mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a beverage having a separately selected color from a post-mix beverage dispensing system comprising: a. providing at least two uncolored beverage bases (B 1, B 2... B N) for dispense from the post-mix beverage dispensing system; b. separately storing at least two unflavored colorants (C 1, C 2... C N) in the post-mix beverage dispensing system; c. receiving a request for a selected beverage base and the separately selected color with a computer processor, wherein the separately selected color and/or beverage base is selected by an automated randomizing program; and d. in response to the selection of the selected beverage base and the separately selected color, automatically dispensing through a single dispensing nozzle the selected beverage base and at least one of the colorants to provide the beverage having the separately selected color and a beverage flavor independent from the separately selected color, and vice versa. a. providing at least two uncolored beverage bases (B 1, B 2... B N) for dispense from the post-mix beverage dispensing system; b. separately storing at least two unflavored colorants (C 1, C 2... C N) in the post-mix beverage dispensing system; c. receiving a request for a selected beverage base and the separately selected color with a computer processor, wherein the separately selected color and/or beverage base is selected by an automated randomizing program; and d. in response to the selection of the selected beverage base and the separately selected color, automatically dispensing through a single dispensing nozzle the selected beverage base and at least one of the colorants to provide the beverage having the separately selected color and a beverage flavor independent from the separately selected color, and vice versa.
A vehicle battery arrangement comprising a vehicle battery, wherein said vehicle battery arrangement comprises connecting means for connecting said vehicle battery arrangement to a portion of a cab body structure of a vehicle cab body, wherein the vehicle battery arrangement further comprising a battery holder at a second end portion thereof, said battery holder being arranged to mechanically couple the vehicle battery to the cab body structure, wherein the battery holder comprises at least one flexible flange, wherein the battery is connected to the battery holder by means of said at least one flexible flange.
A wire harness manufacturing device that manufactures a wire harness, the wire harness manufacturing device comprising: a molding machine that forms an external part to be attached to the wire harness; and a wiring board having a binding device that wires a plurality of electric wires to a prescribed form. a molding machine that forms an external part to be attached to the wire harness; and a wiring board having a binding device that wires a plurality of electric wires to a prescribed form.
An electrical steel sheet with an insulating coating comprising an electrical steel sheet and an insulating coating formed on the electrical steel sheet, wherein the insulating coating contains Si and particulate organic resin, the organic resin contains primary particles having an average primary particle size measured by observing the surface of the insulating coating by SEM of 1.0 μm or less, and 5 % or more and 50 % or less of the primary particles of the organic resin are agglomerated particles, wherein the insulating coating contains Fe, and a ratio of the Fe content to the Si content, expressed as Fe/Si, is 0.01 to 0.6 in molar ratio measured with ICP analysis, wherein a ratio of a dry coating weight of organic component in the insulating coating in terms of C to a sum of a dry coating weight of the Fe in terms of Fe 2 O 3 and a dry coating weight of the Si in terms of SiO 2 in the insulating coating, expressed as C/(Fe 2 O 3 + SiO 2), is 0.05 or more and 0.8 or less measured with ICP analysis, and wherein the Si dry coating weight in terms of SiO 2 is 50 mass% or more and 95 mass% or less of a total dry coating weight.
A specimen container comprising: a receptacle having an opening to receive a sample; a lid to engage with the receptacle and seal across the opening; an elongate handle extending from, and pivotally connected at a first end thereof to, an outer surface of the receptacle, the handle is pivotable relative to the receptacle between a first position, in which the handle extends generally downwardly from the first end parallel to the outer surface, and a second extended position; the handle includes a retaining means to retain the handle in the first position characterised in that one or more resilient members are provided to bias the handle to move towards the second position when released from the retaining means, wherein the one or more resilient members comprise resilient plastic material flexed into a curved condition when the handle is in the first position thereof such that the resilient members will tend to straighten when released and move the handle towards the second position.
A metal-backed plain bearing (200, 440), comprising: a metal backing layer (210, 430), wherein the metal backing layer is a single layer metal substrate; and a bearing material layer formed directly on the metal backing layer, the bearing material layer formed of a continuous consolidated structure comprising a curable resin mixed with a combination of fillers and discrete particles of additive materials, wherein said bearing material layer comprises a mixture of approximately 70 to 90% by volume of an epoxide thermoset resin, approximately 5 to 20 % by volume of at least one fluoropolymer, and approximately 1 to 8% by volume of at least one other filler; said additive material comprises amine-based curing agents; and said bearing material layer is cross-linked directly onto said metal backing layer (210, 430). a metal backing layer (210, 430), wherein the metal backing layer is a single layer metal substrate; and a bearing material layer formed directly on the metal backing layer, the bearing material layer formed of a continuous consolidated structure comprising a curable resin mixed with a combination of fillers and discrete particles of additive materials, wherein said bearing material layer comprises a mixture of approximately 70 to 90% by volume of an epoxide thermoset resin, approximately 5 to 20 % by volume of at least one fluoropolymer, and approximately 1 to 8% by volume of at least one other filler; said additive material comprises amine-based curing agents; and said bearing material layer is cross-linked directly onto said metal backing layer (210, 430).
A bending machine for bending workpieces, in particular a press brake, with a lower beam and an upper beam, for forming a workpiece by bending along a bending line which extends in a width direction (y) of the bending machine, wherein a tool holder for receiving bending tools is provided on the lower beam, and each end of the tool holder lying in the width direction (y) is associated with a recessed region, which is formed in the lower beam overlapping with the respective end of the tool holder, characterised in that the lower beam comprises a, in particular plate-shaped, central element and at least one, in particular plate-shaped, side element (14, 14'), which are arranged adjacent to one another in the thickness direction of the lower beam, wherein the recessed regions are provided in the central element and/or in the width direction (y) adjacent to the central element; the lower beam includes a central region below a central portion of the tool holder in the width direction, wherein during a bending operation of a workpiece a force is introduced via the tool holder in the central region both into the central element as well as into the at least one side element (14, 14'); the lower beam comprises, for each end of the tool holder, a free region which extends beneath the tool holder originating from the respective end of the tool holder and comprises that region of the recessed region associated with the respective end which lies beneath the tool holder; the central element and the at least one side element (14, 14') are arranged in a respective free region in such a manner that in the respective free region, during a bending operation of a workpiece, at least initially, a force is introduced exclusively into the central element. the lower beam comprises a, in particular plate-shaped, central element and at least one, in particular plate-shaped, side element (14, 14'), which are arranged adjacent to one another in the thickness direction of the lower beam, wherein the recessed regions are provided in the central element and/or in the width direction (y) adjacent to the central element; the lower beam includes a central region below a central portion of the tool holder in the width direction, wherein during a bending operation of a workpiece a force is introduced via the tool holder in the central region both into the central element as well as into the at least one side element (14, 14'); the lower beam comprises, for each end of the tool holder, a free region which extends beneath the tool holder originating from the respective end of the tool holder and comprises that region of the recessed region associated with the respective end which lies beneath the tool holder; the central element and the at least one side element (14, 14') are arranged in a respective free region in such a manner that in the respective free region, during a bending operation of a workpiece, at least initially, a force is introduced exclusively into the central element.
A detection system for detecting an object being conveyed along a convey path, the detection system comprises a DR imaging apparatus and a CT imaging apparatus which is provided at the downstream or upstream of the DR imaging apparatus along the convey path, wherein an average speed at which the object passes the DR imaging apparatus is higher than an average speed at which the object passes the CT imaging apparatus; the DR imaging apparatus comprises a DR trigger module for data acquisition, the DR trigger module is configured to trigger the DR imaging apparatus to perform data acquisition every time the object passes a predetermined distance A along the convey path, wherein the convey path is configured to move the object at first speed at a time at which the object is scanned by the DR imaging apparatus and not the CT imaging apparatus and wherein the convey path is configured to move the object at a second speed lower than the first speed at a different time at which the object is scanned by both the CT imaging apparatus and the DR imaging apparatus, and a detector for detecting passing of a front end of the object, the detector is provided at a position in front of the downstream imaging apparatus by a predetermined distance D, wherein after the detector detects the passing, the convey path is configured to decelerate from the first speed to the second speed within the predetermined distance D, and then the downstream imaging apparatus begins to perform data acquisition, or the convey path is configured to accelerate from the second speed to the first speed within the predetermined distance D, and then the downstream imaging apparatus being configured to begin to perform data acquisition.
A touch-sensitive surface intended to be mounted on a vehicle steering wheel, including a pressure sensor, the pressure sensor being arranged to detect a pressure from a member of a user pressing on said touch-sensitive surface, characterized in that as a function of the detected pressure, the touch-sensitive surface is arranged to function according to a first mode in which it is arranged to initiate a first command following a point pressure, or a second mode in which it is arranged to initiate a second command following a sliding, in which the second command is arranged to deactivate an X-shaped zone centred on the coordinates of the initial pressure point.
A transmission device of a mobile device configured to transmit, to a reception device, signals including a video signal, the transmission device comprising: a controller configured to perform a control of reading information held by the reception device regarding a video specification that is supported, and transmitting the video signal that is supported by the reception device; and a transmitter (2b, 2c, 2d) configured to transmit the video signal in a form of baseband video data, characterized in that when the transmission device is in an output mode for showing the same image extended in a predetermined number of multiple frames or more, the controller performs the control so as to read, from the information regarding the video specification, first information indicating whether the reception device is capable of intermittent reception, intermittent reception being receiving data sent in the intermittent transmission mode, when the reception device is not capable of intermittent reception, the transmitter is configured to transmit in a conventional HDMI transmission method, and when the reception device is capable of intermittent reception, the transmitter is configured to transmit in an intermittent transmission mode in which transmission of the video signal is not transmitted by transmitting invalid data instead of the video signal, the invalid data having a data pattern that is "1100110011" in the TMDS data transmission mode. a controller configured to perform a control of reading information held by the reception device regarding a video specification that is supported, and transmitting the video signal that is supported by the reception device; and a transmitter (2b, 2c, 2d) configured to transmit the video signal in a form of baseband video data, characterized in that when the transmission device is in an output mode for showing the same image extended in a predetermined number of multiple frames or more, the controller performs the control so as to read, from the information regarding the video specification, first information indicating whether the reception device is capable of intermittent reception, intermittent reception being receiving data sent in the intermittent transmission mode, when the reception device is not capable of intermittent reception, the transmitter is configured to transmit in a conventional HDMI transmission method, and when the reception device is capable of intermittent reception, the transmitter is configured to transmit in an intermittent transmission mode in which transmission of the video signal is not transmitted by transmitting invalid data instead of the video signal, the invalid data having a data pattern that is "1100110011" in the TMDS data transmission mode.
A method for determining a neighbouring relationship between a first node and at least one second node (130, 140) each serving different or the same wireless communication network, the method comprising the steps of: detecting pilot contamination; and determining a neighbouring relationship between the first node and at least one of the second nodes (130, 140) based on the detected pilot contamination. detecting pilot contamination; and determining a neighbouring relationship between the first node and at least one of the second nodes (130, 140) based on the detected pilot contamination.
A triphenylamine derivative represented by general formula: wherein R 1, R 2, R 3, and R 5 each independently represent a hydrogen atom, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkoxy group, or a substituted or unsubstituted phenyl group, R 4 represents a hydrogen atom, a substituted or unsubstituted alkyl group, or a substituted or unsubstituted phenyl group, Ar represents a substituted or unsubstituted phenyl group, and m represents an integer of 1 to 3.
A pressurized air assisted liquid spray nozzle assembly comprising: a liquid spray nozzle having a central liquid passage for coupling with a pressurized liquid supply and a discharge orifice at a downstream end for discharging a constant stream of liquid; an air guide mounted in surrounding relation to the downstream end of said liquid spray nozzle; an outer nozzle body disposed in surrounding relation to a downstream end said air guide having an end wall with a central opening coaxial with said liquid spray nozzle central liquid passage and discharge orifice; said air guide defining a first plurality of air passages for directing pressurized atomizing air in a radial direction transverse to liquid discharging from said liquid spray nozzle discharge orifice for transversely interacting and atomizing the discharging liquid into liquid particles following discharge from said spray nozzle discharge orifice; characterized by said air guide and outer nozzle body end wall together defining a second plurality of air passages between said air guide and outer nozzle body for directing shaping air tangentially to liquid discharging from said liquid spray nozzle and atomized by atomizing air following discharge from said spray nozzle discharge orifice for creating a whirling action that shapes and maintains the atomized liquid particles into a predetermined conical spray pattern. a liquid spray nozzle having a central liquid passage for coupling with a pressurized liquid supply and a discharge orifice at a downstream end for discharging a constant stream of liquid; an air guide mounted in surrounding relation to the downstream end of said liquid spray nozzle; an outer nozzle body disposed in surrounding relation to a downstream end said air guide having an end wall with a central opening coaxial with said liquid spray nozzle central liquid passage and discharge orifice; said air guide defining a first plurality of air passages for directing pressurized atomizing air in a radial direction transverse to liquid discharging from said liquid spray nozzle discharge orifice for transversely interacting and atomizing the discharging liquid into liquid particles following discharge from said spray nozzle discharge orifice; characterized by said air guide and outer nozzle body end wall together defining a second plurality of air passages between said air guide and outer nozzle body for directing shaping air tangentially to liquid discharging from said liquid spray nozzle and atomized by atomizing air following discharge from said spray nozzle discharge orifice for creating a whirling action that shapes and maintains the atomized liquid particles into a predetermined conical spray pattern.
An aqueous paint composition for vehicle primer coating, comprising: 20 to 50 wt% of a polyester resin; 1 to 20 wt% of an acrylic resin; 1 to 15 wt% of a water-dispersed urethane resin having a number average molecular weight in a range of 20,000 to 50,000, an acid value of 4 to 8 mgKOH/g, and a particle size of 50 to 200 nm; 1 to 15 wt% of a urethane resin having a number average molecular weight of 200 to 1,000, and a hydroxyl value of 100 to 500 mgKOH/g; and 10 to 30 wt% of a melamine curing agent, based on a weight of the entire paint composition. 20 to 50 wt% of a polyester resin; 1 to 20 wt% of an acrylic resin; 1 to 15 wt% of a water-dispersed urethane resin having a number average molecular weight in a range of 20,000 to 50,000, an acid value of 4 to 8 mgKOH/g, and a particle size of 50 to 200 nm; 1 to 15 wt% of a urethane resin having a number average molecular weight of 200 to 1,000, and a hydroxyl value of 100 to 500 mgKOH/g; and 10 to 30 wt% of a melamine curing agent, based on a weight of the entire paint composition.
A method, performed by a device, for a satellite telecommunications system including one or more satellites (10, 20), wherein the one or more satellites (10, 20) are configured to transmit data via a first plurality of spotbeams, the method comprising the steps of: analysing data relating to the first plurality of spotbeams; identifying a set of spotbeams of the first plurality of spotbeams based on the analysis; assigning a same group identifier to each spotbeam of the set of spotbeams: sending an update message to the one or more satellites (10, 20) associated with each spotbeam of the set of spotbeams, the update message including the assigned group identifier; and participating in the distribution of content to the one or more satellites (10, 20) for transmission by each spotbeam of the set of spotbeams by: responding to a request from a content provider with the group identifier and its associated logical satellite coverage area, wherein the logical satellite coverage area covers the spotbeams of the set of spotbeams and is addressable using the group identifier, and responding to a request for a spotbeam identifier for each spotbeam of the set of spotbeams, the request including the group identifier. analysing data relating to the first plurality of spotbeams; identifying a set of spotbeams of the first plurality of spotbeams based on the analysis; assigning a same group identifier to each spotbeam of the set of spotbeams: sending an update message to the one or more satellites (10, 20) associated with each spotbeam of the set of spotbeams, the update message including the assigned group identifier; and participating in the distribution of content to the one or more satellites (10, 20) for transmission by each spotbeam of the set of spotbeams by: responding to a request from a content provider with the group identifier and its associated logical satellite coverage area, wherein the logical satellite coverage area covers the spotbeams of the set of spotbeams and is addressable using the group identifier, and responding to a request for a spotbeam identifier for each spotbeam of the set of spotbeams, the request including the group identifier. responding to a request from a content provider with the group identifier and its associated logical satellite coverage area, wherein the logical satellite coverage area covers the spotbeams of the set of spotbeams and is addressable using the group identifier, and responding to a request for a spotbeam identifier for each spotbeam of the set of spotbeams, the request including the group identifier.