mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for analysing a sample comprising a drill core sample or drill cuttings, said apparatus comprising: an X-ray tomography unit configured to scan the sample to obtain a first data set indicating a volume of the sample, the X-ray tomography unit comprising an X-ray source for generating an X-ray beam irradiating the sample, and an X-ray transmission detector for detecting the X-ray beam passing through the sample; a fluorescence detector configured to measure fluorescent radiation emanating from the sample when irradiated by the X-ray beam to obtain a fluorescence data set; a processing unit configured to calculate the volume of the sample based on the obtained first data set; and a weighing unit configured to weigh the sample; wherein the processing unit is further configured to calculate a density of the sample based on the weight and the calculated volume of the sample, to determine a concentration of chemical elements in the sample based on the fluorescence data set, and to characterize the material composition of the sample based on the calculated density and the concentration of chemical elements in the sample. an X-ray tomography unit configured to scan the sample to obtain a first data set indicating a volume of the sample, the X-ray tomography unit comprising an X-ray source for generating an X-ray beam irradiating the sample, and an X-ray transmission detector for detecting the X-ray beam passing through the sample; a fluorescence detector configured to measure fluorescent radiation emanating from the sample when irradiated by the X-ray beam to obtain a fluorescence data set; a processing unit configured to calculate the volume of the sample based on the obtained first data set; and a weighing unit configured to weigh the sample; wherein the processing unit is further configured to calculate a density of the sample based on the weight and the calculated volume of the sample, to determine a concentration of chemical elements in the sample based on the fluorescence data set, and to characterize the material composition of the sample based on the calculated density and the concentration of chemical elements in the sample.
An apparatus, comprising: an inlet configured to be placed in fluid communication with a bodily fluid source; an outlet configured to be placed in fluid communication with a fluid collection device; a sequestration portion configured to be in fluid communication with the inlet, the sequestration portion including a vent configured to allow a flow of gas out of the sequestration portion operable to allow a flow of a first volume of bodily fluid from the bodily fluid source into the sequestration portion; and a flow controller disposed in the sequestration portion, the flow controller including an expandable material configured to expand in response to contact with a portion of the first volume of bodily fluid thereby transitioning the flow controller from a first state to a second state, the flow controller configured to allow a negative pressure differential between the sequestration portion and the inlet as the flow controller transitions from the first state to the second state and such that the first volume of bodily fluid flows from the inlet into the sequestration portion, the flow controller in the second state configured to allow (i) the negative pressure differential to substantially equalize, (ii) the first volume of bodily fluid to be sequestered in the sequestration portion, and (iii) a second volume of bodily fluid to be transferred from the inlet to the outlet. an inlet configured to be placed in fluid communication with a bodily fluid source; an outlet configured to be placed in fluid communication with a fluid collection device; a sequestration portion configured to be in fluid communication with the inlet, the sequestration portion including a vent configured to allow a flow of gas out of the sequestration portion operable to allow a flow of a first volume of bodily fluid from the bodily fluid source into the sequestration portion; and a flow controller disposed in the sequestration portion, the flow controller including an expandable material configured to expand in response to contact with a portion of the first volume of bodily fluid thereby transitioning the flow controller from a first state to a second state, the flow controller configured to allow a negative pressure differential between the sequestration portion and the inlet as the flow controller transitions from the first state to the second state and such that the first volume of bodily fluid flows from the inlet into the sequestration portion, the flow controller in the second state configured to allow (i) the negative pressure differential to substantially equalize, (ii) the first volume of bodily fluid to be sequestered in the sequestration portion, and (iii) a second volume of bodily fluid to be transferred from the inlet to the outlet.
Method for operating a base station for a cleaning device (20, 30), wherein the base station is configured to suck suction material from the cleaning device (20, 30) into a container of the base station during a suction process, and wherein the differential pressure with respect to the environment downstream of the container is determined by means of a pressure sensor of the base station in order to determine the filling level of the container, characterized in that the filling level of the container is determined exclusively by means of the differential pressure as a state of the base station and additionally as a further state of the base station, whether an outlet filter is not or not correctly inserted downstream of the pressure sensor and/or whether the cleaning device (20, 30) is not or not correctly connected to the base station, and/or that the maximum number of still possible suction processes without emptying the container is restricted when reaching a predefined filling level, wherein when the maximum number of suction processes with the container in the predefined filling level is reached, a new suction process is only performed by a user input. wherein the differential pressure with respect to the environment downstream of the container is determined by means of a pressure sensor of the base station in order to determine the filling level of the container, characterized in that the filling level of the container is determined exclusively by means of the differential pressure as a state of the base station and additionally as a further state of the base station, whether an outlet filter is not or not correctly inserted downstream of the pressure sensor and/or whether the cleaning device (20, 30) is not or not correctly connected to the base station, and/or that the maximum number of still possible suction processes without emptying the container is restricted when reaching a predefined filling level, wherein when the maximum number of suction processes with the container in the predefined filling level is reached, a new suction process is only performed by a user input.
An apparatus comprising: at least one memory; at least one processor (905, 910), coupled to the memory, configured to perform operations comprising: receiving a first request, for a first security ticket, from a first device, wherein the first request includes: (a)(i) a first device identity credential corresponding to a role for the first device with a publish-subscribe protocol of a distributed network, and (a)(ii) a first filter element associated with the publish-subscribe protocol; sending the first security ticket, which is restricted to the first filter element and includes a first key, to the first device; receiving a second request, for a second security ticket, from a second device that is a publisher for the first filter element, wherein the second request includes the first filter element; and sending the second security ticket to the second device, the second security ticket being restricted to the first filter element and including a second key that is a symmetric group key. at least one memory; at least one processor (905, 910), coupled to the memory, configured to perform operations comprising: receiving a first request, for a first security ticket, from a first device, wherein the first request includes: (a)(i) a first device identity credential corresponding to a role for the first device with a publish-subscribe protocol of a distributed network, and (a)(ii) a first filter element associated with the publish-subscribe protocol; sending the first security ticket, which is restricted to the first filter element and includes a first key, to the first device; receiving a second request, for a second security ticket, from a second device that is a publisher for the first filter element, wherein the second request includes the first filter element; and sending the second security ticket to the second device, the second security ticket being restricted to the first filter element and including a second key that is a symmetric group key. receiving a first request, for a first security ticket, from a first device, wherein the first request includes: (a)(i) a first device identity credential corresponding to a role for the first device with a publish-subscribe protocol of a distributed network, and (a)(ii) a first filter element associated with the publish-subscribe protocol; sending the first security ticket, which is restricted to the first filter element and includes a first key, to the first device; receiving a second request, for a second security ticket, from a second device that is a publisher for the first filter element, wherein the second request includes the first filter element; and sending the second security ticket to the second device, the second security ticket being restricted to the first filter element and including a second key that is a symmetric group key.
An in vitro method of identifying an agonist of CD24 useful for stimulating erythropoiesis, said method comprising contacting a dendritic cell expressing CD24 with a test compound, measuring the stem cell factor level in said cell following said contact, wherein an increase in stem cell factor in said cell relative to a control cell, being a dendritic cell expressing CD24, not contacted with said test compound, is an indication that said test compound is an agonist of CD24, thereby identifying of an agonist of CD24 useful for stimulating erythropoiesis.
An hydrocortisone pharmaceutical solution which comprises at least: - hydrocortisone or a pharmaceutically acceptable salt thereof; - rongalite; - disodium ethylenediaminetetraacetic (disodium EDTA); - a solvent. - hydrocortisone or a pharmaceutically acceptable salt thereof; - rongalite; - disodium ethylenediaminetetraacetic (disodium EDTA); - a solvent.
Apparatus (100; 100a; 100b) for measuring a physical parameter, comprising a series connection of at least a first electrical impedance and a second electrical impedance, wherein said first electrical impedance has a first terminal and a second terminal, wherein an impedance value of at least said first electrical impedance depends on said physical parameter, wherein said second electrical impedance has a first terminal and a second terminal, and wherein said second terminal of said first electrical impedance is connected to said first terminal of said second electrical impedance forming a first node, wherein said apparatus (100; 100a; 100b) further comprises a signal generator configured to apply a first amplitude modulated signal (s_am1; s_am1') to said first terminal of said first electrical impedance and a second amplitude modulated signal (s_am2; s_am2') to said second terminal of said second electrical impedance, said apparatus (100; 100a; 100b) further comprising an evaluation device configured to receive a first measurement signal (s_m1; s_m1') from said first node and to determine information on said at least one physical parameter depending on said first measurement signal (s_m1; s_m1').
A mobile terminal booth comprising: a sound absorbing unit which partially partitions a public space as viewed from the above to provide a space in which a user of a mobile terminal can have a telephone conversation, wherein said sound absorbing unit consists of a plurality of sound absorbing panels which are joined to confine said partitioned space, wherein each of said sound absorbing panels includes a sound absorbing member and a metallic panel on which said sound absorbing member is mounted, wherein said sound absorbing member is made of a laminate including a plurality of sound absorbing sheets which are made from at least one of a needle felt, glass wool, thermo wool, phenol resin, and polyurethane, wherein the outside surface of the sound absorbing unit is made of the metallic panel which reflects and blocks sound waves incident from outside, and characterized in that the inside surface facing the space in which a user of a mobile terminal can have a telephone conversation is a cloth covering the sound absorbing member which dumps reverberating sound in said mobile terminal booth. said sound absorbing unit consists of a plurality of sound absorbing panels which are joined to confine said partitioned space, wherein each of said sound absorbing panels includes a sound absorbing member and a metallic panel on which said sound absorbing member is mounted, wherein said sound absorbing member is made of a laminate including a plurality of sound absorbing sheets which are made from at least one of a needle felt, glass wool, thermo wool, phenol resin, and polyurethane, wherein the outside surface of the sound absorbing unit is made of the metallic panel which reflects and blocks sound waves incident from outside, and characterized in that the inside surface facing the space in which a user of a mobile terminal can have a telephone conversation is a cloth covering the sound absorbing member which dumps reverberating sound in said mobile terminal booth.
A method of fabricating a three-dimensional article comprising: providing a spatially coherent light source, wherein a beam-parameter product of the light source is less than 400 pm-rad or its étendue is lower than 0.16 mm 2, generating from said light source, patterns of light based on computed tomographic projections of said three-dimensional article, and projecting said patterns of light into a photoresponsive medium, whereby the projecting is configured to define a three-dimensional dose distribution, thereby locally altering the phase of the photoresponsive medium and creating the article and characterized in that a volume of photoresponsive materials is illuminated from many directions with patterns of light. providing a spatially coherent light source, wherein a beam-parameter product of the light source is less than 400 pm-rad or its étendue is lower than 0.16 mm 2, generating from said light source, patterns of light based on computed tomographic projections of said three-dimensional article, and projecting said patterns of light into a photoresponsive medium, whereby the projecting is configured to define a three-dimensional dose distribution, thereby locally altering the phase of the photoresponsive medium and creating the article and characterized in that a volume of photoresponsive materials is illuminated from many directions with patterns of light.
A composite material that is a composite particle comprising a solid non-elastomeric continuous phase comprising an organic polymer having a glass transition temperature of at least 25°C determined using differential scanning calorimetry at a scanning rate of 20°C/minute and an external particle surface, the composite particle having a mode particle size of at least 10 μm and up to and including 100 μm, and the composite particle has dispersed within the solid non-elastomeric continuous phase, a plurality of multi-compartment porous chemically crosslinked elastomeric particles that have a mode particle size of at least 1 μm and up to and including 10 μm, wherein the mode particle size is measured by automated image analysis and flow cytometry using any suitable equipment designed for this purpose, said mode particle size representing the most frequently occurring diameter for spherical multicompartment chemically-crosslinked elastomeric particles and the most frequently occurring largest diameter for the non-spherical multi-compartment chemically- crosslinked elastomeric particles in a particle size distribution histogram.
A cooking assistive device, comprising: a portable housing configured to be disposed on a food item; a plurality of sensors situated within said housing; a network interface; a food identifier to identify said food item; a memory storing computer-readable instructions; and a processor configured to execute said instructions to: access data stored in a remote database; obtain a reading from at least one of said plurality of sensors; and communicate a message to a mobile device of a user in response to said reading, characterized by further comprising a dispenser configured to store and automatically dispense an appropriate amount of cooking substance on the food item in response to the reading of at least one of the plurality of sensors. a portable housing configured to be disposed on a food item; a plurality of sensors situated within said housing; a network interface; a food identifier to identify said food item; a memory storing computer-readable instructions; and a processor configured to execute said instructions to: access data stored in a remote database; obtain a reading from at least one of said plurality of sensors; and communicate a message to a mobile device of a user in response to said reading, characterized by further comprising a dispenser configured to store and automatically dispense an appropriate amount of cooking substance on the food item in response to the reading of at least one of the plurality of sensors. access data stored in a remote database; obtain a reading from at least one of said plurality of sensors; and communicate a message to a mobile device of a user in response to said reading, characterized by further comprising a dispenser configured to store and automatically dispense an appropriate amount of cooking substance on the food item in response to the reading of at least one of the plurality of sensors.
A panel (1, 2, 3, 4) comprising a panel core, a panel top side, a panel underside and a first edge pair and a second edge pair, wherein the first edge pair is provided with a groove profile at a panel edge and a tongue profile complementary thereto at the opposite panel edge, which are lockable by a pivotal movement and then cooperate in positively locking relationship in such a way that in the locked state a vertical locking action can be achieved and movement of locked panels (1, 2, 3, 4) away from each other in the plane of the panels (horizontally) is opposed, wherein at its opposite panel edges the second edge pair is provided with complementary hook profiles, namely a receiving hook (10, 56, 62, 69, 74) and an arresting hook (11, 57, 63, 68, 75), wherein the arresting hook (11, 57, 63, 68, 75) can be assembled to the receiving hook (10, 56, 62, 69, 74) by a joining movement in a plane perpendicular to the panel plane simultaneously by means of the pivotal movement for the first edge pair, with the proviso that the receiving hook (10, 56, 62) is provided with a holding groove (12, 58, 64) or the arresting hook (68, 75) is provided with a holding groove (71, 77) for a separate locking element (70, 76) with which a vertical locking action can be achieved, wherein a butting surface is arranged at the receiving hook (10, 56, 62, 69, 74) substantially orthogonally relative to the panel top side, wherein a counterpart butting surface is arranged at the arresting hook (11, 57, 63, 68, 75) substantially orthogonally relative to the panel top side, wherein there is provided at least one sealing nose at the second edge pair at a lower end of the counterpart butting surface of the arresting hook (11, 57, 63, 68, 75) or at a lower end of the butting surface of the receiving hook (10, 56, 62, 69, 74), which sealing nose extends parallel to the respective panel edge (M, U) over the entire length of the counterpart butting surface or the butting surface, characterized in that at the second edge pair the counterpart butting surface or the butting surface is inclined relative to the orthogonal to the panel top side by an angle in the range of 1° - 5°, that the cross-section of the arresting hook (11, 57, 63, 68, 75) has an oversize in the inclined region of the counterpart butting surface or the butting surface so that in the locked state a pressing action can be caused between the counterpart butting surfaces and the butting surfaces and that arranged at the lower end of the pressing action between the counterpart butting surface and the butting surface is the sealing nose with which once again an increased pressing action against the butting surface can be created in the locked state.
A cab for a power machine (100; 200), comprising: a frame including a right front post, a left front post, a right rear post and a left rear post, wherein the frame further includes a canopy section and one or more lower sections and wherein the right front post, the left front post, the right rear post and the left rear post extend between the canopy section and the one or more lower sections; a side window rotatably connected to the frame by a first hinge proximal to one of the right and left rear posts; a rear window rotatably connected to the frame by a second hinge proximal to the same one of the right and left rear posts; wherein when the side window and the rear window are both opened by rotation relative to their respective first and second hinges, an airflow path is created generally diagonally across an operator compartment between one of the right and left front posts and an opposite one of the right and left rear posts. a frame including a right front post, a left front post, a right rear post and a left rear post, wherein the frame further includes a canopy section and one or more lower sections and wherein the right front post, the left front post, the right rear post and the left rear post extend between the canopy section and the one or more lower sections; a side window rotatably connected to the frame by a first hinge proximal to one of the right and left rear posts; a rear window rotatably connected to the frame by a second hinge proximal to the same one of the right and left rear posts; wherein when the side window and the rear window are both opened by rotation relative to their respective first and second hinges, an airflow path is created generally diagonally across an operator compartment between one of the right and left front posts and an opposite one of the right and left rear posts.
An apparatus to facilitate compute optimization, comprising a graphics processor (234, 350, 2000, 2300) including a sorting logic to sort floating point processing threads into thread groups based on bit depth of floating point thread operations and a floating point logic, wherein the floating point logic comprises: a first component to process a lower half of a first bit depth of the floating point thread operations; and a second component to process an upper half of the first bit depth of the floating point thread operations; wherein, when processing floating point thread operations having a second bit depth of half of the first bit depth at the first component, the floating point logic deactivates the second component. a first component to process a lower half of a first bit depth of the floating point thread operations; and a second component to process an upper half of the first bit depth of the floating point thread operations;