mhurhangee/ep-ind-claims huggingface dataset:
A system for a charging port, comprising: the charging port having a charging inlet in a charging port opening portion provided on a vehicle body; a lid that covers the charging port opening portion and is openable and closable on the vehicle body; and a charging port cover releasably attachable to the lid in an opened state to cover open sections (16, 18) between the charging port opening portion and the lid, wherein the charging port cover is releasably attachable to the lid via an engaging member. the charging port having a charging inlet in a charging port opening portion provided on a vehicle body; a lid that covers the charging port opening portion and is openable and closable on the vehicle body; and a charging port cover releasably attachable to the lid in an opened state to cover open sections (16, 18) between the charging port opening portion and the lid, wherein the charging port cover is releasably attachable to the lid via an engaging member.
A radar sensor circuit board for measuring vital signals, the radar sensor circuit board comprising: a first laminate layer comprising a first insulator material; an RF and baseband integrated circuit disposed on the first laminate layer, the RF and baseband integrated circuit comprising a millimeter-wave radar sensor and a digital interface configured to provide digitized baseband radar signals; a digital signal processor, DSP, integrated circuit coupled to the RF and baseband integrated circuit and disposed on the first laminate layer, wherein the DSP integrated circuit is configured to determine vital signal information based on the digitized baseband radar signals; a second laminate layer comprising a second insulator material, the second laminate layer having a first surface disposed over a first surface of the first laminate layer; a transmit antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit; a receive antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit; wherein the RF and baseband integrated circuit is stacked on top of the DSP integrated circuit; the RF and baseband integrated circuit is embedded within the first surface of the first laminate layer; and the DSP integrated circuit is embedded within a second surface of the first laminate layer opposite the first surface of the first laminate layer. a first laminate layer comprising a first insulator material; an RF and baseband integrated circuit disposed on the first laminate layer, the RF and baseband integrated circuit comprising a millimeter-wave radar sensor and a digital interface configured to provide digitized baseband radar signals; a digital signal processor, DSP, integrated circuit coupled to the RF and baseband integrated circuit and disposed on the first laminate layer, wherein the DSP integrated circuit is configured to determine vital signal information based on the digitized baseband radar signals; a second laminate layer comprising a second insulator material, the second laminate layer having a first surface disposed over a first surface of the first laminate layer; a transmit antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit; a receive antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit; wherein the RF and baseband integrated circuit is stacked on top of the DSP integrated circuit; the RF and baseband integrated circuit is embedded within the first surface of the first laminate layer; and the DSP integrated circuit is embedded within a second surface of the first laminate layer opposite the first surface of the first laminate layer.
An intumescent coating system comprising: (a) a polyol component selected from polyester polyols, polyether polyols, polycarbonate polyols, Novolac polyols and combinations thereof; (b) an isocyanate component selected from a group consisting of methylene diphenyl diisocyanate, polymeric methylene diphenyl diisocyanate, toluene diisocyanate, isophorone diisocyanate, and xylene diisocyanate; (c) a latent crosslinker having two or more -NACH 2 OR groups, where A is selected from a group consisting of H and -CH 2 OR, and in each case R is independently selected from a group consisting of hydrocarbons having from one to four carbons, the latent crosslinker being present in an amount of 30 weight-percent or more based on polyol weight; (d) a boron component selected from one or any combination of more than one material selected from a group consisting of ammonium pentaborate, melamine borate, zinc borate, boric acid, and boric oxide in an amount of one weight-percent or more and 10 weight-percent or less based on total weight of the intumescent system; (e) expandable graphite in an amountof 10 weight-percent or more and 50 weight-percent or less based on the total intumescent system weight. (a) a polyol component selected from polyester polyols, polyether polyols, polycarbonate polyols, Novolac polyols and combinations thereof; (b) an isocyanate component selected from a group consisting of methylene diphenyl diisocyanate, polymeric methylene diphenyl diisocyanate, toluene diisocyanate, isophorone diisocyanate, and xylene diisocyanate; (c) a latent crosslinker having two or more -NACH 2 OR groups, where A is selected from a group consisting of H and -CH 2 OR, and in each case R is independently selected from a group consisting of hydrocarbons having from one to four carbons, the latent crosslinker being present in an amount of 30 weight-percent or more based on polyol weight; (d) a boron component selected from one or any combination of more than one material selected from a group consisting of ammonium pentaborate, melamine borate, zinc borate, boric acid, and boric oxide in an amount of one weight-percent or more and 10 weight-percent or less based on total weight of the intumescent system; (e) expandable graphite in an amountof 10 weight-percent or more and 50 weight-percent or less based on the total intumescent system weight.
A method of purifying a serine protease comprising: loading the serine protease to a soybean trypsin inhibitor -based affinity chromatograph, and eluting the serine protease with an elution buffer comprising arginine that disrupts interaction between the STI and the serine protease. loading the serine protease to a soybean trypsin inhibitor -based affinity chromatograph, and eluting the serine protease with an elution buffer comprising arginine that disrupts interaction between the STI and the serine protease.
A method comprising: determining a rank indicator 'RI'; determining a precoding matrix index 'PMI'; determining a channel quality indicator 'CQI' according to the PMI and RI; and reporting information corresponding to the CQI to the wireless network, wherein the CQI is determined based on a channel covariance estimation operation, comprising: determining a channel covariance matrix; determining mean-square-error 'MSE' based on Taylor series approximation using the channel covariance matrix; determining an effective signal-to-interference-plus-noise-power-ratio 'eSINR' based on the MSE, wherein the determining CQI operation further comprises: determining an error item that is a difference between an instant channel correlation at a particular resource element and a resource-element-averaged channel covariance matrix, wherein the MSE is further determined based on the error item. determining a rank indicator 'RI'; determining a precoding matrix index 'PMI'; determining a channel quality indicator 'CQI' according to the PMI and RI; and reporting information corresponding to the CQI to the wireless network, wherein the CQI is determined based on a channel covariance estimation operation, comprising: determining a channel covariance matrix; determining mean-square-error 'MSE' based on Taylor series approximation using the channel covariance matrix; determining an effective signal-to-interference-plus-noise-power-ratio 'eSINR' based on the MSE, wherein the determining CQI operation further comprises: determining an error item that is a difference between an instant channel correlation at a particular resource element and a resource-element-averaged channel covariance matrix, wherein the MSE is further determined based on the error item. determining a channel covariance matrix; determining mean-square-error 'MSE' based on Taylor series approximation using the channel covariance matrix; determining an effective signal-to-interference-plus-noise-power-ratio 'eSINR' based on the MSE, wherein the determining CQI operation further comprises: determining an error item that is a difference between an instant channel correlation at a particular resource element and a resource-element-averaged channel covariance matrix, wherein the MSE is further determined based on the error item. determining an error item that is a difference between an instant channel correlation at a particular resource element and a resource-element-averaged channel covariance matrix, wherein the MSE is further determined based on the error item.
A skate blade measurement apparatus for the measurement of both radius of curvature and bend of a skate blade (18, 19), the measurement device comprising: a. a one-piece main body structure; b. a thermally non-conductive handle assembly; c. with at least one removable source (9, 10) for a magnetic field attached to the main body structure for the purpose of exerting magnetic retention force on a skate blade; d. a means for measuring height, generally located in a center of the apparatus; e. A means for locating the main body of the apparatus on the skate blade such that is easily verified and repeatable; and f. at least one pair of contact points for the skate blade, one of the pair residing on each side of the means for locating the main body of the apparatus on the skate blade. a. a one-piece main body structure; b. a thermally non-conductive handle assembly; c. with at least one removable source (9, 10) for a magnetic field attached to the main body structure for the purpose of exerting magnetic retention force on a skate blade; d. a means for measuring height, generally located in a center of the apparatus; e. A means for locating the main body of the apparatus on the skate blade such that is easily verified and repeatable; and f. at least one pair of contact points for the skate blade, one of the pair residing on each side of the means for locating the main body of the apparatus on the skate blade.
A transition piece for connecting a first component having at least three columns to a tower-shaped second component, wherein the transition piece can be arranged between the first component and the second component and comprises a connecting device for connecting the second component, wherein the transition piece is characterized by the following features: - the transition piece comprises at least three arcuate elements whose respective legs can be at least indirectly connected to the first component; - the respective arcuate elements can be brought into direct contact with the second component by means of convex end portions arranged between the respective legs; and - the convex end portions of the arcuate elements form a receiving region of the transition piece, and the second component can be introduced into this receiving region. - the transition piece comprises at least three arcuate elements whose respective legs can be at least indirectly connected to the first component; - the respective arcuate elements can be brought into direct contact with the second component by means of convex end portions arranged between the respective legs; and - the convex end portions of the arcuate elements form a receiving region of the transition piece, and the second component can be introduced into this receiving region.
A pharmaceutical composition comprising: particulate cilostazol or a salt thereof having a 90% particle size in a cumulative particle size distribution of 5 to 75 μm; a water-soluble cellulose; a non-water-soluble cellulose; a diluent; and a lubricant, wherein the water-soluble cellulose constitutes 1% to 25% by weight, the non-water-soluble cellulose constitutes 20% to 40% by weight, and the particulate cilostazol or salt thereof constitutes 15% to 70% by weight of the pharmaceutical composition that is in solid, extended-release form and features an in vivo plasma profile for cilostazol of C 24h /C max > 0.25; and the non-water-soluble cellulose is ethylcellulose, cellulose acetate, methylcellulose, or a combination thereof. particulate cilostazol or a salt thereof having a 90% particle size in a cumulative particle size distribution of 5 to 75 μm; a water-soluble cellulose; a non-water-soluble cellulose; a diluent; and a lubricant, wherein the water-soluble cellulose constitutes 1% to 25% by weight, the non-water-soluble cellulose constitutes 20% to 40% by weight, and the particulate cilostazol or salt thereof constitutes 15% to 70% by weight of the pharmaceutical composition that is in solid, extended-release form and features an in vivo plasma profile for cilostazol of C 24h /C max > 0.25; and the non-water-soluble cellulose is ethylcellulose, cellulose acetate, methylcellulose, or a combination thereof.
A periscope for a vehicle, the periscope comprising: a viewing position; an object window; a first reflector; a second reflector; an intermediate port between the first reflector and the second reflector, and an electronic display; wherein the first reflector is arranged to reflect light from the object window towards the second reflector through the intermediate port; and the second reflector is selectively movable between a first position of use in which the second reflector reflects light from the first reflector towards the viewing position and a second position of use in which the second reflector closes the intermediate port, wherein in the second position of use, the second reflector forms a light tight seal to close the intermediate port, characterized in that: in the first position of use the second reflector is interposed between the electronic display and the viewing position to block the view of the electronic display from the viewing position, and in the second position of use the view of the electronic display from the viewing position is unobstructed by the second reflector. a viewing position; an object window; a first reflector; a second reflector; an intermediate port between the first reflector and the second reflector, and an electronic display; wherein the first reflector is arranged to reflect light from the object window towards the second reflector through the intermediate port; and the second reflector is selectively movable between a first position of use in which the second reflector reflects light from the first reflector towards the viewing position and a second position of use in which the second reflector closes the intermediate port, wherein in the second position of use, the second reflector forms a light tight seal to close the intermediate port, characterized in that: in the first position of use the second reflector is interposed between the electronic display and the viewing position to block the view of the electronic display from the viewing position, and in the second position of use the view of the electronic display from the viewing position is unobstructed by the second reflector.
An electrical switching device, comprising: an outer housing; and internal operational components within said outer housing, the internal operational components including a solenoid, an internal housing in said outer housing surrounding at least some of said internal operational components including the solenoid; the internal housing comprising a first material, a sealing material within said outer housing and capable of forming a hermetic seal within said outer housing, wherein said sealing material contacts said internal housing, the electrical switching device characterized by: - an outer core and a top core disposed in the internal housing, the outer core and the top core surrounding the solenoid and forming a magnetic circuit whereby the outer core comprises a second material different from the first material, and and wherein said first material of the internal housing has a coefficient of thermal expansion that substantially matches the coefficient of thermal expansion of said sealing material.
A processing device comprising: - a surface; - a layer of solidified matrix material disposed on said surface; - magnetic particles disposed in a sub-region of the matrix material at a distance away from said surface. - a surface; - a layer of solidified matrix material disposed on said surface; - magnetic particles disposed in a sub-region of the matrix material at a distance away from said surface.
Method of laser welding of a workpiece made of unalloyed or low-alloy steel using a CO 2 laser, in which the weld site is purged by a protective gas during the welding, characterized in that the protective gas used is a gas mixture consisting of between 30% by volume and 35% by volume of carbon dioxide, the remainder being argon, the workpiece used is a sheet of thickness 3 to 5 mm, and the power of the laser is between 1.5 and 3 kW.
A wristband assembly comprising a band base material, allowing identification information to be shown on a front surface of the band base, wherein the band base material comprises: a wristband (4,41), wrappable around a portion to be wrapped such as a wrist (W1,W2) or an ankle; a band support; and the wristband (4, 41) is provided within an area inside the band support with an outer borderline (6, 45) disposed between the wristband (4, 41) and the band support, and the wristband (4, 41) includes a mother wristband (7, 42) and a child wristband (8, 43, 44) integrally formed side by side with an inner borderline (9, 46, 47) disposed therebetween, characterised in that a separation resistance along the inner borderline (9, 46, 47) is greater than a separation resistance along the outer borderline (6, 45). a wristband (4,41), wrappable around a portion to be wrapped such as a wrist (W1,W2) or an ankle; a band support; and the wristband (4, 41) is provided within an area inside the band support with an outer borderline (6, 45) disposed between the wristband (4, 41) and the band support, and the wristband (4, 41) includes a mother wristband (7, 42) and a child wristband (8, 43, 44) integrally formed side by side with an inner borderline (9, 46, 47) disposed therebetween, characterised in that a separation resistance along the inner borderline (9, 46, 47) is greater than a separation resistance along the outer borderline (6, 45).
A cable guiding element for guidance of electrical lines, with at least two cable channel elements (3, 4), the cable channel elements (3, 4) being pivotally connected to one another, wherein a first cable channel element on one first end has an articulated head and a second cable channel element on one first end has a corresponding articulated socket so that the first end of the first cable channel element and the first end of the second cable channel element form a joint via which the cable channel elements (3, 4) are connected to one another, wherein the joint is implemented without additional parts in that the articulated head and the articulated socket are each formed on one end of a cable channel element (3, 4), that the joint has one channel for passing the lines through, and that in the joint a recess is made which extends over the entire length of the joint.
A method for reclaiming used expandable polystyrene material with adhesions, including the following steps: - deforming the elastic particles of expandable polystyrene in a decontamination plant such that the adhesions of glues and/or plasters and/or PU foams and/or solid paints chip off, wherein the pearly and cellular structure of the expandable polystyrene remains, and - separating the mixture of substances consisting of adhesions and particles of expandable polystyrene by density separation in a separation device, characterized in that the density separation is performed by centrifugal force generated by means of a rotating centrifugal disk. - deforming the elastic particles of expandable polystyrene in a decontamination plant such that the adhesions of glues and/or plasters and/or PU foams and/or solid paints chip off, wherein the pearly and cellular structure of the expandable polystyrene remains, and - separating the mixture of substances consisting of adhesions and particles of expandable polystyrene by density separation in a separation device, characterized in that the density separation is performed by centrifugal force generated by means of a rotating centrifugal disk.
Device suitable for being connected with a circular precipitator for a two-stage electrostatic filter, wherein the precipitator is formed of at least two strip-like electrode elements wound around a centrally arranged bobbin and the electrode elements are arranged at a distance "d" from one another so that gaps are formed between the electrode elements, wherein the device includes means suitable for rotating the precipitator about its centre axis and wherein a vacuum cleaner nozzle (27; 127; 227; 327) suitable for being arranged on one side of the precipitator, the vacuum cleaner nozzle (27; 127; 227; 327) being suitable for being situated in the immediate vicinity of the precipitator, characterised in that the vacuum cleaner nozzle (27; 127; 227; 327) is provided with at least two elements (35/36; 135/136; 235/236; 335/336) designed to be suitable for penetrating into the gaps between adjacent electrode elements of the precipitator, and that the elements (35/36; 135/136; 235/236; 335/336) free dust particles and other dirt adhering to the electrode elements in a mechanical manner, that the vacuum cleaner nozzle (27; 127; 227; 327) is connected to one end of a tube (25; 125), and that the other end of the tube (25; 125) is connected to a rotatable holder (20; 120).
A method for regenerating a Claus unit in a sulfur removal complex comprising a plurality of Claus units and a smaller number of tail gas treating units (TGTUs), the method comprising the steps of: (a) switching the feed to the regenerating Claus unit's reaction furnace to natural gas; (b) combusting the natural gas in the reaction furnace using an approximately stoichiometric amount of oxygen; (c) sending the tail gas from the regenerating Claus unit to an in-service TGTU; (d) once liquid sulfur is no longer produced from the regenerating Claus unit in step (b), sending the tail gas to an in-service Claus unit's reaction furnace; and (e) adding excess oxygen to the regenerating Claus unit's reaction furnace. (a) switching the feed to the regenerating Claus unit's reaction furnace to natural gas; (b) combusting the natural gas in the reaction furnace using an approximately stoichiometric amount of oxygen; (c) sending the tail gas from the regenerating Claus unit to an in-service TGTU; (d) once liquid sulfur is no longer produced from the regenerating Claus unit in step (b), sending the tail gas to an in-service Claus unit's reaction furnace; and (e) adding excess oxygen to the regenerating Claus unit's reaction furnace.