mhurhangee/ep-ind-claims huggingface dataset:
A Lactobacillus extract or active fraction thereof selected from the group consisting of a) boiled but further unprocessed extract; b) a heat exchange-treated extract, c) a heat exchange-treated extract further subjected to cross-flow filtration with a. 22μ filter, d) a retentate containing water-insoluble cellular debris, e) and one or a combination of these extracts or fractions, for use for the reduction or prevention of growth of microbial populations on the skin via the stimulation of beta-defensins.
A method for transmitting data from a secondary station to at least one primary station, comprising, at the primary station, transmitting on a signaling channel to the secondary station a resource allocation message allocating resource blocks for transmission of data from the secondary station, said message comprising a field for allocating resources in a first domain, being the frequency domain, and the method being characterized in that at least one bit of said field is stolen to indicate that the allocated resources is a bundle of at least two resource blocks non-contiguous in a second domain, being the time domain.
Sanitary tub in the form of a bath or shower tub, in particular a shower tray, made of steel enamel, with a base, with a drain opening formed in the base, and with an annular flange which defines a connecting surface (4.1) and is arranged on the underside of the base of the tub and surrounds the drain opening, the flange being connected to a drain housing of a drain fitting or being prepared for releasable connection to a drain housing of a drain fitting, wherein the drain opening being provided with a cover hood which has spacers on its underside, characterized in that the flange is manufactured separately from the tub and being connected in a liquid-tight manner to the underside of the tub without a connecting counterpart bearing against the upper side of the base of the tub, the cover hood bearing with the spacers on an inlet surface (4.2) of the flange which lies lower relative to the connecting surface (4.1) of the flange. made of steel enamel, with a base, with a drain opening formed in the base, and with an annular flange which defines a connecting surface (4.1) and is arranged on the underside of the base of the tub and surrounds the drain opening, the flange being connected to a drain housing of a drain fitting or being prepared for releasable connection to a drain housing of a drain fitting, wherein the drain opening being provided with a cover hood which has spacers on its underside, characterized in that the flange is manufactured separately from the tub and being connected in a liquid-tight manner to the underside of the tub without a connecting counterpart bearing against the upper side of the base of the tub, the cover hood bearing with the spacers on an inlet surface (4.2) of the flange which lies lower relative to the connecting surface (4.1) of the flange.
Plug-in device combination having a plug-in module on whose module housing a latch arm extending in the direction of the device socket is moulded with a latching hook on the end side, and having a device socket having plug-in surfaces (4b, 4c) laterally flanking a socket base, the plug-in module being seated between said plug-in surfaces (4b, 4c), wherein a counter-latch (10, 10b) which can be latched with the latching hooks of the plug-in module is moulded onto one of the plug-in surfaces for forming a latching connection which is releasable by pressurisation, characterised in that - within its plug-in region formed between the plug-in surfaces (4b, 4c) of the device socket, the plug-in module has plug-in pockets which are open on one side, said plug-in pockets having coding elements moulded to form a predetermined breaking point and being able to be broken off individually for coding, - the device socket has coding hollow pins protruding out of the socket base and fitting into the plug-in module side plug-in pockets as well as receiving the plug-in module side coding elements, said coding hollow pins being able to be closed for the purpose of the coding, - a rotation point is formed on the plug-in module between the housing-side link of the latching arm and its latching hook, and a pivot portion is formed between the rotation point and the latching hook of the latching arm and an actuating portion for pressurisation is formed on the latching arm between the rotation point and the housing-side link of the latching arm, as a result of which the pivot portion of the latching arm pivots outwardly around the rotation point and the latching hook is detached from the counter-latch (10, 10b). - within its plug-in region formed between the plug-in surfaces (4b, 4c) of the device socket, the plug-in module has plug-in pockets which are open on one side, said plug-in pockets having coding elements moulded to form a predetermined breaking point and being able to be broken off individually for coding, - the device socket has coding hollow pins protruding out of the socket base and fitting into the plug-in module side plug-in pockets as well as receiving the plug-in module side coding elements, said coding hollow pins being able to be closed for the purpose of the coding, - a rotation point is formed on the plug-in module between the housing-side link of the latching arm and its latching hook, and a pivot portion is formed between the rotation point and the latching hook of the latching arm and an actuating portion for pressurisation is formed on the latching arm between the rotation point and the housing-side link of the latching arm, as a result of which the pivot portion of the latching arm pivots outwardly around the rotation point and the latching hook is detached from the counter-latch (10, 10b).
A method for improving the mouthfeel of beverages comprising the step of adding from 10 to 1500 ppm of one or more first hydrocolloids and from 10 to 500 ppm of second hydrocolloids to said beverage, characterized in that the first hydrocolloids have an intrinsic viscosity of 5-600 mL/g as measured by capillary flow viscosimetry and are selected from the group consisting of sugar beet pectin, apple pectin, gum arabic, nOSA (n-octenyl succinic anhydride) maltodextrin, low molecular weight carboxymethylcellulose and mixtures thereof, and in that the second hydrocolloids are selected from the group consisting of guar gum, locust bean gum, cassia gum, pectin from botanical sources, high molecular weight carboxymethylcellulose, carrageenan, alginate, xanthane and mixtures thereof, and in that said second hydrocolloids are different from the one or more first hydrocolloids.
A method of assessing the vitamin C renal leak status of a human subject, wherein the human subject has fasted and not received any supplemental extraneous source of vitamin C for at least six hours and wherein the human subject undergoes an initial micturition after the at least six hours fasting, the initial micturition defining time 0, the method comprising: (a) collecting all subsequent urine output following time 0 as one or more urine voids from the human subject during a predefined timed interval, wherein the predefined timed interval encompasses a period of time of from 30 minutes to 24 hours and which begins at time 0, (b) obtaining a plasma sample from the human subject during the predefined timed interval, which begins at time 0, (c) providing no food or beverage items with high vitamin C content and no supplemental extraneous source of vitamin C throughout the predefined timed interval to the human subject, (d) assaying for the concentration of vitamin C in the plasma sample, (e) assaying for the presence of vitamin C in the collected urine output, whereby: (f) the presence of vitamin C in the collected urine output and a concentration of vitamin C in the plasma sample less than the Minimum Elimination Threshold indicates the presence of vitamin C renal leak in the human subject, wherein: (g) the human subject is male, and the MET is between 32.5 μM and 43.5 μM, or (h) the human subject is female, and the MET is between 35.5 μM and 51.0 μM. (a) collecting all subsequent urine output following time 0 as one or more urine voids from the human subject during a predefined timed interval, wherein the predefined timed interval encompasses a period of time of from 30 minutes to 24 hours and which begins at time 0, (b) obtaining a plasma sample from the human subject during the predefined timed interval, which begins at time 0, (c) providing no food or beverage items with high vitamin C content and no supplemental extraneous source of vitamin C throughout the predefined timed interval to the human subject, (d) assaying for the concentration of vitamin C in the plasma sample, (e) assaying for the presence of vitamin C in the collected urine output, whereby: (f) the presence of vitamin C in the collected urine output and a concentration of vitamin C in the plasma sample less than the Minimum Elimination Threshold indicates the presence of vitamin C renal leak in the human subject, wherein: (g) the human subject is male, and the MET is between 32.5 μM and 43.5 μM, or (h) the human subject is female, and the MET is between 35.5 μM and 51.0 μM.
A method of determining whether a population of T-cells is neoplastic or non-neoplastic, comprising: a) providing a sample obtained from a subject; b) using one or more specific detection reagents that specifically detect TRBC1, and one or more detection reagents that specifically detect TRBC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRBC1 to TRBC2, wherein the specific detection reagent that detects TRBC1 does not detect TRBC2, and the specific detection reagent which detects TRBC2 does not detect TRBC1; and/or c) using one or more specific detection reagents that specifically detect TRGC1, and one or more detection reagents that specifically detect TRGC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRGC1 to TRGC2, wherein the specific detection reagent that detects TRGC1 does not detect TRGC2, and the specific detection reagent which detects TRGC2 does not detect TRGC1, wherein if more than 80% of the T-cells express the same TCR beta or TCR gamma constant chain region then the population is defined as neoplastic. a) providing a sample obtained from a subject; b) using one or more specific detection reagents that specifically detect TRBC1, and one or more detection reagents that specifically detect TRBC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRBC1 to TRBC2, wherein the specific detection reagent that detects TRBC1 does not detect TRBC2, and the specific detection reagent which detects TRBC2 does not detect TRBC1; and/or c) using one or more specific detection reagents that specifically detect TRGC1, and one or more detection reagents that specifically detect TRGC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRGC1 to TRGC2, wherein the specific detection reagent that detects TRGC1 does not detect TRGC2, and the specific detection reagent which detects TRGC2 does not detect TRGC1,
A method, comprising: obtaining, from a management application, a login history comprising a plurality of timestamps and a plurality of internet protocol, IP, addresses corresponding to a plurality of logins by a user; obtaining a plurality of coordinates for the plurality of IP addresses; determining a plurality of clusters for the plurality of coordinates based on distances between the plurality of coordinates; determining a plurality of primary locations for the user based on the plurality of clusters and the plurality of timestamps; obtaining, from the management application, a plurality of categorized financial transaction records involving the user; selecting a subset of the categorized financial transaction records corresponding to categories associated with physical presence of the user; identifying a test location by parsing descriptions in the subset of the categorized financial transaction records; and verifying at least one of the plurality of primary locations based on the test location. obtaining, from a management application, a login history comprising a plurality of timestamps and a plurality of internet protocol, IP, addresses corresponding to a plurality of logins by a user; obtaining a plurality of coordinates for the plurality of IP addresses; determining a plurality of clusters for the plurality of coordinates based on distances between the plurality of coordinates; determining a plurality of primary locations for the user based on the plurality of clusters and the plurality of timestamps; obtaining, from the management application, a plurality of categorized financial transaction records involving the user; selecting a subset of the categorized financial transaction records corresponding to categories associated with physical presence of the user; identifying a test location by parsing descriptions in the subset of the categorized financial transaction records; and verifying at least one of the plurality of primary locations based on the test location.
A short milk tube and a vent plug, wherein the short milk tube comprises: a barrel having a wall and defining a bore between an upstream end of the barrel and a downstream end of the barrel; a vent and a vent plug seat at least partially surrounding the vent; and a stiffener adjacent to and in contact with the vent plug seat, wherein the vent plug extends through the wall to at least partially vent the bore. a barrel having a wall and defining a bore between an upstream end of the barrel and a downstream end of the barrel; a vent and a vent plug seat at least partially surrounding the vent; and a stiffener adjacent to and in contact with the vent plug seat, wherein the vent plug extends through the wall to at least partially vent the bore.
A security document having a colour imprint, wherein a first part of the imprint comprises chromatic pigments and in the first part of the imprint the visual impression of an achromatic colour is approximated by the chromatic pigments, and wherein a second part of the imprint additionally to chromatic pigments also comprises achromatic pigments of the achromatic colour.
A computing system, comprising: a processor; and a memory that comprises a video generation system that is executable by the processor, the video generation system comprising: a path plan component that computes a smoothed camera path based upon an input video that includes a sequence of input frames at which a camera moves through a space, the path plan component selects: output camera poses from the smoothed camera path for output frames of an output hyper-lapse video being selected to speed up the period of time during which the camera moves through the space in the output hyper-lapse video relative to the input video, the output camera poses comprise output camera positions and output camera orientations for the output frames of the output-hyper lapse video, and the output camera positions being evenly spaced along the smoothed camera path in arc-length; and a render component that, for each of the output frames: chooses multiple selected input frames from the input video for an output frame, the selected input frames chosen based at least on an output camera position and an output camera orientation for the output frame; and combines the selected input frames to render the output frame. a processor; and a memory that comprises a video generation system that is executable by the processor, the video generation system comprising: a path plan component that computes a smoothed camera path based upon an input video that includes a sequence of input frames at which a camera moves through a space, the path plan component selects: output camera poses from the smoothed camera path for output frames of an output hyper-lapse video being selected to speed up the period of time during which the camera moves through the space in the output hyper-lapse video relative to the input video, the output camera poses comprise output camera positions and output camera orientations for the output frames of the output-hyper lapse video, and the output camera positions being evenly spaced along the smoothed camera path in arc-length; and a render component that, for each of the output frames: chooses multiple selected input frames from the input video for an output frame, the selected input frames chosen based at least on an output camera position and an output camera orientation for the output frame; and combines the selected input frames to render the output frame. chooses multiple selected input frames from the input video for an output frame, the selected input frames chosen based at least on an output camera position and an output camera orientation for the output frame; and combines the selected input frames to render the output frame.
Method for reprocessing an endoscope in a reprocessing apparatus, comprising the steps: - Connecting an interior space of the endoscope to a leakage tester of the reprocessing apparatus, - Applying a fluid with a predetermined pressure to the interior space, and - Conducting a reprocessing process using rinsing fluid, wherein the pressure in the interior space of the endoscope is monitored during the reprocessing process, characterized in that the endoscope to be reprocessed is recognized as defective if the pressure curve deviates from a predeterminable or predetermined pressure curve, wherein the predeterminable or predetermined pressure curve is determined as a function of process parameters of the reprocessing process. - Connecting an interior space of the endoscope to a leakage tester of the reprocessing apparatus, - Applying a fluid with a predetermined pressure to the interior space, and - Conducting a reprocessing process using rinsing fluid, wherein the pressure in the interior space of the endoscope is monitored during the reprocessing process, characterized in that the endoscope to be reprocessed is recognized as defective if the pressure curve deviates from a predeterminable or predetermined pressure curve, wherein the predeterminable or predetermined pressure curve is determined as a function of process parameters of the reprocessing process.
A second network element for setting up a proximity services device-to-device communication service between a first network element and the second network element, comprising: at least one processor, and at least one memory for storing instructions to be executed by the processor, wherein the at least one memory and the instructions are configured to, with the at least one processor, cause the second network element at least to perform receiving, from the first network element requesting setup, a scheduling assignment and at least one of data packets scheduled in the scheduling assignment; determining that at least one of the received data packets relates to a new proximity services device-to-device communication service traffic flow; determining that a message including application control information is included in the at least one of the received data packets; and completing the setup based on the application control information. at least one processor, and at least one memory for storing instructions to be executed by the processor, wherein the at least one memory and the instructions are configured to, with the at least one processor, cause the second network element at least to perform receiving, from the first network element requesting setup, a scheduling assignment and at least one of data packets scheduled in the scheduling assignment; determining that at least one of the received data packets relates to a new proximity services device-to-device communication service traffic flow; determining that a message including application control information is included in the at least one of the received data packets; and completing the setup based on the application control information.
A system comprising: - a phase lock loop component to output a first signal based on a delayed reference clock signal (refclk) and a feedback clock signal (fbclk); - a clock distribution network to distribute a clock signal based on the first signal output from the phase lock loop component; and - a delay lock loop component (210, 220) to adjust the clock signal distributed by the clock distribution network such that the output of the clock distribution network is aligned with a reference clock signal (bclk), wherein the delay lock loop component (210, 220) comprises a phase detector and a variable delay circuit, the phase detector to compare the clock signal distributed by the clock distribution network with the reference clock signal and to output an adjustment signal to the variable delay circuit the variable delay circuit being configured to generate said delayed reference clock signal (refclk) from said reference clock signal (bclk) and to align the clock signal distributed by the clock distribution network with the reference clock signal (bclk) based on the adjustment signal received from the phase detector and the variable delay circuit is provided outside a feedback path of the phase lock loop component, wherein the clock distribution network is incorporated outside the feedback loop of the phase lock loop component. - a phase lock loop component to output a first signal based on a delayed reference clock signal (refclk) and a feedback clock signal (fbclk); - a clock distribution network to distribute a clock signal based on the first signal output from the phase lock loop component; and - a delay lock loop component (210, 220) to adjust the clock signal distributed by the clock distribution network such that the output of the clock distribution network is aligned with a reference clock signal (bclk), wherein the delay lock loop component (210, 220) comprises a phase detector and a variable delay circuit, the phase detector to compare the clock signal distributed by the clock distribution network with the reference clock signal and to output an adjustment signal to the variable delay circuit the variable delay circuit being configured to generate said delayed reference clock signal (refclk) from said reference clock signal (bclk) and to align the clock signal distributed by the clock distribution network with the reference clock signal (bclk) based on the adjustment signal received from the phase detector and the variable delay circuit is provided outside a feedback path of the phase lock loop component, wherein the clock distribution network is incorporated outside the feedback loop of the phase lock loop component.
Readout device for reading out machine-readable markings on at least one lateral surface of receptacles, wherein the readout device has at least one optical detector with at least one viewing region, wherein the optical detector is designed to detect the machine-readable markings in the viewing region, wherein the readout device further has at least one roll area and at least one transport device, wherein the readout device is designed to roll the receptacles in succession over the roll area by means of the transport device and, in so doing, to roll at least part of the lateral surface within the viewing region, wherein the transport device comprises at least one band conveyor, characterized in that the band conveyor moves at a distance from the roll area, wherein the receptacles can be arranged between the band conveyor and the roll area, and wherein the band conveyor is designed to move relative to the roll area and to roll the receptacles over the roll area.