mhurhangee/ep-ind-claims huggingface dataset:
A device for producing a ground profile for promoting germination and establishment of seedling and plant in forestry, comprising a land vehicle, at least one ground profiler having a profiling tool (12, 13) designed for producing a ground profile in the ground, an apparatus for pressing the ground profiler onto the ground with an adjustable pressing pressure, and a depth limiter that is designed to be supported on the surface of the ground when the profiling tool (12, 13) has penetrated the ground by a given profiling depth, wherein the ground profiler is a disc harvester having two concavely curved discs (12, 13) on an equipment carrier or a piece of forest sowing equipment having two toothed discs on an equipment carrier, characterized in that the depth limiter is a sled that is arranged on the underside of the ground profiler and that comprises an upwardly curved or bent edge at the front end in the direction of travel, a cutout in the region of the discs (12, 13), and runners (19, 20) next to the discs (12, 13).
A turbofan engine comprising: a turbofan engine control system; a core nacelle housing a compressor and a turbine, the core nacelle including a low spool supporting the compressor and turbine, the low spool rotationally driving the turbofan through a gear train; a turbofan arranged upstream from the core nacelle and surrounded by a fan nacelle; and a bypass flow path downstream from the turbofan and arranged between the core and fan nacelles, the bypass flow path including a nozzle exit area, characterised in that the system comprises a controller programmed to detect at least one of a take-off condition and a landing condition, the controller being programmed to effectively alter the nozzle exit area to achieve a thrust vector in response to the at least one take-off and landing conditions. a turbofan engine control system; a core nacelle housing a compressor and a turbine, the core nacelle including a low spool supporting the compressor and turbine, the low spool rotationally driving the turbofan through a gear train; a turbofan arranged upstream from the core nacelle and surrounded by a fan nacelle; and a bypass flow path downstream from the turbofan and arranged between the core and fan nacelles, the bypass flow path including a nozzle exit area, characterised in that the system comprises a controller programmed to detect at least one of a take-off condition and a landing condition, the controller being programmed to effectively alter the nozzle exit area to achieve a thrust vector in response to the at least one take-off and landing conditions.
A laundry drier comprising a pole and at least two support arms (1, 3), which are arranged on the pole and which, together, support a clothes line, which runs from one support arm to another support arm, and/or at least one laundry post, which runs from a support arm to another support arm, characterized in that the support arms (1, 3) are arranged on the pole so as to be pivotable in a fan-like manner.
A pharmaceutical composition comprising ATPIF1 (ATPase inhibitor factor 1); and insulin or an insulin analogue for use in a method of preventing or treating diabetes or diabetic complications.
A biocontainer, comprising a closed container comprising a bottom wall, a top wall, first and second opposing side walls, and third and fourth opposing side walls, the side walls being joined to the top wall and the bottom wall; and at least two ports; said bottom, top and four side walls being made of a flexible sheet material; wherein the biocontainer has a substantially rectangular cuboid form, and the biocontainer further comprises at least first, second, third and fourth brackets secured to the container, wherein the first bracket is secured to the container near a joint between the top wall and the first side wall, and the second bracket is secured to the container near a joint between the top wall and the second opposing side wall, and the third bracket is secured to the container near a joint between the bottom wall and the first side wall, and the fourth bracket is secured to the container near a joint between the bottom wall and the second opposing side wall, wherein the first, second, third and fourth brackets are releasably engageable with a platform suitable for supporting the biocontainer.
A respiration guidance device comprising: - an outer casing configured to change shape; and - a drive unit located within the outer casing and configured to change the shape of the outer casing according to a desired breathing pattern; and wherein the outer casing comprises at least one slit dividing the outer casing into at least one portion displaceable with respect to a remaining portion of the outer casing; wherein the drive unit is configured to change the shape of the outer casing by displacing the at least one portion, wherein the drive unit comprises a camshaft for translating a rotational movement into the displacement of the outer casing, wherein the drive unit further comprises at least one cantilever (420, 430) for transforming the movement of the camshaft into the displacement of the outer casing, wherein the at least one cantilever (420, 430) is configured to engage with the at least one portion at one end and to engage with the camshaft at the other end (423, 433), wherein the at least one cantilever (420, 430) is configured to disengage from the cam upon exerting an external pressure on the outer casing. - an outer casing configured to change shape; and - a drive unit located within the outer casing and configured to change the shape of the outer casing according to a desired breathing pattern; and wherein the outer casing comprises at least one slit dividing the outer casing into at least one portion displaceable with respect to a remaining portion of the outer casing; wherein the drive unit is configured to change the shape of the outer casing by displacing the at least one portion, wherein the drive unit comprises a camshaft for translating a rotational movement into the displacement of the outer casing, wherein the drive unit further comprises at least one cantilever (420, 430) for transforming the movement of the camshaft into the displacement of the outer casing, wherein the at least one cantilever (420, 430) is configured to engage with the at least one portion at one end and to engage with the camshaft at the other end (423, 433), wherein the at least one cantilever (420, 430) is configured to disengage from the cam upon exerting an external pressure on the outer casing.
An image forming apparatus which can select a first mode for forming an image based on a detection result of a type of a recording medium and a second mode for forming the image based on a pre-designated type of the recording medium, comprising: a feeding unit which is configured to feed the recording medium; a detecting unit which is configured to execute a detecting operation for detecting the type of the recording medium which is fed by the feeding unit; an image forming unit which is configured to form the image onto the recording medium; and a control unit which is configured to set image forming conditions of the image forming unit based on the type of the recording medium detected by the detecting unit or the pre-designated type of the recording medium, and configured to discriminate whether or not the detection result has been stored, characterized in that when the second mode is selected, the detecting unit is configured to detect the type of a predetermined recording medium at a timing when the detecting operation can be executed without exerting an influence on a throughput and, when the first mode is selected, in a case in which the control unit discriminates that the detection result detected in the second mode is not stored, the detecting unit is configured to execute the detecting operation and the image forming unit forms the image based on the detection result detected by the detecting unit, and in a case in which the control unit discriminates that the detection result detected in the second mode is stored, the control unit is configured to set the image forming conditions based on the stored detection result without executing the detecting operation by the detecting unit. a feeding unit which is configured to feed the recording medium; a detecting unit which is configured to execute a detecting operation for detecting the type of the recording medium which is fed by the feeding unit; an image forming unit which is configured to form the image onto the recording medium; and a control unit which is configured to set image forming conditions of the image forming unit based on the type of the recording medium detected by the detecting unit or the pre-designated type of the recording medium, and configured to discriminate whether or not the detection result has been stored, characterized in that when the second mode is selected, the detecting unit is configured to detect the type of a predetermined recording medium at a timing when the detecting operation can be executed without exerting an influence on a throughput and, when the first mode is selected, in a case in which the control unit discriminates that the detection result detected in the second mode is not stored, the detecting unit is configured to execute the detecting operation and the image forming unit forms the image based on the detection result detected by the detecting unit, and in a case in which the control unit discriminates that the detection result detected in the second mode is stored, the control unit is configured to set the image forming conditions based on the stored detection result without executing the detecting operation by the detecting unit.
A kit suitable for amplification and multiplex sequencing, comprising: at least 5 pairs of tagged forward and reverse primers for amplification disposed separately, each forward and reverse primer of said pairs comprising, in 5' to 3' order: a tag sequence, wherein the tag sequence in each of said primer pairs is different from the tag sequence of the other primer pairs; and a priming sequence specific for a target sequence, wherein the priming sequence in each of said primer pairs is the same; and wherein either: the tag sequence is 4 to 36 nucleotides in length and the priming sequence is complementary to a target sequence located 3' to a 16S rRNA sequence; or the tag sequence is 6 to 36 nucleotides in length and the priming sequence is complementary to a target sequence located 3' to a 16S rRNA sequence, an 18S rRNA sequence, an ITS sequence, a mitochondrial sequence, a microstatellite sequence, a metabolic enzyme sequence, or a genetic disease sequence at least 5 pairs of tagged forward and reverse primers for amplification disposed separately, each forward and reverse primer of said pairs comprising, in 5' to 3' order: a tag sequence, wherein the tag sequence in each of said primer pairs is different from the tag sequence of the other primer pairs; and a priming sequence specific for a target sequence, wherein the priming sequence in each of said primer pairs is the same; a tag sequence, wherein the tag sequence in each of said primer pairs is different from the tag sequence of the other primer pairs; and a priming sequence specific for a target sequence, wherein the priming sequence in each of said primer pairs is the same; and wherein either: the tag sequence is 4 to 36 nucleotides in length and the priming sequence is complementary to a target sequence located 3' to a 16S rRNA sequence; or the tag sequence is 6 to 36 nucleotides in length and the priming sequence is complementary to a target sequence located 3' to a 16S rRNA sequence, an 18S rRNA sequence, an ITS sequence, a mitochondrial sequence, a microstatellite sequence, a metabolic enzyme sequence, or a genetic disease sequence the tag sequence is 4 to 36 nucleotides in length and the priming sequence is complementary to a target sequence located 3' to a 16S rRNA sequence; or the tag sequence is 6 to 36 nucleotides in length and the priming sequence is complementary to a target sequence located 3' to a 16S rRNA sequence, an 18S rRNA sequence, an ITS sequence, a mitochondrial sequence, a microstatellite sequence, a metabolic enzyme sequence, or a genetic disease sequence
Method for filtering messages, incoming via a serial data bus of a communication network in a communication module of a subscriber connected to the data bus, by means of a filter arrangement, wherein the messages have a respective identifier for identification and the properties of the filter arrangement are defined by identifiers of messages, which identifiers are stored in at least one list of the filter arrangement, wherein the at least one list of the filter arrangement stores multiple identifier pairs (ID1, ID2) that define a respective range delimited by a first identifier and a second identifier, wherein the identifier of an incoming message is compared at least with selected identifier pairs (ID1, ID2) and a test is performed to determine whether the identifier of the incoming message is greater than or greater than or equal to the selected first identifier and less than or less than or equal to the selected second identifier, characterized in that the list of the filter arrangement stores, in addition to each identifier pair (ID1, ID2), an associated filter mode information item (SFM; EFM), wherein an incoming message, on the basis of the filter mode information item (SFM; EFM) of the identifier pair (ID1, ID2) for the current test, is forwarded to an application running on the subscriber or rejected if the identifier of the incoming message lies in the range delimited by the first identifier and the second identifier for the current test, wherein the list of the filter arrangement stores, in addition to each identifier pair (ID1, ID2), an associated forwarding information item (SFFS; EFFS), wherein an incoming message, on the basis of the forwarding information item (SFFS; EFFS) of the identifier pair (ID1, ID2) for the current test, is forwarded to a determined buffer store (FIFO0; FIFO1), in order to be fetched by the application, if the identifier of the incoming message lies in the range delimited by the first identifier and the second identifier for the current test.
A method, performed by a centrifuge, for treating toughness and hardness of drill bit buttons, wherein the centrifuge comprises a chamber formed by a stationary side wall and a bottom which is rotatable around a rotation axis, characterised in: - the bottom comprising one or more protrusions which at least partly extends between the rotation axis and the side wall, - the side wall comprising at least six pushing elements arranged around a periphery of the side wall, and where the method comprises; - rotating, by rotation of the bottom with the protrusions, the drill bit buttons around the rotation axis, - pushing, by the pushing elements, the drill bit buttons from the side wall during the rotation of the bottom, - collectively forming the drill bit buttons into a well gathered torus shape at the bottom of the chamber, wherein the drill bit buttons will avoid climbing high on the chamber wall and fall down onto the bottom, for inducing collisions between the drill bit buttons, thereby treating the toughness and hardness of the drill bit buttons. - the bottom comprising one or more protrusions which at least partly extends between the rotation axis and the side wall, - the side wall comprising at least six pushing elements arranged around a periphery of the side wall, and where the method comprises; - rotating, by rotation of the bottom with the protrusions, the drill bit buttons around the rotation axis, - pushing, by the pushing elements, the drill bit buttons from the side wall during the rotation of the bottom, - collectively forming the drill bit buttons into a well gathered torus shape at the bottom of the chamber, wherein the drill bit buttons will avoid climbing high on the chamber wall and fall down onto the bottom, for inducing collisions between the drill bit buttons, - rotating, by rotation of the bottom with the protrusions, the drill bit buttons around the rotation axis, - pushing, by the pushing elements, the drill bit buttons from the side wall during the rotation of the bottom, - collectively forming the drill bit buttons into a well gathered torus shape at the bottom of the chamber, wherein the drill bit buttons will avoid climbing high on the chamber wall and fall down onto the bottom, for inducing collisions between the drill bit buttons, thereby treating the toughness and hardness of the drill bit buttons.
A method for managing a switch fabric (300,310) comprising a plurality of fabric chips (350a-350h), each of said plurality of fabric chips (350a-350h) comprising a plurality of port interfaces, wherein each fabric chip is communicatively coupled to two other fabric chips, said method comprising: generating a first configuration set comprising a plurality of configuration registers for the port interfaces to use in calculating a port resolution for an incoming packet; generating a second configuration set comprising a plurality of configuration registers for the port interfaces to use in calculating a port resolution for an incoming packet, wherein the second configuration set differs from the first configuration set; determining which of the first configuration set and the second configuration set the plurality of fabric chips (350a-350h) are to use; and communicating an instruction to each of the fabric chips (350a-350h) to use the determined one of the first configuration set and the second configuration set. generating a first configuration set comprising a plurality of configuration registers for the port interfaces to use in calculating a port resolution for an incoming packet; generating a second configuration set comprising a plurality of configuration registers for the port interfaces to use in calculating a port resolution for an incoming packet, wherein the second configuration set differs from the first configuration set; determining which of the first configuration set and the second configuration set the plurality of fabric chips (350a-350h) are to use; and communicating an instruction to each of the fabric chips (350a-350h) to use the determined one of the first configuration set and the second configuration set.
A resin pulley molded with a phenol resin composition, comprising 100 parts by weight of a resol type phenol resin, 40 to 100 parts by weight of an inorganic fiber, which contains 50% by weight or more of a glass fiber, 30 to 90 parts by weight of a natural silica powder having an average particle size of 0.5 to 15 μm, the surface of which is treated by a silane-based coupling agent or a titanate-based coupling agent, at a ratio of 0.5 to 3 parts by weight of the coupling agent, based on 100 parts by weight of the natural silica powder, and 1 to 15 parts by weight of a rubber component as main components.
Method for obtaining information about friction between a heated glass gob and at least one guiding trough, such as a distributor, scoop, long trough and/or deflector trough, through which the glass gob is transported to a mould for forming a glass product from the glass gob using the mould, wherein the glass product is manufactured by: a. forming the heated glass gob; b. transporting the glass gob through at least one guiding trough to the mould; c. forming the glass gob into the glass product using the mould, characterised in that the method furthermore comprises the following steps: d. making at least one infrared image of an outer part surface (34, 36, 38) of the at least one guiding trough along which, in use, the gob while making contact with the outer part surface is transported; and e. analysing the at least one image for obtaining the information about the friction between the heated glass gob and the outer part surface along which the glass gob while making contact with the outer part surface is transported. a. forming the heated glass gob; b. transporting the glass gob through at least one guiding trough to the mould; c. forming the glass gob into the glass product using the mould, characterised in that the method furthermore comprises the following steps: d. making at least one infrared image of an outer part surface (34, 36, 38) of the at least one guiding trough along which, in use, the gob while making contact with the outer part surface is transported; and e. analysing the at least one image for obtaining the information about the friction between the heated glass gob and the outer part surface along which the glass gob while making contact with the outer part surface is transported.
A modular surgical motor for powering surgical tools comprising a first module supporting a vane motor and a second module supporting a chuck, said first module including an outer housing defining a handle for the surgeon, an insert housing supported in said outer housing and radially spaced therefrom defining with said outer housing an annular space and said space being filled with air to dampen vibrations and to insulate said handle from heat, said second module including an output shaft mounted therein for rotary supporting the surgical tools, and an interconnection coupled to a spindle of said vane motor for transmitting rotary motion from said vane motor to said output shaft, characterised in that said interconnection includes recesses contoured to support balls made from elastomeric material, said balls pinned to said output shaft by a drive pin extending laterally from said output shaft and fitted into an aperture formed in said balls whereby rotary motion from said spindle is transferred to said output shaft via the balls for reducing vibration and noise.
An image processing device comprising: an identifying unit configured to identify a type of tissue degeneration in a mid-surgery image; and a drawing unit configured to draw auxiliary information for an operator in accordance with the identified type of the tissue degeneration, the auxiliary information being to be superimposed on the mid-surgery image; characterised in that the identifying unit identifies the type of the tissue degeneration in accordance with feature information about a degenerated region of the tissue degeneration and the number of the degenerated regions. an identifying unit configured to identify a type of tissue degeneration in a mid-surgery image; and a drawing unit configured to draw auxiliary information for an operator in accordance with the identified type of the tissue degeneration, the auxiliary information being to be superimposed on the mid-surgery image; characterised in that the identifying unit identifies the type of the tissue degeneration in accordance with feature information about a degenerated region of the tissue degeneration and the number of the degenerated regions.