mhurhangee/ep-ind-claims huggingface dataset:
A nanofiber manufacturing device comprising: an ejector that is capable of ejecting a solution from a head portion toward a target; and a power generator that generates a potential difference between the head portion and the target, the head portion including a first guide having a first surface and a second guide having a second surface, the first surface and the second surface making a gap, the gap being capable of maintaining the solution, when there is no applied voltage from the power generator and a tip of at least one of the first guide and the second guide including a maintain portion provided so as to be capable of maintaining the solution, when there is no applied voltage from the power generator; characterized in that the tip of at least one of the first guide and the second guide has a concave and convex shape and a step is provided between an end portion of the first guide and an end portion of the second guide. an ejector that is capable of ejecting a solution from a head portion toward a target; and a power generator that generates a potential difference between the head portion and the target, the head portion including a first guide having a first surface and a second guide having a second surface, the first surface and the second surface making a gap, the gap being capable of maintaining the solution, when there is no applied voltage from the power generator and a tip of at least one of the first guide and the second guide including a maintain portion provided so as to be capable of maintaining the solution, when there is no applied voltage from the power generator; characterized in that the tip of at least one of the first guide and the second guide has a concave and convex shape and a step is provided between an end portion of the first guide and an end portion of the second guide.
A radiation source device, comprising: a radiolucent window portion; a shielding portion having a window portion cavity therein, the radiolucent window portion being located in front of and extending across the window portion cavity; a radioactive material positioned within the window portion cavity of the shield portion so as to emit first photons through the window portion cavity and the radiolucent window portion; a fluorescent material receiving the first photons from the radioactive material and generating second photons, the fluorescent material being positioned at one of: (i) between the radioactive material and the radiolucent window portion; and (ii) adjacent an opposite side of the radiolucent window portion from the radioactive material; and a capsule housing the radiolucent window portion, the shielding portion, the radioactive material and the fluorescent material together, characterized in that the radioactive material is formed from radioactive material having single γ-ray emissions with energy between 40 and 100 keV and the fluorescent material comprises two different fluorescent materials and/or includes a two-layer assembly of sheets of two metals or an alloy of two metals, to provide three different energy levels of photon emissions; or the radioactive material includes 133 Ba, 109 Cd, 153 Gd, 139 Ce, or 152 Eu, and wherein photons emitted by the radiation source device are at a first energy level, at a second energy level, and at a third energy level, wherein the second photons generated by the fluorescent material have an energy level between 15 keV and 25 keV. a radiolucent window portion; a shielding portion having a window portion cavity therein, the radiolucent window portion being located in front of and extending across the window portion cavity; a radioactive material positioned within the window portion cavity of the shield portion so as to emit first photons through the window portion cavity and the radiolucent window portion; a fluorescent material receiving the first photons from the radioactive material and generating second photons, the fluorescent material being positioned at one of: (i) between the radioactive material and the radiolucent window portion; and (ii) adjacent an opposite side of the radiolucent window portion from the radioactive material; and a capsule housing the radiolucent window portion, the shielding portion, the radioactive material and the fluorescent material together, characterized in that the radioactive material is formed from radioactive material having single γ-ray emissions with energy between 40 and 100 keV and the fluorescent material comprises two different fluorescent materials and/or includes a two-layer assembly of sheets of two metals or an alloy of two metals, to provide three different energy levels of photon emissions; or the radioactive material includes 133 Ba, 109 Cd, 153 Gd, 139 Ce, or 152 Eu, and wherein photons emitted by the radiation source device are at a first energy level, at a second energy level, and at a third energy level, wherein the second photons generated by the fluorescent material have an energy level between 15 keV and 25 keV.
A spoke wheel for a motorcycle, comprising: a hub having an insertion hole for an axle shaft to be inserted therein; a rim for a tyre to be attached thereto; and a plurality of spokes connecting the hub and the rim, wherein the spokes include first spokes extending from a first side of the hub in an axial direction of the insertion hole to the rim, and second spokes extending from a second side of the hub in the axial direction to the rim, wherein a housing part housing damper members is formed on the first side of the hub to surround the insertion hole, the housing part including an opening part open to the first side, a bottom surface formed to be recessed from the opening part in the axial direction, and a damper-side wall part forming the bottom surface, characterized in that the bottom surface includes a flat surface, depressed parts recessed from the flat surface in the axial direction to house heads of the first spokes, and through holes formed in the depressed parts to allow the first spokes to be inserted therein. a hub having an insertion hole for an axle shaft to be inserted therein; a rim for a tyre to be attached thereto; and a plurality of spokes connecting the hub and the rim, wherein the spokes include first spokes extending from a first side of the hub in an axial direction of the insertion hole to the rim, and second spokes extending from a second side of the hub in the axial direction to the rim, first spokes extending from a first side of the hub in an axial direction of the insertion hole to the rim, and second spokes extending from a second side of the hub in the axial direction to the rim, wherein a housing part housing damper members is formed on the first side of the hub to surround the insertion hole, the housing part including an opening part open to the first side, a bottom surface formed to be recessed from the opening part in the axial direction, and a damper-side wall part forming the bottom surface, characterized in that the bottom surface includes a flat surface, depressed parts recessed from the flat surface in the axial direction to house heads of the first spokes, and through holes formed in the depressed parts to allow the first spokes to be inserted therein. an opening part open to the first side, a bottom surface formed to be recessed from the opening part in the axial direction, and a damper-side wall part forming the bottom surface, characterized in that the bottom surface includes a flat surface, depressed parts recessed from the flat surface in the axial direction to house heads of the first spokes, and through holes formed in the depressed parts to allow the first spokes to be inserted therein.
Metal substrate-supported anode for a high temperature fuel cell, characterised in that - a diffusion barrier is arranged on a metal substrate, - an at least 3-layer anode layer composite (A1, A2, A3) is arranged on the diffusion barrier, - the individual layers of the anode layer composite each have yttrium oxide-stabilised zirconium dioxide and nickel, - the layers of the anode layer composite have an average grain size of the nickel-containing powder that decreases as the distance from the substrate (A1, A2, A3) increases and - the last layer of the anode layer composite provided for contact with the electrolyte has an average surface roughness Rq that is smaller than 4 μm. - a diffusion barrier is arranged on a metal substrate, - an at least 3-layer anode layer composite (A1, A2, A3) is arranged on the diffusion barrier, - the individual layers of the anode layer composite each have yttrium oxide-stabilised zirconium dioxide and nickel, - the layers of the anode layer composite have an average grain size of the nickel-containing powder that decreases as the distance from the substrate (A1, A2, A3) increases and - the last layer of the anode layer composite provided for contact with the electrolyte has an average surface roughness Rq that is smaller than 4 μm.
Bone anchoring device comprising a bone anchoring element having a shank for anchoring in the bone and a head; a receiving part for coupling a rod to the bone anchoring element, wherein the receiving part comprises a rod receiving portion with a first end and a second end and a U-shaped recess for receiving the rod, the recess extending from the first end in the direction of the second end thereby forming two free legs (12a, 12b) and a head receiving portion at the side of the second end opposite to the first end for accommodating the head, the head receiving portion having a free end and being flexible so as to allow introduction and clamping of the head; a locking ring (8, 8') arranged around the head receiving portion; wherein the locking ring can assume a locking position in which the head is locked by compression of the head receiving portion of the receiving part; wherein the locking ring (8, 8') comprises an outer surface portion with an engagement structure (88, 88') for engagement with a tool, characterized in that the engagement structure comprises a plurality of ribs (88, 88') extending in a circumferential direction of the locking ring. a rod receiving portion with a first end and a second end and a U-shaped recess for receiving the rod, the recess extending from the first end in the direction of the second end thereby forming two free legs (12a, 12b) and a head receiving portion at the side of the second end opposite to the first end for accommodating the head, the head receiving portion having a free end and being flexible so as to allow introduction and clamping of the head;
A method comprising: receiving, at a powered device, a classification voltage from a network device; sending a first current indicative of a first classification resistance to the network device in the event that no accessories are connected to the powered device; and sending a second current indicative of a second classification resistance to the network device in the event that at least one accessory is connected to the powered device, wherein the second classification resistance is due to the effect of a second classification resistor (207; 301b), the second classification resistor (207; 301b) being isolated from circuitry of the at least one accessory, wherein the at least one accessory is electrically coupled to the powered device through a classification path electrically connected to the second classification resistor (207; 301b) and a functional path electrically connected to the circuitry of the at least one accessory and characterized in that the functional path is electrically isolated from the second classification resistor (207; 301b). receiving, at a powered device, a classification voltage from a network device; sending a first current indicative of a first classification resistance to the network device in the event that no accessories are connected to the powered device; and sending a second current indicative of a second classification resistance to the network device in the event that at least one accessory is connected to the powered device, wherein the second classification resistance is due to the effect of a second classification resistor (207; 301b), the second classification resistor (207; 301b) being isolated from circuitry of the at least one accessory, wherein the at least one accessory is electrically coupled to the powered device through a classification path electrically connected to the second classification resistor (207; 301b) and a functional path electrically connected to the circuitry of the at least one accessory and characterized in that the functional path is electrically isolated from the second classification resistor (207; 301b).
A method of diagnosis of histamine intolerance syndrome in a subject suspected of suffering from insufficient DAO (diamine oxidase) enzyme activity comprising the steps of:- administering orally a preparation, solution or suspension containing a known amount of stable isotopic labeled histamine; chemical derivatization of histamine metabolites in a sample of bodily fluid selected from blood, serum, plasma, urine, or saliva that has been obtained after a predefined period of time, using a derivatization agent which reacts with imidazole acetic acid and N-methyl-imidazole acetic acid compounds; measuring derivatized isotopic labeled histamine metabolites contained in said sample of bodily fluid using mass spectrometry which comprises a LC-MS/MS technique; and calculating the subjects' DAO activity and/or the subjects' histamine degradation capacity on basis of the amount of isotopic labeled imidazole acetic acid and methyl imidazole acetic acid contained in said sample of bodily fluid, wherein said sample has optionally had proteins removed prior to the step of measuring. administering orally a preparation, solution or suspension containing a known amount of stable isotopic labeled histamine; chemical derivatization of histamine metabolites in a sample of bodily fluid selected from blood, serum, plasma, urine, or saliva that has been obtained after a predefined period of time, using a derivatization agent which reacts with imidazole acetic acid and N-methyl-imidazole acetic acid compounds; measuring derivatized isotopic labeled histamine metabolites contained in said sample of bodily fluid using mass spectrometry which comprises a LC-MS/MS technique; and calculating the subjects' DAO activity and/or the subjects' histamine degradation capacity on basis of the amount of isotopic labeled imidazole acetic acid and methyl imidazole acetic acid contained in said sample of bodily fluid, wherein said sample has optionally had proteins removed prior to the step of measuring.
A computer-implemented method for performing multi-carrier phase-based ranging between two radios comprising: - calculating squared channel responses based on channel measurements between the two radios for a plurality of available carriers within a measurement band for the phase-based ranging; and wherein the measurement band has at least one band gap each with one or more unusable carriers for calculating squared channel responses; - estimating, by means of a trained neural network, squared channel responses (112, 203) for the unusable carriers in a respective band gap from squared channel responses (201, 202) of carriers adjacent to the respective band gap; - estimating a distance between the two radios based on both the calculated and estimated squared channel responses. - calculating squared channel responses based on channel measurements between the two radios for a plurality of available carriers within a measurement band for the phase-based ranging; and wherein the measurement band has at least one band gap each with one or more unusable carriers for calculating squared channel responses; - estimating, by means of a trained neural network, squared channel responses (112, 203) for the unusable carriers in a respective band gap from squared channel responses (201, 202) of carriers adjacent to the respective band gap; - estimating a distance between the two radios based on both the calculated and estimated squared channel responses.
An electronic component module (8, 8', 18) with leads, comprising: an electronic component (1, 11) having terminal electrodes (2a, 2b, 12a, 12b) formed at both ends of said electronic component's (1, 11) body; and first and second leads (5a, 5b, 15a, 15b) formed by covering metal wires (6a, 6b) with insulating members (7a, 7b) and arranged side-by-side, said first and second leads (5a, 5b, 15a, 15b) are electrically connected to said terminal electrodes (2a, 2b, 12a, 12b), respectively, wherein metal wire exposed portions (3a, 3b, 13a, 13b) where the metal wires (6a, 6b) are exposed respectively from said first and second leads (5a, 5b, 15a, 15b) are provided on joint surfaces of said first and second leads (5a, 5b, 15a, 15b) on the same side which is used for jointing to said terminal electrodes (2a, 2b, 12a, 12b), and said metal wire exposed portion (3a, 13a) of said first lead (5a, 15a) and said metal wire exposed portion (3b, 13b) of said second lead (5b, 15b) are spaced apart from each other by a predetermined interval in a lead length direction, said terminal electrodes (2a, 2b, 12a, 12b) are electrically connected to said metal wire exposed portions (3a, 3b, 13a, 13b) of said first and second leads (5a, 5b, 15a, 15b), respectively, by soldering, characterized in that said metal wire exposed portion (3a, 13a) of said first lead (5a, 15a) does not extend over the entire circumference of the first lead (5a, 15a), and said metal wire exposed portion (3b, 13b) of said second lead (5b, 15b) does not extend over the entire circumference of the second lead (5b, 15b). an electronic component (1, 11) having terminal electrodes (2a, 2b, 12a, 12b) formed at both ends of said electronic component's (1, 11) body; and first and second leads (5a, 5b, 15a, 15b) formed by covering metal wires (6a, 6b) with insulating members (7a, 7b) and arranged side-by-side, said first and second leads (5a, 5b, 15a, 15b) are electrically connected to said terminal electrodes (2a, 2b, 12a, 12b), respectively, wherein metal wire exposed portions (3a, 3b, 13a, 13b) where the metal wires (6a, 6b) are exposed respectively from said first and second leads (5a, 5b, 15a, 15b) are provided on joint surfaces of said first and second leads (5a, 5b, 15a, 15b) on the same side which is used for jointing to said terminal electrodes (2a, 2b, 12a, 12b), and said metal wire exposed portion (3a, 13a) of said first lead (5a, 15a) and said metal wire exposed portion (3b, 13b) of said second lead (5b, 15b) are spaced apart from each other by a predetermined interval in a lead length direction, said terminal electrodes (2a, 2b, 12a, 12b) are electrically connected to said metal wire exposed portions (3a, 3b, 13a, 13b) of said first and second leads (5a, 5b, 15a, 15b), respectively, by soldering, characterized in that said metal wire exposed portion (3a, 13a) of said first lead (5a, 15a) does not extend over the entire circumference of the first lead (5a, 15a), and said metal wire exposed portion (3b, 13b) of said second lead (5b, 15b) does not extend over the entire circumference of the second lead (5b, 15b).
Composite moulding for use in solar systems of solar energy generation, characterized in that the composite moulding has an outer layer having self-healing properties, wherein the outer layer is based on a crosslinkable fluoropolymer and comprises optional adjuvants, characterized in that the composite moulding has an outer layer based on PFEVE.
A structure for fixing an electrical connection section which connects and fixes an electrical connection section of a shielded electric wire to an electrical connection section of a shield housing (51 a), the structure comprising: an electrically insulative annular member which is provided slidably along an outer peripheral surface of the electrical connection section of the shielded electric wire; a fixing member which is provided on the outer peripheral surface of the annular member and is fixed to the shield housing (51 a); and a shield member which covers the electric wire and is mechanically connected to the fixing member, characterized in that the fixing member is conductive; the shield member covers the electric wire and is electrically connected to the fixing member, and the shield member is bent with sliding of the annular member. an electrically insulative annular member which is provided slidably along an outer peripheral surface of the electrical connection section of the shielded electric wire; a fixing member which is provided on the outer peripheral surface of the annular member and is fixed to the shield housing (51 a); and a shield member which covers the electric wire and is mechanically connected to the fixing member, characterized in that the fixing member is conductive; the shield member covers the electric wire and is electrically connected to the fixing member, and the shield member is bent with sliding of the annular member.
A washing device for washing a plurality of laboratory consumables, comprising: a top compartment capable of receiving at least one manifold dispenser, wherein the manifold dispenser comprises at least one liquid input and a plurality of liquid outputs that operably direct fluid to contact a plurality of laboratory consumables held by one or more racks coupled to said at least one manifold dispenser; a middle compartment attached to the top compartment and positioned below the top compartment, the middle compartment comprising a washing chamber and having a liquid-tight floor comprising a material transparent to ultraviolet light; said one or more racks being located in the middle compartment and capable of receiving fluid output by the plurality of liquid outputs of the manifold dispenser; and a bottom compartment attached to the washing chamber and positioned below the middle compartment and separated therefrom by said washing chamber floor, the bottom compartment having a light source mounted thereto, wherein the light source is capable of outputting UV light in the direction of the washing chamber through the floor of the washing chamber, and a plurality of fiber optic channels being coupled to said light source and extending through said at least one manifold dispenser at each of the plurality of liquid outputs. a top compartment capable of receiving at least one manifold dispenser, wherein the manifold dispenser comprises at least one liquid input and a plurality of liquid outputs that operably direct fluid to contact a plurality of laboratory consumables held by one or more racks coupled to said at least one manifold dispenser; a middle compartment attached to the top compartment and positioned below the top compartment, the middle compartment comprising a washing chamber and having a liquid-tight floor comprising a material transparent to ultraviolet light; said one or more racks being located in the middle compartment and capable of receiving fluid output by the plurality of liquid outputs of the manifold dispenser; and a bottom compartment attached to the washing chamber and positioned below the middle compartment and separated therefrom by said washing chamber floor, the bottom compartment having a light source mounted thereto, wherein the light source is capable of outputting UV light in the direction of the washing chamber through the floor of the washing chamber, and a plurality of fiber optic channels being coupled to said light source and extending through said at least one manifold dispenser at each of the plurality of liquid outputs.