mhurhangee/ep-ind-claims huggingface dataset:
Iron oxide pigment having L*, a* and b* values, measured in the lightened tone according to CIELAB units, of L* = 58 to 62, in particular 59 to 60.5, a* = 22 to 27, in particular 23 to 26, b* = 10 to 24, in particular 10 to 15, and having an iron oxide content greater than 99% by weight, based on the pigment, and a mean solids diameter of 10 to 500 μm. L* = 58 to 62, in particular 59 to 60.5, a* = 22 to 27, in particular 23 to 26, b* = 10 to 24, in particular 10 to 15, and
An environment-friendly molluscicide containing a ferric phosphate chelate, characterized in that raw materials for preparing the environment-friendly molluscicide comprise a ferric phosphate chelate, a filler and water, wherein the filler comprises distarch phosphate.
A medical, in particular dental or surgical instrument or instrument part having a surface (1A, 1B) comprising a substrate with a rough surface structure and a layer which is applied to or deposited on the substrate in such a way that the rough surface structure of the substrate is at least not completely smoothed by the layer or the roughness is increased, wherein the layer applied to or deposited on the substrate is designed as a glass-ceramic layer and wherein the roughness of the glass-ceramic layer deposited on or applied to the substrate is Ra = 0.5 - 1.8 μm and/or Rz = 3 -14 μm.
A cushion (3, 6) partially or entirely composed of a foam, wherein the foam is composed of: a hydrocarbon-based oil comprising ethylene and α-olefin as constituent units; and a polymer composition comprising one or a plurality of polymers, wherein the polymer is one or more selected from the group consisting of ethylene-vinyl acetate copolymer, ethylene-α-olefin block copolymer, ethylene-α-olefin random copolymer, and styrene-based thermoplastic elastomer, wherein a kinetic viscosity at a temperature of 40 °C of the hydrocarbon-based oil is 500 mm 2 /s or more and 35,000 mm 2 /s or less, and wherein the hydrocarbon-based oil is a saturated hydrocarbon-based oil. a hydrocarbon-based oil comprising ethylene and α-olefin as constituent units; and a polymer composition comprising one or a plurality of polymers, wherein the polymer is one or more selected from the group consisting of ethylene-vinyl acetate copolymer, ethylene-α-olefin block copolymer, ethylene-α-olefin random copolymer, and styrene-based thermoplastic elastomer, wherein a kinetic viscosity at a temperature of 40 °C of the hydrocarbon-based oil is 500 mm 2 /s or more and 35,000 mm 2 /s or less, and wherein the hydrocarbon-based oil is a saturated hydrocarbon-based oil.
A steerable endoscope comprising: a shaft having a distal end, a proximal end, and an articulating region therebetween,; and a pair of electronic image sensor assemblies optically aligned and fixedly bonded at the distal end of the shaft for acquiring an image of a remote site; wherein the shaft comprises a main tube, wherein the proximal end of the main tube is secured to a handle of the steerable endoscope, characterised in that the distal end of the shaft comprises a solid wire spine having a distal end and a proximal end, a first deck mounted to the distal end of the wire spine and a second deck mounted to the proximal end of the wire spine, and a plurality of stacked spacer elements, each of which is coaxially mounted on the wire spine between the first deck and the second deck, wherein the steerable endoscope further comprising a third deck disposed intermediate the first deck and the second deck, and further wherein the third deck is slidably mounted on the wire spine, wherein the plurality of stacked spacer elements are coaxially mounted on the wire spine between the first deck and the third deck, and between the third deck and the second deck, wherein each of the first deck, the second deck and the third deck comprise a first hole, which allows electronic leads to slide freely within the decks (35, 40, 45), and a second hole, which allows optical fibers to slide freely within the decks (35, 40 45), wherein the main tube extends proximally from the third deck. a shaft having a distal end, a proximal end, and an articulating region therebetween,; and a pair of electronic image sensor assemblies optically aligned and fixedly bonded at the distal end of the shaft for acquiring an image of a remote site; wherein the shaft comprises a main tube, wherein the proximal end of the main tube is secured to a handle of the steerable endoscope, characterised in that the distal end of the shaft comprises a solid wire spine having a distal end and a proximal end, a first deck mounted to the distal end of the wire spine and a second deck mounted to the proximal end of the wire spine, and a plurality of stacked spacer elements, each of which is coaxially mounted on the wire spine between the first deck and the second deck, wherein the steerable endoscope further comprising a third deck disposed intermediate the first deck and the second deck, and further wherein the third deck is slidably mounted on the wire spine, wherein the plurality of stacked spacer elements are coaxially mounted on the wire spine between the first deck and the third deck, and between the third deck and the second deck, wherein each of the first deck, the second deck and the third deck comprise a first hole, which allows electronic leads to slide freely within the decks (35, 40, 45), and a second hole, which allows optical fibers to slide freely within the decks (35, 40 45), wherein the main tube extends proximally from the third deck.
Valve for dispensing a liquid, comprising a housing (1;2), an internal liquid passage (8;10;19) extending through the housing between an inlet and an outlet, a valve seat, a valve member (6;9) which is movable between a closed position engaging the valve seat for closing the liquid passage and an open position disengaging the valve seat for opening the liquid passage, and control means controlling the movement of the valve member between its closed and open positions, wherein the control means comprise a control member which is movable between a first position in which it engages the valve member (6;9)for keeping it in its closed position and a second position in which the valve member is in its open position but still in engagement with the control member, wherein at least one air passage is defined between the valve member (6;9) and control member for connecting the outside of the valve with the internal liquid passage (8;10;19), characterized in that the control member is also movable to a third position in which the valve member is in its open position and out of engagement with the control member and wherein said at least one air passage is closed in the first and second positions of the control member and is opened in the third position of the control member.
A method for adding and connecting a remotely operated SPDT relay to an electric power circuit of an AC appliance connected to a manually actuated electrical SPDT switch for integrating said AC appliance into an home automation network, each said relay and said SPDT switch includes a pole terminal and dual traveler terminals (T1/T2) and said relay is similar to a shape and a size of an AC switch fit for installation into a standard electrical box, comprising the steps of: a. connecting said dual traveler terminals (T1/T2) of said relay to said dual traveler terminals (T1/T2) of said SPDT switch; b. connecting one said pole terminal to live AC of said power circuit and the other said pole terminal to said appliance; c. setting an address through one of digital switches and a recordable memory of a control and communication circuit included in said relay; d. connecting said control and communication circuit to said network; e. installing said relay into said electrical box adjacent to said SPDT switch; f. switching said AC appliance on and off manually via said SPDT switch and remotely via said relay through said network. a. connecting said dual traveler terminals (T1/T2) of said relay to said dual traveler terminals (T1/T2) of said SPDT switch; b. connecting one said pole terminal to live AC of said power circuit and the other said pole terminal to said appliance; c. setting an address through one of digital switches and a recordable memory of a control and communication circuit included in said relay; d. connecting said control and communication circuit to said network; e. installing said relay into said electrical box adjacent to said SPDT switch; f. switching said AC appliance on and off manually via said SPDT switch and remotely via said relay through said network.
A method for triggering a pulsed light source comprising at least one iteration of the following steps: - receiving a control signal; - determining a duration, referred to as an interval, between receiving said control signal and at least one preceding control signal; - adjusting at least one control parameter of said pulsed light source at least on the basis of said interval; - generating at least one electrical signal for triggering the pulsed light source on the basis of said at least one control parameter adjusted during the preceding step; - triggering the pulsed light source on the basis of said at least one electrical trigger signal, characterized in that the step of adjusting at least one control parameter of said pulsed light source comprises at least one iteration of the following steps; - determining, on the basis of the interval, a value of a delay in triggering said light source associated with said interval; - determining a pause duration before triggering said light source on the basis of said delay value and said desired time. - receiving a control signal; - determining a duration, referred to as an interval, between receiving said control signal and at least one preceding control signal; - adjusting at least one control parameter of said pulsed light source at least on the basis of said interval; - generating at least one electrical signal for triggering the pulsed light source on the basis of said at least one control parameter adjusted during the preceding step; - triggering the pulsed light source on the basis of said at least one electrical trigger signal, - determining, on the basis of the interval, a value of a delay in triggering said light source associated with said interval; - determining a pause duration before triggering said light source on the basis of said delay value and said desired time.
A method of orchestrating an evacuation operation using an elevator (104, 204), the method comprising: displaying that an evacuation request using the elevator (104, 204) is an available option; receiving one or more evacuation requests to use the elevator (104, 204); and displaying evacuation information (402, 404, 406); characterized by: using a graphical user interface to: show a number of people waiting; allow newly arriving occupants to make an evacuation request by changing the number of people waiting by selecting an addition button; and allow an occupant to decrease the number of people waiting by selecting a subtraction button. displaying that an evacuation request using the elevator (104, 204) is an available option; receiving one or more evacuation requests to use the elevator (104, 204); and displaying evacuation information (402, 404, 406); characterized by: using a graphical user interface to: show a number of people waiting; allow newly arriving occupants to make an evacuation request by changing the number of people waiting by selecting an addition button; and allow an occupant to decrease the number of people waiting by selecting a subtraction button. show a number of people waiting; allow newly arriving occupants to make an evacuation request by changing the number of people waiting by selecting an addition button; and allow an occupant to decrease the number of people waiting by selecting a subtraction button.
Brake system for a motor vehicle, which has at least one first wheel brake (5, 7) and at least one second wheel brake (6, 8), wherein a first inlet valve (20, 22) is fluidically connected on the one side to the first wheel brake (5, 7) and on the other side to a source of braking pressure and a second inlet valve (21, 23) is fluidically connected on the one side to the second wheel brake (6, 8) and on the other side to the source of braking pressure, having a switching valve (34, 35) which connects fluidically a fluid outlet (36, 37) of the second inlet valve (21, 23) in a first switching position with the second wheel brake (6, 8) and in a second switching position with the first wheel brake (5, 7), characterised in that the switching valve (34, 35) is formed as a 3/2 way valve and has a fluid inlet connected to the fluid outlet (36, 37) of the second inlet valve (21, 23), a first fluid outlet connected to the first wheel brake (5, 7) and a second fluid outlet connected to the second wheel brake (6, 8).
A method for forming a semiconductor device, the method comprising: - providing a first active layer on a substrate, - providing a second active layer on the first active layer, the second active layer having a higher band gap compared to the first active layer, being substantially Ga-free and comprising In x Al 1-x N, x being between 0 and 0.5, a two-dimensional electron gas, 2-DEG, layer being present in operation on at least part of an interface between the first and the second active layer; - oxidizing a part of the second active layer by thermal oxidation thereby forming a gate insulating layer in an gate region where a gate is to be formed, and thereby reducing the thickness of said second active layer in said gate region, - providing a gate electrode on the gate insulating layer in said gate region, - providing a source electrode and drain electrode on the second active layer, wherein the remaining thickness of said second active layer and thickness of said gate insulating layer are predetermined so that, when the device is in operation and when the gate electrode and source electrode are at a same voltage, the 2-DEG layer is only present between the first active layer and the second active layer at locations of the device where no gate electrode is located and the 2-DEG layer is not present underneath the gate electrode. - providing a first active layer on a substrate, - providing a second active layer on the first active layer, the second active layer having a higher band gap compared to the first active layer, being substantially Ga-free and comprising In x Al 1-x N, x being between 0 and 0.5, a two-dimensional electron gas, 2-DEG, layer being present in operation on at least part of an interface between the first and the second active layer; - oxidizing a part of the second active layer by thermal oxidation thereby forming a gate insulating layer in an gate region where a gate is to be formed, and thereby reducing the thickness of said second active layer in said gate region, - providing a gate electrode on the gate insulating layer in said gate region, - providing a source electrode and drain electrode on the second active layer,
A method for charge management of unit cells (Ci) of a plurality of batteries (Bi) connected with one another, the method including the steps consisting of: - measuring a voltage at the terminals of each unit cell (Ci) of each of the plurality of batteries (Bi), - comparing the measurements of each unit cell (Ci) with one another to determine a lowest voltage of all the unit cells (Ci) of the plurality of batteries (Bi), - equalizing the voltages of the unit cells (Ci), the voltage of which is greater than the lowest voltage, taking as a target the lowest voltage so as to reduce a deviatiom between the voltage of each unit cell (Ci) and the lowest measured voltage, in which the step consisting of equalizing the voltages of the unit cells (Ci) having a voltage greater than the lowest voltage is preceded by a step consisting of disconnecting from the other batteries (Bi) at least one battery (Bi) including a unit cell (Ci), the voltage of which is to be equalized. - measuring a voltage at the terminals of each unit cell (Ci) of each of the plurality of batteries (Bi), - comparing the measurements of each unit cell (Ci) with one another to determine a lowest voltage of all the unit cells (Ci) of the plurality of batteries (Bi), - equalizing the voltages of the unit cells (Ci), the voltage of which is greater than the lowest voltage, taking as a target the lowest voltage so as to reduce a deviatiom between the voltage of each unit cell (Ci) and the lowest measured voltage, in which the step consisting of equalizing the voltages of the unit cells (Ci) having a voltage greater than the lowest voltage is preceded by a step consisting of disconnecting from the other batteries (Bi) at least one battery (Bi) including a unit cell (Ci), the voltage of which is to be equalized.
A pet chew product comprising: an edible casing having a hollow cavity with an edible treat disposed therein, the casing having a first casing segment and a second casing segment and an opening that militates against a removal of the edible treat from the cavity until the opening or the casing is opened further by a pet, the opening permitting an olfactory detection and visual detection of the edible treat by the pet; wherein an open volume of the cavity is greater than a size of the edible treat and allows the edible treat to strike an inner surface (23, 33) of the cavity when the casing is manipulated by the pet, the striking of the edible treat with the inner surface (23, 33) of the cavity permitting an audible detection of the edible treat by the pet, characterised in that a peripheral edge of the first casing segment is coupled to a peripheral edge of the second casing segment with at least one lace, and the pet chew product further comprises at least one tassel, having a plurality of strands extending outwardly from the casing. an edible casing having a hollow cavity with an edible treat disposed therein, the casing having a first casing segment and a second casing segment and an opening that militates against a removal of the edible treat from the cavity until the opening or the casing is opened further by a pet, the opening permitting an olfactory detection and visual detection of the edible treat by the pet; wherein an open volume of the cavity is greater than a size of the edible treat and allows the edible treat to strike an inner surface (23, 33) of the cavity when the casing is manipulated by the pet, the striking of the edible treat with the inner surface (23, 33) of the cavity permitting an audible detection of the edible treat by the pet, characterised in that a peripheral edge of the first casing segment is coupled to a peripheral edge of the second casing segment with at least one lace, and the pet chew product further comprises at least one tassel, having a plurality of strands extending outwardly from the casing.
A method for preparing wholly aromatic polyimide resin, comprising: liquid polymerizing a mixed monomer of 65∼75 mole% of 3,3',4,4'-biphenyltetracarboxylic dianhydride (BPDA) and 25∼35 mole% of pyromelitic dianhydride (PMDA) with aromatic diamine, wherein the aromatic diamine contains 15∼60 mole% of para-phenylenediamine (p-PDA) and 40∼85 mole% of meta-phenylenediamine (m-PDA), wherein the solution(liquid)-polymerization is one step direct polymerization in the presence of a phenolic polar organic solvent having a high boiling point, wherein the phenolic polar organic solvent is meta-cresol or mixed cresol in which ortho-, meta- and para-isomers are uniformly or nonuniformly mixed. liquid polymerizing a mixed monomer of 65∼75 mole% of 3,3',4,4'-biphenyltetracarboxylic dianhydride (BPDA) and 25∼35 mole% of pyromelitic dianhydride (PMDA) with aromatic diamine, wherein the aromatic diamine contains 15∼60 mole% of para-phenylenediamine (p-PDA) and 40∼85 mole% of meta-phenylenediamine (m-PDA), wherein the solution(liquid)-polymerization is one step direct polymerization in the presence of a phenolic polar organic solvent having a high boiling point, wherein the phenolic polar organic solvent is meta-cresol or mixed cresol in which ortho-, meta- and para-isomers are uniformly or nonuniformly mixed.
An acoustic perfusion device, comprising: an acoustic chamber; an inlet port, an inlet flow path leading from the inlet port to the acoustic chamber; an outlet port located below the acoustic chamber for recirculating a fluid/cell mixture; at least one collection port located above the acoustic chamber for collecting harvest fluid from the fluid/cell mixture; and at least one ultrasonic transducer and at least one reflector opposite the at least one ultrasonic transducer, wherein the at least one ultrasonic transducer includes a piezoelectric material driven by a voltage signal to create a multi-dimensional acoustic standing wave across a collection flow path leading from the acoustic chamber to the at least one collection port. an acoustic chamber; an inlet port, an inlet flow path leading from the inlet port to the acoustic chamber; an outlet port located below the acoustic chamber for recirculating a fluid/cell mixture; at least one collection port located above the acoustic chamber for collecting harvest fluid from the fluid/cell mixture; and at least one ultrasonic transducer and at least one reflector opposite the at least one ultrasonic transducer, wherein the at least one ultrasonic transducer includes a piezoelectric material driven by a voltage signal to create a multi-dimensional acoustic standing wave across a collection flow path leading from the acoustic chamber to the at least one collection port.
A method for processing at least one set of tagged parent polynucleotides, comprising steps of: a. converting initial starting genetic material into the tagged parent polynucleotides using non-unique barcode oligonucleotides; b. amplifying the tagged parent polynucleotides in the set to produce a corresponding set of amplified progeny polynucleotides; c. sequencing a subset of the set of amplified progeny polynucleotides, to produce a set of sequencing reads; and d. collapsing the set of sequencing reads to generate a set of consensus sequences, each consensus sequence corresponding to a unique polynucleotide among the set of tagged parent polynucleotides, wherein (i) the initial starting genetic material is cell-free DNA isolated from a body fluid, and comprises no more than 100 ng of polynucleotides, and (ii) detection of the non-unique barcodes in combination with sequence data of beginning and end portions of sequencing reads allows assignment of a unique identity to a parent polynucleotide. a. converting initial starting genetic material into the tagged parent polynucleotides using non-unique barcode oligonucleotides; b. amplifying the tagged parent polynucleotides in the set to produce a corresponding set of amplified progeny polynucleotides; c. sequencing a subset of the set of amplified progeny polynucleotides, to produce a set of sequencing reads; and d. collapsing the set of sequencing reads to generate a set of consensus sequences, each consensus sequence corresponding to a unique polynucleotide among the set of tagged parent polynucleotides,