mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for determining the peritoneal pressure in the abdomen of a patient and/or for determining the drainage state of the abdomen of a patient, wherein the apparatus comprises at least one pump for conveying a dialysis solution into the abdomen as well as at least one measurement device for measuring the pressure in the dialysis solution, wherein the apparatus comprises at least one control unit that is configured such that it controls the pump and the measurement device such that a first measurement of the pressure is carried out by the measurement device with a stationary pump to obtain a first measured pressure value, subsequently puts the pump into operation to convey a partial volume of the total inflow volume of the dialysis solution into the abdomen, and then stops the pump, and then a second measurement of the pressure is carried out by the measurement device to obtain a second measured pressure value, characterized in that the apparatus comprises at least one evaluation unit that is configured such that it determines the difference between both measured pressure values and determines the drainage state of the abdomen and/or the peritoneal pressure from the determined difference, with the evaluation unit being configured such that a conclusion is drawn on a drained abdomen when the difference between the two pressure values exceeds a specific absolute or relative limit value.
Milling tool - with a supporting body, which -- has the shape of a disk and is rotationally drivable in a direction of rotation, -- has an opening coaxial to a central axis of rotation for accommodating a rotationally drivable spindle of an angle grinder, -- has an upper side and an underside, and -- is formed as a composite body of fibre-reinforced plastic, - with a number n of cutting elements, which -- are arranged in cutting element chambers formed in the outer area of the supporting body radially to the axis of rotation, the cutting element chambers being open towards the underside of the supporting body, wherein one cutting element is replaceably arranged in each of the cutting element chambers, and -- each have a cutting edge, which --- protrudes beyond the underside of the supporting body, characterised in that for the use on angle grinders, the supporting body consists of a number m of glass fibre fabric plies coated with epoxy resin, wherein the number m of plies is such that 10 < = m < = 80. - with a supporting body, which -- has the shape of a disk and is rotationally drivable in a direction of rotation, -- has an opening coaxial to a central axis of rotation for accommodating a rotationally drivable spindle of an angle grinder, -- has an upper side and an underside, and -- is formed as a composite body of fibre-reinforced plastic, -- has the shape of a disk and is rotationally drivable in a direction of rotation, -- has an opening coaxial to a central axis of rotation for accommodating a rotationally drivable spindle of an angle grinder, -- has an upper side and an underside, and -- is formed as a composite body of fibre-reinforced plastic, - with a number n of cutting elements, which -- are arranged in cutting element chambers formed in the outer area of the supporting body radially to the axis of rotation, the cutting element chambers being open towards the underside of the supporting body, wherein one cutting element is replaceably arranged in each of the cutting element chambers, and -- each have a cutting edge, which --- protrudes beyond the underside of the supporting body, characterised in that for the use on angle grinders, the supporting body consists of a number m of glass fibre fabric plies coated with epoxy resin, wherein the number m of plies is such that 10 < = m < = 80. -- are arranged in cutting element chambers formed in the outer area of the supporting body radially to the axis of rotation, the cutting element chambers being open towards the underside of the supporting body, wherein one cutting element is replaceably arranged in each of the cutting element chambers, and -- each have a cutting edge, which --- protrudes beyond the underside of the supporting body, --- protrudes beyond the underside of the supporting body,
Surface-modified phosphor particles based on luminescent particles which comprise at least one luminescent compound selected from the group of (Y,Gd,Lu,Sc,Sm,Tb) 3 (Al,Ga) 5 O 12:Ce (with or without Pr), YSiO 2 N:Ce, Y 2 Si 3 O 3 N 4:Ce, Gd 2 Si 3 O 3 N 4:Ce, BaMgAl 10 O 17:Eu (with or without Mn), Sr 4 Al 14 O 25:Eu, (Ca,Sr,Ba)Si 2 N 2 O 2:Eu, SrSiAl 2 O 3 N 2:Eu, (Ca,Sr,Ba) 2 Si 5 N 8:Eu, (Ca,Sr,Ba)SiN 2:Eu, CaAlSiN 3:Eu, molybdates, tungstates, vanadates, in each case individually or mixtures thereof with one or more activator ions, such as Ce, Eu, Mn, Cr, Tb and/or Bi, where (Ca,Sr,Ba) 2 SiO 4 and other silicates having one or more activator ions, such as Eu, Ce and Mn, and/or codopants based on Fe, Cu and/or Zn are excluded as luminescent compounds, characterised in that at least one inorganic layer comprising oxides or hydroxides of Si, Al, Zr, Zn, Ti and/or mixtures thereof and an organic coating comprising organosilanes or polyorganosiloxanes (silicones) and/or mixtures thereof is applied to the luminescent particles.
A method for detecting a change in electrical properties in a system powered at least in part by a power delivery network, wherein the method comprises: in response to a load generated, by a signal generator, on the power delivery network: measuring, using one or more sensors (402 1, 402 2,...402 N) located on the power delivery network, noise induced in the power delivery network in response to the load; determining, based on the measured noise, a dynamic-response property of the power delivery network; and comparing the dynamic-response property of the power delivery network to a reference dynamic-response property of the power delivery network based on a predetermined load and, in the event of a difference between the dynamic-response property and the reference dynamic-response property, triggering a response to the event, the reference dynamic-response property corresponding to a noise response of the power delivery network in response to arbitrary signals applied to the power delivery network. measuring, using one or more sensors (402 1, 402 2,...402 N) located on the power delivery network, noise induced in the power delivery network in response to the load; determining, based on the measured noise, a dynamic-response property of the power delivery network; and comparing the dynamic-response property of the power delivery network to a reference dynamic-response property of the power delivery network based on a predetermined load and, in the event of a difference between the dynamic-response property and the reference dynamic-response property, triggering a response to the event, the reference dynamic-response property corresponding to a noise response of the power delivery network in response to arbitrary signals applied to the power delivery network.
A method of sealing a well penetrating a formation and in fluid communication therewith through perforations in a tubular with a sealant at a desired location in the well, comprising: selecting a preexisting fluid pathway (2,6,8) extending between a production platform and a desired sealing location in the well to be sealed with the sealant; determining, for the well to be sealed, a desired quantity of sealant having known flow qualities, to be delivered in fluid form to the sealing location of the well; determining, based on the flow qualities of the sealant in fluid form and the flow qualities of the preexisting fluid pathway, a time needed to deliver the desired quantity of the sealant in fluid form to the sealing location in the well; determining, based on the time required to deliver the desired quantity of the sealant in fluid form to the sealing location in the well, whether the sealant will maintain the fluid form until it reaches the sealing location using the preexisting fluid pathway; if necessary, changing one or more qualities of the sealant to a modified desired sealant composition so that the desired quantity of the modified sealant will reach the sealing location in the well while in the fluid form; and transporting one of the desired quantity of sealant or the modified sealant, in fluid form, through the preexisting fluid pathway between the production platform and the desired sealing location in the well to be sealed. selecting a preexisting fluid pathway (2,6,8) extending between a production platform and a desired sealing location in the well to be sealed with the sealant; determining, for the well to be sealed, a desired quantity of sealant having known flow qualities, to be delivered in fluid form to the sealing location of the well; determining, based on the flow qualities of the sealant in fluid form and the flow qualities of the preexisting fluid pathway, a time needed to deliver the desired quantity of the sealant in fluid form to the sealing location in the well; determining, based on the time required to deliver the desired quantity of the sealant in fluid form to the sealing location in the well, whether the sealant will maintain the fluid form until it reaches the sealing location using the preexisting fluid pathway; if necessary, changing one or more qualities of the sealant to a modified desired sealant composition so that the desired quantity of the modified sealant will reach the sealing location in the well while in the fluid form; and transporting one of the desired quantity of sealant or the modified sealant, in fluid form, through the preexisting fluid pathway between the production platform and the desired sealing location in the well to be sealed.
A strain of Lactobacillus curvatus deposited in the Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH (DSMZ) under the accession number DSM 18775 characterized in that it has the ability at a temperature ranging from 2 to 10oC of inhibiting the growth of at least one food-borne pathogenic bacterium without causing sensory changes in food.
A compound of the general formula, cyclo[P 1 -P 2 -P 3 -P 4 -P 5 -P 6 -P 7 -P 8 -P 9 -P 10 -P 11 -P 12 -T 1 -T 2] wherein the single elements T or P are connected in either direction from the carbonyl (C=O) point of attachment to the nitrogen of the next element and wherein T 1 is D Pro; T 2 is Pro; Pro( OH); Pro( OBn); Pic; or Tic; P 1 is Ala(CF 3); Ala(2ClPhUr); Ala(4ClPhUr); Leu; Ile; Val; Nva; Trp; Phe, Tyr; Tza; or Thr; P 2 is Ala; Abu; Ala(2ClPhUr); Ala(3PyrMeUr); Ala(4butoxyPhUr); Ala( i PrUr); Dab(2PyrMe); Dap; Dap(2,3-OHpropionyl); Dap(AcThr); Dap( i Pr); Dap(Thr); Ser; Ser(Me); Hse; Thr; allo Thr; Asp; Asn; or Gly; P 3 is Chg; Cha; t BuGly; Phe; Phe (4NH 2); Phe; Tyr; Phe(4CF 3); Tyr; Tyr(Me); or Trp; P 4 is Dab; Dab(2PyrMe); Dap; Orn; or Arg; P 5 is Lys; Orn; Orn( i Pr); Dap; Dab; or Arg; P 6 is Dab; D Dab; or Pip; P 7 is Dab; Dab(2PyrMe); Dap; Orn; Arg; or D Dab; P 8 is Trp; P 9 is Hse; Dab; Dap; Arg; or Lys; P 10 is t BuGly; Ile; Val; Nva; Chg; Cha; Trp; Tyr; Tyr(Me); or Phg; P 11 is Ala; Ser; Ser(Me); Tza; Agp; Tyr; Dab; Thr; Asn; Asp; or D Ala; and P 12 is Ser; Thr; Dap; Ala( i PrUr); Leu; or Tyr; or a pharmaceutically acceptable salt thereof; with the proviso that if P 2 is Ala(2ClPhUr); Ala(3PyrMeUr); Ala(4butoxyPhUr); Ala( i PrUr); Dab(2PyrMe); Dap; Dap(2,3-OHpropionyl); Dap(AcThr); Dap( i Pr); Dap(Thr); Ser(Me); Asp; or Asn; then P 11 is Ala; Ser; Ser(Me); Thr; Asn; Asp; or D Ala. T 1 is D Pro; T 2 is Pro; Pro( OH); Pro( OBn); Pic; or Tic; P 1 is Ala(CF 3); Ala(2ClPhUr); Ala(4ClPhUr); Leu; Ile; Val; Nva; Trp; Phe, Tyr; Tza; or Thr; P 2 is Ala; Abu; Ala(2ClPhUr); Ala(3PyrMeUr); Ala(4butoxyPhUr); Ala( i PrUr); Dab(2PyrMe); Dap; Dap(2,3-OHpropionyl); Dap(AcThr); Dap( i Pr); Dap(Thr); Ser; Ser(Me); Hse; Thr; allo Thr; Asp; Asn; or Gly; P 3 is Chg; Cha; t BuGly; Phe; Phe (4NH 2); Phe; Tyr; Phe(4CF 3); Tyr; Tyr(Me); or Trp; P 4 is Dab; Dab(2PyrMe); Dap; Orn; or Arg; P 5 is Lys; Orn; Orn( i Pr); Dap; Dab; or Arg; P 6 is Dab; D Dab; or Pip; P 7 is Dab; Dab(2PyrMe); Dap; Orn; Arg; or D Dab; P 8 is Trp; P 9 is Hse; Dab; Dap; Arg; or Lys; P 10 is t BuGly; Ile; Val; Nva; Chg; Cha; Trp; Tyr; Tyr(Me); or Phg; P 11 is Ala; Ser; Ser(Me); Tza; Agp; Tyr; Dab; Thr; Asn; Asp; or D Ala; and P 12 is Ser; Thr; Dap; Ala( i PrUr); Leu; or Tyr;
A method of reporting channel state information, CSI, by a user equipment, UE (10, 20), in a wireless communication system, the method comprising: configuring a plurality of mini-slot sets included in a slot N-k as a reference resource; and reporting to a base station, BS, all CSIs for the plurality of mini-slot sets in a slot N, wherein the CSIs are generated based on the reference resource, wherein the CSIs for the plurality of mini-slot sets are generated based on a first target block error rate, BLER, obtained from the BS, wherein, based on failure in decoding data transmitted based on the first target BLER, the CSIs are generated and reported based on a second target BLER lower than the first target BLER, and a difference between the first target BLER and the second target BLER is reported together, wherein the plurality of mini-slot sets comprise a plurality of mini-slots, wherein each of the slot N-k and the slot N consists of 14 Orthogonal Frequency Division Multiplexing, OFDM, symbols, wherein each of the plurality of mini-slots consists of 2 or 3 OFDM symbols, and wherein k is an integer and configured by the base station. configuring a plurality of mini-slot sets included in a slot N-k as a reference resource; and reporting to a base station, BS, all CSIs for the plurality of mini-slot sets in a slot N, wherein the CSIs are generated based on the reference resource, wherein the CSIs for the plurality of mini-slot sets are generated based on a first target block error rate, BLER, obtained from the BS, wherein, based on failure in decoding data transmitted based on the first target BLER, the CSIs are generated and reported based on a second target BLER lower than the first target BLER, and a difference between the first target BLER and the second target BLER is reported together, wherein the plurality of mini-slot sets comprise a plurality of mini-slots, wherein each of the slot N-k and the slot N consists of 14 Orthogonal Frequency Division Multiplexing, OFDM, symbols, wherein each of the plurality of mini-slots consists of 2 or 3 OFDM symbols, and wherein k is an integer and configured by the base station.
An electrohydraulic lithotripter comprising: a plurality of electrohydraulic probes, each probe of the plurality of electrohydraulic probes comprising a first electrode and a second electrode positioned at a distal end of the probe such that when the probe is discharged in a fluid environment, an electric arc between the first electrode and the second electrode produces a shockwave that radiates from the distal end of the probe; and means to axially reposition one or more of the probes of the plurality of electrohydraulic probes within the electrohydraulic lithotripter to thereby selectively adjust a strength of a shock wave; wherein a first probe and a second probe of the plurality of probes are configured to discharge simultaneously or sequentially. a plurality of electrohydraulic probes, each probe of the plurality of electrohydraulic probes comprising a first electrode and a second electrode positioned at a distal end of the probe such that when the probe is discharged in a fluid environment, an electric arc between the first electrode and the second electrode produces a shockwave that radiates from the distal end of the probe; and means to axially reposition one or more of the probes of the plurality of electrohydraulic probes within the electrohydraulic lithotripter to thereby selectively adjust a strength of a shock wave; wherein a first probe and a second probe of the plurality of probes are configured to discharge simultaneously or sequentially.
Switchgear cabinet arrangement having at least one switchgear cabinet and at least one socket strip, wherein the socket strip is fixed via a suspension adapter to a vertical profile in the interior of the switchgear cabinet, which has a first adapter part on the vertical profile and a second adapter part on the socket strip, wherein the socket strip is suspended via the second adapter part into the first adapter part on the vertical profile, wherein the first adapter part has, on a fastening side for the mounting of the first adapter part on the vertical profile, at least one form-fitting and/or latching piece, via which the first adapter part is fixed in a form-fitting and/or force-fitting manner in a system hole of the vertical profile, wherein the first adapter part has a front side with a plug-in receptacle for the second adapter part, characterized in that the at least one form-fitting and/or latching piece is arranged opposite the plug-in receptacle.
A charge transport substance represented by the following formula: Formula wherein R 1, R 2, R 5, and R 6 each independently represent an alkyl group, R 3, R 4, R 7, and R 8 each independently represent a hydrogen atom, an alkyl group, an aryl group, or an alkoxy group, n 1 represents an integer of 1-5, and p and q each independently represent an integer of 0-2.
Rectifier circuit for weighting of pulse disturbances with respect to their influence on digital radio systems, having an effective or rms value rectifier and a linear average value rectifier connected in cascade, characterised in that a first peak value rectifier is arranged connected in cascade upstream of the effective or rms value rectifier.
A battery, comprising: an external surface of the battery which is substantially defined by: a housing; a positive terminal; and a negative terminal; wherein the housing contains: a power source; and a voltage regulation device that is operatively connected to the positive terminal, the negative terminal and the power source, wherein the voltage regulation device comprises at least one buck regulator configured to selectively regulate the power source to provide an output voltage between the positive and negative terminals, and at least one boost regulator configured to selectively regulate a voltage applied to the positive and negative terminals to charge the power source, and characterised in that the voltage regulation device further comprises a switch configured to select between: an active operating mode in which the buck regulator is actively regulating the power-source to provide the output voltage, a low-power operating mode in which the buck regulator is not actively regulating the power source to provide output voltage, and a disconnection mode, in which the power source is operatively disconnected from the positive terminal and/or negative terminal. an external surface of the battery which is substantially defined by: a housing; a positive terminal; and a negative terminal; a housing; a positive terminal; and a negative terminal; wherein the housing contains: a power source; and a voltage regulation device that is operatively connected to the positive terminal, the negative terminal and the power source, a power source; and a voltage regulation device that is operatively connected to the positive terminal, the negative terminal and the power source, wherein the voltage regulation device comprises at least one buck regulator configured to selectively regulate the power source to provide an output voltage between the positive and negative terminals, and at least one boost regulator configured to selectively regulate a voltage applied to the positive and negative terminals to charge the power source, and an active operating mode in which the buck regulator is actively regulating the power-source to provide the output voltage, a low-power operating mode in which the buck regulator is not actively regulating the power source to provide output voltage, and a disconnection mode, in which the power source is operatively disconnected from the positive terminal and/or negative terminal.
A method comprising: receiving, by a base station distributed unit, BS-DU, from a base station central unit, BS-CU,, at least one configuration message comprising bearer configuration parameters of at least one bearer for a wireless device, wherein the at least one bearer is configured between the wireless device and the BS-CU through the BS-DU, and wherein a base station comprises the BS-DU and the BS-CU; communicating, by the BS-DU with the wireless device and the BS-CU, packets via the at least one bearer; determining, by the BS-DU, a failure of a link between the BS-DU and the BS-CU; and transmitting, by the BS-DU to the wireless device, backhaul link information indicating the failure of the link. receiving, by a base station distributed unit, BS-DU, from a base station central unit, BS-CU,, at least one configuration message comprising bearer configuration parameters of at least one bearer for a wireless device, wherein the at least one bearer is configured between the wireless device and the BS-CU through the BS-DU, and wherein a base station comprises the BS-DU and the BS-CU; communicating, by the BS-DU with the wireless device and the BS-CU, packets via the at least one bearer; determining, by the BS-DU, a failure of a link between the BS-DU and the BS-CU; and transmitting, by the BS-DU to the wireless device, backhaul link information indicating the failure of the link.
A focusing arrangement for focusing particles or cells in a flow, the arrangement comprising: at least one channel for guiding the flow, the channel comprising at least one particle confinement structure comprising particle flow boundaries comprising two or more pillar arrays, and at least one acoustic confinement structure comprising acoustic field boundaries adapted for confining acoustic fields, wherein the acoustic field boundaries are different from the particle flow boundaries, characterized in that the at least one acoustic confinement structure is arranged with regard to the channel to confine acoustic fields, at least partially, in the channel and that the two or more pillar arrays are configured for moving the particles away from side walls of the channel such that, in operation, particles which are moved away from the side walls of the channel by the particle confinement structure are focused by the acoustic confinement structure and that the focusing arrangement comprises an acoustic transducer which is adapted for generating a standing wave between the acoustic field boundaries of the at least one acoustic confinement structure and that the acoustic field boundaries are outside the pillar arrays and that the pillar arrays have a space between the pillars between 2 and 100 μm, and are configured such that the particles can not pass through the pillar arrays, and that the pillars of the pillar arrays are pillars with a radius smaller than 10 μm. at least one channel for guiding the flow, the channel comprising at least one particle confinement structure comprising particle flow boundaries comprising two or more pillar arrays, and at least one acoustic confinement structure comprising acoustic field boundaries adapted for confining acoustic fields, wherein the acoustic field boundaries are different from the particle flow boundaries, characterized in that the at least one acoustic confinement structure is arranged with regard to the channel to confine acoustic fields, at least partially, in the channel and that the two or more pillar arrays are configured for moving the particles away from side walls of the channel such that, in operation, particles which are moved away from the side walls of the channel by the particle confinement structure are focused by the acoustic confinement structure and that the focusing arrangement comprises an acoustic transducer which is adapted for generating a standing wave between the acoustic field boundaries of the at least one acoustic confinement structure and that the acoustic field boundaries are outside the pillar arrays and that the pillar arrays have a space between the pillars between 2 and 100 μm, and are configured such that the particles can not pass through the pillar arrays, and that the pillars of the pillar arrays are pillars with a radius smaller than 10 μm.