mhurhangee/ep-ind-claims huggingface dataset:
Modular container for a separate collection of waste, where its inner space is divided in different sections, able to contain two, three or four different bags separated each other, the container comprising: - a series of radial elements (201a, 201b, 201c, 201d), each of them being represented by an independent module that, together with the other modules, achieves a general structure having the shape of a cone or a cylinder; said radial elements (201a, 201b, 201c, 201d) can be connected each other along their respective right and left lateral borders, by using a respective connecting mechanism; one of said radial elements includes an outer housing in order to insert possible add-on; - a jointed base element, comprising in turn two platforms (203a, 203b), represented by elements that can rotate each in respect to the other, and in respect to a first central pivot; on said base element the general structure of the modular container stands up; - a jointed top lid, having a circular shape, comprising in turn two fixed circular sectors (251a, 251b) and a series of movable circular sectors (252a, 252b, 252c, 252d, 252e, 252f) that can rotate in respect to said fixed circular sectors (251a, 251b) and in respect to a second central pivot; said lid presents a jointed protrusion on its radial border, said protrusion being inserted in said outer housing, so that an opening/closing mechanism is achieved in the same lid in respect to said modular container, so that the same container presents an assembled configuration for a standard use, and a disassembled configuration for transportation, where said radial elements (201a, 201b, 201c, 201d) are disconnected, said base element is disconnected and closed on itself, and said lid is disconnected and closed on itself. - a series of radial elements (201a, 201b, 201c, 201d), each of them being represented by an independent module that, together with the other modules, achieves a general structure having the shape of a cone or a cylinder; said radial elements (201a, 201b, 201c, 201d) can be connected each other along their respective right and left lateral borders, by using a respective connecting mechanism; one of said radial elements includes an outer housing in order to insert possible add-on; - a jointed base element, comprising in turn two platforms (203a, 203b), represented by elements that can rotate each in respect to the other, and in respect to a first central pivot; on said base element the general structure of the modular container stands up; - a jointed top lid, having a circular shape, comprising in turn two fixed circular sectors (251a, 251b) and a series of movable circular sectors (252a, 252b, 252c, 252d, 252e, 252f) that can rotate in respect to said fixed circular sectors (251a, 251b) and in respect to a second central pivot; said lid presents a jointed protrusion on its radial border, said protrusion being inserted in said outer housing, so that an opening/closing mechanism is achieved in the same lid in respect to said modular container,
A system configured to be mounted on a vehicle, the system comprising: a single phased-array radar device; processing circuitry; and a mechanical element configured to: position the single phased-array radar device in a first orientation relative to the vehicle; and position the single phased-array radar device in a second orientation relative to the vehicle, wherein the single phased-array radar device is configured to: transmit first radar signals while the single phased-array radar device is positioned in the first orientation; receive first returned radar signals while the single phased-array radar device is positioned in the first orientation; transmit second radar signals while the single phased-array radar device is positioned in the second orientation; and receive second returned radar signals while the single phased-array radar device is positioned in the second orientation; and wherein the processing circuitry is configured to: detect an object based on the first returned radar signals; and determine an estimated altitude of the vehicle above a ground surface based on the second returned radar signals. a single phased-array radar device; processing circuitry; and a mechanical element configured to: position the single phased-array radar device in a first orientation relative to the vehicle; and position the single phased-array radar device in a second orientation relative to the vehicle, position the single phased-array radar device in a first orientation relative to the vehicle; and position the single phased-array radar device in a second orientation relative to the vehicle, wherein the single phased-array radar device is configured to: transmit first radar signals while the single phased-array radar device is positioned in the first orientation; receive first returned radar signals while the single phased-array radar device is positioned in the first orientation; transmit second radar signals while the single phased-array radar device is positioned in the second orientation; and receive second returned radar signals while the single phased-array radar device is positioned in the second orientation; and transmit first radar signals while the single phased-array radar device is positioned in the first orientation; receive first returned radar signals while the single phased-array radar device is positioned in the first orientation; transmit second radar signals while the single phased-array radar device is positioned in the second orientation; and receive second returned radar signals while the single phased-array radar device is positioned in the second orientation; and wherein the processing circuitry is configured to: detect an object based on the first returned radar signals; and determine an estimated altitude of the vehicle above a ground surface based on the second returned radar signals. detect an object based on the first returned radar signals; and determine an estimated altitude of the vehicle above a ground surface based on the second returned radar signals.
A countertop machine for producing and dispensing products in form of beverages and/or crushed-ice drinks, comprising: • a tank for mixing the product, comprising a mixing group with horizontal development, the tank having a front wall and a corresponding rear wall, side walls and a bottom; • a dispensing group with horizontal development, engaged in a corresponding engagement hole of the front wall of said tank proximate to said bottom; • an outer coating of said mixing tank implemented so as to form a hollow and sealed lagging element, defining a continuous air gap along said front, rear, side walls and said bottom of the mixing tank; wherein the dispensing group remains completely outside said coating and comprises: a main duct equipped with means for the engagement in said engagement hole on the front wall of the mixing tank and a side opening for dispensing the product; a tap element sealingly sliding within said main duct and equipped with a sealing element, so as to be able to assume at least a closing position wherein said sealing element cooperates with an abutment surface proximate to said engagement hole by preventing the product from outgoing from the tank, and a dispensing position wherein said sealing element is spaced apart from said engagement hole so as to put in communication said tank with said side opening through said engagement hole. • a tank for mixing the product, comprising a mixing group with horizontal development, the tank having a front wall and a corresponding rear wall, side walls and a bottom; • a dispensing group with horizontal development, engaged in a corresponding engagement hole of the front wall of said tank proximate to said bottom; • an outer coating of said mixing tank implemented so as to form a hollow and sealed lagging element, defining a continuous air gap along said front, rear, side walls and said bottom of the mixing tank; a main duct equipped with means for the engagement in said engagement hole on the front wall of the mixing tank and a side opening for dispensing the product; a tap element sealingly sliding within said main duct and equipped with a sealing element, so as to be able to assume at least a closing position wherein said sealing element cooperates with an abutment surface proximate to said engagement hole by preventing the product from outgoing from the tank, and a dispensing position wherein said sealing element is spaced apart from said engagement hole so as to put in communication said tank with said side opening through said engagement hole.
Safety device for emergency shutdown of an electric water heater or a heat pump, wherein the safety device comprises: at least one contact pair (70, 80, 90) with at least one first contact arrangement (71, 81, 91) and at least one second contact arrangement (72, 82, 92), which are arranged to conduct the current to supply the water heater or the heat pump in a contacted state, and to interrupt the power supply to the water heater or the heat pump in an open state, a holding device for holding the second contact arrangement (72, 82, 92) on a tie rod, wherein the tie rod is arranged to disengage the holding device and the second contact arrangement (72, 82, 92) from the first contact arrangement (71, 81, 91) in order to interrupt a power supply to the water heater or the heat pump, wherein the safety device further comprises a housing with a cover and a base element, wherein the base element has guide elements and positioning elements for the cover which co-operate with corresponding counter-guide elements and counter-positioning elements of the cover characterised in that the first contact arrangement (71, 81, 91) consists of a first and a second contact rivet (71a, 71b; 81a, 81b; 91a, 91b), and the second contact arrangement (72, 82, 92) is formed by a double-angled contact bridge (72a, 82a, 92a). at least one contact pair (70, 80, 90) with at least one first contact arrangement (71, 81, 91) and at least one second contact arrangement (72, 82, 92), which are arranged to conduct the current to supply the water heater or the heat pump in a contacted state, and to interrupt the power supply to the water heater or the heat pump in an open state, a holding device for holding the second contact arrangement (72, 82, 92) on a tie rod, wherein the tie rod is arranged to disengage the holding device and the second contact arrangement (72, 82, 92) from the first contact arrangement (71, 81, 91) in order to interrupt a power supply to the water heater or the heat pump, wherein the safety device further comprises a housing with a cover and a base element, wherein the base element has guide elements and positioning elements for the cover which co-operate with corresponding counter-guide elements and counter-positioning elements of the cover characterised in that the first contact arrangement (71, 81, 91) consists of a first and a second contact rivet (71a, 71b; 81a, 81b; 91a, 91b), and the second contact arrangement (72, 82, 92) is formed by a double-angled contact bridge (72a, 82a, 92a).
Optoelectronic component comprising - an optoelectronic semiconductor chip, - a contact frame, - a contact carrier, - a first electrical connection zone and a second electrical connection zone electrically insulated from the first electrical connection zone, which in each case comprise part of the contact frame and part of the contact carrier, wherein the contact frame is provided with a recess, which separates the first electrical connection zone at least in places from the second electrical connection zone and into which the optoelectronic semiconductor chip projects, and wherein the contact frame is provided with a contact element, which connects the contact frame electrically with the optoelectronic semiconductor chip. - an optoelectronic semiconductor chip, - a contact frame, - a contact carrier, - a first electrical connection zone and a second electrical connection zone electrically insulated from the first electrical connection zone, which in each case comprise part of the contact frame and part of the contact carrier, wherein
A method of texturing the surface of a silicon substrate in the gas phase, comprising at least one step a) for exposing said surface to an SF 6 /O 2 radiofrequency plasma in a reaction chamber of a reactive ion etching apparatus for a period comprised between 2 minutes and 30 minutes, to produce a silicon substrate having a textured surface exhibiting pyramidal structures, the SF 6 /O 2 flow rate ratio being comprised between 2 and 10; characterized in that: during step a), the power density generated with the radiofrequency plasma is greater than or equal to 3000 mW/cm 2, and the pressure of SF 6 /O 2 in the reaction chamber is less than or equal to 100 mTorr, so as to produce a silicon substrate with a textured surface having inverted type pyramidal structures, the inverted pyramidal structures having a width comprised between 200 nm and 3 μm, and a depth comprised between 200 nm and 1 μm, and wherein, before step a), a step a') of exposing said surface to an oxygen radiofrequency plasma for a period of up to 8 minutes, the plasma generated during these steps a) and a') being a plasma with a temperature less than or equal to 200°C. during step a), the power density generated with the radiofrequency plasma is greater than or equal to 3000 mW/cm 2, and the pressure of SF 6 /O 2 in the reaction chamber is less than or equal to 100 mTorr, so as to produce a silicon substrate with a textured surface having inverted type pyramidal structures, the inverted pyramidal structures having a width comprised between 200 nm and 3 μm, and a depth comprised between 200 nm and 1 μm, and wherein, before step a), a step a') of exposing said surface to an oxygen radiofrequency plasma for a period of up to 8 minutes, the plasma generated during these steps a) and a') being a plasma with a temperature less than or equal to 200°C.
An automatic milking arrangement comprising milking locations accessible to individual animals, a self-driven device with a remote controlled guidance system for taking to a milking location an apparatus for use in automatically milking an animal located at the milking location, retaining means (39, 81) for automatically retaining an animal in the milking location during the milking of the animal and automatically releasing the animal to allow the animal to leave the milking location after the milking of the animal has finished, and the self-driven device and milking apparatus being movable away from the milking location when the animal is retained by the retaining means (39, 81), characterized in a device for determining from the milk yielded by the animal milked at the milking location if the milked animal requires attention or should be inspected, the retaining means (39,81) being controlled so that the milked animal is retained at the milking location and is not automatically released when it is determined the animal requires attention or should be inspected.
A band-shaped winding part for enclosing lines or bundles of lines, wherein the winding part is profiled perpendicular to a plane defined by a longitudinal direction and a transverse direction of the winding part, wherein structures (12, 14) are formed at least on the longitudinal sides of the winding part in such a way, that a first structure located on a first longitudinal side can be connected positively or non-positively to a second structure located on a second longitudinal side, and wherein the winding part can be rolled up in the longitudinal direction, characterized in that - an outer side of the first and/or of the second structure (12, 14) is slotted, so that the regions of the respective outer sides overlap in the closely wound state in a scale-like manner between the slots, or - an outer side of the first and/or the second structure (12, 14) is notched, so that the regions of the outer sides touch at least partially between the notches in the closely wound state, or - regions of the first and the second structure of the winding part extending in the longitudinal direction of the winding part are deformed in a corrugated or zigzag-shaped manner and in the assembled state are interlocked with one another one above the other. - an outer side of the first and/or of the second structure (12, 14) is slotted, so that the regions of the respective outer sides overlap in the closely wound state in a scale-like manner between the slots, or - an outer side of the first and/or the second structure (12, 14) is notched, so that the regions of the outer sides touch at least partially between the notches in the closely wound state, or - regions of the first and the second structure of the winding part extending in the longitudinal direction of the winding part are deformed in a corrugated or zigzag-shaped manner and in the assembled state are interlocked with one another one above the other.
A service management system for facilitating testing of a building management system, comprising: a service workflow module for receiving device events from particular devices (116, 130) undergoing service and local service data from mobile computing devices and generating service events based on the device events and the local service data, wherein the local service data is based on input received by the mobile computing devices from a technician performing service on the building management system and indicates that the particular devices (116, 130) of the building management system have been serviced, and the service workflow module combines the device events with the local service data and stores the resulting service events to a connected services database in connection with the service being carried out on the building management system; a mobile computing device interface for receiving ambient radiofrequency signal data detected by the mobile computing devices and sent from the mobile computing devices to the service workflow module; and a validation module for analyzing the service events from the service workflow module and the ambient radiofrequency signal data to validate the service on the building management system, wherein the validation module determines whether the ambient radiofrequency signal data from the service is coherent with previously detected ambient radiofrequency signal data stored in the connected services database by comparing source identifiers for radio frequency signals and signal strength of those radio frequency signals. a service workflow module for receiving device events from particular devices (116, 130) undergoing service and local service data from mobile computing devices and generating service events based on the device events and the local service data, wherein the local service data is based on input received by the mobile computing devices from a technician performing service on the building management system and indicates that the particular devices (116, 130) of the building management system have been serviced, and the service workflow module combines the device events with the local service data and stores the resulting service events to a connected services database in connection with the service being carried out on the building management system; a mobile computing device interface for receiving ambient radiofrequency signal data detected by the mobile computing devices and sent from the mobile computing devices to the service workflow module; and a validation module for analyzing the service events from the service workflow module and the ambient radiofrequency signal data to validate the service on the building management system, wherein the validation module determines whether the ambient radiofrequency signal data from the service is coherent with previously detected ambient radiofrequency signal data stored in the connected services database by comparing source identifiers for radio frequency signals and signal strength of those radio frequency signals.
A system for delivering an oxygen rich lotion, comprising a dispensing bottle, a reservoir that contains a peroxide-rich liquid, the bottle having an outlet, characterised by comprising a peroxide decomposition catalyst immobilized on a substrate and near the outlet, so that the peroxide-rich liquid and immobilized catalyst contact each other via dispensing and before the liquid leaves the outlet of the bottle.
An abrasive article comprising: a screen abrasive (112; 212; 312; 412) comprising an open mesh backing (218; 318; 418) having a first major surface having an area, a second major surface, and a plurality of openings (214; 314) extending from said first major surface to said second major surface, and an abrasive layer with at least one binder secured to at least a portion of said first major surface of said backing; and a porous attachment interface associated with said second major surface of said open mesh backing (218; 318; 418), said porous attachment interface comprising a loop portion of a two-part mechanical engagement system, such as a hook and loop fastener, and cooperating with said screen abrasive (112; 212; 312; 412) to allow the flow of particles through said abrasive article; characterized in that said porous attachment interface comprises a nonwoven material having a Gurley porosity no greater than 3 seconds per 300 cubic centimeters of air and wherein the Gurley porosity of the abrasive article is no greater than 3 seconds per 300 cubic centimeters of air to pass through a 0.65 square centimeter area using a 1.39 Joule per meter force, and said abrasive layer comprises a plurality of erectly oriented abrasive particles (230; 330; 430). a screen abrasive (112; 212; 312; 412) comprising an open mesh backing (218; 318; 418) having a first major surface having an area, a second major surface, and a plurality of openings (214; 314) extending from said first major surface to said second major surface, and an abrasive layer with at least one binder secured to at least a portion of said first major surface of said backing; and a porous attachment interface associated with said second major surface of said open mesh backing (218; 318; 418), said porous attachment interface comprising a loop portion of a two-part mechanical engagement system, such as a hook and loop fastener, and cooperating with said screen abrasive (112; 212; 312; 412) to allow the flow of particles through said abrasive article; characterized in that said porous attachment interface comprises a nonwoven material having a Gurley porosity no greater than 3 seconds per 300 cubic centimeters of air and wherein the Gurley porosity of the abrasive article is no greater than 3 seconds per 300 cubic centimeters of air to pass through a 0.65 square centimeter area using a 1.39 Joule per meter force, and said abrasive layer comprises a plurality of erectly oriented abrasive particles (230; 330; 430).
A tissue product, comprising: a first component comprising an intact acellular tissue matrix; and a second component comprising a porous acellular tissue matrix sponge covering at least a portion of the intact acellular tissue matrix, wherein the porous acellular tissue matrix sponge comprises a tissue matrix that has been mechanically homogenized, resuspended, and stabilized, and wherein the intact acellular tissue matrix comprises a group of openings in which the porous acellular tissue matrix sponge is positioned such that the intact acellular tissue matrix provides mechanical support to the porous acellular tissue matrix sponge. a first component comprising an intact acellular tissue matrix; and a second component comprising a porous acellular tissue matrix sponge covering at least a portion of the intact acellular tissue matrix, wherein the porous acellular tissue matrix sponge comprises a tissue matrix that has been mechanically homogenized, resuspended, and stabilized, and wherein the intact acellular tissue matrix comprises a group of openings in which the porous acellular tissue matrix sponge is positioned such that the intact acellular tissue matrix provides mechanical support to the porous acellular tissue matrix sponge.