mhurhangee/ep-ind-claims huggingface dataset:
- A machine for compacting a powder material comprising ceramic powder; the machine comprises a compacting device, which is arranged at a working station and is configured to compact the powder material so as to obtain a layer of compacted powder material; a conveyor assembly for conveying a layer of powder material along a first portion of a given path in an advancing direction from an input station to the working station and the layer of compacted powder material from the working station along a second portion of the given path; and a feeding assembly, which is configured to feed the powder material to the conveyor assembly at the input station; the machine comprises an adjusting assembly, which is configured to change the width of the layer of powder material and comprises a first containing wall and at least one second containing wall, which are arranged so as to transversely delimit a passageway area for the powder material, which is arranged along at least part of the first portion, and at least one first operating device (16, 17, 18, 19) to move at least one between the first containing wall and the second containing wall relative to the other containing wall (14, 15) so as to change the width of the layer of powder material; the machine being characterized by comprising a detection device, which is configured to detect the density of the layer of compacted ceramic powder and is arranged at a detection station along the second portion of the given path; and a control device to control the adjusting assembly (in particular, the first operating device) so as to change over time the width of the layer of powder material; the control device is configured to control the adjusting assembly, in particular the first operating device, as a function of the data detected by the detection device. the machine comprises an adjusting assembly, which is configured to change the width of the layer of powder material and comprises a first containing wall and at least one second containing wall, which are arranged so as to transversely delimit a passageway area for the powder material, which is arranged along at least part of the first portion, and at least one first operating device (16, 17, 18, 19) to move at least one between the first containing wall and the second containing wall relative to the other containing wall (14, 15) so as to change the width of the layer of powder material; the machine being characterized by comprising a detection device, which is configured to detect the density of the layer of compacted ceramic powder and is arranged at a detection station along the second portion of the given path; and a control device to control the adjusting assembly (in particular, the first operating device) so as to change over time the width of the layer of powder material; the control device is configured to control the adjusting assembly, in particular the first operating device, as a function of the data detected by the detection device.
Self-propelled, at least single-axle working machine for driving and/or moving mounted implements and/or attached vehicles, which working machine comprises a hydrostatic drive device operatively connected to an internal combustion engine and formed of hydraulic motors (13, 14) associated with driven wheels (6, 7) of an axle and a hydraulic pump (25, 26) controllably connected to a control device and to the hydraulic motors (13, 14) by means of a control element, wherein the working machine can preferably be switched to a forward or to a backward direction of movement (F') and for manual guiding comprises two operating handles (11, 12) each associated with one hand of an operator, directed towards the latter, and secured to the free ends of cantilevered steering bars (8, 9) of a steering arrangement, wherein the steering bars (8, 9) are each secured at the ends directed away from the operating handles (11, 12) to a chassis comprising an axle arranged transversely to the direction of movement and wherein a manually operated actuating element of a setting and adjusting device connected to the control device and acting on the drive device for setting or changing the direction and speed of movement of the working machine is arranged on at least one of the steering bars (8, 9) or connected to the chassis, characterised in that the setting and adjusting device formed of a permanent magnet generating a magnetic field and an electronic sensor situated opposite without contact and influenced by the magnetic field comprises a bevel gear system operatively connected to the actuating element or an intermediate gear consisting of pinions (36, 37), to the driven bevel gear or pinion of which the permanent magnet is secured in order to influence at least one proximity sensor (16, 16') electrically connected to the control device.
An electronic smoking article comprising: a reservoir with a liquid aerosol precursor composition stored therein; and a braided wick in fluid communication with the reservoir, wherein the braided wick is in the form of a sheath/core wick. a reservoir with a liquid aerosol precursor composition stored therein; and a braided wick in fluid communication with the reservoir, wherein the braided wick is in the form of a sheath/core wick.
A surgical adapter (500, 600) for connecting a medical instrument to an endoscope, the surgical adapter comprising: a housing portion (504, 604) configured with a distal attachment portion (506, 606); an advancing assembly at least partially disposed within the housing portion, the advancing assembly having a selectively operable actuating member (512, 612), wherein the advancing assembly further comprises: a gear member (509, 609), a dial member (512, 612) which constitutes said selectively operable actuating member, and an advancing shaft (508, 608); wherein the gear member is mounted for rotational movement within the housing portion (504, 604), the dial member is mounted to engage with the gear member, and the advancing shaft (508, 608) is fixedly secured to the gear member; and a shaft connector (514, 614); wherein a proximal end member (530, 630) of the distal attachment portion (506, 606) is operably connected to the shaft connector (514, 614) and a distal cap member (540, 640) of the distal attachment portion is configured to be operably attached to a proximal portion of an endoscope; wherein the advancing shaft (508, 608) is rotatably received within the shaft connector (514, 641) which is fixedly positioned within the housing portion via at least one engagement slot (534, 634) formed within a body of the shaft connector which slidably receives at least one corresponding tab member (536, 636) formed in the housing portion; and wherein the surgical adapter (500, 600) is configured such that a portion of a medical instrument is receivable within the housing portion (504, 604) so as to be operably engaged with the advancing assembly such that the advancing assembly may be selectively actuated to selectively rotate the advancing shaft (508, 608) causing the shaft connector (514, 614) to move along the tab member (536, 636) so as to axially move a distal end of the medical instrument with respect to the endoscope. a housing portion (504, 604) configured with a distal attachment portion (506, 606); an advancing assembly at least partially disposed within the housing portion, the advancing assembly having a selectively operable actuating member (512, 612), wherein the advancing assembly further comprises: a gear member (509, 609), a dial member (512, 612) which constitutes said selectively operable actuating member, and an advancing shaft (508, 608); wherein the gear member is mounted for rotational movement within the housing portion (504, 604), the dial member is mounted to engage with the gear member, and the advancing shaft (508, 608) is fixedly secured to the gear member; and a shaft connector (514, 614);
A vehicle braking unit, in particular a brake caliper unit for a disc brake, of the type comprising a support designed to be positioned in use close to an element to be braked, braking elements which are carried in a movable way by the support and which are suitable for cooperating, in use by friction, with the element to be braked, actuation elements which are carried by the support and which are suitable, when activated, for pushing the braking elements against the element to be braked in order to apply upon the same, by friction, a braking torque, and first and second guide surfaces that are integral, respectively, to the braking elements and to the support, and that cooperate together to guide and support the braking elements when they are moved towards the element to be braked by the activation of the actuation elements; characterized in that the first and/or the second guide surfaces (8,9) are at least partially covered by a sliding coating consisting of: i)- a polymeric resin layer; ii)- solid lubricants and/or anti-friction materials dispersed within the polymeric resin layer. i)- a polymeric resin layer; ii)- solid lubricants and/or anti-friction materials dispersed within the polymeric resin layer.
A takeoff ground roll assist system for an aircraft, the system comprising: a runway centerline estimator, wherein the runway centerline estimator generates a virtual centerline estimate for a runway based on coordinates for the runway from a runway database; an Inertial Navigation System output filter and fault detector that filters navigation measurements from an on-board inertial navigation system, using a runway centerline start point to estimate errors in the on-board inertial navigation system; a centerline tracking estimator coupled to receive a filtered output of the on-board inertial navigation system from the INS output filter and fault detector and to receive the virtual centerline estimate from the runway centerline estimator, wherein the centerline tracking estimator generates a centerline tracking feedback signal that varies as a function of a difference between an aircraft look-ahead point and the virtual centerline estimate; a takeoff criteria evaluator coupled to the runway centerline estimator and the centerline tracking estimator, wherein the takeoff criteria evaluator estimates a lateral deviation between the aircraft center of gravity and an actual runway centerline for the runway based on an estimated navigation error component, a runway database error component, and a centerline tracking error component; and a runway start point sensor 150 that is adapted to be activated by a pilot to establish the runway centerline start point and to calibrate the on-board inertial navigation system. a runway centerline estimator, wherein the runway centerline estimator generates a virtual centerline estimate for a runway based on coordinates for the runway from a runway database; an Inertial Navigation System output filter and fault detector that filters navigation measurements from an on-board inertial navigation system, using a runway centerline start point to estimate errors in the on-board inertial navigation system; a centerline tracking estimator coupled to receive a filtered output of the on-board inertial navigation system from the INS output filter and fault detector and to receive the virtual centerline estimate from the runway centerline estimator, wherein the centerline tracking estimator generates a centerline tracking feedback signal that varies as a function of a difference between an aircraft look-ahead point and the virtual centerline estimate; a takeoff criteria evaluator coupled to the runway centerline estimator and the centerline tracking estimator, wherein the takeoff criteria evaluator estimates a lateral deviation between the aircraft center of gravity and an actual runway centerline for the runway based on an estimated navigation error component, a runway database error component, and a centerline tracking error component; and a runway start point sensor 150 that is adapted to be activated by a pilot to establish the runway centerline start point and to calibrate the on-board inertial navigation system.
A hybrid optical fibre-metallic access network comprising: a multiplexer which is connected to an optical fibre cable and a first end of a metallic cable, the multiplexer being located at a first network location; and a modem which is connected to the second end of the metallic cable, the modem being a) located at a second network location, the second location being located away from the customer premises; and b) connected to an apparatus in the customer premises by a further cable, characterised in that, in use, i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol. a multiplexer which is connected to an optical fibre cable and a first end of a metallic cable, the multiplexer being located at a first network location; and a modem which is connected to the second end of the metallic cable, the modem being a) located at a second network location, the second location being located away from the customer premises; and b) connected to an apparatus in the customer premises by a further cable, characterised in that, in use, i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol. a) located at a second network location, the second location being located away from the customer premises; and b) connected to an apparatus in the customer premises by a further cable, characterised in that, in use, i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol. i) the multiplexer is configured to transmit data using a plurality of data channels processed according to a first protocol, the plurality of data channels being provided by at least two copper pairs in the metallic cable and one or more phantom modes; and ii) the modem is configured to receive the plurality of data channels processed according to the first protocol and to transmit the data over the further cable to the customer premises apparatus using a second protocol.
A rubber-based resin closed-cell foam sheet comprising: a rubber-based resin comprising 30% or more by weight of acrylonitrile ingredient. a rubber-based resin comprising 30% or more by weight of acrylonitrile ingredient.
A machine for reducing material comprising: an in-feed, a cylindrical cutting drum having an essentially uniform cross-section in material flow communication with the in-feed, a side discharge assembly in material flow communication with the cylindrical cutting drum; and a housing forming a closed loop around the cylindrical drum that opens at one end into the side discharge assembly, the housing surrounding the cutting drum establishing a volume between itself and the cutting drum for reduced material to be carried, characterized in that the housing has a conical shape, the volume between the housing and the cutting drum increasing along the length of the cutting drum until the volume opens at one end into the side discharge assembly disposed at the end region of the cutting drum.
Process for producing semiconductive indium oxide layers, in which - a substrate is coated - with a liquid composition containing less than 200 ppm of H 2 O and comprising a) at least one indium alkoxide and b) at least one solvent, optionally dried and thermally treated at temperatures greater than 250°C. - a substrate is coated - with a liquid composition containing less than 200 ppm of H 2 O and comprising a) at least one indium alkoxide and b) at least one solvent, optionally dried and thermally treated at temperatures greater than 250°C. a) at least one indium alkoxide and b) at least one solvent,
Drive train of a motor vehicle having a torque transmission device which is supported via a supporting bearing on a transmission input shaft, the transmission input shaft and the supporting bearing being connected to one another via a connection which acts in the circumferential direction in a positively locking manner, characterized in that an axial spline-type gearing system is used as a connection which acts in the circumferential direction in a positively locking manner, in which spline-type gearing system spline systems which are complementary to one another are configured on an inner circumferential face of the bearing inner ring of the supporting bearing and on an outer circumferential face of the transmission input shaft, or wherein one or more feather key connections are provided as a connection which acts in the circumferential direction in a positively locking manner, or a spur toothing system is configured on a side face of the bearing inner ring and on a surface which is connected to the transmission input shaft or belongs to it and lies opposite a side face of this type in the assembled state of the torque transmission device which is configured as a clutch assembly.
A bag comprising: a first side wall and a second side wall; the first side wall including a solar panel disposed on an outer surface of the first side wall, the first side wall also including a first buoyant portion (406, 408, 410); characterized in that the second side wall including a second buoyant portion wherein the first buoyant portion is larger than the second buoyant portion so that a center of lift is disposed closer to the solar panel than a center of mass; thereby automatically rotating the bag in water so that the solar panel faces upwards towards the sun. a first side wall and a second side wall; the first side wall including a solar panel disposed on an outer surface of the first side wall, the first side wall also including a first buoyant portion (406, 408, 410); characterized in that the second side wall including a second buoyant portion wherein the first buoyant portion is larger than the second buoyant portion so that a center of lift is disposed closer to the solar panel than a center of mass; thereby automatically rotating the bag in water so that the solar panel faces upwards towards the sun.
Device (18; 29; 38; 50) for utilising the heat from waste water in a laundry treatment machine, comprising a heat reservoir (19; 39) that is connected to a waste water pipe (21; 41), wherein heated waste water can be fed to the heat reservoir (19; 39) via the waste water pipe (21; 41), and the residual heat thereof can be stored in the heat reservoir (19; 39), characterised in that in the course of a drying process following on from a washing process the heat reservoir (19; 39) is connected to a process air line in a manner that permits heat conduction, in order for stored residual heat to be introduced into process air.
A system comprising: hardware processing circuitry; one or more electronic memories (904, 906) storing instructions that when executed configure the hardware processing circuitry to perform operations comprising: assigning a first label to a first electronic document; determining document requirements defined by the first label; determining, based on the document requirements, a set of modifications of the first electronic document; determining a subset of the set of modifications the hardware processing circuitry is configured to perform; modifying, based on the subset, the first electronic document; generating a message (500, 550) to indicate the label, the modified first electronic document, and the modifications made by the hardware processing circuitry, the indication of the modifications being separate from the indication of the modified first electronic document in the message; and transmitting the message to a cloud-based network service, the message instructing the cloud-based network service to complete a remaining portion of the set of modifications of the first electronic document. hardware processing circuitry; one or more electronic memories (904, 906) storing instructions that when executed configure the hardware processing circuitry to perform operations comprising: assigning a first label to a first electronic document; determining document requirements defined by the first label; determining, based on the document requirements, a set of modifications of the first electronic document; determining a subset of the set of modifications the hardware processing circuitry is configured to perform; modifying, based on the subset, the first electronic document; generating a message (500, 550) to indicate the label, the modified first electronic document, and the modifications made by the hardware processing circuitry, the indication of the modifications being separate from the indication of the modified first electronic document in the message; and transmitting the message to a cloud-based network service, the message instructing the cloud-based network service to complete a remaining portion of the set of modifications of the first electronic document. assigning a first label to a first electronic document; determining document requirements defined by the first label; determining, based on the document requirements, a set of modifications of the first electronic document; determining a subset of the set of modifications the hardware processing circuitry is configured to perform; modifying, based on the subset, the first electronic document; generating a message (500, 550) to indicate the label, the modified first electronic document, and the modifications made by the hardware processing circuitry, the indication of the modifications being separate from the indication of the modified first electronic document in the message; and transmitting the message to a cloud-based network service, the message instructing the cloud-based network service to complete a remaining portion of the set of modifications of the first electronic document.