within a first virtual layer 2 network; evaluating an access control list, ACL, for the packet with a source virtual network interface card, source VNIC; embedding ACL information relevant to the packet in the packet; forwarding the encapsulated packet to a virtual switching and routing service, VSRS, the VSRS coupling a first virtual layer 2 network, VLAN, with a second network; identifying with the VSRS the destination VNIC within the first virtual layer 2 network for delivery of the packet based on information received with the packet and mapping information contained within a mapping table; accessing with the VSRS the ACL information from the packet; applying the accessed ACL information to the packet. sending a packet from source compute instance in a virtual network to a destination compute instance via a destination virtual network interface card, destination VNIC, within a first virtual layer 2 network; evaluating an access control list, ACL, for the packet with a source virtual network interface card, source VNIC; embedding ACL information relevant to the packet in the packet; forwarding the encapsulated packet to a virtual switching and routing service, VSRS, the VSRS coupling a first virtual layer 2 network, VLAN, with a second network; identifying with the VSRS the destination VNIC within the first virtual layer 2 network for delivery of the packet based on information received with the packet and mapping information contained within a mapping table; accessing with the VSRS the ACL information from the packet; applying the accessed ACL information to the packet.
A device holder, comprising: (a) a needle holder, wherein the needle holder includes an elongated housing extending between an open proximal end a and a distal end and being adapted to releasably receive a portion of a biopsy device through the open proximal end, wherein the elongated housing includes a coupler configured to couple the needle holder to the biopsy device; (b) a distal holder, wherein the distal holder includes an opening configured to pivotably receive the distal end of the needle holder such that the needle holder is operable to pivot relative to the distal holder when the distal end of the needle holder is received therein; and (c) a proximal holder, wherein the proximal holder includes a longitudinal stop that engages with a portion of the needle holder to prevent the needle holder from proximal longitudinal movement such that the longitudinal stop is configured to disengage the coupler of the needle holder from the biopsy device when the biopsy device is moved proximally in a longitudinal direction. (a) a needle holder, wherein the needle holder includes an elongated housing extending between an open proximal end a and a distal end and being adapted to releasably receive a portion of a biopsy device through the open proximal end, wherein the elongated housing includes a coupler configured to couple the needle holder to the biopsy device; (b) a distal holder, wherein the distal holder includes an opening configured to pivotably receive the distal end of the needle holder such that the needle holder is operable to pivot relative to the distal holder when the distal end of the needle holder is received therein; and (c) a proximal holder, wherein the proximal holder includes a longitudinal stop that engages with a portion of the needle holder to prevent the needle holder from proximal longitudinal movement such that the longitudinal stop is configured to disengage the coupler of the needle holder from the biopsy device when the biopsy device is moved proximally in a longitudinal direction.
Method for slowing down a wind turbine in case of emergency, by adjusting the rotor-blades for wind turbines with power control based on the principle of pitch control or active stall control and for each of the rotor blades equipped with at least one actuator with continuous comparison of the torque of the actuator against each other, and with stored threshold values for each actuator, and with at least one position brake, which can be either passive or active in order to hold the position of a rotor blade, and which can be form-closed or frictionally. Characterized in that an apparatus for emergency exists, to close or release one or more of the position-brakes of a rotor blade, and can stop a rotor-blade against rotation, or release it, depending on a predetermined turning direction of the rotor-blade, and opens, respectively keeps open one position-brake at least, if rotating in the direction of reduced wind energy, is affecting at the rotor, and in case of an unwanted direction of rotation, closes or keeps closed the position-brake resp. the brakes, characterized in that the detection of the actual direction of torque takes place by turning of the brake-housing.
An energy storage compartment connectable between a pair of longitudinally extending frame rails of a heavy-duty vehicle, the energy storage compartment being arranged to house an energy storage system configured to supply energy to a prime mover of the vehicle for propulsion of the prime mover, wherein the energy storage compartment comprises longitudinally extending portions forming an encircling load absorbing module, the longitudinally extending portions comprising a pair of longitudinally extending side wall portions (402, 404) connectable to the pair of longitudinally extending frame rails, a longitudinally extending floor portion and a longitudinally extending roof portion, wherein the encircling load absorbing module is free from transversal, non-longitudinally extending load absorbing structures such that the longitudinally extending portions of the encircling load absorbing module, when being subject to a load from the longitudinally extending frame rails, absorb a transversal component of the load.
Outlet fitting for shower trays or bath tubs consisting of a shower tray with a base wall, wherein the outlet fitting has a housing (11, 15, 18), wherein in the upper region of the outlet fitting in the region of an inlet chamber is arranged a pot-like inlet part in sealed manner, and the outlet fitting further has an outlet connection piece connected to the housing, wherein the pot-like inlet part has an upper wall surface which is formed as an inlet wall with inlet openings for a waste water flow running in and wherein in the pot-like inlet part is arranged an impeller rotary driven by a drive motor and which feeds waste water in compressed manner to the outlet connection piece, wherein the impeller is mounted to be rotatable on a vertical axis, wherein the vertical axis is attached either on the base side to a cover wall of an inner sleeve receiving the drive motor and formed by an inner housing and its unsupported free part directed upwards engages with radial clearance into a central hub of the pot-like inlet part, or in that the vertical axis is attached on one side suspended in the central hub of the inlet part and its free, unsupported part engages with radial clearance into a central hub on the cover wall of the inner housing, wherein the impeller is provided on its radial outer edge with an elastomeric annular lip which is placed with elastic deformation on a lower base wall of the pot-like inlet part opposite the impeller.
A pressure means system, in particular a hydraulic system, with a) a fluid pump for conveying a drive fluid with a certain discharge flow and a certain fluid pressure (P IST), b) a control unit, which switches the fluid pump on or off to adjust a predefined target value (P SOLL) of the fluid pressure (P IST), c) wherein the fluid pump has an inertia-induced overrun during shut-off, so that the fluid pressure still rises during the overrun of the fluid pump, while the fluid pump is already switched off, d) while the fluid pump has an inertia-induced pre-run during switching-on, so that the fluid pressure does not yet substantially rises during the pre-run of the fluid pump, while the fluid pump is already switched on, characterized in e) that the control unit switches off the fluid pump when increasing the fluid pressure (P IST) to the predefined target value (P SOLL) before the fluid pressure (P IST) has reached the target value (P SOLL), and/or f) that the control unit switches on the fluid pump again at the drop of fluid pressure (P IST) when the fluid pump is switched off before the fluid pressure (P IST) has fallen to a predefined minimum pressure (P MIN). a) a fluid pump for conveying a drive fluid with a certain discharge flow and a certain fluid pressure (P IST), b) a control unit, which switches the fluid pump on or off to adjust a predefined target value (P SOLL) of the fluid pressure (P IST), c) wherein the fluid pump has an inertia-induced overrun during shut-off, so that the fluid pressure still rises during the overrun of the fluid pump, while the fluid pump is already switched off, d) while the fluid pump has an inertia-induced pre-run during switching-on, so that the fluid pressure does not yet substantially rises during the pre-run of the fluid pump, while the fluid pump is already switched on, characterized in e) that the control unit switches off the fluid pump when increasing the fluid pressure (P IST) to the predefined target value (P SOLL) before the fluid pressure (P IST) has reached the target value (P SOLL), and/or f) that the control unit switches on the fluid pump again at the drop of fluid pressure (P IST) when the fluid pump is switched off before the fluid pressure (P IST) has fallen to a predefined minimum pressure (P MIN).
Phosphate precipitation module, the module comprising a first and a second electrode, an electrical power supply unit providing a DC voltage, and a control unit configured to alternate the polarity between the first and the second electrode, wherein the electrodes (15a, 15b) are pair of hollow tubes, each tube comprising openings for allowing a flow of water therethrough, characterized in that the electrical power supply is connected to the respective electrodes (15a, 15b) by means of electrical power transfer means, wherein the electrical power transfer means is soldered onto the respective electrodes (15a, 15b), in that the solder joint is performed in a water resistant manner by means of a shrink tube cuff arranged on an upper portion of each electrode (15a, 15b), wherein the electrical power transfer means connect to the respective electrode (15a, 15b) within the shrink tube cuff and in that the first and the second electrodes are connected by means of a bar made of a non-conductive material.
A method for sending a plurality of data (21, 22, 23) from a server to a fleet of devices (11, 12, 13), the method comprising the following steps: - splitting said plurality of data (21, 22, 23) in a set of disjoint batches (31, 32), - uniquely allocating to each of said disjoint batches a time slot, - identifying a selected data belonging to the disjoint batch which is allocated to the current time slot and sending the selected data from the server to one device of said fleet, characterized in that the method comprises the step: - if an incident occurs at the server, discarding from the server the disjoint batch allocated to the time slot during which the incident occurred. - splitting said plurality of data (21, 22, 23) in a set of disjoint batches (31, 32), - uniquely allocating to each of said disjoint batches a time slot, - identifying a selected data belonging to the disjoint batch which is allocated to the current time slot and sending the selected data from the server to one device of said fleet, - if an incident occurs at the server, discarding from the server the disjoint batch allocated to the time slot during which the incident occurred.
A process for cleaning inanimate surfaces selected from the group consisting of household hard surfaces; dish surfaces; surfaces like leather or synthetic leather; automotive vehicles surfaces with a liquid cleaning composition comprising bleached cleaning particles as abrasives, wherein said bleached cleaning particles are selected from the group consisting bleached nut shell particles, bleached particles derived from other plant parts, bleached wood particles and mixtures thereof, and wherein bleached abrasive cleaning particles have a degree of whiteness (L*) of greater than 65, measured under D 65 illumination, wherein said surface is contacted with said composition, preferably wherein said composition is applied onto said surface, wherein said abrasive particles have a mean particle size as expressed by the Equivalent Circle Diameter from 10 to 1000 μm according to ISO 9276-6: 2008 Section 7, wherein the abrasive particles have Shore D hardness measured according to the procedure described in ASTM D2240 below or equal to 90 or MOHS hardness equal or below 4.