mhurhangee/ep-ind-claims huggingface dataset:
A method of mapping applications to radios in a wireless communication device, comprising: receiving from a host subsystem inputs from multiple applications at a controller within a radio subsystem residing below the host subsystem comprising an operating system and wherein the controller in the radio subsystem operates independent of any high level operating system, HLOS, the multiple applications residing above the operating system, and wherein the controller comprises a CPU and a HLOS API; determining multiple radios selected based on the inputs from the multiple applications and further selected, based on interference information, to mitigate interference between the multiple radios; and determining mapping of the multiple applications to the multiple radios based on the inputs from the applications. receiving from a host subsystem inputs from multiple applications at a controller within a radio subsystem residing below the host subsystem comprising an operating system and wherein the controller in the radio subsystem operates independent of any high level operating system, HLOS, the multiple applications residing above the operating system, and wherein the controller comprises a CPU and a HLOS API; determining multiple radios selected based on the inputs from the multiple applications and further selected, based on interference information, to mitigate interference between the multiple radios; and determining mapping of the multiple applications to the multiple radios based on the inputs from the applications.
A board work device that is configured to dispense viscous fluid onto a board, the board work device comprising: a dispensing head; provided with a viscous fluid housing chamber that is configured to house the viscous fluid; a viscous fluid dispensing outlet connected to the viscous fluid housing chamber; a valve mechanism that is configured to switch to a first state in which viscous fluid at the viscous fluid dispensing outlet is pushed and dispensed via the viscous fluid housing chamber and a second state in which the viscous fluid cannot be dispensed; an operation entry section that is configured to enter operations from an external section, and a switching section that is configured to switch the valve mechanism based on an operation entered by an operation entry section; and a head holding means that is configured to hold the dispensing head, wherein the head holding means is configured to exchangeably hold the dispensing head or a mounting head that is configured to hold and releases a component, and includes an operation section that is configured to operate the held mounting head, and wherein the operation entry section is capable of entering an operation from the operation section in a state where the dispensing head is held by the head holding means. a dispensing head; provided with a viscous fluid housing chamber that is configured to house the viscous fluid; a viscous fluid dispensing outlet connected to the viscous fluid housing chamber; a valve mechanism that is configured to switch to a first state in which viscous fluid at the viscous fluid dispensing outlet is pushed and dispensed via the viscous fluid housing chamber and a second state in which the viscous fluid cannot be dispensed; an operation entry section that is configured to enter operations from an external section, and a switching section that is configured to switch the valve mechanism based on an operation entered by an operation entry section; and a head holding means that is configured to hold the dispensing head, wherein the head holding means is configured to exchangeably hold the dispensing head or a mounting head that is configured to hold and releases a component, and includes an operation section that is configured to operate the held mounting head, and wherein the operation entry section is capable of entering an operation from the operation section in a state where the dispensing head is held by the head holding means.
Injection moulding method, comprising the steps: - injecting a first product part in the cavity between a first pair of mould sections (FB1, FB1_1, FB1_n, FB2, FB2_1, FB2_n) of a first mould part and a second mould part, wherein the first mould part contains an injection material channel (K1, K11, K1n) running in the mould opening direction and wherein the second mould part contains an injection material channel (K2, K21, K2n); - moving the first mould part and the second mould part apart in the mould opening direction; - moving the first mould part in another direction (Y, Y r) than the mould opening direction, wherein this movement is at least partially a straight movement; - joining the first mould part with the second mould part or a third mould part, so that a second pair of mould sections (FB1, FB1_1, FB1_n, FB3, FB3_1, FB3_n) of the first mould part and second or third mould part (FT2, FT3) form a second cavity, in which the first product part is situated; - injection-moulding a second product part in the second cavity to the first product part, wherein injection material in the second injection process is supplied via another injection material channel than the injection material in the first injection process, characterized in that the first mould part includes a heating keeping the temperature of the injection material in the injection material channel in a predetermined interval and/or on a defined graph. - injecting a first product part in the cavity between a first pair of mould sections (FB1, FB1_1, FB1_n, FB2, FB2_1, FB2_n) of a first mould part and a second mould part, wherein the first mould part contains an injection material channel (K1, K11, K1n) running in the mould opening direction and wherein the second mould part contains an injection material channel (K2, K21, K2n); - moving the first mould part and the second mould part apart in the mould opening direction; - moving the first mould part in another direction (Y, Y r) than the mould opening direction, wherein this movement is at least partially a straight movement; - joining the first mould part with the second mould part or a third mould part, so that a second pair of mould sections (FB1, FB1_1, FB1_n, FB3, FB3_1, FB3_n) of the first mould part and second or third mould part (FT2, FT3) form a second cavity, in which the first product part is situated; - injection-moulding a second product part in the second cavity to the first product part, wherein injection material in the second injection process is supplied via another injection material channel than the injection material in the first injection process,
Lock pin, in particular for anti-panic locks, comprising a rectangular or square cross-sectional profile for the rotationally fixed connection of a handle to a one-piece lock nut, which lock pin comprises an axial hole, which in a first end portion is designed at least partially as a threaded hole for receiving a threaded pin, and a free hole with a smaller diameter than the threaded hole, the threaded pin comprising a threadless extension whose diameter is smaller than that of the threaded portion of the threaded pin but larger than that of the free hole, characterized in that the free hole is arranged in a second end portion of the lock pin which is opposite the first end portion, wherein the second end portion is provided with an axial slot which is designed diagonally in the rectangular or square cross-sectional profile of the lock pin.
A combination of a rotogravure cylinder sleeve provided with a gravure at a printing surface, and at least one end plate for transfer of rotation of a shaft to be inserted through the end plate to the cylinder sleeve, wherein the end plate is provided with at least one contact surface, and the cylinder sleeve is provided with a mating contact surface defined at an inner side and in a base thereof, wherein the contact surfaces (13, 23) are fit to constitute a disassemblable assembly of the cylinder sleeve and the end plate, characterized in that the base is made of aluminium and the rotogravure cylinder sleeve comprises a layer package deposited at an outside of the base, wherein the base has a lower hardness than the layer package, and wherein the layer package is thermally sprayed.
An apparatus for providing precision linear positioning of at least one laboratory pipette comprising: a. a gear rack, wherein a pipette is connected to the gear rack; b. a drive mechanism having a drive component operable to engage the gear rack, characterized in that that the apparatus further comprises: c. a magnetic brake engaging the gear rack operable to provide a force opposing movement of the drive mechanism. a. a gear rack, wherein a pipette is connected to the gear rack; b. a drive mechanism having a drive component operable to engage the gear rack, c. a magnetic brake engaging the gear rack operable to provide a force opposing movement of the drive mechanism.
A sealing apparatus for sealing an annular gap formed between two inner and outer members that coaxially rotate relative to each other, the sealing apparatus comprising: a backup ring provided in contact with a bottom surface of an annular groove for sealing, the annular groove for sealing being formed along a peripheral direction in one of the members and having a rectangular cross section; and a seal ring provided on an opening side of the annual groove for sealing, the seal ring being in sliding contact with the other member through an entire periphery by being pressed by the backup ring and rotationally slidable relative to the other member, a contact surface of the backup ring against the seal ring being a toric convex surface having a constant radius of curvature in an axial direction, a contact surface of the seal ring against the backup ring being a surface having a cylindrical shape, characterised in that, a contact surface of the backup ring against the bottom surface is a surface having a cylindrical shape and a contact surface of the seal ring against the other member is a toric convex surface having a constant radius of curvature in an axial direction.
A configuration device for configuring a plurality of equipment units (4a, 4b, 4c), each equipment unit (4a, 4b, 4c) having an Ethernet connector (14a, 14b, 14c), the configuration device comprising: - a mating Ethernet connector capable of being connected successively to each Ethernet connector (14a, 14b, 14c) via a point to point link, - a first recording and storage means for recording and storing the reference network settings, and - a downloading means capable of downloading the reference network settings on to each equipment unit (4a, 4b, 4c), the configuration device comprises: - a detection means capable of detecting the connection of the configuration device to a corresponding equipment unit (4a, 4b, 4c), and - an assignment means capable of assigning, following the detection of the said connection, a unique IP address to the equipment unit (4a, 4b, 4c) to which the configuration device is connected, without the equipment unit (4a, 4b, 4c) having to send to the device a request for asking an IP address, the said unique IP address being included in the reference network settings meant to be downloaded into the corresponding equipment unit (4a, 4b, 4c), the assignment means being capable of incrementing by a reference value the reference IP address in order to determine the unique IP address associated with the corresponding equipment unit, following each connection made by the configuration device to one of the equipment units (4a, 4b, 4c). - a mating Ethernet connector capable of being connected successively to each Ethernet connector (14a, 14b, 14c) via a point to point link, - a first recording and storage means for recording and storing the reference network settings, and - a downloading means capable of downloading the reference network settings on to each equipment unit (4a, 4b, 4c), - a detection means capable of detecting the connection of the configuration device to a corresponding equipment unit (4a, 4b, 4c), and - an assignment means capable of assigning, following the detection of the said connection, a unique IP address to the equipment unit (4a, 4b, 4c) to which the configuration device is connected, without the equipment unit (4a, 4b, 4c) having to send to the device a request for asking an IP address, the said unique IP address being included in the reference network settings meant to be downloaded into the corresponding equipment unit (4a, 4b, 4c), the assignment means being capable of incrementing by a reference value the reference IP address in order to determine the unique IP address associated with the corresponding equipment unit, following each connection made by the configuration device to one of the equipment units (4a, 4b, 4c).
Mobile work machine, in particular wheel loader, telescopic handler, excavator, tractor, soil compaction apparatus such as a roller, or the like, with a load-bearing frame and with a drive unit for driving at least one drive element, for example a drive wheel/roller and/or crawler track unit or vibratory element, and/or a work element (14, 15), for example a gripping arm, scoop, fork, vibratory element, wherein the drive unit is in the form of a hydromechanical, in particular hydrostatic, drive unit having at least one internal combustion engine, which has an engine axle, for generating mechanical drive energy and also at least one hydraulic energy transmission unit, which comprises at least one hydraulic fluid and a drive and an output and at least one hydraulic pump and a hydraulic motor, for converting the mechanical drive energy into hydraulic drive energy at least for the at least one drive element, wherein the engine axle is rotatable at a speed (n), wherein at least one electrical and/or electronic control unit (18, ECM) is provided for controlling the drive unit, wherein at least one temperature sensor is provided for detecting an actual operating temperature (T_1) of the drive unit, in particular of the internal combustion engine, wherein the electrical and/or electronic control unit comprises at least one setpoint limit temperature, in particular overheating temperature, of the drive unit and/or of the internal combustion engine, wherein, during normal operation, the engine shaft of the internal combustion engine rotates at a normal rotation speed (n_0), characterized in that, during limit temperature operation, wherein the actual operating temperature (T_1) is greater than or equal to the setpoint limit temperature (T_GW), the electrical and/or electronic control unit controls the internal combustion engine in such a way that the engine shaft of the internal combustion engine rotates at a first rotation speed (n_soll), wherein the first rotation speed (n_soll) of the engine shaft is greater than the normal rotation speed (n_0) of the engine shaft during normal operation.
A scraping assembly for the finishing of wood panels or the like, each panel being provided with a finishing edge, which is applied along at least part of a lateral profile (4, 5) of the panel itself, the scraping assembly comprising a feeding device to feed a plurality of panels along a path in sequence; at least one edge scraping tool projecting into the path to carry out the machining of the finishing edge; at least one sucking hood mounted on the outside of the path to suck a chip rod generated by the edge scraping tool; and a detaching device mounted on the outside of the path to separate the chip rod from the panel; and being characterized in that the detaching device comprises a clamp unit comprising a pair of jaws (23, 24), which are mobile relative to one another between a clamping position and a release position, in which the chip rod is clamped and released, respectively.
Method for producing a palletless packaging unit which comprises a plurality of packaging objects stacked into a product stack, in which the packaging objects are stacked such that at least two engagement regions for fork arms of a forklift are formed by a special layer on at least one stack level, that a normal layer is stacked adjacent to a special layer, said normal layer projecting over said special layer on at least two sides, and the product stack is wrapped with a film, that the special layer is deposited on the film and a holding layer is placed between the special layer and the normal layer and connected to the film, wherein fastening sections which extend substantially at the same level as the surface of the special layer and which are connected to the holding layer are formed by the film material, characterized in that before deposition of the special layer the film is laid on a substantially planar deposit surface, and that the special layer is subsequently deposited on the film and subsequently the fastening sections of the film which are located next to the special layer and which rest on the deposit surface are formed by shaping jaws being moved upwards.
A microcode image managing system comprising: memory configured to store a plurality of microcode images (40, 108), each microcode image comprising executable code and configuration information for booting up an electronic device; a packing program stored in the memory, the packing program comprising packing software; and a processor configured to execute the packing software to create a universal microcode image (44, 100) from the plurality of microcode images and to create an index table (46, 102); wherein the packing program comprises logic configured to perform a binary comparison of sections of each of the plurality of microcode images to determine whether or not two or more sections contain identical code; and to create the universal microcode image including a combination of unique sections, wherein only a single copy of sections identified as identical is included in the universal microcode image; wherein the index table comprises information that associates each of a number of possible combinations of device configuration parameters with a combination of unique sections of the universal microcode image; and wherein the universal microcode image (44, 100) allows reconstruction of said plurality of microcode images (40, 108) using the index table (46, 102). memory configured to store a plurality of microcode images (40, 108), each microcode image comprising executable code and configuration information for booting up an electronic device; a packing program stored in the memory, the packing program comprising packing software; and a processor configured to execute the packing software to create a universal microcode image (44, 100) from the plurality of microcode images and to create an index table (46, 102); wherein the packing program comprises logic configured to perform a binary comparison of sections of each of the plurality of microcode images to determine whether or not two or more sections contain identical code; and to create the universal microcode image including a combination of unique sections, wherein only a single copy of sections identified as identical is included in the universal microcode image; wherein the index table comprises information that associates each of a number of possible combinations of device configuration parameters with a combination of unique sections of the universal microcode image; and wherein the universal microcode image (44, 100) allows reconstruction of said plurality of microcode images (40, 108) using the index table (46, 102).
A method for manufacturing a hollow polymer particle having an average diameter of 15 μm or more and 500 μm or less and a 10%-compressive strength of 1.5 MPa or more, the method comprising: (a) suspending a monomer solution for polymerization in a polar solvent containing a colloidal inorganic dispersion stabilizer, the monomer solution being a mixture of at least 100 parts by weight of monomer component for polymerization and 1 part by weight or more and 400 parts by weight or less of organic solvent having a non-polymerization property, said organic solvent having a water solubility of 0.2% by weight or less to exhibit hydrophobicity, said monomer component comprising 10% by weight or more and 99.9% by weight or less of hydrophilic monomer, 0.1% by weight or more and 30% by weight or less of multifunctional monomer and 0% by weight or more and 89.9% by weight or less of other monomers, wherein an inorganic salt and a water-soluble polymerization inhibitor is added to the polar solvent, said inorganic salt being selected from sodium chloride, calcium chloride and sodium carbonate; (b) polymerizing the monomer component for polymerization so as to prepare a polymer particle including a plurality of hollow portions wherein the organic solvent having a non-polymerization property is contained in the interior of the hollow portions; and (c) removing the organic solvent having a non-polymerization property from the resulting polymer particles from step (b). (a) suspending a monomer solution for polymerization in a polar solvent containing a colloidal inorganic dispersion stabilizer, the monomer solution being a mixture of at least 100 parts by weight of monomer component for polymerization and 1 part by weight or more and 400 parts by weight or less of organic solvent having a non-polymerization property, said organic solvent having a water solubility of 0.2% by weight or less to exhibit hydrophobicity, said monomer component comprising 10% by weight or more and 99.9% by weight or less of hydrophilic monomer, 0.1% by weight or more and 30% by weight or less of multifunctional monomer and 0% by weight or more and 89.9% by weight or less of other monomers, wherein an inorganic salt and a water-soluble polymerization inhibitor is added to the polar solvent, said inorganic salt being selected from sodium chloride, calcium chloride and sodium carbonate; (b) polymerizing the monomer component for polymerization so as to prepare a polymer particle including a plurality of hollow portions wherein the organic solvent having a non-polymerization property is contained in the interior of the hollow portions; and (c) removing the organic solvent having a non-polymerization property from the resulting polymer particles from step (b).
Thermochromic color-memorizing composition comprising: (a) an electron-donating color-developing organic compound which is a color-determining component and develops a color; (b) an electron-accepting compound which is a color developer; and (c) an ester compound represented by the following formula as a reaction medium which controls color reaction between said components (a) and (b): (wherein, R represents an alkyl group having 4 to 22 carbon atoms, an alkenyl group having 4 to 22 carbon atoms, a cycloalkylalkyl group having 6 to 11 carbon atoms or a cycloalkyl group having 5 to 7 carbon atoms; Xs each independently represent a hydrogen atom, an alkyl group, an alkoxy group or a halogen atom; Ys each independently represent a hydrogen atom, an alkyl group, an alkoxy group or a halogen atom; and n represents 0 or 1). (a) an electron-donating color-developing organic compound which is a color-determining component and develops a color; (b) an electron-accepting compound which is a color developer; and (c) an ester compound represented by the following formula as a reaction medium which controls color reaction between said components (a) and (b): (wherein, R represents an alkyl group having 4 to 22 carbon atoms, an alkenyl group having 4 to 22 carbon atoms, a cycloalkylalkyl group having 6 to 11 carbon atoms or a cycloalkyl group having 5 to 7 carbon atoms; Xs each independently represent a hydrogen atom, an alkyl group, an alkoxy group or a halogen atom; Ys each independently represent a hydrogen atom, an alkyl group, an alkoxy group or a halogen atom; and n represents 0 or 1).