mhurhangee/ep-ind-claims huggingface dataset:
A beverage producing apparatus comprising an extracting apparatus configured to extract a beverage liquid from an extraction target, said beverage producing apparatus comprising a housing configured to form an exterior of the beverage producing apparatus, wherein the extracting apparatus includes an extraction container in which the extraction target and a liquid are stored, and a driving unit configured to move the extraction container when extracting the beverage liquid, and the housing includes a first transmissive portion configured to make at least a part of the extraction container visible from an outside, wherein the driving unit comprises an upper unit with a first operation unit comprising a first holding member, a middle unit with a support unit that supports the extraction container and a lower unit with a second operation unit comprising a second holding member, wherein the middle unit further includes a mechanism that is configured to rotate the support unit about a shaft in the longitudinal direction using a motor as a driving source to turn the extraction container upside down between an erect posture and an inverted posture after the first holding member being moved to a raised position and the second holding member being moved to a lowered position, when the extract container extracts the beverage liquid. a housing configured to form an exterior of the beverage producing apparatus, wherein the extracting apparatus includes an extraction container in which the extraction target and a liquid are stored, and a driving unit configured to move the extraction container when extracting the beverage liquid, and the housing includes a first transmissive portion configured to make at least a part of the extraction container visible from an outside, wherein the driving unit comprises an upper unit with a first operation unit comprising a first holding member, a middle unit with a support unit that supports the extraction container and a lower unit with a second operation unit comprising a second holding member, wherein the middle unit further includes a mechanism that is configured to rotate the support unit about a shaft in the longitudinal direction using a motor as a driving source to turn the extraction container upside down between an erect posture and an inverted posture after the first holding member being moved to a raised position and the second holding member being moved to a lowered position, when the extract container extracts the beverage liquid.
A depressed-centre grinding wheel comprising a disc-shaped element obtained by pressing a mixture of a loose powder of abrasive material mixed with a binder, wherein the disc-shaped element comprises: - at least a circular cutting annulus made of a substantially planar compacted abrasive material lying on a plane that is perpendicular to a rotation axis of the grinding wheel; and - a concave central portion obtained by deforming the disc-shaped element and provided with a central through-hole for attachment, characterised in that the external diameter (De) of the circular annulus is comprised between 100 and 125 mm and the internal diameter (Di) of the circular annulus, coinciding with the external diameter of the concave portion, is not greater than 55 mm, and wherein the concave portion comprises a substantially planar first central section and a concave cap wall, wherein an inclination of the cap wall is substantially comprised between 40° and 70°. - at least a circular cutting annulus made of a substantially planar compacted abrasive material lying on a plane that is perpendicular to a rotation axis of the grinding wheel; and - a concave central portion obtained by deforming the disc-shaped element and provided with a central through-hole for attachment, characterised in that the external diameter (De) of the circular annulus is comprised between 100 and 125 mm and the internal diameter (Di) of the circular annulus, coinciding with the external diameter of the concave portion, is not greater than 55 mm, and wherein the concave portion comprises a substantially planar first central section and a concave cap wall, wherein an inclination of the cap wall is substantially comprised between 40° and 70°.
Device for converting energy from wave motions at sea to another form of energy, comprising: - a fixed element and an element movable relative to the fixed element, which elements (2, 12) are configured to perform a relative movement as a result of the wave motions and wherein the elements enclose a chamber, the volume of which varies with the relative movements of the elements; and - an energy converter adapted to convert the mechanical energy from relative movement between the fixed element and the movable element to another form of energy, - wherein the fixed element and the movable element are each connected to a first rolling membrane and to a second rolling membrane, - wherein the fixed element and the movable element each have two substantially cylindrical wall parts and that the path of the rolling membranes (15, 16) along both elements (2, 12) extends along the respective, substantially cylindrical wall parts, characterized in that - the chamber is enclosed by the fixed element, the movable element, the first rolling membrane and the second rolling membrane; - the movable element takes the form of a hood which is closed on its side remote from a base of the fixed element and which extends round the chamber, - the second part of the fixed element comprises an auxiliary chamber placed inside the chamber; and - in at least one position of the movable element relative to the fixed element the surface areas transversely of the direction of movement of the hood of the two rolling membranes (15, 16) differ from each other. - a fixed element and an element movable relative to the fixed element, which elements (2, 12) are configured to perform a relative movement as a result of the wave motions and wherein the elements enclose a chamber, the volume of which varies with the relative movements of the elements; and - an energy converter adapted to convert the mechanical energy from relative movement between the fixed element and the movable element to another form of energy, - wherein the fixed element and the movable element are each connected to a first rolling membrane and to a second rolling membrane, - wherein the fixed element and the movable element each have two substantially cylindrical wall parts and that the path of the rolling membranes (15, 16) along both elements (2, 12) extends along the respective, substantially cylindrical wall parts, - the chamber is enclosed by the fixed element, the movable element, the first rolling membrane and the second rolling membrane; - the movable element takes the form of a hood which is closed on its side remote from a base of the fixed element and which extends round the chamber, - the second part of the fixed element comprises an auxiliary chamber placed inside the chamber; and - in at least one position of the movable element relative to the fixed element the surface areas transversely of the direction of movement of the hood of the two rolling membranes (15, 16) differ from each other.
A continuous high-frequency oscillation breathing treatment apparatus (1, 3, 7) comprising: a source of gas under pressure; a reduction regulator for regulating the flow from a gas source; means for interrupting continuous positive gas flow at a rate of at least 1 hertz and at most 15 hertz whereby the gas flow becomes pulsatile with a substantially constant pressure amplitude; a patient interface circuit that incorporates a fixed venturi tube encased in a shroud, with at least one aft aperture and at least one forward aperture of predetermined size open to the ambient and with a rear venturi support flange having several rear flange communication ports and two forward venturi support flanges (28, 29) having several respective forward flange communication ports (26, 27) to allow ingress and egress of flow, and an aerosol entrainment port connectable to a nebulizer for entrainment of aerosol; and wherein said means for interrupting continuous gas flow in combination with said size of said at least one aft aperture and said at least one forward aperture are calibrated to allow exhalation and prevent stacking of successive volumes of gas in the airway of a patient. a source of gas under pressure; a reduction regulator for regulating the flow from a gas source; means for interrupting continuous positive gas flow at a rate of at least 1 hertz and at most 15 hertz whereby the gas flow becomes pulsatile with a substantially constant pressure amplitude; a patient interface circuit that incorporates a fixed venturi tube encased in a shroud, with at least one aft aperture and at least one forward aperture of predetermined size open to the ambient and with a rear venturi support flange having several rear flange communication ports and two forward venturi support flanges (28, 29) having several respective forward flange communication ports (26, 27) to allow ingress and egress of flow, and an aerosol entrainment port connectable to a nebulizer for entrainment of aerosol; and wherein said means for interrupting continuous gas flow in combination with said size of said at least one aft aperture and said at least one forward aperture are calibrated to allow exhalation and prevent stacking of successive volumes of gas in the airway of a patient.
Rotary cutting head with wires for a brush cutter, a grass trimmer, an edge trimmer, a hedge trimmer or the like, with said head comprising, on the one hand, a hub (18, 19) extending centrally and axially into the latter for accommodating a drive shaft in such a way as to make possible, using means for connecting and transmitting the drive torque (21, 22), the driving in rotation of said head around its axis of rotation and axial locking means (23, 24, 28) of the head on the drive shaft, and, on the other hand, a housing sheltering a support body that comprises a locking system (3,3', 4, 4`, 12) of at least two wires (5, 5') for cutting or for long or short mowing, and, optionally, a winding shaft, preferably integral with the support body, making possible, if necessary, the winding of each long wire (5, 5') in said head that further comprises connecting means (7, 8) between the housing and the support body, and of which said hub (18, 19) is integral with the housing and/or the support body, and said housing comprises at least two openings (9, 9') for the passage of said wires through the latter, the head wherein the locking system (3, 3', 4, 4', 12) comprises, on the one hand, at least two movable locking elements (3, 3'), independent of one another, and each associated with a tightening surface (4, 4') integrated into the support body and comprising a tightening face (10, 10') and a support face (11, 11') and, characterised in that, on the other hand, a single elastic element that is capable of exerting and applying stress on the support face (11, 11') of each locking element (3, 3') making it possible to tighten and to lock each wire (5, 5') between the tightening face (10, 10') of the locking element (3,3') in question and the associated tightening surface (4, 4'), and in that optionally the support body and the housing are suitable for being mounted in rotation relative to one another for the purpose of making possible, if necessary, the winding of each long wire (5, 5'), in the tightening and locking state, around the winding shaft.
A method for producing a vehicle seat member comprising a foamed resin molded body and a frame member integrally molded with the foamed resin molded body, the frame member including a body portion and a protrusion (23, 25), the body portion being embedded in the foamed resin molded body, and the protrusion (23, 25) protruding from the body portion, having a tip end that protrudes outward from the foamed resin molded body and having a base end portion embedded in the foamed resin molded body, comprising: an in-mold foam molding step of placing the frame member in a mold so that the body portion is located inside the mold, packing prefoamed resin particles obtained by prefoaming foamable resin particles comprising a resin and a foaming agent and then, foaming the prefoamed resin particles in the mold to mold the foamed resin molded body; and a demolding step of removing the mold to obtain the vehicle seat member, characterized in that the resin contains a polystyrene-based resin, a composite resin containing a polystyrene-based resin and a polyolefin-based resin, or a composite resin containing a polystyrene-based resin and a polyphenylene ether resin, and in the in-mold foam molding step, the foamed resin molded body is molded so that (B - A)/B is 2.5/1000 or more and 13/1000 or less, wherein A is an outer dimension of the foamed resin molded body in the vehicle seat member obtained by the demolding step and B is an inner dimension of the mold corresponding to the outer dimension. an in-mold foam molding step of placing the frame member in a mold so that the body portion is located inside the mold, packing prefoamed resin particles obtained by prefoaming foamable resin particles comprising a resin and a foaming agent and then, foaming the prefoamed resin particles in the mold to mold the foamed resin molded body; and a demolding step of removing the mold to obtain the vehicle seat member, characterized in that the resin contains a polystyrene-based resin, a composite resin containing a polystyrene-based resin and a polyolefin-based resin, or a composite resin containing a polystyrene-based resin and a polyphenylene ether resin, and in the in-mold foam molding step, the foamed resin molded body is molded so that (B - A)/B is 2.5/1000 or more and 13/1000 or less, wherein A is an outer dimension of the foamed resin molded body in the vehicle seat member obtained by the demolding step and B is an inner dimension of the mold corresponding to the outer dimension.
A system for propagating cells, said system comprising a multiwell plate (10, 310) and a plate sealing means (20, 320) for sealing a plurality of wells (11, 11', 11", 311, 311') of the multiwell plate (10, 310), the plate sealing means (20, 320) comprising a plurality of solid bulges or a plurality of bulges comprising a solid base, said bulges consisting of a resilient elastomer, and being configured to securely fit into wells of the multiwell plate, wherein neighbouring wells of the multiwell plate (10, 310) are in fluid connection with one another by means of at least one channel (17, 317) connecting the wells.
A salt composition comprising a) sodium chloride; and b) a carrier modified chloride salt, wherein the carrier modified chloride salt comprises a chloride salt, a modifier, and a carrier, wherein the chloride salt is not sodium chloride, wherein the carrier is a dextrin or a monosaccharide, wherein the modifier is a food grade acidulant, and wherein the salt composition has a particle size of between 0.5 and 0.149 mm (35 to 100 mesh). a) sodium chloride; and b) a carrier modified chloride salt, wherein the carrier modified chloride salt comprises a chloride salt, a modifier, and a carrier,
An adhesive composition characterized in that it comprises: - at least one bio-based adhesive, wherein said bio-based adhesive is a polyflavonoid-based polymer, - at least one surfactant selected from anionic and non-ionic surfactants, - at least one vegetable oil selected from palm oil, soy oil and a combination thereof, - optionally, a viscosity reducing agent preferably selected from glycol, triacetin and a combination thereof; and - water. - at least one bio-based adhesive, wherein said bio-based adhesive is a polyflavonoid-based polymer, - at least one surfactant selected from anionic and non-ionic surfactants, - at least one vegetable oil selected from palm oil, soy oil and a combination thereof, - optionally, a viscosity reducing agent preferably selected from glycol, triacetin and a combination thereof; and - water.
A redirection method, wherein the method is applied to a narrowband internet of things network, and the method comprises: sending, by a terminal device, a radio resource control, RRC, connection request message to a network device, wherein the RRC connection request message is used to request to establish an RRC connection in a first cell; receiving, by the terminal device, an RRC connection reject message sent by the network device, wherein the RRC connection reject message carries redirection information, wherein the redirection information comprises a plurality of carrier frequencies; and choosing, by the terminal device based on the redirection information, to camp on a second cell, comprising: searching, by the terminal device, the plurality of carrier frequencies, and choosing to camp on a second cell corresponding to a target carrier frequency in the plurality of carrier frequencies; and if the terminal device finds no appropriate cell to camp on after searching the plurality of carrier frequencies, the terminal device chooses to camp on any cell. sending, by a terminal device, a radio resource control, RRC, connection request message to a network device, wherein the RRC connection request message is used to request to establish an RRC connection in a first cell; receiving, by the terminal device, an RRC connection reject message sent by the network device, wherein the RRC connection reject message carries redirection information, wherein the redirection information comprises a plurality of carrier frequencies; and choosing, by the terminal device based on the redirection information, to camp on a second cell, comprising: searching, by the terminal device, the plurality of carrier frequencies, and choosing to camp on a second cell corresponding to a target carrier frequency in the plurality of carrier frequencies; and if the terminal device finds no appropriate cell to camp on after searching the plurality of carrier frequencies, the terminal device chooses to camp on any cell. searching, by the terminal device, the plurality of carrier frequencies, and choosing to camp on a second cell corresponding to a target carrier frequency in the plurality of carrier frequencies; and if the terminal device finds no appropriate cell to camp on after searching the plurality of carrier frequencies, the terminal device chooses to camp on any cell.
Method for inserting a profile into the ground by means of a vibration ram comprising a vibration generator, which either comprises two shaft groups, on which at least two imbalance groups are arranged and which are connected to at least one drive, by which they are set in rotation, wherein the shaft groups (1, 2) are connected to at least one drive in such a manner that the rotation speed of the shaft group is half the rotation speed of the shaft group and wherein the ratio of the static moments of the shaft groups (1, 2) provided with the imbalance groups (101, 201) is between 6 to 1 and 10 to 1, or comprises three shaft groups, on which at least three imbalance groups are arranged and which are connected to at least one drive, by which they are set in rotation, wherein the shaft groups (1, 2, 3) are connected to the at least one drive in such a manner that the rotation speed of the shaft group is half the rotation speed of the shaft group and a third of the rotation speed of the shaft group and wherein the ratio of the static moments of the shaft groups (1, 2, 3) provided with the imbalance groups (101, 201, 301) relative to one another is substantially 100: 16.64: 3.68, or comprises four shaft groups, on which at least four imbalance groups are arranged and which are connected to at least one drive, by which they are set in rotation, wherein the shaft groups (1, 2, 3, 4) are connected to the at least one drive in such a manner that the ratio of the rotation speeds of the shaft groups (1, 2, 3, 4) relative to one another is substantially 1: 2: 3: 4 and wherein the ratio of the static moments of the shaft groups (1, 2, 3, 4) provided with the imbalance groups (101, 201, 301, 401) relative to one another is substantially 100: 18.72: 5.6: 1.38, wherein its slowest shaft group is operated with a rotation speed which corresponds to a frequency which is smaller than the natural frequency of the ground, whereby a pseudo-liquid state of the ground is prevented, wherein the frequency of the resulting force characteristic of the vibration generator is less than 20 Hz.
A method comprising: receiving at a thermal modeling module, data from a Power Sourcing Equipment device, PSE, for cables extending from the PSE to Powered Devices, PDs, the cables configured to transmit power and data from the PSE to the PDs, wherein the data comprises real-time electrical data for the cables; identifying at the thermal modeling module a wire gauge of one or more of the cables based on measurements at the PSE and PD, wherein the measurements include a voltage at the PSE, a voltage at the PD, a current of the cable, and a cable length measured using a time domain reflectometer; calculating at the thermal modeling module, thermal characteristics for the cables based on the data and the wire gauge; and identifying a thermal rise above a specified threshold at one of the cables. receiving at a thermal modeling module, data from a Power Sourcing Equipment device, PSE, for cables extending from the PSE to Powered Devices, PDs, the cables configured to transmit power and data from the PSE to the PDs, wherein the data comprises real-time electrical data for the cables; identifying at the thermal modeling module a wire gauge of one or more of the cables based on measurements at the PSE and PD, wherein the measurements include a voltage at the PSE, a voltage at the PD, a current of the cable, and a cable length measured using a time domain reflectometer; calculating at the thermal modeling module, thermal characteristics for the cables based on the data and the wire gauge; and identifying a thermal rise above a specified threshold at one of the cables.