mhurhangee/ep-ind-claims huggingface dataset:
Unit for processing blanks of hollow bodies made of plastic material, which comprises a chamber in which the blanks file along a predetermined path, this chamber being delimited on either side of the path by two side walls ( 3, 4) having internal faces facing one another, this chamber comprising a main section in which at least one of the walls ( 3, 4) is provided with a plurality of sources of electromagnetic radiation, the side walls ( 3, 4) defining between them, at at least one end of the chamber, an opening for the passage of the blanks, this chamber also comprising at least one optical containment section, which extends between the main section and the opening, and in which the internal faces of the side walls ( 3, 4) are optically reflecting and convergent towards the opening, this processing unit being characterized in that the chamber comprises an absorption section, which extends between the optical containment section and the opening, and in which the internal faces of the side walls ( 3, 4) are optically absorbent.
Pad for use in a beverage preparing device comprising: an at least partly porous first sheet of flexible material; an at least partly porous second sheet of flexible material; and a bed of coffee particles provided between the first and second sheet, wherein the first sheet forms an inlet sheet at a water receiving side of the pad, wherein the second sheet forms an exit filter at an outlet side of the pad, wherein the bed of coffee particles has a first fluid flow resistance, wherein the exit filter has a second fluid flow resistance that exceeds the first fluid flow resistance, and wherein the exit filter is selected to possess a Herzberg water permeability of 300 - 3500 seconds per 100 ml per 10 cm2 at a pressure head of 50 mm Hg for generating a third fluid flow resistance, in the presence of coffee particles, which exceeds the first fluid flow resistance, wherein the third fluid flow resistance is larger than the sum of the first and second fluid flow resistances, wherein the pad comprises an at least partly porous third sheet of flexible material, wherein the inlet sheet and the third sheet are connected to one another to form connected sheets defining an interior space in which the bed of coffee particles and the exit filter are enclosed, and wherein the connected sheets each comprise a perimeter edge, and wherein the perimeter edges are sealed to one another. an at least partly porous first sheet of flexible material; an at least partly porous second sheet of flexible material; and a bed of coffee particles provided between the first and second sheet, wherein the first sheet forms an inlet sheet at a water receiving side of the pad, wherein the second sheet forms an exit filter at an outlet side of the pad, wherein the bed of coffee particles has a first fluid flow resistance, wherein the exit filter has a second fluid flow resistance that exceeds the first fluid flow resistance, and wherein the exit filter is selected to possess a Herzberg water permeability of 300 - 3500 seconds per 100 ml per 10 cm2 at a pressure head of 50 mm Hg for generating a third fluid flow resistance, in the presence of coffee particles, which exceeds the first fluid flow resistance, wherein the third fluid flow resistance is larger than the sum of the first and second fluid flow resistances, wherein the pad comprises an at least partly porous third sheet of flexible material, wherein the inlet sheet and the third sheet are connected to one another to form connected sheets defining an interior space in which the bed of coffee particles and the exit filter are enclosed, and wherein the connected sheets each comprise a perimeter edge, and wherein the perimeter edges are sealed to one another.
A method for interconnecting a remote switch and a virtual switch for communication over a network, the method comprising: transmitting at the remote switch, a packet to the virtual switch, the packet comprising a source address of the remote switch and a payload comprising a unique remote switch identifier identifying the remote switch, over the network; receiving at the remote switch, a response packet from the virtual switch, the response packet comprising a source address of the virtual switch and a payload comprising the unique remote switch identifier, a remote switch index associated with a port of the remote switch, and a virtual switch index associated with a port of the virtual switch transmitting the response packet; and mapping at the remote switch, the virtual switch index into a destination address, inserting the destination address into a remote switch packet, and transmitting the remote switch packet over the network to the virtual switch; wherein the remote switch comprises an access layer switch and the virtual switch comprises redundant distribution layer switches, the remote switch relying on the distribution layer switches to perform forwarding functions. transmitting at the remote switch, a packet to the virtual switch, the packet comprising a source address of the remote switch and a payload comprising a unique remote switch identifier identifying the remote switch, over the network; receiving at the remote switch, a response packet from the virtual switch, the response packet comprising a source address of the virtual switch and a payload comprising the unique remote switch identifier, a remote switch index associated with a port of the remote switch, and a virtual switch index associated with a port of the virtual switch transmitting the response packet; and mapping at the remote switch, the virtual switch index into a destination address, inserting the destination address into a remote switch packet, and transmitting the remote switch packet over the network to the virtual switch; wherein the remote switch comprises an access layer switch and the virtual switch comprises redundant distribution layer switches, the remote switch relying on the distribution layer switches to perform forwarding functions.
A rewinding machine for the production of rolls (R1, R2) of web material wound around winding cores (A1-A4), the machine comprising: - a winding cradle, comprising peripheral winding members (5, 7, 9) of the rolls; - a feeding path of the web material towards the winding cradle; - an insertion channel for inserting the winding cores (A1-A4) towards the winding cradle, having an entrance inside which the winding cores are introduced and an exit toward the winding cradle, the insertion channel being defined between a rolling surface and a continuous flexible member, provided with a forward movement; - an inserter for inserting the winding cores (A1-A4) into the inserting channel; characterized in that at the entrance of the insertion channel a pressing device is arranged, which projects toward the inside of the insertion channel and toward the continuous flexible member; wherein the pressing device is arranged and configured to press the winding cores entering the insertion channel towards the continuous flexible member. - a winding cradle, comprising peripheral winding members (5, 7, 9) of the rolls; - a feeding path of the web material towards the winding cradle; - an insertion channel for inserting the winding cores (A1-A4) towards the winding cradle, having an entrance inside which the winding cores are introduced and an exit toward the winding cradle, the insertion channel being defined between a rolling surface and a continuous flexible member, provided with a forward movement; - an inserter for inserting the winding cores (A1-A4) into the inserting channel;
A power saw arrangement (200, 400) comprising: a power saw with a saw blade; a base (202, 402) defining a support surface (204, 404), said base (202, 402) further including a first stop (207, 407) and a second stop (209, 409); a table (240, 440) moveably coupled to said base (202, 402) and configured to rotate about a table axis (242, 442); a handle (260, 460) extending from said table (240, 440), wherein said table (240, 440) and said handle (260, 460) are moveable relative to said base (202, 402) between a first position wherein said handle (260, 460) engages said first stop (207, 407) and a second position wherein said handle (260, 460) engages said second stop (209, 409), wherein a handle space (210,410) is defined by movement of said handle (260, 460) between the first stop (207,407) and the second stop (209, 409); the power saw arrangement being characterised by further comprising a supplemental support (270, 470) movably coupled to said base (202, 402) with a fastener (218, 418) and rotatable between an extended position and a retracted position about an axis that is parallel or perpendicular to the table axis (242, 442), wherein the supplemental support (270, 470) is not positioned within said handle space (210, 410) in the retracted position and is positioned within said handle space (210, 410) in the extended position, and wherein the supplemental support (270, 470) does not provide the first stop (207, 407) or the second stop (209, 409), wherein the supplemental support (270, 470) includes a supplemental support surface (273, 473), which, in the extended position, is substantially coplanar with the support surface (204, 404) of the base (202, 402). a power saw with a saw blade; a base (202, 402) defining a support surface (204, 404), said base (202, 402) further including a first stop (207, 407) and a second stop (209, 409); a table (240, 440) moveably coupled to said base (202, 402) and configured to rotate about a table axis (242, 442); a handle (260, 460) extending from said table (240, 440), wherein said table (240, 440) and said handle (260, 460) are moveable relative to said base (202, 402) between a first position wherein said handle (260, 460) engages said first stop (207, 407) and a second position wherein said handle (260, 460) engages said second stop (209, 409), wherein a handle space (210,410) is defined by movement of said handle (260, 460) between the first stop (207,407) and the second stop (209, 409); the power saw arrangement being characterised by further comprising a supplemental support (270, 470) movably coupled to said base (202, 402) with a fastener (218, 418) and rotatable between an extended position and a retracted position about an axis that is parallel or perpendicular to the table axis (242, 442), wherein the supplemental support (270, 470) is not positioned within said handle space (210, 410) in the retracted position and is positioned within said handle space (210, 410) in the extended position, and wherein the supplemental support (270, 470) does not provide the first stop (207, 407) or the second stop (209, 409),
A solid electrolyte represented by a general formula: Li a P b M c O d N e, where M is at least one element selected from the group consisting of B, Ge, Al, C, Ga and S, and a, b, c, d and e respectively satisfy a = 0.62 to 4.98, b = 0.01 to 0.99, c = 0.01 to 0.99, d = 1.070 to 3.985, e = 0.01 to 0.50, and b+c = 1.0.
A method of heating and separating liquid and vapor from a hydrocarbon feedstock comprising a contactor/separator, wherein the contactor/separator comprises: • a vessel; • a first inlet in said vessel; • a second inlet in said vessel; • a hub located within said vessel, said hub including a plurality of vanes; • a first outlet in a bottom of said vessel; and • a second outlet said method comprising the following steps: introducing a vapor/liquid mixture of hydrocarbon feedstock into said contactor/separator through said first inlet: introducing a superheated vapor into the contactor/separator through said second inlet such that it contacts and vaporizes a portion of the hydrocarbon feedstock within the contactor/separator; separating unvaporized feedstock from vaporized feedstock in the contactor/separator using centrifugal forces imparted by said plurality of vanes of said hub to one of said vapor/liquid mixture of hydrocarbon feedstock or said superheated vapor; removing the vaporized feedstock and the superheated vapor through said second outlet; and removing the unvaporized liquid feedstock trough said first outlet. • a vessel; • a first inlet in said vessel; • a second inlet in said vessel; • a hub located within said vessel, said hub including a plurality of vanes; • a first outlet in a bottom of said vessel; and • a second outlet introducing a vapor/liquid mixture of hydrocarbon feedstock into said contactor/separator through said first inlet: introducing a superheated vapor into the contactor/separator through said second inlet such that it contacts and vaporizes a portion of the hydrocarbon feedstock within the contactor/separator; separating unvaporized feedstock from vaporized feedstock in the contactor/separator using centrifugal forces imparted by said plurality of vanes of said hub to one of said vapor/liquid mixture of hydrocarbon feedstock or said superheated vapor; removing the vaporized feedstock and the superheated vapor through said second outlet; and introducing a superheated vapor into the contactor/separator through said second inlet such that it contacts and vaporizes a portion of the hydrocarbon feedstock within the contactor/separator; separating unvaporized feedstock from vaporized feedstock in the contactor/separator using centrifugal forces imparted by said plurality of vanes of said hub to one of said vapor/liquid mixture of hydrocarbon feedstock or said superheated vapor; removing the vaporized feedstock and the superheated vapor through said second outlet; and removing the unvaporized liquid feedstock trough said first outlet.
Case for a chip card formed by a pouch of dimensions which make it possible to insert a chip card therein through a slit, characterized in that the pouch is made from cellulose fibre material, and the pouch comprises an electrical circuit directly deposited on the cellulose fibre material which electrically connects electrical contacts of the card to an electric power supply interface when the card is inserted in a first position. the pouch is made from cellulose fibre material, and the pouch comprises an electrical circuit directly deposited on the cellulose fibre material which electrically connects electrical contacts of the card to an electric power supply interface when the card is inserted in a first position.
A polyion complex comprising a cationic polymer and mRNA for use in a method of treating osteoarthritis or rheumatoid arthritis, wherein the cationic polymer is a polymer comprising a cationic unnatural amino acid as a monomer unit and the cationic unnatural amino acid is an amino acid having a group represented by -(NH-(CH 2) 2) p -NH 2, wherein p is 2, 3 or 4, as a side chain.
A control panel having NC function, connectable to a machine tool body for executing a numerical control operation, the control panel having a front surface on which a display screen and an input section having a large number of keys are arranged, and including a control unit and a storage unit installed inside, the control unit being configured to drive a machining section of the machine tool body in accordance with a predetermined program, and the storage unit being configured to store various programs and tool information, wherein: the control panel further including an image pickup device for reading a matrix type two-dimensional code, the image pickup device being installed on the front surface of the control panel, the control unit includes a reader configured to process image data of the matrix type two-dimensional code captured by the image pickup device, and to output the processed image data as read data; and based on work instruction information contained in the read data from the reader, a drive control to the machining section is started, and the control unit is configured to switch an operation mode between a first mode and a second mode, the first mode being selected when the read data includes only a program number corresponding to the program preliminarily stored in the storage unit so that the program corresponding to the program number is called to command the machining section for a driving operation in accordance with the called program, and the second mode being selected when the read data includes the program and the tool information so as to command the machining section for the driving operation in accordance with the program and to store the program and the tool information in the storage unit. the control panel further including an image pickup device for reading a matrix type two-dimensional code, the image pickup device being installed on the front surface of the control panel, the control unit includes a reader configured to process image data of the matrix type two-dimensional code captured by the image pickup device, and to output the processed image data as read data; and based on work instruction information contained in the read data from the reader, a drive control to the machining section is started, and the control unit is configured to switch an operation mode between a first mode and a second mode, the first mode being selected when the read data includes only a program number corresponding to the program preliminarily stored in the storage unit so that the program corresponding to the program number is called to command the machining section for a driving operation in accordance with the called program, and the second mode being selected when the read data includes the program and the tool information so as to command the machining section for the driving operation in accordance with the program and to store the program and the tool information in the storage unit.
A method performed by a local domain gateway that interconnects local and remote overlay domains, said local domain gateway being at a border of the local overlay domain, the method comprising: receiving overlay control plane routing information from the remote overlay domain, wherein the overlay control plane routing information includes remote values for a remote host located in the remote overlay domain, wherein the remote values include a tunnel endpoint identifier that identifies a tunnel endpoint to which the remote host attaches in the remote overlay domain and a first virtual network identifier that identifies a first virtual network associated with the remote host in the remote overlay domain; translating the remote values to local values for use in the local overlay domain, wherein said translating comprises: translating the tunnel endpoint identifier to a domain gateway identifier that identifies the local domain gateway in the local overlay domain and translating the first virtual network identifier to a second virtual network identifier of a second virtual network in the local overlay domain, wherein the local values include the domain gateway identifier and the second virtual network identifier; storing the local values and corresponding remote values in a mapping table for the local overlay domain; and advertising the local values for the remote host in the local overlay domain. receiving overlay control plane routing information from the remote overlay domain, wherein the overlay control plane routing information includes remote values for a remote host located in the remote overlay domain, wherein the remote values include a tunnel endpoint identifier that identifies a tunnel endpoint to which the remote host attaches in the remote overlay domain and a first virtual network identifier that identifies a first virtual network associated with the remote host in the remote overlay domain; translating the remote values to local values for use in the local overlay domain, wherein said translating comprises: translating the tunnel endpoint identifier to a domain gateway identifier that identifies the local domain gateway in the local overlay domain and translating the first virtual network identifier to a second virtual network identifier of a second virtual network in the local overlay domain, wherein the local values include the domain gateway identifier and the second virtual network identifier; translating the tunnel endpoint identifier to a domain gateway identifier that identifies the local domain gateway in the local overlay domain and translating the first virtual network identifier to a second virtual network identifier of a second virtual network in the local overlay domain, wherein the local values include the domain gateway identifier and the second virtual network identifier; storing the local values and corresponding remote values in a mapping table for the local overlay domain; and advertising the local values for the remote host in the local overlay domain.
Household dishwasher having a dishwasher cavity, which encompasses a dishwasher interior of the household dishwasher, and a dispensing facility for dispensing a cleaning agent into the dishwasher interior, wherein the dispensing facility has a receiving part having a receiving area for receiving the cleaning agent, a cover for sealing the receiving area and a sealing arrangement that is arranged at least in sections between the receiving part and the cover, characterised in that the sealing arrangement has a first sealing lip and a second sealing lip that is different from the first sealing lip, wherein the sealing arrangement runs completely around the receiving area, wherein the first sealing lip runs only partially around the receiving area, and wherein the second sealing lip also runs only partially around the receiving area.
Level measuring device for determining a filling level of a bulk material comprising: a transmission-receiving module for transmitting a transmission signal and for receiving a signal reflected at a surface of the bulk material; a control unit which is configured to determine, based on the transmission signal and the reflected signal, a distance of the level measuring device to the surface of the bulk material; and a flight drive module for positioning the level measuring device above the bulk material; wherein the control unit is configured to control the flight drive module such that the level measuring device is positioned at a plurality of positions along a trajectory above the bulk material; and wherein the control unit is configured to determine the filling level of the bulk material at at least a part of the plurality of positions characterized in that the transmission-receiving module comprises an antenna arrangement to transmit and to receive a radar-based signal. a transmission-receiving module for transmitting a transmission signal and for receiving a signal reflected at a surface of the bulk material; a control unit which is configured to determine, based on the transmission signal and the reflected signal, a distance of the level measuring device to the surface of the bulk material; and a flight drive module for positioning the level measuring device above the bulk material; wherein the control unit is configured to control the flight drive module such that the level measuring device is positioned at a plurality of positions along a trajectory above the bulk material; and wherein the control unit is configured to determine the filling level of the bulk material at at least a part of the plurality of positions
Method for checking the connection of a firing controller at an automatic firing device, wherein the firing controller is designed to generate a high voltage with the aid of a capacitor which can be charged by a power supply, wherein the firing controller can be connected with a firing electrode in a combustion chamber of a firing apparatus, and wherein the temporal course of a voltage which builds up when the power supply is connected is observed continuously or at temporal intervals and permits conclusions regarding the quality of the connection of the firing controller.