mhurhangee/ep-ind-claims huggingface dataset:
A nanopore membrane based sequencing device, comprising: a plurality of nanopore sensors, each nanopore sensor having a portion for receiving a fluid; a fluid chamber configured to guide the fluid over the plurality of nanopore sensors, wherein at least a portion of the fluid chamber is made of an elastomer material that has been injection molded around at least a portion of an electrode, wherein the material that has been molded is configured to create raised dividers on a surface of the electrode and configured to guide the fluid along a winding length of the fluid chamber; and an inlet configured to deliver the fluid into the fluid chamber. a plurality of nanopore sensors, each nanopore sensor having a portion for receiving a fluid; a fluid chamber configured to guide the fluid over the plurality of nanopore sensors, wherein at least a portion of the fluid chamber is made of an elastomer material that has been injection molded around at least a portion of an electrode, wherein the material that has been molded is configured to create raised dividers on a surface of the electrode and configured to guide the fluid along a winding length of the fluid chamber; and an inlet configured to deliver the fluid into the fluid chamber.
A liquid level measurement sensor system comprising: an inner covering; an outer covering surrounding an outer periphery of the inner covering; a space defined between the inner and outer coverings; at least one outer capacitive sense element positioned in the space between the inner and outer coverings, wherein the outer capacitive sense element is configured and adapted to measure a liquid level; and at least one inner referential capacitive sense element positioned within the inner covering, wherein the inner referential capacitive sense element configured and adapted to compensate for environmental changes, and characterized in that the at least one outer capacitive sense element is a plurality of outer capacitive sense elements arranged in a longitudinal array, wherein the at least one inner referential capacitive sense element is a plurality of inner referential capacitive sense elements arranged in a longitudinal array, wherein each of the outer capacitive sense elements are positioned even with a respective one of the inner referential capacitive sense elements to form respective capacitive sensor element pairs, wherein each capacitive sensor element pair is spaced apart from one another along a length of the inner covering. an inner covering; an outer covering surrounding an outer periphery of the inner covering; a space defined between the inner and outer coverings; at least one outer capacitive sense element positioned in the space between the inner and outer coverings, wherein the outer capacitive sense element is configured and adapted to measure a liquid level; and at least one inner referential capacitive sense element positioned within the inner covering, wherein the inner referential capacitive sense element configured and adapted to compensate for environmental changes, and characterized in that the at least one outer capacitive sense element is a plurality of outer capacitive sense elements arranged in a longitudinal array, wherein the at least one inner referential capacitive sense element is a plurality of inner referential capacitive sense elements arranged in a longitudinal array, wherein each of the outer capacitive sense elements are positioned even with a respective one of the inner referential capacitive sense elements to form respective capacitive sensor element pairs, wherein each capacitive sensor element pair is spaced apart from one another along a length of the inner covering.
Method for the production of tools or components, which are based on tungsten carbide based cemented carbide or titanium carbonitride based materials, using the powder injection moulding method comprising: - wet milling of raw materials being hard constituents powder and metallic binder powder, water and/or alcohol, a granulating agent being a nonpolar wax together with 0.1-1.2 wt% carboxylic acid, thereby forming a slurry, - drying the slurry into granulated powder, - mixing of the granulated powder with an organic binder system, consisting of 30-60 wt-% olefinic polymers and 40-70 wt-% nonpolar waxes, acting as a carrier for the powder, - injection moulding to obtain a part, - debinding the part - presintering the debinded part, - sintering the part, characterised in that the metallic binder powder has been granulated with a nonpolar wax. - wet milling of raw materials being hard constituents powder and metallic binder powder, water and/or alcohol, a granulating agent being a nonpolar wax together with 0.1-1.2 wt% carboxylic acid, thereby forming a slurry, - drying the slurry into granulated powder, - mixing of the granulated powder with an organic binder system, consisting of 30-60 wt-% olefinic polymers and 40-70 wt-% nonpolar waxes, acting as a carrier for the powder, - injection moulding to obtain a part, - debinding the part - presintering the debinded part, - sintering the part,
A method of cooling a sheet which is formed in a hot stamping die or mould, the method comprising the steps of: a) providing a hot stamping die or mould comprising an amount of liquid on its surface between 0.12*ST and 4.8*ST in g/dm 2, being ST the thickness of the sheet in mm, wherein at least part of the liquid is in the form of droplets; b) placing the sheet, which has been heated, in the hot stamping die or mould in direct contact with the liquid; c) forming the sheet; and d) cooling the sheet after forming at a very fast cooling rate of 107 K/s or more up to a temperature of 550oC and with a low cooling rate of 14 K/s or less from 190oC downwards, wherein the very fast cooling comprises the cooling of the sheet using the latent heat of evaporation of a liquid. a) providing a hot stamping die or mould comprising an amount of liquid on its surface between 0.12*ST and 4.8*ST in g/dm 2, being ST the thickness of the sheet in mm, wherein at least part of the liquid is in the form of droplets; b) placing the sheet, which has been heated, in the hot stamping die or mould in direct contact with the liquid; c) forming the sheet; and d) cooling the sheet after forming at a very fast cooling rate of 107 K/s or more up to a temperature of 550oC and with a low cooling rate of 14 K/s or less from 190oC downwards, wherein the very fast cooling comprises the cooling of the sheet using the latent heat of evaporation of a liquid.
A centrifugal pump (1, 101), including an apparatus for the removal of particles, wherein the centrifugal pump includes an impeller (6, 106), wherein a fluid (2, 102) can be conveyed by means of the impeller (6, 106) through a suction passage (5, 105) from a suction stub (3, 103) to a pressure stub (4, 104), wherein the impeller (6, 106) is rotatable in a stator (7, 107), wherein a gap (9, 19, 109) is arranged between the stator (7, 107) and the impeller (6, 106), wherein the gap (9, 19, 109) opens into a storage space (11, 21, 111) for particles, characterized in that the storage space (11, 21, 111) is in communication with the suction passage (5, 105) via a return line (12, 112) running through the stator (7, 107).
A laminate for coating a board-shaped wood material having at least one paper web impregnated with an artificial resin, and a varnish layer applied to the paper web, characterized in that the laminate with the cured varnish layer is covered with a material web.
A method for preparing the pyripyropene compound of the formula I the method comprising the following steps: i) subjecting a pyripyropene compound of formula II to an alkaline hydrolysis to yield a pyripyropene compound of the formula III, ii) reacting the pyripyropene compound of formula III obtained in step i) with cyclopropane carbonyl chloride to yield a raw product containing the pyripyropene compound of formula I; iii) subjecting the raw product of step ii) to crystallization to yield a crystalline pyripyropene compound of formula I and a mother liquor; and iv) recycling the mother liquor or a pyripyropene compound containing fraction thereof to the alkaline hydrolysis of step i). i) subjecting a pyripyropene compound of formula II to an alkaline hydrolysis to yield a pyripyropene compound of the formula III, ii) reacting the pyripyropene compound of formula III obtained in step i) with cyclopropane carbonyl chloride to yield a raw product containing the pyripyropene compound of formula I; iii) subjecting the raw product of step ii) to crystallization to yield a crystalline pyripyropene compound of formula I and a mother liquor; and iv) recycling the mother liquor or a pyripyropene compound containing fraction thereof to the alkaline hydrolysis of step i).
A method for transmitting a frame from a station, STA, to an access point, AP, of a wireless communication system, the method comprising: calculating a partial association ID, Partial AID, on the basis of a formula (BSSID[39:47]mod(2 9 -1))+1, where 'BSSID' denotes a basic service set ID, BSSID, of the AP and 'mod()' denotes a modulo operation; and transmitting the frame including a field set to a specific value corresponding to the calculation result of the partial AID to the AP. calculating a partial association ID, Partial AID, on the basis of a formula (BSSID[39:47]mod(2 9 -1))+1, where 'BSSID' denotes a basic service set ID, BSSID, of the AP and 'mod()' denotes a modulo operation; and transmitting the frame including a field set to a specific value corresponding to the calculation result of the partial AID to the AP.
Switchgear device comprising a power supply unit integrated into a common housing, and comprising at least two drive switching elements (30, 32), wherein the power supply unit can be supplied with an external supply voltage and an external load can be connected to the two drive switching elements (30, 32), characterized in that an overload identification system common to both drive switching elements (30, 32), a circuit-breaker function common to both drive switching elements (30, 32), and a control circuit suitable for common driving for both drive switching elements (30, 32) are likewise integrated into the housing.
An upper structure for a shoe, said upper structure including an upper to cover a foot of a shoe wearer, wherein said upper comprises a medial side region and a lateral side region, wherein a portion of said medial side region of said upper is formed of an expandable part, and said lateral side region of said upper and the remaining portions of said medial side region of said upper are formed of a non-expandable part, wherein said expandable part at said portion of said medial side region of said upper is disposed along a midfoot region, M, at an area that corresponds to the medial longitudinal arch of the foot or at a portion of the area of the medial longitudinal arch, wherein the medial longitudinal arch is a region that extends from the sustentaculum tail portion of the calcaneus through the navicular bone and the first cuneiform bone to the distal end of the first metatarsus, that is, the thenar eminence region of the foot, wherein, at an instep top portion of the upper, an aperture is formed which extends forwardly in connection with an opening for insertion of a foot; wherein a tongue portion is disposed in said aperture; characterized in that said tongue portion is integrated with said medial side region of said upper. wherein said upper comprises a medial side region and a lateral side region, wherein a portion of said medial side region of said upper is formed of an expandable part, and said lateral side region of said upper and the remaining portions of said medial side region of said upper are formed of a non-expandable part, wherein said expandable part at said portion of said medial side region of said upper is disposed along a midfoot region, M, at an area that corresponds to the medial longitudinal arch of the foot or at a portion of the area of the medial longitudinal arch, wherein the medial longitudinal arch is a region that extends from the sustentaculum tail portion of the calcaneus through the navicular bone and the first cuneiform bone to the distal end of the first metatarsus, that is, the thenar eminence region of the foot, wherein, at an instep top portion of the upper, an aperture is formed which extends forwardly in connection with an opening for insertion of a foot; wherein a tongue portion is disposed in said aperture; characterized in that said tongue portion is integrated with said medial side region of said upper.
A mixing vessel, comprising: a vessel body comprising a bottom panel and a vessel wall upwardly extended from the border of said bottom panel, said bottom panel comprising a top surface, an opposing bottom surface and an opening cut through said top surface and said bottom surface; a clamping device connected to said bottom panel of said vessel body and clamped on said top surface and said bottom surface of said bottom panel; and a stirrer inserted through said opening of said bottom panel of said vessel body and connected to said clamping device; wherein said clamping device comprises a pressure plate and a bottom block, said pressure plate being pressed on said top surface of said bottom panel of said vessel body, said bottom block supporting said bottom surface of said bottom panel of said vessel body; said stirrer is connected to said bottom block and clamped on said pressure plate; wherein said pressure plate comprises a circular body portion and an extend wall, said circular body portion comprising a through hole disposed in communication with said opening of said bottom panel of said vessel body, said extend wall extending downwardly from said circular body portion around said through hole. a vessel body comprising a bottom panel and a vessel wall upwardly extended from the border of said bottom panel, said bottom panel comprising a top surface, an opposing bottom surface and an opening cut through said top surface and said bottom surface; a clamping device connected to said bottom panel of said vessel body and clamped on said top surface and said bottom surface of said bottom panel; and a stirrer inserted through said opening of said bottom panel of said vessel body and connected to said clamping device; wherein said clamping device comprises a pressure plate and a bottom block, said pressure plate being pressed on said top surface of said bottom panel of said vessel body, said bottom block supporting said bottom surface of said bottom panel of said vessel body; said stirrer is connected to said bottom block and clamped on said pressure plate; wherein said pressure plate comprises a circular body portion and an extend wall, said circular body portion comprising a through hole disposed in communication with said opening of said bottom panel of said vessel body, said extend wall extending downwardly from said circular body portion around said through hole.
A method of weight determination of a load carried by a lifter of a lifting device, whereby the weight determination is based on at least one upward and one downward displacement of the lifter, whereby the lifter is displaced by means of a hydraulic actuator comprised by a hydraulic system, whereby, during the upward and downward displacement of the lifter, a pressure in the hydraulic system is measured by means of a pressure sensor, thereby providing a pressure signal, and a parameter dependent on the position of the lifter is measured by means of a meter, thereby providing a position signal, and whereby the weight of the load is determined on the basis of the pressure signal and the position signal, wherein the position signal is registered as a function of time, wherein an acceleration dependent parameter is determined on the basis of the variation of the position signal, and wherein the weight determination is performed in dependence of said acceleration dependent parameter, charcterized in that during the upward and downward displacement of the lifter, the flow of a hydraulic fluid through the hydraulic system is limited by a bi-directional flow controller, such that the hydraulic fluid is supplied to an inlet opening of the bi-directional flow controller, said hydraulic fluid then flows through a first one-way valve, a central path, a flow limiting valve and exits the central path through a fourth one-way valve and an outlet opening to the hydraulic actuator, and wherein during the downward displacement of the lifter, the flow of a hydraulic fluid through the hydraulic system is limited by the bi-directional flow controller, such that the hydraulic fluid flows through the outlet opening of the bi-directional flow controller, said hydraulic fluid then flows through a second one-way valve, the central path, the flow limiting valve and exits the central path through a third one-way valve and the inlet opening, towards a hydraulic tank.
A pharmaceutical composition for use in preventing or treating an inflammatory skin disease, the composition comprising a peptide consisting of an amino acid sequence of SEQ ID NO: 1 or an N-terminally or C-terminally protected derivative thereof as an active ingredient.
An armor unit for constructing armor layers of mound breakwaters, revetments and groins for shore protection and hydraulic and maritime structures, the armor unit comprising a shape selected from a solid cubic shape and a solid parallelepiped shape and being made of concrete, characterized in that the armor unit further comprising a protrusion on each face of the armor unit, said protrusion being arranged so as to be centered in both a length direction and a height direction on the face, having a shape selected among pyramidal, truncated pyramidal, conical, frusto-conical and hemispherical shape, and also being made of concrete, such that the protrusion provokes a random placement of the armor unit, prevents a coupling between faces of adjacent armor units and increases interlocking of the armor unit with an underlayer of quarrystone, during the construction process and throughout the structure's lifetime.
A modular system for fastening an underfloor component to different vehicle bodies of rail vehicles, comprising: at least one underfloor component with a container for receiving and fastening a rail vehicle component in the container; at least first fastening elements (2, 2a, 2b) for fastening the underfloor component to a first vehicle body (10, 20) and at least second fastening elements (2, 2a, 2b) for fastening the underfloor component to a second vehicle body which is different from the first vehicle body, the fastening elements (2, 2a, 2b) being designed for load-bearing fastening of the underfloor component to the respective vehicle body (10, 20), and the second fastening elements (2, 2a, 2b) being different from the first fastening elements (2, 2a, 2b), and wherein the first and second fastening elements (2, 2a, 2b) each comprise an identical interface (21, 22) for fastening the respective fastening element (2, 2a, 2b) to the container of the underfloor component, and wherein the first fastening elements (2, 2a, 2b) each comprise a first interface (23, 24) for fastening the first fastening element to the first vehicle body and the second fastening elements (2, 2a, 2b) each comprise a second interface (23, 24) for fastening the second fastening element to the second vehicle body, such that the underfloor component can be attached to the different vehicle bodies (10, 20) without further adaptation of the container and by selecting the respective fastening elements (2, 2a, 2b). at least one underfloor component with a container for receiving and fastening a rail vehicle component in the container; at least first fastening elements (2, 2a, 2b) for fastening the underfloor component to a first vehicle body (10, 20) and at least second fastening elements (2, 2a, 2b) for fastening the underfloor component to a second vehicle body which is different from the first vehicle body, the fastening elements (2, 2a, 2b) being designed for load-bearing fastening of the underfloor component to the respective vehicle body (10, 20), and the second fastening elements (2, 2a, 2b) being different from the first fastening elements (2, 2a, 2b), and wherein the first and second fastening elements (2, 2a, 2b) each comprise an identical interface (21, 22) for fastening the respective fastening element (2, 2a, 2b) to the container of the underfloor component, and wherein the first fastening elements (2, 2a, 2b) each comprise a first interface (23, 24) for fastening the first fastening element to the first vehicle body and the second fastening elements (2, 2a, 2b) each comprise a second interface (23, 24) for fastening the second fastening element to the second vehicle body, such that the underfloor component can be attached to the different vehicle bodies (10, 20) without further adaptation of the container and by selecting the respective fastening elements (2, 2a, 2b).
A stable dermal filler formulation comprising a hyaluronic acid, a Vitamin C selected from sodium ascorbyl phosphate and ascorbic acid 2-glycoside, and an aminoamide local anesthetic selected from the group consisting of articaine, bupivacaine, cinchocaine (dibucaine), etidocaine, levobupivacaine, lidocaine (lignocaine), mepivacaine, piperocaine, prilocaine, ropivacaine, and trimecaine.
A process for preparing an 11-halo-3-undecene compound of the following general formula: CH 3 CH 2 CHCH(CH 2) 7 X 1 in which X 1 represents a halogen atom, the process comprising a step of subjecting a nucleophilic reagent, 3-hexenyl compound, of the following general formula: CH 3 CH 2 CH=CH(CH 2) 2 M 2 in which M 2 represents Li or MgZ 2, wherein Z 2 represents a halogen atom or a 3 -hexenyl group, to a coupling reaction with a 1-halo-5-halopentane compound of the general formula: X 3 (CH 2) 5 X 4 in which X 3 and X 4 may be same with or different from each other and represent a halogen atom, to produce the 11-halo-3-undecene compound. in which X 1 represents a halogen atom, the process comprising a step of subjecting a nucleophilic reagent, 3-hexenyl compound, of the following general formula: CH 3 CH 2 CH=CH(CH 2) 2 M 2 in which M 2 represents Li or MgZ 2, wherein Z 2 represents a halogen atom or a 3 -hexenyl group, to a coupling reaction with a 1-halo-5-halopentane compound of the general formula: X 3 (CH 2) 5 X 4 in which X 3 and X 4 may be same with or different from each other and represent a halogen atom, to produce the 11-halo-3-undecene compound.
A composition comprising nanoparticles comprising sirolimus and an albumin for use in a method of treating a malignant perivascular epithelioid cell tumor (PEComa) in an individual, wherein the method comprises administering the nanoparticle composition intravenously and wherein sirolimus is administered to the individual at a dose of 10 mg/m 2 to 150 mg/m 2.
Fuse with at least one melting member which is suitable for interrupting each electric circuit extending there-through and which comprises a body consisting of electric insulating material and surrounding each disposable melting member, which is adjusted to each nominal value of the electric current and electrically connected to electric contact terminals (11, 12), which are located on the external surface of said body of the fuse and via which said fuse is electrically connectable into each disposable primary electric circuit (C'), which is then by means of said fuse protected against excess current, said fuse, said fuse further comprises a resistor, said resistor is located adjacent to said melting member and in a thermal-conductive relationship with said melting member, and wherein said resistor is electrically connected into a secondary electric circuit (C"), which includes at least one switch,, which can be activated in need and independently on situation within the primary electric circuit (C'), characterized in that said resistor is a voltage dependent resistor, i.e. a varistor, the electric resistance of the voltage dependent resistor is inversely proportional to voltage to which it is exposed.