mhurhangee/ep-ind-claims huggingface dataset:
A fluidic device unit structure including a plurality of fluidic devices that are connected via channels and integrated in a base member, the fluidic device unit structure comprising: a check valve that allows fluid flowing in from a first fluidic device to flow out downwardly, the first fluidic device being arranged above the check valve; the base member that defines a valve-member housing space for the check valve and a first space arranged below the valve-member housing space, characterized in that the base member further defines a second space which communicates with a second fluidic device and an inclined channel (12A, 12B), inclined upwardly or downwardly from the first space toward the second space. a check valve that allows fluid flowing in from a first fluidic device to flow out downwardly, the first fluidic device being arranged above the check valve; the base member that defines a valve-member housing space for the check valve and a first space arranged below the valve-member housing space, characterized in that the base member further defines a second space which communicates with a second fluidic device and an inclined channel (12A, 12B), inclined upwardly or downwardly from the first space toward the second space.
A process for coating a substrate which comprises a) coating a liquid composition onto a surface of a substrate in a substantially oxygen-free atmosphere, under vacuum conditions in a vacuum chamber, which composition comprises one or more components, all of which components do not go into a gas or vapor phase under said vacuum conditions in said vacuum chamber, said composition comprising an ethylenically unsaturated component, said ethylenically unsaturated component comprising an ethylenically unsaturated methacrylate monomer, or a combination of an ethylenically unsaturated methacrylate monomer and an ethylenically unsaturated methacrylate oligomer, which ethylenically unsaturated component is polymerizable or crosslinkable by the application of sufficient electron beam radiation, said composition being absent of ethylenically unsaturated acrylate components, absent of polymerization initiators, and absent of solvents; b) exposing said liquid composition to sufficient electron beam radiation, in a oxygen-free atmosphere, under vacuum conditions in said vacuum chamber, to polymerize or crosslink the composition. a) coating a liquid composition onto a surface of a substrate in a substantially oxygen-free atmosphere, under vacuum conditions in a vacuum chamber, which composition comprises one or more components, all of which components do not go into a gas or vapor phase under said vacuum conditions in said vacuum chamber, said composition comprising an ethylenically unsaturated component, said ethylenically unsaturated component comprising an ethylenically unsaturated methacrylate monomer, or a combination of an ethylenically unsaturated methacrylate monomer and an ethylenically unsaturated methacrylate oligomer, which ethylenically unsaturated component is polymerizable or crosslinkable by the application of sufficient electron beam radiation, said composition being absent of ethylenically unsaturated acrylate components, absent of polymerization initiators, and absent of solvents; b) exposing said liquid composition to sufficient electron beam radiation, in a oxygen-free atmosphere, under vacuum conditions in said vacuum chamber, to polymerize or crosslink the composition.
An improved device for the support and safe movement of doors of cabinets, wherein such doors are movable from a closed condition which defines the total alignment thereof to an open position and in which they are, alternatively conducted to protrude forward to then be moved open by longitudinal sliding surmounting those adjacent to them, said device being mountable to the top of the cabinet and comprising, for each of said doors, a plurality of wheels or bearings with a vertical orientation (14,16), arranged on two different horizontal lines defined by first and second metal sections (18, 20), with first wheels arranged so as to freely rotate inside a fixed frame or drum defining the first section of the device and second wheels rotatably fixed to a section of a carriage defining the second section of the device, which is fixable to each door (12, 12 '), said section and relative carriage being movable in a transverse direction to conduct said second wheels to align with said first wheels on a single sliding line corresponding to the situation in which the door is cantilevered forward compared to the others to be able to slide open longitudinally, characterised in that it comprises a safety mechanism provided with a control lever, fixed to the front face of the section on the same plane as the second wheels, and a shaped plate fixed to said fixed frame or drum, said shaped plate having the function of guiding cam for a guide wheel, said guide wheel being arranged in the lower part of said lever and projecting from the lower edge of said section.
A thermal management apparatus for use with a vehicle, the apparatus comprising: a plurality of phase change heat exchange units thermally coupled with a vehicle system that requires thermal management, the plurality of phase change heat exchange units operable to remove heat from the vehicle system; a manifold operable to control delivery of heat from the vehicle system to the phase change heat exchange units; characterized by a controller arranged to control the manifold, wherein the phase change heat exchange units are operatively coupled to the controller to provide an indication of their capacity to receive heat. a plurality of phase change heat exchange units thermally coupled with a vehicle system that requires thermal management, the plurality of phase change heat exchange units operable to remove heat from the vehicle system; a manifold operable to control delivery of heat from the vehicle system to the phase change heat exchange units; characterized by a controller arranged to control the manifold, wherein the phase change heat exchange units are operatively coupled to the controller to provide an indication of their capacity to receive heat.
A surgical rod connector system comprising: a surgical rod connector comprising: a housing with first and second ends (22, 24); first and second sidewalls (32, 34) extending between the first and second ends; a longitudinal passage extending between the first end and the second end and extending between the first and second sidewalls; and an opening between the first and second sidewall in communication with the longitudinal passage; and an anchor mechanism (18, 202) comprising: first and second arms (60, 62) configured to engage the first and second sidewalls, respectively, of the surgical rod connector at one of a plurality of slots (40a, 40b) spaced apart along the first and second sidewalls. a surgical rod connector comprising: a housing with first and second ends (22, 24); first and second sidewalls (32, 34) extending between the first and second ends; a longitudinal passage extending between the first end and the second end and extending between the first and second sidewalls; and an opening between the first and second sidewall in communication with the longitudinal passage; and a housing with first and second ends (22, 24); first and second sidewalls (32, 34) extending between the first and second ends; a longitudinal passage extending between the first end and the second end and extending between the first and second sidewalls; and an opening between the first and second sidewall in communication with the longitudinal passage; and an anchor mechanism (18, 202) comprising: first and second arms (60, 62) configured to engage the first and second sidewalls, respectively, of the surgical rod connector at one of a plurality of slots (40a, 40b) spaced apart along the first and second sidewalls.
Agathadiol for use in the prevention and/or treatment of a disease or condition responsive to positive allosteric modulators of cannabinoid type 1 receptor selected from the group consisting of neuropathic pain and inflammatory pain.
Method for transferring data, in which a peripheral device and a central device are wirelessly coupled using the Bluetooth Low Energy standard, at least one data packet (12a, 12b) is transferred within a transfer window (14a, 14b) of a Bluetooth Low Energy data channel between the peripheral device and the central device, and in which the transfer of the at least one data packet (12, 12a, 12b) is managed by an application (16, 18) installed in the peripheral device and in the central device in a hierarchical interaction such that a high-priority data packet (12, 12a) is transferred with a shorter latency period than a low-priority data packet (12, 12b), wherein one of the two applications acts as a master and the other of the two applications acts as a slave, and the application acting as the master determines the number of high-priority data packets (12, 12a) transferred from the peripheral device and from the central device during the transfer window (14a, 14b), and notifies the peripheral device of the number determined for the peripheral device using a high-priority transfer control packet.
A vehicle system comprising: processing circuitry; and first storage including at least one set of instructions that, when executed by the processing circuitry, cause the processing circuitry to perform operations including: obtaining first blind spot information from an infrastructure system, the first blind spot information indicating a first blind spot region due to an object observed from the infrastructure system; obtaining object information from the infrastructure system, the object information indicating information about the object; generating second blind spot information indicating a second blind spot region due to the object observed from an in-vehicle sensor configured to detect the object; and outputting common blind spot information indicating a first common blind spot region (E1a) common to the first blind spot region included in the first blind spot information and the second blind spot region included in the second blind spot information to an in-vehicle device; and controlling running of a vehicle in accordance with the common blind spot information. processing circuitry; and first storage including at least one set of instructions that, when executed by the processing circuitry, cause the processing circuitry to perform operations including: obtaining first blind spot information from an infrastructure system, the first blind spot information indicating a first blind spot region due to an object observed from the infrastructure system; obtaining object information from the infrastructure system, the object information indicating information about the object; generating second blind spot information indicating a second blind spot region due to the object observed from an in-vehicle sensor configured to detect the object; and outputting common blind spot information indicating a first common blind spot region (E1a) common to the first blind spot region included in the first blind spot information and the second blind spot region included in the second blind spot information to an in-vehicle device; and obtaining first blind spot information from an infrastructure system, the first blind spot information indicating a first blind spot region due to an object observed from the infrastructure system; obtaining object information from the infrastructure system, the object information indicating information about the object; generating second blind spot information indicating a second blind spot region due to the object observed from an in-vehicle sensor configured to detect the object; and outputting common blind spot information indicating a first common blind spot region (E1a) common to the first blind spot region included in the first blind spot information and the second blind spot region included in the second blind spot information to an in-vehicle device; and controlling running of a vehicle in accordance with the common blind spot information.
A gas hot air gun head comprising: a fuel supply device engagable with a gas reservoir and having a fluid inlet end, a fluid outlet end and a channel extending from the fluid inlet end to the fluid outlet end; and a flow-guiding device connecting to the fluid outlet end of the fuel supply device and including a combustor, with the combustor connecting to the fuel supply device, with the combustor including a combustion chamber extending therethrough, with the combustion chamber including first and second flow-guiding plates (34, 35) engaging therein and separating from each other in an axial direction, with the first flow-guiding plate including a plurality of first holes extending therethrough, with the second flow-guiding plate including a plurality of second holes extending therethrough, and with a centerline of one of the plurality of first holes offsetting from centerlines of the plurality of second holes, the combustion chamber having an inner periphery; characterized in that each of the first and second flow-guiding plates (34, 35) includes a peripheral edge thereof abutting against the inner periphery, with no gap between the inner periphery and the peripheral edge of the first flow-guiding plate, and with no gap between the inner periphery and the peripheral edge of the second flow-guiding plate. a fuel supply device engagable with a gas reservoir and having a fluid inlet end, a fluid outlet end and a channel extending from the fluid inlet end to the fluid outlet end; and a flow-guiding device connecting to the fluid outlet end of the fuel supply device and including a combustor, with the combustor connecting to the fuel supply device, with the combustor including a combustion chamber extending therethrough, with the combustion chamber including first and second flow-guiding plates (34, 35) engaging therein and separating from each other in an axial direction, with the first flow-guiding plate including a plurality of first holes extending therethrough, with the second flow-guiding plate including a plurality of second holes extending therethrough, and with a centerline of one of the plurality of first holes offsetting from centerlines of the plurality of second holes, the combustion chamber having an inner periphery; characterized in that each of the first
A method for removing an oxide of titanium from a honeycomb-molding die having oxide of titanium adhered/deposited on the surface of a base material, characterized by using a removing solution containing a mixture of hydrogen peroxide and one of sulphuric acid and nitric acid.
A positive displacement sampling pipette, comprising a control rod the bottom end of which controls the displacement of a device for gripping the top end of a piston belonging to a capillary-piston assembly intended to cooperate with said pipette, characterised in that it includes a rod for ejecting said capillary-piston assembly, movably mounted with respect to said control rod such that its bottom end can exert an ejection strain on the top end of said piston accommodated in said gripping device, during a relative displacement between the ejection rod and the control rod.
An integrated journal bearing, IJB, comprising: a shaft extending in an axial direction; a housing through which the shaft extends in the axial direction, the housing surrounding the shaft in a radial direction; an electro-magnetic actuator, EMA, arranged within the housing and surrounding the shaft in the radial direction, the EMA including rotor laminations mounted to the shaft and outer laminations arranged in the housing, a radial EMA clearance being located between the rotor laminations and the outer laminations; and at least a first fluid film journal bearing, JB, arranged within the housing and surrounding the shaft in the radial direction, the first JB including a first JB sleeve mounted to the shaft axially adjacent to the rotor laminations and a first JB lining arranged in the housing, a radial first JB clearance being located between the first JB sleeve and lining; wherein fluid conduits are defined through the housing and configured to feed a fluid to the journal bearing and to drain the fluid from the housing; characterised in that the fluid is an oil that is able to flow freely between the EMA and first JB clearances and into the space of the EMA, the oil being retained within the housing by seals disposed between the housing and the shaft a shaft extending in an axial direction; a housing through which the shaft extends in the axial direction, the housing surrounding the shaft in a radial direction; an electro-magnetic actuator, EMA, arranged within the housing and surrounding the shaft in the radial direction, the EMA including rotor laminations mounted to the shaft and outer laminations arranged in the housing, a radial EMA clearance being located between the rotor laminations and the outer laminations; and at least a first fluid film journal bearing, JB, arranged within the housing and surrounding the shaft in the radial direction, the first JB including a first JB sleeve mounted to the shaft axially adjacent to the rotor laminations and a first JB lining arranged in the housing, a radial first JB clearance being located between the first JB sleeve and lining; wherein fluid conduits are defined through the housing and configured to feed a fluid to the journal bearing and to drain the fluid from the housing; characterised in that the fluid is an oil that is able to flow freely between the EMA and first JB clearances and into the space of the EMA, the oil being retained within the housing by seals disposed between the housing and the shaft
Shaft seal arrangement, comprising - a first seal, a second seal and a third seal which are arranged in series between a product side to be sealed and an atmosphere side, - wherein the second seal is arranged between the first seal and the third seal, - wherein a first pressure is present in a space (6; 61) adjacent to the second seal in the direction towards the product side, and a second pressure is present in a space (7; 71) adjacent to the second seal in the direction towards the atmosphere side, - wherein the space (7; 71) adjacent to the atmosphere side is connected to a pressure supply line via which a pressure medium can be supplied into the space, and - wherein the first pressure is equal or substantially equal to the second pressure, so that the second seal can be operated with a pressure difference of zero between the first pressure and the second pressure. - a first seal, a second seal and a third seal which are arranged in series between a product side to be sealed and an atmosphere side, - wherein the second seal is arranged between the first seal and the third seal, - wherein a first pressure is present in a space (6; 61) adjacent to the second seal in the direction towards the product side, and a second pressure is present in a space (7; 71) adjacent to the second seal in the direction towards the atmosphere side, - wherein the space (7; 71) adjacent to the atmosphere side is connected to a pressure supply line via which a pressure medium can be supplied into the space, and - wherein the first pressure is equal or substantially equal to the second pressure, so that the second seal can be operated with a pressure difference of zero between the first pressure and the second pressure.
Method for operating an antenna unit, wherein the antenna unit comprises an on-antenna signal interface and an on-device signal interface, a control device, at least one device for adjusting a signal strength of a transmission signal and at least one device for detecting a signal strength of the transmission signal, wherein a calibration process involves a calibration signal being received via the on-device signal interface, wherein the signal strength of the calibration signal is determined, wherein the determined signal strength is compared with a reference signal strength, wherein a gain factor of the at least one device for adjusting the signal strength is set such that the difference between the reference signal strength and a signal strength of the amplified calibration signal is minimized, wherein the antenna unit is operated with the gain factor set in this manner following completion of the calibration process, wherein the antenna unit comprises at least one transmission signal branch, wherein during the calibration process the calibration signal is not transmitted to an antenna, characterized in that the device for detecting a signal strength is arranged in the at least one transmission signal branch, wherein the transmission signal branch serves to transmit a transmission signal from the on-device signal interface to the on-antenna signal interface.
A method of implementing a payment in relation to a telephone call between a customer and a merchant/service provider, the telephone call consisting of a signalling component and a media component, the method comprising: when establishing the telephone call, routing the signalling component to the merchant/service provider via a payment service system and routing the media component directly from the customer to the merchant/service provider; at a communication management system of the merchant/service provider, sending an indication that the customer is required to make a payment to the payment service system; and at the payment service system, upon receipt of the indication, said indication including call identification data of the telephone call, that the customer is required to make a payment, using the signalling component of the telephone call to implement a redirection of the media component of the telephone call via the payment service system, extracting payment details of the customer from the redirected media component, and providing the payment details to a payment processing system to action the payment, wherein the payment details are communicated from the customer to the payment service system over the media component using any of DTMF audio tones and spoken word (e.g. using Interactive Voice Recognition). when establishing the telephone call, routing the signalling component to the merchant/service provider via a payment service system and routing the media component directly from the customer to the merchant/service provider; at a communication management system of the merchant/service provider, sending an indication that the customer is required to make a payment to the payment service system; and at the payment service system, upon receipt of the indication, said indication including call identification data of the telephone call, that the customer is required to make a payment, using the signalling component of the telephone call to implement a redirection of the media component of the telephone call via the payment service system, extracting payment details of the customer from the redirected media component, and providing the payment details to a payment processing system to action the payment, wherein the payment details are communicated from the customer to the payment service system over the media component using any of DTMF audio tones and spoken word (e.g. using Interactive Voice Recognition).