mhurhangee/ep-ind-claims huggingface dataset:
A current sensor including: four magnetic sensor elements (8a to 8d) arranged within a plane orthogonal to a measured current, having a symmetrical magnetic characteristics curve, and adapted to convert a magnitude of a magnetic field into an electrical signal and output the electrical signal; wherein the four magnetic sensor elements are electrically connected to form a bridge circuit; and a bias magnetic field application member adapted to applying a bias magnetic field to the magnetic sensor elements, wherein the current sensor is arranged to receive a cable in which the measured current flows such that the sensor elements are arranged around the cable. four magnetic sensor elements (8a to 8d) arranged within a plane orthogonal to a measured current, having a symmetrical magnetic characteristics curve, and adapted to convert a magnitude of a magnetic field into an electrical signal and output the electrical signal; wherein the four magnetic sensor elements are electrically connected to form a bridge circuit; and a bias magnetic field application member adapted to applying a bias magnetic field to the magnetic sensor elements, wherein the current sensor is arranged to receive a cable in which the measured current flows such that the sensor elements are arranged around the cable.
An antisense oligomeric compound comprising a contiguous sequence of monomer subunits linked by internucleoside linking groups wherein at least one of the internucleoside linking groups has Formula I: wherein each X is independently O or S wherein the antisense oligomeric compound comprising from 12 to 24 monomer subunits.
Quick connection, in particular for filling gas bottles, consisting of a housing having an inlet and an outlet for medium to be transferred, and a quick-connection device in the area of the outlet, in particular with collets, and having an actuating device engaging in a recess of a sliding sleeve by means of an eccentric disk, characterized in that a sliding block is provided in the recess and is coupled with the eccentric disk for displacement transversely to the longitudinal axis of the housing on pivoting of the actuating device.
A method for producing an opaque quartz glass body, including the method steps of: i.) providing a silicon dioxide granulate, wherein the silicon dioxide granulate has been prepared from pyrogenically produced silicon dioxide powder; ii.) forming a glass melt from the silicon dioxide granulate in a melting crucible; iii.) forming a quartz glass body from at least part of the glass melt; iv.) comminuting the quartz glass body to obtain a quartz glass grain; v.) processing the quartz glass grain to form a preform; vi.) forming the opaque quartz glass body from the preform, wherein the formation of the opaque quartz glass body includes sintering. i.) providing a silicon dioxide granulate, wherein the silicon dioxide granulate has been prepared from pyrogenically produced silicon dioxide powder; ii.) forming a glass melt from the silicon dioxide granulate in a melting crucible; iii.) forming a quartz glass body from at least part of the glass melt; iv.) comminuting the quartz glass body to obtain a quartz glass grain; v.) processing the quartz glass grain to form a preform; vi.) forming the opaque quartz glass body from the preform,
Float air vent valve for a de-aerator device for a heating circuit, comprising: - a valve body defining a cavity that extends along a longitudinal axis; - a float housed in said cavity and slidable along said longitudinal axis; - a cover element configured to close an end of said valve body and provided with an air release opening that extends transversely with respect to said longitudinal axis, said cover element including a plug for said air release opening operatively connected to said float, said cover element and said valve body comprising a first connecting portion and a second connecting portion, respectively, which together define a swivel joint configured to prevent a relative axial movement of said cover element and said valve- body parallel to said longitudinal axis and so as to allow, even during the operation of said heating circuit, an angular adjustment of said cover element around said longitudinal axis and with respect to said valve body for orienting said air release opening in a desired manner said first connecting portion and said second connecting portion defining together an annular sealing seat for sealing means. characterized in that said first connecting portion and said second connecting portion further define together an annular holding seat for housing holding means suitable to prevent said relative axial movement and to allow said angular adjustment during the operation of the valve. - a valve body defining a cavity that extends along a longitudinal axis; - a float housed in said cavity and slidable along said longitudinal axis; - a cover element configured to close an end of said valve body and provided with an air release opening that extends transversely with respect to said longitudinal axis, said cover element including a plug for said air release opening operatively connected to said float,
A method being performed in an olfactory device, the method comprising the steps of: obtaining olfactory content to be rendered at a first recipient device (2, 2a, 2b); identifying an olfactory state at a recipient device (2, 2a, 2b); determining an adjustment of at least one olfactory component, based on the identified olfactory state, to render the olfactory content; and triggering the recipient device to perform the adjustment of at least one olfactory component; wherein the step of identifying an olfactory state, determining an adjustment and triggering are performed for a plurality of recipient devices, based on common olfactory content; characterized in that the method further comprises the steps, prior to the step of determining, of: determining a baseline olfactory state based on the identified olfactory states for each one of the plurality of recipient devices; determining a baseline olfactory adjustment to be made at each recipient device to reach the baseline olfactory state; and triggering each recipient device to perform the baseline olfactory adjustment; wherein the step of determining an adjustment of at least one olfactory component is based on determining an olfactory adjustment to be performed in order to change the baseline olfactory state to a state corresponding to the olfactory content. obtaining olfactory content to be rendered at a first recipient device (2, 2a, 2b); identifying an olfactory state at a recipient device (2, 2a, 2b); determining an adjustment of at least one olfactory component, based on the identified olfactory state, to render the olfactory content; and triggering the recipient device to perform the adjustment of at least one olfactory component; wherein the step of identifying an olfactory state, determining an adjustment and triggering are performed for a plurality of recipient devices, based on common olfactory content; characterized in that the method further comprises the steps, prior to the step of determining, of: determining a baseline olfactory state based on the identified olfactory states for each one of the plurality of recipient devices; determining a baseline olfactory adjustment to be made at each recipient device to reach the baseline olfactory state; and triggering each recipient device to perform the baseline olfactory adjustment; wherein the step of determining an adjustment of at least one olfactory component is based on determining an olfactory adjustment to be performed in order to change the baseline olfactory state to a state corresponding to the olfactory content. determining a baseline olfactory state based on the identified olfactory states for each one of the plurality of recipient devices; determining a baseline olfactory adjustment to be made at each recipient device to reach the baseline olfactory state; and triggering each recipient device to perform the baseline olfactory adjustment; wherein the step of determining an adjustment of at least one olfactory component is based on determining an olfactory adjustment to be performed in order to change the baseline olfactory state to a state corresponding to the olfactory content.
Authentication device for authenticating a person, comprising: an illumination source, which is configured to illuminate a skin area of the person with an illumination light in a predetermined wavelength range, in which the illumination light at least partially penetrates the skin area, wherein the predetermined wavelength range is a wavelength range in the infrared; a detector for detecting a detection image of the skin area in the predetermined wavelength range; and a processor for authenticating the person based on the detection image, wherein the detector is configured to detect a pattern in the detection image to authenticate the person, wherein the processor is configured to compare the detected pattern with a reference pattern to authenticate the person, wherein the authentication device is a card authentication device and comprises a card body in which the illumination source, the detector and the processor are integrated; characterized in that the predetermined wavelength range is a wavelength range in the near infrared, the authentication device has a positioning device for positioning the skin area of the person, the detected pattern is a speckle pattern and the reference pattern is a reference speckle pattern. an illumination source, which is configured to illuminate a skin area of the person with an illumination light in a predetermined wavelength range, in which the illumination light at least partially penetrates the skin area, wherein the predetermined wavelength range is a wavelength range in the infrared; a detector for detecting a detection image of the skin area in the predetermined wavelength range; and a processor for authenticating the person based on the detection image, wherein the detector is configured to detect a pattern in the detection image to authenticate the person, wherein the processor is configured to compare the detected pattern with a reference pattern to authenticate the person, wherein the authentication device is a card authentication device and comprises a card body in which the illumination source, the detector and the processor are integrated; characterized in that the predetermined wavelength range is a wavelength range in the near infrared, the authentication device has a positioning device for positioning the skin area of the person, the detected pattern is a speckle pattern and the reference pattern is a reference speckle pattern.
An exhaust gas purifying system provided with a NOx occlusion reduction type catalyst having a catalyst metal and a NOx occluding substance in an exhaust passage of a diesel engine and a control unit comprising a normal control operation means, a regeneration control initiation judging means for detecting a regeneration control initiation timing for said NOx occlusion reduction type catalyst, a rich-burn control operation means for executing a rich-burn control operation for generating an exhaust gas which is in a fuel-rich state, accompanying recirculating of EGR gas, and a catalyst activation control operation means for executing a control operation for activating said catalyst metal immediately before said rich-burn control operation is performed, wherein said catalyst activation control operation means executing a burning control operation in the vicinity of the stoichiometric air/fuel ratio in a range of 0.8 to 1.1 in terms of an excess air factor, in the condition of an EGR valve being totally closed, and at the same time, executing a multi-stage injection and an early injection in the fuel injection into cylinders and controlling the torque generation of the diesel engine by controlling the intake air into the diesel engine to reduce the torque variation during the transition from the normal control operation to the catalyst activation control operation, and wherein regeneration control is performed, to thereby release NOx from a NOx occlusion reduction type catalyst.
A fuel injection system for an opposed-piston engine, comprising: at least one cylinder with longitudinally-separated intake and exhaust ports (14 and 16); a pair of pistons (20 and 22) disposed in opposition in a bore of the cylinder; and, a plurality of multi-hole fuel injectors (17, 60) positioned for direct side injection of fuel into the cylinder, between end surfaces (20e, 22e) of the pistons, each respective fuel injector defining an injection axis (102, 114); each of the multi-hole fuel injectors (17, 60) including a nozzle having a sac volume with a sac surface and a plurality of injection holes opening through the sac surface and being disposed at a radial angle and a circumferential angle with respect to an injection axis, wherein the plurality of injection holes is disposed in at least one generally circumferential array on the nozzle, and wherein the radial angle is defined by an axis that extends from a point along a vertical centerline of the nozzle through a point on the sac surface at or near a horizontal plane through a vertical midpoint of the sac volume; characterized in that; the circumferential angle is oriented on a plane containing the two points (112, 117) and is at the same angle as the radial angle from a center plane of the nozzle, the circumferential angle being defined by an axis that extends from the point through a second point located on the plane and at a horizontal distance from the center plane. at least one cylinder with longitudinally-separated intake and exhaust ports (14 and 16); a pair of pistons (20 and 22) disposed in opposition in a bore of the cylinder; and, a plurality of multi-hole fuel injectors (17, 60) positioned for direct side injection of fuel into the cylinder, between end surfaces (20e, 22e) of the pistons, each respective fuel injector defining an injection axis (102, 114); each of the multi-hole fuel injectors (17, 60) including a nozzle having a sac volume with a sac surface and a plurality of injection holes opening through the sac surface and being disposed at a radial angle and a circumferential angle with respect to an injection axis, wherein the plurality of injection holes is disposed in at least one generally circumferential array on the nozzle, and wherein the radial angle is defined by an axis that extends from a point along a vertical centerline of the nozzle through a point on the sac surface at or near a horizontal plane through a vertical midpoint of the sac volume; characterized in that; the circumferential angle is oriented on a plane containing the two points (112, 117) and is at the same angle as the radial angle from a center plane of the nozzle, the circumferential angle being defined by an axis that extends from the point through a second point located on the plane and at a horizontal distance from the center plane.
An apparatus for injecting an additive in a pressurized air conditioning or refrigeration system, comprising: a) a cartridge having two ends, a first open end which is connectable to the system being charged and a second open end, and wherein said first open end comprises a threaded nozzle; b) a piston sealably disposed with said second open end of said cartridge; c) an adapter (20; 200) to sealably and releasably connect said cartridge to a service valve (30; 300) of the pressurized air conditioning or refrigeration system without the interposition of an intermediate hose assembly; wherein said adapter (20; 200) consists in a fitting having a fitting body with a first end portion (20'; 200') to be connected to the threaded nozzle of the cartridge and a second end portion (20"; 200") to be connected to the service valve (30; 300) of the pressurized system; wherein the second end portion (20"; 200") of the fitting body forms a Schrader valve coupling to be connected to a Schrader valve of the service valve (30; 300) of the pressurized air conditioning or refrigeration system; characterized in that said first end portion (20'; 200') is adjacent to said second end portion (20"; 200") of said fitting body so as to prevent the formation of air in said adapter; and in that said second end portion (200") of the fitting body forms a snap lock fitting suitable to engage the service valve. a) a cartridge having two ends, a first open end which is connectable to the system being charged and a second open end, and wherein said first open end comprises a threaded nozzle; b) a piston sealably disposed with said second open end of said cartridge; c) an adapter (20; 200) to sealably and releasably connect said cartridge to a service valve (30; 300) of the pressurized air conditioning or refrigeration system without the interposition of an intermediate hose assembly; wherein said adapter (20; 200) consists in a fitting having a fitting body with a first end portion (20'; 200') to be connected to the threaded nozzle of the cartridge and a second end portion (20"; 200") to be connected to the service valve (30; 300) of the pressurized system; wherein the second end portion (20"; 200") of the fitting body forms a Schrader valve coupling to be connected to a Schrader valve of the service valve (30; 300) of the pressurized air conditioning or refrigeration system; characterized in that said first end portion (20'; 200') is adjacent to said second end portion (20"; 200") of said fitting body so as to prevent the formation of air in said adapter; and in that said second end portion (200") of the fitting body forms a snap lock fitting suitable to engage the service valve.
Pneumatic suspension device for raising and lowering the vehicle body of air-sprung vehicles with height-level regulation, having at least one level regulation valve unit, at least one air suspension bellows (2a, 2b) associated with a vehicle axle which can be supplied from an air reservoir container pneumatically connected indirectly thereto, and with a control valve device for the manual adjustment of the level of the vehicle body in accordance with a manual control element while bypassing the level regulation valve unit, comprising a manual actuating element and a valve unit, wherein the control valve device comprises at least one shut-off valve for aerating and venting the air suspension bellows (2a, 2b) via the level regulation valve unit, and at least one aerating valve and at least one venting valve for aerating and venting the air suspension bellows (2a, 2b) while bypassing the level regulation valve unit, wherein by virtue of four positions of the manual actuating element the at least one shut-off valve (5a, 5b), the at least one aerating valve (6a, 6b) and the at least one venting valve (7a, 7b) pneumatically controls in each case a respective pneumatic line (10a, 10b, 10c) connected thereto in order to initiate one of four operating conditions of the air suspension device, characterised in that the valve unit comprises a sliding element that slides to and fro on a stationary element and a guiding element arranged for guiding purposes on the sliding element, wherein the stationary element is fixed in a recess on at least one housing component of the manual control unit, so that the sliding element can move axially along a first axis and the guiding element can move perpendicularly thereto along a second axis.
A medical thermal exchange pad, comprising: a pliable fluid containing layer for containing a fluid circulated from a first port to a second port of the fluid containing layer; a first plurality of adjacent fluid channels, defined within said fluid containing layer, for passing fluid between said first and second ports (22, 24), wherein each of said first plurality of fluid channels defines a separate closed fluid path from end-to-end and wherein said first plurality of fluid channels have first coincidental, serpentine configurations; a second plurality of adjacent fluid channels, defined within said fluid containing layer, for passing fluid between said first and second ports (22, 24), wherein each of said second plurality of fluid channels defines a separate closed fluid path from end-to-end, wherein said second plurality of fluid channels have second coincidental configurations different from said first coincidental, serpentine configurations, and wherein said first and second plurality of fluid channels (30, 40) are fluidly interconnected for series fluid flow therethrough; and an adhesive surface extending over at least a portion of a first side of said fluid containing layer for securement to a patient. a pliable fluid containing layer for containing a fluid circulated from a first port to a second port of the fluid containing layer; a first plurality of adjacent fluid channels, defined within said fluid containing layer, for passing fluid between said first and second ports (22, 24), wherein each of said first plurality of fluid channels defines a separate closed fluid path from end-to-end and wherein said first plurality of fluid channels have first coincidental, serpentine configurations; a second plurality of adjacent fluid channels, defined within said fluid containing layer, for passing fluid between said first and second ports (22, 24), wherein each of said second plurality of fluid channels defines a separate closed fluid path from end-to-end, wherein said second plurality of fluid channels have second coincidental configurations different from said first coincidental, serpentine configurations, and wherein said first and second plurality of fluid channels (30, 40) are fluidly interconnected for series fluid flow therethrough; and an adhesive surface extending over at least a portion of a first side of said fluid containing layer for securement to a patient.
Manufacturing system for manufacturing workpieces, in particular motor vehicles or motor vehicle assemblies comprising: - a plurality of manufacturing stations, at which one or more manufacturing processes are performed respectively on the workpieces; - a plurality of workpiece carriers, on which the workpieces to be manufactured are arranged; - a plurality of driverless transport vehicles, which transport the workpiece carriers from one manufacturing station to another manufacturing station and hereby also drive into the manufacturing stations; characterised in that the driverless transport vehicles are designed as underrunning industrial trucks which drive underneath the workpiece carriers for transportation purposes and at least one manufacturing station is designed with an indexing device, which aligns the workpiece carrier, which is located on a driverless transport vehicle that has been brought in, with the manufacturing station. - a plurality of manufacturing stations, at which one or more manufacturing processes are performed respectively on the workpieces; - a plurality of workpiece carriers, on which the workpieces to be manufactured are arranged; - a plurality of driverless transport vehicles, which transport the workpiece carriers from one manufacturing station to another manufacturing station and hereby also drive into the manufacturing stations;