mhurhangee/patent-ind-claim-en huggingface dataset:
A discharge device for discharging electrostatic charges from a shaft, the discharge device comprising a flexurally elastic conductor having a carbon fiber arrangement comprising at least two conductor portions which are disposed on a holder , extend transversely to a longitudinal axis of the shaft and are insulated from the holder and which can be connected to a ground conductor via their portion ends which are accommodated in the holder, each of the conductor portions having a shaft contact portion , and the shaft contact portions together forming a contact arrangement for making contact with two circumferential contact regions of a shaft circumference , which are disposed opposite each other in a shaft contact plane W, in such a manner that the shaft contact portions are disposed tangentially to the shaft circumference when making contact with the shaft circumference, characterized in that when the shaft circumference is enlarged, a tangential contact remains and the circumferential contact regions of the shaft disposed on the shaft circumference are merely shifted in such a manner that the circumferential contact regions are moved toward the holder .
A backlight module , comprising: a light source module and a light emergent module , wherein the light source module comprises a transparent block , a light source and a first grating group ; the light emergent module comprises: a light guide plate and a second grating group ; wherein the first grating group and the light source are attached to surfaces of the transparent block and the first grating group is opposite to the light source ; the light guide plate is provided with a light emergent surface and a backlight surface that are oppositely disposed and parallel to each other, and a side surface perpendicular to the backlight surface; the light source module is attached to the side surface of the light guide plate ; and the second grating group is attached to at least one of the backlight surface and the light emergent surface; the light source emits initial lights to the first grating group ; the first grating group diffracts the initial lights to obtain first diffracted lights, and controls the first diffracted lights to be totally reflected in the light guide plate and transmitted to the second grating group ; the second grating group diffracts the first diffracted lights to obtain second diffracted lights, and controls the second diffracted lights to be emergent from the backlight module ; wherein when an included angle between the initial lights and the side surface is greater than zero degree, an included angle between the second diffracted lights and the side surface is smaller than the included angle between the initial lights and the side surface. wherein the first grating group and the light source are attached to surfaces of the transparent block and the first grating group is opposite to the light source ; the light guide plate is provided with a light emergent surface and a backlight surface that are oppositely disposed and parallel to each other, and a side surface perpendicular to the backlight surface; the light source module is attached to the side surface of the light guide plate ; and the second grating group is attached to at least one of the backlight surface and the light emergent surface; the light source emits initial lights to the first grating group ; the first grating group diffracts the initial lights to obtain first diffracted lights, and controls the first diffracted lights to be totally reflected in the light guide plate and transmitted to the second grating group ; the second grating group diffracts the first diffracted lights to obtain second diffracted lights, and controls the second diffracted lights to be emergent from the backlight module ; wherein when an included angle between the initial lights and the side surface is greater than zero degree, an included angle between the second diffracted lights and the side surface is smaller than the included angle between the initial lights and the side surface.
Machine for launching at least one target comprising: * a launching plate configured to support a lower face of the target ; * a launching arm mobile in rotation about an axis of rotation at least between a supply position, a reinforced position and an ejection position; * a guiding element configured to be applied on a first portion of a perimeter of the target in the reinforced position; * a mobile abutment configured to exert a force on a second portion of the perimeter of the target in the reinforced position; machine wherein the launching arm comprises an ejection portion configured to apply an ejection force on a third portion of the target in the reinforced position, the first, second and third portions being separate, characterised in that the launching arm comprises a finger equipped with a contact portion being rectilinear and configured to be applied on a fourth portion of the perimeter of the target in the reinforced position, the fourth portion being separate from the first, second and third portions, the ejection portion being rectilinear along a longitudinal axis , the longitudinal axis and the contact portion of the finger forming a non-zero angle α. * a launching plate configured to support a lower face of the target ; * a launching arm mobile in rotation about an axis of rotation at least between a supply position, a reinforced position and an ejection position; * a guiding element configured to be applied on a first portion of a perimeter of the target in the reinforced position; * a mobile abutment configured to exert a force on a second portion of the perimeter of the target in the reinforced position;
A data transmission method, comprising: configuring , by a network device, N groups of scheduling information, wherein N is a positive integer; configuring , by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information, wherein the first downlink data comprises at least one piece of downlink data, M is a positive integer less than or equal to N; and sending , by the network device, the first downlink data to a first terminal device in a first transmission time unit and the first downlink data comprises M pieces of downlink data, wherein M is greater than one, the M pieces of downlink data carry same information, and the configuring , by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information comprises: separately modulating, by the network device, the M pieces of downlink data based on M modulation and coding schemes MCSs indicated in the M groups of scheduling information; and respectively mapping, by the network device, the M pieces of downlink data onto M channel resources indicated in the M groups of scheduling information. configuring , by a network device, N groups of scheduling information, wherein N is a positive integer; configuring , by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information, wherein the first downlink data comprises at least one piece of downlink data, M is a positive integer less than or equal to N; and sending , by the network device, the first downlink data to a first terminal device in a first transmission time unit and the first downlink data comprises M pieces of downlink data, wherein M is greater than one, the M pieces of downlink data carry same information, and the configuring , by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information comprises: separately modulating, by the network device, the M pieces of downlink data based on M modulation and coding schemes MCSs indicated in the M groups of scheduling information; and respectively mapping, by the network device, the M pieces of downlink data onto M channel resources indicated in the M groups of scheduling information. separately modulating, by the network device, the M pieces of downlink data based on M modulation and coding schemes MCSs indicated in the M groups of scheduling information; and respectively mapping, by the network device, the M pieces of downlink data onto M channel resources indicated in the M groups of scheduling information.
Footboard arrangement for arranging on the sides of a motorcycle-like vehicle , in particular a motorcycle, with a hoop guard for the lateral protection of a vehicle engine , and a footboard for placing a foot of a user, the footboard being configured such that it can be folded about a rotational pin at least between a starting position (A) and at least one folded position (B), and the hoop guard being configured as a bent tube with a first end and a second end , the first end and the second end being connected to the vehicle engine by means of a screw connection, and an intermediate region of the bent tube, which intermediate region is arranged between the two ends , being of correspondingly bent configuration, with the result that the hoop guard has a substantially U-shaped or V-shaped design, characterized in that the footboard is connected in the region of the rotational pin such that it can be folded to the hoop guard in the region of the first and second end of the hoop guard , and, moreover, an underside of the footboard lies releasably on the hoop guard in the starting position (A) at least in a section of the intermediate region or on the entire intermediate region of the hoop guard in order to support the foldable footboard .
A barrier member arrangement for a medical device for providing a substantially liquid tight seal between a piercing member and a barrier member, said barrier member arrangement having a centre axis (X) and comprising a first member , a second member and a barrier member , wherein at least said first member comprises a through aperture through which said piercing member is intended to extend after penetrating said barrier member , said barrier member is arranged to cover said through aperture of said first member , said first and/or said second member(s) further comprising a connection arrangement to interlock said first and said second members directly or indirectly to each other at an interlocked position, characterized in that the first member is arranged to hold the barrier member in a non compressed configuration prior to use, the second member comprises a through aperture , the second member is pivotally connected to the first member at a pivot axis which enables the second member to be closed around, and partly over, the barrier member , and in that at least said second member is arranged so as to enable a user to move said second member between at least a first position, in which said barrier member is subjected to zero, or a first compression force, prior to use and said interlocked position during use, in which said barrier member is subjected to a second compression force, and wherein said second compression force is larger than said zero or said first compression force, respectively.
A mould tool comprising a tool face and a temperature control surface opposite the tool face , characterised in that the mould tool comprises: a first layer defining the tool face and the temperature control surface ; a second layer defining a through bore ; and, a thermal control assembly comprising: a base portion attached to the second layer ; and, a thermal transducer movably attached to the base portion and axially resiliently biased such that the transducer aligns with the temperature control surface upon assembly of the first layer to the mould tool . a first layer defining the tool face and the temperature control surface ; a second layer defining a through bore ; and, a thermal control assembly comprising: a base portion attached to the second layer ; and, a thermal transducer movably attached to the base portion and axially resiliently biased such that the transducer aligns with the temperature control surface upon assembly of the first layer to the mould tool . a base portion attached to the second layer ; and, a thermal transducer movably attached to the base portion and axially resiliently biased such that the transducer aligns with the temperature control surface upon assembly of the first layer to the mould tool .
Transmission for wheeled and/or tracked vehicles with a drive-side input shaft , with a first planet stage which, in the installed state of the transmission , is assigned to the one vehicle side and whose first planet carrier is connected to a first output shaft , with a second planet stage which, in the installed state of the transmission, is assigned to the other vehicle side and whose second planet carrier is connected to a second output shaft , with a coupling stage which is assigned to the two planet stages and by means of which the sun gears of the two planet stages are connected to one another, characterized in that the transmission has a first shift element by means of which the input shaft is connected to the ring gears of the two planet stages in a first shift position and to the coupling stage in a second shift position, in that the coupling stage comprises at least two inter-engaging gearwheels and is designed as a spur gear stage, and in that the two planet stages are situated in a first transmission plane, and the coupling stage is situated in a second transmission plane which is offset on the drive side.
A closure comprising a screw cap with a guarantee band , which has at least a cylindrical cap skirt with an internal thread and a peripheral guarantee band at the lower open end of the cap skirt , which is connected to the lower rim of the cap skirt along easily tearable weakening lines , wherein after tearing along the weakening lines the guarantee band remains non-detachably connected to the cap skirt via holding bands , wherein the holding bands are formed by two weakening lines which are each interrupted at least once in the peripheral direction by a separating web , partially overlap in the peripheral direction and extend at an axial distance from each other at least in the overlap region, wherein the separating webs of both weakening lines are bridged by the respective other weakening line at an axial distance, characterised in that the guarantee band is configured as a flex band having a radially outer part and a folded-over radially inner part, wherein the separating web of the upper weakening line extends over a circumferential angle of between 10° and 75°, wherein the separating web of the lower weakening line extends over a circumferential angle of between 120° and 200°, wherein the width of the holding bands, measured in the axial direction, is greater than 1 mm and/or the stationary outer guarantee band section in the peripheral region of the holding bands and the upper separating web has an axial width of 2-3 mm. the guarantee band is configured as a flex band having a radially outer part and a folded-over radially inner part, wherein the separating web of the upper weakening line extends over a circumferential angle of between 10° and 75°, wherein the separating web of the lower weakening line extends over a circumferential angle of between 120° and 200°, wherein the width of the holding bands, measured in the axial direction, is greater than 1 mm and/or the stationary outer guarantee band section in the peripheral region of the holding bands and the upper separating web has an axial width of 2-3 mm.
An automated valet parking method comprising: initiating an automated valet parking procedure, the initiating the automated valet parking procedure comprising: turning on, by the vehicle , an ignition of the vehicle , checking, by the vehicle , whether there is a human or animal left in the vehicle so as to ensure that the vehicle is empty before the vehicle is autonomously parked, locking, by the vehicle , doors of the vehicle , and delegating a driving authority of the vehicle from the vehicle to an infrastructure for parking the vehicle ; receiving, by a vehicle , a target position and a guide route from the infrastructure for parking the vehicle; performing, by the vehicle , automated valet parking based on the target position and the guide route; and parking, by the vehicle , in the target position and ending the automated valet parking procedure. initiating an automated valet parking procedure, the initiating the automated valet parking procedure comprising: turning on, by the vehicle , an ignition of the vehicle , checking, by the vehicle , whether there is a human or animal left in the vehicle so as to ensure that the vehicle is empty before the vehicle is autonomously parked, locking, by the vehicle , doors of the vehicle , and delegating a driving authority of the vehicle from the vehicle to an infrastructure for parking the vehicle ; turning on, by the vehicle , an ignition of the vehicle , checking, by the vehicle , whether there is a human or animal left in the vehicle so as to ensure that the vehicle is empty before the vehicle is autonomously parked, locking, by the vehicle , doors of the vehicle , and delegating a driving authority of the vehicle from the vehicle to an infrastructure for parking the vehicle ; receiving, by a vehicle , a target position and a guide route from the infrastructure for parking the vehicle; performing, by the vehicle , automated valet parking based on the target position and the guide route; and parking, by the vehicle , in the target position and ending the automated valet parking procedure.
An apparatus comprising a conduit clamping device with a closing mechanism for closing and opening passage of fluid or air in a flexible conduit, the apparatus comprising: a) a movable arm that is connected to a manipulation arm or a knob ; b) a conduit in form of a tube , that is laid flat against an abutment ; and c) a guide structure that constrains the movable arm between the guide structure and the tube and being designed such that movement of the arm will control the compression of the tube and a housing, wherein the moveable arm is a pivotable element, pivotable around a pivot connected to said housing, and having a protruding closing end ; and wherein the abutment is fixedly connected to said housing, wherein the conduit is arranged between the abutment and the protruding closing end; and characterized in that the guide structure comprises a first elongate channel being arranged in said housing, a second elongate channel being arranged in the pivotable element, and a pin extending through said first and second elongate channels and being displaceable within said channels, wherein the manipulation arm or knob is connected to said pin , for displacement of said pin within said channels ; whereby the first and second elongate channels are arranged to provide movement of said protruding closing end towards and away from said abutment upon displacement of said pin . a) a movable arm that is connected to a manipulation arm or a knob ; b) a conduit in form of a tube , that is laid flat against an abutment ; and c) a guide structure that constrains the movable arm between the guide structure and the tube and being designed such that movement of the arm will control the compression of the tube and a housing, wherein the moveable arm is a pivotable element, pivotable around a pivot connected to said housing, and having a protruding closing end ; and wherein the abutment is fixedly connected to said housing, wherein the conduit is arranged between the abutment and the protruding closing end; and characterized in that the guide structure comprises a first elongate channel being arranged in said housing, a second elongate channel being arranged in the pivotable element, and a pin extending through said first and second elongate channels and being displaceable within said channels, wherein the manipulation arm or knob is connected to said pin , for displacement of said pin within said channels ; whereby the first and second elongate channels are arranged to provide movement of said protruding closing end towards and away from said abutment upon displacement of said pin .
A multicolor electrochromic structure, comprising a working electrode , an electrolyte and an auxiliary electrode , wherein the electrolyte is distributed between the working electrode and the auxiliary electrode; the working electrode comprises an electrochromic layer which comprises a dielectric layer and a metal reflective layer on a side of the dielectric layer away from the electrolyte, the dielectric layer being mainly fabricated by an electrochromic material; the electrochromic layer further comprises a first reflective surface and a second reflective surface, which are arranged face to face in parallel; the dielectric layer is arranged between the first reflective surface and the second reflective surface; the first reflective surface, the second reflective surface and the dielectric layer form an optical cavity; when incident light falls in the optical cavity, a phase shift of a reflected light formed on the first reflective surface and a reflected light formed on the second reflective surface is β̃ = (2 π / λ ) ñ 1 dcos θ̃ 1 ; d is a thickness of the dielectric layer; ñ 1 is a refractive index of the dielectric layer; λ is a wavelength of the incident light; θ̃ 1 is an angle of refraction when the incident light passes through the first reflective surface; characterized in that the dielectric layer comprises a thin metal layer or semiconductor material on a surface towards the electrolyte to optimise the color of the multicolor electrochromic structure, the metal being Ag, Al, Cu, or Ni, the thickness of the metal layer being in the range of 0.1-30 nm, the semiconductor material being Al 2 O 3 , SiO 2 , ZnS, MgF 2 , or SiN x , the thickness of the semiconductor material being in the range of 0.1-100 nm. a second reflective surface, which are arranged face to face in parallel; the dielectric layer is arranged between the first reflective surface and the second reflective surface; the first reflective surface, the second reflective surface and the dielectric layer form an optical cavity; when incident light falls in the optical cavity, a phase shift of a reflected light formed on the first reflective surface and a reflected light formed on the second reflective surface is β̃ = (2 π / λ ) ñ 1 dcos θ̃ 1 ; d is a thickness of the dielectric layer; ñ 1 is a refractive index of the dielectric layer; λ is a wavelength of the incident light; θ̃ 1 is an angle of refraction when the incident light passes through the first reflective surface; characterized in that the dielectric layer comprises a thin metal layer or semiconductor material on a surface towards the electrolyte to optimise the color of the multicolor electrochromic structure, the metal being Ag, Al, Cu, or Ni, the thickness of the metal layer being in the range of 0.1-30 nm, the semiconductor material being Al 2 O 3 , SiO 2 , ZnS, MgF 2 , or SiN x , the thickness of the semiconductor material being in the range of 0.1-100 nm.