mhurhangee/ep-ind-claims huggingface dataset:
A method for inspecting semiconductor components comprising and characterised by: (a) generating two or more golden templates by a golden template layer generation system, whereby golden templates are images that are benchmarks, each golden template generated from (i) different regions of a semiconductor wafer to form region golden templates for each of said different regions, or from (ii) combinations of the region golden templates to form group golden templates, or from (iii) any combinations of (i) and (ii) to form master golden templates; (b) selecting a die image under inspection from a set of image data generated by an image data system; (c) comparing the die image to a master golden template using a golden template layer inspection system; (d) determining whether the die image fails the comparison to the master golden template; (e) comparing the die image to a group golden template if the die image fails the comparison to the master golden template; (f) comparing the die image to a region golden template if the die image fails the comparison to the group golden template; and (g) repeating (f) with another region golden template if the die image fails the comparison to the region golden template, wherein each golden template is selected based on identification of one or more features that are identified using different types of illumination and which correspond to the features of the die image under inspection. (a) generating two or more golden templates by a golden template layer generation system, whereby golden templates are images that are benchmarks, each golden template generated from (i) different regions of a semiconductor wafer to form region golden templates for each of said different regions, or from (ii) combinations of the region golden templates to form group golden templates, or from (iii) any combinations of (i) and (ii) to form master golden templates; (b) selecting a die image under inspection from a set of image data generated by an image data system; (c) comparing the die image to a master golden template using a golden template layer inspection system; (d) determining whether the die image fails the comparison to the master golden template; (e) comparing the die image to a group golden template if the die image fails the comparison to the master golden template; (f) comparing the die image to a region golden template if the die image fails the comparison to the group golden template; and (g) repeating (f) with another region golden template if the die image fails the comparison to the region golden template, wherein each golden template is selected based on identification of one or more features that are identified using different types of illumination and which correspond to the features of the die image under inspection.
Machine to perform fatigue tests on a test material (7; 37), comprising at least a basement (2; 32), a movable rod (3; 33) having a free end, means (4; 34) for guiding the rod (3; 33) with respect to the basement (2; 32), a device (5; 35) for cyclic moving of the rod (3; 33), for the lifting of said free end of said rod (3; 33) with respect to said basement and releasing it, subsequently, freely dropping it against said test material (7, 37), a support (6; 36) to position the test material (7; 37) on the basement (2; 32) and a test data acquisition electronic device, characterised in that said test data acquisition electronic device comprises a position sensor, adapted to measure the instantaneous displacement of the rod (3; 33).
A device for comminuting ore and/or slag comprising a housing, an ore feeding unit for feeding ore which is to be comminuted and a first pulverizer to which the ore to be comminuted is fed from the ore feeding unit, wherein the first pulverizer is composed of at least two comminuting elements (30, 40) which can be moved relative to each other, said elements together forming at least one comminuting space for the ore which is to be comminuted in such a manner that, by a relative movement in the form of a rotation about the rotational axis of at least one of the two comminuting elements (30, 40), the ore which is to be comminuted is at least partially pulverized, that one or more accelerating elements, in particular projections, are provided on at least one of the comminuting elements (30, 40), said accelerating elements being arranged in particular on the end face of one of the two comminuting elements (30, 40) and accelerating and comminuting the ore to be comminuted by the rotation of one of the two comminuting elements (30, 40) and wherein an intermediate space is provided between the two comminuting elements (30, 40) and/or in at least one of the two comminuting elements (30, 40), through which intermediate space the pulverized ore, during rotation, is transported from the centre of rotation towards the outside and away from the two comminuting elements (30, 40) and wherein the device comprises an outlet device for discharging the pulverized ore through the first pulverizer which is connected to the intermediate space, characterized in that the device comprises a second pulverizer, wherein the outlet device is connectable to a separating device through which the pulverized ore can be distributed in two fractions, a first fraction of the pulverised ore having a particle size which is substantially larger than a predetermined particle size of the second fraction of the pulverised ore, the first fraction of the pulverized ore being capable of being fed to the first pulverizer or to the second pulverizer and the second fraction of the pulverized ore being capable of being fed to a flotation device, wherein the second pulverizer has at least one rotation element (344, 345, 380) which is arranged in such a manner that its rotational axis is substantially parallel to and/or congruent with the rotational axis of one of the comminuting elements (30,40) of the first pulverizer, wherein the first pulverizer and the second pulverizer are arranged in the same housing.
Method for manufacturing a parasiticidal composition comprising: - at least 40% by weight of alkali metal bicarbonate, and - at least 1% of silica, characterized in that: - at least 35% of the alkali metal bicarbonate of the composition is milled in the presence of silica in order to form a mixture of particles, and - if necessary, the remainder of the alkali metal bicarbonate is added to the mixture of particles to form the parasiticidal composition, and - said parasiticidal composition has a particle size distribution such that at least 50% by weight of the particles have a diameter of less than 100 μm. - at least 40% by weight of alkali metal bicarbonate, and - at least 1% of silica, - at least 35% of the alkali metal bicarbonate of the composition is milled in the presence of silica in order to form a mixture of particles, and - if necessary, the remainder of the alkali metal bicarbonate is added to the mixture of particles to form the parasiticidal composition, and - said parasiticidal composition has a particle size distribution such that at least 50% by weight of the particles have a diameter of less than 100 μm.
A metal shaft comprising a hollow tube made of metal, the tube having a hardness pattern exhibited by hardness of the tube varying in a longitudinal direction of the tube according to Young's modulus or tensile strength of the metal varying in the longitudinal direction, characterized in that the tube has a hardness pattern exhibited by hardness of the tube varying in a longitudinal direction of the tube such that the hardness relatively increases as the tensile strength relatively increases or as the Young's modulus relatively decreases and the hardness relatively decreases as the tensile strength relatively decreases or as the Young's modulus relatively increases in the hardness pattern.
Process for the production of an ethylene-propylene-diene terpolymer (EPDM) composition in a reaction vessel comprising the following steps in this order: (a) supplying a quantity of a first composition comprising an ethylene copolymer or a propylene copolymer and a first peroxide to the reaction vessel; (b) supplying a quantity of a second composition comprising EPDM and a second peroxide to the reaction vessel; or (a) supplying a quantity of a second composition comprising EPDM and a second peroxide to the reaction vessel; (b) supplying a quantity of a first composition comprising an ethylene copolymer or a propylene copolymer and a first peroxide to the reaction vessel; and (c) exposing the contents of the reaction vessel under stirring to a temperature of 100-200°C; wherein the ethylene copolymer is a copolymer comprising polymeric units derived from ethylene and polymeric units derived from a mono-olefinic compound comprising 3 to 10 carbon atoms, and wherein the propylene copolymer is a copolymer comprising polymeric units derived from propylene and polymeric units derived from a mono-olefinic compound comprising 2 carbon atoms or 4-10 carbon atoms; wherein the process involves a step between step (a) and step (b) wherein the contents of the reaction vessel are heated to above the melting temperature; and wherein the ethylene copolymer is not an EPDM and the propylene copolymer is not an EPDM. (a) supplying a quantity of a first composition comprising an ethylene copolymer or a propylene copolymer and a first peroxide to the reaction vessel; (b) supplying a quantity of a second composition comprising EPDM and a second peroxide to the reaction vessel; or (a) supplying a quantity of a second composition comprising EPDM and a second peroxide to the reaction vessel; (b) supplying a quantity of a first composition comprising an ethylene copolymer or a propylene copolymer and a first peroxide to the reaction vessel; and (c) exposing the contents of the reaction vessel under stirring to a temperature of 100-200°C; (a) supplying a quantity of a second composition comprising EPDM and a second peroxide to the reaction vessel; (b) supplying a quantity of a first composition comprising an ethylene copolymer or a propylene copolymer and a first peroxide to the reaction vessel; and (c) exposing the contents of the reaction vessel under stirring to a temperature of 100-200°C; wherein the ethylene copolymer is a copolymer comprising polymeric units derived from ethylene and polymeric units derived from a mono-olefinic compound comprising 3 to 10 carbon atoms, and wherein the propylene copolymer is a copolymer comprising polymeric units derived from propylene and polymeric units derived from a mono-olefinic compound comprising 2 carbon atoms or 4-10 carbon atoms; wherein the process involves a step between step (a) and step (b) wherein the contents of the reaction vessel are heated to above the melting temperature; and wherein the ethylene copolymer is not an EPDM and the propylene copolymer is not an EPDM.
Implementation system of a chroma key shooting set, usable for streaming video conferencing, comprising: - a first chroma key screen as a background for a shooting scene and associated with a first support configured to support the first screen in a vertical position relative to a walking surface; - at least one second chroma key screen arranged at one end of the first screen and so as to form a first side wall of the shooting scene; the second screen being associated with a second support configured to support the second screen vertically and so that an opening is identified between the end of the first screen and the second screen with vertical development; - a portable lighting apparatus arranged in proximity to said opening and external to the shooting scene and so as to illuminate said scene and at least the first screen; - a carpet disposed on the walking surface at the shooting scene, the carpet comprising graphic traces indicative of positions in which to arrange the supports of said screens. - a first chroma key screen as a background for a shooting scene and associated with a first support configured to support the first screen in a vertical position relative to a walking surface; - at least one second chroma key screen arranged at one end of the first screen and so as to form a first side wall of the shooting scene; the second screen being associated with a second support configured to support the second screen vertically and so that an opening is identified between the end of the first screen and the second screen with vertical development; - a portable lighting apparatus arranged in proximity to said opening and external to the shooting scene and so as to illuminate said scene and at least the first screen; - a carpet disposed on the walking surface at the shooting scene, the carpet comprising graphic traces indicative of positions in which to arrange the supports of said screens.
A method of supporting carrier aggregation, CA, and a short transmission time interval, sTTI, in a wireless communication system, performed by a user equipment, UE, the method being characterized by: reporting capability information about a maximum number of component carriers, CCs, supporting a downlink, DL, and uplink, UL, sTTI length combination on a per-band combination basis, wherein the sTTI length is less than 1 msec; and receiving a DL signal in a CC based on the DL and UL sTTI length combination, wherein the DL and UL sTTI length combination is configured to be same for all cells of a physical uplink control channel, PUCCH, group, and wherein the maximum number of CCs supporting the DL and UL sTTI length combination is reported by the UE for each of DL and UL. reporting capability information about a maximum number of component carriers, CCs, supporting a downlink, DL, and uplink, UL, sTTI length combination on a per-band combination basis, wherein the sTTI length is less than 1 msec; and receiving a DL signal in a CC based on the DL and UL sTTI length combination, wherein the DL and UL sTTI length combination is configured to be same for all cells of a physical uplink control channel, PUCCH, group, and wherein the maximum number of CCs supporting the DL and UL sTTI length combination is reported by the UE for each of DL and UL.
Tensioning clamp for fastening a rail with a centre portion, with at least one torsional portion (9, 10) branching off from the centre portion in the lateral direction, with at least one transitional portion (7, 8) adjoining the torsional portion (9, 10) and with at least one holding arm (13, 14) which is connected to the transitional portion (7, 8) and the end portion (19, 20) of which holding arm associated with the free end of the holding arm (13, 14) is oriented bent in relation to the torsional portion (9, 10) viewed in a plan view of the tensioning clamp, characterised in that a bearing region (21, 22) extending over the length of the end portion (19, 20) is configured on the bent end portion (19, 20) of the holding arm (13, 14) and in that the end portion (19, 20) is bent in relation to a part piece (15, 16) of the holding arm (13, 14) adjoining it in such a way that when the tensioning clamp is completely assembled, the bearing region (21, 22), over its entire length (Le), rests linearly on the associated surface of the rail foot of the rail to be fastened.
An exhaust gas purifying filter comprising: an inflow surface into which exhaust gas including particulate matter flows; an exhaust surface which exhausts purified gas; and a filter substrate which is constructed of a porous body, in which the filter substrate includes a porous partition and a gas passage which is enclosed by the porous partition, and a porous film which includes silicon carbide is provided on a surface of the porous partition, wherein in a pore diameter distribution of the porous film, pores with the pore diameter of 0.01 μm or more and 3.0 μm or less are 70% or more of total volume of the pores, and pores with the pore diameter of 0.01 μm or more and 0.3 μm or less are 5% or more and 90% or less of total volume of the pores. an inflow surface into which exhaust gas including particulate matter flows; an exhaust surface which exhausts purified gas; and a filter substrate which is constructed of a porous body, in which the filter substrate includes a porous partition and a gas passage which is enclosed by the porous partition, and a porous film which includes silicon carbide is provided on a surface of the porous partition, wherein in a pore diameter distribution of the porous film, pores with the pore diameter of 0.01 μm or more and 3.0 μm or less are 70% or more of total volume of the pores, and pores with the pore diameter of 0.01 μm or more and 0.3 μm or less are 5% or more and 90% or less of total volume of the pores.
Method for feeding laundry items to an ironer or some other laundry-treatment device, wherein a laundry item is gripped and the laundry item is spread out at two adjacent corners (28, 32) of a front edge and transported to the laundry-treatment device with this front edge in front, characterized in that, with a laundry item hanging down from a corner which is being held, the lowermost corner of this laundry item is gripped and straightened, this resulting in the other corners (31, 32) of the laundry item assuming grippable positions, wherein the positions of the free corners (31, 32) which form when the laundry item is being spread out are identified by an imaging technique, and wherein the laundry item is spread out at diagonally opposite corners (23, 28) and, of the other corners (31, 32) which form in the process, a corner (31, 32) adjacent to the corners (23, 28) being held is sought, and wherein, with the laundry item being held at the diagonally opposite corners (23, 28), a corner (31, 32) which forms during the spreading-out operation is gripped and a corner which is held for the spreading-out operation is released.
A transgenic rodent having a polynucleotide encoding a pleiotrophin polypeptide, which polynucleotide is operably linked to a neuron-specific promoter, wherein said transgenic rodent has greater than wild-type expression of the PTN polypeptide in at least one brain region, and wherein said neuron-specific promoter is selected from the group consisting of: a Thy1 gene promoter, Neuron specific enolase gene promoter; Rhombotin I gene promoter; PGK gene promoter; Neurofilament Low (NF-L) gene promoter; dopamine beta-hydroxylase gene promoter; and Synapsin-1 gene promoter, and wherein the transgenic rodent exhibits at least one anxiety and/or depressive-like behaviour.
A cordless telephone apparatus comprising: a cordless base unit that is arranged to be connected to a landline telephone network and arranged to be connected to the Internet via an access point, wherein the cordless base unit includes a first wireless communicator that is arranged to wirelessly connect to a cordless handset, a second wireless communicator that is arranged to wirelessly connect, via the access point, to a mobile information terminal, a memory in which setting information on whether the mobile information terminal is used outside of or inside of a house is stored, wherein the mobile information terminal is arranged to connect to the cordless base unit via the Internet when used outside and arranged to connect directly to the access point when used inside, and a controller that is arranged to perform control in a case where an incoming call arrives from the landline telephone network, in such a manner that the cordless handset and the mobile information terminal perform sound ringing for the incoming call, that automatic answering starts after a predetermined time has elapsed and the sound ringing for the incoming call is stopped except for the mobile information terminal that is set to be used outside of the house, and that while the automatic answering is performed, the mobile information terminal that is set to be used outside of the house continues to perform the sound ringing for the incoming call. a cordless base unit that is arranged to be connected to a landline telephone network and arranged to be connected to the Internet via an access point, wherein the cordless base unit includes a first wireless communicator that is arranged to wirelessly connect to a cordless handset, a second wireless communicator that is arranged to wirelessly connect, via the access point, to a mobile information terminal, a memory in which setting information on whether the mobile information terminal is used outside of or inside of a house is stored, wherein the mobile information terminal is arranged to connect to the cordless base unit via the Internet when used outside and arranged to connect directly to the access point when used inside, and a controller that is arranged to perform control in a case where an incoming call arrives from the landline telephone network, in such a manner that the cordless handset and the mobile information terminal perform sound ringing for the incoming call, that automatic answering starts after a predetermined time has elapsed and the sound ringing for the incoming call is stopped except for the mobile information terminal that is set to be used outside of the house, and that while the automatic answering is performed, the mobile information terminal that is set to be used outside of the house continues to perform the sound ringing for the incoming call.
Method for detecting rod drops in a pressurized-water nuclear reactor, said method comprising the steps of: - detecting a negative time derivative of the neutron flux, and comparing the absolute value of said time derivative with a first threshold value (S 1); - triggering a time delay (ΔT) if said absolute value is greater than said threshold value (S 1); - detecting a positive time derivative of said neutron flux, and comparing the absolute value of said time derivative with a second threshold value (S 2); - triggering the emergency shutdown of the reactor if the absolute value of said positive time derivative of said flux becomes greater than said second threshold value (S 2) during said time delay (ΔT). - detecting a negative time derivative of the neutron flux, and comparing the absolute value of said time derivative with a first threshold value (S 1); - triggering a time delay (ΔT) if said absolute value is greater than said threshold value (S 1); - detecting a positive time derivative of said neutron flux, and comparing the absolute value of said time derivative with a second threshold value (S 2); - triggering the emergency shutdown of the reactor if the absolute value of said positive time derivative of said flux becomes greater than said second threshold value (S 2) during said time delay (ΔT).