mhurhangee/ep-ind-claims huggingface dataset:
A method for directional control of a drilling unit of a rock-drilling machine, the method comprising the steps of: providing a drilling unit of the rock drilling machine, and locating the drilling unit in a borehole, the drilling unit comprising at least a pilot drill bit or an underreamer drill bit, the drill bit(s) (6, 8) being driven by an electric motor via a gearbox, and the drill bit(s) (6, 8) being moved into the rock by means of a feeding rod extending from a feeding machine outside the borehole, characterized in that the method comprises the further step of pivoting the drill bit(s) (6, 8), the gearbox and the motor in a controlled manner about a steering axis, the drilling unit being provided with a steering joint including a steering axle, the steering joint being connected to an intermediate housing connected to a feeding rod by means of an axle mount, a centre axis of said steering axle forming the steering axis coinciding with the steering axle, the steering axis being in a fixed position relative the intermediate housing and approximately perpendicular to the centre axis of the feeding rod. providing a drilling unit of the rock drilling machine, and locating the drilling unit in a borehole, the drilling unit comprising at least a pilot drill bit or an underreamer drill bit, the drill bit(s) (6, 8) being driven by an electric motor via a gearbox, and the drill bit(s) (6, 8) being moved into the rock by means of a feeding rod extending from a feeding machine outside the borehole, characterized in that the method comprises the further step of pivoting the drill bit(s) (6, 8), the gearbox and the motor in a controlled manner about a steering axis, the drilling unit being provided with a steering joint including a steering axle, the steering joint being connected to an intermediate housing connected to a feeding rod by means of an axle mount, a centre axis of said steering axle forming the steering axis coinciding with the steering axle, the steering axis being in a fixed position relative the intermediate housing and approximately perpendicular to the centre axis of the feeding rod.
A formulation comprising in total in the range from 1 to 50% by weight of at least one compound selected from methylglycinediacetate (MGDA) and the trisodium salt of MGDA, in total in the range from 0.05 to 0.4% by weight of at least one zinc salt, given as Zn, in total 0.05 to 2% by weight of at least one homopolymer or copolymer of ethyleneimine, and optionally 0.5 to 15% by weight of bleach, based in each case on the solids content of the formulation in question. in total in the range from 1 to 50% by weight of at least one compound selected from methylglycinediacetate (MGDA) and the trisodium salt of MGDA, in total in the range from 0.05 to 0.4% by weight of at least one zinc salt, given as Zn, in total 0.05 to 2% by weight of at least one homopolymer or copolymer of ethyleneimine, and optionally 0.5 to 15% by weight of bleach, based in each case on the solids content of the formulation in question.
A closed speaker enclosure (20, 50, 80, 85, 90, 100), comprising: a main body that has a surface and provided with a speaker mount hole for mounting a speaker; a vibration portion (30, 51, 81, 86, 91, 101); an opening portion that is provided in the surface of the main body where the vibration portion (30, 51, 81, 86, 91, 101) is provided, and disposed in a position corresponding to a vibration region of the vibration portion; and a sealing member (40, 70) that covers a gap formed between the vibration portion and a rim portion of the opening portion while enabling vibration of the vibration portion so as to keep the main body airtight; characterized in that: said vibration portion (30, 51, 81, 86, 91, 101) comprises a vibration plate that has one end entirely fixed on, or integrated with, the surface of the main body, whereas an opposite end of said vibration plate serves as a free end of a cantilever so that said vibration plate is allowed to flexurally vibrate elastically and said opposite end of said vibration plate can vibrate freely due to the elasticity of the vibration plate and said sealing member does not have any support function for the vibration plate. a main body that has a surface and provided with a speaker mount hole for mounting a speaker; a vibration portion (30, 51, 81, 86, 91, 101); an opening portion that is provided in the surface of the main body where the vibration portion (30, 51, 81, 86, 91, 101) is provided, and disposed in a position corresponding to a vibration region of the vibration portion; and a sealing member (40, 70) that covers a gap formed between the vibration portion and a rim portion of the opening portion while enabling vibration of the vibration portion so as to keep the main body airtight; characterized in that: said vibration portion (30, 51, 81, 86, 91, 101) comprises a vibration plate that has one end entirely fixed on, or integrated with, the surface of the main body, whereas an opposite end of said vibration plate serves as a free end of a cantilever so that said vibration plate is allowed to flexurally vibrate elastically and said opposite end of said vibration plate can vibrate freely due to the elasticity of the vibration plate and said sealing member does not have any support function for the vibration plate. said vibration portion (30, 51, 81, 86, 91, 101) comprises a vibration plate that has one end entirely fixed on, or integrated with, the surface of the main body, whereas an opposite end of said vibration plate serves as a free end of a cantilever so that said vibration plate is allowed to flexurally vibrate elastically and said opposite end of said vibration plate can vibrate freely due to the elasticity of the vibration plate and said sealing member does not have any support function for the vibration plate.
An igniter lance comprising a lance fuel duct for pulverised fuel and an electric igniter for ignition of the pulverized fuel passing through the lance fuel duct wherein the electric igniter is arranged for providing a plasma in an area in front of the igniter lance comprising at least one deflector facing a mouth and provided within a terminal part of the lance fuel duct, characterised in that the deflector is arranged for deflecting at least one part of the pulverized fuel flowing through the lance fuel duct towards the formed plasma.
A tanning agent-free leather making method, comprising a step of subjecting a raw hide to controllable dehydration with molecular sieve-polar organic solvent composite dehydration media; wherein the molecular sieve and the polar organic solvent are added in an order as follows: adding the molecular sieve and the polar organic solvent together to dehydrate the raw hide; or adding the polar organic solvent first to dehydrate the raw hide and then adding the molecular sieve to reach a combined dehydration action.
A computer-implemented method of managing inputs (122, 124, 126), the method comprising: receiving a first input from an input device, wherein the first input is directed to a user interface control; receiving a second input from the input device or another input device, wherein the second input is directed to the user interface control; identifying whether a capture status is assigned to the user interface control; determining, based at least in part on the identification, whether or not to capture the first input to the user interface control; and determining, based at least in part on the identification, whether or not to capture the second input to the user interface control, characterized in that: when it is determined to capture the first and the second input to the user interface control, the second input is captured to the user interface control simultaneously with the first input. receiving a first input from an input device, wherein the first input is directed to a user interface control; receiving a second input from the input device or another input device, wherein the second input is directed to the user interface control; identifying whether a capture status is assigned to the user interface control; determining, based at least in part on the identification, whether or not to capture the first input to the user interface control; and determining, based at least in part on the identification, whether or not to capture the second input to the user interface control, characterized in that: when it is determined to capture the first and the second input to the user interface control, the second input is captured to the user interface control simultaneously with the first input.
A heterodimer molecule, comprising a first polypeptide chain and a second polypeptide chain, wherein said first polypeptide chain comprises a first CH3 domain of an antibody heavy chain constant region, said second polypeptide chain comprises a second CH3 domain of an antibody heavy chain constant region, and comparing to a corresponding wild-type CH3 domain of a human antibody heavy chain constant region, said first CH3 domain and said second CH3 domain comprise amino acid mutations and said amino acid mutations consist of substitution mutations selected from the following groups: 15) said first CH3 domain: T366W+F405K+D399S, said second CH3 domain: T366S+L368A+Y407V+K409A+K392D; 16) said first CH3 domain: T366W+F405K, said second CH3 domain: T366S+L368G+Y407A+K409A; and 18) said first CH3 domain: T366W+F405K+Y349D+S354D, said second CH3 domain: T366S+L368A+Y407V+K409A+E357A; and wherein said amino acid is numbered according to the EU index of the KABAT numbering of the antibody Fc region. wherein said first polypeptide chain comprises a first CH3 domain of an antibody heavy chain constant region, said second polypeptide chain comprises a second CH3 domain of an antibody heavy chain constant region, and comparing to a corresponding wild-type CH3 domain of a human antibody heavy chain constant region, said first CH3 domain and said second CH3 domain comprise amino acid mutations and said amino acid mutations consist of substitution mutations selected from the following groups: 15) said first CH3 domain: T366W+F405K+D399S, said second CH3 domain: T366S+L368A+Y407V+K409A+K392D; 16) said first CH3 domain: T366W+F405K, said second CH3 domain: T366S+L368G+Y407A+K409A; and 18) said first CH3 domain: T366W+F405K+Y349D+S354D, said second CH3 domain: T366S+L368A+Y407V+K409A+E357A; and wherein said amino acid is numbered according to the EU index of the KABAT numbering of the antibody Fc region. 15) said first CH3 domain: T366W+F405K+D399S, said second CH3 domain: T366S+L368A+Y407V+K409A+K392D; 16) said first CH3 domain: T366W+F405K, said second CH3 domain: T366S+L368G+Y407A+K409A; and 18) said first CH3 domain: T366W+F405K+Y349D+S354D, said second CH3 domain: T366S+L368A+Y407V+K409A+E357A; and wherein said amino acid is numbered according to the EU index of the KABAT numbering of the antibody Fc region.
An array substrate, comprising a substrate, a first metal layer (2; 100) disposed on the substrate, comprising a portion forming a gate electrode and a portion forming a first connection pattern electrically insulated from each other, a first insulating layer disposed on the substrate and over the gate electrode, wherein the first insulating layer comprises a first via-hole, the first connection pattern being disposed in the first via-hole, a second metal layer (3; 4; 102) disposed on the first insulating layer, comprising a portion forming a source electrode over the gate electrode, a portion forming a drain electrode over the gate electrode, and a portion forming a first electrical connection pattern, the portions being electrically insulated from each other, wherein the first electrical connection pattern is also formed in the first via-hole, a second insulating layer disposed on the first insulating layer and over the second metal layer (3; 4; 102), wherein the second insulating layer comprises a transition via-hole at a position corresponding to the first electrical connection pattern, and a first conductive layer (7; 101) disposed on the second insulating layer, comprising a portion forming a common electrode and a portion forming a fifth connection pattern, wherein the fifth connection pattern is also formed in the transition via-hole, wherein the first connection pattern is electrically connected to the fifth connection pattern at the first via-hole and the transition via-hole through the first electrical connection pattern, wherein the array substrate further comprises a second conductive layer, comprising a pixel electrode portion and a portion formed on the first connection pattern, electrically insulated from each other, wherein the pixel electrode portion is disposed on the first insulating layer and is connected to the drain electrode, and wherein the portion formed on the first connection pattern contacts the first electrical connection pattern in the first via-hole.
A battery pack, comprising: at least one cell assembly including a plurality of secondary batteries stacked in a stack direction; a module housing having an internal space in which the at least one cell assembly is received; and a spacer member interposed between the plurality of secondary batteries, and configured to press the plurality of secondary batteries along two opposite directions to space the plurality of secondary batteries apart when a temperature of at least one of the plurality of secondary batteries is equal to or higher than a predetermined temperature; wherein the spacer member is configured to expand volume when a temperature of the spacer member equals or rises above the predetermined temperature; characterized in that it further comprises a guide member configured to surround sides of the spacer member to guide the spacer member to expand in the stack direction. at least one cell assembly including a plurality of secondary batteries stacked in a stack direction; a module housing having an internal space in which the at least one cell assembly is received; and a spacer member interposed between the plurality of secondary batteries, and configured to press the plurality of secondary batteries along two opposite directions to space the plurality of secondary batteries apart when a temperature of at least one of the plurality of secondary batteries is equal to or higher than a predetermined temperature; wherein the spacer member is configured to expand volume when a temperature of the spacer member equals or rises above the predetermined temperature; characterized in that it further comprises a guide member configured to surround sides of the spacer member to guide the spacer member to expand in the stack direction.
A radiating heating module for a tunnel kiln for continuous-cycle firing of ceramic products such as tiles, slabs, bricks, sanitary appliances and the like, which advance on a roller plane located internally of the tunnel, in which the heating means are of a radiant type, characterised in that it comprises a pair of parallel radiant tubes (21, 22), each comprising at an end thereof a free flame burner, combustion gases of which flow along the tube, and at an opposite end thereof a heat exchanger crossed by the combustion gases, the two radiant tubes (21, 22) being reciprocally orientated in an opposite direction so that the end of the tube of each pair comprising the burner is adjacent to the end of the other tube of the same pair comprising the heat exchanger, the comburent air conduit of the burner of a tube comprising the adjacent heat exchanger located at the end of the other tube.
Method for obtaining a sourdough product comprising the steps of: - mixing cereal or cereal fractions with water; - adding one or more strains of Clostridium saccharobutylicum; - fermenting the mixture with said one or more strains of Clostridium saccharobutylicum, at a temperature between 25.0°C and 50.0°C, preferably between 25.0°C and 40.0°C, more preferably between 25.0°C and 35.0°C, even more preferably between 28.0° and 35.0°C for a period between 8 hours and 1000 hours, preferably between 10 and 100 hours, more preferably between 16 and 72 hours thereby obtaining a liquid sourdough product. - mixing cereal or cereal fractions with water; - adding one or more strains of Clostridium saccharobutylicum; - fermenting the mixture with said one or more strains of Clostridium saccharobutylicum, at a temperature between 25.0°C and 50.0°C, preferably between 25.0°C and 40.0°C, more preferably between 25.0°C and 35.0°C, even more preferably between 28.0° and 35.0°C for a period between 8 hours and 1000 hours, preferably between 10 and 100 hours, more preferably between 16 and 72 hours thereby obtaining a liquid sourdough product.
A method for determining the presence or concentration of at least one analyte in a sample, comprising: incubating at least one type of optical reporter molecules with at least one type of analyte molecules, in an image of a plurality of signals emitted by the at least one type of optical reporter molecules incubated with at least one type of analyte molecules, for each type of optical reporter molecules, determining in the image which optical reporter molecules are active and which are inactive; determining the number of discrete active optical reporter molecules bound to analyte molecules ("bound active optical reporter molecules") and the number of discrete active optical reporter molecules unbound to analyte ("unbound optical reporter molecules") in the image by individually resolving bound and unbound optical reporter molecules; and determining the presence or concentration of analyte from the number of bound active optical reporter molecules as a fraction of, or as proportional to a fraction of, the total number of active optical reporter molecules. incubating at least one type of optical reporter molecules with at least one type of analyte molecules, in an image of a plurality of signals emitted by the at least one type of optical reporter molecules incubated with at least one type of analyte molecules, for each type of optical reporter molecules, determining in the image which optical reporter molecules are active and which are inactive; determining the number of discrete active optical reporter molecules bound to analyte molecules ("bound active optical reporter molecules") and the number of discrete active optical reporter molecules unbound to analyte ("unbound optical reporter molecules") in the image by individually resolving bound and unbound optical reporter molecules; and determining the presence or concentration of analyte from the number of bound active optical reporter molecules as a fraction of, or as proportional to a fraction of, the total number of active optical reporter molecules.
An air conditioner that comprises an indoor unit and an outdoor unit and in which the indoor unit is configured to activate the outdoor unit, wherein upon activating the outdoor unit, the indoor unit is configured to determine whether communication is capable of being established between the indoor unit and the outdoor unit, and, when the communication is not capable of being established, the indoor unit is configured to perform, without reactivating the outdoor unit, self-reception of receiving a first signal generated by the indoor unit and to determine whether to reactivate the outdoor unit on a basis of a result of the self-reception, the indoor unit and the outdoor unit are connected together via three lines including a power line, a power/signal common line, and a signal line, the indoor unit and the outdoor unit each include a transmitting unit (38, 40) and a receiving unit (39, 41), the transmitting unit and the receiving unit of the indoor unit and the transmitting unit and the receiving unit of the outdoor unit are inserted in series between the power/signal common line and the signal line to form a current loop, and the indoor unit and the outdoor unit are configured to communicate with each other by detecting a communication current flowing in the current loop. upon activating the outdoor unit, the indoor unit is configured to determine whether communication is capable of being established between the indoor unit and the outdoor unit, and, when the communication is not capable of being established, the indoor unit is configured to perform, without reactivating the outdoor unit, self-reception of receiving a first signal generated by the indoor unit and to determine whether to reactivate the outdoor unit on a basis of a result of the self-reception, the indoor unit and the outdoor unit are connected together via three lines including a power line, a power/signal common line, and a signal line, the indoor unit and the outdoor unit each include a transmitting unit (38, 40) and a receiving unit (39, 41), the transmitting unit and the receiving unit of the indoor unit and the transmitting unit and the receiving unit of the outdoor unit are inserted in series between the power/signal common line and the signal line to form a current loop, and the indoor unit and the outdoor unit are configured to communicate with each other by detecting a communication current flowing in the current loop.
An actuator having a hydraulic accumulator and a hydraulic cylinder that is divided into a piston space and into a ring space by a piston having a piston rod, wherein the piston space and the ring space are connectable to the hydraulic accumulator; and wherein at least one valve is provided, with the piston space being connected to the ring space in a first position of the valve and with the piston space being connected to the hydraulic accumulator in a second position of the valve, characterized in that the valve isolates the piston space and connects the ring space to the hydraulic accumulator in a third position; and in that the actuator is controllable by means of a control unit.
Method for drying biomass-containing substances, whereby a gas mixture as a drying gas is brought into contact with the moist, biomass-containing substances as a material to be dried, wherein the material to be dried is stored in form of a heap opening out towards the atmosphere or in a silo opening out towards the atmosphere, and the drying gas is fed into the heap or the silo in such a way that it flows through the material to be dried on the way into the atmosphere, wherein the inflowing drying gas contains CO 2 and N 2 and comprises an O 2 percentage of a maximum of 20.5 Vol.-% with regard to the drying gas calculated anhydrous, wherein the drying gas comprises a CO 2 content of at least 0.5 Vol.-%, characterized in that the used drying gas and/or the components added to it, comprises a water content of less than 2 g H 2 O/m 3 (at standard conditions) or of less than 0.2 g H 2 O/m 3 (at standard conditions).