mhurhangee/ep-ind-claims huggingface dataset:
A low-carbon self-balance cooking fume purifier, comprising: a power system, comprising a fume extraction fan, a blower fan, an air curtain fan, a check valve actuator, a control circuit, and an intelligent controller; wherein the blower fan is configured to exhaust cooking fumes; and the fume extraction fan, a plenum chamber and the air curtain fan constitute a fume extraction system; a fume exhaust system, comprising the plenum chamber, the blower fan, and a check valve; a silencing system, comprising a pre-filter, a silencer, the plenum chamber, and the air curtain fan; and an energy-saving system, comprising an air curtain inlet duct, an air curtain outlet duct, and the air curtain fan, wherein, the air curtain in the power system is installed on the air curtain inlet duct; an upper end of the air curtain fan is connected to the fume extraction fan; an upper end of the fume extraction fan is connected to the blower fan; the check valve actuator is installed at an air outlet of the blower fan; and a control end of the fume extraction fan, a control end of the blower fan, a control end of the check valve actuator, actuator, and a control end of the air curtain fan are electrically connected to the intelligent controller, and wherein, an air outlet of the fume extraction fan and an air inlet of the blower fan are connected through an internal space of the plenum chamber; the air outlet of the fume extraction fan and the air curtain inlet duct are connected through the internal space of the plenum chamber; an air curtain air flow is derived from an air flow exhausted from the fume extraction fan. a power system, comprising a fume extraction fan, a blower fan, an air curtain fan, a check valve actuator, a control circuit, and an intelligent controller; wherein the blower fan is configured to exhaust cooking fumes; and the fume extraction fan, a plenum chamber and the air curtain fan constitute a fume extraction system; a fume exhaust system, comprising the plenum chamber, the blower fan, and a check valve; a silencing system, comprising a pre-filter, a silencer, the plenum chamber, and the air curtain fan; and an energy-saving system, comprising an air curtain inlet duct, an air curtain outlet duct, and the air curtain fan, wherein, the air curtain in the power system is installed on the air curtain inlet duct; an upper end of the air curtain fan is connected to the fume extraction fan; an upper end of the fume extraction fan is connected to the blower fan; the check valve actuator is installed at an air outlet of the blower fan; and a control end of the fume extraction fan, a control end of the blower fan, a control end of the check valve actuator, actuator, and a control end of the air curtain fan are electrically connected to the intelligent controller, and wherein, an air outlet of the fume extraction fan and an air inlet of the blower fan are connected through an internal space of the plenum chamber; the air outlet of the fume extraction fan and the air curtain inlet duct are connected through the internal space of the plenum chamber; an air curtain air flow is derived from an air flow exhausted from the fume extraction fan.
A composition comprising an anionic polyacrylamide (APAM), wherein the anionic polyacrylamide (APAM) comprises an anionic monomer selected from acrylic acid and its salts, methacrylic acid, and its salts, 2-acrylamido-2-methylpropanesulfonic acid (AMPS), the sodium salt of AMPS, sodium vinyl sulfonate, styrene sulfonate, maleic acid, and its salts, sulfonate, itaconate, sulfopropyl acrylate or methacrylate or other water-soluble or dispersible forms of these or other polymerisable carboxylic or sulfonic acids, or combinations thereof, and a high charge cationic glyoxylated polyacrylamide (GPAM), wherein the high charge cationic glyoxylated polyacrylamide has a cationic charge density in the range of 0.6 - 5.0 meq/g.
A computerized method for detecting parking-related events from a mobile device, the latter comprising a pressure sensor and a peak detection module, the method comprising: monitoring pressure sensor data from the pressure sensor, the pressure sensor data representative of a pressure variation over a period of time; and comparing the monitored pressure sensor data with reference pressure data corresponding to pressure variations over time as occurring inside a vehicle when, on the one hand, opening a door and, on the other hand, closing a door of this vehicle, to detect a corresponding pressure variation in the monitored pressure sensor data, in order to determine (S24, S42, S44) whether a vehicle has parked or has started, wherein, the steps of monitoring and comparing are performed by the peak detection module. monitoring pressure sensor data from the pressure sensor, the pressure sensor data representative of a pressure variation over a period of time; and comparing the monitored pressure sensor data with reference pressure data corresponding to pressure variations over time as occurring inside a vehicle when, on the one hand, opening a door and, on the other hand, closing a door of this vehicle, to detect a corresponding pressure variation in the monitored pressure sensor data, in order to determine (S24, S42, S44) whether a vehicle has parked or has started, the steps of monitoring and comparing are performed by the peak detection module.
Electrical kitchen appliance comprising a work container, a rotary work accessory disposed in the work container, an upper motorised casing disposed on the work container to rotate the rotary work accessory about an axis of rotation, an intermediate cover carried by the work container, the intermediate cover being rotatably blocked with respect to the work container, the upper motorised casing being disposed on the intermediate cover, the upper motorised casing comprising at least one fastening member, the intermediate cover comprising at least one retaining member, the or at least one of the fastening members, respectively the or at least one of the retaining members, being movably mounted in a plane mainly perpendicularly to the axis of rotation against an elastic return element, the or at least one of the fastening members, respectively the or at least one of the retaining members, having a lower chamfer, respectively an upper chamfer, such that the intermediate cover, respectively the upper motorised casing, repels the lower chamfer, respectively the upper chamfer, against the elastic return element when the upper motorised casing is implemented on the intermediate cover, and that the fastening member is engaged with the retaining member when the upper motorised casing is implemented on the intermediate cover in a direction mainly parallel to the axis of rotation, to raise the intermediate cover with the upper motorised casing when the upper motorised casing is removed from the work container, the upper motorised casing being locked with the work container by rotation about the axis of rotation, in that the fastening member is engaged with the retaining member when the upper motorised casing is unlocked, characterised in that the intermediate cover comprises at least one upper projection, in that the upper motorised casing comprises at least one lower projection, and in that the upper motorised casing can be rotated on the intermediate cover to occupy an uncoupling position, wherein a contact between the or at least one of the upper projections and the or at least one of the lower projections raises the upper motorised casing with respect to the intermediate cover and releases the fastening member(s) or the retaining member(s).
A test kit comprising: a specimen plate having a specimen region on which a specimen is smeared; and a patch plate facing the specimen plate on an upper portion of the specimen plate and coupled to allow relative sliding with respect to the specimen plate; wherein the patch plate comprises, a storage unit formed in the form of a hole or a groove on the patch plate in a direction perpendicular to a movement direction of the relative sliding to store a contact-type patch (100, 100') so that the contact-type patch (100, 100') is exposed to a lower surface thereof; a loading unit formed in the form of a hole on the patch plate so that a sample from the outside is received and delivered to the specimen region of the specimen plate; and a smearing unit comprising a smear film inclined with respect to the patch plate so that the specimen delivered to the specimen region is smeared by the relative sliding, wherein the contact-type patch (100, 100') is provided as a gel matrix of a mesh structure forming pores in which a material used in the specimen staining process is stored. a specimen plate having a specimen region on which a specimen is smeared; and a patch plate facing the specimen plate on an upper portion of the specimen plate and coupled to allow relative sliding with respect to the specimen plate; wherein the patch plate comprises, a storage unit formed in the form of a hole or a groove on the patch plate in a direction perpendicular to a movement direction of the relative sliding to store a contact-type patch (100, 100') so that the contact-type patch (100, 100') is exposed to a lower surface thereof; a loading unit formed in the form of a hole on the patch plate so that a sample from the outside is received and delivered to the specimen region of the specimen plate; and a smearing unit comprising a smear film inclined with respect to the patch plate so that the specimen delivered to the specimen region is smeared by the relative sliding, wherein the contact-type patch (100, 100') is provided as a gel matrix of a mesh structure forming pores in which a material used in the specimen staining process is stored.
A comestible non-baked food filling composition having a water activity of not more than 0.6 and a specific gravity of not more than 1.05, wherein the filling composition comprises: - at least 35% by weight pulse flour; and - from 25 to 50% by weight fat and/or oil, wherein fat does not include a fat of animal origin, and wherein the fat may be solid or liquid at ambient temperature; wherein the filling composition can be stored at from 20 to 25 °C for at least 10 weeks, without material deterioration in the form of detectable deterioration in organoleptic properties, and wherein the filling composition is aerated by 10% to 50%. - at least 35% by weight pulse flour; and - from 25 to 50% by weight fat and/or oil, wherein fat does not include a fat of animal origin, and wherein the fat may be solid or liquid at ambient temperature;
Profile machining device, comprising a machine frame, at least one tool for profile machining, at least one clamping device for a profile to be machined, and an advancing device for moving a profile to be machined through the profile machining device along a transport direction corresponding to a longitudinal direction of the profile, wherein the clamping device includes at least one roller clamp for guiding the profile during a profile machining procedure with simultaneous moving of the profile using the advancing device, characterized in that the clamping device includes a guide rail disposed on the machine frame in parallel to the transport direction, wherein the at least one roller clamp is arranged on the guide rail to be displaceable in and counter the transport direction, in that the guide rail extends essentially over an entire infeed zone for profiles up to the tool, and in that the advancing device includes a gripper for gripping a front end of a profile to be machined, wherein means for detecting a position of the front end of the profile facing away from the tool in the infeed zone and means for moving the at least one roller clamp to a portion of the profile adjoining the front end facing away from the tool, are provided.
Print media moisturizing unit, comprising a first print media guidance member and a second print media guidance member, said first print media guidance member and second print media guidance member defining a print media transport path for transporting subsequent print media sheets at a distance from each other, characterized in that the print media moisturizing unit further comprises a first substantially planar spray assembly for supplying a spray in a first plane and a second substantially planar spray assembly for supplying a spray in a second plane, wherein the first substantially planar spray assembly and the second substantially planar spray assembly are configured such that the first plane and the second plane intersect outside the print media transport path.
An apparatus for selectively generating one or more print effects on one or more portions of a substrate comprising: a print head carriage comprising a plurality of print heads, each print head comprising at least one nozzle for dispensing inkjet ink onto the substrate; and a lamp module associated with the print head carriage, comprising: a plurality of individually controllable ultraviolet light-emitting diodes (LEDs) for curing the one or more portions of the substrate on which inkjet ink is dispensed by each nozzle to generate an effect on the substrate, the UV LEDs being operable to selectively expose different portions of the substrate to different light intensities, wherein the UV LEDs comprise: UV LEDs emitting a low dosage UV light, the low dosage UV light applied to a first area to generate a glossy effect; and UV LEDs emitting a higher dosage UV light, the high dosage UV light applied to a second area to develop a matte effect. a print head carriage comprising a plurality of print heads, each print head comprising at least one nozzle for dispensing inkjet ink onto the substrate; and a lamp module associated with the print head carriage, comprising: a plurality of individually controllable ultraviolet light-emitting diodes (LEDs) for curing the one or more portions of the substrate on which inkjet ink is dispensed by each nozzle to generate an effect on the substrate, the UV LEDs being operable to selectively expose different portions of the substrate to different light intensities, wherein the UV LEDs comprise: UV LEDs emitting a low dosage UV light, the low dosage UV light applied to a first area to generate a glossy effect; and UV LEDs emitting a higher dosage UV light, the high dosage UV light applied to a second area to develop a matte effect. a plurality of individually controllable ultraviolet light-emitting diodes (LEDs) for curing the one or more portions of the substrate on which inkjet ink is dispensed by each nozzle to generate an effect on the substrate, the UV LEDs being operable to selectively expose different portions of the substrate to different light intensities, wherein the UV LEDs comprise: UV LEDs emitting a low dosage UV light, the low dosage UV light applied to a first area to generate a glossy effect; and UV LEDs emitting a higher dosage UV light, the high dosage UV light applied to a second area to develop a matte effect. UV LEDs emitting a low dosage UV light, the low dosage UV light applied to a first area to generate a glossy effect; and UV LEDs emitting a higher dosage UV light, the high dosage UV light applied to a second area to develop a matte effect.
A system for mimicking daylight in a space by using one or more light sources (11,12) having a redirectable light output, said system comprising: at least one input interface; at least one control interface; and at least one processor configured to: - determine a daylight-mimicking light output direction (51,52) for said light output in said space based on a time of day, - obtain input via said at least one input interface, and characterised by the at least one processor being configured to: - determine an estimated or detected position of a person or animal in said space from said input, - determine an adjusted light output direction (51,53) for said one or more light sources (11,12) in dependence on said daylight-mimicking light output direction (51,52) and said estimated or detected position, and - control, via said at least one control interface, said one or more light sources (11,12) to render said light output in said adjusted light output direction (51,53). at least one input interface; at least one control interface; and at least one processor configured to: - determine a daylight-mimicking light output direction (51,52) for said light output in said space based on a time of day, - obtain input via said at least one input interface, and characterised by the at least one processor being configured to: - determine an estimated or detected position of a person or animal in said space from said input, - determine an adjusted light output direction (51,53) for said one or more light sources (11,12) in dependence on said daylight-mimicking light output direction (51,52) and said estimated or detected position, and - control, via said at least one control interface, said one or more light sources (11,12) to render said light output in said adjusted light output direction (51,53). - determine a daylight-mimicking light output direction (51,52) for said light output in said space based on a time of day, - obtain input via said at least one input interface, and characterised by the at least one processor being configured to: - determine an estimated or detected position of a person or animal in said space from said input, - determine an adjusted light output direction (51,53) for said one or more light sources (11,12) in dependence on said daylight-mimicking light output direction (51,52) and said estimated or detected position, and - control, via said at least one control interface, said one or more light sources (11,12) to render said light output in said adjusted light output direction (51,53).
Stress-measuring system for determining a level of stress of a user, in particular for monitoring an upcoming burnout, the system comprising: - an alarm clock for initiating an alarm at an arbitrary preset time, wherein the system comprises an interface for switching off the alarm; - a vital sign sensor for measuring a first vital sign of the user while the user operates the interface; and - a processing unit for determining the level of stress of the user based on the sensed first vital sign; characterised by the vital sign sensor being integrated into the switch off interface of the alarm clock - an alarm clock for initiating an alarm at an arbitrary preset time, wherein the system comprises an interface for switching off the alarm; - a vital sign sensor for measuring a first vital sign of the user while the user operates the interface; and - a processing unit for determining the level of stress of the user based on the sensed first vital sign; characterised by the vital sign sensor being integrated into the switch off interface of the alarm clock
Rail vehicle having at least one seat support (12, 22, 29) which runs in the transverse direction of the rail vehicle and is in the form of a cantilever support connected exclusively to a side wall of the rail vehicle, and having a wall-like separating device (14, 24) which is adjacent to the seat support (12, 22, 29) and is arranged parallel to the seat support (12, 22, 29), characterized in that the separating device (14, 24) is supported on the seat support (12, 22, 29) by means of a holder (15, 25, 31) arranged horizontally in the longitudinal direction of the rail vehicle, wherein an end of the holder (15, 25, 31) that faces the seat support (12, 22, 29) is in the form of a downwardly curved hook (16, 26, 30) which engages from above in an eyelet (13, 23, 28) which is attached rigidly to the seat support (12, 22, 29).
A hydro mount comprising a carrying mount and a support which are supported on each other by a spring body essentially having the shape of a hollow cone and being made of rubber-elastic material and bound a working room and a compensating room which are filled with damping fluid and separated, at their sides facing one another, by a separation wall elastically pliable in direction of the induced oscillations, wherein the separation wall comprises a damping opening through which the working room and the compensating room are flow-conductively connected to each other, wherein an active module with a linear motor is disposed on the side of the compensating room axially facing away from the working room for generation of a controlled absorber oscillation and that the linear motor includes a connecting device that is connected to the separation wall, wherein the separation wall is formed by a rubber membrane with a reinforcement and that the connecting device is connected to the reinforcement and characterized in that the reinforcement comprises first breaches which are filled at least partly by disk-shaped rubber bodies of the rubber membrane.
A device for implantation comprising: a hydrogel filament comprising a difunctional, low molecular weight ethylenically unsaturated shapeable macromer comprising polyethylene glycol, propylene glycol, poly(tetramethylene oxide), poly(ethylene glycol) diacrylamide, poly(ethylene glycol) diacrylate, poly(ethylene glycol) dimethacrylate, or combinations thereof; an ethylenically unsaturated monomer comprising one or more ionizable functional groups; and a visualization agent, wherein said device contains no support members. a hydrogel filament comprising a difunctional, low molecular weight ethylenically unsaturated shapeable macromer comprising polyethylene glycol, propylene glycol, poly(tetramethylene oxide), poly(ethylene glycol) diacrylamide, poly(ethylene glycol) diacrylate, poly(ethylene glycol) dimethacrylate, or combinations thereof; an ethylenically unsaturated monomer comprising one or more ionizable functional groups; and a visualization agent, wherein said device contains no support members.