mhurhangee/ep-ind-claims huggingface dataset:
Vehicle light comprising - a container body delimited by a first perimetral profile, - a lenticular body, delimited by a second perimetral profile, - wherein the first and second perimetral profile (20,28) of the container body and of the lenticular body are at least partially counter-shaped to each other so as to interface at a welding interface of an abutment edge of the lenticular body, - said welding being a laser-type welding, - wherein the container body delimits a containment seat which houses at least one light source and the lenticular body is applied on the container body so as to close said containment seat, wherein - the lenticular body, at said abutment edge, comprises means of redirection adapted to receive laser beams emitted by a laser source external to the light and to the containment seat, to reflect them satisfying the condition of total internal reflection and to direct them towards said welding interface, - said laser beams impacting on an outer side wall of the lenticular body, opposite the containment seat and, after passing through the lenticular body, directly or by at least one reflection, impacting on said redirection means, - wherein the redirection means are arranged on an inner face of the lenticular body, said inner face facing the containment seat, characterised in that the means of redirection of the abutment edge are obtained by means of a recess formed on said inner side wall of the lenticular body. - a container body delimited by a first perimetral profile, - a lenticular body, delimited by a second perimetral profile, - wherein the first and second perimetral profile (20,28) of the container body and of the lenticular body are at least partially counter-shaped to each other so as to interface at a welding interface of an abutment edge of the lenticular body, - said welding being a laser-type welding, - wherein the container body delimits a containment seat which houses at least one light source and the lenticular body is applied on the container body so as to close said containment seat, wherein - the lenticular body, at said abutment edge, comprises means of redirection adapted to receive laser beams emitted by a laser source external to the light and to the containment seat, to reflect them satisfying the condition of total internal reflection and to direct them towards said welding interface, - said laser beams impacting on an outer side wall of the lenticular body, opposite the containment seat and, after passing through the lenticular body, directly or by at least one reflection, impacting on said redirection means, - wherein the redirection means are arranged on an inner face of the lenticular body, said inner face facing the containment seat, characterised in that the means of redirection of the abutment edge are obtained by means of a recess formed on said inner side wall of the lenticular body.
A method for decoding a video signal by a decoder, comprising: decoding, with the decoder, a picture of a quality base layer; decoding, with the decoder, a picture of a quality enhanced layer based on the picture of the quality base layer; and marking, with the decoder, each of the picture of the quality base layer and the picture of the quality enhanced layer as reference picture; characterised in that, picture identification information of the picture of the quality base layer is same as picture identification information of the picture of the quality enhanced layer, the picture identification information including picture number information for a picture; and in the marking step, the picture of the quality base layer is additionally marked with other identification information, the other identification information indicating the picture of the quality base layer in a buffer. decoding, with the decoder, a picture of a quality base layer; decoding, with the decoder, a picture of a quality enhanced layer based on the picture of the quality base layer; and marking, with the decoder, each of the picture of the quality base layer and the picture of the quality enhanced layer as reference picture; characterised in that, picture identification information of the picture of the quality base layer is same as picture identification information of the picture of the quality enhanced layer, the picture identification information including picture number information for a picture; and in the marking step, the picture of the quality base layer is additionally marked with other identification information, the other identification information indicating the picture of the quality base layer in a buffer.
A parking lock unit for an electric drive assembly for driving a motor vehicle, comprising: a parking lock housing comprising a base portion with a bearing receptacle and, at a base end, connecting elements for connecting the parking lock housing to a housing of the electric drive assembly; a sleeve-shaped shaft journal which is rotatably supported in the first bearing receptacle about a rotational axis, wherein the shaft journal comprises a connecting profile for being connected to a driveshaft of the electric drive assembly in a rotationally fixed manner; a ratchet wheel which is connected to the shaft journal in a rotationally fixed way and which is received in a receiving space between the base portion and the cover portion; a locking element which is movably supported in the parking lock housing and which can be transferred into a locking position in which the locking element blocks a rotational movement of the ratchet wheel, and into a releasing position in which the locking element releases the ratchet wheel so that the ratchet wheel and the driveshaft connected thereto are freely rotatable; a controllable actuator connected to the parking lock housing and configured to selectively transfer the locking element into the locking position or into the releasing position; wherein a smallest inner diameter of the parking lock housing in the region of the ratchet wheel substantially corresponds to the largest outer diameter of the ratchet wheel. a parking lock housing comprising a base portion with a bearing receptacle and, at a base end, connecting elements for connecting the parking lock housing to a housing of the electric drive assembly; a sleeve-shaped shaft journal which is rotatably supported in the first bearing receptacle about a rotational axis, wherein the shaft journal comprises a connecting profile for being connected to a driveshaft of the electric drive assembly in a rotationally fixed manner; a ratchet wheel which is connected to the shaft journal in a rotationally fixed way and which is received in a receiving space between the base portion and the cover portion; a locking element which is movably supported in the parking lock housing and which can be transferred into a locking position in which the locking element blocks a rotational movement of the ratchet wheel, and into a releasing position in which the locking element releases the ratchet wheel so that the ratchet wheel and the driveshaft connected thereto are freely rotatable; a controllable actuator connected to the parking lock housing and configured to selectively transfer the locking element into the locking position or into the releasing position; wherein a smallest inner diameter of the parking lock housing in the region of the ratchet wheel substantially corresponds to the largest outer diameter of the ratchet wheel.
A personal care appliance comprising, a housing, the housing having cavity; and, a motor assembly arranged within the cavity of the housing, the motor assembly comprising: a first plurality of flexible springs (118A-118C), each flexible spring of the first plurality of flexible springs comprising: a grounded section having an outer surface and an inner surface; a rotational member arranged radially within the grounded section, the rotational member arranged to rotate within the grounded section in a first rotational direction about an imaginary rotational axis; and, a compliant member having a first end and a second end, the first end operatively engaged with the inner surface of the grounded section and the second end operatively engaged with the rotational member; wherein the compliant member has a first stiffness such that the compliant member is arranged to resist rotation of the rotational member in at least the first rotational direction. a housing, the housing having cavity; and, a motor assembly arranged within the cavity of the housing, the motor assembly comprising: a first plurality of flexible springs (118A-118C), each flexible spring of the first plurality of flexible springs comprising: a grounded section having an outer surface and an inner surface; a rotational member arranged radially within the grounded section, the rotational member arranged to rotate within the grounded section in a first rotational direction about an imaginary rotational axis; and, a compliant member having a first end and a second end, the first end operatively engaged with the inner surface of the grounded section and the second end operatively engaged with the rotational member; wherein the compliant member has a first stiffness such that the compliant member is arranged to resist rotation of the rotational member in at least the first rotational direction. a grounded section having an outer surface and an inner surface; a rotational member arranged radially within the grounded section, the rotational member arranged to rotate within the grounded section in a first rotational direction about an imaginary rotational axis; and, a compliant member having a first end and a second end, the first end operatively engaged with the inner surface of the grounded section and the second end operatively engaged with the rotational member; wherein the compliant member has a first stiffness such that the compliant member is arranged to resist rotation of the rotational member in at least the first rotational direction.
A delamination container comprising: a body configured to contain contents; and an opening through which the contents from the body are discharged, wherein the body and the opening each comprises an outer layer and an inner layer, the inner layer is configured to peel from the outer layer and to shrink with a reduction in the contents, characterized in that the inner layer comprises, as an outermost layer, a layer having a standard peel strength of 7 to 12 g/ 15mm, wherein the standard peel strength is a peel strength measured when the inner layer is peeled from the outer layer for the first time. a body configured to contain contents; and an opening through which the contents from the body are discharged, wherein the body and the opening each comprises an outer layer and an inner layer, the inner layer is configured to peel from the outer layer and to shrink with a reduction in the contents, characterized in that the inner layer comprises, as an outermost layer, a layer having a standard peel strength of 7 to 12 g/ 15mm, wherein the standard peel strength is a peel strength measured when the inner layer is peeled from the outer layer for the first time.
A mobile machine comprising: a chassis; a plurality of ground-engaging elements for supporting the chassis on a ground surface and propelling the chassis relative to the ground surface, each of the plurality of ground-engaging elements being at a fixed angle relative to the chassis; a plurality of actuators (22, 24) for driving movement of the ground-engaging elements, each of the actuators being configured to drive movement of at least one of the ground-engaging elements independently of the other ground-engaging elements; and a controller for controlling each of the actuators (22, 24) to cause the mobile machine to follow a reference path, the controller configured to implement a cascading control loop for controlling movement of the mobile machine, wherein an inner loop is configured to drive the actuators (22, 24) so that the mobile machine follows a set heading (headset) determined by an outer loop, characterised in that the outer loop is configured to determinethe set heading (headset) for reducing a distance between the mobile machine and the reference path, the set heading (headset) being determined using a heading reference value ( head ref) and a hyperbolic tangent function of the product of a distance (d) of the mobile machine from the reference path and an error slope parameter ( err slope), and the controller is further configured to automatically adjust the error slope ( err slope) value so that the rate of change of the set heading (headset) does not exceed the mobile machine's maximum yaw rate. a chassis; a plurality of ground-engaging elements for supporting the chassis on a ground surface and propelling the chassis relative to the ground surface, each of the plurality of ground-engaging elements being at a fixed angle relative to the chassis; a plurality of actuators (22, 24) for driving movement of the ground-engaging elements, each of the actuators being configured to drive movement of at least one of the ground-engaging elements independently of the other ground-engaging elements; and a controller for controlling each of the actuators (22, 24) to cause the mobile machine to follow a reference path, the controller configured to implement a cascading control loop for controlling movement of the mobile machine, wherein an inner loop is configured to drive the actuators (22, 24) so that the mobile machine follows a set heading (headset) determined by an outer loop, characterised in that the outer loop is configured to determinethe set heading (headset) for reducing a distance between the mobile machine and the reference path, the set heading (headset) being determined using a heading reference value ( head ref) and a hyperbolic tangent function of the product of a distance (d) of the mobile machine from the reference path and an error slope parameter ( err slope), and the controller is further configured to automatically adjust the error slope ( err slope) value so that the rate of change of the set heading (headset) does not exceed the mobile machine's maximum yaw rate.
Method for analyzing a diamond, typically for locating an inclusion in a diamond, comprising: - selecting a solid material which is transparent in at least a segment of the visible spectrum or a segment of the infrared spectrum; - melting or plasticizing said solid material and immersing the diamond in said melted or plasticized material such that the diamond is at least partly covered therein; wherein the solid transparent material has a refractive index RIs and the diamond has a refractive index Rig, wherein RIg - 0,3 < RIs < RIg + 0,3; - allowing said melted or plasticized material to become solid such that a solid transparent block is obtained containing the diamond; characterized in that the method further comprises: - analyzing the diamond through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum, wherein the analyzing comprises submerging the solid block in an immersion liquid. - selecting a solid material which is transparent in at least a segment of the visible spectrum or a segment of the infrared spectrum; - melting or plasticizing said solid material and immersing the diamond in said melted or plasticized material such that the diamond is at least partly covered therein; wherein the solid transparent material has a refractive index RIs and the diamond has a refractive index Rig, wherein RIg - 0,3 < RIs < RIg + 0,3; - allowing said melted or plasticized material to become solid such that a solid transparent block is obtained containing the diamond; characterized in that the method further comprises: - analyzing the diamond through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum, wherein the analyzing comprises submerging the solid block in an immersion liquid. - analyzing the diamond through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum, wherein the analyzing comprises submerging the solid block in an immersion liquid.
An electrode comprising a binder, the binder comprising a copolymer comprising vinylidene fluoride and a halogenated monomer: wherein: - R 1, R 2, and R 3 is a hydrogen or a halogen selected from F, Cl, Br and I, and at least one is a halogen; - R 4 is hydrogen, CH 3, a fluorinated oligomer of hexafluoropropylene oxide, an alkali metal selected from lithium, sodium, potassium, rubidium and cesium, ammonium, alkylammonium, or alkyl aryl ammonium ion. - R 1, R 2, and R 3 is a hydrogen or a halogen selected from F, Cl, Br and I, and at least one is a halogen; - R 4 is hydrogen, CH 3, a fluorinated oligomer of hexafluoropropylene oxide, an alkali metal selected from lithium, sodium, potassium, rubidium and cesium, ammonium, alkylammonium, or alkyl aryl ammonium ion.
A control system for controlling a multiphase power converter, the control system comprising: a current control module for generating command signals (Ua_Cmd, Ub_Cmd, Uc_Cmd) for the multiphase power converter; a supervisory controller for generating active and reactive current command signals for the current control module based on active and reactive power commands set by a user, estimated by an algorithm based on grid conditions, or based on a condition of a DC power supply; a voltage control module for generating reference converter current command signals for the current control module; and a current command selector for supplying the active and reactive current command signals from the supervisory controller to the current control module when the multiphase power converter is connected to a grid, and for supplying the reference converter current command signals from the voltage control module to the current control module when the multiphase power converter is unconnected to a grid; wherein the voltage control module comprises a filter impedance model for determining filter current signals (ICd_FF, ICq_FF) of an LC filter coupled to the multiphase power converter based on reference voltage command signals (V_Cmd) from an oscillator of a phase locked loop; and wherein the filter impedance model is configured to determine the filter current signals (ICd_FF, ICq_FF) by taking derivatives of the reference voltage command signals (V Cmd) scaled by a capacitor value of the LC filter. a current control module for generating command signals (Ua_Cmd, Ub_Cmd, Uc_Cmd) for the multiphase power converter; a supervisory controller for generating active and reactive current command signals for the current control module based on active and reactive power commands set by a user, estimated by an algorithm based on grid conditions, or based on a condition of a DC power supply; a voltage control module for generating reference converter current command signals for the current control module; and a current command selector for supplying the active and reactive current command signals from the supervisory controller to the current control module when the multiphase power converter is connected to a grid, and for supplying the reference converter current command signals from the voltage control module to the current control module when the multiphase power converter is unconnected to a grid; wherein the voltage control module comprises a filter impedance model for determining filter current signals (ICd_FF, ICq_FF) of an LC filter coupled to the multiphase power converter based on reference voltage command signals (V_Cmd) from an oscillator of a phase locked loop; and wherein the filter impedance model is configured to determine the filter current signals (ICd_FF, ICq_FF) by taking derivatives of the reference voltage command signals (V Cmd) scaled by a capacitor value of the LC filter.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: presenting, to a first user, a runbook execution interface for the execution of a runbook session, wherein the runbook session comprises a set of runbook operations including a first operation and a second operation; executing, by the first user, the first operation of the runbook session to generate a first set of results; analyzing metadata stored in association with the second operation of the runbook session to identify a second user to perform the second operation of the runbook session; providing to the second user information necessary to perform the second operation of the runbook session; executing, by the second user, the second operation of the runbook session to generate a second set of results; and determining, by the runbook execution interface, that the runbook session is completed based at least upon the first set of results and the second set of results. presenting, to a first user, a runbook execution interface for the execution of a runbook session, wherein the runbook session comprises a set of runbook operations including a first operation and a second operation; executing, by the first user, the first operation of the runbook session to generate a first set of results; analyzing metadata stored in association with the second operation of the runbook session to identify a second user to perform the second operation of the runbook session; providing to the second user information necessary to perform the second operation of the runbook session; executing, by the second user, the second operation of the runbook session to generate a second set of results; and determining, by the runbook execution interface, that the runbook session is completed based at least upon the first set of results and the second set of results.
Dispenser system for fastening on a vertical wall, said dispenser system having a replaceable bottle, which extends along a longitudinal axis, which comprises a bottle body with a circumferential wall, and which comprises a pump with an outlet, which includes an outlet opening, and with an actuating element which is movable in the direction of the longitudinal axis, and having an actuating device which includes a support housing and a lever arm which is hinged on the support housing so as to be pivotable about a pivot axis, wherein the support housing comprises an abutment surface for abutment against the vertical wall, two side walls (19, 21) which are spaced apart from one another and are aligned transversely with respect to the abutment surface, and an open front side which is situated opposite the abutment surface such that a receiving region for the bottle is formed between the side walls (19, 21), with respect to which and from which receiving region the lever arm is able to be pivoted, characterized in that the circumferential wall of the bottle body is provided with oppositely situated recesses (63, 65), in that the side walls (19, 21) comprise side projections (23, 25) which are provided on oppositely situated inside surfaces of the side walls (19, 21), in that the support housing is developed in such a manner that the bottle can be inserted into the receiving region from the front side as a result of a movement substantially perpendicular to the abutment surface, in that with the bottle inserted, the side projections (23, 25) engage with the recesses (63, 65) in the circumferential wall of the bottle and the actuating element is arranged below the lever arm, and in that with the bottle inserted, the longitudinal axis of the bottle is in a position inclined forward with respect to the abutment surface.