mhurhangee/ep-ind-claims huggingface dataset:
A double conveyor device for forming a thermosetting phenolic resin foam plate, wherein said device comprises: upper-side and lower-side conveyors for holding a resin composition comprising at least a thermosetting phenolic resin, a foaming agent and a curing agent, and forming the thermosetting phenolic resin foam plate while transporting and heating the resin composition; a resin composition feeding unit for feeding the resin composition comprising the thermosetting phenolic resin between the upper-side and lower-side conveyors; and surface material feeding units for feeding an air-permeable and flexible surface material (2, 3) between the upper-side conveyor and resin composition, and between the lower-side conveyor and the resin composition, respectively, wherein surfaces of the upper-side and lower-side traveling conveyors have apertures (8a, 13a, 16a), wherein the total area of the apertures to the total area of a foam plate forming section of the conveyor surface being 20 % or more and 80 % or less. upper-side and lower-side conveyors for holding a resin composition comprising at least a thermosetting phenolic resin, a foaming agent and a curing agent, and forming the thermosetting phenolic resin foam plate while transporting and heating the resin composition; a resin composition feeding unit for feeding the resin composition comprising the thermosetting phenolic resin between the upper-side and lower-side conveyors; and surface material feeding units for feeding an air-permeable and flexible surface material (2, 3) between the upper-side conveyor and resin composition, and between the lower-side conveyor and the resin composition, respectively, wherein surfaces of the upper-side and lower-side traveling conveyors have apertures (8a, 13a, 16a), wherein the total area of the apertures to the total area of a foam plate forming section of the conveyor surface being 20 % or more and 80 % or less.
A method for handling a data packet, comprising: - receiving, at a network device, the data packet; - separating, by the network device, first network layer data of the data packet from message data of the data packet, wherein the message data of the data packet comprises a message header, the message header comprising: - a message type comprising a wrapping counter used to represent a total number of messages sent by an originating network device and/ or one or two message type indicators indicating whether the message is a broadcast message; - a source address represented by less than four bytes; - a destination address represented by less than four bytes; and - a format identifier indicative of a format of payload data of the message data; - determining whether the destination address of the message data matches an address of the network, device and/or whether the one or two message type indicators indicate that the message is a broadcast message; - processing, by the network device, the format identifier if the destination address of the message data matches the address of the network device or if the message data indicates the broadcast message and else, if the destination address does not match, providing, by the network device, the message data to one or more other network devices. - receiving, at a network device, the data packet; - separating, by the network device, first network layer data of the data packet from message data of the data packet, wherein the message data of the data packet comprises a message header, the message header comprising: - a message type comprising a wrapping counter used to represent a total number of messages sent by an originating network device and/ or one or two message type indicators indicating whether the message is a broadcast message; - a source address represented by less than four bytes; - a destination address represented by less than four bytes; and - a format identifier indicative of a format of payload data of the message data; - a message type comprising a wrapping counter used to represent a total number of messages sent by an originating network device and/ or one or two message type indicators indicating whether the message is a broadcast message; - a source address represented by less than four bytes; - a destination address represented by less than four bytes; and - a format identifier indicative of a format of payload data of the message data; - determining whether the destination address of the message data matches an address of the network, device and/or whether the one or two message type indicators indicate that the message is a broadcast message; - processing, by the network device, the format identifier if the destination address of the message data matches the address of the network device or if the message data indicates the broadcast message and else, if the destination address does not match, providing, by the network device, the message data to one or more other network devices.
Endoscope for inspection of the gastrointestinal tract of a mammal, in particular of the small intestine of a human, comprising an elongated, flexible tubular structure surrounding an inner lumen and ending in a distal end having a distal opening and a flexible, elongated element placed inside the tubular structure and running through the inner lumen and the distal opening such that a distal portion of the elongated element protrudes from the distal end of the tubular structure and is connected to an endoscopic tip, wherein the elongated element is engaged with the tubular structure in such way that a rotation of the tubular structure around the elongated element in a first rotation direction will increase a gap between the endoscopic tip and the distal end, while a rotation of the tubular structure around the elongated element in a second rotation direction, opposite to the first rotation direction, will decrease the gap between the endoscopic tip and the distal end, wherein said endoscopic tip is in a retracted position when said elongated element is retracted as far as possible into the tubular structure, such that the endoscopic tip is abutting the distal end of the tubular structure, wherein said endoscopic tip is configured to seal the inner lumen at the distal opening of said tubular structure and allowing said inner lumen to be pressurized or depressurized by way of covering said distal opening when said endoscopic tip is in the retracted position, characterized in that said distal end of an inner lumen of said tubular structure is not sealed or not completely sealed from the outside as long as the endoscopic tip is not completely retracted.
A system comprising an electric motor and a drive circuit, the electric motor comprising a stator and a permanent magnet rotor rotatable with respect to the stator, the stator comprising a stator core and a stator coil wound on the stator core, the drive circuit comprising: an AC power supply; a controllable bidirectional AC switch connected in series with the stator coil between two terminals for connecting to the AC power supply; a first position sensor and a second position sensor for detecting positions of the magnetic poles of the permanent magnet rotor; and a voltage regulating circuit connected between the AC power supply and the controllable bidirectional AC switch and characterized in that the first position sensor is only supplied power via the voltage regulating circuit during a positive cycle of the AC power supply and the second position sensor is only supplied power via the voltage regulating circuit during a negative cycle of the AC power supply such that the controllable bidirectional AC switch is switched between a conductive state and a non-conductive state in a predetermined manner, thus enabling the stator to rotate the rotor only in a fixed direction during start-up of the motor. an AC power supply; a controllable bidirectional AC switch connected in series with the stator coil between two terminals for connecting to the AC power supply; a first position sensor and a second position sensor for detecting positions of the magnetic poles of the permanent magnet rotor; and a voltage regulating circuit connected between the AC power supply and the controllable bidirectional AC switch and characterized in that the first position sensor is only supplied power via the voltage regulating circuit during a positive cycle of the AC power supply and the second position sensor is only supplied power via the voltage regulating circuit during a negative cycle of the AC power supply such that the controllable bidirectional AC switch is switched between a conductive state and a non-conductive state in a predetermined manner, thus enabling the stator to rotate the rotor only in a fixed direction during start-up of the motor.
A hydrogel, comprising: about 12 wt. % to about 22 wt. % of polyvinyl alcohol; about 0.12 wt. percent to about 0.22 wt. % of polyvinylpyrrolidone; about 12 wt. % to about 22 wt. % polyethylene glycol having a Mw of about 800 Da to about 2,000 Da, wherein the hydrogel does not contain a chemically crosslinked polymer, wherein the term "about" means a range plus or minus 10% of that value. about 12 wt. % to about 22 wt. % of polyvinyl alcohol; about 0.12 wt. percent to about 0.22 wt. % of polyvinylpyrrolidone; about 12 wt. % to about 22 wt. % polyethylene glycol having a Mw of about 800 Da to about 2,000 Da, wherein the hydrogel does not contain a chemically crosslinked polymer, wherein the term "about" means a range plus or minus 10% of that value.
A method of simulating the behavior of a robotic system using a computing system comprising a processing device, the method comprising: providing, to an approximative model of the robotic system defined in the computing system, and to a correction module also defined in the computing system, a state vector ( X k) indicating a state of the robotic system, and a command vector ( U k) indicating values of one or more command signals applied to the robotic system, wherein the correction module comprises a trained neural network; generating, by the processing device using the approximative model, a rate of change vector ( Ẋ MODEL) indicating a rate of change over time of the state vector ( X k) based on the command vector ( U k); generating, by the processing device using the trained neural network and based on the state vector and on the command vector, a correction vector ( δẊ) indicating a correction to be applied to the rate of change vector ( Ẋ MODEL); and estimating, by the processing device, a next state vector ( X k +1) of the robotic system based on the rate of change vector ( Ẋ MODEL) corrected by the correction vector ( δẊ), wherein, in addition to providing the state vector ( X k) to the correction module, one or more further state values are provided to the correction module and not to the approximative model, and wherein the correction vector is generated based on the one or more further state values. providing, to an approximative model of the robotic system defined in the computing system, and to a correction module also defined in the computing system, a state vector ( X k) indicating a state of the robotic system, and a command vector ( U k) indicating values of one or more command signals applied to the robotic system, wherein the correction module comprises a trained neural network; generating, by the processing device using the approximative model, a rate of change vector ( Ẋ MODEL) indicating a rate of change over time of the state vector ( X k) based on the command vector ( U k); generating, by the processing device using the trained neural network and based on the state vector and on the command vector, a correction vector ( δẊ) indicating a correction to be applied to the rate of change vector ( Ẋ MODEL); and estimating, by the processing device, a next state vector ( X k +1) of the robotic system based on the rate of change vector ( Ẋ MODEL) corrected by the correction vector ( δẊ), wherein, in addition to providing the state vector ( X k) to the correction module, one or more further state values are provided to the correction module and not to the approximative model, and wherein the correction vector is generated based on the one or more further state values.
A bolster of a bogie, wherein a traction pin is arranged in the middle of a lower side of the bolster, the bolster can be connected with a transverse beam of the bogie through the traction pin; characterised in that a central pin hole is formed in the middle of an upper side of the bolster, and is used for accommodating a rigid stop pin which can be arranged in the center of a bolster of a vehicle body.
An electrosurgical system for treating biological tissue, the system comprising: an electrosurgical generator configured to supply pulsed microwave energy; and an electrosurgical instrument comprising: a flexible coaxial cable arranged to convey the pulsed microwave energy; and a radiating tip portion connected at a distal end of the coaxial cable and configured to receive the pulsed microwave energy, wherein the radiating tip portion has a maximum outer diameter that is 1.0 mm or less, and wherein the maximum outer diameter of the radiating tip portion is smaller than an outer diameter of the coaxial cable, the radiating tip portion comprising: a proximal coaxial transmission line for conveying the pulsed microwave energy; and a distal needle tip mounted at a distal end of the proximal coaxial transmission line, the distal needle tip being arranged to deliver the pulsed microwave energy into biological tissue. an electrosurgical generator configured to supply pulsed microwave energy; and an electrosurgical instrument comprising: a flexible coaxial cable arranged to convey the pulsed microwave energy; and a radiating tip portion connected at a distal end of the coaxial cable and configured to receive the pulsed microwave energy, wherein the radiating tip portion has a maximum outer diameter that is 1.0 mm or less, and wherein the maximum outer diameter of the radiating tip portion is smaller than an outer diameter of the coaxial cable, the radiating tip portion comprising: a proximal coaxial transmission line for conveying the pulsed microwave energy; and a distal needle tip mounted at a distal end of the proximal coaxial transmission line, the distal needle tip being arranged to deliver the pulsed microwave energy into biological tissue. a flexible coaxial cable arranged to convey the pulsed microwave energy; and a radiating tip portion connected at a distal end of the coaxial cable and configured to receive the pulsed microwave energy, wherein the radiating tip portion has a maximum outer diameter that is 1.0 mm or less, and wherein the maximum outer diameter of the radiating tip portion is smaller than an outer diameter of the coaxial cable, the radiating tip portion comprising: a proximal coaxial transmission line for conveying the pulsed microwave energy; and a distal needle tip mounted at a distal end of the proximal coaxial transmission line, the distal needle tip being arranged to deliver the pulsed microwave energy into biological tissue. a proximal coaxial transmission line for conveying the pulsed microwave energy; and a distal needle tip mounted at a distal end of the proximal coaxial transmission line, the distal needle tip being arranged to deliver the pulsed microwave energy into biological tissue.
Joining tool for joining a deformable element to a workpiece comprising: - a housing adapted to receive an electrical battery; - an electrical motor energizable by the electrical battery, wherein the motor has a motor shaft connected to a rod; - a threaded dowel adapted to receive a threaded shaft, the threaded dowel being rotatably movable around a longitudinal axis with regard to the housing, the threaded dowel being connected to the rod; - a nose arranged around the threaded dowel, wherein the threaded dowel is slidably movable with regard to the nose; - a first mechanical drive train drivable by the motor to cause rotation of the threaded dowel in a screwing direction or an unscrewing direction; - a second drive train comprising a hydraulic system adapted for determining a plastic deformation of a predetermined portion of the deformable element; characterized in that the joining tool further comprises a sliding unit, the nose being removably attachable to the sliding unit, and in the attached position, the nose is slidably connected to the housing such that the hydraulic system impresses an axial translation on the nose for determining a plastic deformation of a predetermined portion of the deformable element. - a housing adapted to receive an electrical battery; - an electrical motor energizable by the electrical battery, wherein the motor has a motor shaft connected to a rod; - a threaded dowel adapted to receive a threaded shaft, the threaded dowel being rotatably movable around a longitudinal axis with regard to the housing, the threaded dowel being connected to the rod; - a nose arranged around the threaded dowel, wherein the threaded dowel is slidably movable with regard to the nose; - a first mechanical drive train drivable by the motor to cause rotation of the threaded dowel in a screwing direction or an unscrewing direction; - a second drive train comprising a hydraulic system adapted for determining a plastic deformation of a predetermined portion of the deformable element;
An antibody that specifically binds an epitope comprising the amino acid sequence shown by SEQ ID NO: 33 in human CD69 and mouse CD69, and has an activity to suppress allergic inflammation.
A heat curable addition-reactive type silicone rubber composition comprising: a mixture containing a heat curable addition-reactive silicone rubber and a curing agent, an ionic liquid in an amount of 30 to 3000 ppm relative to 100 parts by mass of the component, wherein the curing agent is not included in the 100 parts by mass, a heterocyclic compound containing nitrogen atoms in an amount of 30 to 3000 ppm relative to 100 parts by mass of the component, wherein the curing agent is not included in the 100 parts by mass, and wherein the heterocyclic compound containing nitrogen atoms of the component is selected from a triazole compound, a tetrazole compound, an imidazole compound, a pyrazole compound, and a benzoimidazole compound. a mixture containing a heat curable addition-reactive silicone rubber and a curing agent, an ionic liquid in an amount of 30 to 3000 ppm relative to 100 parts by mass of the component, wherein the curing agent is not included in the 100 parts by mass, a heterocyclic compound containing nitrogen atoms in an amount of 30 to 3000 ppm relative to 100 parts by mass of the component, wherein the curing agent is not included in the 100 parts by mass,
A gear box actuator comprising: a housing with a groove that extends along a surface of the housing; and characterised by a lead frame covering the groove, wherein the walls of the groove and the lead frame form an air channel of the gear box actuator. a housing with a groove that extends along a surface of the housing; and characterised by a lead frame covering the groove, wherein the walls of the groove and the lead frame form an air channel of the gear box actuator.
A plate for installing a filter bag in a vacuum cleaner, said plate having a plastic body with a hole and spacer plates in the form of a body bulge and a bolt with a hole, whereby the body is equipped with pivotable mounting wings, characterized in that the mounting wings and the spacer plates are provided with latches.
An electrical connector for locking to a panel having an annular rib extending from an outer surface of the panel and surrounding a pass-through hole having an engagement lip and a stop surface, the connector comprising: a housing having an insertion portion at one end of the housing for entering the pass-through hole and an outer portion at an opposite end of the housing, the insertion portion including a locking member and a first engagement member positioned about an outer wall of the insertion portion; a flange extending radially outwardly from the housing adjacent the insertion portion, the flange including a channel at an outer end portion thereof facing in the direction of the insertion portion for receiving the annular rib, the flange spaced apart from the first engagement member to define a gap for receiving the engagement lip to lock the connector to the panel; and a sealing gasket disposed in the channel about an inner wall of the channel for radial compression between an inner surface of the annular rib and the inner wall, wherein insertion of the insertion portion into the pass-through hole causes the annular rib to enter the channel, and rotation of the connector causes the engagement lip to enter the gap to lock the connector to the panel and moves the locking member into engagement with the stop surface to restrict counter-rotation and removal of the connector. a housing having an insertion portion at one end of the housing for entering the pass-through hole and an outer portion at an opposite end of the housing, the insertion portion including a locking member and a first engagement member positioned about an outer wall of the insertion portion; a flange extending radially outwardly from the housing adjacent the insertion portion, the flange including a channel at an outer end portion thereof facing in the direction of the insertion portion for receiving the annular rib, the flange spaced apart from the first engagement member to define a gap for receiving the engagement lip to lock the connector to the panel; and a sealing gasket disposed in the channel about an inner wall of the channel for radial compression between an inner surface of the annular rib and the inner wall, wherein insertion of the insertion portion into the pass-through hole causes the annular rib to enter the channel, and rotation of the connector causes the engagement lip to enter the gap to lock the connector to the panel and moves the locking member into engagement with the stop surface to restrict counter-rotation and removal of the connector.
An oral care implement comprising a handle and a head, the head including a first surface, and at least one elongate ridge protruding outward from the first surface, each said ridge having a distal end remote from the first surface that defines a contact region adapted to contact and cleanse soft tissue within the mouth, the contact region having a width extending transverse to the ridge, and each said ridge having a height extending from the first surface to the distal end, wherein the head includes a plurality of said ridges, and characterised in that the width is at least as large as the height, and in that each said ridge is non-parallel to at least one other of said ridges.
A handheld device to sense electrical wiring, the device comprising: a plurality of sensor electrodes; a plurality of amplifiers each having an input port coupled to a separate one of the plurality of sensor electrodes and each further having an output port; a combiner having a first input port coupled to a first one of the output ports of the plurality of amplifiers, a second input port coupled to a second one of the output ports of the plurality of amplifiers, and an output port; a comparator having a first input coupled to the output port of the combiner, a second input coupled to a third one of the output ports of the plurality of amplifiers, and an output port; an indicator responsive to a signal at the output port of the comparator. a plurality of sensor electrodes; a plurality of amplifiers each having an input port coupled to a separate one of the plurality of sensor electrodes and each further having an output port; a combiner having a first input port coupled to a first one of the output ports of the plurality of amplifiers, a second input port coupled to a second one of the output ports of the plurality of amplifiers, and an output port; a comparator having a first input coupled to the output port of the combiner, a second input coupled to a third one of the output ports of the plurality of amplifiers, and an output port; an indicator responsive to a signal at the output port of the comparator.