mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a product of plastic material which needs to have a pleasing and attractive outer appearance, comprising the steps of: - making a semi-finished product of plastic material by moulding , said semi-finished product being obtained by rotational moulding, wherein said semi-finished product has a porous outer surface; characterized in that said method further comprises the step of - applying an outer decorative film directly onto the porous outer surface of said semi-finished product when this exits the mould, upon its exit from the moulding step without interruption, whereby said semi-finished product is not subjected to any steps of sanding or polishing the outer surface of the semi-finished product and said semi-finished product is not subjected to any steps of applying a paste for closing the pores of the surface of the semi-finished product and in that said outer decorative film is made of polyvinyl chloride, wherein said outer decorative film is sized and shaped so as to cover the entire outer surface of said semi-finished product, whereby said outer decorative film confers said pleasing and attractive outer appearance of the product. - making a semi-finished product of plastic material by moulding , said semi-finished product being obtained by rotational moulding, wherein said semi-finished product has a porous outer surface; characterized in that said method further comprises the step of - applying an outer decorative film directly onto the porous outer surface of said semi-finished product when this exits the mould, upon its exit from the moulding step without interruption, whereby said semi-finished product is not subjected to any steps of sanding or polishing the outer surface of the semi-finished product and said semi-finished product is not subjected to any steps of applying a paste for closing the pores of the surface of the semi-finished product and in that said outer decorative film is made of polyvinyl chloride, wherein said outer decorative film is sized and shaped so as to cover the entire outer surface of said semi-finished product, whereby said outer decorative film confers said pleasing and attractive outer appearance of the product.
A casing flange coupling assembly comprising: a first casing comprising a first flange , said first flange including at least one bolt hole ; a second casing coupled to said first casing , said second casing comprising a second flange , said second flange including at least one bolt hole aligned with said first flange bolt hole ; and a bushing coupled to said second flange , said bushing comprising a body portion including a cylinder portion having a bore configured to receive a bolt , the cylinder portion configured to insert into the bolt hole ; a flange portion orthogonal and integral to said cylinder portion , said flange portion configured to couple with a load bearing surface of said second flange ; a lip portion integral to said flange portion proximate said cylinder portion ; wherein said bolt is inserted through said bore and said first flange at least one bolt hole ; and said lip portion is configured to redistribute a flange load, characterised in that said lip portion comprises a curvilinear shape that matches a radius of a fillet of said second flange . a first casing comprising a first flange , said first flange including at least one bolt hole ; a second casing coupled to said first casing , said second casing comprising a second flange , said second flange including at least one bolt hole aligned with said first flange bolt hole ; and a bushing coupled to said second flange , said bushing comprising a body portion including a cylinder portion having a bore configured to receive a bolt , the cylinder portion configured to insert into the bolt hole ; a flange portion orthogonal and integral to said cylinder portion , said flange portion configured to couple with a load bearing surface of said second flange ; a lip portion integral to said flange portion proximate said cylinder portion ; wherein said bolt is inserted through said bore and said first flange at least one bolt hole ; and said lip portion is configured to redistribute a flange load, characterised in that said lip portion comprises a curvilinear shape that matches a radius of a fillet of said second flange .
An optical sensor having a plurality of transmitters (3a - c) which emit light beams and are each cyclically activated individually, and having a position-resolving receiver which has two connections via each of which an analogue output signal can be output, wherein each transmitter (3a - c) forms a triangulation sensor with the location-resolving receiver , and wherein an evaluation unit is provided in which a switching signal is generated in dependence on the output signals of the location-resolving receiver , the switching states of which switching signal indicate whether an object is in front of an object detector, whether or not an object is present in front of a background and in which the transmitters (3a - c) are arranged along a straight line running parallel to the longitudinal axis of the location-resolving receiver , characterised in that the output signals of the location-resolving receiver are fed to the evaluation unit via at least one analogue-to-digital converter, and in that , in the event that both output signals correspond within predetermined limits to a signal offset of the analogue-to-digital converter, the switching signal assumes the switching state signalling an object , and in that the signal offset is determined before each measurement.
A method for lubricating the passage of a container along a conveyor, comprising: applying a lubricating emulsion to at least a portion of a container-contacting surface of the conveyor or to at least a portion of a conveyor-contacting surface of the container, the lubricating emulsion comprising: (a) 0.01 to 0.35 wt. %.of a water insoluble oil with viscosity greater than 0.3 Pa s (300 centipoise) when measured at 25°C with a parallel plate rheometer with 20 mm plate diameter and 0.25 mm plate separation at an integrated average shear rate of 5.9 sec -1 ; (b) 0 to 0.35 wt-% emulsifier; and (c) 99.3 to 99.99 wt-% water, inclusive of any hydrophilic diluents; wherein the lubricating emulsion is applied for a period of 5 seconds to 6 minutes and not applied for a period of 2 to 12 minutes and the ratio of not applied : applied time is between 2:1 and 32:1. applying a lubricating emulsion to at least a portion of a container-contacting surface of the conveyor or to at least a portion of a conveyor-contacting surface of the container, the lubricating emulsion comprising: (a) 0.01 to 0.35 wt. %.of a water insoluble oil with viscosity greater than 0.3 Pa s (300 centipoise) when measured at 25°C with a parallel plate rheometer with 20 mm plate diameter and 0.25 mm plate separation at an integrated average shear rate of 5.9 sec -1 ; (b) 0 to 0.35 wt-% emulsifier; and (c) 99.3 to 99.99 wt-% water, inclusive of any hydrophilic diluents; (a) 0.01 to 0.35 wt. %.of a water insoluble oil with viscosity greater than 0.3 Pa s (300 centipoise) when measured at 25°C with a parallel plate rheometer with 20 mm plate diameter and 0.25 mm plate separation at an integrated average shear rate of 5.9 sec -1 ; (b) 0 to 0.35 wt-% emulsifier; and (c) 99.3 to 99.99 wt-% water, inclusive of any hydrophilic diluents; wherein the lubricating emulsion is applied for a period of 5 seconds to 6 minutes and not applied for a period of 2 to 12 minutes and the ratio of not applied : applied time is between 2:1 and 32:1.
A system for applying an adhesive to a moving web of material comprising: a nozzle in fluid communication with an adhesive supply; a web conveying device for conveying a web of material, the web conveying device being configured to convey the web of material adjacent to the nozzle without contacting the nozzle; a web deflecting device that periodically causes a moving web of material being conveyed by the web conveying device to contact the nozzle for a length of time; an adhesive control device in communication with the nozzle, characterised in that the adhesive control device is configured to control a flow of adhesive through the nozzle in relation to contact of a moving web with the nozzle caused by the deflecting device such that flow of adhesive from the nozzle occurs prior to contact with the moving web of material; characterized in that the deflecting device is configured to cause a moving web of material to contact the nozzle in a manner such that the web forms a maximum exit angle with the nozzle, the maximum exit angle being from 5° to 30° in relation to a horizontal plane that is perpendicular to an exit port on the nozzle, wherein the deflecting device is further configured such that the exit angle changes from a minimum exit angle to the maximum exit angle while the web of material is in contact with the nozzle. a nozzle in fluid communication with an adhesive supply; a web conveying device for conveying a web of material, the web conveying device being configured to convey the web of material adjacent to the nozzle without contacting the nozzle; a web deflecting device that periodically causes a moving web of material being conveyed by the web conveying device to contact the nozzle for a length of time; an adhesive control device in communication with the nozzle, characterised in that the adhesive control device is configured to control a flow of adhesive through the nozzle in relation to contact of a moving web with the nozzle caused by the deflecting device such that flow of adhesive from the nozzle occurs prior to contact with the moving web of material; characterized in that the deflecting device is configured to cause a moving web of material to contact the nozzle in a manner such that the web forms a maximum exit angle with the nozzle, the maximum exit angle being from 5° to 30° in relation to a horizontal plane that is perpendicular to an exit port on the nozzle, wherein the deflecting device is further configured such that the exit angle changes from a minimum exit angle to the maximum exit angle while the web of material is in contact with the nozzle.
A test room for testing systems, the test room having a control unit and sensors for internal and external temperature and humidity, and comprising a modular structure having modules wherein each module comprises a positioning compartment configured for positioning a system to be tested and an aeraulic circuit configured for conditioning said compartment comprising an air channel configured for recirculation of air inside the module , an air channel configured for the partial exchange of air with the environment external to the module , an air channel configured for the complete exchange of air with the environment external to the module , a means configured for forced air circulation along said channels , wherein the test room further comprises a selective opening means for opening one of said channels comprising individually controllable gates , said gates being adapted to be completely or partially open or completely closed by a control unit, at least one direct expansion heat exchanger and at least one water heat exchanger .
A drug delivery device comprising: a first module adapted for receiving a drug bolus to be delivered; a memory , the memory being adapted for storing a plurality of pre-programmed bolus delivery patterns, with each bolus delivery pattern defining the rate or rates at which the drug bolus is administered to the user; a dispensing unit adapted for delivering the received drug bolus to the user; a screen adapted for providing to a user a graphical representation (80,80',80",80"') of each of the plurality pre-programmed bolus delivery patterns in accordance with the received drug bolus to be delivered; and a second module adapted for receiving a user selection identifying the graphical representation (80,80',80",80'") of one of the plurality of pre-programmed bolus delivery patterns; the dispensing unit being configured to deliver the received drug bolus to the user at a drug delivery rate in accordance with the pre-programmed bolus delivery pattern of the graphical representation selected by the user; characterized in that : the plurality of pre-programmed bolus delivery patterns are adapted to meals containing different foods having more than one glycemic index; and at least one of the plurality of pre-programmed bolus delivery patterns is recommended to the user for selection based upon inputted parameters associated with the user which are in accordance with nutritional characteristics of a contemplated meal comprising different foods having more than one glycemic index, with the glycemic index of the different foods of the contemplated meal being entered one after the other. a first module adapted for receiving a drug bolus to be delivered; a memory , the memory being adapted for storing a plurality of pre-programmed bolus delivery patterns, with each bolus delivery pattern defining the rate or rates at which the drug bolus is administered to the user; a dispensing unit adapted for delivering the received drug bolus to the user; a screen adapted for providing to a user a graphical representation (80,80',80",80"') of each of the plurality pre-programmed bolus delivery patterns in accordance with the received drug bolus to be delivered; and a second module adapted for receiving a user selection identifying the graphical representation (80,80',80",80'") of one of the plurality of pre-programmed bolus delivery patterns; the dispensing unit being configured to deliver the received drug bolus to the user at a drug delivery rate in accordance with the pre-programmed bolus delivery pattern of the graphical representation selected by the user; characterized in that : the plurality of pre-programmed bolus delivery patterns are adapted to meals containing different foods having more than one glycemic index; and at least one of the plurality of pre-programmed bolus delivery patterns is recommended to the user for selection based upon inputted parameters associated with the user which are in accordance with nutritional characteristics of a contemplated meal comprising different foods having more than one glycemic index, with the glycemic index of the different foods of the contemplated meal being entered one after the other.
A method for measuring an air mass flow into a compressor section 12 of a gas turbine engine 10, comprising: introducing air into a chamber 30 upstream from an inlet 20 of the compressor section 12, wherein substantially all of the air introduced into the chamber 30 pass through one of a plurality of filter packages 50 arranged in parallel, at least some of the filter packages 50 including a flow sensor 52 and a filter structure 54, 75, wherein the filter structure 54 filters the air, utilizing by a controller 70 the air flow sensor signal data to characterize a two-dimensional flow field 80 through the chamber 30; disposing a plurality of sensors 72, the sensors 72 measuring temperature, humidity and static pressure, distributed throughout the plurality of filter packages 50; utilizing by the controller 70 the temperature, humidity and static pressure sensor signal data to characterize a two-dimensional density field through the chamber 30; combining by the controller 70 the flow field with the density field to calculate a two-dimensional air mass flow field; wherein each flow sensor 52 measures the velocity of the air flowing through the corresponding filter package 50. introducing air into a chamber 30 upstream from an inlet 20 of the compressor section 12, wherein substantially all of the air introduced into the chamber 30 pass through one of a plurality of filter packages 50 arranged in parallel, at least some of the filter packages 50 including a flow sensor 52 and a filter structure 54, 75, wherein the filter structure 54 filters the air, utilizing by a controller 70 the air flow sensor signal data to characterize a two-dimensional flow field 80 through the chamber 30; disposing a plurality of sensors 72, the sensors 72 measuring temperature, humidity and static pressure, distributed throughout the plurality of filter packages 50; utilizing by the controller 70 the temperature, humidity and static pressure sensor signal data to characterize a two-dimensional density field through the chamber 30; combining by the controller 70 the flow field with the density field to calculate a two-dimensional air mass flow field; wherein each flow sensor 52 measures the velocity of the air flowing through the corresponding filter package 50.
An end connection assembly for pull-in and coupling of a flexible tubular pipe to an inboard hub of a subsea structure using a tie-in tool , which flexible tubular pipe comprises a plurality of superposed flexible layers of metal materials and plastics materials, wherein the end connection assembly comprises: - an end fitting which is connected to an end section of the flexible tubular pipe in a sealed manner forming a termination of the flexible tubular pipe in which at least one layer of said plurality of flexible layers is anchored; - an engagement surface for interacting with engagement means of the tie-in tool ; and - a collet connector assembly allowing releasable coupling of the end connection assembly to the inboard hub , characterised in that the engagement surface is arranged in the end fitting radially outside of and circumferentially enclosing the at least one flexible layer . - an end fitting which is connected to an end section of the flexible tubular pipe in a sealed manner forming a termination of the flexible tubular pipe in which at least one layer of said plurality of flexible layers is anchored; - an engagement surface for interacting with engagement means of the tie-in tool ; and - a collet connector assembly allowing releasable coupling of the end connection assembly to the inboard hub ,
6-hydroxy cannabidiol (6-OH CBD) for use as a medicament.
A method, comprising identifying at least one beacon opportunity at a wireless network device , said at least one beacon opportunity being a time instant in which beacons are transmittable; selecting an available beacon channel randomly from a plurality of beacon channels in a beacon slot, said beacon slot being a flexibly allocated frequency resource; and transmitting at least one beacon signal in the selected beacon channel, said beacon channel being multiplexed with a plurality of other beacon channels in an orthogonal frequency-division multiplexing beacon frame during the identified at least one beacon opportunity such that said beacon channels are transmittable at said time instant, wherein the at least one beacon signal is concentrated in the beacon slot. identifying at least one beacon opportunity at a wireless network device , said at least one beacon opportunity being a time instant in which beacons are transmittable; selecting an available beacon channel randomly from a plurality of beacon channels in a beacon slot, said beacon slot being a flexibly allocated frequency resource; and transmitting at least one beacon signal in the selected beacon channel, said beacon channel being multiplexed with a plurality of other beacon channels in an orthogonal frequency-division multiplexing beacon frame during the identified at least one beacon opportunity such that said beacon channels are transmittable at said time instant, wherein the at least one beacon signal is concentrated in the beacon slot.
A process for upgrading vacuum residua having an initial boiling point greater than 510°C (900°F), the process comprising: stripping the vacuum residua utilizing a non-reactive stripping medium to generate a first distillate and a first residuum; solvent deasphalting the first residuum to generate a deasphalted oil and an asphaltenes fraction; vacuum fractionating the deasphalted oil to recover a deasphalted gas oil distillate and a heavy deasphalted residuum; contacting the first distillate and the deasphalted gas oil distillate and hydrogen in the presence of a first hydroprocessing catalyst to produce a first hydroprocessing effluent; contacting the heavy deasphalted residuum and hydrogen in the presence of a second hydroconversion catalyst to produce a second hydroprocessing effluent; and fractionating the second hydroprocessing effluent to recover hydrocracked atmospheric residua and a hydrocracked atmospheric distillate. stripping the vacuum residua utilizing a non-reactive stripping medium to generate a first distillate and a first residuum; solvent deasphalting the first residuum to generate a deasphalted oil and an asphaltenes fraction; vacuum fractionating the deasphalted oil to recover a deasphalted gas oil distillate and a heavy deasphalted residuum; contacting the first distillate and the deasphalted gas oil distillate and hydrogen in the presence of a first hydroprocessing catalyst to produce a first hydroprocessing effluent; contacting the heavy deasphalted residuum and hydrogen in the presence of a second hydroconversion catalyst to produce a second hydroprocessing effluent; and fractionating the second hydroprocessing effluent to recover hydrocracked atmospheric residua and a hydrocracked atmospheric distillate.
A lamp for use in a lighting assembly comprising a two-wire light string wherein sockets are placed in parallel at different positions of the light string, wherein the lamp is adapted for fitting in one of the sockets of the two-wire light string and receiving a voltage signal and a superimposed control signal via the two-wire light string and the socket, and wherein the lamp comprises: control electronics provided for the purpose, when the lamp has been fitted in the socket, of receiving voltage via the voltage signal and receiving instructions via the control signal superimposed on the voltage signal, at least one LED source , of which at least one of an intensity and a colour is adjustable on the basis of the instructions via the control electronics; wherein, when the lamp is in an initializing mode, the control electronics are further provided for receiving an address for the lamp via the control signal superimposed on the voltage signal and for subsequently confirming receipt of the address by generating an intensity peak of the at least one LED source, such that a current peak resulting from the generated intensity peak is detectable by a controller of the two-wire light string. control electronics provided for the purpose, when the lamp has been fitted in the socket, of receiving voltage via the voltage signal and receiving instructions via the control signal superimposed on the voltage signal, at least one LED source , of which at least one of an intensity and a colour is adjustable on the basis of the instructions via the control electronics; wherein, when the lamp is in an initializing mode, the control electronics are further provided for receiving an address for the lamp via the control signal superimposed on the voltage signal and for subsequently confirming receipt of the address by generating an intensity peak of the at least one LED source, such that a current peak resulting from the generated intensity peak is detectable by a controller of the two-wire light string.
Dry erase ink for a writing instrument, comprising, as the main organic solvent, a solvent selected from n-propyl acetate, isopropyl acetate or a mixture thereof, said ink further comprising a pigment, a resin, a separation agent and optionally additives, characterized in that the separation agent comprises a pentaerythritol ester.