mhurhangee/ep-ind-claims huggingface dataset:
A fetal delivery simulator system, comprising a conduit sized to allow passage of a model fetus and an actuator configured to advance the model fetus, characterised in that: a. the conduit comprising a tracking slot having a predetermined length and shape along the length of the conduit; b. the system further comprises a cradle for securing the model fetus, wherein the cradle has an outer circumferential dimension that is less than the inner circumferential dimension of the conduit and wherein the cradle includes a tracking protrusion that is configured to extend into the tracking slot when the cradle is positioned within the conduit; and c. the actuator is configured to advance the model fetus and cradle through the conduit. a. the conduit comprising a tracking slot having a predetermined length and shape along the length of the conduit; b. the system further comprises a cradle for securing the model fetus, wherein the cradle has an outer circumferential dimension that is less than the inner circumferential dimension of the conduit and wherein the cradle includes a tracking protrusion that is configured to extend into the tracking slot when the cradle is positioned within the conduit; and c. the actuator is configured to advance the model fetus and cradle through the conduit.
A semiconductor device comprising: a drift layer having a first surface with an active region and a plurality of junction barrier element recesses, the drift layer being doped with a doping material of a first conductivity type and associated with an edge termination region that is laterally adjacent the active region and comprises an edge termination structure, wherein the edge termination region has an edge termination recess extending into the drift layer from the first surface and the edge termination structure comprises a plurality of guard rings formed in the edge termination recess; a Schottky layer over the active region of the first surface to form a Schottky junction; and a plurality of first doped regions that extend into the drift layer about corresponding ones of the plurality of junction barrier element recesses wherein the plurality of first doped regions are doped with a doping material of a second conductivity type, which is opposite the first conductivity type, and form an array of junction barrier elements in the drift layer below the Schottky junction. a drift layer having a first surface with an active region and a plurality of junction barrier element recesses, the drift layer being doped with a doping material of a first conductivity type and associated with an edge termination region that is laterally adjacent the active region and comprises an edge termination structure, wherein the edge termination region has an edge termination recess extending into the drift layer from the first surface and the edge termination structure comprises a plurality of guard rings formed in the edge termination recess; a Schottky layer over the active region of the first surface to form a Schottky junction; and a plurality of first doped regions that extend into the drift layer about corresponding ones of the plurality of junction barrier element recesses wherein the plurality of first doped regions are doped with a doping material of a second conductivity type, which is opposite the first conductivity type, and form an array of junction barrier elements in the drift layer below the Schottky junction.
An isolated immunoglobulin, comprising an immunoglobulin heavy chain variable region and an immunoglobulin light chain variable region, wherein the light chain variable region comprises the amino acid sequence of SEQ ID NO:202 and the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:349.
Device for additive manufacturing, comprising: - a memory arranged to receive shape data of object to be manufactured and actuator data for the object to be manufactured, said actuator data defining actuators configured to enable a predefined and controllable deformation of said object, - said device being characterized in that it comprises a computer arranged to determine an additive model defining an orthotropic foam using the shape data of the object to be manufactured and actuator data for the object to be manufactured. - a memory arranged to receive shape data of object to be manufactured and actuator data for the object to be manufactured, said actuator data defining actuators configured to enable a predefined and controllable deformation of said object, - said device being characterized in that it comprises a computer arranged to determine an additive model defining an orthotropic foam using the shape data of the object to be manufactured and actuator data for the object to be manufactured.
Method for testing a hazard detector for detecting disturbing medium such as gas, smoke or temperature, which detector has at least one first sensor for measuring a first disturbing medium, the measurement signal from the first sensor being subjected to a first filter operation to detect a disturbing-medium alarm pattern occurring in the event of an alarm and, when this disturbing-medium alarm pattern is detected, an alarm signal being output, a specific sequence of high and low concentrations or intensities of a first test medium which differs from the disturbing-medium alarm pattern being discharged as a test pattern in order to test the serviceability of the detector in the detection range of the at least one first sensor, and the measurement signal from the first sensor being subjected to a second filter operation in addition to the first filter operation to detect the test pattern occurring during the test and, when this test pattern is detected, an alarm signal and/or a signal for confirming a positive test being output, characterized in that to generate the specific sequence of high and low concentrations or intensities of the first test medium, following a discharge of the first test medium a second test medium, which displaces the first test medium, is discharged.
A tool for the snap fixation of a clip in a hole of a part, the tool comprising an end part, the end part comprising a wall with an opening for receiving protrusions arranged on flexible arms of the clip ( characterised in that the tool further comprises a transverse edge defining an end of the wall in a longitudinal direction, the transverse edge closing the opening in said longitudinal direction, the transverse edge having a first tapering portion and a second tapering portion, the first tapering portion considered perpendicularly to a transverse direction having a cross section tapering longitudinally toward the opening, and the second tapering portion considered perpendicularly to the transverse direction having a cross section tapering longitudinally opposite the opening.
An electrical circuit comprising: - at least one integrated circuit (14; 14A, 14B), - at least one substrate (32; 32A, 32B) formed from an insulating material, having two conductive layers (34, 36), the substrate (32; 32A, 32B) having a thickness less than 7 mm, preferably 5 mm, the substrate (32; 32A, 32B) having, furthermore, a specific composition such that the substrate (32; 32A, 32B) supports an alternating potential difference of at least 50 kV between the two conductive layers (34, 36), one of the layers (34, 36) being connected to at least one integrated circuit (14; 14A, 14B), the insulating material being in a material comprising by weight: - between 25 and 70% of boron nitride in cubic form, - between 25 and 75% of aluminium nitride, and - between 0 and 5% of sintering elements. - at least one integrated circuit (14; 14A, 14B), - at least one substrate (32; 32A, 32B) formed from an insulating material, having two conductive layers (34, 36), the substrate (32; 32A, 32B) having a thickness less than 7 mm, preferably 5 mm, the substrate (32; 32A, 32B) having, furthermore, a specific composition such that the substrate (32; 32A, 32B) supports an alternating potential difference of at least 50 kV between the two conductive layers (34, 36), one of the layers (34, 36) being connected to at least one integrated circuit (14; 14A, 14B), - between 25 and 70% of boron nitride in cubic form, - between 25 and 75% of aluminium nitride, and - between 0 and 5% of sintering elements.
Inverter for connecting a DC source to an AC network with at least two power supplies (SV1, SV2) for supplying communication circuits and measurement value capturing circuits of the inverter, wherein the at least two power supplies (SV1, SV2) are connected to the AC network by means of a power switch (S NETZ), characterised in that the first power supply is configured to provide a basic voltage (V G) and that the further power supply is provided to convert the basic voltage (V G) into at least one auxiliary voltage (V 1, V 2).
An application device for applying substances to an object, having a tubular holder, an application element which is provided on the tubular holder, a protective sleeve which is displaceably supported on said tubular holder and arrangeable in a non-use position in which it surrounds the application element and in a use position in which the application element is exposed, characterised in that a cut-out having an open edge is provided adjacent to a frontal end of the protective sleeve such that for positioning the protective sleeve on the tubular holder, first the application element is inserted into the protective sleeve at least beyond the open-rimmed cut-out and subsequently the protective sleeve is fitted onto the tubular holder in an axial direction and, by pushing the protective sleeve farther onto the tubular holder, is then brought into a non-use position, in that the tubular holder entirely covers the cut-out of the protective sleeve when in the non-use position and is transferrable into the use position simply by an axial sliding movement and that in a use position, a handle portion of the dispensing device becomes engaged with the cut-out, and in that the protective sleeve has a diameter which corresponds to the diameter of the tubular holder.
A computer-implemented method for correcting a swell effect and mis-tie at intersection points of seismic survey lines in marine seismic data using multi-beam echo sounder data measured by a multi-beam sounder, comprising: a) receiving the multi-beam echo sounder data, the multi-beam echo sounder data comprising water depth data; b) extracting water depth values at coordinate points having latitude and longitude same as shot points in the seismic data in the multi-beam echo sounder data; c) correcting the swell effect and the mis-tie at a coordinate point of the seismic data extracted in step b) by c-1) calculating a first sea-bottom two-way travel time by converting the water depth value into a two way travel time using a vertical sound velocity of a sea water measured upon acquiring the multi-beam echo sounder data; c-2) extracting a second sea-bottom two-way travel time corresponding to the coordinate point in the seismic data; and c-3) correcting the swell effect and the mis-tie at the coordinate point of the seismic data by comparing the first sea-bottom two-way travel time with the second sea-bottom two-way travel time; and d) deriving the marine seismic data at which the swell effect and the mis-tie are corrected by performing the steps b and c on all the coordinate points in the seismic data. a) receiving the multi-beam echo sounder data, the multi-beam echo sounder data comprising water depth data; b) extracting water depth values at coordinate points having latitude and longitude same as shot points in the seismic data in the multi-beam echo sounder data; c) correcting the swell effect and the mis-tie at a coordinate point of the seismic data extracted in step b) by c-1) calculating a first sea-bottom two-way travel time by converting the water depth value into a two way travel time using a vertical sound velocity of a sea water measured upon acquiring the multi-beam echo sounder data; c-2) extracting a second sea-bottom two-way travel time corresponding to the coordinate point in the seismic data; and c-3) correcting the swell effect and the mis-tie at the coordinate point of the seismic data by comparing the first sea-bottom two-way travel time with the second sea-bottom two-way travel time; and c-1) calculating a first sea-bottom two-way travel time by converting the water depth value into a two way travel time using a vertical sound velocity of a sea water measured upon acquiring the multi-beam echo sounder data; c-2) extracting a second sea-bottom two-way travel time corresponding to the coordinate point in the seismic data; and c-3) correcting the swell effect and the mis-tie at the coordinate point of the seismic data by comparing the first sea-bottom two-way travel time with the second sea-bottom two-way travel time; and d) deriving the marine seismic data at which the swell effect and the mis-tie are corrected by performing the steps b and c on all the coordinate points in the seismic data.
A combination comprising an implanted, refillable drug pump device and an external refill system for filling the implanted, refillable drug pump device, the implanted, refillable drug pump device comprising: a drug reservoir with a fill port (124, 200, 260, 800); and a needle (202, 264, 406, 802) for insertion into the fill port of the drug reservoir of the implanted refillable drug pump device; the external refill system comprising: at least one fluid container (308, 458) fluidly connectable to the needle and to the drug reservoir therethrough, the at least one fluid container comprising a drug-containing cartridge, said drug-containing cartridge comprising an electronically or optically readable label indicative of a type of drug contained in the cartridge; a reader for reading the electronically or optically readable label; at least one pump for causing fluid flow through the needle between the at least one fluid container and the drug reservoir; electronic circuitry including a processor for controlling operation of the at least one pump to perform a refill operation; and a wireless communication module facilitating wireless data exchange between the electronic circuitry of the external refill system and the implanted drug pump device, wherein the electronic circuitry is configured to cause the wireless communication module to retrieve refill information stored in the implanted drug pump device, and perform the refill operation by controlling the at least one pump based at least in part on the refill information retrieved from the implanted drug pump device, wherein the electronic circuitry performs the refill operation only if the type of drug indicated by the label and read by the reader matches a type of drug to be administered as determined based on data received from the implanted drug pump device via the wireless communication module. a drug reservoir with a fill port (124, 200, 260, 800); and a needle (202, 264, 406, 802) for insertion into the fill port of the drug reservoir of the implanted refillable drug pump device; at least one fluid container (308, 458) fluidly connectable to the needle and to the drug reservoir therethrough, the at least one fluid container comprising a drug-containing cartridge, said drug-containing cartridge comprising an electronically or optically readable label indicative of a type of drug contained in the cartridge; a reader for reading the electronically or optically readable label; at least one pump for causing fluid flow through the needle between the at least one fluid container and the drug reservoir; electronic circuitry including a processor for controlling operation of the at least one pump to perform a refill operation; and a wireless communication module facilitating wireless data exchange between the electronic circuitry of the external refill system and the implanted drug pump device,
Lying support with a lying surface, comprising a frame with parallel longitudinal frame parts, thereto-connected transverse frame parts and a floor element, whereby the frame comprises an inner area into which insert elements (31, 41, 51, 32) are receivable, whereby the insert elements (31, 41, 51, 32) have distinguishable hardness, as well as slots, and ventilation channels running transversely to the longitudinal direction, which are aligned with through holes formed in the parallel longitudinal frame parts, and which, by means of the slots, are connected to an outer side of the insert elements (31, 41, 51), whereby the inner area is divided into at least three zones (3, 4, 5), whereby in each zone (3, 4, 5) at least two insert elements (31, 41, 51, 32), lying over one another, are receivable, which differ with respect to their hardness, whereby the differing hardness of the insert elements (31, 41, 51, 32) lying over one another is produced through the orientation of the slots.
Use of concentrated adipose derived cells comprising adipose-derived stem cells in the manufacture of a medicament for the treatment of stroke, wherein said concentrated adipose derived cells is to be administered to a patient in need thereof without culturing the cells before administering them to the patient, wherein the adipose-derived cells are obtained by processing adipose tissue to separate the adipose-derived cells comprising stem cells from mature adipocytes and connective tissue, and washing, separating and concentrating said adipose-derived cells.
A multiport assembly comprising: a shell extending between a front end and a rear end positioned opposite the front end in a longitudinal direction, the shell defining a cavity and a plurality of optical connector ports positioned at the front end of the shell and extending inward from the plurality of optical connector ports toward the cavity of the shell; a plurality of optical adapter assemblies positioned within the cavity of the shell, the plurality of optical adapter assemblies associated with the plurality of optical connector ports and structurally configured to optically couple optical connectors; characterized in that it further comprises a dust plug (600, 650) comprising a locking feature and a keying portion. a shell extending between a front end and a rear end positioned opposite the front end in a longitudinal direction, the shell defining a cavity and a plurality of optical connector ports positioned at the front end of the shell and extending inward from the plurality of optical connector ports toward the cavity of the shell; a plurality of optical adapter assemblies positioned within the cavity of the shell, the plurality of optical adapter assemblies associated with the plurality of optical connector ports and structurally configured to optically couple optical connectors; characterized in that it further comprises a dust plug (600, 650) comprising a locking feature and a keying portion.
A process for the conversion of a feed comprising light virgin naphtha, liquefied petroleum gas, or a mixture of propane, butane and/or pentane paraffins to fuel which comprises: 1a. oxidizing iso-paraffins from the feed with air or oxygen to form alkyl hydroperoxides; or 1b. isomerizing a fraction of the normal paraffins in the feed to isoparaffins; and separating the isoparaffins and oxidizing the separated isoparaffins with air or oxygen to form alkyl hydroperoxides 2. converting the alkyl hydroperoxides to dialkyl peroxides; 3. coupling a feed comprising C 3, C 4 or C 5 paraffins using the dialkyl peroxides as radical initiators to form hydrocarbon products of higher molecular weight; 4. fractionating the hydrocarbon products of higher molecular weight formed by the coupling of the feed comprising C 3, C 4 or C 5 paraffins with the dialkyl peroxide to separate fuel boiling range hydrocarbons from higher boiling range hydrocarbons; and 5. hydro-finishing the fuel boiling range hydrocarbons to remove trace oxygenates or unsaturation. 1a. oxidizing iso-paraffins from the feed with air or oxygen to form alkyl hydroperoxides; or 1b. isomerizing a fraction of the normal paraffins in the feed to isoparaffins; and separating the isoparaffins and oxidizing the separated isoparaffins with air or oxygen to form alkyl hydroperoxides 2. converting the alkyl hydroperoxides to dialkyl peroxides; 3. coupling a feed comprising C 3, C 4 or C 5 paraffins using the dialkyl peroxides as radical initiators to form hydrocarbon products of higher molecular weight; 4. fractionating the hydrocarbon products of higher molecular weight formed by the coupling of the feed comprising C 3, C 4 or C 5 paraffins with the dialkyl peroxide to separate fuel boiling range hydrocarbons from higher boiling range hydrocarbons; and 5. hydro-finishing the fuel boiling range hydrocarbons to remove trace oxygenates or unsaturation.
Computer implemented method for predicting geographical distribution of a mobile communication network quality, comprising the steps: Selecting a kriging propagation prediction algorithm selected from fixed rank kriging, regression kriging, cokriging and indicator kriging based on mobile communication network configuration information and type and/or quantity of measurements of the mobile communication network quality of a geographical area of interest; Preprocessing measurements of the mobile communication network quality of the geographical area of interest based on the selected kriging propagation prediction algorithm, Applying the selected kriging propagation prediction algorithm to the preprocessed measurements based on the mobile communication network configuration information and/or propagation characteristics of the geographical area of interest for predicting the mobile communication network quality at locations within the geographical area of interest where measurements are not available, and Postprocessing the predicted mobile communication network quality based on the selected kriging propagation prediction algorithm for obtaining a mobile communication network signal strength characteristic of the area of interest. Selecting a kriging propagation prediction algorithm selected from fixed rank kriging, regression kriging, cokriging and indicator kriging based on mobile communication network configuration information and type and/or quantity of measurements of the mobile communication network quality of a geographical area of interest; Preprocessing measurements of the mobile communication network quality of the geographical area of interest based on the selected kriging propagation prediction algorithm, Applying the selected kriging propagation prediction algorithm to the preprocessed measurements based on the mobile communication network configuration information and/or propagation characteristics of the geographical area of interest for predicting the mobile communication network quality at locations within the geographical area of interest where measurements are not available, and Postprocessing the predicted mobile communication network quality based on the selected kriging propagation prediction algorithm for obtaining a mobile communication network signal strength characteristic of the area of interest.
A brominated and epoxidized homopolymer or copolymer of butadiene having a weight average molecular weight of at least 2000, as measured by gel permeation chromatography, wherein the bromine atoms are bonded directly to aliphatic carbon atoms, the brominated and epoxidized homopolymer or copolymer of butadiene has a bromine content of at least 35% by weight and at least one oxirane group per molecule, wherein at least one of the oxirane group(s) is terminal, and wherein the brominated and epoxidized homopolymer or copolymer of butadiene has a 5% weight loss temperature of at least 180°C, wherein the 5% weight loss temperature is evaluated using thermogravimetric analysis and wherein bromine content is determined by proton NMR.