mhurhangee/patent-ind-claim-en huggingface dataset:
A pump drive unit for conveying a process fluid having a common housing which surrounds a pump having an impeller for rotation about an axial direction (A) and a drive for the pump , having a shaft for driving the impeller which connects the drive to the pump , and having a restrictor which extends around the shaft and is arranged between the impeller and the drive , with the housing having a pump inlet and a pump outlet for the process fluid, with an inlet being provided for a barrier fluid through which the barrier fluid can be introduced into the drive and with an outlet being provided for the barrier fluid through which the barrier fluid can be drained from the housing , wherein the outlet and the inlet for the barrier fluid are in flow communication with one another through a line so that a cooling circuit is formed for the barrier fluid, with the cooling circuit comprising a heat exchanger , wherein a plurality of storage chambers for the barrier fluid are provided at the shaft in the region between the restrictor and the drive , said storage chambers are arranged behind one another with respect to the axial direction (A), and wherein respective two adjacent storage chambers being in flow communication with one another, and wherein the storage chambers have a total volume which is at least as large as the thermally induced volume change of the barrier fluid in the cooling circuit on a temperature reduction of the barrier fluid by a pre-definable value.
Telescopic sight adapter for mounting an attachment on a telescopic sight having an adapter housing and a fixing device arranged on the adapter housing to connect the adapter housing to the telescopic sight , characterised in that the fixing device has a shaft mounted to be rotatable in the adapter housing with a support surface rotatable between a release position and a locking position for positive support on the telescopic sight .
Arrangement comprising a - converter arrangement comprising at least one input AC voltage connection (E20a, E20b, E20c) at which an AC current can be fed in, and at least one output AC voltage connection (A20a, A20b, A20c) at which AC current can be drawn, - wherein the converter arrangement comprises at least one series circuit comprising at least two submodules connected in series, - wherein the submodules of the series circuit each comprise at least one rectifier module , one inverter module and one transformer module , and - wherein the outputs of the transformer modules are connected in parallel and form the output AC voltage connection (A20a, A20b, A20c) or at least one of the output AC voltage connections, characterized by an - arc furnace that is connected to the output AC voltage connection (A20a, A20b, A20c) or the output AC voltage connections of the converter arrangement . - converter arrangement comprising at least one input AC voltage connection (E20a, E20b, E20c) at which an AC current can be fed in, and at least one output AC voltage connection (A20a, A20b, A20c) at which AC current can be drawn, - wherein the converter arrangement comprises at least one series circuit comprising at least two submodules connected in series, - wherein the submodules of the series circuit each comprise at least one rectifier module , one inverter module and one transformer module , and - wherein the outputs of the transformer modules are connected in parallel and form the output AC voltage connection (A20a, A20b, A20c) or at least one of the output AC voltage connections, characterized by an - wherein the converter arrangement comprises at least one series circuit comprising at least two submodules connected in series, - wherein the submodules of the series circuit each comprise at least one rectifier module , one inverter module and one transformer module , and - wherein the outputs of the transformer modules are connected in parallel and form the output AC voltage connection (A20a, A20b, A20c) or at least one of the output AC voltage connections, - arc furnace that is connected to the output AC voltage connection (A20a, A20b, A20c) or the output AC voltage connections of the converter arrangement .
An adhesive polyurethane composition comprising the reaction product of: (A) a polymer component having a weight average molecular weight in the range of 500 to 100,000 Dalton, and containing an average per molecule of X nucleophilic functional groups containing an active hydrogen atom, wherein X represents a number having a value of at least 2; and (B) a cross-linking component obtained by reacting: (i) a polyisocyanate component having an average of at least Y isocyanate functions per molecule, wherein Y represents a number in the range from 1.8 to 6; (ii) at least one compound comprising a functional group that is curable by free-radical polymerisation and further comprising a nucleophilic functional group containing an active hydrogen atom; and (iii) at least one compound comprising a nucleophilic functional group containing an active hydrogen atom and which does not include a functional group that is curable by free-radical polymerisation; wherein the total degree of substitution of the polyisocyanate component (i) by the compounds (ii) and (iii) is at least 0.2 and no more than the lesser of 0.3Y and 0.8. (A) a polymer component having a weight average molecular weight in the range of 500 to 100,000 Dalton, and containing an average per molecule of X nucleophilic functional groups containing an active hydrogen atom, wherein X represents a number having a value of at least 2; and (B) a cross-linking component obtained by reacting: (i) a polyisocyanate component having an average of at least Y isocyanate functions per molecule, wherein Y represents a number in the range from 1.8 to 6; (ii) at least one compound comprising a functional group that is curable by free-radical polymerisation and further comprising a nucleophilic functional group containing an active hydrogen atom; and (iii) at least one compound comprising a nucleophilic functional group containing an active hydrogen atom and which does not include a functional group that is curable by free-radical polymerisation; wherein the total degree of substitution of the polyisocyanate component (i) by the compounds (ii) and (iii) is at least 0.2 and no more than the lesser of 0.3Y and 0.8. (i) a polyisocyanate component having an average of at least Y isocyanate functions per molecule, wherein Y represents a number in the range from 1.8 to 6; (ii) at least one compound comprising a functional group that is curable by free-radical polymerisation and further comprising a nucleophilic functional group containing an active hydrogen atom; and (iii) at least one compound comprising a nucleophilic functional group containing an active hydrogen atom and which does not include a functional group that is curable by free-radical polymerisation;
A vascularized in vitro perfusion device comprising an adaptable microcirculation, said device comprising: a supporting structure comprising a gel matrix, a fabricated network of microfluidic endothelial cell-lined channels, said fabricated network comprising an inlet channel, an outlet channel, and at least one cross channel connecting the inlet channel to the outlet channel, said cross channel positioned at least partially within the gel matrix, an inlet port in fluid communication with the fabricated network, and an outlet port in fluid communication with the fabricated network, and a neovasculature, said neovasculature being derived from intact native microvessels incorporated into the gel matrix and subject to maturing conditions, wherein the fabricated network is in vascular communication and lumen continuity with the neovasculature to form an adaptable microcirculation, and wherein the vascular communication is formed from endothelial sprouting and an inosculation between at least two sprouts respectively derived from the at least one cross channel of the fabricated network and the neovasculature such that said neovasculature is in lumen continuity with said at least one cross channel through the inosculation. a supporting structure comprising a gel matrix, a fabricated network of microfluidic endothelial cell-lined channels, said fabricated network comprising an inlet channel, an outlet channel, and at least one cross channel connecting the inlet channel to the outlet channel, said cross channel positioned at least partially within the gel matrix, an inlet port in fluid communication with the fabricated network, and an outlet port in fluid communication with the fabricated network, and a neovasculature, said neovasculature being derived from intact native microvessels incorporated into the gel matrix and subject to maturing conditions,
Device for suppressing interference signals for bipolar voltage sources , in particular for high-voltage sources in a drive train of an electric vehicle, comprising a positive supply line and a negative supply line of a voltage source and an amplifier circuit having a pre-amplifier , the input of which is symmetrically connected to the positive supply line and the negative supply line of the voltage source by means of a galvanically isolated tap in order to tap an interference signal, and having a power amplifier controlled by the pre-amplifier , the output of which power amplifier is symmetrically connected to the positive supply line and the negative supply line by an output capacitor (C3, C4) in each case in order to feed in a correction signal, characterised in that the positive supply line and the negative supply line has either a throttle between the position of the tap of the interference signal and the voltage source in each case, and/or has a higher impedance than between the position of the tap of the interference signal and a voltage source , and wherein the tap of the interference signal and the feed of the correction signal occurs in the same position of a supply line in each case.
A steering assembly for a bicycle , comprising: a front fork that includes an upper crown and a lower crown ; an upper cone configured to mount to the upper crown of the front fork, wherein the upper cone includes an upper cone threaded portion configured to thread into the upper crown , an upper cone bearing interface configured to interact with an upper bearing assembly seated in an upper portion of a head tube of a bicycle frame, and an upper cone tapered portion in between the upper cone threaded portion and the upper cone bearing interface; and a lower cone configured to mount to the lower crown of the front fork, wherein the lower cone includes a lower cone threaded portion configured to thread into the lower crown , a lower cone bearing interface configured to interact with a lower bearing assembly seated in a lower portion of the head tube of the bicycle frame, and a lower cone tapered portion in between the lower cone threaded portion and the lower cone bearing interface, the front fork further including a rigid crown connector that integrally connects the upper crown to the lower crown, such that tightening and loosening the mounting of the lower cone controls an amount of preload tension on both the lower bearing assembly and the upper bearing assembly , whereby tightening the lower cone within the lower crown results in more preload tension on both the upper bearing assembly and the lower bearing assembly , and whereby loosening the lower cone results in less preload tension on both the upper bearing assembly and the lower bearing assembly . a front fork that includes an upper crown and a lower crown ; an upper cone configured to mount to the upper crown of the front fork, wherein the upper cone includes an upper cone threaded portion configured to thread into the upper crown , an upper cone bearing interface configured to interact with an upper bearing assembly seated in an upper portion of a head tube of a bicycle frame, and an upper cone tapered portion in between the upper cone threaded portion and the upper cone bearing interface; and a lower cone configured to mount to the lower crown of the front fork, wherein the lower cone includes a lower cone threaded portion configured to thread into the lower crown , a lower cone bearing interface configured to interact with a lower bearing assembly seated in a lower portion of the head tube of the bicycle frame, and a lower cone tapered portion in between the lower cone threaded portion and the lower cone bearing interface, the front fork further including a rigid crown connector that integrally connects the upper crown to the lower crown, such that tightening and loosening the mounting of the lower cone controls an amount of preload tension on both the lower bearing assembly and the upper bearing assembly , whereby tightening the lower cone within the lower crown results in more preload tension on both the upper bearing assembly and the lower bearing assembly , and whereby loosening the lower cone results in less preload tension on both the upper bearing assembly and the lower bearing assembly .
A vehicle door seal structure comprising: a molding portion provided on a vehicle outer side of a belt line portion (BL); and at least one outer side weather strip provided integrally with the molding portion and having a tip end portion extending upward from a molding side base end portion toward a door window glass , wherein at least an outer side weather strip positioned at an uppermost portion includes a first hollow portion extending from the base end portion to the tip end portion, and a second hollow portion below the first hollow portion at the base end portion, characterized in that a partition wall portion separating the first hollow portion and the second hollow portion extends upward toward the door window glass from the base end portion to a tip end portion of the second hollow portion . a molding portion provided on a vehicle outer side of a belt line portion (BL); and at least one outer side weather strip provided integrally with the molding portion and having a tip end portion extending upward from a molding side base end portion toward a door window glass , wherein at least an outer side weather strip positioned at an uppermost portion includes a first hollow portion extending from the base end portion to the tip end portion, and a second hollow portion below the first hollow portion at the base end portion, characterized in that a partition wall portion separating the first hollow portion and the second hollow portion extends upward toward the door window glass from the base end portion to a tip end portion of the second hollow portion .
A beverage comprising flavorful acidic citrus fruit juice and citrus fruit juice, wherein the beverage has a ratio of the amount of naringin to the total amount of naringin, hesperidin, eriocitrin, narirutin, neohesperidin, and rutin, which is in the range of 0.10 to 0.50, and has a fruit juice content of not less than 1% and not more than 30%, wherein the flavorful acidic citrus fruit is selected from yuzu ( Citrus junos ), lemon (Citrus limon), lime ( Citrus aurantiifolia ), Citrus depressa, kabosu ( Citrus sphaerocarpa) , or sudachi ( Citrus sudachi ).
A composition comprising an RNA molecule in a dication containing solution wherein the RNA comprises a tumor cytotoxic nucleotide and is capable of increasing interferon in a subject.
A method at a first communication device for sharing resources with a second communication device, the method comprising: - determining , in response to having determined that the two communication devices are electronically connected to each other, that the two communication devices are capable of sharing at least one physical resource with each other; - initiating , in response to having determined that there is a need to share available resources between the communication devices, an exchange of device specific data relevant for the needed at least one physical resource sharing between the two communication devices; and - sharing the at least one physical resource between the communication devices. - determining , in response to having determined that the two communication devices are electronically connected to each other, that the two communication devices are capable of sharing at least one physical resource with each other; - initiating , in response to having determined that there is a need to share available resources between the communication devices, an exchange of device specific data relevant for the needed at least one physical resource sharing between the two communication devices; and - sharing the at least one physical resource between the communication devices.
A load cell for a scale having a measuring device for generating a temperature-dependent weight measurement signal corresponding to an acting weight and having at least one temperature sensor for measuring a temperature of the load cell , wherein a temperature-compensated weight can be calculated from the generated weight measurement signal and from the measured temperature by means of an evaluation unit, characterized in that the temperature sensor is configured as a temperature sensor which measures a temperature difference between a first point , namely a measurement point, of the load cell and a second point , namely a comparison point, of the load cell , namely as a single thermocouple measuring the temperature difference.
A speaker device comprising: a first speaker unit ; a first cabinet that houses the first speaker unit , the first cabinet being provided with a first baffle plate closing a front opening of the first cabinet ; an annular portion which is an annular member that is arranged on a side from which the first speaker unit radiates sound, and that surrounds a diaphragm of the first speaker unit , wherein the first speaker is attached to the first baffle plate with the annular portion disposed therebetween; a second cabinet provided with a second baffle plate at its front and arranged inside the annular portion ; a second speaker unit that radiates sound in a direction in which the first speaker unit radiates sound and that is stored in the second cabinet , wherein the first speaker unit and the second speaker unit are arranged such that their respective voice coils have a common axis; an annular sound path which is formed by the second cabinet together with the annular portion and being positioned on a sound radiation side of the first speaker unit and arranged annularly so as to surround the diaphragm of the first speaker unit , wherein the annular sound path guides sound radiated from the first speaker unit to outside the first cabinet through a slit , the slit being provided between the first baffle plate and a second baffle plate ; a resonant space defined by a resonant portion and having a plurality of apertures communicating with the annular sound path ; and a sound absorber arranged in the resonant space . a first speaker unit ; a first cabinet that houses the first speaker unit , the first cabinet being provided with a first baffle plate closing a front opening of the first cabinet ; an annular portion which is an annular member that is arranged on a side from which the first speaker unit radiates sound, and that surrounds a diaphragm of the first speaker unit , wherein the first speaker is attached to the first baffle plate with the annular portion disposed therebetween; a second cabinet provided with a second baffle plate at its front and arranged inside the annular portion ; a second speaker unit that radiates sound in a direction in which the first speaker unit radiates sound and that is stored in the second cabinet , wherein the first speaker unit and the second speaker unit are arranged such that their respective voice coils have a common axis; an annular sound path which is formed by the second cabinet together with the annular portion and being positioned on a sound radiation side of the first speaker unit and arranged annularly so as to surround the diaphragm of the first speaker unit , wherein the annular sound path guides sound radiated from the first speaker unit to outside the first cabinet through a slit , the slit being provided between the first baffle plate and a second baffle plate ; a resonant space defined by a resonant portion and having a plurality of apertures communicating with the annular sound path ; and a sound absorber arranged in the resonant space .
A non-therapeutic method of controlling house flies comprising applying a mixture comprising an effective amount of sabadilla alkaloids and at least one essential oil to the house flies or the house flies' environment, wherein the at least one essential oil comprises eugenol.
A recombinant herpes simplex virus-2 (HSV-2) having a deletion of an HSV-2 U S 6 gene in the genome thereof and comprising a herpes simplex virus-1 (HSV-1) glycoprotein D on a lipid bilayer thereof for use in the treatment or prevention of an HSV-1 infection or an HSV-2 infection in a subject.
A computer-based method of virtually planning a dental prosthesis, said method comprising providing scan data of an anatomical situation of an oral cavity of a patient; creating an envelope guide in the oral cavity of a patient wherein the envelope guide rests against the mandibula or maxilla of the patient and is worked to comprise a patient specific buccal support surface for facial tissue; providing envelope data by digitizing said envelope guide , said envelope data comprising data of an envelope portion of said envelope guide, said envelope portion corresponding to said support surface for facial tissue, which support surface is desired to result when said dental prosthesis is installed in said oral cavity of said patient; virtually simulating an outer envelope of a desired dental prosthesis in said oral cavity based on said envelope data of said envelope portion; virtually adjusting said desired dental prosthesis relative to said simulated outer envelope, virtually positioning at least one dental implant for anchoring said dental prosthesis based on said virtually adjusted desired dental prosthesis; and generating production data for producing a dental prosthesis in the form of an implant supported pre-denture and a surgical drill template based on said virtually adjusted desired dental prosthesis and said at least one virtually positioned dental implant.