mhurhangee/ep-ind-claims huggingface dataset:
An automated device configured to move in abutment against a construction panel, the automated device comprising a carrying frame for a tool configured to carry out at least one mechanical operation on the construction panel, the automated device comprising at least one suction member configured to hold the automated device against the construction panel and at least one means for setting the automated device in motion along the construction panel, wherein the automated device comprises at least one control unit configured to control at least the means for setting the automated device in motion depending on at least one item of data relating to the position of the support of the construction panel, said control unit being configured to communicate with a system for identifying the position of the support, said automated device being characterized in that said mechanical operation is an operation of fastening the construction panel to a support located opposite said automated device with regards to said construction panel, the operation of fastening the construction panel to the support comprises screwing a screw through the construction panel and into engagement with the support, or nailing or stapling of the construction panel to the support and in that said automated device comprises the identification system, said identification system comprises at least one sensor configured to detect a material forming the support.
A method comprising: obtaining a logical model of a software-defined network, the logical model comprising rules specified for the software-defined network, the logical model being based on a schema defining manageable objects and object properties for the software-defined network; obtaining, from one or more network devices in the software-defined network, a respective hardware model, the respective hardware model comprising rules stored at the one or more network devices corresponding to a respective device-specific representation of the logical model; and based on the logical model and the respective hardware model associated with the one or more network devices, performing an equivalency check between the rules in the logical model and the rules in the respective hardware model to determine whether the logical model and the respective hardware model contain configuration inconsistencies. obtaining a logical model of a software-defined network, the logical model comprising rules specified for the software-defined network, the logical model being based on a schema defining manageable objects and object properties for the software-defined network; obtaining, from one or more network devices in the software-defined network, a respective hardware model, the respective hardware model comprising rules stored at the one or more network devices corresponding to a respective device-specific representation of the logical model; and based on the logical model and the respective hardware model associated with the one or more network devices, performing an equivalency check between the rules in the logical model and the rules in the respective hardware model to determine whether the logical model and the respective hardware model contain configuration inconsistencies.
Electronic payment terminal, whose casing comprises two half-shells, an upper half-shell and a lower half-shell in which a housing is arranged which can be blocked by means of a trapdoor, wherein the housing comprises: - a connector, connecting a printed circuit board of said terminal with at least one connection pad of a removable transactional memory module, said connector and said connection pad comprising connection means according to a standard format; - a device for retaining said removable transactional memory module in an operating position, said retaining device comprising means for resiliently holding said removable transactional memory module in said operating position; said terminal further comprising: - means for the verification of the presence of said removable transactional memory module, providing an item of presence information; said terminal being characterised in that it also comprises: - means for the authentication of said removable transactional memory module, comprising means for reading a serial number of the removable transactional memory module contained in said removable transactional memory module, and verification means for said serial number, providing an item of authentication information; - means for blocking the operation of said terminal, said blocking means taking the form of a cut-off circuit preventing the terminal from starting in the event of negative presence and/or authentication information. - a connector, connecting a printed circuit board of said terminal with at least one connection pad of a removable transactional memory module, said connector and said connection pad comprising connection means according to a standard format; - a device for retaining said removable transactional memory module in an operating position, said retaining device comprising means for resiliently holding said removable transactional memory module in said operating position; - means for the verification of the presence of said removable transactional memory module, providing an item of presence information; said terminal being characterised in that it also comprises: - means for the authentication of said removable transactional memory module, comprising means for reading a serial number of the removable transactional memory module contained in said removable transactional memory module, and verification means for said serial number, providing an item of authentication information; - means for blocking the operation of said terminal, said blocking means taking the form of a cut-off circuit preventing the terminal from starting in the event of negative presence and/or authentication information.
A sole structure (14, 14a - 14d) for an article of footwear (10, 10a - 10d), the sole structure (14, 14a - 14d) comprising: a first midsole portion (36, 36a - 36d) including a first sidewall; a second midsole portion (44, 44a - 44d) including a second sidewall; and a sheet disposed between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d) and extending from the first sidewall and the second sidewall, the sheet formed of a mesh textile and extending at least partially over the second sidewall, wherein the sheet includes at least one aperture, the at least one aperture formed through the sheet in an area of the sheet located between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d), wherein the sheet (i) at least partially covers an outer surface of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d); or (ii) forms at least a portion of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d), and wherein the first midsole portion (36, 36a - 36d) defines at least one first contact region and the second midsole portion (44, 44a - 44d) defines at least one second contact region, the at least one first contact region in contact with the at least one second contact region at the at least one aperture. a first midsole portion (36, 36a - 36d) including a first sidewall; a second midsole portion (44, 44a - 44d) including a second sidewall; and a sheet disposed between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d) and extending from the first sidewall and the second sidewall, the sheet formed of a mesh textile and extending at least partially over the second sidewall, wherein the sheet includes at least one aperture, the at least one aperture formed through the sheet in an area of the sheet located between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d), wherein the sheet (i) at least partially covers an outer surface of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d); or (ii) forms at least a portion of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d), and wherein the first midsole portion (36, 36a - 36d) defines at least one first contact region and the second midsole portion (44, 44a - 44d) defines at least one second contact region, the at least one first contact region in contact with the at least one second contact region at the at least one aperture.
Cover assembly for an electrical apparatus configured for covering a plurality of conductor terminals of the electrical apparatus, the cover assembly having for each conductor terminal a first separable part and a second separable part configured to create a first sized terminal opening when the first separable part is removed and to create a second sized terminal opening when the first separable part and the second separable part are removed, wherein the cover assembly comprising at least one removable shutter on which are located the first separable parts and the second separable parts, and wherein the cover assembly comprising a body configured to be clipped on the electrical apparatus, the body comprising at least one insertion slot for receiving the at least one removable shutter, wherein the or each removable shutter comprises a grip, said grip corresponding to a protrusion designed to be seized by hand, the grip also presenting a through hole, wherein the cover assembly further has at least one eyelet that is included in the body, the or each eyelet is located in proximity to the corresponding through hole so as to enable to seal together the removable shutter and the body.
A valve controller configured to control a valve having a solenoid, the valve controller comprising: a first input and at least one output for coupling to the valve, the valve controller configured to selectively activate the valve following receipt of a first edge of a first signal at the first input, the valve activation including a rise-to-peak phase followed by a hold phase in which a current level of the valve during the hold phase is less than a current level of the valve in the rise-to-peak phase, and an ending-of-activation phase following the hold phase in which current ripple (IR EOA) of the valve is less than the current ripple (IR HP) of the valve in the hold phase, wherein the less amount of current ripple in the ending-of-activation phase is achieved by an increased switching frequency of drive transistors in the valve controller. a first input and at least one output for coupling to the valve, the valve controller configured to selectively activate the valve following receipt of a first edge of a first signal at the first input, the valve activation including a rise-to-peak phase followed by a hold phase in which a current level of the valve during the hold phase is less than a current level of the valve in the rise-to-peak phase, and an ending-of-activation phase following the hold phase in which current ripple (IR EOA) of the valve is less than the current ripple (IR HP) of the valve in the hold phase, wherein the less amount of current ripple in the ending-of-activation phase is achieved by an increased switching frequency of drive transistors in the valve controller.
A tower for a wind turbine, which has at least one aerodynamically effective annular element (10, 11), which surrounds the tower concentrically at a predetermined height and has a shell surface with a diameter and a length, characterized in that the diameter of the shell surface is at least 105% of the outer diameter of the tower at the predetermined height and the length of the shell surface is at least 50% of this outer diameter and in that an annular gap on the upper and/or lower end of the annular element (10, 11) is closed by an annular surface of the annular element (10, 11), wherein the tower has a base section for connection with a foundation and a tower head for connection with a nacelle.
A coating composition comprising: a polyester-carbamate polymer having a backbone that includes both ester and carbamate linkages; and a thermoplastic dispersion including a halogenated polyolefin material. a polyester-carbamate polymer having a backbone that includes both ester and carbamate linkages; and a thermoplastic dispersion including a halogenated polyolefin material.
A method for manufacturing a film wherein the method comprises the steps of: - providing a suspension comprising a microfibrillated cellulose, - adding an enzyme to the suspension, - mixing the enzyme with the suspension to form a mixture, - applying said mixture to a wire to form a fibrous web and - drying said web to form said film, wherein the temperature of the suspension when the enzyme is added is between 30-70°C and the mixture is stored for a period of at least 5 minutes before being applied to said wire. - providing a suspension comprising a microfibrillated cellulose, - adding an enzyme to the suspension, - mixing the enzyme with the suspension to form a mixture, - applying said mixture to a wire to form a fibrous web and - drying said web to form said film,
A method of a wireless device arranged to perform measurements of signals wirelessly transmitted from at least one network node and being associated with a first cell and a second cell, respectively, wherein the signals to be measured comprise signals of a first type and a second type, the method comprising determining whether the signals of the first type associated with the first cell and the second cell occur simultaneously; if the signals of the first type associated with the first cell and the second cell occur simultaneously (110; YES), measuring the signal of the first type associated with the first cell and measuring the signal of the second type associated with the second cell, and if the signals of the first type associated with the first cell and the second cell does not occur simultaneously (110; NO), measuring the signal of the first type associated with the first cell and the signal of the first type associated with the second cell.
A secondary battery comprising: a first electrode assembly comprising a first cathode, a first separator and a first anode; and a second electrode assembly comprising a second cathode, a second separator and a second anode, characterized in that an electrode plate area of the second electrode assembly is smaller than that of the first electrode assembly, and a cross-sectional thickness of the second electrode assembly is larger than that of the first electrode assembly, a cathode coating portion of the second cathode of the second electrode assembly is thicker than that of the first cathode of the first electrode assembly, and an anode coating portion of the second anode of the second electrode assembly is thicker than that of the first anode of the first electrode assembly. a first electrode assembly comprising a first cathode, a first separator and a first anode; and a second electrode assembly comprising a second cathode, a second separator and a second anode, characterized in that an electrode plate area of the second electrode assembly is smaller than that of the first electrode assembly, and a cross-sectional thickness of the second electrode assembly is larger than that of the first electrode assembly, a cathode coating portion of the second cathode of the second electrode assembly is thicker than that of the first cathode of the first electrode assembly, and an anode coating portion of the second anode of the second electrode assembly is thicker than that of the first anode of the first electrode assembly.
A ceiling-type air conditioner including: - an indoor unit having a built-in heat exchanger and a built-in blower and comprising a plurality of blowing passages (7, 8, 9, 10) configured to discharge air which passes through the heat exchanger to the outside; - a discharge panel comprising a plurality of inlets (21, 22, 23, 24) receiving the air discharged through the plurality of blowing passages (7, 8, 9, 10), an inner space configured to at least partially communicate with the plurality of inlets (21, 22, 23, 24), and a ring-shaped or arc-shaped opening configured to discharge, to a room, air which flows into the inner space; and - an air guide detachably inserted into the inside of the opening from the outside of the opening, the air guide comprising: at least two partitions (1 10a, 1 10b) partitioning the inner space of the discharge panel in a circumferential direction; and a curved portion connecting the at least two partitions (110a, 110b) and having an arc shape; wherein the inner space of the discharge panel comprises a flow region configured to communicate with each inlet (21, 22, 23, 24) and allow air which flows through the inlet (21, 22, 23, 24) to flow therein and a blocking region provided between the inlets (21, 22, 23, 24) and between the flow regions; wherein the opening comprises a first opening region corresponding to the flow region and a second opening region corresponding to the blocking region; and wherein the curved portion is mounted such that at least a portion thereof passes through the blocking region. - an indoor unit having a built-in heat exchanger and a built-in blower and comprising a plurality of blowing passages (7, 8, 9, 10) configured to discharge air which passes through the heat exchanger to the outside; - a discharge panel comprising a plurality of inlets (21, 22, 23, 24) receiving the air discharged through the plurality of blowing passages (7, 8, 9, 10), an inner space configured to at least partially communicate with the plurality of inlets (21, 22, 23, 24), and a ring-shaped or arc-shaped opening configured to discharge, to a room, air which flows into the inner space; and - an air guide detachably inserted into the inside of the opening from the outside of the opening, at least two partitions (1 10a, 1 10b) partitioning the inner space of the discharge panel in a circumferential direction; and a curved portion connecting the at least two partitions (110a, 110b) and having an arc shape; wherein the inner space of the discharge panel comprises a flow region configured to communicate with each inlet (21, 22, 23, 24) and allow air which flows through the inlet (21, 22, 23, 24) to flow therein and a blocking region provided between the inlets (21, 22, 23, 24) and between the flow regions; wherein the opening comprises a first opening region corresponding to the flow region and a second opening region corresponding to the blocking region; and wherein the curved portion is mounted such that at least a portion thereof passes through the blocking region.
A lubricant composition suitable for lubricating a direct fuel injection two-stroke engine, comprising: (a) at least 40 percent by weight of an oil of lubricating viscosity, having a viscosity of greater than 2.0 mm 2 s -1 at 100°C; (b-1) 0.5 to 8 percent by weight of at least one condensation product of a fatty hydrocarbyl monocarboxylic acylating agent with a polyamine, and (b-2) 0.5 to 8 percent by weight, based on the lubricant composition, of at least one Mannich dispersant wherein the Mannich dispersant is the reaction product of a polybutene-substituted phenol, formaldehyde, and ethylenediamine or dimethylamine; (c) 0 to 45 percent by weight of a combustible solvent having a viscosity of less than 2 mm 2 s -1 (cSt) at 100°C; and (d) 0.5 to 2.0 percent by weight of an antioxidant; provided that the total amount of (b-1) plus (b-2) plus any dispersants in the lubricant composition other than (b-1) and (b-2) is at least 1.5 percent by weight, further provided that the total nitrogen content in the lubricant composition is 0.25 to 0.75 percent by weight, and wherein the condensation product of (b-1) is the condensation product of a fatty acid having 12 to 24 carbon atoms with the polyamine. (a) at least 40 percent by weight of an oil of lubricating viscosity, having a viscosity of greater than 2.0 mm 2 s -1 at 100°C; (b-1) 0.5 to 8 percent by weight of at least one condensation product of a fatty hydrocarbyl monocarboxylic acylating agent with a polyamine, and (b-2) 0.5 to 8 percent by weight, based on the lubricant composition, of at least one Mannich dispersant wherein the Mannich dispersant is the reaction product of a polybutene-substituted phenol, formaldehyde, and ethylenediamine or dimethylamine; (c) 0 to 45 percent by weight of a combustible solvent having a viscosity of less than 2 mm 2 s -1 (cSt) at 100°C; and (d) 0.5 to 2.0 percent by weight of an antioxidant;
Hydrodynamic coupling arrangement with a housing which is connected to pressure medium lines (71 to 73) for the introduction or discharge of pressure medium at least into/out of a pressure space which is at least largely sealed by means of a piston of a clutch device with respect to a toroidal space, likewise provided in the housing, of a hydrodynamic circuit, a receiving region which is rotatable relative to the housing being provided for axially movably receiving a radially inner piston boss of the piston of the clutch device, and at least one passage which is rotatable relative to the housing being provided in a passage region for establishing at least one flow connection between at least one pressure medium line and the pressure space, and the receiving region, just like the passage region, being in a rotary connection with a retardation device which influences a flow of pressure medium in the pressure space, the flow of the pressure medium passing, after passage through the passage region, into the pressure space, characterized in that the retardation device has a turbulence blade system which is provided with at least one turbulence blade which at least substantially has an extent radially to the outside into the pressure space.
Device for converting a radar signal for further signal processing in a test stand with a radar target emulator, comprising a divider arrangement comprising divider means arranged to reduce a frequency and a bandwidth of the radar signal by a first factor for further signal processing, and a multiplication arrangement having a multiplication device which is arranged to increase a frequency and a bandwidth of the radar signal by the first factor after the further signal processing. a divider arrangement comprising divider means arranged to reduce a frequency and a bandwidth of the radar signal by a first factor for further signal processing, and a multiplication arrangement having a multiplication device which is arranged to increase a frequency and a bandwidth of the radar signal by the first factor after the further signal processing.
A surgical training model for training suturing techniques, the model comprising: a sheet of simulated tissue material defining a suture pad, the sheet comprising: a first layer of material comprising a plurality of markings; a second layer of material cured onto the first layer of material; and at least one cut formed in the sheet of simulated tissue material, wherein the plurality of markings are arranged on either side of the at least one cut, beneath the second layer of material. a first layer of material comprising a plurality of markings; a second layer of material cured onto the first layer of material; and at least one cut formed in the sheet of simulated tissue material,