mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus having, as operation modes, a normal mode and a power-saving mode with power consumption smaller than said normal mode, comprising: an operation panel for receiving an instruction from a user, said operation panel having a plurality of operation areas (340, 350) to which an instruction from the user is input; a first detection unit, arranged corresponding to said operation area (340, 350), for detecting an input from the user to said operation area (340, 350) in said normal mode; a power control unit controlling power supply in said normal mode and said power-saving mode, and turning off power supply to said first detection unit in said power-saving mode; and a second detection unit for detecting the input from the user to said operation area (340, 350) in said power-saving mode, wherein said second detection unit is provided independently, and for each of said plurality of operation areas (340, 350); and said power control unit turns off power supply to said second detection unit in said normal mode. an operation panel for receiving an instruction from a user, said operation panel having a plurality of operation areas (340, 350) to which an instruction from the user is input; a first detection unit, arranged corresponding to said operation area (340, 350), for detecting an input from the user to said operation area (340, 350) in said normal mode; a power control unit controlling power supply in said normal mode and said power-saving mode, and turning off power supply to said first detection unit in said power-saving mode; and a second detection unit for detecting the input from the user to said operation area (340, 350) in said power-saving mode, wherein said second detection unit is provided independently, and for each of said plurality of operation areas (340, 350); and said power control unit turns off power supply to said second detection unit in said normal mode.
Precipitated silica, characterized in that it has: - a BET specific surface of between 45 and 550 m 2 /g, in particular between 70 and 370 m 2 /g, especially between 80 and 300 m 2 /g, - a content of polycarboxylic acid + corresponding carboxylate, expressed as total carbon, of at least 0.15% by weight, in particular of at least 0.20% by weight, - an aluminum (Al) content of at least 0.20% by weight, in particular of at least 0.25% by weight, and in that it exhibits, at its surface, methylglutaric acid molecules. - a BET specific surface of between 45 and 550 m 2 /g, in particular between 70 and 370 m 2 /g, especially between 80 and 300 m 2 /g, - a content of polycarboxylic acid + corresponding carboxylate, expressed as total carbon, of at least 0.15% by weight, in particular of at least 0.20% by weight, - an aluminum (Al) content of at least 0.20% by weight, in particular of at least 0.25% by weight, and in that it exhibits, at its surface, methylglutaric acid molecules.
A processing method of a stone composite board, comprising: - Grinding and flattening two sides of a natural stone board until a preset standard value of thickness variation is reached; - Carrying out pressure-compositing on the ground flattened natural stone board and a base material layer through an adhesive layer; - Carrying out calibrated planing with a diamond roller on a natural stone layer; and - Carrying out surface treatment on the natural stone layer. - Grinding and flattening two sides of a natural stone board until a preset standard value of thickness variation is reached; - Carrying out pressure-compositing on the ground flattened natural stone board and a base material layer through an adhesive layer; - Carrying out calibrated planing with a diamond roller on a natural stone layer; and - Carrying out surface treatment on the natural stone layer.
A walking stick which includes an upper section and a lower section connected by a boss assembly, said upper section comprising three elongate arm members each pivotal about a hinge located on an upper surface of the boss assembly between a first position in which it is generally upstanding and lies generally parallel with the other two elongate arm members and a second position in which it is inclined at an angle to the other two elongate arm members, said lower section comprises three elongate leg members, the walking stick further comprising a foldable seat member secured to and between each of the three elongate arm members of the upper section which, when the elongate arm members are in their inclined positions, defines a seat and when the elongate arm members are in their generally upstanding positions is hidden from view between the inner surfaces of the arm members, the walking stick being characterised in that each elongate leg member includes an inner elongate member which houses a rod member and is located telescopically within a hollow outer sleeve and each having an upper end positioned for pivotal movement relative to the boss assembly between a first position in which it is generally upstanding and lies generally parallel to the other two elongate members and a second position in which it is inclined at an angle to the other two elongate leg members, said boss assembly comprising a grip, an upper member which supports the hinges for the elongate arm members and a lower boss member formed with an opening into which the upper ends of the rod members of the inner elongate members project, a central boss member whose under surface is shaped to include a downwardly projecting dome-shaped surface against which the upper ends of the rod members make contact whereby rotation of the central boss member through rotation of the grip about the vertical axis of the walking stick sequentially imparts vertical movement to each inner elongate member in turn to de-activate a locking mechanism located within each inner leg member to enable a selected inner member to slide within the respective outer sleeve member to increase the length of the respective lower elongate leg member.
A device comprising: a tubular drape for covering surgical equipment; and a container adapted to accommodate a substantial portion of the drape in an axially compressed state in a ring-shape; wherein the container comprises a first sheet and a second sheet, wherein the first sheet and the second sheet are oppositely arranged, the first sheet having a first opening and the second sheet having a second opening, wherein the first opening is configured for withdrawal of the drape from the container, wherein the first and the second openings (18, 20) are configured for passing the surgical equipment to be covered therethrough, wherein a first end of the drape is attached to and/or inside the container, and wherein the other end of the drape is free to be coupled with the surgical equipment or attached to a coupler for coupling the surgical equipment to a camera; and wherein the accommodated ring-shaped drape portion has a mechanical stiffness substantially contributing to the overall stiffness of the device. a tubular drape for covering surgical equipment; and a container adapted to accommodate a substantial portion of the drape in an axially compressed state in a ring-shape; wherein the container comprises a first sheet and a second sheet, wherein the first sheet and the second sheet are oppositely arranged, the first sheet having a first opening and the second sheet having a second opening, wherein the first opening is configured for withdrawal of the drape from the container, wherein the first and the second openings (18, 20) are configured for passing the surgical equipment to be covered therethrough, wherein a first end of the drape is attached to and/or inside the container, and wherein the other end of the drape is free to be coupled with the surgical equipment or attached to a coupler for coupling the surgical equipment to a camera; and wherein the accommodated ring-shaped drape portion has a mechanical stiffness substantially contributing to the overall stiffness of the device.
A radiation curable coating composition comprising a (meth)acrylate functional compound and an adhesion promoting (meth)acrylate compound, wherein the (meth)acrylate functional compound comprises a (meth)acrylate functional polyether.
A computer executed method of sorting a plurality of internet protocol, IP, addresses (200, 700) stored in a network appliance, each IP address having a numeric value within a range of numeric values, the method comprising: dividing the range into a plurality of clusters (202-208, 702-716) representing a plurality of sub-ranges, each sub-range encompassing substantially the same number of numeric values of the range and each sub-range associated with a different cluster; assigning each IP address (200, 700) to the cluster (202-208, 702-716) associated with the sub-range that includes the numeric value of said IP address, each cluster having a cluster size defined by the number of IP addresses assigned to that cluster; characterized by assigning the IP addresses (200, 700) in each cluster (202-208, 702-716) to one of a plurality of pages, each page having a page size limit defining the maximum number of IP addresses that can be assigned to that page, and each page having a page size defined by the number of IP addresses assigned to that page; if one of said pages has a page size less than its page size limit, duplicating on said page at least one of the IP addresses (200, 700) assigned to that page to increase the page size of said page; and ordering, for each page, the IP addresses (200, 700) assigned to said page by numeric value. dividing the range into a plurality of clusters (202-208, 702-716) representing a plurality of sub-ranges, each sub-range encompassing substantially the same number of numeric values of the range and each sub-range associated with a different cluster; assigning each IP address (200, 700) to the cluster (202-208, 702-716) associated with the sub-range that includes the numeric value of said IP address, each cluster having a cluster size defined by the number of IP addresses assigned to that cluster; characterized by assigning the IP addresses (200, 700) in each cluster (202-208, 702-716) to one of a plurality of pages, each page having a page size limit defining the maximum number of IP addresses that can be assigned to that page, and each page having a page size defined by the number of IP addresses assigned to that page; if one of said pages has a page size less than its page size limit, duplicating on said page at least one of the IP addresses (200, 700) assigned to that page to increase the page size of said page; and ordering, for each page, the IP addresses (200, 700) assigned to said page by numeric value.
A method for determining whether a configuration of an optical transmission interface of a first device has to be adjusted for transmitting an optical signal to a second device via an optical band-pass filter, the second device having an optical reception interface configured to enable receiving optical signals output by said optical band-pass filter and transmitted by the first device on a carrier wavelength when said carrier wavelength is comprised in the passband of the optical band-pass filter, characterized in that, the passband of the band-pass filter being a priori unknown, a monitoring device performs: - obtaining information representative of a signal temporal shape corresponding to a symbol of an optical signal received by the second device, from the first device, via the optical band-pass filter; and - determining whether the configuration of the optical transmission interface of the first device has to be adjusted regarding the carrier wavelength, on the basis of said information representative of the signal temporal shape. - obtaining information representative of a signal temporal shape corresponding to a symbol of an optical signal received by the second device, from the first device, via the optical band-pass filter; and - determining whether the configuration of the optical transmission interface of the first device has to be adjusted regarding the carrier wavelength, on the basis of said information representative of the signal temporal shape.
Carbodiimides having terminal urea and/or urethane groups of the formula - in which R may be the same or different and is selected from the group of -NHCONHR I, -NHCONR I R II and -NHCOOR III residues, where R I and R II are the same or different and are a C 1 - C 22 - alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 6 - C 18 -aralkyl residue and R III corresponds to C 1 - C 22 -alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 6 - C 18 -aralkyl, or an unsaturated alkyl residue having 2-22 carbon atoms, or an alkoxypolyoxyalkylene residue, - R 1, R 2 and R 3 are each independently methyl or ethyl, wherein each benzene ring has only one methyl group and - n= 0 to 20. - in which R may be the same or different and is selected from the group of -NHCONHR I, -NHCONR I R II and -NHCOOR III residues, where R I and R II are the same or different and are a C 1 - C 22 - alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 6 - C 18 -aralkyl residue and R III corresponds to C 1 - C 22 -alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 6 - C 18 -aralkyl, or an unsaturated alkyl residue having 2-22 carbon atoms, or an alkoxypolyoxyalkylene residue, - R 1, R 2 and R 3 are each independently methyl or ethyl, wherein each benzene ring has only one methyl group and - n= 0 to 20.
A method for personalizing a document blank by way of a graphic to produce a document using an irradiation unit, the document blank comprising a photosensitive layer, at least one optically detectable parameter of the photosensitive layer changing when electromagnetic radiation is applied, the change in the parameter scaling with the energy input into the photosensitive layer, the irradiation unit providing electromagnetic radiation, the energy of the radiation provided by the irradiation unit being settable, comprising the following steps: • providing a monochrome starting graphic; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels to obtain a reduced starting graphic; • dividing the reduced starting graphic into partial graphics (206, 208, 210, 212), each of the partial graphics only including pixels of the same brightness; and • completely reproducing each of the individual partial graphics (206, 208, 210, 212) on the document blank by applying electromagnetic radiation to the photosensitive layer, wherein each brightness level (H1, H2, H3,...) is associated with energy to be introduced into the photosensitive layer, and wherein the energy to be introduced associated with the brightness level (H1, H2, H3,...) of the partial graphic (206, 208, 210, 212) is applied to the photosensitive layer during the reproduction of the partial graphic (206, 208, 210, 212), and wherein the document blank comprises a chip, including a memory area, as well as an interface, the interface enabling access to the memory area of the chip, the method furthermore comprising storing the starting graphic in the memory area of the chip. • providing a monochrome starting graphic; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels to obtain a reduced starting graphic; • dividing the reduced starting graphic into partial graphics (206, 208, 210, 212), each of the partial graphics only including pixels of the same brightness; and • completely reproducing each of the individual partial graphics (206, 208, 210, 212) on the document blank by applying electromagnetic radiation to the photosensitive layer, wherein each brightness level (H1, H2, H3,...) is associated with energy to be introduced into the photosensitive layer, and wherein the energy to be introduced associated with the brightness level (H1, H2, H3,...) of the partial graphic (206, 208, 210, 212) is applied to the photosensitive layer during the reproduction of the partial graphic (206, 208, 210, 212), and wherein the document blank comprises a chip, including a memory area, as well as an interface, the interface enabling access to the memory area of the chip, the method furthermore comprising storing the starting graphic in the memory area of the chip.
Wristwatch including a bracelet or strap, a plastic case including a case middle-bezel, a watch crystal, a back cover and two pairs of horns to which the two ends of the bracelet or strap are respectively attached, and including a top half shell made of metal covering the top of the case and a portion of the case middle, and having an opening revealing the crystal, and further including a crown or a control push-button protruding from the case middle, characterized in that the watch also includes a bottom half shell covering the back cover and a portion of the case middle, and in that the top half shell and the bottom half shell respectively have two, substantially symmetrical, peripheral rims and which extend facing each other, the crown or the control push-button being located in an elongated space extending between the rims of the two half shells, and the elongated space also revealing a portion of the case middle.
A medical device for breaking an organo-mineral concretion into smaller pieces, comprising: a combined probe including a laser waveguide probe and a nanosecond electro-pulse lithotripter probe; an optical energy source coupled to the laser waveguide probe and configured to generate a laser radiation field having energy sufficient to form a defect on a surface of the organo-mineral concretion when the laser waveguide probe is applied to the organo-mineral concretion; and an electrical energy source coupled to the nanosecond electro-pulse lithotripter probe and configured to generate high-voltage nanosecond electro-pulses having energy sufficient to break the organo-mineral concretion by providing a spark electrical discharge through the organo-mineral concretion when the nanosecond electro-pulse lithotripter probe is applied to the organo-mineral concretion; and a monitoring and control system configured for monitoring operation parameters and controlling operation of the device by switching operation of the device from the activating of the laser waveguide probe for generating laser radiation to the activating of the nanosecond electro-pulse lithotripter probe for generating nanosecond electric pulses. a combined probe including a laser waveguide probe and a nanosecond electro-pulse lithotripter probe; an optical energy source coupled to the laser waveguide probe and configured to generate a laser radiation field having energy sufficient to form a defect on a surface of the organo-mineral concretion when the laser waveguide probe is applied to the organo-mineral concretion; and an electrical energy source coupled to the nanosecond electro-pulse lithotripter probe and configured to generate high-voltage nanosecond electro-pulses having energy sufficient to break the organo-mineral concretion by providing a spark electrical discharge through the organo-mineral concretion when the nanosecond electro-pulse lithotripter probe is applied to the organo-mineral concretion; and a monitoring and control system configured for monitoring operation parameters and controlling operation of the device by switching operation of the device from the activating of the laser waveguide probe for generating laser radiation to the activating of the nanosecond electro-pulse lithotripter probe for generating nanosecond electric pulses.
Household appliance with a household appliance apparatus, in particular with a cooking appliance apparatus, which has at least one electronic unit and at least one barrier unit (50, 150, 250), which is provided to delimit at least one electronic subassembly (60, 160) of the electronic unit from at least a majority of other electronic components of the electronic unit, wherein the barrier unit (50, 150, 250) has at least one spatial structuring element (70, 72, 74, 170, 172, 174, 270, 272, 274), which is provided to structure a space at least substantially comprised by the barrier unit (50, 150, 250), wherein the at least one spatial structuring element (70, 72, 74, 170, 172, 174, 270, 272, 274) is provided to delimit two electronic elements (62, 64, 66, 68, 162, 164, 166, 168) of the electronic subassembly (60, 160) from one another, at least in an assembled state, characterised in that at least the one electronic subassembly (60, 160) is embodied as a protection subassembly, and wherein the protection subassembly is an electronic subassembly (60, 160) which is provided to protect at least one electrical circuit from an overvoltage and/or an overcurrent.
A MOS transistor manufacturing method, comprising the successive steps of: a) forming a first layer made of a conductive or semiconductor material on a surface of a support substrate; b) forming a sacrificial gate on the upper surface of the first layer, and a second layer made of an insulating material laterally surrounding the sacrificial gate; c) forming, on either side of the sacrificial gate, source and drain electric connection elements made of a conductive material, crossing the second layer and contacting the first layer; d) removing the sacrificial gate and the portion of the first layer located vertically in line with the sacrificial gate; e) depositing a third layer made of a two-dimensional semiconductor material on the sides and on the bottom of an opening formed at step d) by the removal of the sacrificial gate and of the first layer; f) depositing a fourth layer made of an insulating material on the third layer; and g) forming a conductive gate in the opening, on the fourth layer. a) forming a first layer made of a conductive or semiconductor material on a surface of a support substrate; b) forming a sacrificial gate on the upper surface of the first layer, and a second layer made of an insulating material laterally surrounding the sacrificial gate; c) forming, on either side of the sacrificial gate, source and drain electric connection elements made of a conductive material, crossing the second layer and contacting the first layer; d) removing the sacrificial gate and the portion of the first layer located vertically in line with the sacrificial gate; e) depositing a third layer made of a two-dimensional semiconductor material on the sides and on the bottom of an opening formed at step d) by the removal of the sacrificial gate and of the first layer; f) depositing a fourth layer made of an insulating material on the third layer; and g) forming a conductive gate in the opening, on the fourth layer.
A method for detecting a cleavage product of a nucleic acid cleavage reaction comprising: (a) providing an oligonucleotide probe comprising: (i) a cleavage-product specific sequence; (ii) an anti-tag sequence 5' of the cleavage-product specific sequence; (iii) a tag sequence 5' of the anti-tag sequence; (iv) a blocker between the anti-tag sequence and the tag sequence; and (v) a label; (b) hybridizing the oligonucleotide probe to the cleavage product; (c) extending the cleavage product so as to displace the tag sequence from its hybridization to the anti-tag sequence; and (d) detecting the hybridization of the oligonucleotide probe to the cleavage product. (a) providing an oligonucleotide probe comprising: (i) a cleavage-product specific sequence; (ii) an anti-tag sequence 5' of the cleavage-product specific sequence; (iii) a tag sequence 5' of the anti-tag sequence; (iv) a blocker between the anti-tag sequence and the tag sequence; and (v) a label; (i) a cleavage-product specific sequence; (ii) an anti-tag sequence 5' of the cleavage-product specific sequence; (iii) a tag sequence 5' of the anti-tag sequence; (iv) a blocker between the anti-tag sequence and the tag sequence; and (v) a label; (b) hybridizing the oligonucleotide probe to the cleavage product; (c) extending the cleavage product so as to displace the tag sequence from its hybridization to the anti-tag sequence; and (d) detecting the hybridization of the oligonucleotide probe to the cleavage product.