mhurhangee/ep-ind-claims huggingface dataset:
A radio frequency identification (RFID) enabled mirror (200, 300, 400), comprising: a mirror comprising a reflective layer, wherein: the reflective layer comprises at least one layer of a metallic material; at least one portion of the reflective layer is removed to form a booster antenna (210, 310, 414) from a remaining portion of the reflective layer; and a dielectric coating (220. 320, 420) is applied to the mirror where the reflective layer was removed; and an RFID chip (230, 330. 430) coupled to the booster antenna (210, 310, 414). a mirror comprising a reflective layer, wherein: the reflective layer comprises at least one layer of a metallic material; at least one portion of the reflective layer is removed to form a booster antenna (210, 310, 414) from a remaining portion of the reflective layer; and a dielectric coating (220. 320, 420) is applied to the mirror where the reflective layer was removed; and the reflective layer comprises at least one layer of a metallic material; at least one portion of the reflective layer is removed to form a booster antenna (210, 310, 414) from a remaining portion of the reflective layer; and a dielectric coating (220. 320, 420) is applied to the mirror where the reflective layer was removed; and an RFID chip (230, 330. 430) coupled to the booster antenna (210, 310, 414).
A method for manufacture of a throughout hydrophobed silicon dioxide-containing thermal-insulation sheet, the thermal-insulation sheet comprising at least 50 wt.-% of silicon dioxide in the form of a pyrogenic silicic acid and/or of an aerogel, wherein the compressive stress at break according to the specification measured on the sheet surface is higher than the compressive stress at break according to the specification measured on the sectional surface in the central cross-section of the sheet in parallel to the sheet surface at respective equal penetration depths of the measuring probe into the test specimen, comprising the following steps of: a) treating a hydrophilic silicon dioxide-containing sheet with a silicon-containing surface modifying agent; b) drying and/or thermally treating the sheet treated with a surface modifying agent while forming a coated plate; c) hydrophobing the coated sheet with a hydrophobing agent. wherein the compressive stress at break according to the specification measured on the sheet surface is higher than the compressive stress at break according to the specification measured on the sectional surface in the central cross-section of the sheet in parallel to the sheet surface at respective equal penetration depths of the measuring probe into the test specimen, comprising the following steps of: a) treating a hydrophilic silicon dioxide-containing sheet with a silicon-containing surface modifying agent; b) drying and/or thermally treating the sheet treated with a surface modifying agent while forming a coated plate; c) hydrophobing the coated sheet with a hydrophobing agent. a) treating a hydrophilic silicon dioxide-containing sheet with a silicon-containing surface modifying agent; b) drying and/or thermally treating the sheet treated with a surface modifying agent while forming a coated plate; c) hydrophobing the coated sheet with a hydrophobing agent.
A method for purifying fibrinogen, comprising the steps of: (a) precipitating fibrinogen of a fibrinogen-containing solution by adding glycine to the solution for a concentration of glycine to be 1.5 to 2.5M, and then removing a supernatant and recovering a precipitate (1 st glycine precipitation); (b) dissolving the precipitate of 1 st glycine precipitation of step (a) in a dissolution buffer to obtain a solution, precipitating the solution by adding glycine thereto for a concentration of glycine to be 0.5 to 0.9M, and recovering a supernatant (2 nd glycine precipitation); (c) precipitating the supernatant of step (b) by adding glycine thereto for a concentration of glycine to be 1.5 to 2.5M, and recovering a precipitate (3 rd glycine precipitation); and (d) dissolving the precipitate of step (c) in a dissolution buffer to obtain a solution, and subjecting the solution to nanofiltration using a nanofilter. (a) precipitating fibrinogen of a fibrinogen-containing solution by adding glycine to the solution for a concentration of glycine to be 1.5 to 2.5M, and then removing a supernatant and recovering a precipitate (1 st glycine precipitation); (b) dissolving the precipitate of 1 st glycine precipitation of step (a) in a dissolution buffer to obtain a solution, precipitating the solution by adding glycine thereto for a concentration of glycine to be 0.5 to 0.9M, and recovering a supernatant (2 nd glycine precipitation); (c) precipitating the supernatant of step (b) by adding glycine thereto for a concentration of glycine to be 1.5 to 2.5M, and recovering a precipitate (3 rd glycine precipitation); and (d) dissolving the precipitate of step (c) in a dissolution buffer to obtain a solution, and subjecting the solution to nanofiltration using a nanofilter.
Raised bed as hexagonal pyramids, wherein at least two hexagonal structural frames are arranged vertically above a hexagonal foundation collar, wherein the hexagonal structural frames consist of 6 identical structural frame segments, which are connected at corner points using a connection device, bracket, perforated plate, or the like, characterised in that the individual structural frame segments are provided on both sides with a compound cut and the diameters of the individual structural frames taper downwards in the vertical direction. wherein the hexagonal structural frames consist of 6 identical structural frame segments, which are connected at corner points using a connection device, bracket, perforated plate, or the like, characterised in that the individual structural frame segments are provided on both sides with a compound cut and the diameters of the individual structural frames taper downwards in the vertical direction.
An assembly comprising: a trim component intended to be mounted directly or indirectly on the wheel of a vehicle, the trim component having at least one resilient catch and intended to be mounted on, and retained relative to, the wheel by way of the at least one resilient catch; a locking member operable between unlocked and locked positions and arranged such that when in the locked position it prevents movement of the at least one resilient catch, and thereby prevents the assembly from being separated from the wheel; and characterised by a second locking member which is releasably attachable to the assembly, and arranged such that when it is attached to the assembly it retains the locking member in a locked position. a trim component intended to be mounted directly or indirectly on the wheel of a vehicle, the trim component having at least one resilient catch and intended to be mounted on, and retained relative to, the wheel by way of the at least one resilient catch; a locking member operable between unlocked and locked positions and arranged such that when in the locked position it prevents movement of the at least one resilient catch, and thereby prevents the assembly from being separated from the wheel; and characterised by a second locking member which is releasably attachable to the assembly, and arranged such that when it is attached to the assembly it retains the locking member in a locked position.
A laser beam combining device comprising: a plurality of shaping optical units which emit a plurality of circular laser beams having outer diameters which are different from each other and increase as the circular laser beams travel; and a beam condensing optical system which condenses the plurality of circular laser beams emitted from the plurality of shaping optical units, wherein an increase amount of an outer diameter per unit travel distance is different between the plurality of circular laser beams, and wherein the plurality of shaping optical units are placed in such a manner that the plurality of circular laser beams emitted from the plurality of shaping optical units have a concentric shape and overlap with each other on an emission surface of the beam condensing optical system. a plurality of shaping optical units which emit a plurality of circular laser beams having outer diameters which are different from each other and increase as the circular laser beams travel; and a beam condensing optical system which condenses the plurality of circular laser beams emitted from the plurality of shaping optical units, wherein an increase amount of an outer diameter per unit travel distance is different between the plurality of circular laser beams, and wherein the plurality of shaping optical units are placed in such a manner that the plurality of circular laser beams emitted from the plurality of shaping optical units have a concentric shape and overlap with each other on an emission surface of the beam condensing optical system.
A fastening arrangement having a profiled strut and an insert nut mounted in an aperture in the profiled strut, the insert nut having a threaded nut held on a clip, characterized in that the clip has a first and a second actuating end (6, 7), via which the insert nut projects out of the aperture, an edge (2.1) of the aperture is received in a receptacle of the clip, the fastening arrangement having an upper part and a lower part which are connected to one another at a distance from one another via a connecting portion, a first of the actuating ends (6, 7) forming a free end of the upper part and a second of the actuating ends (6, 7) forming a free end of the lower part, wherein at least one of the upper part and the lower part has a projecting contact claw on its outer side.
Geocomposite for the treatment of soils, for a system for the treatment of soils by electrokinetics, comprising at least one filter mat and/or at least one drainage mat, having integrated perforated minidrains and integrating at least one part of at least one electrode disposed along a path substantially parallel to the minidrains and capable of being connected to an electric generator connected to another electrode.
Method for introducing fillers into discoid or annular-disc-shaped porous bodies, in which the fillers, in a fluid state, are brought into contact with the porous bodies by means of at least one wick and distribute themselves in said porous body starting from at least one point inside the porous body, characterised in that blind holes having stepped diameters are drilled into the discoid or annular-disc-shaped porous bodies, the blind holes being formed of a drilled hole having a relatively large diameter and a drilled hole having a relatively small diameter, and preferably cylindrical wicks made of porous carbon being inserted, so as to be flush or so as to fit with play, into the region of the drilled hole, having the relatively large diameter, of said blind holes.
A method comprising: executing a processing with respect to a key value of a key field included in a sequence of one or more key fields expressing a received intent, wherein the received intent is associated with a specific system; and generating, based on a result of the processing, one or more instructions associated with the specific system for one or more control functions controlling an infrastructure for carrying out the received intent, characterized in that the key field is of a key field type of a set of key field types defined in advance, the key field type has assigned at least one role of a set of roles defined in advance, the at least one role has assigned a type of key field receiving function, KRF, of a set of types of KRFs defined in advance, the processing is executed by the type of KRF associated with the at least one role assigned to the key field, and the processing is executed, with priority, with respect to one or more key fields of the sequence, which are associated with a specific role of the set of roles, wherein the specific role itself is an intent. executing a processing with respect to a key value of a key field included in a sequence of one or more key fields expressing a received intent, wherein the received intent is associated with a specific system; and generating, based on a result of the processing, one or more instructions associated with the specific system for one or more control functions controlling an infrastructure for carrying out the received intent, characterized in that the key field is of a key field type of a set of key field types defined in advance, the key field type has assigned at least one role of a set of roles defined in advance, the at least one role has assigned a type of key field receiving function, KRF, of a set of types of KRFs defined in advance, the processing is executed by the type of KRF associated with the at least one role assigned to the key field, and the processing is executed, with priority, with respect to one or more key fields of the sequence, which are associated with a specific role of the set of roles, wherein the specific role itself is an intent.
An electrical probe comprising: a shell extending along a longitudinal axis and defining an internal cavity with an opening at a first end, the shell comprising a neck portion defined by a hollow polygonal shaft that is twisted about the longitudinal axis and has an internal cam surface; a plunger slidably received in the internal cavity, the plunger comprising: a tip configured to extend at least partially through the opening at the first end; and a cam integrally formed with the tip, the cam having a defined shape in a plane substantial perpendicular to the longitudinal axis, an outer perimeter of the cam being substantially congruent to, and less than, an inner perimeter of the internal cam surface of the hollow polygonal shaft, the cam being configured to engage with and ride along the internal cam surface of the hollow polygonal shaft to cause rotation of the tip when the plunger is reciprocated along the longitudinal axis of the shell; and a biasing device configured to exert a biasing force on the plunger. a shell extending along a longitudinal axis and defining an internal cavity with an opening at a first end, the shell comprising a neck portion defined by a hollow polygonal shaft that is twisted about the longitudinal axis and has an internal cam surface; a plunger slidably received in the internal cavity, the plunger comprising: a tip configured to extend at least partially through the opening at the first end; and a cam integrally formed with the tip, the cam having a defined shape in a plane substantial perpendicular to the longitudinal axis, an outer perimeter of the cam being substantially congruent to, and less than, an inner perimeter of the internal cam surface of the hollow polygonal shaft, the cam being configured to engage with and ride along the internal cam surface of the hollow polygonal shaft to cause rotation of the tip when the plunger is reciprocated along the longitudinal axis of the shell; and a tip configured to extend at least partially through the opening at the first end; and a cam integrally formed with the tip, the cam having a defined shape in a plane substantial perpendicular to the longitudinal axis, an outer perimeter of the cam being substantially congruent to, and less than, an inner perimeter of the internal cam surface of the hollow polygonal shaft, the cam being configured to engage with and ride along the internal cam surface of the hollow polygonal shaft to cause rotation of the tip when the plunger is reciprocated along the longitudinal axis of the shell; and a biasing device configured to exert a biasing force on the plunger.
A fireproof board (10, 20) of silicon nitride-bonded silicon carbide, wherein the fireproof board (10, 20) has a side surface (10b, 20b), a front surface (10a, 20a), and a rear surface (10c, 20c), the side surface is covered with glass of a first thickness, and the front surface has a first region, the first region being covered with glass of a second thickness that is less than the first thickness, or the first region being not covered with glass; wherein the first thickness is 5 μm or more and 100 μm or less and the second thickness is 7 μm or less.
A method for controlling and scheduling operation of at least one SQL operator on data chunk using multiple execution units including HWA and CPU units, said method comprising the step of: receiving SQL query; accessing data chunk blocks; receive meta data statistics of the data chunk block;, said meta data including at least one of: statistical analyses using bloom filter, checking chunk boundaries or Frequency, moments calculation; and said metadata being stored as off-line copy and splitting data elements to logical chunks, enabling metadata parsing on heterogeneous system; analyzing the received metadata for predicting the query selectivity and result size during the query execution run-time; and based on said predicted parameters, choosing between a CPU or a HWA unit (20, 22) to execute each operator of the query based on predefined rules taking into account the characteristics, capabilities and resources of each execution device. receiving SQL query; accessing data chunk blocks; receive meta data statistics of the data chunk block;, said meta data including at least one of: statistical analyses using bloom filter, checking chunk boundaries or Frequency, moments calculation; and said metadata being stored as off-line copy and splitting data elements to logical chunks, enabling metadata parsing on heterogeneous system; analyzing the received metadata for predicting the query selectivity and result size during the query execution run-time; and based on said predicted parameters, choosing between a CPU or a HWA unit (20, 22) to execute each operator of the query based on predefined rules taking into account the characteristics, capabilities and resources of each execution device.
An actuator assembly configured for electrical and pneumatic actuation for rupturing a seal of a cartridge of pressurized gas, the assembly comprising: a housing having a proximal end and a distal end with a passageway extending axially from the proximal end to the distal end along an actuator axis (A-A), the passageway defining a first chamber and a second chamber with the second chamber disposed distally of the first chamber, with the first and second chambers (118, 120) centered along the actuator axis (A-A), the housing including at least one inlet port (122a, 122b) formed between the first and second chambers (118, 120) in communication with the passageway for coupling to a pressurized gas source; an electrically operated protracting actuation device having an electrical connector and a rod member, the protracting actuation device being disposed within the housing such that the electrical connector is disposed in the first chamber and the rod member is disposed in the second chamber with the first chamber being sealed from the second chamber and the at least one inlet port (122a, 122b); and a puncturing assembly including a head with a puncturing pin extending axially from the head, the puncturing assembly having an actuated position and a retracted position within the passageway with the head in the second chamber biased in a proximal direction to the retracted position for translation from the retracted position to the actuated position upon either electrical operation of the protracting actuation device or delivery of the pressurized gas to the at least one inlet (122a, 122b) acting on the head. a housing having a proximal end and a distal end with a passageway extending axially from the proximal end to the distal end along an actuator axis (A-A), the passageway defining a first chamber and a second chamber with the second chamber disposed distally of the first chamber, with the first and second chambers (118, 120) centered along the actuator axis (A-A), the housing including at least one inlet port (122a, 122b) formed between the first and second chambers (118, 120) in communication with the passageway for coupling to a pressurized gas source; an electrically operated protracting actuation device having an electrical connector and a rod member, the protracting actuation device being disposed within the housing such that the electrical connector is disposed in the first chamber and the rod member is disposed in the second chamber with the first chamber being sealed from the second chamber and the at least one inlet port (122a, 122b); and a puncturing assembly including a head with a puncturing pin extending axially from the head, the puncturing assembly having an actuated position and a retracted position within the passageway with the head in the second chamber biased in a proximal direction to the retracted position for translation from the retracted position to the actuated position upon either electrical operation of the protracting actuation device or delivery of the pressurized gas to the at least one inlet (122a, 122b) acting on the head.
A method for measuring moisture content in a biological material in an automated procedure, comprising the steps of: providing a reference database for a plurality of different material types with known moisture content; scanning a sample of the biological material with electromagnetic radiation of at least two different energy levels; determining the amount of radiation transmitted through said sample of the biological material at said two energy levels; identifying a material type in said reference database most resembling the biological material the sample; and determining the moisture content of said sample of biological material based on said identified material type and said determined amounts of radiation transmitted through the sample, wherein the at least two different energy levels both are of X-ray radiation wavelengths, and the scanning of the sample of the biological material with electromagnetic radiation of at least two different energy levels comprises a first scan with a first energy level, and a subsequent second scan with a second energy level. providing a reference database for a plurality of different material types with known moisture content; scanning a sample of the biological material with electromagnetic radiation of at least two different energy levels; determining the amount of radiation transmitted through said sample of the biological material at said two energy levels; identifying a material type in said reference database most resembling the biological material the sample; and determining the moisture content of said sample of biological material based on said identified material type and said determined amounts of radiation transmitted through the sample, wherein the at least two different energy levels both are of X-ray radiation wavelengths, and the scanning of the sample of the biological material with electromagnetic radiation of at least two different energy levels comprises a first scan with a first energy level, and a subsequent second scan with a second energy level.