mhurhangee/ep-ind-claims huggingface dataset:
Method of controlling a vacuum waste system which comprises a number of sources of waste, vacuum sewer piping including at least a branch pipe and at least a main pipe line, a discharge valve having an inlet end connected to the respective source of waste and an outlet end provided with a given type of connection to the respective branch pipe, and a vacuum unit connected to the vacuum sewer piping, in which method vacuum is generated in the vacuum sewer piping by the vacuum unit, a discharge sequence for discharging waste from the source of waste into the vacuum sewer piping is activated by a discharge sequence activating means, and in which method the discharge sequence, which is a time range from the opening of the discharge valve to the closing of the discharge valve, is set for a predetermined time for discharging waste from the source of waste into the vacuum sewer piping, characterized in that the predetermined time for a discharge sequence for a source of waste is set according to the given type of connection of the discharge valve to the vacuum sewer piping whereby the given type of connection of the discharge valve is identified as a downwards connection, i.e. a downward pipe configuration, which results in a lower transport resistance for discharging waste requiring a shorter predetermined time, or an upwards connection, i.e. an upward pipe configuration, which results in a higher transport resistance for discharging waste requiring a longer predetermined time.
A field-pole magnet manufacturing apparatus for fracturing a magnet, the magnet having one surface provided with a cutout groove and an upper surface not provided with a cutout groove, the field-pole magnet manufacturing apparatus comprising: a pair of dies (41, 41) serving as a lower tool on which the magnet is configured to be fixed when fracturing the magnet, the pair of dies (41, 41) being positioned away from each other in a longitudinal direction of the magnet; a punch of an upper tool configured to press the upper surface of the magnet, the upper surface of the magnet being opposite from the surface of the magnet on which the cutout groove is provided, when the pair of dies (41, 41) are in contact with the magnet; and at least one projection provided on a bottom surface of the punch, the at least one projection being symmetric with respect to a central position of the magnet in a width direction of the magnet perpendicular to the longitudinal direction thereof, wherein the punch is configured to press the upper surface of the magnet in a state that the magnet is fixed on the pair of dies (41, 41) such that the one surface of the magnet faces the pair of dies (41, 41) and the cutout groove is located between the pair of dies (41, 41). a pair of dies (41, 41) serving as a lower tool on which the magnet is configured to be fixed when fracturing the magnet, the pair of dies (41, 41) being positioned away from each other in a longitudinal direction of the magnet; a punch of an upper tool configured to press the upper surface of the magnet, the upper surface of the magnet being opposite from the surface of the magnet on which the cutout groove is provided, when the pair of dies (41, 41) are in contact with the magnet; and at least one projection provided on a bottom surface of the punch, the at least one projection being symmetric with respect to a central position of the magnet in a width direction of the magnet perpendicular to the longitudinal direction thereof, wherein the punch is configured to press the upper surface of the magnet in a state that the magnet is fixed on the pair of dies (41, 41) such that the one surface of the magnet faces the pair of dies (41, 41) and the cutout groove is located between the pair of dies (41, 41).
A method of managing a nozzle condition test on a printhead comprising: by a nozzle management system of a printer in which a printhead is installed, instructing a printhead to perform impedance measurements on a plurality of nozzles (102; 506) in a first set of nozzles (102; 506); the method characterized in that it further comprises: after a period of time, retrieving, by the nozzle management system and from a register of the printhead, an impedance measurement result corresponding with each nozzle, each impedance measurement result indicating a nozzle condition of its corresponding nozzle. by a nozzle management system of a printer in which a printhead is installed, instructing a printhead to perform impedance measurements on a plurality of nozzles (102; 506) in a first set of nozzles (102; 506); the method characterized in that it further comprises: after a period of time, retrieving, by the nozzle management system and from a register of the printhead, an impedance measurement result corresponding with each nozzle, each impedance measurement result indicating a nozzle condition of its corresponding nozzle.
A method for receiving information at a forwarding plane apparatus in a network with a network architecture featuring forwarding and control element separation, comprising: when a control plane apparatus is capable of managing a forwarding plane apparatus, receiving, by the forwarding plane apparatus, information used for packet forwarding path calculation sent by the control plane apparatus, wherein the information used for packet forwarding path calculation is used by the forwarding plane apparatus to calculate a packet forwarding path when the control plane apparatus is incapable of managing the forwarding plane apparatus, wherein the information used for packet forwarding path calculation is obtained by: obtaining, by the control plane apparatus, topology information of the network; and based on the topology information of the network, generating by running Spanning Tree Protocol, STP, by the control plane apparatus, the information used for packet forwarding path calculation, wherein the information used for packet forwarding path calculation comprises an identifier of a root bridge. when a control plane apparatus is capable of managing a forwarding plane apparatus, receiving, by the forwarding plane apparatus, information used for packet forwarding path calculation sent by the control plane apparatus, wherein the information used for packet forwarding path calculation is used by the forwarding plane apparatus to calculate a packet forwarding path when the control plane apparatus is incapable of managing the forwarding plane apparatus, wherein the information used for packet forwarding path calculation is obtained by: obtaining, by the control plane apparatus, topology information of the network; and based on the topology information of the network, generating by running Spanning Tree Protocol, STP, by the control plane apparatus, the information used for packet forwarding path calculation, obtaining, by the control plane apparatus, topology information of the network; and based on the topology information of the network, generating by running Spanning Tree Protocol, STP, by the control plane apparatus, the information used for packet forwarding path calculation, wherein the information used for packet forwarding path calculation comprises an identifier of a root bridge.
A terminal connection structure for an electric cable, the electric cable including an internal conductor covered with a first insulating covering, an external conductor surrounding an outer periphery of the first insulating covering and covered with a second insulating covering, and a shield conductor surrounding an outer periphery of the second insulating covering and covered with a third insulating covering, the external conductor being arranged coaxially with the internal conductor, the shield conductor being arranged coaxially with the internal conductor and the external conductor, the terminal connection structure being connected respectively to the internal conductor and the external conductor, the terminal connection structure comprising: a first terminal connected to a part of the internal conductor which is exposed by peeling off the first insulating covering; a second terminal having a cylindrical shape surrounding an outer periphery of the first terminal and connected to a part of the external conductor which is exposed by peeling off the second insulating covering; the terminal connection structure being characterized by comprising a housing member that surrounds the outer periphery of the first terminal and an outer periphery of the second terminal, and contains the first terminal and the second terminal which are arranged coaxially in a separated manner; a shield member connected to a part of the shield conductor which is exposed by peeling off the third insulating covering, wherein the shield member surrounds an outer periphery of the housing member; and wherein the exposed part of the shield conductor is arranged on an outer periphery of the shield member, and the exposed part of the shield conductor is connected by press-fitting to an outer peripheral face of the shield member by a ring member which is mounted on an outer periphery of the exposed part of the shield conductor. a first terminal connected to a part of the internal conductor which is exposed by peeling off the first insulating covering; a second terminal having a cylindrical shape surrounding an outer periphery of the first terminal and connected to a part of the external conductor which is exposed by peeling off the second insulating covering; the terminal connection structure being characterized by comprising a housing member that surrounds the outer periphery of the first terminal and an outer periphery of the second terminal, and contains the first terminal and the second terminal which are arranged coaxially in a separated manner; a shield member connected to a part of the shield conductor which is exposed by peeling off the third insulating covering, wherein the shield member surrounds an outer periphery of the housing member; and wherein the exposed part of the shield conductor is arranged on an outer periphery of the shield member, and the exposed part of the shield conductor is connected by press-fitting to an outer peripheral face of the shield member by a ring member which is mounted on an outer periphery of the exposed part of the shield conductor.
A kit for a treatment, preferably ablation treatment, of defective blood vessels, body cavities, and body ducts, wherein the kit comprises: a) medical device to be inserted in said defect blood vessels, body cavities,or body ducts for treatment thereof, comprising an essentially cylindrically formed elongated resilient sheath device, wherein it has a distal end and a proximal end, wherein the distal end is manufactured of a body compatible metal material, wherein said sheath device along its circumferential surface in the axial direction is provided with a slotted opening having connection with a first bore arranged in the axial direction of said sheath device, said first bore having the ability to house an elongated fiber body, wherein said sheath device has the ability to be clamped around a major part of the perimeter of said fiber body, and wherein said sheath device in its axial direction is also provided with a second bore having the ability to house an injection means: b) the fiber body housed within the first bore, and c) the injection means housed within the second bore. a) medical device to be inserted in said defect blood vessels, body cavities,or body ducts for treatment thereof, comprising an essentially cylindrically formed elongated resilient sheath device, wherein it has a distal end and a proximal end, wherein the distal end is manufactured of a body compatible metal material, wherein said sheath device along its circumferential surface in the axial direction is provided with a slotted opening having connection with a first bore arranged in the axial direction of said sheath device, said first bore having the ability to house an elongated fiber body, wherein said sheath device has the ability to be clamped around a major part of the perimeter of said fiber body, and wherein said sheath device in its axial direction is also provided with a second bore having the ability to house an injection means: b) the fiber body housed within the first bore, and c) the injection means housed within the second bore.
A method in a wireless device, comprising: receiving a discovery burst from a network node, the discovery burst comprising multiple signals within at least one subframe, each of the multiple signals having one or more associated measurement functions, wherein the discovery burst comprises N subframes occurring with a periodicity of once every M subframes, where N is greater than or equal to 1, wherein the multiple signals are received in subframes other than subframes 0 and 5; and performing at least one radio measurement based at least in part on a particular one of the signals of the discovery burst, the performed at least one radio measurement corresponding to a measurement function associated with the particular signal of the discovery burst. receiving a discovery burst from a network node, the discovery burst comprising multiple signals within at least one subframe, each of the multiple signals having one or more associated measurement functions, wherein the discovery burst comprises N subframes occurring with a periodicity of once every M subframes, where N is greater than or equal to 1, wherein the multiple signals are received in subframes other than subframes 0 and 5; and performing at least one radio measurement based at least in part on a particular one of the signals of the discovery burst, the performed at least one radio measurement corresponding to a measurement function associated with the particular signal of the discovery burst.
An implant for osteosynthesis, comprising a securing region including a plurality of holes for receiving securing means and two projections which extend away, at least partially curved, from the securing region, wherein at least one of the two projections takes the form of a snap-on lug that can snap onto a bone segment (7, 8) of a mammal bone, and the securing region is reinforced regarding its thickness, at least around the holes for receiving securing means, as compared to the projections, characterized in that the securing region is lattice-shaped and a first web of the securing region includes a first group of holes for receiving securing means, and a second web of the securing region which is tightly connected to the first web includes a second group of holes for receiving securing means.
Dumbbell having a dumbbell bar which acts as a handle and end weight plates which can be fitted onto the dumbbell bar or attached to the dumbbell bar and which can be replaced with different weights in each case, wherein the weight plate has an outer face which in the fitted state is orientated outwards, characterised in that the outer face is formed by means of an asymmetrically weight-loaded flywheel which is supported on the weight plate, parallel therewith, so as to be able to be rotated about a centre axis in such a manner that it always assumes the same orientation or angular position, and wherein the handle which is formed by the dumbbell bar or which surrounds the dumbbell bar can be rotated with respect to the weight plates.
A filtration structure for press pads for producing single-layer cement tiles, with replaceable filtration surfaces in said filtration structure, characterized in that: in an end board that can be attached to and detached from the pad, the active surface for the molding action, comprises multiple narrow grooves (42, 44) for extraction of the liquid phase, and comprises a peripheral passageway; in that a filter laid on said active surface has peripheral lips projecting over said peripheral passageway; and in that clamping bars forcibly inserted into said peripheral passageway trap the said peripheral lips of the filter in said passageway, thereby tensioning said filter.
A method of manufacturing an optical semiconductor apparatus comprising: placing a light transmissive lid body on a package substrate adapted to house an optical semiconductor device (20_) in an atmosphere of a first gas containing oxygen (O 2), sandwiching a bonding member containing gold-tin (AuSn); exchanging an atmosphere gas for a second gas so as to reduce an oxygen concentration in the atmosphere while a load is exerted from above the lid body placed on the package substrate for temporary sealing; and heating and melting the bonding member after an exchange for the second gas is started so as to bond the package substrate and the lid body. placing a light transmissive lid body on a package substrate adapted to house an optical semiconductor device (20_) in an atmosphere of a first gas containing oxygen (O 2), sandwiching a bonding member containing gold-tin (AuSn); exchanging an atmosphere gas for a second gas so as to reduce an oxygen concentration in the atmosphere while a load is exerted from above the lid body placed on the package substrate for temporary sealing; and heating and melting the bonding member after an exchange for the second gas is started so as to bond the package substrate and the lid body.
A standard signal generator adapted to generate a reference flow-rate signal for calibrating an electromagnetic flowmeter, the standard signal generator thereof 5 comprising: a control means (31 a) adapted to generate the reference flow-rate signal synchronized with an excitation current, characterized in that the standard signal generator further comprises: an input circuit (30a, 30b) adapted to receive the excitation current from a converter of the electromagnetic flowmeter; and a power source voltage switching means, the input circuit (30a, 30b) is provided with: a first rectification circuit (D1 to D4) adapted to rectify the excitation current; a first resistor that is provided between a power source voltage output terminal for supplying a power source voltage used by the standard signal generator and an output terminal of the first rectification circuit (D1 to D4); an amplification circuit adapted to output a first output voltage obtained by amplifying a voltage across both ends of the first resistor thereof; and a constant voltage circuit adapted to perform control such that the power source voltage that is output from the power source voltage output terminal is constant, and the power source voltage switching means is adapted to switch the power source voltage with the constant voltage circuit being controlled in accordance with a result of a comparison between the first output voltage and a prescribed first threshold value. a control means (31 a) adapted to generate the reference flow-rate signal synchronized with an excitation current, an input circuit (30a, 30b) adapted to receive the excitation current from a converter of the electromagnetic flowmeter; and a power source voltage switching means, a first rectification circuit (D1 to D4) adapted to rectify the excitation current; a first resistor that is provided between a power source voltage output terminal for supplying a power source voltage used by the standard signal generator and an output terminal of the first rectification circuit (D1 to D4); an amplification circuit adapted to output a first output voltage obtained by amplifying a voltage across both ends of the first resistor thereof; and a constant voltage circuit adapted to perform control such that the power source voltage that is output from the power source voltage output terminal is constant,
A water-based lubricating coating agent wherein a water-soluble silicate having a solubility of at least 1 g in 100 g of water at 25°C and a water-soluble inorganic salt having a solubility of at least 1 g in 100 g of water at 25°C, which is a tungstate, are blended such that a solid content mass ratio / falls within a range of 0.7 to 25, wherein the agent comprises a resin component, and a solid content mass ratio /{ +} is 0.01 to 3, wherein the resin component is at least one selected from the group consisting of a vinyl resin, an acrylic resin, an epoxy resin, an urethane resin, a phenolic resin, a cellulose derivative, a polymaleic acid, a polyolefin, and a polyester, and wherein the agent comprises a lubricant, and a solid content mass ratio /{ +} is 0.01 to 6, wherein the lubricant is at least one selected from the group consisting of a wax, polytetrafluoroethylene, a fatty acid soap, a fatty acid metal soap, a fatty acid amide, molybdenum disulfide, tungsten disulfide, graphite, melamine cyanurate, an amino acid compound of layered structure, and a layered clay mineral. wherein the resin component is at least one selected from the group consisting of a vinyl resin, an acrylic resin, an epoxy resin, an urethane resin, a phenolic resin, a cellulose derivative, a polymaleic acid, a polyolefin, and a polyester, and wherein the agent comprises a lubricant, and a solid content mass ratio /{ +} is 0.01 to 6, wherein the lubricant is at least one selected from the group consisting of a wax, polytetrafluoroethylene, a fatty acid soap, a fatty acid metal soap, a fatty acid amide, molybdenum disulfide, tungsten disulfide, graphite, melamine cyanurate, an amino acid compound of layered structure, and a layered clay mineral.
Method for determining the position of a moving part relative to a stationary part by means of an inductive position sensor, wherein an excitation winding is arranged on the moving part and at least one secondary winding is arranged on the stationary part, or vice versa, and an electrical excitation signal with an excitation frequency (ω) and an excitation amplitude is fed into the excitation winding, which generates an electromagnetic excitation field that induces a measurement signal in the secondary winding, which is detected, and a noise signal is superimposed on the measurement signal, and wherein the position of the moving part of the position sensor is determined from the measurement signal, characterized in that a frequency functional (F f) which is dependent on the excitation frequency (ω) and represents a measure of the noise signal is formed from the measurement signal, and in that the excitation frequency (ω) of the excitation signal is changed so that the frequency functional (F f) is minimized or maximized and the excitation frequency (ω) that minimizes or maximizes the frequency functional (F f) is used for the excitation signal.
A bone graft composition containing a porous bone graft material and hydroxypropyl methylcellulose, wherein a content of the hydroxypropyl methylcellulose is 0.15 to 6 parts by weight based on 1 part by weight of the porous bone graft material, and wherein the composition comprises a sponge-like structure containing a porous structure.