mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic flow meter including a crank-shaped conduit in which a fluid flows, and a pair of ultrasonic transceiver units to be demountably mounted at respective ends of a straight portion of the crank-shaped conduit; each ultrasonic transceiver unit including a respective piezoelectric element configured to transmit and receive an ultrasonic beam, and a respective cable portion connected to the corresponding piezoelectric element; wherein a flow rate of a fluid flowing in the straight portion is measured based on a propagation velocity of an ultrasonic beam obtained by transmitting and receiving the ultrasonic beam in the straight portion from and to transmitting and receiving surfaces of the piezoelectric elements; wherein each ultrasonic transceiver unit includes a respective cover member mounted to the crank-shaped conduit and having an open front end facing the straight portion and a closed rear end, each piezoelectric element being disposed in a corresponding one of the cover members, and each cable portion being led outward from a corresponding one of the cover members; wherein each cover member is provided with a respective front plate at the open front end which closes an interior of the cover member and which is contacted by the corresponding one of the piezoelectric elements at a rear side of the front plate; characterized in that adjustment of transmission and reception performance to predetermined values is performed by adjusting a pressing force of each piezoelectric element with respect to the corresponding front plate.
A power supply system for powering an LED lamp unit, having a normal mode of operation in which a mains input of a driver of the lamp unit is supplied by mains power, and an emergency mode of operation, in which the LED lamp unit is supplied by a charge storage device, the power supply system comprising an emergency mode converter means operable to step-up the voltage from the charge storage device for powering the lamp unit; characterised in that the emergency mode converter means is operable to supply the mains input of the driver for powering the lamp unit and configured to control in a way to draw a fixed discharge current from the charge storage device. the power supply system comprising an emergency mode converter means operable to step-up the voltage from the charge storage device for powering the lamp unit; characterised in that the emergency mode converter means is operable to supply the mains input of the driver for powering the lamp unit and configured to control in a way to draw a fixed discharge current from the charge storage device.
A phosphorescent reporter comprising: an inorganic phosphorescent particle; a shell encapsulating the inorganic phosphorescent particle; and at least one molecular recognition moiety selected from an antibody, an antibody fragment, an antigen, a nucleic acid, a peptide, a protein or an aptamer disposed on the shell, wherein the inorganic phosphorescent particle forms the core of the phosphorescent reporter, characterized in that the inorganic phosphorescent particle is a strontium aluminate nanoparticle comprising strontium aluminate doped with at least one rare earth metal, the at least one rare earth metal comprises europium or dysprosium, or lanthanides or a combination thereof, and in that said particle has a size in a range 50 nm to 600 nm and a luminescence lifetime in a range of 10 microseconds to an hour. an inorganic phosphorescent particle; a shell encapsulating the inorganic phosphorescent particle; and at least one molecular recognition moiety selected from an antibody, an antibody fragment, an antigen, a nucleic acid, a peptide, a protein or an aptamer disposed on the shell, wherein the inorganic phosphorescent particle forms the core of the phosphorescent reporter, characterized in that the inorganic phosphorescent particle is a strontium aluminate nanoparticle comprising strontium aluminate doped with at least one rare earth metal, the at least one rare earth metal comprises europium or dysprosium, or lanthanides or a combination thereof, and in that said particle has a size in a range 50 nm to 600 nm and a luminescence lifetime in a range of 10 microseconds to an hour.
A forgery prevention structure comprising a relief forming layer, a first reflection layer, a functional thin film layer, a second reflection layer, and a protection layer, which are layered in this order, characterized in that: the relief forming layer has, on one side, a relief structure comprising a first relief and a second relief with a micro uneven pattern which performs an effect of diffracting, scattering, absorbing, and polarizing/separating a wavelength range of at least a part of visible light; a surface of the first relief has a smaller uneven surface area in comparison with a surface of the second relief; the first reflection layer and the functional thin film layer are provided along the uneven surfaces of the first and second reliefs (47 and 48) of the relief structure; the second reflection layer and the protection layer are provided so as to cover only the surface of the functional thin film layer of the first relief, and three layers of the first reflection layer, the functional thin film layer, and the second reflection layer cause at least a partial range of visible light to interfere. the relief forming layer has, on one side, a relief structure comprising a first relief and a second relief with a micro uneven pattern which performs an effect of diffracting, scattering, absorbing, and polarizing/separating a wavelength range of at least a part of visible light; a surface of the first relief has a smaller uneven surface area in comparison with a surface of the second relief; the first reflection layer and the functional thin film layer are provided along the uneven surfaces of the first and second reliefs (47 and 48) of the relief structure; the second reflection layer and the protection layer are provided so as to cover only the surface of the functional thin film layer of the first relief, and three layers of the first reflection layer, the functional thin film layer, and the second reflection layer cause at least a partial range of visible light to interfere.
A C-shaped composite fiber comprising a core part and a sheath part surrounding the core part, the sheath part comprises at least any one fiber-forming component of polyester or polyamide, and the core part comprises a polyester-based eluting component including a copolymer which is prepared by polycondensation of polyalkylene glycol and an esterification reactant including an acid component including a terephthalic acid, a diol component including ethylene glycol, and a dimethyl sulfoisophthalate sodium salt (DMSIP) wherein the sheath part has a C-shaped cross section to expose the core part to the outside at one side thereof, and the C-shaped composite fiber satisfies all of the conditions to below. 30 ≤ core sectional area ratio % ≤ 65 20 ° ≤ slit angle θ ≤ 30 ° 0.13 < c o r e s e c t i o n a l a r e a r a t i o % 100 × s l i t s p a c i n g d < 0.33 1 ≤ E c c e n t r i c d i s t a n c e s × R 2 R 1 < 2.4 where, the slit angle (θ) is an angle between two straight lines each connecting the center of the core part and two discontinuous points of the sheath part, the slit spacing (d) is a distance ( μ m) between two discontinuous points of the sheath part, the eccentric distance (s) is a distance ( μ m) between the center of the entire cross section of the C-shaped composite fiber and the center of the core part, R 1 is a diameter ( μ m) of the entire cross section of the C-shaped composite fiber, and R 2 is a diameter ( μ m) of the cross section of the core part of the C-shaped composite fiber.
Use of a 2,2,6,6-tetramethylpiperidine derivative comprising at least two primary or secondary amino groups and corresponding to the formula with n ≥ 2 as an antimicrobial agent for polymers, wherein the 2,2,6,6-tetramethylpiperidine derivative, by means of a polyoxirane compound with two structural units of formula is converted into a polymeric compound containing the structural unit at regular intervals.
A method for producing Nε-acyl-L-lysine comprising: reacting a carboxylic acid or a salt thereof and L-lysine or a salt thereof in the presence of any of the following to proteins to produce Nε-acyl-L-lysine: a protein comprising the amino acid sequence of SEQ ID NO: 1; a protein comprising an amino acid sequence in which 1 to 100 amino acid residues are inserted, added, deleted, or substituted in the amino acid sequence of SEQ ID NO: 1 and having Nε-acyl-L-lysine-specific aminoacylase activity; and a protein comprising an amino acid sequence having 70% or higher homology with the amino acid sequence of SEQ ID NO: 1 and having Nε-acyl-L-lysine-specific aminoacylase activity. a protein comprising the amino acid sequence of SEQ ID NO: 1; a protein comprising an amino acid sequence in which 1 to 100 amino acid residues are inserted, added, deleted, or substituted in the amino acid sequence of SEQ ID NO: 1 and having Nε-acyl-L-lysine-specific aminoacylase activity; and a protein comprising an amino acid sequence having 70% or higher homology with the amino acid sequence of SEQ ID NO: 1 and having Nε-acyl-L-lysine-specific aminoacylase activity.
An annuloplasty ring holder, comprising: a template having an upper, proximal face and a lower, distal face and a peripheral edge sized and adapted to receive an annuloplasty ring in conformal contact therewith, the template further including a single cutting well for suspending a flexible connecting filament thereacross, the single cutting well being adjacent the peripheral edge and defined by a pair of spaced apart walls extending upward from the proximal face, characterized in that the template further includes two spaced cleats (100a, 100b) for anchoring a flexible connecting filament, the two spaced cleats (100a, 100b) being adjacent the template peripheral edge and each positioned at least 90° circumferentially around the peripheral edge from the single cutting well. a template having an upper, proximal face and a lower, distal face and a peripheral edge sized and adapted to receive an annuloplasty ring in conformal contact therewith, the template further including a single cutting well for suspending a flexible connecting filament thereacross, the single cutting well being adjacent the peripheral edge and defined by a pair of spaced apart walls extending upward from the proximal face, characterized in that the template further includes two spaced cleats (100a, 100b) for anchoring a flexible connecting filament, the two spaced cleats (100a, 100b) being adjacent the template peripheral edge and each positioned at least 90° circumferentially around the peripheral edge from the single cutting well.
A loop-type heat pipe comprising: an evaporator configured to vaporize an operating fluid; a first condenser and a second condenser configured to condense the operating fluid; a first liquid pipe having a first flow path and configured to connect the evaporator and the first condenser; a second liquid pipe having a second flow path and configured to connect the evaporator and the second condenser; a first vapor pipe configured to connect the evaporator and the first condenser; and a second vapor pipe configured to connect the evaporator and the second condenser; wherein the evaporator has: a third flow path connected to the first liquid pipe and the first vapor pipe, and a fourth flow path connected to the second liquid pipe and the second vapor pipe, characterized in that the loop-type heat pipe comprises a connecting portion configured to connect the first liquid pipe and second liquid pipe to the evaporator, wherein the connecting portion has a first porous body configured to connect the first flow path and the second flow path, and the evaporator has a partitioning wall configured to partition the third flow path and the fourth flow path. an evaporator configured to vaporize an operating fluid; a first condenser and a second condenser configured to condense the operating fluid; a first liquid pipe having a first flow path and configured to connect the evaporator and the first condenser; a second liquid pipe having a second flow path and configured to connect the evaporator and the second condenser; a first vapor pipe configured to connect the evaporator and the first condenser; and a second vapor pipe configured to connect the evaporator and the second condenser; wherein the evaporator has: a third flow path connected to the first liquid pipe and the first vapor pipe, and a fourth flow path connected to the second liquid pipe and the second vapor pipe, characterized in that the loop-type heat pipe comprises a connecting portion configured to connect the first liquid pipe and second liquid pipe to the evaporator, wherein the connecting portion has a first porous body configured to connect the first flow path and the second flow path, and the evaporator has a partitioning wall configured to partition the third flow path and the fourth flow path. a third flow path connected to the first liquid pipe and the first vapor pipe, and a fourth flow path connected to the second liquid pipe and the second vapor pipe, characterized in that the loop-type heat pipe comprises a connecting portion configured to connect the first liquid pipe and second liquid pipe to the evaporator, wherein the connecting portion has a first porous body configured to connect the first flow path and the second flow path, and the evaporator has a partitioning wall configured to partition the third flow path and the fourth flow path.
Cable tray for a table, comprising two holding elements each having two suspension regions and a grooved tray element having grooved legs on both sides, which each have two opening regions for suspending in the suspension regions of the holding elements, wherein at least one of the grooved legs is configured to be pivotable with respect to the holding elements into the suspension regions when the grooved tray element is only suspended on one side, wherein the suspension region has a pivot limiting stop which cooperates with the grooved leg for fixing an opening pivot angle of the grooved tray element, characterized in that the opening region is configured to be at least "L"-shaped, preferably "T"-shaped, wherein a region of the "L" or the "T" running perpendicular to the principal longitudinal axis of the grooved tray element or running vertically in the case of two-sided suspension is configured to open out in an open manner at the edge of the grooved leg.
Modular connector consisting of a connector pair made up of a female connector comprising at least one socket module with a socket-module frame, said socket module having a plug-in grid for plugging the at least one socket module into one of the plug-in positions of the plug-in grid, and also made up of a male connector comprising at least one pin module with a pin-module frame having an identical plug-in grid into which to plug the at least one pin module, characterized in that also provided is a connector alignment module for each module frame (21, 31), for fitting at opposite corresponding plug-in positions of the plug-in grid on the respective module frame (21, 31), wherein each connector alignment module a) has an essentially rectangular module body, b) wherein there is also the case that at least one fastening element (5a, 5b) is arranged on the module body, in order to secure the connector alignment module on the module frame of the modular connector, and c) two stubs (4a, 4b) project from the respective module body, said stubs on the respective module body projecting from the latter in each case at two diametrically opposite corners of the module body and, specifically, projecting in the plug-in direction of the respective connector alignment module in relation to the respective module frame, wherein, with the modules (1, 20, 30) inserted into the respective module frame (21, 31), the stubs (4a, 4b) of the respective connector alignment module project in relation to the end side of the respectively other modules (20, 30), said end side being formed by the modules (20, 30), and therefore, when the connector pair (2a, 2b) which make up the modular connector are being plugged together, in the first instance the opposite ends of the stubs (4a, 4b) of the opposite connector alignment modules come into contact and ensure guidance for the rest of the operation of plugging the connector pair together. a) has an essentially rectangular module body, b) wherein there is also the case that at least one fastening element (5a, 5b) is arranged on the module body, in order to secure the connector alignment module on the module frame of the modular connector, and c) two stubs (4a, 4b) project from the respective module body, said stubs on the respective module body projecting from the latter in each case at two diametrically opposite corners of the module body and, specifically, projecting in the plug-in direction of the respective connector alignment module in relation to the respective module frame, wherein, with the modules (1, 20, 30) inserted into the respective module frame (21, 31), the stubs (4a, 4b) of the respective connector alignment module project in relation to the end side of the respectively other modules (20, 30), said end side being formed by the modules (20, 30), and therefore, when the connector pair (2a, 2b) which make up the modular connector are being plugged together, in the first instance the opposite ends of the stubs (4a, 4b) of the opposite connector alignment modules come into contact and ensure guidance for the rest of the operation of plugging the connector pair together.
A method for producing a shaped product by cold pressing a heated molding material, the method comprising using a heating device (101, 201) to continuously produce a heated molding material, wherein the heating device comprises: a heating chamber (102, 202) for heating a molding material; at least one opening section for supplying or discharging a molding material therethrough; and a means for expelling the oxygen gas existing in the heating chamber using a nitrogen gas or a superheated steam; and wherein the opening section is openable and closable and the opening time is 1 second or more and 10 seconds or less per one opening thereof; and wherein cold pressing comprises: a) putting the heated molding material in a mold cavity set at a predetermined temperature, b) arranging the heated molding material in the mold controlled to be at a temperature of the softening temperature of the molding material or less, and c) pressurizing and cooling the heated molding material. a heating chamber (102, 202) for heating a molding material; at least one opening section for supplying or discharging a molding material therethrough; and a means for expelling the oxygen gas existing in the heating chamber using a nitrogen gas or a superheated steam; and wherein the opening section is openable and closable and the opening time is 1 second or more and 10 seconds or less per one opening thereof; and wherein cold pressing comprises: a) putting the heated molding material in a mold cavity set at a predetermined temperature, b) arranging the heated molding material in the mold controlled to be at a temperature of the softening temperature of the molding material or less, and c) pressurizing and cooling the heated molding material. a) putting the heated molding material in a mold cavity set at a predetermined temperature, b) arranging the heated molding material in the mold controlled to be at a temperature of the softening temperature of the molding material or less, and c) pressurizing and cooling the heated molding material.
A process for producing an oligomeric product by the oligomerisation of ethylene by contacting the ethylene with an oligomerisation catalyst in an aliphatic liquid medium, wherein the aliphatic liquid medium is at least one liquid aliphatic compound, that is an acyclic or a cyclic organic compound, including a saturated and/or unsaturated carbon compound, but excluding an aromatic compound, at a reaction temperature of at least 50°C, wherein the catalyst comprises the combination of i) a source of a transition metal; and ii) a ligating compound of the formula (R 1) m X 1 X 2 (R 2) n wherein: X 1 and X 2 are independently selected from the group consisting of N, P, As, Sb and Bi; Y is a linking group between X 1 and X 2, wherein Y excludes (CH 2) x Z(CH 2) y, where Z is -P(R 8)-, -N(R 8)-, -As(R 8)-, -Sb(R 8)- or -S- and x and y are individually 1-15 and wherein R 8 is hydrogen or a halogen or a nitro group or a hydrocarbyl or a substituted hydrocarbyl group; m and n are independently 0, 1 or a larger integer; and R 1 and R 2 are independently hydrogen, a hydrocarbyl group or a heterohydrocarbyl group, and R 1 being the same or different when m>1, and R 2 being the same or different when n>1. i) a source of a transition metal; and ii) a ligating compound of the formula (R 1) m X 1 X 2 (R 2) n wherein: X 1 and X 2 are independently selected from the group consisting of N, P, As, Sb and Bi; Y is a linking group between X 1 and X 2, wherein Y excludes (CH 2) x Z(CH 2) y, where Z is -P(R 8)-, -N(R 8)-, -As(R 8)-, -Sb(R 8)- or -S- and x and y are individually 1-15 and wherein R 8 is hydrogen or a halogen or a nitro group or a hydrocarbyl or a substituted hydrocarbyl group; m and n are independently 0, 1 or a larger integer; and R 1 and R 2 are independently hydrogen, a hydrocarbyl group or a heterohydrocarbyl group, and R 1 being the same or different when m>1, and R 2 being the same or different when n>1. wherein: X 1 and X 2 are independently selected from the group consisting of N, P, As, Sb and Bi; Y is a linking group between X 1 and X 2, wherein Y excludes (CH 2) x Z(CH 2) y, where Z is -P(R 8)-, -N(R 8)-, -As(R 8)-, -Sb(R 8)- or -S- and x and y are individually 1-15 and wherein R 8 is hydrogen or a halogen or a nitro group or a hydrocarbyl or a substituted hydrocarbyl group; m and n are independently 0, 1 or a larger integer; and R 1 and R 2 are independently hydrogen, a hydrocarbyl group or a heterohydrocarbyl group, and R 1 being the same or different when m>1, and R 2 being the same or different when n>1.
A method of processing probe trace data (T101, T102, T103, T104, T105, T106, T107) to determine a measure of correlation of a probe trace with other probe traces, each probe trace being representative of travel of a user through a geographic region, the method comprising: obtaining a map comprising a plurality of pixels, each pixel representing a portion of the geographic region and being assigned at least one correlation value, the at least one correlation value for a pixel being representative at least of a number of probe traces assigned to that pixel; obtaining a probe trace and determining a correlation score for the probe trace by mapping the probe trace to at least one pixel that the probe trace traverses and determining the correlation score for the probe trace by accruing the at least one correlation value of all the pixels to which the probe trace is mapped; and generating or amending a digital map using the obtained probe trace based on the determined correlation score for the probe trace. obtaining a map comprising a plurality of pixels, each pixel representing a portion of the geographic region and being assigned at least one correlation value, the at least one correlation value for a pixel being representative at least of a number of probe traces assigned to that pixel; obtaining a probe trace and determining a correlation score for the probe trace by mapping the probe trace to at least one pixel that the probe trace traverses and determining the correlation score for the probe trace by accruing the at least one correlation value of all the pixels to which the probe trace is mapped; and generating or amending a digital map using the obtained probe trace based on the determined correlation score for the probe trace.