mhurhangee/ep-ind-claims huggingface dataset:
Method for coating objects, in particular vehicles and vehicle components, comprising the following steps: • diluting liquid rubber with an acrylic thinner • filling the diluted liquid rubber in a spray gun or an electric spraying device • applying the diluted liquid rubber on to the surface of the object to be coated by means of the spray gun or the electric spraying device • drying period • thereby formation of a removable film coating, wherein the application of the diluted liquid rubber occurs in four to eight layers, and in that a diluted acrylic paint is admixed to the liquid rubber having the acrylic thinner, and wherein after the application of each layer, in each case a drying period is activated, • mixing of clear coat with a curing agent at a ratio of 2:1 • adding of 10 vol.-% acrylic thinner of the total amount • spraying of a mixture of ready-to-spray clear coat and curing agent dry on to the film coating; • application of 1 - 2 further wet layers, waiting for at least 10 minutes between each layer, • flash-off of the cleat coat after the last layer. • diluting liquid rubber with an acrylic thinner • filling the diluted liquid rubber in a spray gun or an electric spraying device • applying the diluted liquid rubber on to the surface of the object to be coated by means of the spray gun or the electric spraying device • drying period • thereby formation of a removable film coating, wherein the application of the diluted liquid rubber occurs in four to eight layers, and in that a diluted acrylic paint is admixed to the liquid rubber having the acrylic thinner, and wherein after the application of each layer, in each case a drying period is activated, • mixing of clear coat with a curing agent at a ratio of 2:1 • adding of 10 vol.-% acrylic thinner of the total amount • spraying of a mixture of ready-to-spray clear coat and curing agent dry on to the film coating; • application of 1 - 2 further wet layers, waiting for at least 10 minutes between each layer, • flash-off of the cleat coat after the last layer.
Bending method for bending at least one composite bar at a bending location that comprises a reinforcement fiber bundle with multiple reinforcement fibers embedded in a cured plastic matrix comprising the following steps: - Arranging a sonotrode of an ultrasonic device at a bending location, wherein the two bar sections of the at least one composite bar that adjoin the bending location extend in a first spatial direction (x), - Heating of the plastic matrix of the at least one composite bar at the bending location by coupling of ultrasonic waves in the at least one composite bar at the bending location, - Deforming the at least one composite bar for formation of a deformed section at the bending location by an infeed movement between the sonotrode and the at least one composite bar in a second spatial direction (y) that is orientated radial to the bend that is to be created at the bending location, wherein by creation of the deformed section the section of the reinforcement fiber bundle is tensioned along the bending location and is brought in a desired position, - Bending of the at least one composite bar at the bending location, - Curing of the plastic matrix at the bending location. - Arranging a sonotrode of an ultrasonic device at a bending location, wherein the two bar sections of the at least one composite bar that adjoin the bending location extend in a first spatial direction (x), - Heating of the plastic matrix of the at least one composite bar at the bending location by coupling of ultrasonic waves in the at least one composite bar at the bending location, - Deforming the at least one composite bar for formation of a deformed section at the bending location by an infeed movement between the sonotrode and the at least one composite bar in a second spatial direction (y) that is orientated radial to the bend that is to be created at the bending location, wherein by creation of the deformed section the section of the reinforcement fiber bundle is tensioned along the bending location and is brought in a desired position, - Bending of the at least one composite bar at the bending location, - Curing of the plastic matrix at the bending location.
A method comprising: receiving a session request for a user equipment, UE, (12a; 12b; 12c) at a node (36; 24), wherein the session request includes a timestamp for the UE and a retry count; determining if the session request is a stray session request based on the timestamp and the retry count; and maintaining session information for an existing session for the UE at the node if the session request is a stray session request. receiving a session request for a user equipment, UE, (12a; 12b; 12c) at a node (36; 24), wherein the session request includes a timestamp for the UE and a retry count; determining if the session request is a stray session request based on the timestamp and the retry count; and maintaining session information for an existing session for the UE at the node if the session request is a stray session request.
A corneal donor disc medical tool, comprising: - a holding member with a holding chamber having a wall; - a flexible substrate configured to have a substantially planar shape outside the tool, and being configured to hold a corneal donor tissue graft in the holding chamber in a rolled configuration and outside the tool with the corneal donor tissue graft having an unrolled generally planar configuration, and in the rolled configuration being configured to slidably enter the holding chamber; and - the tissue graft on the flexible substrate being retractable into the holding member with the holding chamber, the chamber having a cross-sectional width that is less than that of the flexible substrate and tissue graft, - and configured such that retraction deflects the flexible substrate and tissue graft thereon into the formed tissue graft rolled implantable configuration. - a holding member with a holding chamber having a wall; - a flexible substrate configured to have a substantially planar shape outside the tool, and being configured to hold a corneal donor tissue graft in the holding chamber in a rolled configuration and outside the tool with the corneal donor tissue graft having an unrolled generally planar configuration, and in the rolled configuration being configured to slidably enter the holding chamber; and - the tissue graft on the flexible substrate being retractable into the holding member with the holding chamber, the chamber having a cross-sectional width that is less than that of the flexible substrate and tissue graft, - and configured such that retraction deflects the flexible substrate and tissue graft thereon into the formed tissue graft rolled implantable configuration.
Process for preparing dihydroisoxazoles of the formula, in which R 1 is ketone (a) R 2 is phenyl which is substituted once or more often independently of one another by halogen and C 1 -C 4 - alkylsulfonyloxy; R 3 is selected from chlorine or bromine characterized in that hydroxyiminochlorides of the formula, in which R 3 is as defined above are reacted via an elimination reaction to compounds of formula which are in situ transformed to compounds of formula after the addition of in which R 2 is as defined above in the presence of a base, an acid and a solvent in acidic pH. R 1 is ketone (a) R 2 is phenyl which is substituted once or more often independently of one another by halogen and C 1 -C 4 - alkylsulfonyloxy; R 3 is selected from chlorine or bromine
A valve arrangement, adapted to allow a fluid flow in a first direction and to block it in a second direction which is opposite to the first direction, wherein the valve arrangement comprises: - a fluid channel, a valve seat and a closing body which is arranged in the fluid channel and is for example rotationally symmetrical or spherical, wherein the closing body is configured to prevent a fluid flow in the second direction in a position in which it rests against the valve seat and to allow a fluid flow in the first direction when the closing body is lifted off the valve seat; and - a closing body holder which is arranged in the fluid channel and configured to restrict a movement of the closing body in the first direction in a position of the closing body in which the closing body is lifted off the valve seat, characterised in that - the closing body holder is held on an inner circumferential wall of the fluid channel in a surmountable frictional fit or in a surmountable positive fit, such that the holding force of the frictional-fit or positive-fit connection can be surmounted by a force which is caused by the fluid flow in the fluid channel and acts on the closing body holder while a delivery pump is in operation, in order to release the frictional-fit or positive-fit connection and move the closing body holder. - a fluid channel, a valve seat and a closing body which is arranged in the fluid channel and is for example rotationally symmetrical or spherical, wherein the closing body is configured to prevent a fluid flow in the second direction in a position in which it rests against the valve seat and to allow a fluid flow in the first direction when the closing body is lifted off the valve seat; and - a closing body holder which is arranged in the fluid channel and configured to restrict a movement of the closing body in the first direction in a position of the closing body in which the closing body is lifted off the valve seat, characterised in that - the closing body holder is held on an inner circumferential wall of the fluid channel in a surmountable frictional fit or in a surmountable positive fit, such that the holding force of the frictional-fit or positive-fit connection can be surmounted by a force which is caused by the fluid flow in the fluid channel and acts on the closing body holder while a delivery pump is in operation, in order to release the frictional-fit or positive-fit connection and move the closing body holder.
A roof element, in particular an inner ceiling panel for a vehicle roof, for improving the rigidity of said roof including a corrugated cardboard part and at least one so-called damping part able to absorb vibrations, said damping part being integral with the corrugated cardboard part, said corrugated cardboard part is obtained in double groove corrugated cardboard, characterized in that in the cardboard, at least one recess is formed, said damping part extending in said recess so that the upper face of said damping part is flush with the upper face of the corrugated cardboard part.
A method for automatically selecting at least one camera among a plurality of cameras disposed in a 3D space each of the plurality of cameras comprising a field of view and a 3D position, the method comprising: a) for each of the plurality of cameras, calculating a 3D projective transformation of a 3D map into the field of view of the camera; b) determining a 3D point anywhere in the 3D map; c) for each of the plurality of cameras, calculating a per-camera score with respect to the 3D point, each of the per-camera scores being calculated at least with respect to an indication of the visibility of the point in the calculated 3D projective transformation of the 3D map into the field of view of the camera, the calculation comprising: i) extrapolating a plurality of sample 3D points along an extrapolated sampling distribution 3D shape generated around the 3D point; ii) calculating a per-sample score for each of the sample 3D points, and combining the per-sample scores to produce the per-camera score; d) automatically selecting the at least one camera with the highest per-camera score; e) performing an action on the selected at least one camera. a) for each of the plurality of cameras, calculating a 3D projective transformation of a 3D map into the field of view of the camera; b) determining a 3D point anywhere in the 3D map; c) for each of the plurality of cameras, calculating a per-camera score with respect to the 3D point, each of the per-camera scores being calculated at least with respect to an indication of the visibility of the point in the calculated 3D projective transformation of the 3D map into the field of view of the camera, the calculation comprising: i) extrapolating a plurality of sample 3D points along an extrapolated sampling distribution 3D shape generated around the 3D point; ii) calculating a per-sample score for each of the sample 3D points, and combining the per-sample scores to produce the per-camera score; i) extrapolating a plurality of sample 3D points along an extrapolated sampling distribution 3D shape generated around the 3D point; ii) calculating a per-sample score for each of the sample 3D points, and combining the per-sample scores to produce the per-camera score; d) automatically selecting the at least one camera with the highest per-camera score; e) performing an action on the selected at least one camera.
A method of coordinating multipoint transmissions in a mobile communication network having coordinated multipoint cells that overlap, said method comprising: computing tentative precoding weights for a coordinated multipoint transmission from a plurality of transmit antennas in two or more coordinating cells of a coordinated multipoint cell to one or more mobile terminals in a serving cell of the coordinated multipoint cell, characterized in that at least one of said transmit antennas being shared with an overlapping coordinated multipoint cell; determining a power availability for said shared transmit antennas in said coordinated multipoint cell; and scaling the tentative precoding weights based on the power availability of said shared transmit antennas to determine final precoding weights for said coordinated multipoint transmission, wherein computing tentative precoding weights is done based on instantaneous channel response of the shared transmit antennas. computing tentative precoding weights for a coordinated multipoint transmission from a plurality of transmit antennas in two or more coordinating cells of a coordinated multipoint cell to one or more mobile terminals in a serving cell of the coordinated multipoint cell, characterized in that at least one of said transmit antennas being shared with an overlapping coordinated multipoint cell; determining a power availability for said shared transmit antennas in said coordinated multipoint cell; and scaling the tentative precoding weights based on the power availability of said shared transmit antennas to determine final precoding weights for said coordinated multipoint transmission, wherein computing tentative precoding weights is done based on instantaneous channel response of the shared transmit antennas.
A frequency synthesis device comprising: a base frequency generator (810, 1110) adapted to generate a plurality K of first base signals, said first base signals being non-covering phase clock signals, with a same frequency f1; a first synthesis stage (820, 1120) comprising a plurality K of first switching power supply oscillators with an identical structure and the same eigenfrequency, f G 1, the power supplies of these first K oscillators being respectively switched by said K base signals, the output signals ( s G 1, i, I =1,..., K) of these first K oscillators being combined to provide a second square-shaped periodic base signal ( s 2), with a frequency f 2 = Nf 1 where N is an integer; a second synthesis stage (830, 1130) comprising a second switching power supply oscillator (831, 1131) the power supply of which is switched by the second base signal, the output signal of this second oscillator being as trains of waves, the repetition frequency of these trains of waves being equal to f 2 and the frequency of these waves being equal to Mf 2 where M is an integer, the second synthesis stage further comprising a frequency discrimination circuit (832, 1132) adapted to filter the output signal s G 2 of the second oscillator to provide a sine wave signal at the frequency Mf 2. a base frequency generator (810, 1110) adapted to generate a plurality K of first base signals, said first base signals being non-covering phase clock signals, with a same frequency f1; a first synthesis stage (820, 1120) comprising a plurality K of first switching power supply oscillators with an identical structure and the same eigenfrequency, f G 1, the power supplies of these first K oscillators being respectively switched by said K base signals, the output signals ( s G 1, i, I =1,..., K) of these first K oscillators being combined to provide a second square-shaped periodic base signal ( s 2), with a frequency f 2 = Nf 1 where N is an integer; a second synthesis stage (830, 1130) comprising a second switching power supply oscillator (831, 1131) the power supply of which is switched by the second base signal, the output signal of this second oscillator being as trains of waves, the repetition frequency of these trains of waves being equal to f 2 and the frequency of these waves being equal to Mf 2 where M is an integer, the second synthesis stage further comprising a frequency discrimination circuit (832, 1132) adapted to filter the output signal s G 2 of the second oscillator to provide a sine wave signal at the frequency Mf 2.
An organic electroluminescent element that is formed by laminating a substrate, a first electrode, an organic layer including an emitting layer, and a second electrode in this order, wherein the emitting layer is formed by mixing mesoporous silica particles in an emitting material; characterized in that the emitting layer is formed so that the mesoporous silica particles are dispersed with the emitting material, wherein the surface of the mesoporous silica particles has an organic structure.
Retractable covering system suitable for covering a handling element protruding from the neck of a product reservoir, said system comprising: - an assembly ring intended to be attached concentrically to the neck of the reservoir, having a first longitudinal end intended to be placed facing the reservoir and a second free longitudinal end and defining a longitudinal axis and an axial direction from the first end to the second end; and - a cap that is movable in translation along the longitudinal axis relative to the assembly ring, between a deployed position where said cap substantially protrudes in the axial direction relative to said ring and a retracted position where said cap is at least partially retracted in the direction opposite to the axial direction relative to said ring; characterized in that it further comprises: - an elastic element biasing the cap towards the deployed position; and - a reversible locking device (16, 18) to lock the cap in the retracted position. - an assembly ring intended to be attached concentrically to the neck of the reservoir, having a first longitudinal end intended to be placed facing the reservoir and a second free longitudinal end and defining a longitudinal axis and an axial direction from the first end to the second end; and - a cap that is movable in translation along the longitudinal axis relative to the assembly ring, between a deployed position where said cap substantially protrudes in the axial direction relative to said ring and a retracted position where said cap is at least partially retracted in the direction opposite to the axial direction relative to said ring; - an elastic element biasing the cap towards the deployed position; and - a reversible locking device (16, 18) to lock the cap in the retracted position.
Wall for a component which is to be cooled by means of cooling air and which has at least one cooling-air duct, which cooling-air duct, at least in its outflow region, is arranged inclined at an angle to the wall and passes through the wall from one side, on which cooling air is fed, to a thermally loaded side, wherein the cooling-air duct has a tubular extension on the side of the feeding of cooling air, wherein the tubular extension is arranged at an acute angle to the surface of the wall, characterized in that the tubular extension is supported with respect to the surface of the wall by means of a rib, wherein a central axis of the cooling-air duct is arranged at an acute angle to a rib central axis of the rib.
Web guiding device for guiding a material web, in particular a film web, having a first and a second frame element (31, 32), which, - in respective first end regions (311, 321), are pivotably attached to a first axis, - in respective second end regions (312, 322), are connected via a rotatably mounted web guiding roller, characterised in that the first and the second frame elements are connected via a second axis, which is connected to the first axis by means of a fixing element. - in respective first end regions (311, 321), are pivotably attached to a first axis, - in respective second end regions (312, 322), are connected via a rotatably mounted web guiding roller, characterised in that the first and the second frame elements are connected via a second axis, which is connected to the first axis by means of a fixing element.
An electronic device which is designed for use in a rearview device of a vehicle, having at least one housing device which comprises at least one floor piece and a cover piece arranged or arrangeable on the floor piece, which, in the joined state, delimit an at least almost completely closed cavity, having at least one first retaining means of a retaining unit, through which the housing device is fixed or fixable in or on the rearview device, and having at least one electronic module which comprises at least one conductor unit and at least one contact means connected to the conductor unit, wherein the conductor unit is arranged on a surface of the floor piece and/or cover piece turned towards the cavity, which comprises at least one carrier and at least one conductor path applied directly to the carrier, the contact means extending through the cover piece and/or through the floor piece with at least one protruding contact section is accessible externally, the at least one carrier of the at least one conductor unit is formed at least in sections by a functional surface of the floor piece and/or the cover piece adjacent to the cavity and turned towards the cavity, and the cover piece and/or floor piece with the at least one first retaining means of the retaining unit is or respectively are configured as a common component.
A medical device package comprising: a tray defining a recess configured to receive an elongated medical device in a coiled state; a lip configured to cover at least a portion of the recess, the lip and tray defining a mouth to the recess, the elongated medical device within the recess; and a pouch wherein the tray and lip define an opening configured to expose the elongated medical device when the elongated medical device is received in the recess, the mouth being configured to facilitate removal of the elongated medical device from the recess through the opening while the elongated medical device is in the coiled state, and wherein the tray, the lip, and the elongated medical device are within the pouch. a tray defining a recess configured to receive an elongated medical device in a coiled state; a lip configured to cover at least a portion of the recess, the lip and tray defining a mouth to the recess, the elongated medical device within the recess; and a pouch wherein the tray and lip define an opening configured to expose the elongated medical device when the elongated medical device is received in the recess, the mouth being configured to facilitate removal of the elongated medical device from the recess through the opening while the elongated medical device is in the coiled state, and wherein the tray, the lip, and the elongated medical device are within the pouch.