mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for roasting coffee beans comprising: - a roasting chamber presenting a bottom opening, - an air driver configured to drive a flow of air inside the roasting chamber through the bottom opening of said chamber, - an electrical heater positioned below the bottom opening of the chamber configured to heat said flow of air driven to the bottom opening of the roasting chamber, - at least one temperature probe, wherein the apparatus comprises a conduit to drive the flow of hot air from the heater to the bottom opening of the roasting chamber, and wherein said conduit comprises a local transversal constriction reducing the section of the conduit to a minimum transversal section, and characterised in that the at least one temperature probe is positioned at said minimum transversal section of the conduit. - a roasting chamber presenting a bottom opening, - an air driver configured to drive a flow of air inside the roasting chamber through the bottom opening of said chamber, - an electrical heater positioned below the bottom opening of the chamber configured to heat said flow of air driven to the bottom opening of the roasting chamber, - at least one temperature probe, wherein the apparatus comprises a conduit to drive the flow of hot air from the heater to the bottom opening of the roasting chamber, and wherein said conduit comprises a local transversal constriction reducing the section of the conduit to a minimum transversal section, and characterised in that the at least one temperature probe is positioned at said minimum transversal section of the conduit.
A support apparatus for removably connecting exercise equipment to an exercise frame member, the support apparatus comprising: first and second rack sections (10, 12) configured to be fixed in a spaced arrangement to a frame member each rack section (10, 12) including at least one receiving channel having an opening at one end; a bracket (14, 54, 74) for supporting said exercise equipment, said bracket (15, 54, 74) including at least two locating members (60, 70) corresponding to the first and second rack sections each configured to be received within the at least one receiving channel of the corresponding rack section, the channels being configured to hold and retain the locating members to support the bracket on the rails, characterised in that the locating member associated with the first rack section includes a lateral engagement element configured to engage with the first rack section to prevent lateral movement of the bracket when said at least one locating member having the lateral engagement element is received in the corresponding channel of the first rack section to laterally locate and restrain the bracket, and the locating member associated with the second rack section is configured to be laterally unrestrained within the corresponding channel of the corresponding rack section such that it is able to be located within the channel at multiple lateral positions.
A modified lipopolysaccharide (S-LPS) of endotoxic bacteria, wherein said modified lipopolysaccharide is free of lipopolysaccharides containing lipid A having five acyl residues or six acyl residues, comprising: a) O-specific polysaccharide antigen consisting of one or more repeating units; b) core oligosaccharide; and c) either (i) fully O-deacylated lipid A containing two acyl residues; or (ii) partially O-deacylated lipid A containing three or four acyl residues. a) O-specific polysaccharide antigen consisting of one or more repeating units; b) core oligosaccharide; and c) either (i) fully O-deacylated lipid A containing two acyl residues; or (ii) partially O-deacylated lipid A containing three or four acyl residues. (i) fully O-deacylated lipid A containing two acyl residues; or (ii) partially O-deacylated lipid A containing three or four acyl residues.
An induction coil housing comprising: a ferrite tile assembly; a base forming a receptacle configured to receive the ferrite tile assembly, the ferrite tile assembly having an opening, the opening being disposed on a lower surface of the ferrite tile assembly facing the base; and a pillar extending from the base and configured to be disposed in the opening so as to secure the ferrite tile assembly relative to the base within the receptacle. a ferrite tile assembly; a base forming a receptacle configured to receive the ferrite tile assembly, the ferrite tile assembly having an opening, the opening being disposed on a lower surface of the ferrite tile assembly facing the base; and a pillar extending from the base and configured to be disposed in the opening so as to secure the ferrite tile assembly relative to the base within the receptacle.
A power tool comprising: a cutting tool for cutting workpieces; a motor configured to drive the cutting tool; a detection system configured to detect a dangerous condition between a person and the cutting tool; support structure associated with the cutting tool and configured to allow the cutting tool to retract; and an actuator; characterised in that the actuator includes a charge of pressurized fluid; wherein the actuator is configured to use the charge of pressurized fluid to produce a force within 0 to 3 milliseconds after detection of the dangerous condition by the detection system; and wherein the support structure and actuator are further configured so that the force produced by the actuator causes the cutting tool to retract and to reach a peak acceleration of at least 20 to 500 Gs during retraction. a cutting tool for cutting workpieces; a motor configured to drive the cutting tool; a detection system configured to detect a dangerous condition between a person and the cutting tool; support structure associated with the cutting tool and configured to allow the cutting tool to retract; and an actuator; characterised in that the actuator includes a charge of pressurized fluid; wherein the actuator is configured to use the charge of pressurized fluid to produce a force within 0 to 3 milliseconds after detection of the dangerous condition by the detection system; and wherein the support structure and actuator are further configured so that the force produced by the actuator causes the cutting tool to retract and to reach a peak acceleration of at least 20 to 500 Gs during retraction.
A prepreg laminate comprising: (a) a first prepreg; (b) a second prepreg; and (c) a thermoplastic layer therebetween, wherein at least one of the first prepreg or the second prepreg is made from a matrix resin comprising a benzoxazine-containing composition, and wherein the thermoplastic layer is a material selected from the group consisting of polyether sulfones, polysulfones, polyether ketones, polyamides, polyamide imides, polysiloxanes, polyether imides, polyethylene, polypropylene, polybutylene, copolymers thereof and combinations thereof, said material having a melting or softening temperature in the range of the cure temperature of said matrix resin and being at least partially soluble in said matrix resin at a temperature below said cure temperature of the matrix resin. (a) a first prepreg; (b) a second prepreg; and (c) a thermoplastic layer therebetween,
A method for use in the manufacture of an electronic circuit comprising at least one substantially planar electronic device, the method comprising: forming a structure comprising a layer of active material, at least a first conductive track spaced from and extending in a plane generally parallel to the layer of active material, and a layer of insulative material separating the first conductive track from the layer of active material, the layer of active material having a plurality of insulative features formed therein, each insulative feature at least partly inhibiting electrical current flow in the layer of active material and the plurality of insulative features defining at least a first substantially planar electronic device in the layer of active material comprising at least a respective first terminal and a respective second terminal, each terminal comprising a respective area of the layer of active material, and at least a portion of said first conductive track overlapping one of the first and second terminals; forming a first hole in said structure, said first hole extending through the first conductive track and through the layer of insulative material and connecting an overlapping portion of the first conductive track to one of the first and second terminals; and filling said first hole at least partly with electrically conductive material so as to provide an electrical connection between the first conductive track and one of the first and second terminals. forming a structure comprising a layer of active material, at least a first conductive track spaced from and extending in a plane generally parallel to the layer of active material, and a layer of insulative material separating the first conductive track from the layer of active material, the layer of active material having a plurality of insulative features formed therein, each insulative feature at least partly inhibiting electrical current flow in the layer of active material and the plurality of insulative features defining at least a first substantially planar electronic device in the layer of active material comprising at least a respective first terminal and a respective second terminal, each terminal comprising a respective area of the layer of active material, and at least a portion of said first conductive track overlapping one of the first and second terminals; forming a first hole in said structure, said first hole extending through the first conductive track and through the layer of insulative material and connecting an overlapping portion of the first conductive track to one of the first and second terminals; and filling said first hole at least partly with electrically conductive material so as to provide an electrical connection between the first conductive track and one of the first and second terminals.
A tire comprising a plurality of ring-shaped tire structures (22, 23) which constitute a tire, and a ring-shaped rubber sheet which is integrated with an electronic component, characterised in that the ring-shaped rubber sheet which is integrated with the electronic component is disposed between the plurality of ring-shaped tire structures (22, 23).
A method for processing assistance information, the method comprising: providing a RRC message to a user equipment connected to an eNodeB; and receiving a message comprising assistance information from the user equipment, wherein the assistance information comprises a low power preference indication; characterized in that the RRC message is a RRC connection reconfiguration message configuring the user equipment to indicate a power preference; the assistant information further comprises a timer length that indicates a preferred duration for a low power mode; and the method further comprises the step of providing, in response to receiving the assistance information, a RRC connection release message to the user equipment, the RRC connection release message comprising the timer length. providing a RRC message to a user equipment connected to an eNodeB; and receiving a message comprising assistance information from the user equipment, wherein the assistance information comprises a low power preference indication; characterized in that the RRC message is a RRC connection reconfiguration message configuring the user equipment to indicate a power preference; the assistant information further comprises a timer length that indicates a preferred duration for a low power mode; and the method further comprises the step of providing, in response to receiving the assistance information, a RRC connection release message to the user equipment, the RRC connection release message comprising the timer length.
A PET carbonated soft drink container comprising a lightweight base, wherein the base is characterized by the following features: a) an area/weight ratio (A/W), wherein A/W is from about 2200 to about 3400 sq mm/g; b) a weight percentage/area percentage ratio (W%/A%), wherein W%/A% is from about 0.90 to about 1.30; c) a first percent (%) crystallinity measured around a gate diameter within 10 mm, wherein the first percent crystallinity is greater than or about 10%; d) a second percent (%) crystallinity measured at a distance of greater than or about 15 mm from the gate, wherein the second percent crystallinity is at least or about 70% crystallinity of the sidewall of the container; e) a percent (%) trans content measured around the gate diameter within 10 mm, wherein the percent trans content is at least or about 65%; and f) a thickness ratio calculated as the thickness at 5mm from gate divided by thickness at 10 millimeters from the gate of less than or about 3.5. a) an area/weight ratio (A/W), wherein A/W is from about 2200 to about 3400 sq mm/g; b) a weight percentage/area percentage ratio (W%/A%), wherein W%/A% is from about 0.90 to about 1.30; c) a first percent (%) crystallinity measured around a gate diameter within 10 mm, wherein the first percent crystallinity is greater than or about 10%; d) a second percent (%) crystallinity measured at a distance of greater than or about 15 mm from the gate, wherein the second percent crystallinity is at least or about 70% crystallinity of the sidewall of the container; e) a percent (%) trans content measured around the gate diameter within 10 mm, wherein the percent trans content is at least or about 65%; and f) a thickness ratio calculated as the thickness at 5mm from gate divided by thickness at 10 millimeters from the gate of less than or about 3.5.
An apparatus for feeding transport bags into a conveying system of an overhead conveyor facility comprising a. a conveying rail which can be coupled in terms of conveying technology to the conveying system and along which the transport bags can each be conveyed in a suspended manner by means of a hanging adapter, b. a detection unit for detecting the quantity of hanging adapters arranged within a detection zone on the conveying rail, c. a control unit which is in signal communication with the detection unit and is configured to variably set a transport spacing (d T) for conveying the transport bags by means of the conveying system, d. a singularizing unit, which has a signal communication with the control unit, for singularized feeding of the hanging adapters into the conveying system at the variably set transport spacing (d T), characterized in that the control unit is configured to determine, on the basis of the quantity of hanging adapters, a mean spacing (d m) of adjacent hanging adapters, on the basis of which the transport spacing (d T) is variably set. a. a conveying rail which can be coupled in terms of conveying technology to the conveying system and along which the transport bags can each be conveyed in a suspended manner by means of a hanging adapter, b. a detection unit for detecting the quantity of hanging adapters arranged within a detection zone on the conveying rail, c. a control unit which is in signal communication with the detection unit and is configured to variably set a transport spacing (d T) for conveying the transport bags by means of the conveying system, d. a singularizing unit, which has a signal communication with the control unit, for singularized feeding of the hanging adapters into the conveying system at the variably set transport spacing (d T),
A method comprising: receiving a first indication that an image update of a first container is available, the first container comprising a base layer and a first layer; characterized by updating, in response to receiving the first indication, the base layer based on the image update to create an updated base layer; rebasing, by a processing device using the updated base layer, the first layer to create a rebased first layer; and storing the rebased first layer in a repository to be reused to update a second container. receiving a first indication that an image update of a first container is available, the first container comprising a base layer and a first layer; characterized by updating, in response to receiving the first indication, the base layer based on the image update to create an updated base layer; rebasing, by a processing device using the updated base layer, the first layer to create a rebased first layer; and storing the rebased first layer in a repository to be reused to update a second container.
A tool assembly comprising: a cartridge assembly including a cartridge body defining a tissue contact surface and a plurality of rows (R1-R8) of retention slots, each retention slot of the plurality of rows of retention slots supporting a staple ("S") therein and defining an opening on the tissue contact surface, the cartridge body defining a first firing channel and a second firing channel, the first firing channel associated with a first row of staples and the second firing channel associated with a second row of staples; an anvil assembly supported adjacent the cartridge assembly, the anvil assembly and the cartridge assembly being movable between open and closed positions in relation to each other; and a first firing cam positioned within the first firing channel of the cartridge body, the first firing cam configured to translate through the first firing channel during a first axial translation of the first firing cam to fire the first row of staples, characterized in that the first firing cam is biased to move into the second firing channel of the cartridge body upon retraction of the first firing cam after the first axial translation such that the first firing cam moves to a position to translate through the second firing channel upon a second axial translation of the first firing cam to fire the second row of staples. a cartridge assembly including a cartridge body defining a tissue contact surface and a plurality of rows (R1-R8) of retention slots, each retention slot of the plurality of rows of retention slots supporting a staple ("S") therein and defining an opening on the tissue contact surface, the cartridge body defining a first firing channel and a second firing channel, the first firing channel associated with a first row of staples and the second firing channel associated with a second row of staples; an anvil assembly supported adjacent the cartridge assembly, the anvil assembly and the cartridge assembly being movable between open and closed positions in relation to each other; and a first firing cam positioned within the first firing channel of the cartridge body, the first firing cam configured to translate through the first firing channel during a first axial translation of the first firing cam to fire the first row of staples, characterized in that the first firing cam is biased to move into the second firing channel of the cartridge body upon retraction of the first firing cam after the first axial translation such that the first firing cam moves to a position to translate through the second firing channel upon a second axial translation of the first firing cam to fire the second row of staples.
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged about a centerline in an annular array, the plurality of seal shoes comprising a first seal shoe configured with an aperture that extends radially through the first seal shoe; a seal base circumscribing the annular array of seal shoes; and a plurality of spring elements comprising a first spring element; the first spring element including a first mount, a second mount and a spring beam, the first mount connected to the first seal shoe, the second mount connected to the seal base, and the spring beam extending laterally between and connected to the first mount and the second mount; the first seal shoe including a base and a plurality of projections; the base extending axially along the centerline between a first, upstream, side of the first seal shoe and a second, downstream, side of the first seal shoe; each of the plurality of projections extending radially inward from the base; and the aperture extending radially through the base and located axially between the second side of the first seal shoe and the plurality of projections, characterised in that: the aperture extends axially into the first seal shoe from the second side. a plurality of seal shoes arranged about a centerline in an annular array, the plurality of seal shoes comprising a first seal shoe configured with an aperture that extends radially through the first seal shoe; a seal base circumscribing the annular array of seal shoes; and a plurality of spring elements comprising a first spring element; the first spring element including a first mount, a second mount and a spring beam, the first mount connected to the first seal shoe, the second mount connected to the seal base, and the spring beam extending laterally between and connected to the first mount and the second mount; the first seal shoe including a base and a plurality of projections; the base extending axially along the centerline between a first, upstream, side of the first seal shoe and a second, downstream, side of the first seal shoe; each of the plurality of projections extending radially inward from the base; and the aperture extending radially through the base and located axially between the second side of the first seal shoe and the plurality of projections,
A tire vulcanizer which vulcanizes and molds a green tire placed in an outer mold by heating the green tire from the outer side and the inner side of the green tire, the tire vulcanizer comprising an electric platen which is arranged to be In contact with each of the upper and lower sides of a container with the green tire placed therein, or to be embedded in each of the upper and lower portions of the container, so as to heat the green tire from the outside of the outer mold at the time of vulcanization, and is formed into a doughnut-like disc shape and divided into a plurality of sections in the circumferential direction of the platen, characterized in that the platen is divided into a plurality of sections in the radial direction and is formed into a doughnut-like disc shape by mutually connecting the innermost sides of the divided sections in the circumferential direction.
A neutralising antibody which binds human IL-17A and human IL-17F that binds to an epitope of human IL-17A comprising SER41, TYR44, ASN45, ARG46, TRP51, ASN52, HIS54, ARG72, HIS73, ASP84, HIS86, VAL128, HIS129 and VAL131 of SEQ ID NO: 21, wherein the antibody is not an antibody comprising the sequence given in SEQ ID NO:1 for CDR-H1, the sequence given in SEQ ID NO:2 for CDR-H2, the sequence given in SEQ ID NO:3 for CDR-H3, the sequence given in SEQ ID NO:4 for CDR-L1, the sequence given in SEQ ID NO:5 for CDR-L2 and the sequence given in SEQ ID NO:6 for CDR-L3, wherein the SEQ ID NOs are shown in Figure 1.