mhurhangee/ep-ind-claims huggingface dataset:
A continuous casting method for a slab, in which a slab is continuously casted, the continuous casting method comprising: primarily cooling the slab by a mold while the molten steel is injected into an area that is biased from a central portion of an inside of the mold to a thickness direction of the slab; and secondarily cooling the slab by spraying cooling water to a surface of the slab while drawing the slab that is primarily cooled by the mold, characterized in that in the primarily cooling, an submerged nozzle is input into the mold that includes a pair of long sides (30a, 30b) that face each other and a pair of short sides (30c, 30d) that face each other, the molten steel is injected into the mold, and the submerged nozzle is biased in a direction of one long side that is selected from the pair of long sides (30a, 30b). primarily cooling the slab by a mold while the molten steel is injected into an area that is biased from a central portion of an inside of the mold to a thickness direction of the slab; and secondarily cooling the slab by spraying cooling water to a surface of the slab while drawing the slab that is primarily cooled by the mold, characterized in that in the primarily cooling, an submerged nozzle is input into the mold that includes a pair of long sides (30a, 30b) that face each other and a pair of short sides (30c, 30d) that face each other, the molten steel is injected into the mold, and the submerged nozzle is biased in a direction of one long side that is selected from the pair of long sides (30a, 30b).
A steel characterized in that its composition is, in weight percentages: - C = 0.18 - 0.30% - Co = 1.5 - 4% - Cr = 2 - 5% - Al = 1 - 2% - Mo + W/2 = 1 - 4% - V = traces - 0.3% - Nb = traces - 0.1% - B = traces - 30 ppm - Ni = 11 - 16% where Ni ≥ 7 + 3.5 Al - Si = traces - 1.0% - Mn = traces - 2.0% - Ca = traces - 20 ppm - Rare earths = traces - 100 ppm - if N ≤ 10 ppm, Ti + Zr/2 = traces - 100 ppm where Ti + Zr/2 ≤ 10 N - if 10 ppm < N ≤ 20 ppm, Ti + Zr/2 = traces - 150 ppm - O = traces - 50 ppm - N = traces - 20 ppm - S = traces - 20 ppm - Cu = traces - 1% - P = traces - 200 ppm the remainder being iron and inevitable impurities resulting from the smelting. - C = 0.18 - 0.30% - Co = 1.5 - 4% - Cr = 2 - 5% - Al = 1 - 2% - Mo + W/2 = 1 - 4% - V = traces - 0.3% - Nb = traces - 0.1% - B = traces - 30 ppm - Ni = 11 - 16% where Ni ≥ 7 + 3.5 Al - Si = traces - 1.0% - Mn = traces - 2.0% - Ca = traces - 20 ppm - Rare earths = traces - 100 ppm - if N ≤ 10 ppm, Ti + Zr/2 = traces - 100 ppm where Ti + Zr/2 ≤ 10 N - if 10 ppm < N ≤ 20 ppm, Ti + Zr/2 = traces - 150 ppm - O = traces - 50 ppm - N = traces - 20 ppm - S = traces - 20 ppm - Cu = traces - 1% - P = traces - 200 ppm
A laboratory device, in particular for shaking and/or mixing substances, comprising a base unit and a pivot unit which is pivotably connected to the base unit by means of a bearing element about axes oriented perpendicular to a central axis of the base unit, wherein the base unit comprises a drive apparatus to drive the pivot unit to make a tumbling movement about the central axis; wherein the drive apparatus comprises an arrangement of magnetic elements at an inner side of a roll-off surface of the base unit and a control apparatus; wherein the pivot unit has a circumferential roll-off section; and wherein the control apparatus is configured to control the arrangement of magnetic elements for generating a magnetic field circulating along a closed path at an outer side of the roll-of surface to drive the roll-off section of the pivot unit by means of magnetic attraction and/or repulsion to make a rolling off along said path, characterized in that the control apparatus is configured to control the arrangement of magnetic elements for generating a uniformly circulating magnetic field, with, on the transition from a first magnetic element to a following second magnetic element, the control apparatus attenuating the magnetic field of the first magnetic element and, adapted thereto, simultaneously amplifying the magnetic field of the second magnetic element. wherein the pivot unit has a circumferential roll-off section; and wherein the control apparatus is configured to control the arrangement of magnetic elements for generating a magnetic field circulating along a closed path at an outer side of the roll-of surface to drive the roll-off section of the pivot unit by means of magnetic attraction and/or repulsion to make a rolling off along said path, characterized in that the control apparatus is configured to control the arrangement of magnetic elements for generating a uniformly circulating magnetic field, with, on the transition from a first magnetic element to a following second magnetic element, the control apparatus attenuating the magnetic field of the first magnetic element and, adapted thereto, simultaneously amplifying the magnetic field of the second magnetic element.
A system for angularly stable fixation of an implant to a bone, wherein the system comprises a tool for preparing at least one hole in the bone, a sonotrode, and an implant with a top surface and a vertical axis normal to the top surface, wherein the implant has a material which is fluidizable by means of the sonotrode; characterized in that the system further comprises a jig including first and second channels (31, 32) each arranged at an angle to the vertical axis, and a through hole arranged parallel to the vertical axis, wherein the tool can be advanced through each one of the channels (31, 32) to prepare the at least one hole in a desired position, and the sonotrode can be accepted and guided in the through hole, and wherein the material is fluidizable so that a part of the material can flow into the at least one hole in the bone to angularly stable fixing the implant at the bone.
A contact device, comprising: an armature; a driver for driving the armature; a fixed contact; a movable contact to be in contact with and separate from the fixed contact; a contact spring for holding the movable contact so as to allow the movable contact to be in contact with and separate from the fixed contact; and a card interconnecting the armature and the contact spring, the card being made of a metal plate in a band shape and including a first fixing part fixed to the armature, a second fixing part fixed to the contact spring, and an interconnection part interconnecting the first fixing part and the second fixing part, the first fixing part and the second fixing part being provided to one end and another end in a length direction of the card, respectively, and the card being configured to be more flexible in a thickness direction of the card perpendicular to a contact and separation direction of the movable contact than in the length direction of the card along the contact and separation direction. an armature; a driver for driving the armature; a fixed contact; a movable contact to be in contact with and separate from the fixed contact; a contact spring for holding the movable contact so as to allow the movable contact to be in contact with and separate from the fixed contact; and a card interconnecting the armature and the contact spring, the card being made of a metal plate in a band shape and including a first fixing part fixed to the armature, a second fixing part fixed to the contact spring, and an interconnection part interconnecting the first fixing part and the second fixing part, the first fixing part and the second fixing part being provided to one end and another end in a length direction of the card, respectively, and the card being configured to be more flexible in a thickness direction of the card perpendicular to a contact and separation direction of the movable contact than in the length direction of the card along the contact and separation direction.
A system comprising: an inter-RAT/inter-network redundancy controller "IRC" configured to communicate with a source gateway in communication with a source radio access network using a first radio access technology and a target gateway in communication with a target RAN using a second RAT, characterised in that it is configured to initiate a handover of a user equipment from the source RAN connected to the source gateway to the target RAN connected to the target gateway when the source gateway fails. an inter-RAT/inter-network redundancy controller "IRC" configured to communicate with a source gateway in communication with a source radio access network using a first radio access technology and a target gateway in communication with a target RAN using a second RAT, characterised in that it is configured to initiate a handover of a user equipment from the source RAN connected to the source gateway to the target RAN connected to the target gateway when the source gateway fails.
Apparatus for applying an electrical current to a neuromuscular system comprising a garment adapted to cover a portion of a user's body, a stimulation device for generating a stimulating current connectable to at least one electrical contact (38, 40) on said garment, the garment being shaped to correspond with a particular anatomical feature to ensure accurate and repeatable positioning of the garment with respect to the particular neuromuscular area to be treated; wherein the garment is marked with one or more reference lines to aid the accurate and repeatable positioning of the garment with respect to a particular neuromuscular area; wherein the neuromuscular area is the quadriceps muscle and the anatomical feature is the patella; wherein the garment has an arcuate shaped edge at its distal end to correspond with the top of the patella; and wherein one of the one or more reference lines is alignable with a notional line extending upwardly from the centre of the patella. the garment is marked with one or more reference lines to aid the accurate and repeatable positioning of the garment with respect to a particular neuromuscular area; wherein the neuromuscular area is the quadriceps muscle and the anatomical feature is the patella; wherein the garment has an arcuate shaped edge at its distal end to correspond with the top of the patella; and wherein one of the one or more reference lines is alignable with a notional line extending upwardly from the centre of the patella.
Aqueous formulation containing at least one pigment or at least one dyestuff, at least one dispersant selected from copolymers of at least one ethylenically unsaturated C 4 -C 10 -dicarboxylic acid and at least one C 4 -C 20 -olefin, and their respective alkali metal salts, and aromatic sulfonic acids and their respective alkali metal salts, at least one chelating agent selected from MGDA, GLDA, IDS and citric acid and their respective ammonium and alkali metal salts, water, wherein the concentration of the pigment or dyestuff is in the range of from 5 to 500 ppm, referring to the total aqueous formulation. and wherein the weight ratio of dispersant to the pigment or dyestuff, respectively, is in the range of from 1:5 to 3:1. at least one pigment or at least one dyestuff, at least one dispersant selected from copolymers of at least one ethylenically unsaturated C 4 -C 10 -dicarboxylic acid and at least one C 4 -C 20 -olefin, and their respective alkali metal salts, and aromatic sulfonic acids and their respective alkali metal salts, copolymers of at least one ethylenically unsaturated C 4 -C 10 -dicarboxylic acid and at least one C 4 -C 20 -olefin, and their respective alkali metal salts, and aromatic sulfonic acids and their respective alkali metal salts, at least one chelating agent selected from MGDA, GLDA, IDS and citric acid and their respective ammonium and alkali metal salts, water,
Hammer assembly comprising an impact mass which can be shifted along a guide in an impact direction on an anvil, and an impact-transmission element which has an impact-transmission edge that extends in the impact direction and has a marginal edge and is intended to be placed against an impact-application face of a workpiece, and a contact edge for making contact with a contact face of the workpiece, the spacing (H1, H2, H3) between the marginal edge of the impact-transmission edge and the contact edge being adjustable, characterised in that the contact edge is formed by a contact body that is connected to the impact-transmission element so as to be position-adjustable in an adjustment direction.
A method for displaying a battery charging-stage of a portable terminal, comprising: measuring a charged voltage of a rechargeable battery unit receiving a voltage supplied from a power source; determining a charging stage (a, b, c, d) corresponding to the measured charged voltage; and characterized by for each charging stage (a, b, c) apart from a fully charged stage (d), sequentially and cyclically displaying (410, 420, 430) stages of a level of charge in said battery unit from the determined charging stage to the fully charged stage (d). measuring a charged voltage of a rechargeable battery unit receiving a voltage supplied from a power source; determining a charging stage (a, b, c, d) corresponding to the measured charged voltage; and characterized by for each charging stage (a, b, c) apart from a fully charged stage (d), sequentially and cyclically displaying (410, 420, 430) stages of a level of charge in said battery unit from the determined charging stage to the fully charged stage (d).
Personal protective equipment comprising: - a filtering face mask comprising a concave portion adapted to receive part of the face of a user and a filtering septum, and - a support apparatus for said face mask which is provided with: ∘ a wearable element comprising an adhesive tape, characterized by ∘ a quick coupling device provided with a first portion and a second portion which are removably fixed to each other and in which the first portion is fixed to the face mask and the second portion is integrally joined with the adhesive tape. - a filtering face mask comprising a concave portion adapted to receive part of the face of a user and a filtering septum, and - a support apparatus for said face mask which is provided with: ∘ a wearable element comprising an adhesive tape, characterized by ∘ a quick coupling device provided with a first portion and a second portion which are removably fixed to each other and in which the first portion is fixed to the face mask and the second portion is integrally joined with the adhesive tape. ∘ a wearable element comprising an adhesive tape, characterized by ∘ a quick coupling device provided with a first portion and a second portion which are removably fixed to each other and in which the first portion is fixed to the face mask and the second portion is integrally joined with the adhesive tape.
A thermal energy storage system comprising: - At least one tank comprising on its inside at least one or a plurality of septa overlapped on each other along the height of the tank in such a way as to define two or more chambers overlapped on each other that allow to obtain, in use, a stratification of the fluid inside said tank; - One or more fluid intercepting devices (4, 38A, 39B, 59, 60) to allow fluid to be sent from the outside of the tank into each chamber of the tank and/or said fluid to be sent from each chamber to the outside of the tank; - Said one or more fluid intercepting devices being arranged inside the tank; - And wherein actuation means for activating said one or more fluid intercepting devices are comprised; - Characterized in that: - Said actuation means comprise a rod that fits into said tank, said rod having an actuation motion so as to activate said fluid intercepting devices. - At least one tank comprising on its inside at least one or a plurality of septa overlapped on each other along the height of the tank in such a way as to define two or more chambers overlapped on each other that allow to obtain, in use, a stratification of the fluid inside said tank; - One or more fluid intercepting devices (4, 38A, 39B, 59, 60) to allow fluid to be sent from the outside of the tank into each chamber of the tank and/or said fluid to be sent from each chamber to the outside of the tank; - Said one or more fluid intercepting devices being arranged inside the tank; - And wherein actuation means for activating said one or more fluid intercepting devices are comprised; - Characterized in that: - Said actuation means comprise a rod that fits into said tank, said rod having an actuation motion so as to activate said fluid intercepting devices. - Said actuation means comprise a rod that fits into said tank, said rod having an actuation motion so as to activate said fluid intercepting devices.
Method for shaping an applicator for applying a cosmetic composition to a predefined region of the keratin materials of a user, the applicator defining an application surface, the method using a shaping system comprising one or more movable elements and topographical data from an operation of acquiring, preferably digitally, the topography of at least a portion of said predefined region, in which method the shaping system automatically positions the one or more movable elements at least on the basis of the topographical data, characterized in that the positioning of the one or more movable elements imposes a deformation to the application surface of the applicator.
Vehicle axle with an axle body, - which is attached moveably to a vehicle body via guiding elements, - at the ends of which wheels are mounted for rotary motion on both sides and - which is adapted as a compressed air reservoir, characterized in that guiding elements adapted as trailing arms are integrated into the end portions of the axle body and are mounted for pivoting motion at the body, wherein the guiding elements are adapted as hollow bodies which can be used as compressed air reservoirs. - which is attached moveably to a vehicle body via guiding elements, - at the ends of which wheels are mounted for rotary motion on both sides and - which is adapted as a compressed air reservoir,
An internal combustion engine cycle suitable for operation as a two-stroke engine cycle, a four-stroke engine cycle or a higher number stroke engine cycle, when applied to Planetary Gears Reciprocating Pistons Machines with one or more rotating cylinders in order to obtain the reciprocating-piston motion, the cylinder axes thereof arranged substantially tangentially to a circle centred on main shaft axis, - whereby the combustion of the working fluid, occurs during the compression stroke of the cycle and the peak pressure of the combustion cycle is timed to occur on the compression stroke before the top-dead-centre crank position and, - whereby opening of exhaust ports at the end of the expansion stroke and at the beginning of the exhaust stroke or the scavenging period is delayed after the bottom-dead-centre crank position thus enabling the expanded working fluid to be recompressed before the exhaust or scavenging starts. - whereby the combustion of the working fluid, occurs during the compression stroke of the cycle and the peak pressure of the combustion cycle is timed to occur on the compression stroke before the top-dead-centre crank position and, - whereby opening of exhaust ports at the end of the expansion stroke and at the beginning of the exhaust stroke or the scavenging period is delayed after the bottom-dead-centre crank position thus enabling the expanded working fluid to be recompressed before the exhaust or scavenging starts.
A pump having a pump housing, a water inlet and an outlet, with the water inlet being at the bottom of the pump housing, that is the bottom of its pump base, and allowing a liquid to be sucked by the pump, and the pump further having feet comprising: a base body; a coupling structure (112, 134) coupled to the base body, the coupling structure (112, 134) comprises a front panel, wherein the front panel is configured to remain in a first stable position and a second stable position in respect to the base body; the pump base including the feet, the front panel of each of the feet is accessible during the operational position of the pump from a side of the pump housing; for each foot, the base body rests on the front panels in the first stable position and the second stable position, wherein the first stable position corresponds to a first height of the pump base and the second stable position corresponds to a second height of the pump base, wherein the second height is greater than the first height; characterized in that: for each foot, the front panel is configured to be pushed towards and pulled away from the base body to move the feet in the first stable position and the second stable position. with the water inlet being at the bottom of the pump housing, that is the bottom of its pump base, and allowing a liquid to be sucked by the pump, and the pump further having feet comprising: a base body; a coupling structure (112, 134) coupled to the base body, the coupling structure (112, 134) comprises a front panel, wherein the front panel is configured to remain in a first stable position and a second stable position in respect to the base body; the pump base including the feet, the front panel of each of the feet is accessible during the operational position of the pump from a side of the pump housing; for each foot, the base body rests on the front panels in the first stable position and the second stable position, wherein the first stable position corresponds to a first height of the pump base and the second stable position corresponds to a second height of the pump base, wherein the second height is greater than the first height; a base body; a coupling structure (112, 134) coupled to the base body, the coupling structure (112, 134) comprises a front panel, wherein the front panel is configured to remain in a first stable position and a second stable position in respect to the base body; the pump base including the feet, the front panel of each of the feet is accessible during the operational position of the pump from a side of the pump housing; for each foot, the base body rests on the front panels in the first stable position and the second stable position, wherein the first stable position corresponds to a first height of the pump base and the second stable position corresponds to a second height of the pump base, wherein the second height is greater than the first height; characterized in that: for each foot, the front panel is configured to be pushed towards and pulled away from the base body to move the feet in the first stable position and the second stable position.
A diamond heat sink for mounting a semiconductor chip, in which a surface finished sintered compact is used as a substrate and at least one pair of two opposite faces are coated with a metal film, the sintered compact being a high thermal conductivity diamond sintered compact comprising 60 vol.% to 90 vol.% of diamond grains on the whole sintered compact basis and the balance of copper, which has a diamond grain size distribution peak in a range of from 5 μm to 100 μm, at least two of the diamond grains constructing the sintered compact being directly bonded with each other, characterised in that the copper forming the sintered compact not being oxidized and the quantity of oxygen in the sintered compact being at most 0.025 weight %.