mhurhangee/ep-ind-claims huggingface dataset:
A zipper tape having an elongated shape, the zipper tape comprising, in a cross-sectional shape thereof: a pair of base strips; and engagement portions projecting from respective opposing surfaces of the pair of base strips and being engageable with each other, wherein at least the engagement portions each are formed with a resin composition including polypropylene, the resin composition having tensile modulus of elasticity of less than or equal to 600 MPA, characterized by the resin composition having fusion enthalpy ΔH 120 in a temperature range of higher than or equal to 120 degrees C measured by differential scanning calorimetry of less than 30 J/g. a pair of base strips; and engagement portions projecting from respective opposing surfaces of the pair of base strips and being engageable with each other, wherein at least the engagement portions each are formed with a resin composition including polypropylene, the resin composition having tensile modulus of elasticity of less than or equal to 600 MPA, characterized by the resin composition having fusion enthalpy ΔH 120 in a temperature range of higher than or equal to 120 degrees C measured by differential scanning calorimetry of less than 30 J/g.
Double-leaf pivoting door with a fixed leaf and a moving leaf (2, 12, 22) and with a device for regulating the opening sequence which can be coupled to a closing sequence regulation system such that during the closing procedure of the moving leaf (2, 12, 22), which may optionally rotate in advance of the rest of the system at the beginning, is stopped in an open position until it has been overtaken by the fixed leaf, wherein the device for regulating the opening sequence includes a driving finger (3, 13) attached to the moving leaf (2, 12, 22), with which it therefore also moves, and a counter-fitting attached rigidly to the fixed leaf, wherein the driving finger (3, 13) protrudes into the swivel range of the fixed leaf and is able to move linearly in a guided manner relative to the moving leaf (2, 12, 22) and at least approximately radially to the axis of rotation of the moving leaf (2, 12, 22), wherein the driving finger (3, 13) is moved after the release of the contact with the counter-fitting of the fixed leaf with the involvement of a spring (7, 25.1) towards the axis of rotation of the moving leaf (2, 12, 22) such that blockage of the overtaking closing movement of the fixed leaf forced by the closing sequence regulation system before the moving leaf (2, 12, 22) is avoided, wherein the driving finger (3, 13) is shaped at its fixed leaf end as a hook (3.1, 13.1) which is positioned in the plane of the pivoting movement of the moving leaf (2, 12, 22) and whose open side is aligned to the closing direction of the moving leaf (2, 12, 22) and encloses the counter-fitting (4, 14) attached to the fixed leaf from the side located at the rear during the closing movement of the door leaves when the door leaves are closed.
A two-blade drill where flanks of a tip of the drill are re-ground by conical grinding so that the drill comprises a pyramid between said two flanks in the tip of the drill, in which an apex of the pyramid is located on a center line of the drill, and an inclination angle of each edge extending from the apex relative to the center line of the drill is larger than an angle that is one-half of a tip angle of the drill, wherein each pyramid surface of the pyramid is formed into a concave shape, and the number of edges extending of the apex of the pyramid is an odd number.
A semiconductor structure, comprising: a nano-crystalline core comprising a first group I-III-VI semiconductor material; and a nano-crystalline shell comprising a second, different, group I-III-VI semiconductor material at least partially surrounding the nano-crystalline core; wherein the nano-crystalline core/nano-crystalline shell pairing is a pairing selected from the group consisting of copper indium sulfide /silver gallium sulfide (AgGaS 2), copper indium selenide (CISe)/AgGaS 2, copper gallium selenide (CuGaSe 2)/copper gallium sulfide (CuGaS 2), and CuGaSe 2 /AgGaS 2. a nano-crystalline core comprising a first group I-III-VI semiconductor material; and a nano-crystalline shell comprising a second, different, group I-III-VI semiconductor material at least partially surrounding the nano-crystalline core; wherein the nano-crystalline core/nano-crystalline shell pairing is a pairing selected from the group consisting of copper indium sulfide /silver gallium sulfide (AgGaS 2), copper indium selenide (CISe)/AgGaS 2, copper gallium selenide (CuGaSe 2)/copper gallium sulfide (CuGaS 2), and CuGaSe 2 /AgGaS 2.
A method of managing an extended record data structure in a content management system, said content management system being implemented on at least one computing system, said record data structure comprising a standard record data structure for storing records comprising standard data elements of predefined standard types, each standard data element being stored in the form of a standard data container, and a non-standard record data structure for storing records comprising non-standard data elements having different types from said predefined standard types, each non-standard data element being stored in the form of a non-standard data container, a standard data container being a static data container having the type of the corresponding data element, a non-standard data container being a polymorphic data container configured to self-implement itself, the method comprising: - assigning a record identifier to each record in said extended record data structure, a standard data element in the standard record data structure and a non-standard data element in the non-standard data structure sharing a common record identifier if said non-standard data element and said standard data element are related, the method comprising, for a record identifier assigned to a record created in the extended record data structure, creating an entry in an auxiliary data structure, said entry sharing said record identifier and comprising an auxiliary data container, said auxiliary data container comprising a set of attributes related to the data containers sharing the same record identifier in the extended record data structure, - synchronously managing the update of said standard and non-standard record data structures in the extended record data structure based on the data maintained in the auxiliary data structure. - assigning a record identifier to each record in said extended record data structure, a standard data element in the standard record data structure and a non-standard data element in the non-standard data structure sharing a common record identifier if said non-standard data element and said standard data element are related, the method comprising, for a record identifier assigned to a record created in the extended record data structure, creating an entry in an auxiliary data structure, said entry sharing said record identifier and comprising an auxiliary data container, said auxiliary data container comprising a set of attributes related to the data containers sharing the same record identifier in the extended record data structure, - synchronously managing the update of said standard and non-standard record data structures in the extended record data structure based on the data maintained in the auxiliary data structure.
An apparatus for resisting proximal movement of a plunger of a syringe, the syringe including a body having a proximal end and a distal end, the apparatus comprising: a base member adapted to securely attach to an exterior surface of the body of the syringe; and a ratchet mechanism connected to the base member, the ratchet mechanism being structured and arranged to contact a plunger rod of the plunger when the plunger is located at a plurality of positions along the body of the syringe, such that, at any one of the plurality of positions of the plunger, the contact between the ratchet mechanism and the plunger rod permits distal movement of the plunger with respect to the body but resists proximal movement of the plunger with respect to the body; characterized in that: the base member comprises a generally planar component that generally matches a shape of at least a portion of the body at the proximal end a. a base member adapted to securely attach to an exterior surface of the body of the syringe; and a ratchet mechanism connected to the base member, the ratchet mechanism being structured and arranged to contact a plunger rod of the plunger when the plunger is located at a plurality of positions along the body of the syringe, such that, at any one of the plurality of positions of the plunger, the contact between the ratchet mechanism and the plunger rod permits distal movement of the plunger with respect to the body but resists proximal movement of the plunger with respect to the body; characterized in that: the base member comprises a generally planar component that generally matches a shape of at least a portion of the body at the proximal end a. the base member comprises a generally planar component that generally matches a shape of at least a portion of the body at the proximal end a.
A preparation method of an unfired building material from water-bearing undisturbed shield muck, characterized in that the unfired building material is prepared from the following raw materials in parts by weight: 1 to 80 parts of water-bearing undisturbed shield muck by dry weight, 1 to 30 parts of active waste slags, 0.1 to 5 parts of sodium hydroxide, 0.1 to 10 parts of sodium silicate and 1 to 31.5 parts of water, and is prepared according to the following steps: S1. weighing active waste slags, sodium silicate, water-bearing undisturbed shield muck with a water content of 10% or more and water according to weight proportion, mixing and crushing the weighed active waste slags, sodium silicate, water-bearing undisturbed shield muck and water until the content of coarse particles in the mixed water-bearing undisturbed shield muck does not exceed 10%, to obtain a Mixture I; wherein the coarse particles are particles with a particle size greater than 4.75 mm or 5 mm, and the water-bearing undisturbed shield muck is shield muck that has not been dehydrated; wherein the active waste slags are fly ash and/or blast-furnace slags; S2. adding sodium hydroxide to the Mixture I according to weight proportion, and stirring well to obtain a Mixture II; and S3. pouring the Mixture II into a mould and vibrating it, curing and demoulding to obtain the unfired building material containing water-bearing undisturbed shield muck. S1. weighing active waste slags, sodium silicate, water-bearing undisturbed shield muck with a water content of 10% or more and water according to weight proportion, mixing and crushing the weighed active waste slags, sodium silicate, water-bearing undisturbed shield muck and water until the content of coarse particles in the mixed water-bearing undisturbed shield muck does not exceed 10%, to obtain a Mixture I; wherein the coarse particles are particles with a particle size greater than 4.75 mm or 5 mm, and the water-bearing undisturbed shield muck is shield muck that has not been dehydrated; wherein the active waste slags are fly ash and/or blast-furnace slags; S2. adding sodium hydroxide to the Mixture I according to weight proportion, and stirring well to obtain a Mixture II; and S3. pouring the Mixture II into a mould and vibrating it, curing and demoulding to obtain the unfired building material containing water-bearing undisturbed shield muck.
Supporting system for obtaining a floor with boards made of wood or similar material, said floor being elevated with respect to the reference ground, said supporting system comprising a treading plate and at least three supporting feet fixed to the plate in order to support said plate with respect to the reference ground, wherein the plate comprises at least one grid of quadrangular conformation, at least two wooden boards being fixed to the at least one grid, said wooden boards having a length equal to the length of the at least one grid and having an overall width equal to the width of the at least one grid so as to cover the entire surface of said at least one grid, characterized by the fact that at least one elongated seat is formed in the at least one grid, an elongated slat in a rigid material being received in said elongated seat, the elongated slat having a volume equal or smaller to the volume of the at least one elongated seat, so that the elongated slat is included inside the at least one grid.
A method of signal transmission for a plurality of streams of multi-bit symbols comprising: for each of a plurality of sub-carriers: mapping p x M bits as a constellation point in a 2 p x M -point constellation, the p x M bits comprising M bits of a k-bit symbol from each of p streams of the plurality of streams, the plurality of streams consisting of a total of K streams with K > p, wherein K, p and M being positive integers; and transmitting the constellation point on the sub-carrier. mapping p x M bits as a constellation point in a 2 p x M -point constellation, the p x M bits comprising M bits of a k-bit symbol from each of p streams of the plurality of streams, the plurality of streams consisting of a total of K streams with K > p, wherein K, p and M being positive integers; and transmitting the constellation point on the sub-carrier.
A nanosphere comprising, preferably consisting of, an equal number of: (i) a human SEC14-like protein, and (ii) a cognate ligand of said SEC 14-like protein; wherein said nanosphere comprises trimers formed by said human SEC14-like protein and said cognate ligand of said SEC14-like protein, and wherein said equal number is a multiple of 3, and said equal number is of 3 to 60, and wherein said human SEC14-like protein is selected from (a) α-tocopherol transfer protein (α-TTP); (b) Cellular retinaldehyde binding protein (CRALBP); (c) Clavesin1 (CLVS1); (d) Clavesin2 (CLVS2); and (e) alpha-tocopherol transfer protein like (TTPAL). (i) a human SEC14-like protein, and (ii) a cognate ligand of said SEC 14-like protein; wherein said nanosphere comprises trimers formed by said human SEC14-like protein and said cognate ligand of said SEC14-like protein, and wherein said equal number is a multiple of 3, and said equal number is of 3 to 60, and wherein said human SEC14-like protein is selected from (a) α-tocopherol transfer protein (α-TTP); (b) Cellular retinaldehyde binding protein (CRALBP); (c) Clavesin1 (CLVS1); (d) Clavesin2 (CLVS2); and (e) alpha-tocopherol transfer protein like (TTPAL). (a) α-tocopherol transfer protein (α-TTP); (b) Cellular retinaldehyde binding protein (CRALBP); (c) Clavesin1 (CLVS1); (d) Clavesin2 (CLVS2); and (e) alpha-tocopherol transfer protein like (TTPAL).
Method for separating a synthesis gas containing carbon monoxide and hydrogen in which: i) a flow of synthesis gas received from a source of synthesis gas is compressed in a compressor, ii) the compressed synthesis gas is purified in a purification unit to purify it of water and/or carbon dioxide, iii) the compressed and purified flow of synthesis gas is cooled, iv) the cooled flow of synthesis gas is separated by washing and/or distillation at a cryogenic temperature and optionally by adsorption in a separating unit (16, 21, 41), and v) at least the following three gases are produced in the separating unit: a carbon monoxide-enriched gas, a hydrogen-enriched gas, a residual gas containing carbon monoxide and hydrogen (32, 47) that is less pure with respect to carbon monoxide than the carbon monoxide-enriched gas and less pure with respect to hydrogen than the hydrogen-enriched gas and optionally also a methane-enriched gas, and/or a nitrogen-enriched gas, and vi) only if the flow of synthesis gas received from the source and sent to the compressor is below a threshold or zero, at least one part of each of the following three gases: the carbon monoxide-enriched gas, the hydrogen-enriched gas and the residual gas containing carbon monoxide and hydrogen (23, 49) is sent downstream of the source, to be purified in the purification unit and separated in the separating unit, the at least one part of the three gases being sent upstream of the compressor to be compressed in the compressor upstream of the purification. i) a flow of synthesis gas received from a source of synthesis gas is compressed in a compressor, ii) the compressed synthesis gas is purified in a purification unit to purify it of water and/or carbon dioxide, iii) the compressed and purified flow of synthesis gas is cooled, iv) the cooled flow of synthesis gas is separated by washing and/or distillation at a cryogenic temperature and optionally by adsorption in a separating unit (16, 21, 41), and v) at least the following three gases are produced in the separating unit: a carbon monoxide-enriched gas, a hydrogen-enriched gas, a residual gas containing carbon monoxide and hydrogen (32, 47) that is less pure with respect to carbon monoxide than the carbon monoxide-enriched gas and less pure with respect to hydrogen than the hydrogen-enriched gas and optionally also a methane-enriched gas, and/or a nitrogen-enriched gas, and vi) only if the flow of synthesis gas received from the source and sent to the compressor is below a threshold or zero, at least one part of each of the following three gases: the carbon monoxide-enriched gas, the hydrogen-enriched gas and the residual gas containing carbon monoxide and hydrogen (23, 49) is sent downstream of the source, to be purified in the purification unit and separated in the separating unit, the at least one part of the three gases being sent upstream of the compressor to be compressed in the compressor upstream of the purification.
A lighting device comprising an electronic component and one or more vapor chamber elements, - wherein the electronic component is thermally coupled to at least one of the one or more vapor chamber elements; - wherein the electronic component comprises a solid state light source; and - wherein the vapor chamber element comprising a first part, a second part, and a third part, wherein the second part and third part are associated to the first part, wherein the second part and third part are configured spatially separated with a first distance along a first length, defining an opening between the second part and the third part; wherein the vapor chamber element comprises one or more vapor chambers at least partially comprised by the second part and third part; wherein the vapor chamber element further comprises one or more heat fin elements, wherein the one or more heat fin elements comprise one or more heat fins, wherein the one or more heat fin elements bridge the first distance and close a part of the opening; and - characterised in that the first part, the second part, and third part mutually share a single vapor chamber. - wherein the electronic component is thermally coupled to at least one of the one or more vapor chamber elements; - wherein the electronic component comprises a solid state light source; and - wherein the vapor chamber element comprising a first part, a second part, and a third part, wherein the second part and third part are associated to the first part, wherein the second part and third part are configured spatially separated with a first distance along a first length, defining an opening between the second part and the third part; wherein the vapor chamber element comprises one or more vapor chambers at least partially comprised by the second part and third part; wherein the vapor chamber element further comprises one or more heat fin elements, wherein the one or more heat fin elements comprise one or more heat fins, wherein the one or more heat fin elements bridge the first distance and close a part of the opening; and - characterised in that the first part, the second part, and third part mutually share a single vapor chamber.
A pneumatic pump silencer, the pneumatic pump being actuated by compressed air, the pump silencer including: - a body defining an inner volume and having at least one wall including an air outlet orifice for the expanded air, - an attenuating pad including a face arranged across from the air outlet orifice, characterized in that a gap is arranged between the face of the attenuating pad and an outer face of the wall including the air outlet orifice and in that the thickness of the gap is between 0.5 mm and 5 mm, preferably between 1 and 3 mm, still more preferably between 1.5 and 2.5 mm, even more preferably equal to 2 mm. - a body defining an inner volume and having at least one wall including an air outlet orifice for the expanded air, - an attenuating pad including a face arranged across from the air outlet orifice,
A system for imaging a sample comprising a matrix of photosensors, a first lamina disposed opposite the matrix of photosensors defining a face for supporting the sample, and a set of optical elements disposed between the matrix of photosensors and the first lamina, the set of optical elements comprising a matrix of microlenses, a microlens being situated above each photosensor of the matrix of photosensors and characterized in that: - the set of optical elements comprises an optical medium disposed between the matrix of microlenses and the first lamina, the medium being air, gel or liquid, the refractive index of the optical medium being substantially between 1 and the refractive index of the microlenses, - the distance measured along the optical axis of the photosensors between the face supporting the sample and the apex of the microlenses is substantially between 100 μm and 1500 μm, - the system for imaging comprises the sample comprising cells, - the photosensors associated with the microlenses are arranged so that an imgage cell is covered by at least two adjacent photosensors in a first direction and two other adjacent photosensors in a second direction perpendicular to the first direction, - the focal of each microlens is inferior to 25 μm, and - the optical axis of each microlens is substantially coaxial with the optical axis of a photosensor. - the set of optical elements comprises an optical medium disposed between the matrix of microlenses and the first lamina, the medium being air, gel or liquid, the refractive index of the optical medium being substantially between 1 and the refractive index of the microlenses, - the distance measured along the optical axis of the photosensors between the face supporting the sample and the apex of the microlenses is substantially between 100 μm and 1500 μm, - the system for imaging comprises the sample comprising cells, - the photosensors associated with the microlenses are arranged so that an imgage cell is covered by at least two adjacent photosensors in a first direction and two other adjacent photosensors in a second direction perpendicular to the first direction, - the focal of each microlens is inferior to 25 μm, and - the optical axis of each microlens is substantially coaxial with the optical axis of a photosensor.