mhurhangee/ep-ind-claims huggingface dataset:
Packaging apparatus comprising: a wrapping material applicator for helically wrapping together a collation of articles, a first conveyor for transporting unwrapped collations of articles to the applicator; a second conveyor for transporting wrapped collations of articles away from the applicator; a base band applicator reel upstream of the wrapping material applicator for providing a base band of wrapping material underneath an unwrapped collation of articles so as to be helically wrapped together with the collation of articles, such that the base band extends between wrapped collations of articles downstream of the wrapping material applicator and unwrapped collations of articles upstream of the applicator; wherein the packaging apparatus is configured such that the unwrapped collations of articles are drawn into the applicator by the base band as a result of movement of the wrapped collations of articles on the second conveyor, characterised by a tensioning mechanism configured, in use, to place at least a portion of the base band from said applicator reel under tension and to stretch the base band before an unwrapped collation of articles is placed onto that portion of the base band, so that the wrapping is tighter and so that wrapped collations are less likely to fall apart. a wrapping material applicator for helically wrapping together a collation of articles, a first conveyor for transporting unwrapped collations of articles to the applicator; a second conveyor for transporting wrapped collations of articles away from the applicator; a base band applicator reel upstream of the wrapping material applicator for providing a base band of wrapping material underneath an unwrapped collation of articles so as to be helically wrapped together with the collation of articles, such that the base band extends between wrapped collations of articles downstream of the wrapping material applicator and unwrapped collations of articles upstream of the applicator; wherein the packaging apparatus is configured such that the unwrapped collations of articles are drawn into the applicator by the base band as a result of movement of the wrapped collations of articles on the second conveyor, characterised by a tensioning mechanism configured, in use, to place at least a portion of the base band from said applicator reel under tension and to stretch the base band before an unwrapped collation of articles is placed onto that portion of the base band, so that the wrapping is tighter and so that wrapped collations are less likely to fall apart.
A traffic transmission method, comprising: determining scheduling times of head traffic packets of at least two of N transmission queues, wherein N is a positive integer greater than or equal to 2; obtaining priorities of the at least two transmission queues and data packet sizes of the head traffic packets of the at least two transmission queues; determining a first type of traffic packets from the head traffic packets of the at least two transmission queues based on at least two of the scheduling times, the priorities, and the data packet sizes; and transmitting a first traffic packet, wherein the first traffic packet is a traffic packet with the smallest data packet size in the first type of traffic packets. determining scheduling times of head traffic packets of at least two of N transmission queues, wherein N is a positive integer greater than or equal to 2; obtaining priorities of the at least two transmission queues and data packet sizes of the head traffic packets of the at least two transmission queues; determining a first type of traffic packets from the head traffic packets of the at least two transmission queues based on at least two of the scheduling times, the priorities, and the data packet sizes; and transmitting a first traffic packet, wherein the first traffic packet is a traffic packet with the smallest data packet size in the first type of traffic packets.
Tread profile of a pneumatic vehicle tyre with radially raised profile elements (4, 5) and with grooves, which separate the profile elements (4, 5) in the axial direction A of the tyre and which are respectively formed with two groove walls (10, 11) extending in the radial direction R of the vehicle tyre from the groove base to the lateral surface of the vehicle tyre that forms the road contact surface, one groove wall (10, 11) of which in each case forms the flank facing the groove of one of the profile elements (4, 5) that are separated from one another by the groove, an elevation being formed in at least one groove wall, protruding from the groove wall into the groove, extending linearly on the groove wall in the radial direction R from the radial inside to the radial outside between a radially outer end of extent and a radially inner end of extent, and being formed by a radially inner portion of extent and a radially outer portion of extent adjoining thereto, the radially outer portion of extent extending inwardly from the radially outer end of extent of the linear elevation in the radial direction R with a component of the direction of extent in the circumferential direction U with orientation in a first direction of rotation of the vehicle tyre as far as the radially inner portion of extent and the radially inner portion of extent extending outwardly from the radially inner end of extent of the linear elevation in the radial direction R with a component of the direction of extent in the circumferential direction U with orientation in this first direction of rotation of the vehicle tyre as far as the radially outer portion of extent, characterized in that the tangent t a to the outer portion of extent at the radially outer end of extent and the tangent t i to the inner portion of extent at the radially inner end of extent form an opening angle α and the bisector h of this opening angle α rises from the point of intersection of the two tangents t a, t i in the direction of the two ends of extent in the radial direction R of the tyre and forms an angle β with the circumferential direction U where 80° ≥ β > 0°.
A method in a communications device comprising: the communications device accessing first features offered by an application server (71,72,73) using a communication protocol based upon Session Initiation Protocol, the application server (71,72,73) being a media server or a Private Branch eXchange; the communications device obtaining a non-executable editable file that comprises (a) first information describing how to access at least one additional feature offered by the application server (71,72,73) using an extension of the SIP for which the communications device was not previously configured to access using the SIP (b) second information describing how to represent the at least one additional feature; the communications device dynamically updating an existing Graphic User Interface so as to display a representation of the at least one additional feature in accordance with the second information; the communications device receiving user input selecting an additional feature of the at least one additional feature via the GUI that has been dynamically updated; and the communications device accessing the additional feature that has been selected by instructing the application server (71,72,73) to execute the additional feature in accordance with the first information, wherein in case the application server (71,72,73) is a media server, the at least one additional feature being at least one additional media feature, and in case the application server (71,72,73) is a PBX, the at least one additional feature being at least one additional Voice over Internet Protocol (VOIP) -based feature. the communications device accessing first features offered by an application server (71,72,73) using a communication protocol based upon Session Initiation Protocol, the application server (71,72,73) being a media server or a Private Branch eXchange; the communications device obtaining a non-executable editable file that comprises (a) first information describing how to access at least one additional feature offered by the application server (71,72,73) using an extension of the SIP for which the communications device was not previously configured to access using the SIP (b) second information describing how to represent the at least one additional feature; the communications device dynamically updating an existing Graphic User Interface so as to display a representation of the at least one additional feature in accordance with the second information; the communications device receiving user input selecting an additional feature of the at least one additional feature via the GUI that has been dynamically updated; and the communications device accessing the additional feature that has been selected by instructing the application server (71,72,73) to execute the additional feature in accordance with the first information, wherein in case the application server (71,72,73) is a media server, the at least one additional feature being at least one additional media feature, and in case the application server (71,72,73) is a PBX, the at least one additional feature being at least one additional Voice over Internet Protocol (VOIP) -based feature.
Test rig for a back-to-back test of a turbine, comprising a carrier, at least one bearing fixed to the carrier, an axle supported in the at least one bearing, a gear coupled to the axle and a motor coupled to the gear, characterized by a gear bearing arrangement comprising two radially extending arms coupled to the gear and extending from an ring-shaped gear mounting attached to the gear in opposite directions relative to the gear, while each arm is pivotally connected to a torque arm, with the torque arms extending in a basically horizontal direction and parallel to each other when the gear bearing arrangement is unloaded, with the ends of the torque arms being pivotally coupled to a frame comprising lateral extensions extending in opposite directions with connection segments, to which segments respective second torque arms arranged in a basically vertical direction are pivotally connected, which second torque arms are pivotally connected to a respective connection element arranged at the carrier.
A transparent substrate, especially a glass substrate, provided with a thin-film multilayer, the thin-film multilayer comprising a metallic layer having infrared-reflection properties, especially a low-E layer, and two, subjacent and superjacent, nonmetallic dielectric coatings, the metallic layer having infrared-reflection properties being located between the two, subjacent and superjacent, nonmetallic dielectric coatings, and the superjacent dielectric coating comprising at least the sequence of thin layers deposited, above the metallic layer having infrared-reflection properties, in the following order: - at least one high-refractive-index layer, made of a material having a refractive index greater than or equal to 2.20, the physical thickness of the high-refractive-index layer or the sum of the physical thicknesses of the high-refractive-index layers lying between 15 and 40 nm and preferably between 20 and 35 nm; and - at least one low-refractive-index layer, made of a material having a refractive index less than or equal to 1.70, the physical thickness of the low-refractive-index layer or the sum of the physical thicknesses of the low-refractive-index layers lying between 75 and 120 nm, the refractive index difference between the one or more high-refractive-index layers and the one or more low-refractive-index layers lying between 0.7 and 1.2, preferably between 0.8 and 1.1. - at least one high-refractive-index layer, made of a material having a refractive index greater than or equal to 2.20, the physical thickness of the high-refractive-index layer or the sum of the physical thicknesses of the high-refractive-index layers lying between 15 and 40 nm and preferably between 20 and 35 nm; and - at least one low-refractive-index layer, made of a material having a refractive index less than or equal to 1.70, the physical thickness of the low-refractive-index layer or the sum of the physical thicknesses of the low-refractive-index layers lying between 75 and 120 nm,
A hitch alignment system for aligning a vehicle and a trailer, the system comprising: a camera system that generates image data and has a field of view at a hitch of the vehicle; a human-machine interface ("HMI") configured to be positioned within an interior of the vehicle such that it is perceptible to a user of the vehicle; and characterized by a controller that analyzes the image data, detects a first target in the image data, the first target having known dimensions and being affixed to a trailer coupling of the trailer, determines a location of the trailer coupling relative to the hitch based on the image data and the known dimensions of the first target, determines a path of travel from a current position of the vehicle to a second position where a distance between the hitch and the trailer coupling is less than or equal to a predetermined threshold, operates a steering system and a brake system of the vehicle causing the vehicle to follow' the determined path of travel, detects when an object is located within the determined path of travel based at least in part on data from a radar system and an ultrasonic system, and, stops the vehicle when an object is detected in the determined path of travel. a camera system that generates image data and has a field of view at a hitch of the vehicle; a human-machine interface ("HMI") configured to be positioned within an interior of the vehicle such that it is perceptible to a user of the vehicle; and characterized by a controller that analyzes the image data, detects a first target in the image data, the first target having known dimensions and being affixed to a trailer coupling of the trailer, determines a location of the trailer coupling relative to the hitch based on the image data and the known dimensions of the first target, determines a path of travel from a current position of the vehicle to a second position where a distance between the hitch and the trailer coupling is less than or equal to a predetermined threshold, analyzes the image data, detects a first target in the image data, the first target having known dimensions and being affixed to a trailer coupling of the trailer, determines a location of the trailer coupling relative to the hitch based on the image data and the known dimensions of the first target, determines a path of travel from a current position of the vehicle to a second position where a distance between the hitch and the trailer coupling is less than or equal to a predetermined threshold, operates a steering system and a brake system of the vehicle causing the vehicle to follow' the determined path of travel, detects when an object is located within the determined path of travel based at least in part on data from a radar system and an ultrasonic system, and, stops the vehicle when an object is detected in the determined path of travel. detects when an object is located within the determined path of travel based at least in part on data from a radar system and an ultrasonic system, and, stops the vehicle when an object is detected in the determined path of travel.
A controller for controlling a hybrid vehicle that includes an internal combustion engine and a motor as power sources capable of generating drive power for a wheel and a transmission between the internal combustion engine and the wheel, wherein a gear ratio of the transmission is controlled according to a first control rule where an accelerator pedal position (Ap) and a vehicle speed are used as parameters, wherein the controller for the hybrid vehicle is configured to: calculate a target gear ratio according to a second control rule for bringing an operation state of the internal combustion engine into a state suited for improvement in energy efficiency of the internal combustion engine and the motor; determine, on the basis of the target gear ratio, an imaginary accelerator pedal position (vAp); and control the gear ratio using the imaginary accelerator pedal position (vAp) according to the first control rule such that a sum of drive power (Fm) by the motor and drive power (Fe) by the internal combustion engine becomes requested drive power (Fd). calculate a target gear ratio according to a second control rule for bringing an operation state of the internal combustion engine into a state suited for improvement in energy efficiency of the internal combustion engine and the motor; determine, on the basis of the target gear ratio, an imaginary accelerator pedal position (vAp); and control the gear ratio using the imaginary accelerator pedal position (vAp) according to the first control rule such that a sum of drive power (Fm) by the motor and drive power (Fe) by the internal combustion engine becomes requested drive power (Fd).
Moulding tool (1; 101; 201; 401; 501; 601; 701) for deepdrawing a film (6; 306; 406; 606) to form a container (3; 303; 403; 1200), having a mould chamber part (10; 110; 410; 610) which can be subjected to overpressure, in which the mould chamber part (10; 110; 410; 610) comprises a mould chamber (25; 125; 425; 625) which is enclosed by a mould base (27; 127; 427; 527; 627; 727) and a mould side wall in such a way that the film (6; 306; 406; 606) can be formed into the container (3; 303; 403; 1200) in the mould chamber part (10; 1 10; 410; 610) by means of the overpressure, wherein the moulding tool (1; 101; 201; 401; 501; 601; 701) is configured to produce an annular gap (60; 160; 460; 560; 660) at ambient pressure or overpressure at the mould base (27; 127; 427; 527; 627; 727), into which the film (6; 306; 406; 606) can be moulded, wherein the mould base (27; 127; 427; 527; 627; 727) comprises a base disengaging element (35; 135; 435) which can be displaced into the mould chamber (25; 125; 425; 625), which can produce the annular gap (460, 560) by disengagement into the mould chamber (25, 125, 425, 625), and which is enclosed by a stationary base ring element, wherein the stationary base ring element is stationary relative to the mould side wall and is formed integrally with the mould side wall, wherein the displaceable base disengaging element (35; 135; 435) is reduced in diameter in relation to the mould base (27; 127; 427; 527; 627; 727) and has a component thickness which is at least as high or higher than an annular gap height of the annular gap to be produced, characterised in that the moulding tool (1; 101; 201; 401; 501; 601; 701) is configured in such a way that the displaceable base disengaging element (35; 135; 435) can be lifted with a hollow base mould lift against the axial main mould direction, so that the circumferential annular gap (460, 560) is formed between the axially ascending mould side wall (28, 428) and the displaceable base disengaging element (35; 135; 435).
A surgical instrument comprising: a handle portion; and a blade portion joined to the handle portion, the blade portion comprising: a first cutting surface; a second cutting surface joined to the first cutting surface to form a V-shape having a wide portion; and a top portion extending across the wide portion of the V-shape, wherein the first and second cutting surfaces form a point and define an aperture extending through the blade portion and are adapted to cut a quadriceps tendon and in so doing pass a cut portion of the quadriceps tendon through the aperture. a handle portion; and a blade portion joined to the handle portion, the blade portion comprising: a first cutting surface; a second cutting surface joined to the first cutting surface to form a V-shape having a wide portion; and a top portion extending across the wide portion of the V-shape, wherein the first and second cutting surfaces form a point and define an aperture extending through the blade portion and are adapted to cut a quadriceps tendon and in so doing pass a cut portion of the quadriceps tendon through the aperture. a first cutting surface; a second cutting surface joined to the first cutting surface to form a V-shape having a wide portion; and a top portion extending across the wide portion of the V-shape, wherein the first and second cutting surfaces form a point and define an aperture extending through the blade portion and are adapted to cut a quadriceps tendon and in so doing pass a cut portion of the quadriceps tendon through the aperture.
A method of filtering a decoded block of video data, the method comprising: assigning a set of n fixed filters to each class of a plurality of classes of blocks of a current picture of video data, wherein a fixed filter is used to predict filter coefficients of a filter to be applied to a decoded block of video data; for each class which uses a fixed filter, selecting a fixed filter of the set of n fixed filters, wherein a first fixed filter is selected for a first class, and a second fixed filter, different than the first fixed filter, is selected for a second class; for each class which uses a fixed filter, generating the set of filter coefficients to be applied to a decoded block of video data of the class, by adding filter coefficients of the selected fixed filter to a set of signaled filter coefficients for the class, wherein a common set of signaled filter coefficients is used for at least the first class and the second class; decoding a current block of a current picture of the video data; determining a class for the current block; selecting a generated set of filter coefficients that corresponds to the class for the current block; and filtering at least one pixel of the current block using the selected set of filter coefficients. assigning a set of n fixed filters to each class of a plurality of classes of blocks of a current picture of video data, wherein a fixed filter is used to predict filter coefficients of a filter to be applied to a decoded block of video data; for each class which uses a fixed filter, selecting a fixed filter of the set of n fixed filters, wherein a first fixed filter is selected for a first class, and a second fixed filter, different than the first fixed filter, is selected for a second class; for each class which uses a fixed filter, generating the set of filter coefficients to be applied to a decoded block of video data of the class, by adding filter coefficients of the selected fixed filter to a set of signaled filter coefficients for the class, wherein a common set of signaled filter coefficients is used for at least the first class and the second class; decoding a current block of a current picture of the video data; determining a class for the current block; selecting a generated set of filter coefficients that corresponds to the class for the current block; and filtering at least one pixel of the current block using the selected set of filter coefficients.
Use of a fungal biomass for treating industrial wastewaters containing at least one dye of the dyeing or tanning industry, wherein: i. the fungal biomass contains at least the fungal species Rhizomucor pusillus (Lindt) Schipper MUT 2229, DSMZ No. 18656; ii. the fungal biomass absorbs the at least one dye, so as to obtain wastewater that is basically free of the at least one dye. i. the fungal biomass contains at least the fungal species Rhizomucor pusillus (Lindt) Schipper MUT 2229, DSMZ No. 18656; ii. the fungal biomass absorbs the at least one dye, so as to obtain wastewater that is basically free of the at least one dye.