mhurhangee/ep-ind-claims huggingface dataset:
A photoelectric conversion cell (20,120) comprising: a first electrode layer and a second electrode layer which are positioned at the same level and positioned apart from each other at an interval in a first direction; a first semiconductor layer positioned on the first and second electrode layers and having a first conductivity type; a second semiconductor layer which is positioned directly on the first semiconductor layer and has a second conductivity type, the second semiconductor layer forming pn junction with the first semiconductor layer, the first and the second semiconductor layers comprising a first end in the first direction above the first electrode layer and a second end opposed to the first end above the second electrode layer; a transparent conductive layer positioned on the second semiconductor layer; a connecting part (7,17) for electrically connecting the second semiconductor layer to the second electrode layer, the connecting part being provided closer to the second end than the first end; and a plurality of linear electrodes which are positioned on the transparent conductive layer characterized in that the linear electrodes reach the first end of the second semiconductor layer from the connecting part in a planar view as viewed from the transparent conductive layer side, wherein an end face of the linear electrodes and an end face of the first end of the second semiconductor layer are coplanar. a first electrode layer and a second electrode layer which are positioned at the same level and positioned apart from each other at an interval in a first direction; a first semiconductor layer positioned on the first and second electrode layers and having a first conductivity type; a second semiconductor layer which is positioned directly on the first semiconductor layer and has a second conductivity type, the second semiconductor layer forming pn junction with the first semiconductor layer, the first and the second semiconductor layers comprising a first end in the first direction above the first electrode layer and a second end opposed to the first end above the second electrode layer; a transparent conductive layer positioned on the second semiconductor layer; a connecting part (7,17) for electrically connecting the second semiconductor layer to the second electrode layer, the connecting part being provided closer to the second end than the first end; and a plurality of linear electrodes which are positioned on the transparent conductive layer characterized in that the linear electrodes reach the first end of the second semiconductor layer from the connecting part in a planar view as viewed from the transparent conductive layer side, wherein an end face of the linear electrodes and an end face of the first end of the second semiconductor layer are coplanar.
A method for inhibiting corrosion on internal metal surfaces of an overhead condenser of a crude distillation unit, the method comprising adding to the overhead condenser an amine composition in an amount and at a rate sufficient to maintain the pH of water condensate in the condenser above a pH of about 5, the amine composition consisting of a mixture of four amines wherein the amines are monoethanloamine, methoxypropyl amine, morpholine and cyclohexylamine present in a volume ratio ranging from 25:30:25:20 to 30:40:15:15.
A method for preparing a test paper to detect free water in aviation fuels, comprising the steps of: soaking a filter paper in an aqueous solution of K 3 [Fe 6]; drying the filter paper to obtain an intermediate test paper; and coating a surface of the intermediate test paper with a powdery mixture of FeSO 4 and a chelator; wherein: a weight ratio of the K 3 [Fe 6] to the powdery mixture of the FeSO 4 and the chelator is 1: (5 - 50). soaking a filter paper in an aqueous solution of K 3 [Fe 6]; drying the filter paper to obtain an intermediate test paper; and coating a surface of the intermediate test paper with a powdery mixture of FeSO 4 and a chelator; wherein: a weight ratio of the K 3 [Fe 6] to the powdery mixture of the FeSO 4 and the chelator is 1: (5 - 50).
A removal tool for removing a metal servo horn from an outer spline shaft of a servo, characterized in that the removal tool comprises: a lifting member consisting of an open end with one upper plate and one lower plate connected by a closed end, the upper plate of the open end acting as an active-lifting portion with one elongated hole and being connected, via the closed end, to the lower plate which acts as a passive-lifting portion and is equipped with one arc (321, 324) corresponding to the elongated hole of the active-lifting portion to provide a lifting area for the servo horn to seat; and two fastening members clamping the active-lifting portion, the servo horn and the passive-lifting portion into one integrated unit with gaskets when necessary; wherein the elongated hole of the active-lifting portion is formed at the open end, and a lifting force (τ) is created when a screw on the servo horn contacts a concaved lower edge of the elongated hole and turns counter clockwise. a lifting member consisting of an open end with one upper plate and one lower plate connected by a closed end, the upper plate of the open end acting as an active-lifting portion with one elongated hole and being connected, via the closed end, to the lower plate which acts as a passive-lifting portion and is equipped with one arc (321, 324) corresponding to the elongated hole of the active-lifting portion to provide a lifting area for the servo horn to seat; and two fastening members clamping the active-lifting portion, the servo horn and the passive-lifting portion into one integrated unit with gaskets when necessary; wherein the elongated hole of the active-lifting portion is formed at the open end, and a lifting force (τ) is created when a screw on the servo horn contacts a concaved lower edge of the elongated hole and turns counter clockwise.
A locking mechanism (4, 104) for a kitchen device (1, 101) having a vessel (5, 105) and a lid (21, 121), the locking mechanism comprising: a retaining arm (7, 107) pivotable between a free position and a retaining position; a securing assembly (108, 408) adapted to engage the retaining arm and movable between a free position and a securing position; an electric motor (57, 157) adapted to move the securing assembly between the free position and the securing position; a processor adapted to control the electric motor using a motor controller; and a drive mechanism (55, 155), wherein the electric motor is adapted to move the securing assembly using the drive mechanism, wherein the drive mechanism comprises a bridge member (69, 769), and wherein the bridge member is to convert a rotary motion of the electric motor to a linear motion of the bridge member. a retaining arm (7, 107) pivotable between a free position and a retaining position; a securing assembly (108, 408) adapted to engage the retaining arm and movable between a free position and a securing position; an electric motor (57, 157) adapted to move the securing assembly between the free position and the securing position; a processor adapted to control the electric motor using a motor controller; and a drive mechanism (55, 155), wherein the electric motor is adapted to move the securing assembly using the drive mechanism, wherein the drive mechanism comprises a bridge member (69, 769), and wherein the bridge member is to convert a rotary motion of the electric motor to a linear motion of the bridge member.
A pack housing including an internal space capable of accommodating battery cells, the pack housing comprising: a venting hole provided in at least one surface of the pack housing to communicate with the internal space; and a hole cover assembly configured to cover the venting hole, wherein the hole cover assembly comprises: a filter mesh comprising a resin filter layer formed of a resin and a mesh integrated with the resin filter layer by insert injection, and placed in the venting hole; and a mounting plate provided in a form of a frame having an empty center and coupled to the at least one surface of the pack housing while pressing an edge region of the filter mesh, wherein the mesh is formed of a metal material, and comprises a first mesh and a second mesh disposed to face the first mesh a predetermined distance apart from the first mesh, and the resin filter layer is located between the first mesh and the second mesh, or the resin filter layer comprises a first filter layer and a second filter layer disposed to face the first filter layer a predetermined distance apart from the first filter layer, and the mesh is formed of a metal material, and is located between the first filter layer and the second filter layer. a venting hole provided in at least one surface of the pack housing to communicate with the internal space; and a hole cover assembly configured to cover the venting hole, wherein the hole cover assembly comprises: a filter mesh comprising a resin filter layer formed of a resin and a mesh integrated with the resin filter layer by insert injection, and placed in the venting hole; and a mounting plate provided in a form of a frame having an empty center and coupled to the at least one surface of the pack housing while pressing an edge region of the filter mesh, wherein the mesh is formed of a metal material, and comprises a first mesh and a second mesh disposed to face the first mesh a predetermined distance apart from the first mesh, and the resin filter layer is located between the first mesh and the second mesh, or the resin filter layer comprises a first filter layer and a second filter layer disposed to face the first filter layer a predetermined distance apart from the first filter layer, and the mesh is formed of a metal material, and is located between the first filter layer and the second filter layer.
Method (METH) for detecting and calculating the duration of a jump effected by an individual, implemented by an electronic watch comprising the following steps: - detection (METH_Dt 2) of a moment (t 2) associated with a landing following the jump, this step comprising a sub-step of detecting (METH_Dt 2 _PC AC) an acceleration peak (PC AC) of an amplitude greater than a first threshold amplitude, within the acceleration measurements provided by a three-axis accelerometer (CP_AC), on board a watch worn on the wrist of the individual, - detection (METH_Ds) of a jump phase, by detection, in a temporal window finishing at the moment (t S) of landing, of a succession of acceleration measurements between 0g and 0.5g during a duration greater than a first threshold duration (t S), g being the acceleration due to gravity at the Earth's surface, - detection (METH_Dt 1) of a moment (t 0) associated with the start of the jump corresponding to the first measurement of the succession of acceleration measurements between 0 and 0.5g, - calculation (METH_Ts) of a duration (Ts) of the jump by the difference of the moment (t 2) associated with the landing and the moment (t 0) associated with the start of the jump, the step of detecting (METH_Dt 2) a moment (t 2) associated with a landing comprising a sub-step of detecting (METH_Dt 2 _PC PR) a pressure peak (PC PR) of an amplitude greater than a second threshold amplitude and of lesser duration than a second threshold duration, from pressure measurements provided by a pressure sensor (CP_PR) on board the watch, and a sub-step of comparing the moment associated with the acceleration peak (PC AC) and the moment associated with the pressure peak (PC PR). - detection (METH_Dt 2) of a moment (t 2) associated with a landing following the jump, this step comprising a sub-step of detecting (METH_Dt 2 _PC AC) an acceleration peak (PC AC) of an amplitude greater than a first threshold amplitude, within the acceleration measurements provided by a three-axis accelerometer (CP_AC), on board a watch worn on the wrist of the individual, - detection (METH_Ds) of a jump phase, by detection, in a temporal window finishing at the moment (t S) of landing, of a succession of acceleration measurements between 0g and 0.5g during a duration greater than a first threshold duration (t S), g being the acceleration due to gravity at the Earth's surface, - detection (METH_Dt 1) of a moment (t 0) associated with the start of the jump corresponding to the first measurement of the succession of acceleration measurements between 0 and 0.5g, - calculation (METH_Ts) of a duration (Ts) of the jump by the difference of the moment (t 2) associated with the landing and the moment (t 0) associated with the start of the jump,
A device for detecting time-resolved optical data, the device comprising: - a sensor comprising a number of detection elements configured to detect a light signal in a single photon regime; - a timing circuit connected to said number of detection elements through a common line; and - a control module connected to said sensor, said control module being configured to selectively and sequentially enable said detection elements of said sensor according to a set of pre-determined enabling patterns (P(i)) implementing a set of pre-defined base functions for spatially sampling said light signal, wherein said timing circuit is configured to measure a time of arrival of an output signal from said detection elements on said common line, said output signal being indicative of the detection of a photon of said light signal by any of said enabled detection elements. - a sensor comprising a number of detection elements configured to detect a light signal in a single photon regime; - a timing circuit connected to said number of detection elements through a common line; and - a control module connected to said sensor, said control module being configured to selectively and sequentially enable said detection elements of said sensor according to a set of pre-determined enabling patterns (P(i)) implementing a set of pre-defined base functions for spatially sampling said light signal,
Aeration device designed to aerate a grass strip, comprising a rotating shaft which is provided along its length with a number of aerating blades which are at right angles to the shaft and designed to loosen and remove parts of the grass strip, a guide device for collecting the material loosened by the aerating blades and discharging it in the direction of a collecting device, characterized in that said guide device comprises lower guide means, formed by a number of rotatable roller bodies placed next to each other, and upper guide means, formed by a rotatable pressure-exerting roller, which can be rotated in opposite directions to one another, as a result of which the loosened material is compacted between said guide means (6a and 6b) while it is being discharged, and that the lower guide means comprise at least three spaced-apart lower roller bodies (6a1;6a2;6a3;6a4) as a result of which the loosened material is at least sieved while it is being discharged before it is compacted between the pressure-exerting roller and a lower roller body (6a4) which is situated underneath.
A process for the preparation of a synergistic supramolecular prebiotic composition comprising the following steps: heating 10 g of a phytosterol mixture of soy or tall oil origin with 20 g edible oil selected from the group consisting of corn oil, corn germ oil, corn fiber oil, coconut oil, pumpkinseed oil and fish oil for 2 hours at 100 °C; cooling said mixture produced in the previous step to 20 °C; adding to said mixture produced in the previous step, upon stirring, 20 g of a mixture of natural lecithins, the origin of which is selected from the group consisting of soy, sunflower seed and egg, 20 ml water and 10 g L-lysine; mixing said mixture produced in the previous step with 100g of a mixture of prebiotic carbohydrates, said mixture consisting of 80 g inulin, 10 g galacto-oligosaccharide, 8 g fructo-oligosaccharide and 2 g lactulose; or a 80 g of a mixture of prebiotic carbohydrates, said mixture consisting of 60 g inulin, 10 g beta-glucan, 8 g Aloe vera gel powder and 2 g tagatose; and, optionally, adding to said mixture produced in the previous step further components selected from the group consisting of plant extracts, plant powders, vitamins, minerals, antioxidants, fillers, stabilizers and adhesion modifiers. heating 10 g of a phytosterol mixture of soy or tall oil origin with 20 g edible oil selected from the group consisting of corn oil, corn germ oil, corn fiber oil, coconut oil, pumpkinseed oil and fish oil for 2 hours at 100 °C; cooling said mixture produced in the previous step to 20 °C; adding to said mixture produced in the previous step, upon stirring, 20 g of a mixture of natural lecithins, the origin of which is selected from the group consisting of soy, sunflower seed and egg, 20 ml water and 10 g L-lysine; mixing said mixture produced in the previous step with 100g of a mixture of prebiotic carbohydrates, said mixture consisting of 80 g inulin, 10 g galacto-oligosaccharide, 8 g fructo-oligosaccharide and 2 g lactulose; or a 80 g of a mixture of prebiotic carbohydrates, said mixture consisting of 60 g inulin, 10 g beta-glucan, 8 g Aloe vera gel powder and 2 g tagatose; and, optionally, adding to said mixture produced in the previous step further components selected from the group consisting of plant extracts, plant powders, vitamins, minerals, antioxidants, fillers, stabilizers and adhesion modifiers.
A system comprising a medical needle device and a safety shield apparatus, the medical needle device comprising a blood collector barrel which defines a cylindrical chamber which is dimensioned to receive a blood collection vial, and a nose and; the safety shield apparatus comprising: a safety shield (12, 112) including a distal segment (20, 120) having a distal end and a proximal end, a proximal segment (22, 122) having a distal end and a proximal end, and a retention member (24, 124), the proximal end of the distal segment being pivotally connected to the distal end of the proximal segment and the retention member being pivotally secured to the proximal end of the proximal segment; wherein the retention member includes an opening (70, 124a) slidably received about the nose (11c, 111c) of the medical needle device (10, 110) and secured to the medical needle device by a retention collar; and wherein the distal segment and the proximal segment of the safety shield are manually movable from a retracted position to an advanced position in which a distal end of a needle supported on the medical needle device is shielded by the safety shield; characterized by the retention collar (90, 140) that secures the retention member to the medical needle device being directly frictionally engaged about the nose of the medical needle device to secure the safety shield apparatus to the medical needle device, wherein the retention member being captured between the retention collar and a distal face of the medical needle device. a safety shield (12, 112) including a distal segment (20, 120) having a distal end and a proximal end, a proximal segment (22, 122) having a distal end and a proximal end, and a retention member (24, 124), the proximal end of the distal segment being pivotally connected to the distal end of the proximal segment and the retention member being pivotally secured to the proximal end of the proximal segment; wherein the retention member includes an opening (70, 124a) slidably received about the nose (11c, 111c) of the medical needle device (10, 110) and secured to the medical needle device by a retention collar; and wherein the distal segment and the proximal segment of the safety shield are manually movable from a retracted position to an advanced position in which a distal end of a needle supported on the medical needle device is shielded by the safety shield; characterized by the retention collar (90, 140) that secures the retention member to the medical needle device being directly frictionally engaged about the nose of the medical needle device to secure the safety shield apparatus to the medical needle device, wherein the retention member being captured between the retention collar and a distal face of the medical needle device.
Method of obtainment of the biomass of Galleria Mellonella larvae with high biological activity which consists in placing the pupae in containers with nutrient medium, maintaining them at a temperature of 27°C and a humidity of 75% until the hatching of the first instar larvae, transferring the larvae after 6 hours after hatching in other containers with nutrient medium, their cultivation at a temperature of 27°C and humidity of 75%, the nutrient cultivation medium having the following composition, g/kg: Wheat flour 185 - 200 Corn flour 180 - 190 Wheat bran 110 - 130 Yeast extract 15 - 20 Milk powder 120 - 140 Bee honey 75 - 95 Glycerol 80 - 90 Wax powder 40 - 55 Pinobanksin 0.02 - 0.03 Pinocembrin 0.02 - 0.03 Purified water the rest characterized in that the cultivation of larvae takes place optimally for 19-21 days, respectively: 19 days - for biomass with high keratolytic activity; 20 days - for biomass with high antioxidant activity and 21 days - for biomass with high anti-inflammatory activity, with the transfer of larvae at least 2 times to fresh nutrient medium and the collection of larvae. and a humidity of 75% until the hatching of the first instar larvae, transferring the larvae after 6 hours after hatching in other containers with nutrient medium, their cultivation at a temperature of 27°C and humidity of 75%, the nutrient cultivation medium having the following composition, g/kg: Wheat flour 185 - 200 Corn flour 180 - 190 Wheat bran 110 - 130 Yeast extract 15 - 20 Milk powder 120 - 140 Bee honey 75 - 95 Glycerol 80 - 90 Wax powder 40 - 55 Pinobanksin 0.02 - 0.03 Pinocembrin 0.02 - 0.03 Purified water the rest characterized in that the cultivation of larvae takes place optimally for 19-21 days, respectively: 19 days - for biomass with high keratolytic activity; 20 days - for biomass with high antioxidant activity and 21 days - for biomass with high anti-inflammatory activity, with the transfer of larvae at least 2 times to fresh nutrient medium and the collection of larvae.
A lead-free, high-sulphur and easy-cutting copper-manganese alloy, characterized in that: the alloy comprises the following components in percentage by weight are Cu 52.0-95.0 wt.%, P 0.001-0.20 wt.%, Sn 0.01-20 wt.%, Mn 0.55-7.0 wt.%, S 0.2-1.0 wt.%; one or more metals other than Zn that have an affinity to sulphur less than the affinity of manganese to sulphur, with the sum of the contents thereof not more than 2.0 wt.%, and the balance being Zn and inevitable impurities, where Pb is not more than 0.05 wt.%; wherein said metals other than Zn that have an affinity to sulphur less than the affinity of manganese to sulphur are Ni, Fe, W, Co, Mo, Sb, Bi and Nb.