mhurhangee/ep-ind-claims huggingface dataset:
Handheld device for analysing a body fluid and in particular a portable blood sugar measuring device comprising a tape unit formed as an exchangeable cassette to wind a test tape forwards in sections, a detection unit for detecting measured values on the sections of tape to which body fluid has been applied in the area of a receiving site, and a housing to hold the tape unit and detection unit, wherein in a closed position the receiving site is screened from external effects by a cover device and in an open position is released in order to apply body fluid, characterized in that the cover device has at least one closing member which can move relative to the housing and is in the form of a slider or shutter and that the tape unit has a receiving head which protrudes from the housing in the operating position in order to expose the test tape outside the housing.
A method of producing a base part of a set of artificial teeth, or a set of artificial teeth having a base part, where the base part is fittable on a gum area: where a shape of the gum area or a model thereof is obtained by scanning, where the inner shape of the base part is defined by the shape of the gum area or the model thereof, characterised in that the outer shape of the base part is defined by scanning a model of the base part, the model of the base part is built onto a/the model of the gum area and afterwards is obtained by scanning such that a data set is provided that represents the shape of the model of the base part, the base part is formed by a computer-aided production process. where a shape of the gum area or a model thereof is obtained by scanning, where the inner shape of the base part is defined by the shape of the gum area or the model thereof, characterised in that the outer shape of the base part is defined by scanning a model of the base part, the model of the base part is built onto a/the model of the gum area and afterwards is obtained by scanning such that a data set is provided that represents the shape of the model of the base part, the base part is formed by a computer-aided production process.
A textile product comprising a first design, wherein the textile product has at least one seam (13, 13') and wherein the first design can be changed by removing at least one thread-like fastening means used for forming the seam (13, 13') into at least one second design, characterised in that the design can be changed by irreversibly dissolving the fastening means under the action of water.
A signaling device (24;124;224) adapted to be electrically coupled to an electric potential applied to terminals (16a,16b) of a fuse element (12;112) or to clips of a fuse holder, said signaling device (24;124;224) is adapted to signal to the outside at least one property of said fuse element (12;112), characterized in that said signaling device (24;124;224) comprises at least one transmission layer (32;132;232) having an electrically controllable transmission factor and in that the transmission factor of the transmission layer (32;132;232) is controlled in a range between opaque and transparent.
Compressor arrangement for a combustion machine, having a compressor impeller, having an inflow duct arranged upstream of the compressor impeller, and having an adjustment device for varying a flow cross-sectional area of the inflow duct, wherein the adjustment device has, arranged in the inflow duct, an aperture with a central aperture opening and with at least one further aperture opening in the form of an at least partially closable aperture window, and wherein the central aperture opening forms a pipe section which opens toward a central section of the compressor impeller, wherein, between an inner wall of the inflow duct and an outer wall of the pipe section, there is formed an activatable duct which runs in ring-shaped fashion around the pipe section and into which flow can pass through the at least one closable aperture window, characterized in that one or more flow passages are formed in the outer wall of the pipe section.
Apparatus for filling a container, comprising at least one tank for a fluid product to be delivered, one filling head for delivering said fluid product to said container, said filling head being movable towards and away from said container and movable with respect to said tank (g), connecting means interposed between said tank and said filling head for supplying said fluid product to said filling head, characterised in that said connecting means comprises a ball-and-socket joint structure.
Method for quantification of the amount of meso-iactide in a composition containing at least one other lactide stereoisomer, wherein said quantification is made with respect to the total amount of lactide stereoisomers in the composition, said method comprising: determining absorptions of the composition in the Infra-Red region of the electromagnetic spectrum; and quantifying the amount of meso-lactide with reference to Infra-Red absorption spectra obtained from standard compositions containing known amounts of meso-lactide and at least one further lactide stereoisomer, wherein polylactide polymer having a degree of polymerization greater than 20, if present in the composition, constitutes 10 wt.% or less of said composition. determining absorptions of the composition in the Infra-Red region of the electromagnetic spectrum; and quantifying the amount of meso-lactide with reference to Infra-Red absorption spectra obtained from standard compositions containing known amounts of meso-lactide and at least one further lactide stereoisomer, wherein polylactide polymer having a degree of polymerization greater than 20, if present in the composition, constitutes 10 wt.% or less of said composition.
A method for producing a supported metal catalyst, comprising the following steps: a) providing a catalyst support, b) applying a first liquid medium comprising at least one reducing agent selected from the group consisting of hydrazine, formic acid and formaldehyde to the catalyst support provided in step a), wherein 10 to 70 %, of the total pore volume of the catalyst support provided in step a) is filled with the first liquid medium, c) instantly after step b), impregnating the catalyst support obtained in step b) with a second liquid medium comprising at least one transition metal selected from the group consisting of Pd, Pt, Cu, Ni, Au and Ag to obtain an impregnated precursor, wherein at least 91 % of the total pore volume of the catalyst support provided in step a) is filled with the first and the second liquid medium, d) drying the impregnated precursor obtained in step c) at a temperature from 80°C to 350°C to obtain a dried, impregnated precursor and e) treating the dried, impregnated precursor obtained in step d) at a temperature from 350°C to 700°C to obtain the supported metal catalyst; wherein the total pore volume of the catalyst support is determined by Hg porosimetry; and wherein the reducing agent is a compound that is capable of reducing the transition metal from the second liquid medium that is used in step c). a) providing a catalyst support, b) applying a first liquid medium comprising at least one reducing agent selected from the group consisting of hydrazine, formic acid and formaldehyde to the catalyst support provided in step a), wherein 10 to 70 %, of the total pore volume of the catalyst support provided in step a) is filled with the first liquid medium, c) instantly after step b), impregnating the catalyst support obtained in step b) with a second liquid medium comprising at least one transition metal selected from the group consisting of Pd, Pt, Cu, Ni, Au and Ag to obtain an impregnated precursor, wherein at least 91 % of the total pore volume of the catalyst support provided in step a) is filled with the first and the second liquid medium, d) drying the impregnated precursor obtained in step c) at a temperature from 80°C to 350°C to obtain a dried, impregnated precursor and e) treating the dried, impregnated precursor obtained in step d) at a temperature from 350°C to 700°C to obtain the supported metal catalyst; wherein the total pore volume of the catalyst support is determined by Hg porosimetry; and wherein the reducing agent is a compound that is capable of reducing the transition metal from the second liquid medium that is used in step c). wherein the total pore volume of the catalyst support is determined by Hg porosimetry; and wherein the reducing agent is a compound that is capable of reducing the transition metal from the second liquid medium that is used in step c).
A method for reporting a scheduling request, the method comprising: generating uplink control information, UCI; applying modulation scheme to the UCI based on narrowband physical uplink shared channel, NPUSCH, format 2; generating a sequence of modulation symbols by mapping a code word b SR among two code words for a scheduling request to modulation symbols a symb generated based on the modulation scheme for the UCI as a symb ( i) b SR ( i),i = 0,1,...,15, in case that the scheduling request is to be transmitted using the NPUSCH format 2; and transmitting the UCI with the code for the scheduling request on a NPUSCH. generating uplink control information, UCI; applying modulation scheme to the UCI based on narrowband physical uplink shared channel, NPUSCH, format 2; generating a sequence of modulation symbols by mapping a code word b SR among two code words for a scheduling request to modulation symbols a symb generated based on the modulation scheme for the UCI as a symb ( i) b SR ( i),i = 0,1,...,15, in case that the scheduling request is to be transmitted using the NPUSCH format 2; and transmitting the UCI with the code for the scheduling request on a NPUSCH.
A method for producing glucans, comprising the step of: allowing a reaction solution containing sucrose, a primer, inorganic phosphate or glucose-1-phosphate, sucrose phosphorylase, and glucan phosphorylase to react to produce glucans, wherein a primer refers to a molecule which functions as a starting material for glucan synthesis, wherein the maximum value of the sucrose-phosphate ratio of the reaction solution from the start of the reaction to the end of the reaction is at least about 1 and no more than about 10, and the sucrose-phosphate ratio is obtained by dividing the molar concentration of sucrose in reaction solution by the sum of the molar concentrations of inorganic phosphate and glucose-1-phosphate in the reaction solution. allowing a reaction solution containing sucrose, a primer, inorganic phosphate or glucose-1-phosphate, sucrose phosphorylase, and glucan phosphorylase to react to produce glucans, wherein a primer refers to a molecule which functions as a starting material for glucan synthesis, wherein the maximum value of the sucrose-phosphate ratio of the reaction solution from the start of the reaction to the end of the reaction is at least about 1 and no more than about 10, and the sucrose-phosphate ratio is obtained by dividing the molar concentration of sucrose in reaction solution by the sum of the molar concentrations of inorganic phosphate and glucose-1-phosphate in the reaction solution.
A method of operating a wind turbine plant comprising at least one transmission (110, 112, 114) branch comprising a plurality of wind turbine generators, the transmission branch coupled to an electrical grid at a point of common coupling through at least one circuit breaker (130, 132, 134) comprising a breaking capacity, characterized in that the method comprising: monitoring the wind turbine plant for a low voltage fault event; and if a low voltage fault event is detected: - calculating a grid short circuit strength, - determining a short circuit current limit if the grid short circuit strength requires an initial fault current contribution which exceeds the breaking capacity of the circuit breaker to be passed through the circuit breaker (130, 132, 134), - determining a maximum fault current contribution based on the short circuit current limit, and - operating the wind turbine generators to provide to the electrical grid the maximum fault current contribution. monitoring the wind turbine plant for a low voltage fault event; and if a low voltage fault event is detected: - calculating a grid short circuit strength, - determining a short circuit current limit if the grid short circuit strength requires an initial fault current contribution which exceeds the breaking capacity of the circuit breaker to be passed through the circuit breaker (130, 132, 134), - determining a maximum fault current contribution based on the short circuit current limit, and - operating the wind turbine generators to provide to the electrical grid the maximum fault current contribution. - calculating a grid short circuit strength, - determining a short circuit current limit if the grid short circuit strength requires an initial fault current contribution which exceeds the breaking capacity of the circuit breaker to be passed through the circuit breaker (130, 132, 134), - determining a maximum fault current contribution based on the short circuit current limit, and - operating the wind turbine generators to provide to the electrical grid the maximum fault current contribution.
A refrigerant air conditioner for boats in ports and marinas, comprising a compressor, an external heat exchanger, a room heat exchanger cooperating with a fan, characterized in that said compressor and external heat exchanger are contained within an air conditioner container (16; 38) forming part of a multi-service pedestal (17; 36), equipped with a support structure (20; 37) situated on a pier or quay, and said internal heat exchanger is placed in a cruiser moored to said pier or quay.
A pharmaceutical composition for use in treating pediatric growth hormone deficiency, which comprises a hGH fusion protein and a pharmaceutically acceptable carrier, wherein the hGH fusion protein is a fusion protein of a human growth hormone (hGH) and a hybrid Fc, wherein the hGH fusion protein comprises an amino acid sequence of SEQ ID NO: 1, and wherein the hGH fusion protein is administered once a week at a dose of 0.4 to 1.5mg per body weight kg of a patient. wherein the hGH fusion protein is a fusion protein of a human growth hormone (hGH) and a hybrid Fc, wherein the hGH fusion protein comprises an amino acid sequence of SEQ ID NO: 1, and wherein the hGH fusion protein is administered once a week at a dose of 0.4 to 1.5mg per body weight kg of a patient.
A method for manufacturing a lens, the method comprising: (a) providing a substrate comprising a recess in a first surface of the substrate; and (b) forming in or above the recess of the substrate a lens structure having a first desired lens surface and a second desired lens surface, wherein step (b) comprises: providing a sacrificial material having a shape in accordance with a first desired lens surface; applying the lens material to the sacrificial material to define the lens structure; shaping a side of the lens material facing away from the sacrificial material in accordance with a second desired lens surface, characterized in that step b) further comprises: mounting the structure comprising the sacrificial material and the lens material to the substrate such that the lens structure is arranged in or above the recess; and removing the sacrificial material; wherein the substrate is a wafer comprising a plurality of recesses; and wherein providing the sacrificial material comprises providing a wafer having arranged thereon the sacrificial material which comprises a plurality of portions shaped in accordance with the first desired lens surface. (a) providing a substrate comprising a recess in a first surface of the substrate; and (b) forming in or above the recess of the substrate a lens structure having a first desired lens surface and a second desired lens surface, providing a sacrificial material having a shape in accordance with a first desired lens surface; applying the lens material to the sacrificial material to define the lens structure; shaping a side of the lens material facing away from the sacrificial material in accordance with a second desired lens surface, characterized in that step b) further comprises: mounting the structure comprising the sacrificial material and the lens material to the substrate such that the lens structure is arranged in or above the recess; and removing the sacrificial material; mounting the structure comprising the sacrificial material and the lens material to the substrate such that the lens structure is arranged in or above the recess; and removing the sacrificial material; wherein the substrate is a wafer comprising a plurality of recesses; and wherein providing the sacrificial material comprises providing a wafer having arranged thereon the sacrificial material which comprises a plurality of portions shaped in accordance with the first desired lens surface.
Filter assembly for a surgical suction system, wherein the filter assembly has an intake fitting, an output fitting and a filter chamber, wherein the filter chamber is arranged between the intake fitting and the output fitting, wherein at least one filter element is arranged inside the filter chamber, wherein either at least a region of the filter element is constructed on the basis of at least one bone substitute material - preferably a bioresorbable bone substitute material or at least a region of the filter element is constructed on the basis of at least one support material - particularly on the basis of at least one plastic -, wherein at least one bone substitute material - preferably at least one bioresorbable bone substitute material - is arranged inside the filter element, and wherein autologous tissue components which are entrained in a fluid flowing through the filter assembly can be separated by the filter element.
A quick connect connection assembly, comprising: a quick connect, including: a first end; a second end; a first radially outward facing surface comprising: a first circumferential groove; and one or more apertures (72A-C) arranged circumferentially in the first circumferential groove; a first radially inward facing surface; a second radially inward facing surface; and, at least one aperture (66, 68) extending from the first radially outward facing surface to the first radially inward facing surface; a retaining clip arranged in the first circumferential groove and having one or more protrusions (92A-C), wherein each of the one or more protrusions (92A-C) engage each of the one or more apertures (72A-C), and an indicator tab operatively arranged to be removably secured to the quick connect, the indicator tab comprising a radio frequency identification tag and at least one arm (46, 48), wherein the at least one arm (46, 48) is arranged to extend through the at least one aperture (66, 68) and radially inward from the first radially inward facing surface. a first end; a second end; a first radially outward facing surface comprising: a first circumferential groove; and one or more apertures (72A-C) arranged circumferentially in the first circumferential groove; a first circumferential groove; and one or more apertures (72A-C) arranged circumferentially in the first circumferential groove; a first radially inward facing surface; a second radially inward facing surface; and, at least one aperture (66, 68) extending from the first radially outward facing surface to the first radially inward facing surface; a retaining clip arranged in the first circumferential groove and having one or more protrusions (92A-C), wherein each of the one or more protrusions (92A-C) engage each of the one or more apertures (72A-C), and an indicator tab operatively arranged to be removably secured to the quick connect, the indicator tab comprising a radio frequency identification tag and at least one arm (46, 48), wherein the at least one arm (46, 48) is arranged to extend through the at least one aperture (66, 68) and radially inward from the first radially inward facing surface.
Internal rotor motor, in particular electronically commutated internal rotor motor, comprising: A multipole stator; a laminated rotor core (37; 52, 54, 56) pivoted relative to said stator; a central recess provided in the laminated rotor core and into which a shaft is pressed, wherein said laminated rotor core comprises single sheets having central recesses comprising radially inner first sections, and said central recesses having second sections in the regions between said radially inner first sections, said second sections being spaced apart from the outside of said shaft in the mounted state, wherein at least a part of said single sheets of said laminated rotor core is arranged angularly offset to each other, and wherein at least at one end (52A, 528) of the laminated rotor core, a predetermined number of single sheets is not arranged angularly offset to each other. A multipole stator; a laminated rotor core (37; 52, 54, 56) pivoted relative to said stator; a central recess provided in the laminated rotor core and into which a shaft is pressed, wherein said laminated rotor core comprises single sheets having central recesses comprising radially inner first sections, and said central recesses having second sections in the regions between said radially inner first sections, said second sections being spaced apart from the outside of said shaft in the mounted state, wherein at least a part of said single sheets of said laminated rotor core is arranged angularly offset to each other, and wherein at least at one end (52A, 528) of the laminated rotor core, a predetermined number of single sheets is not arranged angularly offset to each other.
A board paddling training apparatus comprising: a board having a top surface, a bottom surface, a nose and a tail, the board further having left and right side rails coupled between the nose and the tail, the board having a buoyancy to support a rider laying on the top surface of the board at substantially a surface of a body of water; and one or more resistance mechanisms attached to and extending down from the bottom surface of the board, the one or more resistance mechanisms providing resistance against a forward movement of the board along the surface of the body of water; and an adjustment feature for adjusting the resistance of the one or more resistance mechanisms. a board having a top surface, a bottom surface, a nose and a tail, the board further having left and right side rails coupled between the nose and the tail, the board having a buoyancy to support a rider laying on the top surface of the board at substantially a surface of a body of water; and one or more resistance mechanisms attached to and extending down from the bottom surface of the board, the one or more resistance mechanisms providing resistance against a forward movement of the board along the surface of the body of water; and an adjustment feature for adjusting the resistance of the one or more resistance mechanisms.