mhurhangee/ep-ind-claims huggingface dataset:
Extruder, comprising a motor with a gearbox, at least one extruder housing with a process zone located in the housing and an inlet and an outlet, an intermediate housing, which is arranged between the extruder housing and the gearbox and is separated from the process zone by a partition wall, an opening being located in the partition wall, a support shaft, which is arranged in the extruder, wherein screw elements are arranged on at least one section of the support shaft and form an extruder screw with the support shaft, wherein the extruder screw is movably arranged in the extruder housing, wherein at least one retaining element is arranged on a section of the support shaft which is located in the process zone, characterized in that the opening in the partition wall between the intermediate housing and the process zone is sealed by the at least one retaining element, the retaining element having a pitch of 5 to 30 mm, preferably 10 to 20 mm. a motor with a gearbox, at least one extruder housing with a process zone located in the housing and an inlet and an outlet, an intermediate housing, which is arranged between the extruder housing and the gearbox and is separated from the process zone by a partition wall, an opening being located in the partition wall, a support shaft, which is arranged in the extruder, wherein screw elements are arranged on at least one section of the support shaft and form an extruder screw with the support shaft, wherein the extruder screw is movably arranged in the extruder housing, wherein at least one retaining element is arranged on a section of the support shaft which is located in the process zone, characterized in that the opening in the partition wall between the intermediate housing and the process zone is sealed by the at least one retaining element, the retaining element having a pitch of 5 to 30 mm, preferably 10 to 20 mm.
A wire mesh heater comprising: a wire mesh element; and first and second primary conductors, wherein the wire mesh element has a surface area comprising a non-contact area and first and second contact areas each extending along at least 50% of a length (L M) of the wire mesh element, characterised in that: the primary conductors comprise a slit having a contact surface, and the contact areas contact the contact surfaces to provide an electrical connection between the wire mesh element and the primary conductors. a wire mesh element; and first and second primary conductors, wherein the wire mesh element has a surface area comprising a non-contact area and first and second contact areas each extending along at least 50% of a length (L M) of the wire mesh element, characterised in that: the primary conductors comprise a slit having a contact surface, and the contact areas contact the contact surfaces to provide an electrical connection between the wire mesh element and the primary conductors. the primary conductors comprise a slit having a contact surface, and the contact areas contact the contact surfaces to provide an electrical connection between the wire mesh element and the primary conductors.
CVD reactor having a process chamber, the floor of which is formed by a susceptor for receiving substrates to be coated with a layer and the ceiling of which is formed by the underside of a gas inlet element that has a multiplicity of gas inlet openings (13, 14) distributed uniformly over its entire surface, the gas inlet openings (13, 14) being divided into strip-like first and second gas inlet zones (11, 12) that run parallel to one another in a direction of extent, the gas inlet openings of a first gas inlet zone being connected to a common first process-gas feed line for introducing a first process gas into the process chamber, the gas inlet openings of a second gas inlet zone being connected to a common second process-gas feed line, which is different from the first process-gas feed line, for introducing a second process gas into the process chamber, and the first and second gas inlet zones (11, 12) lying alternatingly alongside one another, each first and second gas inlet zone (11, 12) having a multiplicity of gas inlet openings (13, 14) that lie side by side transverse to the direction of extent, the spacing of two directly neighboring gas inlet openings (13, 14) being approximately one quarter of the height of the process chamber and the width of an individual gas inlet zone (11, 12) corresponding approximately to the height, wherein the spacing of the gas inlet openings (13, 14) from one another, the height of the process chamber and the width of an individual gas inlet zone (11, 12) is selected such that at a total pressure in a range between 500 mbar and 1,000 mbar by selecting the mass flow rate of a carrier gas introduced into the process chamber through the respective gas inlet zones (11, 12) together with the process gases is selected so that a thorough mixing of the first and second process gases being different from each other takes place only in the lower half of the process chamber, wherein the distance is about a quarter of the height and the width corresponds approximately to the height.
A model railroad car for dust collection comprising: a vehicle body, a dust collection nozzle, which is in communication with a dust collection chamber in the vehicle body; a blower installed horizontally in the front-rear direction of the vehicle body, with a dust collection fan; and an outlet; characterized in that: the dust collection nozzle is open to below the vehicle body; the interior of the vehicle body is partitioned by a partition wall and a dust collection filter thereby to define the dust collection chamber in a middle part of the vehicle body between the partition wall and the dust collection filter at the front and rear thereof; the blower is centrifugal, and the dust collection fan is a centrifugal fan oriented toward the dust collection filter; the outlet is at the periphery of the centrifugal fan. a vehicle body, a dust collection nozzle, which is in communication with a dust collection chamber in the vehicle body; a blower installed horizontally in the front-rear direction of the vehicle body, with a dust collection fan; and an outlet; characterized in that: the dust collection nozzle is open to below the vehicle body; the interior of the vehicle body is partitioned by a partition wall and a dust collection filter thereby to define the dust collection chamber in a middle part of the vehicle body between the partition wall and the dust collection filter at the front and rear thereof; the blower is centrifugal, and the dust collection fan is a centrifugal fan oriented toward the dust collection filter; the outlet is at the periphery of the centrifugal fan. the dust collection nozzle is open to below the vehicle body; the interior of the vehicle body is partitioned by a partition wall and a dust collection filter thereby to define the dust collection chamber in a middle part of the vehicle body between the partition wall and the dust collection filter at the front and rear thereof; the blower is centrifugal, and the dust collection fan is a centrifugal fan oriented toward the dust collection filter; the outlet is at the periphery of the centrifugal fan.
A hydraulic fracturing fluid for use in oilfield applications, the hydraulic fracturing fluid comprising: a spherical bead-forming liquid composition, the spherical bead-forming liquid composition comprising a primary liquid precursor and a secondary liquid precursor, the primary liquid precursor comprising: a micellar forming surfactant, a bead-forming compound selected from the group consisting of bis-phenol A, bis-phenol F, cycloaliphatic epoxides, glycidyl ethers, poly glycidyl ethers, novalac resins, polyurethane resins, acrylic resin, phenol-formaldehyde resin, epoxy functional resins, and combinations thereof, and a non-solids bearing liquid solvent; and the secondary liquid precursor comprising: a curing agent, and a co-curing agent; wherein mixing of the primary liquid precursor and the secondary liquid precursor cures the spherical bead-forming liquid composition into solid, individual, spherical beads, and wherein the solid, individual, spherical beads are of sufficient mechanical strength to act as a proppant in situ and hold fractures open against an overburden pressure. the primary liquid precursor comprising: a micellar forming surfactant, a bead-forming compound selected from the group consisting of bis-phenol A, bis-phenol F, cycloaliphatic epoxides, glycidyl ethers, poly glycidyl ethers, novalac resins, polyurethane resins, acrylic resin, phenol-formaldehyde resin, epoxy functional resins, and combinations thereof, and a non-solids bearing liquid solvent; and a micellar forming surfactant, a bead-forming compound selected from the group consisting of bis-phenol A, bis-phenol F, cycloaliphatic epoxides, glycidyl ethers, poly glycidyl ethers, novalac resins, polyurethane resins, acrylic resin, phenol-formaldehyde resin, epoxy functional resins, and combinations thereof, and a non-solids bearing liquid solvent; and the secondary liquid precursor comprising: a curing agent, and a co-curing agent; a curing agent, and a co-curing agent;
Method for manufacturing a plastic part forming a human-machine control interface, comprising the following steps: - formation of a decorative film intended to form the visible interface, - formation of a technical film including a layer of haptic actuators and a layer of capacitive sensors, - assembly of the decorative film and the technical film to form an interface film, - positioning of the interface film in an injection mould, including an upper portion with which the interface film is maintained in contact by suction and a lower portion including a moveable support pad capable of coming into contact with the interface film at the level of the layer of haptic actuators such that a thickness is left free between the interface film and the lower portion of the injection mould outside of the support pad, - injection of a plastic material into the free thickness on either side of the support pad, - opening of the injection mould and ejection of the plastic part formed, characterized in that, prior to the step of injection of the plastic material, the method comprises the step of positioning an anti-deformation part in contact with the interface film in superposition with the support pad, said anti-deformation part being intended to be located in the free zone of the plastic part formed by the support pad. - formation of a decorative film intended to form the visible interface, - formation of a technical film including a layer of haptic actuators and a layer of capacitive sensors, - assembly of the decorative film and the technical film to form an interface film, - positioning of the interface film in an injection mould, including an upper portion with which the interface film is maintained in contact by suction and a lower portion including a moveable support pad capable of coming into contact with the interface film at the level of the layer of haptic actuators such that a thickness is left free between the interface film and the lower portion of the injection mould outside of the support pad, - injection of a plastic material into the free thickness on either side of the support pad, - opening of the injection mould and ejection of the plastic part formed,
An extruder comprising: an extruding section which kneads and extrudes a kneaded material including a ceramic raw material; characterized in that it further comprises; a chamber drum connected to an extrusion port of the extruding section, and including a first space portion which extends from the extrusion port side of the extruding section in an extruding direction and allows the kneaded material to flow in the extruding direction, and a second space portion having a cylindrical shape which extends from a lower portion of the first space portion on a downstream side thereof in a downward direction and is positioned slightly more closely to the upstream side than the downstream end of the first space portion, and which allows the kneaded material to flow in the downward direction different from the extruding direction, and has a discharge port to discharge the kneaded material; and a forming section connected to the discharge port of the chamber drum, and including a die through which the kneaded material discharged through the discharge port of the chamber drum is pushed out, to extrude and form ceramic formed bodies. an extruding section which kneads and extrudes a kneaded material including a ceramic raw material; characterized in that it further comprises; a chamber drum connected to an extrusion port of the extruding section, and including a first space portion which extends from the extrusion port side of the extruding section in an extruding direction and allows the kneaded material to flow in the extruding direction, and a second space portion having a cylindrical shape which extends from a lower portion of the first space portion on a downstream side thereof in a downward direction and is positioned slightly more closely to the upstream side than the downstream end of the first space portion, and which allows the kneaded material to flow in the downward direction different from the extruding direction, and has a discharge port to discharge the kneaded material; and a forming section connected to the discharge port of the chamber drum, and including a die through which the kneaded material discharged through the discharge port of the chamber drum is pushed out, to extrude and form ceramic formed bodies.
Gel-spun high performance polyethylene (HPPE) fibers, the fibers having a tenacity of at least 1.5 N/tex and comprising ultrahigh molecular weight polyethylene (UHMWPE) forming a fiber body, wherein a hindered amine stabilizer is present inside the fiber body at an amount of between 0.01 and 1.0 parts by weight based on 100 parts by weight of the amount of the UHMWPE forming said fiber body, and wherein the fibers have a content of residual spinning solvent of below 500 ppm.
A furniture castor, comprising: - a wheel chassis; - a hole made in the chassis along a "running" axis, said hole opening out in the side wall of said chassis; - at least one wheel (30-1, 30-2); - a shaft mounted in said hole, said shaft being designed to have a portion (41-1, 41-2) projecting from the side wall of said chassis into which said hole opens out; - means for securing said shaft to said chassis; characterized in the fact that it includes: - means for mounting said wheel to rotate on said projecting shaft portion (41-1, 41-2); - an orifice (42-1, 42-2) formed in the free end of the projecting shaft portion (41-1, 41-2) along an axis substantially parallel to said running axis, said orifice opening out in the end face of said projecting shaft portion (41-1, 41-2); and - a plug plugged into said orifice. - a wheel chassis; - a hole made in the chassis along a "running" axis, said hole opening out in the side wall of said chassis; - at least one wheel (30-1, 30-2); - a shaft mounted in said hole, said shaft being designed to have a portion (41-1, 41-2) projecting from the side wall of said chassis into which said hole opens out; - means for securing said shaft to said chassis; - means for mounting said wheel to rotate on said projecting shaft portion (41-1, 41-2); - an orifice (42-1, 42-2) formed in the free end of the projecting shaft portion (41-1, 41-2) along an axis substantially parallel to said running axis, said orifice opening out in the end face of said projecting shaft portion (41-1, 41-2); and - a plug plugged into said orifice.
Method of sending a Session Initiation Protocol, SIP, request message having alerting information associated therewith from an originating user equipment having an originating Session Initiation Protocol-User Agent associated therewith to a receiving Session Initiation Protocol-User Agent associated with a receiving user equipment (24, 34) in a Session Initiation Protocol based communications network, characterised in that: - setting a condition which must be met by the receiving Session Initiation Protocol-User Agent in order for the receiving Session Initiation Protocol-User Agent to be allowed to receive the alerting information, - including the condition in the Session Initiation Protocol request message, - checking, at an equipment for passing the SiP request message, whether the condition has been met by the receiving Session Initiation Protocol-User Agent, and - if the condition has been met, passing the alerting information on to the receiving Session Initiation Protocol-User Agent. - setting a condition which must be met by the receiving Session Initiation Protocol-User Agent in order for the receiving Session Initiation Protocol-User Agent to be allowed to receive the alerting information, - including the condition in the Session Initiation Protocol request message, - checking, at an equipment for passing the SiP request message, whether the condition has been met by the receiving Session Initiation Protocol-User Agent, and - if the condition has been met, passing the alerting information on to the receiving Session Initiation Protocol-User Agent.
A method comprising: executing an extended ping software utility on a source network device (12, 12A); presenting, with the extended ping software utility, a user interface to receive input from a user, wherein the input identifies a network address of a reachable network interface of a target device, identification information for an unreachable network interface of the target device, and a probe type that specifies one of a plurality of probe types by which the identification information identifies the unreachable network interface; and outputting, from the source network device with the software utility, a ping echo request packet to test the status of the unreachable network interface of the target device, wherein the ping echo request packet includes a header having a destination address of the network address of the reachable network interface of the target device, wherein the ping echo request packet includes an identification information object specifying the identification information, and wherein the ping echo request packet includes a probe type field specifying the probe type by which the identification information identifies the unreachable network interface of the target device. executing an extended ping software utility on a source network device (12, 12A); presenting, with the extended ping software utility, a user interface to receive input from a user, wherein the input identifies a network address of a reachable network interface of a target device, identification information for an unreachable network interface of the target device, and a probe type that specifies one of a plurality of probe types by which the identification information identifies the unreachable network interface; and outputting, from the source network device with the software utility, a ping echo request packet to test the status of the unreachable network interface of the target device, wherein the ping echo request packet includes a header having a destination address of the network address of the reachable network interface of the target device, wherein the ping echo request packet includes an identification information object specifying the identification information, and wherein the ping echo request packet includes a probe type field specifying the probe type by which the identification information identifies the unreachable network interface of the target device.
Method of exchanging a guided lace, comprising the steps of: connecting a first lace guided in a lace guide with a second lace via the joining of one joining part each attached to the laces, wherein in the joining process, the joining part of the first lace together with a proximal end section of the first lace and a distal end section of the first lace is situated outside the lace guide; pulling at the distal end section of the first lace, so that the laces are guided through the lace guide together with the connected joining parts until the connected joining parts exit again from the lace guide; and separating the connected joining parts, so that only the second lace is guided in the lace guide and end sections of the second lace are situated outside the lace guide, wherein the joining parts have a diameter that is essentially not larger than the diameter of the first lace or the lace guide, such that the laces connected via the joining parts can be pulled through the lace guide together with the connected joining parts, wherein the connected joining parts have an essentially cylindrical shape and a bayonet catch. connecting a first lace guided in a lace guide with a second lace via the joining of one joining part each attached to the laces, wherein in the joining process, the joining part of the first lace together with a proximal end section of the first lace and a distal end section of the first lace is situated outside the lace guide; pulling at the distal end section of the first lace, so that the laces are guided through the lace guide together with the connected joining parts until the connected joining parts exit again from the lace guide; and separating the connected joining parts, so that only the second lace is guided in the lace guide and end sections of the second lace are situated outside the lace guide, wherein the joining parts have a diameter that is essentially not larger than the diameter of the first lace or the lace guide, such that the laces connected via the joining parts can be pulled through the lace guide together with the connected joining parts, wherein the connected joining parts have an essentially cylindrical shape and a bayonet catch.
Method for producing an electrode stack for an energy store of a motor vehicle, wherein cathodes and anodes are alternately stacked on top of one another with a separator strip interposed, wherein first the cathodes and anodes are laid on the separator strip, so that an electrode strip is produced, and wherein after that the electrode strip is folded multiple times to stack the cathodes and the anodes on top of one another, wherein the electrode strip is oriented in a horizontal plane for the folding, and from there is folded in sections or as a whole between the electrodes, characterized in that, for folding at its longitudinal sides, the electrode strip is gripped by means of a number of grippers at opposite points between every second electrode (4, 6), tensioned transversely and raised.