mhurhangee/ep-ind-claims huggingface dataset:
Packaging unit (2,102, 202) from a moulded pulp material, the packaging unit comprising: - a bottom part (4, 104, 204) with product receiving compartments (34, 234) for holding respective products, and a number of cones that are provided between the compartments, and having at least one bottom front surface; and - a cover part (6, 106, 206) that is hingedly connected to the bottom part with a hinge-element, and having at least one cover display surface, wherein the packaging unit comprises a lock (28, 228) for locking the bottom and cover parts in a closed position, wherein the bottom front surface and cover display surface comprise a number of display openings (46, 108) that are positioned to display the product in the respective compartment, wherein the display openings (42,44) in the bottom front surface and cover display surface are aligned, wherein the lock comprises a lock opening (32, 232) and a cam element (30, 230), characterised in that the cam element is provided on a flapless surface of the bottom front surface directly on the bottom part and wherein the lock opening comprises a support surface that is configured for engaging the cam element. - a bottom part (4, 104, 204) with product receiving compartments (34, 234) for holding respective products, and a number of cones that are provided between the compartments, and having at least one bottom front surface; and - a cover part (6, 106, 206) that is hingedly connected to the bottom part with a hinge-element, and having at least one cover display surface, wherein the packaging unit comprises a lock (28, 228) for locking the bottom and cover parts in a closed position, wherein the bottom front surface and cover display surface comprise a number of display openings (46, 108) that are positioned to display the product in the respective compartment, wherein the display openings (42,44) in the bottom front surface and cover display surface are aligned, wherein the lock comprises a lock opening (32, 232) and a cam element (30, 230), characterised in that the cam element is provided on a flapless surface of the bottom front surface directly on the bottom part and wherein the lock opening comprises a support surface that is configured for engaging the cam element.
A computer system for determining a serving area of a web resource based on addresses of users, comprising: an access information store that includes, for each access of the web resource, the address of the user who accessed the web resource; an address mapping component that maps an address of the access information to a location within a hierarchy of locations; and a serving area identification component that identifies a location of the hierarchy as a serving area of the web resource based on the number of accesses of the web resource by users within that location and based on the spread of the number of accesses of the web resource by users within locations that are hierarchically within the location; characterized in that the identification component calculates a weight for a location that is based on the ratio of the access rate of the location to the access rate of the parent location of the location; and wherein the weight is represented as follows: Weight w l = Click w l / Population l Click w, Parent l / Population Parent l where Weight ( w, l) represents the weight of location l for web resource w, Click ( w, l) represents the number of click-throughs from location l to website w, Population ( l) represents the population of location l, and Parent ( l) represents the parent location of location l. an access information store that includes, for each access of the web resource, the address of the user who accessed the web resource; an address mapping component that maps an address of the access information to a location within a hierarchy of locations; and a serving area identification component that identifies a location of the hierarchy as a serving area of the web resource based on the number of accesses of the web resource by users within that location and based on the spread of the number of accesses of the web resource by users within locations that are hierarchically within the location; characterized in that the identification component calculates a weight for a location that is based on the ratio of the access rate of the location to the access rate of the parent location of the location; and wherein the weight is represented as follows: Weight w l = Click w l / Population l Click w, Parent l / Population Parent l where Weight ( w, l) represents the weight of location l for web resource w, Click ( w, l) represents the number of click-throughs from location l to website w, Population ( l) represents the population of location l, and Parent ( l) represents the parent location of location l.
A base characterized in that it is prepared by the following steps: (a) partial bio-hydrolysis of fenugreek; and (b) thermal reaction step of the resulting product from (a); wherein the partial bio-hydrolysis step (a) uses a starter culture. (a) partial bio-hydrolysis of fenugreek; and (b) thermal reaction step of the resulting product from (a); wherein the partial bio-hydrolysis step (a) uses a starter culture.
A water-soluble shopping bag, comprising the following components according to parts by weight: polyvinyl alcohol 100 composite plasticizer 8-20 polysaccharide and the derivative thereof 10-30 processing aid 1-5 film slipping agent 0.1-0.5 and film anti-blocking agent 0.5-3.0; the composite plasticizer comprises polyol, polyol ether and fatty famine or fatty alcohol amine, and the composite plasticizer is composed of polyol, polyol ether and fatty amine or fatty alcohol amine in a mass ratio of 6:3:1; the polysaccharide and the derivative thereof is selected from alkyl glycoside substances synthesized from renewable natural fatty alcohol and glucose, which comprise one of alkyl polyglucoside 0810, alkyl polyglucoside 1214, alkyl polyglucoside 0814, alkyl polyglucoside 0816 and alkyl polyglucoside 1216; the processing aid mainly comprises an internal lubrication processing aid and an external lubrication processing aid, the internal lubrication processing aid is selected from polyethylene oxide and comprises one of PE0-3, PE0-6, PE0-8, PE0-10 and PE0-15; the external lubrication processing aid is selected from saturated fatty acid or saturated fatty alcohol with a carbon chain of 12 to 18, wherein the fatty acid comprises one of dodecanoic acid, tetradecanoic acid, hexadecanoic acid and octadecanoic acid, and the fatty alcohol comprises one of lauryl alcohol, tetradecyl alcohol, hexadecyl alcohol and octadecyl alcohol, and the processing aid is composed of an inner lubricant and an outer lubricant in a mass ratio of 8:2.
A method of manufacturing an anode assembly intended for cells for the production of aluminum by electrolysis, the anode assembly being of the type having an anode rod, a longitudinal member interdependent with one end of the anode rod and a carbon anode including a cavity in which is housed the longitudinal member for sealing the longitudinal member to the carbon anode, characterized in that the method comprises a formation phase of at least one sealed area filled with sealing material and at least one unsealed area devoid of sealing material, said at least one unsealed area extending to one of the longitudinal ends of the longitudinal member.
A portable foldable solar tracker, the solar tracker being a single-axis solar tracker of the type including a series of photovoltaic solar panels arranged on a support, said supports being swivelled to maximize the capture of solar energy at any time and in any location, wherein it comprises three modules (1, 2, 3) formed by frames (11, 21, 31) having a triangular prismatic structure with corresponding supports (12, 22, 32) intended to contain solar panels arranged on the upper lateral ridge of each of the frames (11, 21, 31) forming a grid and attached to the upper ridge of each of the modules in a hinged way for their folding/unfolding, each frame (11, 21, 31) including folding/unfolding actuators (13, 23, 33) associated to each semi-grid, wherein the frames (11, 21, 31) can be stacked one on top of the other and extended and unfolded relative to one another in a partially superimposed manner by means of corresponding telescopic lifters (15, 25, 35) contained in the frame.
A thermoelectric component comprising, integrated into said component: - a plasmon waveguide; - an exciter element for the guided plasmon mode; - a device for measuring the power dissipated during propagation along said plasmon waveguide, characterised in that said measuring device comprises, associated with said plasmon guide, a thermocouple junction with two electrodes (41, 42), with one of said electrodes including said plasmon waveguide. - a plasmon waveguide; - an exciter element for the guided plasmon mode; - a device for measuring the power dissipated during propagation along said plasmon waveguide, characterised in that said measuring device comprises, associated with said plasmon guide, a thermocouple junction with two electrodes (41, 42), with one of said electrodes including said plasmon waveguide.
Compound of a lateral insert of a run-flat pneumatic tyre comprising a cross-linkable unsaturated chain polymer base that is capable of assuming all of the chemical-physical and mechanical characteristics of an elastomer after cross-linking, a filler, a plasticizing agent and a curing system; wherein said plasticizing agent consists of an aliphatic chain and has a melting temperature of between 50 °C and 100 °C, said compound being characterized in that said plasticizing agent is present in compound form in an amount of between 10 and 30 phr.
An interlayer film for laminated glass, comprising: a thermoplastic resin; tungsten oxide particles; at least one component selected from a phthalocyanine compound, a naphthalocyanine compound, and an anthracocyanine compound; and an ultraviolet shielding agent, wherein the tungsten oxide particles are caesium-doped tungsten oxide particles, wherein the component contains vanadium atom (s) or copper atom(s). a thermoplastic resin; tungsten oxide particles; at least one component selected from a phthalocyanine compound, a naphthalocyanine compound, and an anthracocyanine compound; and an ultraviolet shielding agent, wherein the tungsten oxide particles are caesium-doped tungsten oxide particles, wherein the component contains vanadium atom (s) or copper atom(s).
A suture anchor assembly, comprising: a fixation device; at least one repair suture (304a, 304b, 304c) and a shuttle loop wherein the at least one repair suture (304a, 304b, 304c) being coupled to a portion of the fixation device, the repair suture (304a, 304b, 304c) having a passing end configured to pass through tissue and a free end opposite the passing end; and the shuttle loop being coupled to said portion of the fixation device, the shuttle loop having at least one linking region (332a, 332b, 332c) each configured to receive the passing end of the at least one repair suture (304a, 304b, 304c) characterized in, that a plurality of repair sutures (304a, 304b, 304c) is being provided each having a passing end and a free end; and the shuttle loop having a plurality of linking regions (332a, 332b, 332c), each linking region (332a, 332b, 332c) being configured to receive the passing end of one of the plurality of repair sutures (304a, 304b, 304c). a fixation device; at least one repair suture (304a, 304b, 304c) and a shuttle loop wherein the at least one repair suture (304a, 304b, 304c) being coupled to a portion of the fixation device, the repair suture (304a, 304b, 304c) having a passing end configured to pass through tissue and a free end opposite the passing end; and the shuttle loop being coupled to said portion of the fixation device, the shuttle loop having at least one linking region (332a, 332b, 332c) each configured to receive the passing end of the at least one repair suture (304a, 304b, 304c) characterized in, that a plurality of repair sutures (304a, 304b, 304c) is being provided each having a passing end and a free end; and the shuttle loop having a plurality of linking regions (332a, 332b, 332c), each linking region (332a, 332b, 332c) being configured to receive the passing end of one of the plurality of repair sutures (304a, 304b, 304c).
A lubrication monitoring arrangement configured to monitor a supply of lubricant in a lubrication system of a hand-held cutting tool, wherein the lubrication system comprises a tank and a conduit, wherein the conduit is configured to duct lubricant from the tank to a cutting unit of the cutting tool, characterised in that the arrangement comprises a heating element and a control unit, wherein the heating element is arranged to heat a portion (17', 17", 17′′′, 17ʺʺ) of the lubrication system, and wherein the control unit is configured to monitor the supply of lubricant in the lubrication system by monitoring the change in temperature of the portion (17', 17", 17′′′, 17ʺʺ) of the lubrication system. wherein the lubrication system comprises a tank and a conduit, wherein the conduit is configured to duct lubricant from the tank to a cutting unit of the cutting tool, characterised in that the arrangement comprises a heating element and a control unit, wherein the heating element is arranged to heat a portion (17', 17", 17′′′, 17ʺʺ) of the lubrication system, and wherein the control unit is configured to monitor the supply of lubricant in the lubrication system by monitoring the change in temperature of the portion (17', 17", 17′′′, 17ʺʺ) of the lubrication system.
An authentication unit (500, 600, 700, 800, 900, 1000, 1200, 1300, 1402, 1600, 1700) comprising: a near-field reader (1302, 1602, 1702) configured to read a first identification feature based on inherent disorder at a range of 10 cm or less, preferably less than 3 cm; and a far-field reader (1304, 1604, 1704) configured to read a second identification feature at a farther range than the near-field reader, characterized in that the near-field reader comprises an optical element, the far-field reader comprises an optical element, and at least one optical element is shared between the near-field reader and the far-field reader. a near-field reader (1302, 1602, 1702) configured to read a first identification feature based on inherent disorder at a range of 10 cm or less, preferably less than 3 cm; and a far-field reader (1304, 1604, 1704) configured to read a second identification feature at a farther range than the near-field reader, characterized in that the near-field reader comprises an optical element, the far-field reader comprises an optical element, and at least one optical element is shared between the near-field reader and the far-field reader.
A PEEK molded body including a mixture of two types of PEEK, one PEEK having a larger average molecular weight and one PEEK have a lower average molecular weight, comprising: a body portion having a first exothermic peak, and a second exothermic peak positioned at a higher temperature than the first exothermic peak, as two exothermic peaks indicating crystallization of PEEK in a DSC curve of a process of cooling; and a surface layer portion that covers the body portion, and has due to an application of an electron beam to the surface layer portion a reduced amount of PEEK having a low average molecular weight a third exothermic peak, positioned at a higher temperature than the first exothermic peak, appearing as an only individual exothermic peak indicating crystallization of PEEK in a DSC curve of the process of cooling. a body portion having a first exothermic peak, and a second exothermic peak positioned at a higher temperature than the first exothermic peak, as two exothermic peaks indicating crystallization of PEEK in a DSC curve of a process of cooling; and a surface layer portion that covers the body portion, and has due to an application of an electron beam to the surface layer portion a reduced amount of PEEK having a low average molecular weight a third exothermic peak, positioned at a higher temperature than the first exothermic peak, appearing as an only individual exothermic peak indicating crystallization of PEEK in a DSC curve of the process of cooling.
A pneumatic cleaning system for a surface comprising pavers, the system comprising: a mobile or wheeled device comprising a cleaning base which has at least one nozzle positioned to hover and rotate above a paver and joint surface; and a motor for controlling and driving the system; characterized in that the system utilizes a stream of pressurized or forced air to clean joint sections of the paver surfaces or pathways formed by positioning of various pavers; wherein air flow and circulation is controlled by the speed of rotation of the nozzle to clean the surface; wherein the nozzle directs forced air to the surface; wherein the speed of rotation of the nozzle is controlled by selectively adjusting the RPM of the motor such that an operator can selectively adjust the air flow in the system over the surface based at least in part on the state of the surface to be cleaned. a mobile or wheeled device comprising a cleaning base which has at least one nozzle positioned to hover and rotate above a paver and joint surface; and a motor for controlling and driving the system; characterized in that the system utilizes a stream of pressurized or forced air to clean joint sections of the paver surfaces or pathways formed by positioning of various pavers; wherein air flow and circulation is controlled by the speed of rotation of the nozzle to clean the surface; wherein the nozzle directs forced air to the surface; wherein the speed of rotation of the nozzle is controlled by selectively adjusting the RPM of the motor such that an operator can selectively adjust the air flow in the system over the surface based at least in part on the state of the surface to be cleaned.
Conveyor device, in particular for a feed mixer, comprising a container with a bottom plane and with a collection surface (5, 5') extending essentially parallel to said bottom plane and being rotationally driven in a direction of rotation about an axis of rotation which is essentially perpendicular to said bottom plane, characterized in that said collection surface (5, 5') is assigned a scraper being fixed during conveyance which is arranged at a scraping distance (a) above said collection surface (5, 5 ') and reaches across the latter from the circumference of said collection surface (5, 5') in the direction of said axis of rotation.
A refrigerating appliance comprising: a cabinet having an inner liner, an outer wrapper and a plastic trim breaker extending therebetween, the cabinet defining a machine compartment; a door panel that is selectively operable relative to the cabinet between an open position and a closed position, a seal of the door panel engaging a contact surface of the cabinet in the closed position, the seal having a magnetic member disposed within the seal; a ferromagnetic plate that extends over a portion of the plastic trim breaker to define the contact surface, wherein the magnetic member magnetically engages the ferromagnetic plate to selectively retain the seal against the contact surface to define the closed position; wherein a heat loop is disposed between the trim breaker and the ferromagnetic plate and in thermal communication with the contact surface, wherein the heat loop extends from the trim breaker to the machine compartment, wherein the trim breaker includes a recessed channel defined within an edge surface of the trim breaker and the heat loop is positioned within the recessed channel and characterised in that the ferromagnetic plate includes a looped edge that extends at least partially into the recessed channel. a cabinet having an inner liner, an outer wrapper and a plastic trim breaker extending therebetween, the cabinet defining a machine compartment; a door panel that is selectively operable relative to the cabinet between an open position and a closed position, a seal of the door panel engaging a contact surface of the cabinet in the closed position, the seal having a magnetic member disposed within the seal; a ferromagnetic plate that extends over a portion of the plastic trim breaker to define the contact surface, wherein the magnetic member magnetically engages the ferromagnetic plate to selectively retain the seal against the contact surface to define the closed position; wherein a heat loop is disposed between the trim breaker and the ferromagnetic plate and in thermal communication with the contact surface, wherein the heat loop extends from the trim breaker to the machine compartment, wherein the trim breaker includes a recessed channel defined within an edge surface of the trim breaker and the heat loop is positioned within the recessed channel and characterised in that the ferromagnetic plate includes a looped edge that extends at least partially into the recessed channel.
Method for producing a thermoplastic combination film for a laminated glass pane, wherein the combination film has a region (A 2) of varying thickness (d var), which is surrounded by regions (A 1, A 3) of substantially constant thickness (di), wherein the region (A 2) of varying thickness is substantially associated with a head-up display region (HUDB) of the laminated glass pane and is designed for avoiding ghost images, comprising: • Obtaining a first thermoplastic film of substantially constant first thickness (di), • Obtaining a second thermoplastic film with at least one section (A 2) of variable thickness (d var), wherein the section (A 2) of variable thickness is substantially available for the head-up display region (HUDB), • Joining the first thermoplastic film and the second thermoplastic film to form a thermoplastic combination film such that at least one section of the second thermoplastic film is adjacent the first thermoplastic film, characterised in that the second thermoplastic film further has sections of the first thickness (di), which delimit at least one section (A 2) of variable thickness (d var), wherein the joining step further comprises: • Placing a first section (A 1) of the first thermoplastic film on the second thermoplastic film, wherein a first contact edge (K 1) is formed, • Placing a second section (A 3) of the first thermoplastic film on the second thermoplastic film, wherein a second contact edge (K 2) is formed, • wherein the first contact edge (K 1) is substantially parallel to the second contact edge (K 2). • Obtaining a first thermoplastic film of substantially constant first thickness (di), • Obtaining a second thermoplastic film with at least one section (A 2) of variable thickness (d var), wherein the section (A 2) of variable thickness is substantially available for the head-up display region (HUDB), • Joining the first thermoplastic film and the second thermoplastic film to form a thermoplastic combination film such that at least one section of the second thermoplastic film is adjacent the first thermoplastic film, characterised in that the second thermoplastic film further has sections of the first thickness (di), which delimit at least one section (A 2) of variable thickness (d var), wherein the joining step further comprises: • Placing a first section (A 1) of the first thermoplastic film on the second thermoplastic film, wherein a first contact edge (K 1) is formed, • Placing a second section (A 3) of the first thermoplastic film on the second thermoplastic film, wherein a second contact edge (K 2) is formed, • wherein the first contact edge (K 1) is substantially parallel to the second contact edge (K 2). • Placing a first section (A 1) of the first thermoplastic film on the second thermoplastic film, wherein a first contact edge (K 1) is formed, • Placing a second section (A 3) of the first thermoplastic film on the second thermoplastic film, wherein a second contact edge (K 2) is formed, • wherein the first contact edge (K 1) is substantially parallel to the second contact edge (K 2).