mhurhangee/ep-ind-claims huggingface dataset:
A machine for making cigarette filters, comprising: - a forming beam having an internal channel extending along a main longitudinal direction and adapted to receive a tow of filter material impregnated with a plasticizing fluid, wherein the channel has a transverse cross section which changes shape along the main longitudinal direction in order to impart a desired shape to the tow to form a continuous rod of filter material; - porous conveyor means configured to slide in the channel of the forming beam along the main longitudinal direction and to carry the tow along a feed path, the conveyor means being adapted to comply with the shape of the transverse cross section of the internal channel and being at least partly wrapped around the tow, - at least one treatment station located along the feed path and comprising at least one nozzle configured to blow a flow of steam into the internal channel transversely thereto, characterized in that the nozzle comprises a plurality of planar sectors (16a-16e) positioned transversely to the internal channel, each planar sector (16a-16e) defining a planar flow orifice (17a-17e) placed directly in communication with a steam feed duct positioned around the flow orifices and the internal channel, at least two flow orifices (17a-17e) having different thicknesses (Sa-Se) along the main longitudinal direction. - a forming beam having an internal channel extending along a main longitudinal direction and adapted to receive a tow of filter material impregnated with a plasticizing fluid, wherein the channel has a transverse cross section which changes shape along the main longitudinal direction in order to impart a desired shape to the tow to form a continuous rod of filter material; - porous conveyor means configured to slide in the channel of the forming beam along the main longitudinal direction and to carry the tow along a feed path, the conveyor means being adapted to comply with the shape of the transverse cross section of the internal channel and being at least partly wrapped around the tow, - at least one treatment station located along the feed path and comprising at least one nozzle configured to blow a flow of steam into the internal channel transversely thereto,
A droplet discharge apparatus comprising: a recording section for performing recording by discharging droplets onto a recording medium; a drying section including a plurality of drying units for performing drying of the recording medium to which the droplets have been discharged, wherein the drying units are movably disposed in a predetermined drying area in which the drying of the recording medium is performed, the drying area being downstream from the recording section in a first direction; a transport section for transporting the recording medium in the first direction in the drying area; and a plurality of guiding members (62, 62B) configured to guide the drying units in a second direction that intersects the first direction, wherein the drying units are movably disposed in the second direction, and characterized in that the plurality of drying units include drying units (61A, 61B) having different lengths (w1, w2) in the second direction in which the individual drying units perform drying, and each guiding member (62, 62B) guides a pair of drying units (61A, 61B) having different lengths (w1, w2) in the second direction, whereby the drying units are movable such that a drying unit on one guiding member overlaps with a boundary between the pair of drying units on an adjacent guiding member. a recording section for performing recording by discharging droplets onto a recording medium; a drying section including a plurality of drying units for performing drying of the recording medium to which the droplets have been discharged, wherein the drying units are movably disposed in a predetermined drying area in which the drying of the recording medium is performed, the drying area being downstream from the recording section in a first direction; a transport section for transporting the recording medium in the first direction in the drying area; and a plurality of guiding members (62, 62B) configured to guide the drying units in a second direction that intersects the first direction, wherein the drying units are movably disposed in the second direction, and characterized in that the plurality of drying units include drying units (61A, 61B) having different lengths (w1, w2) in the second direction in which the individual drying units perform drying, and each guiding member (62, 62B) guides a pair of drying units (61A, 61B) having different lengths (w1, w2) in the second direction, whereby the drying units are movable such that a drying unit on one guiding member overlaps with a boundary between the pair of drying units on an adjacent guiding member.
A method for washing hydrogen sulfide and carbon dioxide from a gas obtainable by gasification of carbonaceous biomaterial, said method comprising: a. contacting said gas with a first absorbent solution comprising transition metal ions, said transition metals selected from copper, zinc, iron and cobalt and mixtures thereof, in acidic aqueous solution; b. binding hydrogen sulfide to said first absorbent solution; c. recovering the gas from step b; d. contacting recovered gas from step c with a second absorbent solution comprising an alkaline absorbent; e. binding carbon dioxide to said second absorbent solution; and f. recovering the washed gas from step e. a. contacting said gas with a first absorbent solution comprising transition metal ions, said transition metals selected from copper, zinc, iron and cobalt and mixtures thereof, in acidic aqueous solution; b. binding hydrogen sulfide to said first absorbent solution; c. recovering the gas from step b; d. contacting recovered gas from step c with a second absorbent solution comprising an alkaline absorbent; e. binding carbon dioxide to said second absorbent solution; and f. recovering the washed gas from step e.
A carton for packaging one or more articles, the carton comprising a plurality of panels including a top panel (12/20), a base panel, a first side panel and a second side panel forming a tubular structure, one of the plurality of panels including a handle structure (h) defined therein, the handle structure including a first pair of folding structures each having at least one first fold line (x, y, z) defining a first edge of a handle strap and a second pair of folding structures each having at least one second fold line defining a second edge of a handle strap, the second edge opposing the first edge, each of the at least one first fold lines and the at least one second fold lines being defined, at least in part, in said one of the plurality of panels, characterised in that the carton comprises a mandrel panel disposed in face contacting relationship with an inner surface of said one of the plurality of panels, the mandrel panel comprising a first edge and a second edge, the second edge opposing the first edge, the first edge forming a first guide edge about which the first pair of folding structures is foldable, the second edge forming a second guide edge about which the second pair of folding structures is foldable.
A communications device comprising a master unit and a plurality of slave units (121, 122, 123 and 124) controlled by the master unit, wherein the plurality of slave units are connected in a daisy chain, wherein each of the slave units (121, 122, 123 and 124) comprises: a first port and a second port, each of which is connected to any one of the master unit and the other slave units (121, 122, 123, 124); a communications processor (121-2, 122-2, 123-2, 124-2) connected to both of the first and second ports (P1, P2) and configured to process commands or data received from the master unit; a first relay disposed between the first port and the second port and is configured to be open or closed depending on whether power is supplied to the slave unit; a second relay disposed between the first port and the communications processor; and a third relay disposed between the second port and the communications processor, and wherein the first relay is configured to be closed to make a closed circuit between the first port and the second port and the second relay and the third relay are configured to be opened to bypass the communications processor when the slave unit suffers a power failure, a communications path is formed that is configured to pass the first port and the second port via the first relay when the slave unit suffers a power failure. a first port and a second port, each of which is connected to any one of the master unit and the other slave units (121, 122, 123, 124); a communications processor (121-2, 122-2, 123-2, 124-2) connected to both of the first and second ports (P1, P2) and configured to process commands or data received from the master unit; a first relay disposed between the first port and the second port and is configured to be open or closed depending on whether power is supplied to the slave unit; a second relay disposed between the first port and the communications processor; and a third relay disposed between the second port and the communications processor, and
A microcapsule composition comprising at least one polyurethane polymer disposed as a semi-permeable shell around an aqueous buffered solution of at least one therapeutic agent selected from the group consisting of an antimicrobial agent, a host defense protein, a peptide-based antibiotic drug, a peptide analog antibiotic drug, an anticoagulant, an anti-inflammatory agent and a biomolecule which is a peptide, a peptide analog or a protein, wherein the therapeutic agent permeates the shell, and wherein the composition is suitable for delivery to a mammal.
A method for an asymmetric key derivation by a signing entity for a terminal device, which is a control device for a vehicle, having the steps: - Introduction of identical cryptographic material into the signing entity and into the terminal device in a secured environment of a manufacturer of the vehicle, wherein the cryptographic material is a common secret or a symmetric key; - derivation in each case of a private key (30a, 30b) from the cryptographic material in the signing entity and in the terminal device; - calculation in each case of a public key (32a, 32b) from the private key (30a, 30b) in the signing entity and in the terminal device; - generation of a signature or a signed public key in the signing entity; - transmission of the signature or of the signed public key by the signing entity into the terminal device; and - attachment of the signature of the signature entity or a signature extracted from the signed public key of the signing entity to the public key of the terminal device in the terminal device, in order to generate a signed public key of the terminal device, wherein the terminal device is provided by a supplier of the terminal device with a preliminary cryptographic material, in order to protect the introduction of the signature into the terminal device by means of the preliminary cryptographic material, wherein the preliminary cryptographic material is invalid, if the signature is introduced into the terminal device. - Introduction of identical cryptographic material into the signing entity and into the terminal device in a secured environment of a manufacturer of the vehicle, wherein the cryptographic material is a common secret or a symmetric key; - derivation in each case of a private key (30a, 30b) from the cryptographic material in the signing entity and in the terminal device; - calculation in each case of a public key (32a, 32b) from the private key (30a, 30b) in the signing entity and in the terminal device; - generation of a signature or a signed public key in the signing entity; - transmission of the signature or of the signed public key by the signing entity into the terminal device; and - attachment of the signature of the signature entity or a signature extracted from the signed public key of the signing entity to the public key of the terminal device in the terminal device, in order to generate a signed public key of the terminal device,
Electric overhead conveyor for transporting articles, having a) a support rail (4; 104) which comprises a drive running surface (22; 122) which always extends vertically regardless of a gradient or pitch of the support rail (4; 104); b) at least one support carriage (8; 108) having a load-bearing chassis (24; 124), wherein the chassis (24; 124) comprises at least one driven drive roller (36; 136) which rolls on the vertical drive running surface (22; 122) of the support rail (4; 104); characterized in that c) a pressing device (68; 168) is provided, which is able to be coupled to the article to be transported such that the spacing between the rotary pin (38; 138) of the drive roller (36; 136) and the drive running surface (22; 122) of the support rail (4; 104) is variable depending on the weight of the article to be transported; and in that d) the pressing device (68; 168) comprises a support bracket (40; 140) supporting the drive roller (36; 136), said support bracket (40; 140) for its part being mounted on the chassis (24; 124) of the support carriage (8; 108) so as to be pivotable about a pivot pin (44; 144) and being able to be coupled to the article to be transported. a) a support rail (4; 104) which comprises a drive running surface (22; 122) which always extends vertically regardless of a gradient or pitch of the support rail (4; 104); b) at least one support carriage (8; 108) having a load-bearing chassis (24; 124), wherein the chassis (24; 124) comprises at least one driven drive roller (36; 136) which rolls on the vertical drive running surface (22; 122) of the support rail (4; 104); characterized in that c) a pressing device (68; 168) is provided, which is able to be coupled to the article to be transported such that the spacing between the rotary pin (38; 138) of the drive roller (36; 136) and the drive running surface (22; 122) of the support rail (4; 104) is variable depending on the weight of the article to be transported; and in that d) the pressing device (68; 168) comprises a support bracket (40; 140) supporting the drive roller (36; 136), said support bracket (40; 140) for its part being mounted on the chassis (24; 124) of the support carriage (8; 108) so as to be pivotable about a pivot pin (44; 144) and being able to be coupled to the article to be transported.
A cylinder for application on an internal combustion engine, the cylinder comprising a metallic cylinder body and an amorphous diamond-like hard carbon film, formed on the internal peripheral surface of the cylinder body, the cylinder being characterized in that the roughness of the internal peripheral surface of the cylinder body after formation of the carbon film ranges from Rz 0.5 μm to Rz 4.0 μm, the roughness of the amorphous diamond-like carbon film comprising valleys and peaks where the average valley roughness (Rvk) is at least three times higher than the average peak roughness (Rpk).
A combination of: • a H3 antagonist or inverse agonist of formula: Where in formula: R 1 is H or Methyl, R 2 is Cl or where * represents the position of attachment to the phenyl ring, n is 0 or 1, and • an antidepressant chosen from the noradrenaline reuptake inhibitors chosen from duloxetine, reboxetine, atomoxetine. • a H3 antagonist or inverse agonist of formula: Where in formula: R 1 is H or Methyl, R 2 is Cl or where * represents the position of attachment to the phenyl ring, n is 0 or 1, and R 1 is H or Methyl, R 2 is Cl or where * represents the position of attachment to the phenyl ring, n is 0 or 1, and • an antidepressant chosen from the noradrenaline reuptake inhibitors chosen from duloxetine, reboxetine, atomoxetine.
A transfer assembly for transferring articles off a conveyor, the transfer assembly comprising: a shaft; a drive coupled to the shaft to rotate the shaft; a carrier including: a pivot portion resting on the shaft to pivot freely about the shaft without enough engagement to rotate with the shaft; characterized in that the carrier further includes a cantilevered portion extending from the pivot portion to a distal tip; a drive surface at the tip for supporting transferring articles; the shaft being coupled to the drive surface to advance the drive surface as the shaft is rotated by the drive. a shaft; a drive coupled to the shaft to rotate the shaft; a carrier including: a pivot portion resting on the shaft to pivot freely about the shaft without enough engagement to rotate with the shaft; characterized in that the carrier further includes a cantilevered portion extending from the pivot portion to a distal tip; a drive surface at the tip for supporting transferring articles; the shaft being coupled to the drive surface to advance the drive surface as the shaft is rotated by the drive. a pivot portion resting on the shaft to pivot freely about the shaft without enough engagement to rotate with the shaft; characterized in that the carrier further includes a cantilevered portion extending from the pivot portion to a distal tip; a drive surface at the tip for supporting transferring articles; the shaft being coupled to the drive surface to advance the drive surface as the shaft is rotated by the drive.
A device comprising: a display for providing feedback to a rescuer who is performing Cardio Pulmonary Resuscitation chest compressions to a patient, the display structured to graphically indicate an instantaneous value of a measured compression depth of the chest of the patient, the display including: an indicator range that corresponds at least in part to a compression depth range of some of the measured compression depths, and an indicator represented as progressing along the indicator range as the depth changes within the compression depth range to represent a value of the measured compression depth in relation to the indicator range, in which: when the measured compression depth is passing a first point of the compression depth range, the indicator progresses at a first rate relative to a first difference, the first difference being a difference in a non-compression depth and the measured compression depth, and when the measured compression depth is passing a second point of the compression depth range that is distinct from the first point, the indicator progresses at a second rate that is different from the first rate, and the indicator moved at the first rate and the second rate to provide feedback to the rescuer to achieve optimal CPR compression depth for the patient. an indicator range that corresponds at least in part to a compression depth range of some of the measured compression depths, and an indicator represented as progressing along the indicator range as the depth changes within the compression depth range to represent a value of the measured compression depth in relation to the indicator range, in which: when the measured compression depth is passing a first point of the compression depth range, the indicator progresses at a first rate relative to a first difference, the first difference being a difference in a non-compression depth and the measured compression depth, and when the measured compression depth is passing a second point of the compression depth range that is distinct from the first point, the indicator progresses at a second rate that is different from the first rate, and the indicator moved at the first rate and the second rate to provide feedback to the rescuer to achieve optimal CPR compression depth for the patient. when the measured compression depth is passing a first point of the compression depth range, the indicator progresses at a first rate relative to a first difference, the first difference being a difference in a non-compression depth and the measured compression depth, and when the measured compression depth is passing a second point of the compression depth range that is distinct from the first point, the indicator progresses at a second rate that is different from the first rate, and the indicator moved at the first rate and the second rate to provide feedback to the rescuer to achieve optimal CPR compression depth for the patient.
An active insecticidal, nematicidal, or acaricidal compound combination comprising formononetin of formula and/or its salt thereof and at least one active compound selected from groups: Group (2.1) chloronicotinyls/neonicotinoids; Group (3.2) organophosphates; Group (2.1) chloronicotinyls/neonicotinoids; Group (3.2) organophosphates;
A pipe connector comprising: a housing in which an insertion hole is formed, a pipe having an annular spool being inserted into the insertion hole; at least one O-ring that is disposed inside the insertion hole, and that forms a seal between an inner circumferential surface of the insertion hole and an outer circumferential surface of the pipe; a restricting member that is attached to the housing from an outer side in a radial direction of the pipe; and a restricting portion that is provided at the restricting member, wherein the restricting portion bends towards an opposite side from an insertion direction of the pipe when the restricting member is pressed from the outer side in the radial direction of the pipe towards an inner side in the radial direction of the pipe, and elastically returns so as to restrict movement of the at least one O-ring towards the opposite side from the insertion direction of the pipe when the restricting member has been attached to the housing completely, wherein the restricting portion is provided with a restricting plate that is supported in a cantilever fashion and in which is formed a through hole through which the pipe is inserted, characterized in that an annular portion, that is capable of abutting against the at least one O-ring around the insertion hole, is formed in the restricting plate. a housing in which an insertion hole is formed, a pipe having an annular spool being inserted into the insertion hole; at least one O-ring that is disposed inside the insertion hole, and that forms a seal between an inner circumferential surface of the insertion hole and an outer circumferential surface of the pipe; a restricting member that is attached to the housing from an outer side in a radial direction of the pipe; and a restricting portion that is provided at the restricting member, wherein the restricting portion bends towards an opposite side from an insertion direction of the pipe when the restricting member is pressed from the outer side in the radial direction of the pipe towards an inner side in the radial direction of the pipe, and elastically returns so as to restrict movement of the at least one O-ring towards the opposite side from the insertion direction of the pipe when the restricting member has been attached to the housing completely, wherein the restricting portion is provided with a restricting plate that is supported in a cantilever fashion and in which is formed a through hole through which the pipe is inserted, characterized in that an annular portion, that is capable of abutting against the at least one O-ring around the insertion hole, is formed in the restricting plate.
A process for forming silicon oxide film on a substrate through chemical vapor deposition of a silane precursor by reaction with an oxidizing agent which comprises: using a silane precursor selected from an organoaminosilane represented by the formula: wherein R and R 1 are each isopropyl, each t-butyl or each sec-butyl; or wherein R is selected from linear, branched, or cyclic, saturated or unsaturated C 2 -C 10 alkyl groups, aromatic groups and alkylamino groups, and R 1 is selected from cyclic, saturated or unsaturated C 3 -C 10 alkyl groups, aromatic groups and alkylamino groups; or wherein R and R 1 are selected from linear, branched, or cyclic, saturated or unsaturated C 2 -C 10 alkyl groups, aromatic groups and alkylamino groups and are combined into a cyclic group.