mhurhangee/ep-ind-claims huggingface dataset:
A cutting table for a facility for cutting a workpiece, comprising a vertically oriented workpiece support, which forms the upper side of the cutting table, and a suction unit arranged below the workpiece support, comprising a plurality of suction segments, which are arranged transverse to the longitudinal extension of the cutting table and which are arranged adjacent to one another, wherein the suction segments can optionally be connected to a suction channel for suction cleaning dust and/or gases appearing in response to cutting, and comprising a trough, which is arranged below the suction segments and which can be filled with water, characterized in that, on its side facing the trough, each suction segment is provided with a lower opening, which extends into the trough such that, if the trough is filled with water as intended, said lower opening is located approximately at water level and that the cutting table is built in combination with a belt conveyor, wherein a section of the belt conveyor is arranged in the trough such that the section is located completely in the water when the trough is filled with water as intended.
An offshore power generating assembly comprising a floating unit, at least one generator being arranged on the floating unit, a base connected to the seabed below the floating unit and a number of double acting cylinders, comprising a pair of cylinder spindles, the spindles being attached to a piston, the piston separating an upper and a lower fluid chamber within a cylinder barrel of the cylinder the cylinders being connected operatively between the floating unit and the base so that fluid is compressed within the upper chamber of the cylinder barrel when the tide is moving the floating unit upwards and fluid is compressed within the lower chamber of the cylinder barrel when the tide is moving the floating unit downwards, characterised in that the base is a plate having flexible cylinder joints on its upper side, that a number of cylinders are connected in serial relationship between the plate and the floating unit, that the compressed fluid is air, and that the compressed air is transferred to an air reservoir providing power to the at least one generator.
A traction-enhancing kit (1, 3) for cleaning a sole of a court shoe, characterised in that the kit comprises: a container containing a gellified cleaning and tackifier solution; a carrier platform having an elongate flat supporting surface and a plurality of stirrups protruding from said platform for lacing said carrier platform to a forefoot of one shoe of a pair of court shoes; a cleaning and drying cartridge removably attached to said carrier platform lengthwise along the forefoot of said court shoe, said cleaning and drying cartridge further comprising a recessed frame surrounded by a raised wiper lip, and a gel-absorbent cleaning pad held captive in said frame and surrounded by said wiper lip, said cleaning pad further comprising a moisture-impermeable layer adhered beneath an absorbent fabric layer for absorption of said gellified cleaning and tackifier solution from said container. a container containing a gellified cleaning and tackifier solution; a carrier platform having an elongate flat supporting surface and a plurality of stirrups protruding from said platform for lacing said carrier platform to a forefoot of one shoe of a pair of court shoes; a cleaning and drying cartridge removably attached to said carrier platform lengthwise along the forefoot of said court shoe, said cleaning and drying cartridge further comprising a recessed frame surrounded by a raised wiper lip, and a gel-absorbent cleaning pad held captive in said frame and surrounded by said wiper lip, said cleaning pad further comprising a moisture-impermeable layer adhered beneath an absorbent fabric layer for absorption of said gellified cleaning and tackifier solution from said container.
A plant conditioning preparation comprising a water based extract of plant A, a natural oil based extract of plant B and an emulsifier; wherein plant A is from the genus Urtica and plant B is from the genus Salix family.
System for remote communication between a central computer and at least one machine control which is designed to transmit its identification data to the central computer and can be connected via a communication connection to a virtual machine of the central computer, wherein the virtual machine is adapted to the machine control and to the communication connection, characterized in that the central computer comprises a VM server for creating and starting virtual machines, the central computer comprises a plurality of virtual machine templates (28a-28d) which are designed for different types of machine controls and communication connections, the central computer comprises a portal manager which is designed to determine on the basis of the identification data transmitted by a machine control from the plurality of virtual machine templates (28a-28d) a virtual machine template (28a-28d) which is suitable for the machine control and to generate an operational virtual machine on the VM server through copying this determined suitable virtual machine template (28a-28d), each virtual machine of the central computer is a copy, which is operably integrated on the VM server, of that suitable virtual machine template which is adapted to the respective machine control and to the respective communication connection, remote access to the machine control is performed by means of a remote connection between the machine control and the virtual machine, which runs via the active communication connection, if a service computer has requested the connection data of the virtual machine from the portal manager, a remote connection is established between the service computer and the virtual machine, wherein the user, who initially establishes the remote connection to the machine control is referred to as primary user, if a user wants to access the machine control simultaneously from a further service computer, a remote connection to a virtual machine is established, wherein this user is referred to as secondary user, and between the virtual machine of the primary user and the virtual machine of the secondary user, a remote connection exists, by means of which the virtual machine accesses the machine control, wherein the primary user determines the access rights of the secondary user.
A method for configuring, on a control unit, operating parameters of a plurality of devices of a refrigeration system, the method comprising the steps of: - selecting among the plurality of devices of the refrigeration system, on the control unit, a first device to configure, - providing, on the control unit, information of valid configurable operating parameters of the first device; - selecting at least one of the valid configurable operating parameters of the first device, thereby configuring the first device; characterized in that the method further comprises the steps of: - providing, on the control unit, information of operating parameters of other devices of the refrigeration system, based on the configuration of the first device, - the information of the set of operating parameters of the other devices being based on stored data of the plurality of devices of the refrigeration system, - confirming, on the control unit, one or more operating parameters of one or more of the other devices, thereby configuring the one or more other devices. - selecting among the plurality of devices of the refrigeration system, on the control unit, a first device to configure, - providing, on the control unit, information of valid configurable operating parameters of the first device; - selecting at least one of the valid configurable operating parameters of the first device, thereby configuring the first device; - providing, on the control unit, information of operating parameters of other devices of the refrigeration system, based on the configuration of the first device, - the information of the set of operating parameters of the other devices being based on stored data of the plurality of devices of the refrigeration system, - confirming, on the control unit, one or more operating parameters of one or more of the other devices, thereby configuring the one or more other devices.
A fluid collection assembly, comprising: a fluid impermeable barrier including at least one interior surface defining a chamber, the fluid impermeable barrier defining at least one opening and a barrier outlet; at least one wicking material disposed in the chamber; a sample port defining at least one channel extending between at least a port inlet and an attachment port thereof, the attachment port being configured to switch between a closed state and an open state; and a sample container defining a sample compartment and a sample inlet configured to couple with the attachment port, the sample container including a check valve between the sample inlet and the sample compartment; and wherein coupling the sample inlet to the attachment port switches the attachment port from the closed state to the open state thereof, and wherein decoupling the sample inlet from the attachment port switches the attachment port from the open state to the closed state thereof. a fluid impermeable barrier including at least one interior surface defining a chamber, the fluid impermeable barrier defining at least one opening and a barrier outlet; at least one wicking material disposed in the chamber; a sample port defining at least one channel extending between at least a port inlet and an attachment port thereof, the attachment port being configured to switch between a closed state and an open state; and a sample container defining a sample compartment and a sample inlet configured to couple with the attachment port, the sample container including a check valve between the sample inlet and the sample compartment; and wherein coupling the sample inlet to the attachment port switches the attachment port from the closed state to the open state thereof, and wherein decoupling the sample inlet from the attachment port switches the attachment port from the open state to the closed state thereof.
An integrated circuit configured to control a process of an apparatus for transmitting transport blocks in subframes of a predefined length within a wireless communication system, the process including the following steps: receiving or generating a downlink control information (1420, 1430) including a resource grant, the resource grant comprising a predetermined modulation and a predetermined transport block size, generating a transport block (1421, 1432) including channel coded data to be transmitted in a subframe with the predetermined modulation and the predetermined transport block size, performing sensing (1422, 1433) in the subframes and determining whether a partial subframe or a complete subframe is available for transmission of the generated transport block; characterized by transmitting the transport block (1426, 1437) with a modified modulation different from the predetermined modulation if the partial rather than complete subframe is available, wherein a modulation order of the modified modulation is increased from a modulation order of the predetermined modulation by more than one level, the modification of modulation is modification of modulation order and the predetermined modulation as well as the modified modulation is one of BPSK, QPSK, 16QAM, 64QAM, and 256QAM. receiving or generating a downlink control information (1420, 1430) including a resource grant, the resource grant comprising a predetermined modulation and a predetermined transport block size, generating a transport block (1421, 1432) including channel coded data to be transmitted in a subframe with the predetermined modulation and the predetermined transport block size, performing sensing (1422, 1433) in the subframes and determining whether a partial subframe or a complete subframe is available for transmission of the generated transport block; characterized by transmitting the transport block (1426, 1437) with a modified modulation different from the predetermined modulation if the partial rather than complete subframe is available, wherein a modulation order of the modified modulation is increased from a modulation order of the predetermined modulation by more than one level, the modification of modulation is modification of modulation order and the predetermined modulation as well as the modified modulation is one of BPSK, QPSK, 16QAM, 64QAM, and 256QAM.
An optical detection system for generating and detecting a beam of electromagnetic radiation having an intensity, said electromagnetic radiation being radiation having a wavelength in the range of 10 nm to 20 μm, the optical detection system comprising: a source for producing the beam of electromagnetic radiation; a body, that is at least partially transparent and comprises an ATR-sensor layer on at least a portion of the body, the body having an entrance surface for the beam of electromagnetic radiation, an internally reflective surface that reflects the beam transmitted through the entrance surface, and an exit surface through which the beam reflected from the internally reflective surface exits the transparent body; a distribution device between the beam source and the body; wherein the distribution device redistributes the intensity of the beam from a nonuniform intensity distribution to a substantially uniform intensity distribution; a detector that detects the beam of electromagnetic radiation exiting the body, through the exit surface, wherein the distribution device comprises at least a pair (10,20,30) of aspherical lenses, the pair comprising one concave aspherical lens (14, 20) for redistributing a high intensity centre portion of the beam of electromagnetic radiation towards edges of the beam and one convex aspherical lens (16, 30) for converging the beam of electromagnetic radiation into a collimated beam having a uniform top hat intensity distribution. a source for producing the beam of electromagnetic radiation; a body, that is at least partially transparent and comprises an ATR-sensor layer on at least a portion of the body, the body having an entrance surface for the beam of electromagnetic radiation, an internally reflective surface that reflects the beam transmitted through the entrance surface, and an exit surface through which the beam reflected from the internally reflective surface exits the transparent body; a distribution device between the beam source and the body; wherein the distribution device redistributes the intensity of the beam from a nonuniform intensity distribution to a substantially uniform intensity distribution; a detector that detects the beam of electromagnetic radiation exiting the body, through the exit surface, wherein the distribution device comprises at least a pair (10,20,30) of aspherical lenses, the pair comprising one concave aspherical lens (14, 20) for redistributing a high intensity centre portion of the beam of electromagnetic radiation towards edges of the beam and one convex aspherical lens (16, 30) for converging the beam of electromagnetic radiation into a collimated beam having a uniform top hat intensity distribution.
A method of manufacturing a part made from lignocellulosic material characterized in that it comprises the following steps: - partially extracting the lignin from a plate of lignocellulosic material; - filling said partly delignified plate with an impregnation compound; - finishing by polymerization and/or cross-linking of said impregnation compound so as to produce a sheet of lignocellulosic material that is partly delignified and impregnated with an impregnation polymer; and - shaping so as to obtain a part made from lignocellulosic material comprising at least one curved portion having a surface of dual curvature, wherein the extent of delignification and/or used the impregnation polymer are selected to obtain a part made from lignocellulosic material comprising at least one translucent part with a light transmission coefficient at least equal to 4 %. - partially extracting the lignin from a plate of lignocellulosic material; - filling said partly delignified plate with an impregnation compound; - finishing by polymerization and/or cross-linking of said impregnation compound so as to produce a sheet of lignocellulosic material that is partly delignified and impregnated with an impregnation polymer; and - shaping so as to obtain a part made from lignocellulosic material comprising at least one curved portion having a surface of dual curvature, wherein the extent of delignification and/or used the impregnation polymer are selected to obtain a part made from lignocellulosic material comprising at least one translucent part with a light transmission coefficient at least equal to 4 %.
Method for enhanced load balancing in a mobile communication network, wherein a user equipment (20, 220) is connected or requests to be connected to the mobile communication network using an access point name identifier and a packet data network, wherein a mobility management entity (160, 260) and a home subscriber server are involved in providing communication services of the mobile communication network to the user equipment (20, 220) and/or connecting the user equipment (20, 220) to the mobile communication network, wherein a packet data network gateway (261, 262, 263) is to be selected for providing the communications services of the mobile communication network, the method comprising: indicating, by the home subscriber server, an allocation type information and an allocation mode information to the mobility management entity (160, 260), wherein the allocation type information transmitted by the home subscriber server indicates that the packet data network gateway (261, 262, 263) is to be statically allocated, and wherein the allocation mode information indicates that the allocation mode of the packet data network gateway (261, 262, 263) to be used corresponds to indicating a plurality of identifiers of packet data network gateways (261, 262, 263) in order for the respective mobility management entity (160, 260) to be able to provide load balancing among the plurality of packet data network gateways (261, 262, 263) specified. indicating, by the home subscriber server, an allocation type information and an allocation mode information to the mobility management entity (160, 260), wherein the allocation type information transmitted by the home subscriber server indicates that the packet data network gateway (261, 262, 263) is to be statically allocated, and wherein the allocation mode information indicates that the allocation mode of the packet data network gateway (261, 262, 263) to be used corresponds to indicating a plurality of identifiers of packet data network gateways (261, 262, 263) in order for the respective mobility management entity (160, 260) to be able to provide load balancing among the plurality of packet data network gateways (261, 262, 263) specified.
Use of a ladder fixing device to securely hold a ladder that is used to enter a shaft, • where a cross-member on the ladder fixing device incorporates a middle piece and an attachment piece on each of the two ends of the middle piece, • and where the ladder fixing device incorporates a projecting member that is fastened to the cross-member midway along the length of the cross member and extends at right angles across the cross-member, where the projecting member extends in the direction of the central axis of the shaft, • and where the ladder fixing device incorporates a retaining fixture that is arranged on a free end of the projecting member at a distance from the cross-member, • where the retaining fixture has a U-shaped cross-section and is designed to hold a ladder rung that has been inserted into the U-shaped retaining fixture in such a way as to brace the ladder rung against downwards-acting forces, to securely hold a ladder that is inserted into the shaft, characterised in that each of the attachment pieces on the two ends of the middle piece is attached to a support leg of a safety frame that is set up over the entry opening. • where a cross-member on the ladder fixing device incorporates a middle piece and an attachment piece on each of the two ends of the middle piece, • and where the ladder fixing device incorporates a projecting member that is fastened to the cross-member midway along the length of the cross member and extends at right angles across the cross-member, where the projecting member extends in the direction of the central axis of the shaft, • and where the ladder fixing device incorporates a retaining fixture that is arranged on a free end of the projecting member at a distance from the cross-member, • where the retaining fixture has a U-shaped cross-section and is designed to hold a ladder rung that has been inserted into the U-shaped retaining fixture in such a way as to brace the ladder rung against downwards-acting forces,
An apparatus that performs wireless communication, the apparatus comprising: a processor; and a memory (130, 132) coupled with the processor, the memory comprising executable instructions stored thereon that when executed by the processor cause the processor to effectuate operations comprising: obtaining, from a base station, scheduling downlink control information for a first transmission, the scheduling downlink control information indicating an index of a resource pool to be used for the first transmission, the resource pool being one of multiple resource pools with which the apparatus has been configured through radio resource control signaling, wherein the first transmission comprises an initial transmission or a retransmission; based on the obtaining of the scheduling downlink control information, sending the first transmission to a receiving user equipment, wherein the first transmission is transmitted via a sidelink; and receiving, based on the sending of the transmission, feedback from the receiving user equipment, wherein the feedback is transmitted via the sidelink. a processor; and a memory (130, 132) coupled with the processor, the memory comprising executable instructions stored thereon that when executed by the processor cause the processor to effectuate operations comprising: obtaining, from a base station, scheduling downlink control information for a first transmission, the scheduling downlink control information indicating an index of a resource pool to be used for the first transmission, the resource pool being one of multiple resource pools with which the apparatus has been configured through radio resource control signaling, wherein the first transmission comprises an initial transmission or a retransmission; based on the obtaining of the scheduling downlink control information, sending the first transmission to a receiving user equipment, wherein the first transmission is transmitted via a sidelink; and receiving, based on the sending of the transmission, feedback from the receiving user equipment, wherein the feedback is transmitted via the sidelink. obtaining, from a base station, scheduling downlink control information for a first transmission, the scheduling downlink control information indicating an index of a resource pool to be used for the first transmission, the resource pool being one of multiple resource pools with which the apparatus has been configured through radio resource control signaling, wherein the first transmission comprises an initial transmission or a retransmission; based on the obtaining of the scheduling downlink control information, sending the first transmission to a receiving user equipment, wherein the first transmission is transmitted via a sidelink; and receiving, based on the sending of the transmission, feedback from the receiving user equipment, wherein the feedback is transmitted via the sidelink.