mhurhangee/ep-ind-claims huggingface dataset:
A process for the production of a fiber composite or hybrid component comprising the steps: - processing an insert portion in a preparation station, - transporting the insert portion with a transport device from the preparation station into a cavity of a closing unit of an injection molding machine, - injecting around the insert portion with a plastic component, preferably a molten plastic material, which is introduced into the cavity by an injection unit of an injection molding machine, to give the fiber composite or hybrid component, and - removing the fiber composite or hybrid component together with insert portion from the closing unit by a transport device, wherein the insert portion stays in connected relationship with the same transport device when processing in the preparation station, when transporting to the closing unit and when injecting therearound in the cavity, characterized in that besides the injection molding machine with closing unit and injection unit the transport device also passes through the preparation station and that the preparation station has a heating device by way of which the insert portion is warmed. - processing an insert portion in a preparation station, - transporting the insert portion with a transport device from the preparation station into a cavity of a closing unit of an injection molding machine, - injecting around the insert portion with a plastic component, preferably a molten plastic material, which is introduced into the cavity by an injection unit of an injection molding machine, to give the fiber composite or hybrid component, and - removing the fiber composite or hybrid component together with insert portion from the closing unit by a transport device,
Method for manufacturing a tile holder for a drain, the method comprising the steps of: - providing a strip of flexible material such as strip steel; - shortening the formed U-profile in order to provide a tile holder of a desired length; characterized by - rolling a channel (7, 8) on either side in longitudinal direction of the strip, the two channels (7, 8) each having a convex part; - rolling the strip to form a U-profile; and - arranging a tile in the formed U-profile, which tile lies on either side against the convex part of the two channels (7, 8). - providing a strip of flexible material such as strip steel; - shortening the formed U-profile in order to provide a tile holder of a desired length; characterized by - rolling a channel (7, 8) on either side in longitudinal direction of the strip, the two channels (7, 8) each having a convex part; - rolling the strip to form a U-profile; and - arranging a tile in the formed U-profile, which tile lies on either side against the convex part of the two channels (7, 8).
A work vehicle comprising: an engine compartment; a cooling compartment; a radiator contained in the cooling compartment; a partition wall that partitions the engine compartment from the cooling compartment; a cooling fan for exhausting air from the cooling compartment and contained in the cooling compartment; a vehicle body cover for defining the cooling compartment and having an outdoor air intake port (84, 87, 89) formed in front of the radiator and the cooling fan; and a first duct body part that has a first end part positioned inside the engine compartment and a second end part, characterized in that the second end part is positioned inside the cooling compartment in front of the radiator and the cooling fan in the front-back direction. an engine compartment; a cooling compartment; a radiator contained in the cooling compartment; a partition wall that partitions the engine compartment from the cooling compartment; a cooling fan for exhausting air from the cooling compartment and contained in the cooling compartment; a vehicle body cover for defining the cooling compartment and having an outdoor air intake port (84, 87, 89) formed in front of the radiator and the cooling fan; and a first duct body part that has a first end part positioned inside the engine compartment and a second end part,
Engine comprising a cylinder block, the cylinder block comprising a cooling circuit provided with a heat transfer fluid pump and an external duct of an outlet of a volute of the heat transfer fluid pump, characterized in that the heat transfer fluid pump is arranged in a recess defined in the cylinder block, the external duct is comprised on an external face of the cylinder block of the engine and has a first component capable of guiding the heat transfer fluid from said outlet to an inlet of an internal circuit for circulation of the heat transfer fluid, which circuit is defined in the cylinder block.
Method for checking the correct operation of a serial data transmission in a bus system having at least two bus subscribers, wherein the bus subscribers are connected to the bus via a bus access unit and use the bus to interchange messages, transmission access to the bus for each message being allocated to a bus subscriber, which becomes the sender for this message, by the arbitration method according to CAN standard ISO 11898-1, the messages having a logical structure according to the CAN standard, that is to say being constructed from a start-of-frame bit, arbitration field, control field, data field, CRC field, acknowledge field and end-of-frame field, wherein a comparison of a transmission signal (CAN_TX) sent to the bus access unit with a received signal (CAN_RX) received by the bus access unit is used to check correct operation of the data transmission during the transmission, characterized in that a transmission signal (CAN_TX_DEL) delayed relative to the transmission signal (CAN_TX) by a delay time (T_DELAY) is produced in the transmitter, wherein a changeover for the check on the correct operation of the data transmission is taken as a basis for checking the match between the undelayed transmission signal (CAN_TX) and the received signal (CAN_RX) or for checking the match between the delayed transmission signal (CAN_TX_DEL) and the received signal (CAN_RX).
A combined multifunctional electronic simulated cigarette comprising an indicator, wherein the indicator is provided with a gas inlet hole; one end of the indicator is connected with one end of an aroma generator; a first switch and a first battery are arranged between the indicator and the aroma generator; a solid aromatic substance is arranged in the aroma generator and is provided with electric heating wires; the other end of the aroma generator is connected with one end of a smoke capsule, solid adsorption cotton adsorbed with nicotine is arranged in the smoke capsule; and the other end of the smoke capsule is connected with a suction nozzle on which a suction hole is provided; the smoke capsule is in detachable connection with the aroma generator and the suction nozzle.
A data transfer system including: at least one switch device configured, in use, to transfer data, directly or indirectly, between a plurality of computing devices, wherein the at least one switch device is configured to provide a plurality of Virtual Local Area Networks (VLAN), within which a virtual channel can be configured by means of VC data transmitted as Ethernet frames tagged with a VLAN tag, the VC data being routed through the at least one switch device according to a VLAN Id field of the VLAN tag of a said frame; characterized in that: each said VLAN is configured as a respective VC by receiving VC data from a said computing device designated as a sole source of VC data over the respective VC, and in that fixed and pre-determined routing of said frame is determined by configuration of the at least one switch device. at least one switch device configured, in use, to transfer data, directly or indirectly, between a plurality of computing devices, wherein the at least one switch device is configured to provide a plurality of Virtual Local Area Networks (VLAN), within which a virtual channel can be configured by means of VC data transmitted as Ethernet frames tagged with a VLAN tag, the VC data being routed through the at least one switch device according to a VLAN Id field of the VLAN tag of a said frame; characterized in that: each said VLAN is configured as a respective VC by receiving VC data from a said computing device designated as a sole source of VC data over the respective VC, and in that fixed and pre-determined routing of said frame is determined by configuration of the at least one switch device. each said VLAN is configured as a respective VC by receiving VC data from a said computing device designated as a sole source of VC data over the respective VC, and in that fixed and pre-determined routing of said frame is determined by configuration of the at least one switch device.
A wet laid basemat for an acoustical ceiling tile comprising on a dry weight basis, 50% or more mineral wool fiber, including shot, binder at less than 9%, and between 5 and 20% chopped strand glass fiber, and, optionally, minor amounts of other constituents, wherein the chopped strand fibers are nominally between 6.4 - 12.7 mm (1/4 inch and 1/2 inch) in length, and said fibers have nominal diameters of between 13.5 microns and 16.5 microns whereby the dry basemat has a density of between 120 to 168 kg/m 3 (7-1/2 to about 10-1/2 lbs. per cubic foot) and an NRC (Noise Reduction Coefficient) substantially greater than.55.
An apparatus for the controlled delivery of a therapeutic agent to a predetermined tissue site within a subject, the apparatus comprising: a cartridge assembly comprising a housing, a needle hub, and a vessel receiver disposed in an inner cartridge, wherein the vessel receiver receives a vessel containing the therapeutic agent; at least one injection orifice in fluid communication with the therapeutic agent when the therapeutic agent is loaded in the vessel and through which the therapeutic agent is administered; a plurality of penetrating electrodes arranged with a predetermined spatial relationship relative to said injection orifice; an electrical field generator that generates an electrical signal that is operatively connected to the electrodes; and a controlled source of energy sufficient to transfer a predetermined amount of the therapeutic agent at a predetermined rate from the reservoir through the orifice to the predetermined site within the subject, characterized in that the apparatus comprises an applicator comprising a cartridge assembly receiver receiving the cartridge assembly or a portion thereof, and a vessel insertion detector configured to sense the vessel as loaded in the vessel receiver. a cartridge assembly comprising a housing, a needle hub, and a vessel receiver disposed in an inner cartridge, wherein the vessel receiver receives a vessel containing the therapeutic agent; at least one injection orifice in fluid communication with the therapeutic agent when the therapeutic agent is loaded in the vessel and through which the therapeutic agent is administered; a plurality of penetrating electrodes arranged with a predetermined spatial relationship relative to said injection orifice; an electrical field generator that generates an electrical signal that is operatively connected to the electrodes; and a controlled source of energy sufficient to transfer a predetermined amount of the therapeutic agent at a predetermined rate from the reservoir through the orifice to the predetermined site within the subject, characterized in that
A ground compaction machine, in particular a rubber-tire roller, for compacting a ground in a working direction (a), comprising - a machine frame, - a chassis supporting the machine frame, comprising a front chassis section and a rear chassis section, at least one chassis section (5, 6) comprising at least two chassis units, wherein each chassis unit includes at least one wheel and is rotatable about its own steering axis, and - a wheel cover, which is configured to thermally insulate the chassis units from the external surroundings, characterized in that the wheel cover includes at least two wheel cover units, wherein a wheel cover unit is arranged on each chassis unit and is configured to be rotatable together with the chassis unit about its own steering axis. - a machine frame, - a chassis supporting the machine frame, comprising a front chassis section and a rear chassis section, at least one chassis section (5, 6) comprising at least two chassis units, wherein each chassis unit includes at least one wheel and is rotatable about its own steering axis, and - a wheel cover, which is configured to thermally insulate the chassis units from the external surroundings,
A battery comprising: a bipolar electrode stack comprising a collector; a cathode electrically connected to a first side of the collector; an anode electrically connected to a second side of the collector; and one or more electrolyte layers overlaying the cathode and anode; characterized in that the collector comprises a high-polymer material comprising electrically conductive particles, wherein the cathode and anode directly contact at least a portion of a surface of the high-polymer material of the collector, and wherein the plurality of electrically conductive particles comprises a first and second type of electrically conductive particles, wherein the first type contacts the cathode and the second type contacts the anode. a bipolar electrode stack comprising a collector; a cathode electrically connected to a first side of the collector; an anode electrically connected to a second side of the collector; and one or more electrolyte layers overlaying the cathode and anode;
A system for an access control, the system comprising: means for receiving by a network device a request (ReqA) containing an identifier (IdU) of a user device, a one-time password and an access request, from the user device, means for transmitting by the network device another request (ReqC) to a control device, said another request (ReqC) containing the identifier (IdU) of the user device and an identifier (IdND) of the network device, means for transmitting by the control device said another request (ReqC) through an ultra narrow band radio connection to an authentication server that grants access rights attributed to the user device for the network device by checking the identifier (IdU) of the user device and the identifier (IdND) of the network device, and means for receiving by the control device an access token encrypted with the one-time password and containing granted access rights from the authentication server through an ultra narrow band radio connection, means for receiving by the network device the access token from the control device, means for decrypting by the network device the access token with the one-time password to apply the granted access rights attributed to the user device. means for receiving by a network device a request (ReqA) containing an identifier (IdU) of a user device, a one-time password and an access request, from the user device, means for transmitting by the network device another request (ReqC) to a control device, said another request (ReqC) containing the identifier (IdU) of the user device and an identifier (IdND) of the network device, means for transmitting by the control device said another request (ReqC) through an ultra narrow band radio connection to an authentication server that grants access rights attributed to the user device for the network device by checking the identifier (IdU) of the user device and the identifier (IdND) of the network device, and means for receiving by the control device an access token encrypted with the one-time password and containing granted access rights from the authentication server through an ultra narrow band radio connection, means for receiving by the network device the access token from the control device, means for decrypting by the network device the access token with the one-time password to apply the granted access rights attributed to the user device. means for transmitting by the control device said another request (ReqC) through an ultra narrow band radio connection to an authentication server that grants access rights attributed to the user device for the network device by checking the identifier (IdU) of the user device and the identifier (IdND) of the network device, and means for receiving by the control device an access token encrypted with the one-time password and containing granted access rights from the authentication server through an ultra narrow band radio connection, means for receiving by the network device the access token from the control device, means for decrypting by the network device the access token with the one-time password to apply the granted access rights attributed to the user device.
A method of controlling a system for generating electricity from the exhaust gas flow from an internal combustion engine, wherein the system comprises: a turbine to be driven by the exhaust gas flow; and an electricity generator to be driven by the turbine; wherein the method comprises: adjusting the electric current output from the generator in response to the speed of rotation of the turbine, provided that the electric current output of the generator does not exceed a current limit; and reducing the electric current output from the generator, or reducing the said current limit, if the actual or predicted pressure of the exhaust gas at a position upstream of the turbine exceeds a pressure limit. adjusting the electric current output from the generator in response to the speed of rotation of the turbine, provided that the electric current output of the generator does not exceed a current limit; and reducing the electric current output from the generator, or reducing the said current limit, if the actual or predicted pressure of the exhaust gas at a position upstream of the turbine exceeds a pressure limit.
A mobile communication system in which a signal obtained by cyclically shifting a predetermined sequence is used for communication, the system comprising: a transmitting equipment (12, 11) adapted to convert a Zadoff-Chu sequence into a signal in a frequency region by discrete Fourier transform, to map the converted signal in the frequency region to a subcarrier, and to convert the mapped signal into a time region by inverse fast Fourier transform, and adapted to thereafter cyclically shift the sequence in the signal converted into the time region by a predetermined amount of shift, and to transmit the cyclically shifted signal; and a receiving equipment (11, 12) adapted to compute in the frequency region the value of crosscorrelation between the signal received from the transmitting equipment (12, 11) and the sequence stored in advance, to convert the crosscorrelation value into a time region by inverse fast Fourier transform, and to detect the sequence used in the transmitting equipment and the amount of the cyclic shift on the basis of the crosscorrelation value in the time region, characterized in that the rate of sampling of the output from the inverse fast Fourier transform in the receiving equipment (11, 12) is a natural number multiple of, but not including the same as the rate of sampling of the output from inverse fast Fourier transform in the transmitting equipment (12, 11). a transmitting equipment (12, 11) adapted to convert a Zadoff-Chu sequence into a signal in a frequency region by discrete Fourier transform, to map the converted signal in the frequency region to a subcarrier, and to convert the mapped signal into a time region by inverse fast Fourier transform, and adapted to thereafter cyclically shift the sequence in the signal converted into the time region by a predetermined amount of shift, and to transmit the cyclically shifted signal; and a receiving equipment (11, 12) adapted to compute in the frequency region the value of crosscorrelation between the signal received from the transmitting equipment (12, 11) and the sequence stored in advance, to convert the crosscorrelation value into a time region by inverse fast Fourier transform, and to detect the sequence used in the transmitting equipment and the amount of the cyclic shift on the basis of the crosscorrelation value in the time region, characterized in that the rate of sampling of the output from the inverse fast Fourier transform in the receiving equipment (11, 12) is a natural number multiple of, but not including the same as the rate of sampling of the output from inverse fast Fourier transform in the transmitting equipment (12, 11).
A rotor assembly comprising a rotor core, wherein the rotor core comprises permanent magnetic poles and alternating poles that are arranged alternately in a circumferential direction, each permanent magnetic pole comprises a mounting groove, a permanent magnet is mounted in the mounting groove, polarities of permanent magnets facing an outer periphery of the rotor core are the same, both ends of the mounting groove are respectively provided with a second air slot, the second air slot comprises a slot body and a first extension part and a second extension part that are extended from the slot body to a center line of a magnetic pole, and the first extension part and the second extension part are sequentially disposed to form a stepped slot with a decreasing radial thickness, and wherein the second extension part is arranged radially further away from the mounting groove than the first extension part characterised in that an included angle formed by side walls, close to the center line of the magnetic pole, of two first extension parts located on a same permanent magnetic pole is a21, an included angle formed by side walls, close to the center line of the magnetic pole, of two second extension parts located on a same permanent magnetic pole is a22, and a value of a22/a21 ranges from 0.7 to 0.9.
A method of spinning a polymer solution or melt from the surface of a spinning electrode formed by a linear flexible structure, in which alternating current voltage is supplied to the spinning electrode and/or to the polymer solution or melt on the surface of the spinning electrode, characterized in that during spinning, the spinning electrode is wound between two driven reels which are provided with a spiral groove on their circumference, whereby the spinning electrode unwinds from the spiral groove of one reel and at the same time winds into the spiral groove of the other reel, without extending beyond the circumference of any of the reels, whereby at least one of these reels with the part of the spinning electrode arranged in the spiral groove wades in the polymer solution or melt stored in a reservoir, where the polymer solution or melt is deposited on the surface of the spinning electrode, as a result of the winding of this electrode it is carried out into the space between the reels, where it is spun from the surface of the spinning electrode, whereby spinning takes place around the entire circumference of the spinning electrode, and the part of the spinning electrode that is currently situated in the space between the reels which constitute an active part of the spinning electrode on the surface of which the spinning process takes place, performs an additional reciprocating sliding movement due to winding the spinning electrode into the spiral groove of one reel and unwinding it from the spiral groove of the other reel, the additional sliding movement being performed in a direction perpendicular to the longitudinal axis of the active part of the spinning electrode.