mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the preparation of a final heterophasic propylene copolymer (A) having a final melt flow rate in the range from 65 to 110 dg/min as measured according to ISO1133 at 230 oC and 2.16 kg, comprising visbreaking an intermediate heterophasic propylene copolymer (A') having an intermediate melt flow rate, which intermediate melt flow rate is lower than the final melt flow rate, to obtain the final heterophasic propylene copolymer, wherein the intermediate heterophasic propylene copolymer (A') consists of (a) a propylene-based matrix, wherein the propylene-based matrix consists of a propylene homopolymer, wherein the melt flow rate of the propylene-based matrix is in the range from 75 to 85dg/min as measured according to ISO1133 at 230 oC and 2.16 kg (b) a dispersed ethylene-α-olefin copolymer, wherein the amount of ethylene incorporated into the ethylene-α-olefin copolymer is in the range from 45 to 55wt% based on the ethylene-α-olefin copolymer, wherein the amount of ethylene-α-olefin copolymer is less than 15wt% and at least 10 wt% based on the intermediate heterophasic propylene copolymer, wherein the melt flow rate of the ethylene-α-olefin copolymer is in the range from 0.50 to 2.0 dg/min as calculated using the following formula: MFR EPR = 10 ∧ Log MFR heterophasic − matrix content ∗ Log MFR PP rubber content wherein MFR heterophasic is the melt flow rate of the intermediate heterophasic propylene copolymer measured according to ISO1133 (2.16kg/230°C), MFR PP is the MFR of the propylene-based matrix of the intermediate heterophasic propylene copolymer measured according to ISO1133 (2.16kg/230°C), matrix content is the amount of the propylene-based matrix in the intermediate heterophasic propylene copolymer and rubber content is the amount of the dispersed ethylene-α-olefin copolymer in the intermediate heterophasic propylene copolymer wherein the sum of the total amount of propylene-based matrix and total amount of the dispersed ethylene-α-olefin copolymer in the intermediate heterophasic propylene copolymer is 100 wt% based on the intermediate heterophasic propylene copolymer. (a) a propylene-based matrix, wherein the propylene-based matrix consists of a propylene homopolymer, wherein the melt flow rate of the propylene-based matrix is in the range from 75 to 85dg/min as measured according to ISO1133 at 230 oC and 2.16 kg (b) a dispersed ethylene-α-olefin copolymer,
An electric heating fragrance diffuser comprising: a body being hollow and provided with an accommodating space inside, and wherein a power source and an electric wire are arranged in the accommodating space ; and a fragrance diffusing device including a fragrance holder , a fragrance box , and an electric heating plate , wherein the fragrance holder is disposed in the accommodating space and defines upper and lower edges in a vertical direction, wherein the fragrance holder is provided with a first hole communicating with upper and lower edges of the fragrance holder , wherein the upper edge of the fragrance holder is recessed with a fragrance groove surrounding the first hole , wherein the fragrance box is detachably arranged in the fragrance groove , and wherein the electric heating plate is connected to the lower edge of the fragrance holder and provided with a second hole aligned with the first hole . a body being hollow and provided with an accommodating space inside, and wherein a power source and an electric wire are arranged in the accommodating space ; and a fragrance diffusing device including a fragrance holder , a fragrance box , and an electric heating plate , wherein the fragrance holder is disposed in the accommodating space and defines upper and lower edges in a vertical direction, wherein the fragrance holder is provided with a first hole communicating with upper and lower edges of the fragrance holder , wherein the upper edge of the fragrance holder is recessed with a fragrance groove surrounding the first hole , wherein the fragrance box is detachably arranged in the fragrance groove , and wherein the electric heating plate is connected to the lower edge of the fragrance holder and provided with a second hole aligned with the first hole .
A computing system for retrieving data from an external memory device of a second computing system , the computing system comprising: a local memory device to store data; characterized in that the computing system further comprises a data translation module to: detect a request for data, said request generated by a requestor; translate a local memory address corresponding to the requested data from a local memory address space of the local memory device to an external memory address space; determine that the requested data resides in the external memory device of the second computing system, the external memory device comprising a portion allocated for data storage for the local memory device wherein a processor of the second computing system cannot detect the presence of the portion of the external memory device, which is allocated for data storage for the local memory device, in the second computing system, send the request for data to the external memory device, the request for data including an external memory address corresponding to the external memory address space; receive the requested data from the external memory device; translate the external memory address corresponding to the requested data from the external memory address space to the local memory address corresponding to the local memory address space of the local memory device; and return the requested data with the local memory address to the requestor. detect a request for data, said request generated by a requestor; translate a local memory address corresponding to the requested data from a local memory address space of the local memory device to an external memory address space; determine that the requested data resides in the external memory device of the second computing system, the external memory device comprising a portion allocated for data storage for the local memory device wherein a processor of the second computing system cannot detect the presence of the portion of the external memory device, which is allocated for data storage for the local memory device, in the second computing system, send the request for data to the external memory device, the request for data including an external memory address corresponding to the external memory address space; receive the requested data from the external memory device; translate the external memory address corresponding to the requested data from the external memory address space to the local memory address corresponding to the local memory address space of the local memory device; and return the requested data with the local memory address to the requestor.
Process for the continuous preparation of light acrylate chosen from methyl acrylate and ethyl acrylate by reaction of the corresponding light alcohol chosen from methanol and ethanol with a stream of crude ester-grade acrylic acid, in the presence of at least one acid catalyst and of at least one polymerization inhibitor, in a reaction zone comprising a reactor connected to a distillation unit, characterized in that : - the stream of crude ester-grade acrylic acid comprises acrylic acid oligomers at a content by weight of greater than 8%; - the molar ratio of alcohol with respect to the acrylic acid contained in the monomer, dimer or trimer form in the stream of crude ester-grade acrylic acid is between 1.2 and 1.5, preferably between 1.3 and 1.45; - the temperature of the reactor is greater than 130°C, preferably of between 135°C and 155°C; - the concentration by weight of acid catalyst is kept greater than 2.5%, preferably of between 3% and 5%, in the reaction medium; - the concentration of polymerization inhibitor in the reactor is adjusted to a value of greater than 50 ppm, preferably of greater than 100 ppm; - an excess of light acrylate formed in the reactor is maintained; - the effluent exiting from the distillation unit is subjected to a treatment and purification line resulting in a purified light acrylate being obtained; - a residence time of the reaction residue in the reactor of greater than 50 hours, preferably of greater than 100 hours, is maintained. - the stream of crude ester-grade acrylic acid comprises acrylic acid oligomers at a content by weight of greater than 8%; - the molar ratio of alcohol with respect to the acrylic acid contained in the monomer, dimer or trimer form in the stream of crude ester-grade acrylic acid is between 1.2 and 1.5, preferably between 1.3 and 1.45; - the temperature of the reactor is greater than 130°C, preferably of between 135°C and 155°C; - the concentration by weight of acid catalyst is kept greater than 2.5%, preferably of between 3% and 5%, in the reaction medium; - the concentration of polymerization inhibitor in the reactor is adjusted to a value of greater than 50 ppm, preferably of greater than 100 ppm; - an excess of light acrylate formed in the reactor is maintained; - the effluent exiting from the distillation unit is subjected to a treatment and purification line resulting in a purified light acrylate being obtained; - a residence time of the reaction residue in the reactor of greater than 50 hours, preferably of greater than 100 hours, is maintained.
Device for the electric propulsion of a bicycle comprising: - support means suitable to be coupled with the rear part of the bearing frame of a bicycle , in a position above the rear wheel of said bicycle which stands on a travelling surface; - motorization means of the electric motor type, connected with said support means and suitable to cooperate with said rear wheel of said bicycle for imparting, when operated, a rotary motion to said rear wheel due to friction between said motorization means and said rear wheel ; - articulation means which said motorization means are connected through to said support means , wherein said articulation means are dimensioned in such a way as to place said motorization means , in the position in which they cooperate with said rear wheel of said bicycle : • totally below the horizontal diameter, parallel to said travelling surface, defined by said rear wheel when said rear wheel is seen laterally or frontally; • at a position in which said articulation means define a plane which forms an angle not lower than substantially 90° with the plane defined by said support means on said rear part of said bicycle , characterised in that said device for the electric propulsion of a bicycle , when it takes the operating conditions, installed on said bicycle , protrudes rearwards from said rear wheel of said bicycle to the point to fall almost fully in the orthogonal projection of said rear wheel on the plane defined by said travelling surface for what concerns the dimension in the longitudinal direction of the bicycle. - support means suitable to be coupled with the rear part of the bearing frame of a bicycle , in a position above the rear wheel of said bicycle which stands on a travelling surface; - motorization means of the electric motor type, connected with said support means and suitable to cooperate with said rear wheel of said bicycle for imparting, when operated, a rotary motion to said rear wheel due to friction between said motorization means and said rear wheel ; - articulation means which said motorization means are connected through to said support means , • totally below the horizontal diameter, parallel to said travelling surface, defined by said rear wheel when said rear wheel is seen laterally or frontally; • at a position in which said articulation means define a plane which forms an angle not lower than substantially 90° with the plane defined by said support means on said rear part of said bicycle ,
A diagnostic device for a test kit comprising: a body having a loading region in which the test kit is placed; a moving unit configured to move a patch plate and a specimen plate of the test kit relative to each other so that a specimen (T) placed in the test kit is smeared on a specimen region ; and a contact unit configured to move a structure of the test kit such that a contact-type patch comes into contact with the smeared specimen so that the smeared specimen is stained, wherein the test kit comprises the specimen plate having the specimen region in which the specimen is smeared and wherein the patch plate is configured to store the contact-type patch for bringing the contact-type patch into contact with the specimen to stain the specimen. a body having a loading region in which the test kit is placed; a moving unit configured to move a patch plate and a specimen plate of the test kit relative to each other so that a specimen (T) placed in the test kit is smeared on a specimen region ; and a contact unit configured to move a structure of the test kit such that a contact-type patch comes into contact with the smeared specimen so that the smeared specimen is stained,
A method for measuring a maximum velocity of fluid flowing in a channel, characterised in that the method comprises the following steps: transmitting, using a plurality of transmitters of an antenna array providing for a transmission and reception measurement beam (102A-102G), the antenna array being installed on a device positioned above a fluid channel, directed energy carrying a signal toward a surface of a fluid in the fluid channel, so as to produce a plurality of reflections from the fluid surface, wherein segments of the produced plurality of reflections substantially span the width of the fluid channel; detecting, by a plurality of receivers of the antenna array, one or more received signals associated with the plurality of reflections so produced; determining, based upon the measurement beam comprising characteristics of the transmitted and received signals, one or more fluid parameters to be measured using a processor of the device; associating, using a processor of the device, the one or more fluid parameters with a channel segment, and wherein the maximum velocity is associated with at least one channel segment. transmitting, using a plurality of transmitters of an antenna array providing for a transmission and reception measurement beam (102A-102G), the antenna array being installed on a device positioned above a fluid channel, directed energy carrying a signal toward a surface of a fluid in the fluid channel, so as to produce a plurality of reflections from the fluid surface, wherein segments of the produced plurality of reflections substantially span the width of the fluid channel; detecting, by a plurality of receivers of the antenna array, one or more received signals associated with the plurality of reflections so produced; determining, based upon the measurement beam comprising characteristics of the transmitted and received signals, one or more fluid parameters to be measured using a processor of the device; associating, using a processor of the device, the one or more fluid parameters with a channel segment, and wherein the maximum velocity is associated with at least one channel segment.
An elevator positioning system for aligning an elevator car with one or more landings , wherein the elevator car is operable to travel within a hoistway to the one or more landings , wherein the elevator positioning system comprises: a. a sensor configured to attach to a portion of the elevator car ; b. a detectable member , wherein the detectable member is detectable by the sensor ; and c. at least one positioning member , wherein the positioning member is attachable to a select one of a portion of the hoistway and an elevator guide rail , wherein the positioning member is positionable so that the sensor can detect a select one of the presence of the detectable member and the absence of the detectable member , and wherein the sensor signals the detection to an elevator controller of the elevator positioning system to control position of the elevator car within the hoistway relative to the one or more landings characterized in that the positioning member comprises one or more resilient arms that are configured to grasp the select one of the portion of the hoistway and the elevator guide rail . a. a sensor configured to attach to a portion of the elevator car ; b. a detectable member , wherein the detectable member is detectable by the sensor ; and c. at least one positioning member , wherein the positioning member is attachable to a select one of a portion of the hoistway and an elevator guide rail , wherein the positioning member is positionable so that the sensor can detect a select one of the presence of the detectable member and the absence of the detectable member , and wherein the sensor signals the detection to an elevator controller of the elevator positioning system to control position of the elevator car within the hoistway relative to the one or more landings
Base unit for assembling a crankcase of a reciprocal compressor, comprising a housing configured to hold at least part of a crankshaft , said housing having a first and a second end opposite to each other and substantially aligned along a longitudinal axis (A) and defining an orientation for said crankshaft ; an access port placed onto said housing and configured to hold a connecting rod for a piston; wherein the base unit has two interface zones placed respectively onto the first and onto the second end of said housing , each interface zone laying on a plane transversal to said longitudinal axis (A), each interface zone being configured to be coupled with another interface zone of another base unit for assembling said crankcase , said base unit being characterized in that said housing is substantially U-shaped in order to have an open side face from which said at least a part of a crankshaft can be inserted by displacing it in direction transversal to said longitudinal axis (A).
Dressing comprising: - an absorbent material , - a fluid-impermeable and water-vapour-permeable protective substrate , said protective substrate being attached to said absorbent material , said dressing further comprising: - a water-disintegrating superabsorbent nonwoven placed between the absorbent material and the protective substrate , said water-disintegrating superabsorbent nonwoven consisting of two water-soluble webs between which superabsorbent polymer particles or granules are incorporated. - an absorbent material , - a fluid-impermeable and water-vapour-permeable protective substrate , said protective substrate being attached to said absorbent material , said dressing further comprising: - a water-disintegrating superabsorbent nonwoven placed between the absorbent material and the protective substrate , said water-disintegrating superabsorbent nonwoven consisting of two water-soluble webs between which superabsorbent polymer particles or granules are incorporated. - a water-disintegrating superabsorbent nonwoven placed between the absorbent material and the protective substrate , said water-disintegrating superabsorbent nonwoven consisting of two water-soluble webs between which superabsorbent polymer particles or granules are incorporated.
Windrower , having a main frame which can be supported via wheels on an underlying surface to be cultivated and via which the windrower can be coupled to a tractor, having at least two extension arms which are mounted pivotably on the main frame , wherein each extension arm bears a windrower rotor , and wherein each extension arm is assigned a hydraulic actuating cylinder via which the respective extension arm can be moved between a working position, a headland position and a transport position, wherein a hydraulic system of the windrower has a hydraulic control block which is common to the actuating cylinders of all of the extension arms , the hydraulic control block has a pressure-limiting valve which is common to the actuating cylinders of all of the extension arms , the hydraulic block has a plurality of hydraulic connections, namely a first hydraulic connection , which is designed for connection to a hydraulic system of a tractor, a plurality of second hydraulic connections , which are designed for the connection of the actuating cylinders of the extension arms , and at least one third hydraulic connection , which is designed for the connection of at least one pressure accumulator , characterized in that the hydraulic control block for the actuating cylinder of each extension arm has an individual switchable lifting valve and a fourth hydraulic connection , which is designed for the connection of an actuating cylinder of a support structure of a windrow cloth. having a main frame which can be supported via wheels on an underlying surface to be cultivated and via which the windrower can be coupled to a tractor, having at least two extension arms which are mounted pivotably on the main frame , wherein each extension arm bears a windrower rotor , and wherein each extension arm is assigned a hydraulic actuating cylinder via which the respective extension arm can be moved between a working position, a headland position and a transport position, wherein a hydraulic system of the windrower has a hydraulic control block which is common to the actuating cylinders of all of the extension arms , the hydraulic control block has a pressure-limiting valve which is common to the actuating cylinders of all of the extension arms , the hydraulic block has a plurality of hydraulic connections, namely a first hydraulic connection , which is designed for connection to a hydraulic system of a tractor, a plurality of second hydraulic connections , which are designed for the connection of the actuating cylinders of the extension arms , and at least one third hydraulic connection , which is designed for the connection of at least one pressure accumulator , characterized in that the hydraulic control block for the actuating cylinder of each extension arm has an individual switchable lifting valve and a fourth hydraulic connection , which is designed for the connection of an actuating cylinder of a support structure of a windrow cloth.
A device for fixing a magnetic shoe actuating cylinder of a railway vehicle bogie, the bogie including a chassis , the magnetic shoe being formed by a frame comprising a plurality of electromagnets ; the cylinder , comprising a body and a rod , being fixed in a predetermined fixing direction to the magnetic shoe frame , the fixing device comprising a first connecting configured to secure the cylinder to the chassis and a second connection configured to secure a lower end of the cylinder rod to the magnetic shoe frame , the first connection is configured to be fixed to a lower end of the cylinder body , characterized in that the first connection has a first end forming a resilient articulation around the lower end of the cylinder body and a second end forming a connecting platen to the chassis . the first connection is configured to be fixed to a lower end of the cylinder body , characterized in that the first connection has a first end forming a resilient articulation around the lower end of the cylinder body and a second end forming a connecting platen to the chassis .