mhurhangee/ep-ind-claims huggingface dataset:
A data processing pipeline comprising: a first pipeline stage receiving a first clock signal and configured to perform a first operation triggered by first timing edges of the first clock signal (CLKO); a second pipeline stage receiving a second clock signal and configured to perform a second operation triggered by second timing edges of the second clock signal; and a clock controller configured to generate the first and second clock signals (CLKO, CLK1) based on a master clock signal (MCLK), the clock controller comprising an input line for receiving a command signal (Div_cmd) indicating the number of clock periods of the master clock that is to be used for each processing cycle of the pipeline, wherein the clock controller is capable of operating: - in a first mode in which, during a first data processing cycle of the data processing pipeline, a first of the first timing edges is in-phase with a first of the second timing edges; and - in a second mode in which a second data processing cycle of the data processing pipeline is spread over a plurality of clock periods of the master clock, a second of the first timing edges being out of phase with a second of the second timing edges. a first pipeline stage receiving a first clock signal and configured to perform a first operation triggered by first timing edges of the first clock signal (CLKO); a second pipeline stage receiving a second clock signal and configured to perform a second operation triggered by second timing edges of the second clock signal; and a clock controller configured to generate the first and second clock signals (CLKO, CLK1) based on a master clock signal (MCLK), the clock controller comprising an input line for receiving a command signal (Div_cmd) indicating the number of clock periods of the master clock that is to be used for each processing cycle of the pipeline, wherein the clock controller is capable of operating: - in a first mode in which, during a first data processing cycle of the data processing pipeline, a first of the first timing edges is in-phase with a first of the second timing edges; and - in a second mode in which a second data processing cycle of the data processing pipeline is spread over a plurality of clock periods of the master clock, a second of the first timing edges being out of phase with a second of the second timing edges. - in a first mode in which, during a first data processing cycle of the data processing pipeline, a first of the first timing edges is in-phase with a first of the second timing edges; and - in a second mode in which a second data processing cycle of the data processing pipeline is spread over a plurality of clock periods of the master clock, a second of the first timing edges being out of phase with a second of the second timing edges.
A machine for preparing beverage or food products from a cartridge containing one or more ingredients; said cartridge comprising a base, an outlet aperture in the base, and a collar extending from the cartridge base around the outlet aperture; said machine comprising a holding receptacle for receiving and holding a cartridge during the preparation process and a machine element; characterised in that the machine element comprises valve means formed downstream of the holding receptacle, which valve means opens at a predetermined pressure, and which machine element is configured to interact with the collar of the cartridge when the cartridge is inserted into the holding receptacle; said cartridge collar being configured to determine the pressure in the cartridge during the preparation process by virtue of its interaction with the machine element.
A coating composition comprising: (i) a poly(meth)acrylate dispersion comprising poly(meth)acrylate polymer particles having an average diameter of 50-400 nm, as determined by ISO 22412:2017; (ii) solid organic filler particles, wherein said solid organic filler particles comprise poly(meth)acrylate, polystyrene, polyacrylamide, polyurethane, polysiloxane, polyolefin, polyacrylonitrile, nylon, poly(vinyl ester), and mixtures thereof, are substantially spherical, and have an average diameter of 10 to 30 μm, as determined by ISO 13320:2009; (iii) pigment; (iv) water; and (v) a biocide selected from the group consisting of: in can preservatives, dry film biocides, wood preservatives, or mixtures thereof, wherein said composition comprises less than 8 wt% inorganic extender, based on the total weight of the composition. (i) a poly(meth)acrylate dispersion comprising poly(meth)acrylate polymer particles having an average diameter of 50-400 nm, as determined by ISO 22412:2017; (ii) solid organic filler particles, wherein said solid organic filler particles comprise poly(meth)acrylate, polystyrene, polyacrylamide, polyurethane, polysiloxane, polyolefin, polyacrylonitrile, nylon, poly(vinyl ester), and mixtures thereof, are substantially spherical, and have an average diameter of 10 to 30 μm, as determined by ISO 13320:2009; (iii) pigment; (iv) water; and (v) a biocide selected from the group consisting of: in can preservatives, dry film biocides, wood preservatives, or mixtures thereof,
A zoom lens system comprising, in order from an object side: a first lens group having positive refractive power; a second lens group; a third lens group; and an N-th lens group disposed nearer to an image than the third lens group; a distance between the first lens group and the second lens group being variable, and a distance between the second lens group and the third lens group being variable for zooming from a wide-angle end state to a telephoto end state, wherein the N-th lens group includes, in order from the object side, a front lens group having positive refractive power, a middle lens group having negative refractive power, and a rear lens group, wherein the middle lens group is movable in a direction perpendicular to the optical axis of the zoom lens system, wherein the following conditional expression is satisfied: 1.60 < fN / fw < 2.00 where fN denotes a focal length of the N-th lens group and fw denotes a focal length of the zoom lens in the wide-angle end state, characterised in that the third lens group is being movable for focusing from an infinity object to the close object, and the following conditional expression is satisfied: − 0.90 < f 2 / fw < − 0.50 where f2 denotes a focal length of the second lens group. a first lens group having positive refractive power; a second lens group; a third lens group; and an N-th lens group disposed nearer to an image than the third lens group; a distance between the first lens group and the second lens group being variable, and a distance between the second lens group and the third lens group being variable for zooming from a wide-angle end state to a telephoto end state, wherein the N-th lens group includes, in order from the object side, a front lens group having positive refractive power, a middle lens group having negative refractive power, and a rear lens group, wherein the middle lens group is movable in a direction perpendicular to the optical axis of the zoom lens system, wherein the following conditional expression is satisfied: 1.60 < fN / fw < 2.00 where fN denotes a focal length of the N-th lens group and fw denotes a focal length of the zoom lens in the wide-angle end state, characterised in that the third lens group is being movable for focusing from an infinity object to the close object, and the following conditional expression is satisfied: − 0.90 < f 2 / fw < − 0.50 where f2 denotes a focal length of the second lens group.
Positioning device, which is configured for positioning a stimulation device, in particular for low level laser therapy applications, on a body surface of a person to be stimulated, comprising: - an adhering component, which is adapted for detachably accommodating the stimulation device and for a releasable arrangement on the body surface, - an antenna device, which is fixedly connected with the adhering component, said antenna device being arranged for receiving a control signal for controlling the stimulation device, and - a carrier contact section, which is fixedly connected with the adhering component, said carrier contact section including two contacts and being arranged for providing an electrical contact with the stimulation device, characterized by - a switching device, which is fixedly connected with the adhering component and electrically interconnected between the antenna device and the carrier contact section, - the switching device being adapted for electrically connecting the contacts in response to the control signal received by the antenna device. - an adhering component, which is adapted for detachably accommodating the stimulation device and for a releasable arrangement on the body surface, - an antenna device, which is fixedly connected with the adhering component, said antenna device being arranged for receiving a control signal for controlling the stimulation device, and - a carrier contact section, which is fixedly connected with the adhering component, said carrier contact section including two contacts and being arranged for providing an electrical contact with the stimulation device, characterized by - a switching device, which is fixedly connected with the adhering component and electrically interconnected between the antenna device and the carrier contact section, - the switching device being adapted for electrically connecting the contacts in response to the control signal received by the antenna device.
An actuator that is able to interact with a stem or valve of a product dispenser, the actuator comprising: a body that supports a nozzle_, the body is able to connect to the stem or valve of the product dispenser; a product passageway through the body that leads from the stem or valve of the product dispenser to a product exit orifice of the nozzle, when the actuator is connected to the stem or valve; and a lighting circuit housed in the body that is able to irradiate product located in the product passageway, the actuator is characterized by a lens that is supported by the body and protrudes into the nozzle, such that product in the product passageway must move over the lens, and light from the lighting circuit must pass through the lens before irradiating the product located in the product passageway. a body that supports a nozzle_, the body is able to connect to the stem or valve of the product dispenser; a product passageway through the body that leads from the stem or valve of the product dispenser to a product exit orifice of the nozzle, when the actuator is connected to the stem or valve; and a lighting circuit housed in the body that is able to irradiate product located in the product passageway, the actuator is characterized by a lens that is supported by the body and protrudes into the nozzle, such that product in the product passageway must move over the lens, and light from the lighting circuit must pass through the lens before irradiating the product located in the product passageway.
A device (1; 100) for forming a hollow glass article (10; 110) from a gob, the article (10; 110) including a ring extending around an axis, a body, and one or several shoulders extending between the ring and the body, the device (1; 100) comprising: - a mold intended to receive the gob, the mold including several movable portions (54, 56) between a closed configuration in which the portions (54, 56) define a first imprint adapted for forming the body of the article (10; 110), and an open configuration in which the portions (54, 56) are moved away from each other in order to remove the article (10; 110) from the mold, and - a movable blowing head between a blowing position in which the blowing head is applied against the mold, and a rest position in which the blowing head is at a distance from the mold, the blowing head being adapted so as to inject at least one gas jet into the inside of the gob in the blowing position, characterized in that the blowing head includes at least one face (76; 76A) defining a second imprint (78; 78A) adapted for forming at least one portion (35; 35A) of the shoulder(s) in the blowing position while said gas jet enters and inflates the parison, the parison assuming the shape of the first imprint and of the second imprint (78; 78A). - a mold intended to receive the gob, the mold including several movable portions (54, 56) between a closed configuration in which the portions (54, 56) define a first imprint adapted for forming the body of the article (10; 110), and an open configuration in which the portions (54, 56) are moved away from each other in order to remove the article (10; 110) from the mold, and - a movable blowing head between a blowing position in which the blowing head is applied against the mold, and a rest position in which the blowing head is at a distance from the mold, the blowing head being adapted so as to inject at least one gas jet into the inside of the gob in the blowing position,
A flashing kit for use at a joint where two structures each penetrating a roof or a wall meet, where at least a first structure is arranged in an inclined roof, and where said first roof penetrating structure is arranged above a second structure seen in the direction of slope of the roof, said kit comprising a first side flashing member adapted for being arranged along an outer side surface of the first roof penetrating structure, a second side flashing member adapted for being arranged along an outer side surface of the second structure, and a gutter flashing member adapted for being arranged between a lower outer surface of the first roof penetrating structure and an upper outer surface of the second structure, characterized in that it further comprises a third side flashing member adapted for interconnecting the gutter flashing member with at least the second side flashing member, said third side flashing member having a substantially U-shaped cross section with a first leg of the U comprising a first section adapted for interconnection to the gutter flashing member and a second section adapted for engaging the outer side surface of the second structure, said first section being off-set in relation to the second section in a direction away from a second leg, the second leg being substantially parallel to the first leg and the base of the U being adapted for being arranged substantially in parallel with the plane of the roof, a length axis of the third side flashing member being substantially perpendicular to the plane of the U, and said third side flashing member further comprising a receiving section, a lifting section and a draining section, the receiving section and the lifting section forming the base of the U, the receiving section being adapted for being arranged at level with the gutter flashing member to receive water there from, the draining section being adapted for being interconnected to the second side flashing member in an overlapping joint, and the lifting section being arranged between the receiving and draining sections at an angle to at least the draining section so that, in the mounted state, the draining section will be positioned below the receiving section seen in the direction of slope of the roof and higher than the receiving section seen perpendicular to the plane of the roof.
A method of preparing a copolymer comprising: 1) initiating polymerization by batch-adding an aromatic vinyl-based monomer and a vinyl cyan-based monomer to a reactor; and 2) performing polymerization by continuously adding an aromatic vinyl-based monomer to the reactor at a predetermined rate after the initiation of polymerization, wherein the continuous addition of the aromatic vinyl-based monomer is initiated when a polymerization conversion rate is 10% or less and terminated when a polymerization conversion rate is between 80 and 90%, and step 2) comprises a first temperature phase and a second temperature phase, each of which maintains a constant temperature, wherein a temperature of the second temperature phasetemperature phase is higher than that of the first temperature phase. 1) initiating polymerization by batch-adding an aromatic vinyl-based monomer and a vinyl cyan-based monomer to a reactor; and 2) performing polymerization by continuously adding an aromatic vinyl-based monomer to the reactor at a predetermined rate after the initiation of polymerization,
A method for securely creating a new user identity within an existing cloud account in a cloud system, said cloud system providing cloud services and resources, said cloud account comprising cloud user identities, said method comprising - enabling a first user to access the cloud services and resources using a first security device; - authenticating the first user to the first security device; - creating a new user identity within the cloud account for a second user using the first security device by transmitting a service request to the cloud system, said service request being digitally signed by the first security device; - associating a second security device with the new user identity, the first user being for that purpose connected to a computer and authenticated to the second security device; - registering the second security device to the cloud account using the first security device; - enabling the second security device using the first security device - enabling a first user to access the cloud services and resources using a first security device; - authenticating the first user to the first security device; - creating a new user identity within the cloud account for a second user using the first security device by transmitting a service request to the cloud system, said service request being digitally signed by the first security device; - associating a second security device with the new user identity, the first user being for that purpose connected to a computer and authenticated to the second security device; - registering the second security device to the cloud account using the first security device; - enabling the second security device using the first security device
Torsional vibration damper with two components (18, 20) which are rotatable relative to one another and with at least one spring arrangement for the resiliently elastic rotary driving coupling of the components (18, 20), which spring arrangement has a first spring device with at least one spring element and with a first end support part and has a second spring arrangement with at least one spring element and with a second end support part which faces towards the first end support part in a circumferential direction (12, 14) and which is formed separately from the first end support part, wherein a driver is provided on one of the components, which driver is arranged between the first and second end support parts (40, 50) and has a first support portion, facing towards the first end support part, and a second support portion, spaced apart from the first support portion in the circumferential direction (12, 14) and facing towards the second end support part, between which support portions there is arranged at least one interposed spring element which, by way of a first end portion of the interposed spring element, can be or is supported in the circumferential direction on the first support portion, and an opposite second end portion of the interposed spring element can be or is supported in the opposite circumferential direction on the second support portion, characterized in that the first end support part of the first spring device can be or is supported directly on the first end portion of the interposed spring element, and the second end support part of the second spring device can be or is supported directly on the second end portion of the interposed spring element.
A weather prediction apparatus for performing weather prediction for each grid based on weather observation information observed by a weather radar, the grid being formed by dividing a prediction target area into grids, the weather prediction apparatus comprising: reception means for receiving an observation value in each grid at a first time interval; the weather prediction apparatus characterized by comprising: advection model calculation means for setting a first observation value received by the reception means as an initial value and calculating a prediction value of a water substance in each grid using an advection model at a second time interval shorter than the first time interval; and correction means for correcting the advection model by adding, every predetermined time, a correction value based on a difference between a second observation value received after the first observation value and the prediction value corresponding to an observation time of the second observation value, the correction value corresponding to generation and disappearance amount of the water substance per unit time. reception means for receiving an observation value in each grid at a first time interval; the weather prediction apparatus characterized by comprising: advection model calculation means for setting a first observation value received by the reception means as an initial value and calculating a prediction value of a water substance in each grid using an advection model at a second time interval shorter than the first time interval; and correction means for correcting the advection model by adding, every predetermined time, a correction value based on a difference between a second observation value received after the first observation value and the prediction value corresponding to an observation time of the second observation value, the correction value corresponding to generation and disappearance amount of the water substance per unit time. advection model calculation means for setting a first observation value received by the reception means as an initial value and calculating a prediction value of a water substance in each grid using an advection model at a second time interval shorter than the first time interval; and correction means for correcting the advection model by adding, every predetermined time, a correction value based on a difference between a second observation value received after the first observation value and the prediction value corresponding to an observation time of the second observation value, the correction value corresponding to generation and disappearance amount of the water substance per unit time.
Formulation of synthetic repellent additive, wherein it comprises 45.0 to 60.0% weight of active ingredients permethrin and/or cypermethrin, 8.0 to 12.0% weight of propylene glycol and/or dipropylene glycol; 10.0 to 15.0% weight of hydrogenated castor oil 40 EO; 4.0 to 7.0% weight of propoxylate alcohol and/or ethoxylate alcohol; and 15.0 to 20.0% weight of calcium dodecylbenzenesulfonate and/or polyethylene-polypropylene monobutyl glycol ether.
A terminal comprising: a receiving section configured to receive, by higher layer signaling, information indicating symbols in which a downlink signal, including a synchronization signal and a physical broadcast channel, PBCH, is to be transmitted; and a control section configured not to perform an uplink data transmission in the symbols when the uplink data is scheduled in the symbols, wherein, if half-duplex communication is performed, the control section is configured not to perform the uplink data transmission in a predetermined time after the downlink signal. a receiving section configured to receive, by higher layer signaling, information indicating symbols in which a downlink signal, including a synchronization signal and a physical broadcast channel, PBCH, is to be transmitted; and a control section configured not to perform an uplink data transmission in the symbols when the uplink data is scheduled in the symbols, wherein, if half-duplex communication is performed, the control section is configured not to perform the uplink data transmission in a predetermined time after the downlink signal.