mhurhangee/ep-ind-claims huggingface dataset:
Kit, comprising: - at least one reusable receptacle provided with a label which bears information, wherein said reusable receptacle is a reusable cup; and, - a collection container for reusable receptacles; the collection container comprising: - at least one disposal module; and, - at least one or more collectors; wherein the disposal module is provided with: - at least one disposal opening, suitable for allowing a reusable receptacle to pass through; - at least one ejection opening; - a first label reader, suitable for scanning the information on the label inside the disposal module; - a selection flap, which can assume at least two positions: a first position in which the reusable receptacle can travel along a first path; and a second position in which the reusable receptacle can travel along a second path; wherein the first path connects the disposal opening to at least one of the one or more collectors; wherein the second path connects the disposal opening to the ejection opening; and, wherein the first label reader is operatively connected to the selection flap; wherein the disposal opening has a shape which is such that the reusable receptacle can only be inserted into the disposal opening with the filling opening directed downwards; characterized in that the disposal opening is shape-congruent with the reusable receptacle. - at least one reusable receptacle provided with a label which bears information, wherein said reusable receptacle is a reusable cup; and, - a collection container for reusable receptacles; - at least one disposal module; and, - at least one or more collectors; wherein the disposal module is provided with: - at least one disposal opening, suitable for allowing a reusable receptacle to pass through; - at least one ejection opening; - a first label reader, suitable for scanning the information on the label inside the disposal module; - a selection flap, which can assume at least two positions: a first position in which the reusable receptacle can travel along a first path; and a second position in which the reusable receptacle can travel along a second path; - at least one disposal opening, suitable for allowing a reusable receptacle to pass through; - at least one ejection opening; - a first label reader, suitable for scanning the information on the label inside the disposal module; - a selection flap, which can assume at least two positions: a first position in which the reusable receptacle can travel along a first path; and a second position in which the reusable receptacle can travel along a second path; wherein the first path connects the disposal opening to at least one of the one or more collectors; wherein the second path connects the disposal opening to the ejection opening; and, wherein the first label reader is operatively connected to the selection flap; wherein the disposal opening has a shape which is such that the reusable receptacle can only be inserted into the disposal opening with the filling opening directed downwards;
An air conditioning system, comprising: a heat pump section for performing indoor air-warming by using a vapor-compression refrigeration cycle; a separate heat source section for performing indoor air-warming by using a heat source separate from the heat pump section; and a control unit for controlling actions of the heat pump section and the separate heat source section characterized by the control unit, when a heat pump air-warming operation is being performed in which indoor air-warming is performed by the heat pump section, and when a first switching condition is met, which is that an outside air temperature reaches a first switching outside air temperature and an air-warming capability of the heat pump section reaches an upper limit, switching from the heat pump air-warming operation to a separate heat source air-warming operation in which indoor air-warming is performed by the separate heat source section. a heat pump section for performing indoor air-warming by using a vapor-compression refrigeration cycle; a separate heat source section for performing indoor air-warming by using a heat source separate from the heat pump section; and a control unit for controlling actions of the heat pump section and the separate heat source section characterized by the control unit, when a heat pump air-warming operation is being performed in which indoor air-warming is performed by the heat pump section, and when a first switching condition is met, which is that an outside air temperature reaches a first switching outside air temperature and an air-warming capability of the heat pump section reaches an upper limit, switching from the heat pump air-warming operation to a separate heat source air-warming operation in which indoor air-warming is performed by the separate heat source section.
A method of manufacturing an all-solid battery, comprising steps of: forming a cathode layer; forming an anode layer; forming an electrolyte layer between the cathode layer and the anode layer; and forming an insulation layer using a baroplastic polymer at an edge portion of the battery; characterized in that the insulation layer is manufactured by pressing of a coating layer of the baroplastic polymer disposed on the edge portion of the battery, wherein the insulation layer includes at least one of a cathode material, an anode material, and an all-solid electrolyte. forming a cathode layer; forming an anode layer; forming an electrolyte layer between the cathode layer and the anode layer; and forming an insulation layer using a baroplastic polymer at an edge portion of the battery; characterized in that the insulation layer is manufactured by pressing of a coating layer of the baroplastic polymer disposed on the edge portion of the battery, wherein the insulation layer includes at least one of a cathode material, an anode material, and an all-solid electrolyte.
An antenna control device, comprising: a main controller for generating a control signal for adjusting a device provided in an antenna; a modem unit for converting the control signal generated by the main controller into an on-off keying signal; a power management unit for supplying direct current power; and an OOK port for synthesizing and outputting the OOK signal converted by the modem unit and the direct current power supplied by the power management unit, characterized in that the antenna control device is portable and further comprises an RS-232 converter for converting the control signal generated by the main controller into an RS-232 signal; and an RS-232 port for synthesizing and outputting the RS-232 signal converted by the RS-232 converter and DC power provided from the power management unit. a main controller for generating a control signal for adjusting a device provided in an antenna; a modem unit for converting the control signal generated by the main controller into an on-off keying signal; a power management unit for supplying direct current power; and an OOK port for synthesizing and outputting the OOK signal converted by the modem unit and the direct current power supplied by the power management unit, characterized in that the antenna control device is portable and further comprises an RS-232 converter for converting the control signal generated by the main controller into an RS-232 signal; and an RS-232 port for synthesizing and outputting the RS-232 signal converted by the RS-232 converter and DC power provided from the power management unit.
A solar power generation module, comprising: a lower substrate into which solar cells are inserted; and an upper substrate disposed on the lower substrate, wherein the lower substrate comprises piercing parts configured to pass through the lower substrate, or spatial groove parts formed in their respective groove shapes in the lower substrate, each of the solar cells is disposed in a space between each of the piercing parts or the spatial groove parts of the lower substrate, the upper substrate is disposed at an upper part of the lower substrate into which the solar cells are inserted, wherein the lower substrate and the upper substrate are composed of a transparent material of a glass, acrylic, polycarbonate, PC, polyethylene, PE, or polymethyl methacrylate, PMMA, material. wherein the lower substrate comprises piercing parts configured to pass through the lower substrate, or spatial groove parts formed in their respective groove shapes in the lower substrate, each of the solar cells is disposed in a space between each of the piercing parts or the spatial groove parts of the lower substrate, the upper substrate is disposed at an upper part of the lower substrate into which the solar cells are inserted, wherein the lower substrate and the upper substrate are composed of a transparent material of a glass, acrylic, polycarbonate, PC, polyethylene, PE, or polymethyl methacrylate, PMMA, material.
Rejection filter arrangement having a signal conductor and having at least one tuning element that is in an interaction with the signal conductor and formed by a resonator (2; 3; 4) and tuning components (5; 6) introduced into this resonator (2; 3; 4), wherein - the resonator (2; 3; 4) of the at least one tuning element consists of a resonator space, the electrically conductive resonator housing of which is electrically earthed, and of a resonant body arranged in the resonator space, and - the signal conductor is designed to carry a radio-frequency signal, and - the at least one tuning element is designed to reject a frequency band of a radio-frequency signal carried in the signal conductor by means of attenuation of the radio-frequency signal carried in the signal conductor that takes place in this frequency band using a specified attenuation constant, wherein the resonant body comprises a first cavity, a first tuning component and a second tuning component, characterized in that the first tuning component, which is electrically connected to the electrical earth, projects into the first cavity of the resonant body, which first cavity extends from a freely oscillating end of the resonant body into the resonant body in the direction of its longitudinal axis, and in that the resonant body comprises a second cavity, and in that the second cavity extends in the resonant body, orthogonally with respect to the first cavity and in a manner isolated therefrom, said second cavity having the second tuning component projecting into it from the signal conductor and in a manner electrically connected thereto. - the resonator (2; 3; 4) of the at least one tuning element consists of a resonator space, the electrically conductive resonator housing of which is electrically earthed, and of a resonant body arranged in the resonator space, and - the signal conductor is designed to carry a radio-frequency signal, and - the at least one tuning element is designed to reject a frequency band of a radio-frequency signal carried in the signal conductor by means of attenuation of the radio-frequency signal carried in the signal conductor that takes place in this frequency band using a specified attenuation constant, wherein the resonant body comprises a first cavity, a first tuning component and a second tuning component, characterized in that the first tuning component, which is electrically connected to the electrical earth, projects into the first cavity of the resonant body, which first cavity extends from a freely oscillating end of the resonant body into the resonant body in the direction of its longitudinal axis, and in that the resonant body comprises a second cavity, and in that the second cavity extends in the resonant body, orthogonally with respect to the first cavity and in a manner isolated therefrom, said second cavity having the second tuning component projecting into it from the signal conductor and in a manner electrically connected thereto.
A surface drainage system, comprising a drainage body which is elongated due to single elements (1 to 6) that can be placed next to each other, and which can be installed in a ground, wherein the single elements comprise: - an inlet section arranged in an upper area of the single elements (1 to 6) such that water can flow into the inlet section, - at least one first upper pipe section arranged below the inlet section and communicating with the inlet section via transferring means (14, 24), characterized in that below and/or next to the first pipe section, at least one further, second pipe section communicating with the first pipe section is provided, wherein all of the pipe sections (20, 30, 30') are tightly connectable to further pipe sections (20, 30, 30') of further single elements (1 to 6). - an inlet section arranged in an upper area of the single elements (1 to 6) such that water can flow into the inlet section, - at least one first upper pipe section arranged below the inlet section and communicating with the inlet section via transferring means (14, 24),
A self-propelled combine harvester having a rear-end outlet for a straw-chaff mixture which is distributed over the working width of the combine harvester by a scatter device which comprises at least one driven centrifugal device (8, 9) and in particular at least two driven centrifugal devices (8, 9) and which is arranged downstream of the outlet, wherein arranged at each of the centrifugal devices (8, 9) for deflecting the flow of crop material is a radial partial casing comprising at least two adjustable scatter plates (12, 13, 14, 15) and wherein the scatter plates (12, 13, 14, 15) are continuously adjustable by way of an adjusting device relative to each other and in relation to the respective partial region of an outer casing of the centrifugal device (8, 9) wherein the scatter plates (12, 13, 14, 15) which are arranged at a differing radial spacing relative to the scatter device are partially or totally pushed over each other, wherein the adjusting device has an oscillatingly moved linear drive with a mechanical position feedback integrated into same, characterised in that the linear drive is in the form of a double-acting hydraulic cylinder and the mechanical position feedback of the hydraulic cylinder corresponds to a transmission of an adjusting movement of the hydraulic cylinder by a spring means to a 3/2-way valve, which leads to the 3/2-way valve being actuated only by a solenoid in an adjusting direction so that the hydraulic cylinder is actuable by way of the 3/2-way valve which is displaceable by the solenoid into a first position and by way of spring means cooperating with a piston or with a piston rod of the hydraulic cylinder into a second position.
Thermo-forming packaging machine comprising a forming station for forming trays into a base film, a sealing station and a control unit, where said sealing station comprises an adjustment device for adjusting the position of the sealing station along a direction of production and a displacement measuring device, where said thermo-forming packaging machine is adapted to be operated intermittently with a feed length for every work cycle, wherein a device is provided for introducing a reference element (40x, 40y) into said base film, characterized in that a measuring system is provided at said sealing station or within a feed length upstream of said sealing station for determining the position of said reference element (40x, 40y), where said control unit is configured to control the position of said sealing station according to the detected location of said reference element (40x, 40y) relative to said trays using said adjustment device.
Homogenised botanical material comprising: particulate plant material, wherein the homogenised botanical material has a particulate plant material content greater than or equal to about 60% by weight, on a dry weight basis; an aerosol former; and a basic pH modifier having a solubility in water of less than or equal to about 0.1 g/100mL water at 20°C and 1 atm, the basic pH modifier comprising one or more basic inorganic salts selected from the group consisting of: alkaline earth metal hydrogen carbonates, alkaline earth metal hydroxides and alkaline earth metal phosphates. particulate plant material, wherein the homogenised botanical material has a particulate plant material content greater than or equal to about 60% by weight, on a dry weight basis; an aerosol former; and a basic pH modifier having a solubility in water of less than or equal to about 0.1 g/100mL water at 20°C and 1 atm, the basic pH modifier comprising one or more basic inorganic salts selected from the group consisting of: alkaline earth metal hydrogen carbonates, alkaline earth metal hydroxides and alkaline earth metal phosphates.
A method of operating a first communication device to communicate with a second communication device in a peer-to-peer wireless network, the first communication device having multiple connection identifiers corresponding to a single connection, said multiple connection identifiers being associated with different transmission resources having different priorities, the method comprising: acquiring by the first communication device said multiple connection identifiers using a decentralized protocol based on handshake signaling exchanged with the second communication device,: selecting one of said multiple connection identifiers to use at a point in time based on the priority of the resources associated to the connection identifiers and on current traffic communication requirements of said first communication device, wherein the traffic communication requirements comprise one or more of type of traffic, and latency requirements; and transmitting a traffic transmission request to the second communication device using a request resource corresponding to the selected connection identifier. acquiring by the first communication device said multiple connection identifiers using a decentralized protocol based on handshake signaling exchanged with the second communication device,: selecting one of said multiple connection identifiers to use at a point in time based on the priority of the resources associated to the connection identifiers and on current traffic communication requirements of said first communication device, wherein the traffic communication requirements comprise one or more of type of traffic, and latency requirements; and transmitting a traffic transmission request to the second communication device using a request resource corresponding to the selected connection identifier.
A method for continuously producing emulsion explosive by emulsification and sensitization in a static state without a loading pump, including emulsification, sensitization, encapsulation, wherein: during emulsification and sensitization, a continuous producing process of static emulsification and static sensitization is used, wherein the static emulsifier and the static sensitization device are made up with at least one of the following: a static mixer, an orifice plate, a jet flow device and a Venturi nozzle; after emulsification and sensitization, the sensitized explosive directly enters the encapsulation process for encapsulation, wherein the static sensitization device includes a shell, a sensitizer charging inlet, a core and a multi-orifice plate; wherein the static sensitization device has more than one core, the way that the static sensitization device carries out sensitization is, after sensitizer goes through the sensitizer charging inlet, the sensitizer enters a primary core by means of a sensitizer injector hole located on the primary core, the emulsion is mixed with the sensitizer when going through a primary multi-orifice plate, and then is mixed to uniformity by going through a second multi-orifice plate and a third multi-orifice plate; and wherein the orifices of the multi-orifice plate of the static sensitization device are round, square, cone and/or petal shaped; and wherein the static emulsifier includes an oil phase inlet, a water phase inlet, a shell and equal to or more than three cores, wherein the shell has diverging ports on its inner wall, and each of the cores comprises an injector hole and an orifice plate, each of the cores corresponds to one of the diverging ports where water phase flows into the corresponding core, the injector hole is located on a tube wall of the core and the orifice plate is located at a rear end of the core, water phase flows through the diverging port and then enters the core through the injector hole, and after being mixed for emulsification with oil phase entering from the oil phase inlet, and the resulting emulsion enters the next core through the orifice plate. during emulsification and sensitization, a continuous producing process of static emulsification and static sensitization is used, wherein the static emulsifier and the static sensitization device are made up with at least one of the following: a static mixer, an orifice plate, a jet flow device and a Venturi nozzle; after emulsification and sensitization, the sensitized explosive directly enters the encapsulation process for encapsulation,
A packaging box for confectionary which is made of a folded cardboard blank which can be folded up from a flat, folded state to an erected state in which front and back wall parts (1, 4) and opposing sidewall parts (2, 3) connecting the front and back wall parts form a cubic casing, a bottom wall is formed by extension parts (1', 2', 3', 4') of the front, back and sidewalls, which extension parts are folded into the bottom plane and are connected to each other, and in which the upper opening is closable by a folding cover which is formed by an extension portion of the back wall part, wherein the extension portion is configured to be elongated to an extent such that the extension portion extends, in the folded state, over the front wall part, wherein the cardboard blank is provided with at least one further cardboard part, which is disposed in the interior of the casing formed by the front, back and sidewalls (1, 2, 3, 4), which further cardboard part is connected to the interior surfaces of the opposing front and back wall parts and which is dimensioned and provided with folding lines at the contact lines with the opposing front and back wall parts in such a manner that the further cardboard part upon erection of the cardboard blank from an orientation parallel to the front and back wall parts forms an inner wall part disposed parallel to the two sidewall parts, which inner wall part partitions the interior space of the box, wherein the extension portion is provided with a flap at its end, which flap may be inserted into a slot provided in the front wall part in a corresponding position, in order to allow to fix in the closed state the extension portion as a cover in a releasable manner to the front wall part, and wherein the further cardboard part is dimensioned such that the inner wall parts (21, 21') have a reduced height compared to the sidewall parts (2, 3) such that the compartments formed by the inner wall parts (21, 21') do not fill the interior space of the box to its complete height, characterized in that the inner wall parts extend towards the upper opening up to a level in the range of 50% to 80% of the cardboard box outer wall parts.