mhurhangee/ep-ind-claims huggingface dataset:
Shellfish transport unit comprising a shellfish package comprising a receptacle, the receptacle comprising a bottom and a periphery extending from the bottom, the periphery comprising a first side wall and a second side wall opposite the first side wall; the package further comprising a partition wall extending from the bottom, disposed between the first side wall and the second side wall; the partition wall defining with the first side wall a shellfish storage space, the partition wall defining with the second side wall an additional storage space not communicating with the shellfish storage space; the transport unit further comprising a plurality of shellfish arranged in the shell storage space and a liquid bottle arranged in the additional storage space, the liquid bottle comprising a maximum dimension perpendicular to the partition wall greater than or equal to 95% and less than or equal to 100% of a maximum space between the partition wall and the second side wall perpendicular to the partition wall.
A method for determining a distance of an object from a surface of an interactive display device with a liquid crystal display, LCD, device, the method comprising: directing infrared, IR, light to the object above the surface of the interactive display device, the IR light being reflected by the object back to the interactive display device, characterized by: refracting IR light reflected from the object into two rays travelling in two different directions based on a polarization state of the reflected IR light; switching a polarization state of the LCD device to allow a first of the two refracted rays to pass through the LCD device; receiving, at a detector, the first of the two refracted rays that passes through the LCD device; switching the polarization state of the LCD device to allow a second of the two refracted rays to pass through the LCD device; receiving, at the detector, the second of the two refracted rays that passes through the LCD device; and estimating a distance of the object from the surface of the interactive display device based on triangulation. refracting IR light reflected from the object into two rays travelling in two different directions based on a polarization state of the reflected IR light; switching a polarization state of the LCD device to allow a first of the two refracted rays to pass through the LCD device; receiving, at a detector, the first of the two refracted rays that passes through the LCD device; switching the polarization state of the LCD device to allow a second of the two refracted rays to pass through the LCD device; receiving, at the detector, the second of the two refracted rays that passes through the LCD device; and estimating a distance of the object from the surface of the interactive display device based on triangulation.
A method for routing a rideshare vehicle, the method comprising: receiving from a mobile communications device of a user a request for a rideshare, wherein the request includes information associated with a current location of the user and a desired destination; identifying, based on current locations of multiple rideshare vehicles and the received request, a rideshare vehicle to pick-up the user; selecting, based on a current travel route of the rideshare vehicle, virtual bus stops for the identified rideshare vehicle, wherein the virtual bus stops include a pick-up location and a drop-off location for the user, and wherein a location of the selected virtual bus stop for picking-up the user differs from the current location of the user; and calculating an expected arrival time for the user at the selected virtual bus stop for picking up the user; calculating an expected arrival time for the rideshare vehicle at the selected virtual bus stop for picking-up the user; and assigning the rideshare vehicle to pick up the user if the user's expected arrival time at the selected virtual bus stop for picking-up the user precedes the expected arrival time of the rideshare vehicle at the selected virtual bus stop for picking-up the user; wherein the location of the selected virtual bus stop for picking-up the user differs from a location of another virtual bus stop selected for picking-up another user assigned to the rideshare vehicle. receiving from a mobile communications device of a user a request for a rideshare, wherein the request includes information associated with a current location of the user and a desired destination; identifying, based on current locations of multiple rideshare vehicles and the received request, a rideshare vehicle to pick-up the user; selecting, based on a current travel route of the rideshare vehicle, virtual bus stops for the identified rideshare vehicle, wherein the virtual bus stops include a pick-up location and a drop-off location for the user, and wherein a location of the selected virtual bus stop for picking-up the user differs from the current location of the user; and calculating an expected arrival time for the user at the selected virtual bus stop for picking up the user; calculating an expected arrival time for the rideshare vehicle at the selected virtual bus stop for picking-up the user; and assigning the rideshare vehicle to pick up the user if the user's expected arrival time at the selected virtual bus stop for picking-up the user precedes the expected arrival time of the rideshare vehicle at the selected virtual bus stop for picking-up the user; wherein the location of the selected virtual bus stop for picking-up the user differs from a location of another virtual bus stop selected for picking-up another user assigned to the rideshare vehicle.
A multilayer board for heating and/or cooling buildings, wherein at least one heat conducting plate of a material with high thermal conductivity is provided, wherein the heat conducting plate features at least one channel for accommodating at least one pipe for a heat transfer medium, and wherein the heat conducting plate is respectively connected to an insulating board or embedded in an insulating board with its rear side, characterized in that the opposite channel walls of the at least one channel of the heat conducting plate either respectively feature a plurality of snap-in tabs in order to realize a latching receptacle or latch receptacle for the at least one pipe or the snap-in tabs are respectively provided on the insulating board or form part of the insulating board and protrude into the channel through openings provided in the channel walls of the channel, wherein the snap-in tabs on one channel wall are offset relative to the snap-in tabs on the opposite channel wall, and wherein the heat conducting plate covers at least 60 % of the surface of the insulating board.
LED projection module for a vehicle headlamp of a vehicle, with - a high beam module comprising at least one LED light source for the emission of a high beam via a first surface for the coupling-out of light and with - a low beam module comprising at least one LED light source for the sending of a low beam via a second surface for the coupling-out of light, - wherein a projection lens is provided, through which the high beam and the low beam pass along an optical axis, - wherein - along the optical axis - the distance from the first surface for the coupling-out of light to the projection lens is smaller than the distance from the first surface for the coupling-out of light to the projection lens, characterized in that - due to the smaller distance from the first surface for the coupling-out of light to the projection lens - an opaque boundary surface of the high beam module pointing in the direction of the low beam module extends in front of the second surface for the coupling-out of light, which the low beam radiated by the low beam module via the second surface for the coupling-out of light hits at least partially, - the high beam module and the low beam module are embodied as transparent light guide elements into which light from the LED light sources (12, 14) can be coupled-in, and in said light guide element the light is reflected by total reflexion on at least one element boundary surface. - a high beam module comprising at least one LED light source for the emission of a high beam via a first surface for the coupling-out of light and with - a low beam module comprising at least one LED light source for the sending of a low beam via a second surface for the coupling-out of light, - wherein a projection lens is provided, through which the high beam and the low beam pass along an optical axis, - wherein - along the optical axis - the distance from the first surface for the coupling-out of light to the projection lens is smaller than the distance from the first surface for the coupling-out of light to the projection lens, - due to the smaller distance from the first surface for the coupling-out of light to the projection lens - an opaque boundary surface of the high beam module pointing in the direction of the low beam module extends in front of the second surface for the coupling-out of light, which the low beam radiated by the low beam module via the second surface for the coupling-out of light hits at least partially, - the high beam module and the low beam module are embodied as transparent light guide elements into which light from the LED light sources (12, 14) can be coupled-in, and in said light guide element the light is reflected by total reflexion on at least one element boundary surface.
A method for coating a substrate with a coater comprising at least one cathode assembly having a rotatable target, the rotatable target having at least one magnet assembly positioned there within, the method comprising - operating the coater with the at least one magnet assembly at a first position so that the at least one magnet assembly is asymmetrically aligned with respect to a plane perpendicularly extending from the substrate to the axis of the rotatable target for a predetermined first time interval; - moving the at least one magnet assembly to a second position that is asymmetrically aligned with respect to said plane and operating the coater with the at least one magnet assembly at said second position for a predetermined second time interval; and - providing a voltage to the rotatable target that is varied over time during coating; characterised in that the predetermined first time interval is at least 1 second. - operating the coater with the at least one magnet assembly at a first position so that the at least one magnet assembly is asymmetrically aligned with respect to a plane perpendicularly extending from the substrate to the axis of the rotatable target for a predetermined first time interval; - moving the at least one magnet assembly to a second position that is asymmetrically aligned with respect to said plane and operating the coater with the at least one magnet assembly at said second position for a predetermined second time interval; and - providing a voltage to the rotatable target that is varied over time during coating;
Method for determining the position of an isolation fault between an electrical circuit including a battery of accumulators in a motor vehicle and the ground of the vehicle, the battery comprising a first and a second terminal for supplying the circuit with power, in which method measuring means comprising a first resistive branch are connected between a first terminal of the battery and ground, the method being characterized in that the first resistive branch comprises two resistors (161, R eq) in series and a matching voltage source (U 1), and a first measurement representative of the current in the first resistive branch is carried out via a measurement of voltage between ground and a point intermediate between the two resistors (161, R eq), and a second measurement similar to the first measurement is carried out by connecting the measuring means between the second terminal of the battery and ground, and a position of the isolation fault in the interior of the battery is deduced from the two measurements.
Cam follower (1, 1') for actuating a gas exchange valve of an internal combustion engine with a housing (2, 2') and a cam roller mounted in a recess of the housing (2, 2') for disengaging a cam of a cam shaft, wherein the cam roller is mounted radially by means of a needle bearing running in the bearing bore thereof on a bearing journal which spans the recess and rests on the housing (2, 2'), and the width of the needle bearing is significantly greater than the width of the cam roller in the legion of the cam disengagement, characterized in that the width of the needle bearing is significantly greater than the width of the cam roller in the region of the bearing bore and significantly greater than the clear space between the roller contact surfaces (17, 17') which delimit the recess and on which the cam roller runs axially with its end faces.
A method performed by a Machine-to-Machine, M2M, device in which a subscription resource and a subscription target resource are configured such that the subscription target resource corresponds to a parent resource of the subscription resource, comprising: adding condition information to a filtering attribute of the subscription resource, the condition information being used for monitoring whether an operation accessing the subscription target resource is attempted irrespective of whether the operation accessing the subscription target resource is performed; receiving a request message from a first entity, the request message comprising first information indicating an address corresponding to the subscription target resource and second information indicating a specific operation to be performed by the device; and when the condition information indicates a retrieval and the specific operation corresponds to the retrieval, sending a notification message to a second entity indicated by address information configured in the subscription resource, wherein each of the subscription resource and the subscription target resource represents a data structure which is uniquely addressable using a unique address. adding condition information to a filtering attribute of the subscription resource, the condition information being used for monitoring whether an operation accessing the subscription target resource is attempted irrespective of whether the operation accessing the subscription target resource is performed; receiving a request message from a first entity, the request message comprising first information indicating an address corresponding to the subscription target resource and second information indicating a specific operation to be performed by the device; and when the condition information indicates a retrieval and the specific operation corresponds to the retrieval, sending a notification message to a second entity indicated by address information configured in the subscription resource, wherein each of the subscription resource and the subscription target resource represents a data structure which is uniquely addressable using a unique address.
A robot cleaner comprising: a main body; and a driving wheel assembly (100a, b), comprising: a driving wheel to drive the main body; a housing; a driving motor connected to one side of the housing to generate rotary force to rotate the driving wheel; a rotary member with rotation around a rotation shaft of the driving motor, wherein the rotary member comprises a first unit to which the driving wheel is connected and a second unit disposed at a position opposite to the driving wheel with respect to the rotation shaft of the driving motor; and a compression coil spring disposed between the housing and the second unit to apply pressure to the second unit, wherein a distance between a contact point where the compression coil spring and the second unit contact and the rotation shaft of the driving motor is shorter than a distance between a rotation shaft of the driving wheel and the rotation shaft of the driving motor. a main body; and a driving wheel assembly (100a, b), comprising: a driving wheel to drive the main body; a housing; a driving motor connected to one side of the housing to generate rotary force to rotate the driving wheel; a rotary member with rotation around a rotation shaft of the driving motor, wherein the rotary member comprises a first unit to which the driving wheel is connected and a second unit disposed at a position opposite to the driving wheel with respect to the rotation shaft of the driving motor; and a compression coil spring disposed between the housing and the second unit to apply pressure to the second unit, wherein a distance between a contact point where the compression coil spring and the second unit contact and the rotation shaft of the driving motor is shorter than a distance between a rotation shaft of the driving wheel and the rotation shaft of the driving motor. a driving wheel to drive the main body; a housing; a driving motor connected to one side of the housing to generate rotary force to rotate the driving wheel; a rotary member with rotation around a rotation shaft of the driving motor, wherein the rotary member comprises a first unit to which the driving wheel is connected and a second unit disposed at a position opposite to the driving wheel with respect to the rotation shaft of the driving motor; and a compression coil spring disposed between the housing and the second unit to apply pressure to the second unit, wherein a distance between a contact point where the compression coil spring and the second unit contact and the rotation shaft of the driving motor is shorter than a distance between a rotation shaft of the driving wheel and the rotation shaft of the driving motor.
Handheld device for optoacoustic imaging of an object comprising - an irradiation unit for irradiating the object with electromagnetic radiation, in particular light, - a detector unit (3, 4) for detecting acoustic, in particular ultrasonic, waves which are generated in the object upon irradiation with electromagnetic radiation, and - a cavity in which a coupling medium is accommodated, wherein - the cavity has a curved first surface and - the detector unit (3, 4) comprises a two-dimensional array of a plurality of individual detector elements which are arranged on concentric rings along the curved first surface which is sealed by a cover element such that a closed cavity is formed. - an irradiation unit for irradiating the object with electromagnetic radiation, in particular light, - a detector unit (3, 4) for detecting acoustic, in particular ultrasonic, waves which are generated in the object upon irradiation with electromagnetic radiation, and - a cavity in which a coupling medium is accommodated, wherein - the cavity has a curved first surface and - the detector unit (3, 4) comprises a two-dimensional array of a plurality of individual detector elements which are arranged on concentric rings along the curved first surface which is sealed by a cover element such that a closed cavity is formed.
A device for continuously conveying and plasticizing cheese curd, in particular for the production of pasta filata cheese, comprising: a) a housing having an elongate chamber with an inlet opening and an outlet opening, b) at least one pair of conveying shafts (4.1, 4.2) which are arranged in the chamber, can be driven in opposite directions and the parallel axes of rotation (18.1, 18.2) of which run in the longitudinal direction with respect to the chamber, c) wherein the conveying shafts each have a shank (8.1, 8.2) with a circular-cylindrical shank section and in each case a helical structure (19.1, 19.2), which is arranged on the circumference of the shank (8.1, 8.2), with one or more helical turns for axially conveying the cheese curd from the inlet opening to the outlet opening, and the helical structures (19.1, 19.2) of the two conveying shafts (4.1, 4.2) engage in one another, d) a drive means for driving the conveying shafts in opposite directions, e) and a heating device (9.1, 17) which can heat at least part of the shank (8.1, 8.2) and at least part of an inner circumferential surface of the chamber, 1. characterized in that f) the conveying shafts (4.1, 4.2) have at least one entraining means (20.1, 20.2) which is configured in such a manner that the cheese curd which is to be conveyed and to be plasticized is at least partially also transported around the two conveying shafts (4.1, 4.2) during operation. a) a housing having an elongate chamber with an inlet opening and an outlet opening, b) at least one pair of conveying shafts (4.1, 4.2) which are arranged in the chamber, can be driven in opposite directions and the parallel axes of rotation (18.1, 18.2) of which run in the longitudinal direction with respect to the chamber, c) wherein the conveying shafts each have a shank (8.1, 8.2) with a circular-cylindrical shank section and in each case a helical structure (19.1, 19.2), which is arranged on the circumference of the shank (8.1, 8.2), with one or more helical turns for axially conveying the cheese curd from the inlet opening to the outlet opening, and the helical structures (19.1, 19.2) of the two conveying shafts (4.1, 4.2) engage in one another, d) a drive means for driving the conveying shafts in opposite directions, e) and a heating device (9.1, 17) which can heat at least part of the shank (8.1, 8.2) and at least part of an inner circumferential surface of the chamber,
A method for reducing contaminants in the production of a glycol product of hydrogenolysis, the method comprises: providing a renewable or bio-derived feedstock; reacting said feedstock in a reactor to produce an aqueous, polyol product mixture, wherein said product mixture has an alkaline pH value between 8.0 and 12.0 when extracted initially from said reactor and the pH of the reaction product mixture is not neutralized; introducing said reaction product mixture into a continuous ion-exclusion chromatography system to separate and reduce organic acids and salts from an eluant fraction containing a desired product, wherein said continuous system is a simulated-moving bed chromatography system; and distilling said eluant fraction to yield a glycol.