mhurhangee/patent-ind-claim-en huggingface dataset:
A method for registration on a Voice over Long Term Evolution, VoLTE, network, comprising: detecting (S10) a VoLTE card to acquire an Integrate Circuit Card Identity, ICCID, number of the VoLTE card; acquiring (S20) a first Issuer Identification Number, IIN, of the VoLTE card and a first length of the first IIN from the ICCID number; acquiring (S30) a modem software configuration, MBN, list of a terminal to obtain a second IIN of each MBN file in the MBN list and a second length of the second IIN; determining (S40) whether the first length exceeds a preset value or not; in the case that the first length exceeds the preset value, sequentially comparing (S50) the second IINs with the first IIN until a second IIN that is identical to the first N characters of the first IIN is found, N being said second length of the second IIN; and loading (S60) the MBN file corresponding to the found second IIN to register on the VoLTE network. detecting (S10) a VoLTE card to acquire an Integrate Circuit Card Identity, ICCID, number of the VoLTE card; acquiring (S20) a first Issuer Identification Number, IIN, of the VoLTE card and a first length of the first IIN from the ICCID number; acquiring (S30) a modem software configuration, MBN, list of a terminal to obtain a second IIN of each MBN file in the MBN list and a second length of the second IIN; determining (S40) whether the first length exceeds a preset value or not; in the case that the first length exceeds the preset value, sequentially comparing (S50) the second IINs with the first IIN until a second IIN that is identical to the first N characters of the first IIN is found, N being said second length of the second IIN; and loading (S60) the MBN file corresponding to the found second IIN to register on the VoLTE network.
A display device for a door closer with adjustable closing force, wherein the door closer includes a rotatably actuatable setting shaft for setting the closing force of the door closer , wherein the display device includes a coupling section for mechanically coupling to the setting shaft and a display section with a linearly movable display element for displaying the closing force of the door closer , which display section is separate from the coupling section and mechanically operatively connected to the same, wherein the display section includes a pinion element with a male thread and the display element includes a pinion reception with a female thread, wherein the male thread of the pinion element engages in the female thread of the pinion reception for linearly adjusting the display element , wherein, in the mounted condition of the display device , the pinion element is disposed axis-parallel and spaced apart from the setting shaft of the door closer , wherein the display device includes a cap element for accommodating at least the coupling section and the display section , wherein the cap element can be disposed at the door closer , in particular is fittable onto the door closer , characterized in that the coupling section includes a toothed coupling wheel and the display section includes a toothed display wheel for establishing the mechanical operative connection between the coupling section and the display section .
An actuator assembly comprising a hydraulic actuator , an axially moveable lock bolt that locks and unlocks the actuator and a release mechanism for releasably locking the lock bolt against axial movement; the release mechanism comprising: a housing; an elongate member axially moveable relative to the housing and in axially moveable engagement with the lock bolt; a flap assembly moveable between a first, closed position, located between and abutting the elongate member and the housing so as to fill space between the elongate member and the housing to thus prevent axial movement of the elongate member towards the housing, and a second, open position allowing the elongate member to move axially towards the housing; a drive means arranged to cause the flap assembly to open from its closed position on activation of the drive means, wherein the drive means comprises a solenoid arranged to apply a pulling force to open the flap assembly, and wherein the drive means further comprises a plunger arranged to be pulled by the solenoid and in engagement with the flap assembly so as to pull the flap assembly towards the housing when the plunger is pulled by the solenoid to force the flap assembly to the open position; and wherein the flaps, in the closed position, lie along the axis of the mechanism and, in the open position, lie at an angle outwards from the mechanism axis, and wherein, in the closed position, the end of the flaps not attached to the elongate member abut against the housing at a chamfered surface such that a pulling force caused by actuation of the drive means pulls the flaps against the housing and forces the flaps to open. a housing; an elongate member axially moveable relative to the housing and in axially moveable engagement with the lock bolt; a flap assembly moveable between a first, closed position, located between and abutting the elongate member and the housing so as to fill space between the elongate member and the housing to thus prevent axial movement of the elongate member towards the housing, and a second, open position allowing the elongate member to move axially towards the housing; a drive means arranged to cause the flap assembly to open from its closed position on activation of the drive means, wherein the drive means comprises a solenoid arranged to apply a pulling force to open the flap assembly, and wherein the drive means further comprises a plunger arranged to be pulled by the solenoid and in engagement with the flap assembly so as to pull the flap assembly towards the housing when the plunger is pulled by the solenoid to force the flap assembly to the open position; and wherein the flaps, in the closed position, lie along the axis of the mechanism and, in the open position, lie at an angle outwards from the mechanism axis, and wherein, in the closed position, the end of the flaps not attached to the elongate member abut against the housing at a chamfered surface such that a pulling force caused by actuation of the drive means pulls the flaps against the housing and forces the flaps to open.
A joint sealing tape for sealing a joint between a first component and a second component, comprising an elongate carrier and at least two separate sealing elements of a predetermined width (c) that are arranged on one face of the carrier so as to extend in the longitudinal direction of the carrier adjacently and at distance from one another, and which each have two opposite broad faces and two narrow faces which extend transversely to the broad faces and connect said broad faces, the sealing elements being arranged so as to have one broad face on the carrier , characterized in that the sealing elements are in each case fixedly connected to the carrier only over part of the broad face thereof, the parts of the sealing elements that are fixedly connected to the carrier each forming an outer region, and the parts which are not fixedly connected to the carrier each forming an inner region, the inner regions facing one another but being at a distance from one another.
Compact unit for water circulation in a drinking water supply network having at least one circuit supplying at least one consumer , comprising - an inlet to receive drinking water from the circuit , - an outlet to supply drinking water to the circuit and - a centrifugal pump assembly arranged between the inlet and the outlet with a pump unit , an electric motor driving it and pump electronics to control and regulate the electric motor , - a purge valve to drain drinking water from the circuit , hydraulically arranged between the inlet and the outlet , characterised in that the purge valve can be triggered by the pump electronics. - an inlet to receive drinking water from the circuit , - an outlet to supply drinking water to the circuit and - a centrifugal pump assembly arranged between the inlet and the outlet with a pump unit , an electric motor driving it and pump electronics to control and regulate the electric motor , - a purge valve to drain drinking water from the circuit , hydraulically arranged between the inlet and the outlet ,
Floor nozzle for a vacuum cleaner for cleaning and caring for floor surfaces, comprising a housing having a lower face which faces the floor surface when in a treatment position and on which an elongate suction mouth is arranged that extends transversely to the treatment direction , the suction mouth being delimited by an associated suction mouth edge , the suction mouth edge having a labyrinth of air ducts, which labyrinth is formed from a plurality of sealing elements that protrude from the lower face towards the floor surface and form the air duct labyrinth , the sealing elements being designed as diamond-shaped solid bodies , characterised in that a thread catcher is arranged on at least one solid body .
An organic electroluminescence device comprising: an anode ; a cathode ; a light emitting layer provided between the anode and the cathode ; and an electron transporting layer provided between the cathode and the light emitting layer , wherein the electron transporting layer comprises a first electron transporting material and a second electron transporting material, the first electron transporting material is an organic material comprising a monocyclic or polycyclic ring which includes an N-containing six-membered ring, the second electron transporting material is an organic material comprising a five-membered hetero ring which includes at least one heteroatom of N, O, and S, or a cyano group, and wherein the first electron transporting material has a dipole moment of 0 Debye to 3 Debye, characterized in that the dipole moment of the second electron transporting material is larger than the dipole moment of the first electron transporting material; and wherein the second electron transporting material has a dipole moment of 1 Debye to 7 Debye. an anode ; a cathode ; a light emitting layer provided between the anode and the cathode ; and an electron transporting layer provided between the cathode and the light emitting layer , wherein the electron transporting layer comprises a first electron transporting material and a second electron transporting material, the first electron transporting material is an organic material comprising a monocyclic or polycyclic ring which includes an N-containing six-membered ring, the second electron transporting material is an organic material comprising a five-membered hetero ring which includes at least one heteroatom of N, O, and S, or a cyano group, and wherein the first electron transporting material has a dipole moment of 0 Debye to 3 Debye, characterized in that the dipole moment of the second electron transporting material is larger than the dipole moment of the first electron transporting material; and wherein the second electron transporting material has a dipole moment of 1 Debye to 7 Debye.
A working machine comprising an internal combustion engine , a generator , an energy storage and an electric motor for driving one or more wheels of the working machine, the internal combustion engine being arranged to drive the generator and the generator being arranged to supply power to the electric motor via the energy storage, the working machine further comprising an accelerator for controlling the electric motor , and a hydraulic pump for driving a hydraulic actuator , wherein the hydraulic pump has a drive source different from the electric motor and is directly driven by the internal combustion engine , and the accelerator is arranged for controlling the speed of the hydraulic pump by controlling the speed of the internal combustion engine , the working machine further comprises a control unit for controlling the working machine, characterized in that the working machine further comprises a control element configured to operate the hydraulic pump between a first state (P) in which an available pump speed for the hydraulic pump is increased, and a second state (E) in which the available pump speed for the hydraulic pump is reduced, wherein the speed control of the hydraulic pump is configured such that over a predetermined threshold value for the accelerator stroke, a maximal pump speed is achieved independently of the accelerator pedal stroke, said maximum pump speed being higher for said first state (P) in comparison to said second state (E).
A sealing member for machine tools comprising: a supporting member ; a plate-shaped elastic member ; and an adhesive layer which bonds the elastic member to the supporting member , wherein the supporting member has a shape of a bent plate-like body, and comprises a supporting portion and a first protective portion , the elastic member is bonded to the supporting portion via the adhesive layer laminated on a part of a front face of the elastic member so as to be curved along the bent shape of the supporting member , a corner portion (A) formed by a back face and one side face of the elastic member is assumed to be an edge portion in contact with an opposite material, and the one side face is formed by cutting, and a part of the front face of the elastic member at the side of an edge portion on which the adhesive layer is not laminated is in contact with an inner face of the first protective portion of the supporting member . a supporting member ; a plate-shaped elastic member ; and an adhesive layer which bonds the elastic member to the supporting member , wherein the supporting member has a shape of a bent plate-like body, and comprises a supporting portion and a first protective portion , the elastic member is bonded to the supporting portion via the adhesive layer laminated on a part of a front face of the elastic member so as to be curved along the bent shape of the supporting member , a corner portion (A) formed by a back face and one side face of the elastic member is assumed to be an edge portion in contact with an opposite material, and the one side face is formed by cutting, and a part of the front face of the elastic member at the side of an edge portion on which the adhesive layer is not laminated is in contact with an inner face of the first protective portion of the supporting member .
A drawing frame (S) of a spinning machine, comprising a compactor arranged between a delivery cylinder and an output pressure roller , wherein the compactor comprises a first compactor channel that tapers towards the direction of a delivery pressure roller of the spinning machine and the compactor comprises a second compactor channel , which has a higher cross section than that of the first compactor channel and when looking in the running direction of a stretched sliver (VF) from the fist compactor channel it is arranged flushing therewith and the second compactor channel tapers in that direction, the compactor has a rounded bottom side with which the compactor is getting into contact on the delivery cylinder , characterized in that the compactor comprises at least one magnet which is preferably releasably arranged thereon, wherein between the output pressure roller and the upper side thereof a gap or an intermediate space (Z) is formed, and at the frontal side of the compactor a support surface is provided on which the compactor is supported on the delivery pressure roller , and when the sliver (F) passes through the second compactor channel then it is "swimmingly" lying on the delivery cylinder and can be pushed in lateral direction.
A component carrier comprising a first stack comprising at least one first electrically conductive layer structure and/or at least one first electrically insulating layer structure ; a hole formed within the first stack , the hole comprising a first hole portion and a second hole portion ; and a non-deformable solid body closing the second hole portion and being spaced with respect to side walls of the hole by a gap, wherein the second hole portion comprises an electrically conductive inner side wall and the first hole portion is free from an electrically conductive inner side wall. a first stack comprising at least one first electrically conductive layer structure and/or at least one first electrically insulating layer structure ; a hole formed within the first stack , the hole comprising a first hole portion and a second hole portion ; and a non-deformable solid body closing the second hole portion and being spaced with respect to side walls of the hole by a gap, wherein the second hole portion comprises an electrically conductive inner side wall and
A camera device comprising: a first lens unit concentrating light incident from a front side; a liquid lens unit disposed on a rear side of the first lens unit and controlling an optical path of light by adjusting a curvature of the liquid lens unit according to an electrical signal; a second lens unit disposed on a rear side of the liquid lens unit; an image sensor on which light passing through the second lens unit forms an image; and a flexible printed circuit board, FPCB , transferring the electrical signal to the liquid lens unit, characterized in that the liquid lens unit includes: a lens region including a first region (S1) through which light for forming an image on the image sensor is transmitted and a second region (S2) that does not contribute to image formation of light with respect to the image sensor, the second region (S2) surrounding the first region (S1), and a body region (S3) surrounding the lens region, wherein the FPCB is disposed in the second region (S2) and overlaps the liquid lens unit in a thickness direction. a first lens unit concentrating light incident from a front side; a liquid lens unit disposed on a rear side of the first lens unit and controlling an optical path of light by adjusting a curvature of the liquid lens unit according to an electrical signal; a second lens unit disposed on a rear side of the liquid lens unit; an image sensor on which light passing through the second lens unit forms an image; and a flexible printed circuit board, FPCB , transferring the electrical signal to the liquid lens unit, characterized in that the liquid lens unit includes: a lens region including a first region (S1) through which light for forming an image on the image sensor is transmitted and a second region (S2) that does not contribute to image formation of light with respect to the image sensor, the second region (S2) surrounding the first region (S1), and a body region (S3) surrounding the lens region, a lens region including a first region (S1) through which light for forming an image on the image sensor is transmitted and a second region (S2) that does not contribute to image formation of light with respect to the image sensor, the second region (S2) surrounding the first region (S1), and a body region (S3) surrounding the lens region, wherein the FPCB is disposed in the second region (S2) and overlaps the liquid lens unit in a thickness direction.
A flow measurement apparatus comprising: a meter body comprising a throughbore with a fluid flow path ; a flow displacement member ; a first pressure port configured to be in fluid communication with the fluid flow path at a position upstream of the flow displacement member; a second pressure port configured to be in fluid communication with the fluid flow path at a position downstream of the flow displacement member ; wherein the second pressure port is in fluid communication with an interior passageway of the flow displacement member; wherein the flow measurement apparatus is a differential pressure flow meter; and the flow measurement apparatus further comprises a sleeve movably mounted within the fluid flow path; characterised in that the sleeve is configured to be movable between at least two axial positions within the fluid flow path and wherein the sleeve is configured to be set at different axial positions within the fluid flow path to select a predetermined flow rate measurement range for the flow measurement apparatus . a meter body comprising a throughbore with a fluid flow path ; a flow displacement member ; a first pressure port configured to be in fluid communication with the fluid flow path at a position upstream of the flow displacement member; a second pressure port configured to be in fluid communication with the fluid flow path at a position downstream of the flow displacement member ; wherein the second pressure port is in fluid communication with an interior passageway of the flow displacement member; wherein the flow measurement apparatus is a differential pressure flow meter; and the flow measurement apparatus further comprises a sleeve movably mounted within the fluid flow path; characterised in that the sleeve is configured to be movable between at least two axial positions within the fluid flow path and wherein the sleeve is configured to be set at different axial positions within the fluid flow path to select a predetermined flow rate measurement range for the flow measurement apparatus .
A woven bag comprising: - an exterior, first polymer film ; - an interior facing surface of the first polymer film having reverse printed matter thereon; - a woven bag material ; - a second polymer film laminated with a first adhesive layer thereon and laminated by the first adhesive layer to an interior facing surface of the woven bag material , - a second adhesive layer laminating the woven bag material and the interior facing surface of the first polymer film having the reverse printed matter thereon; and - the second polymer film laminated with the first adhesive layer thereon supports the interior facing surface of the woven bag material preventing the woven bag material from slumping or collapsing while the bag is open and standing upright. - an exterior, first polymer film ; - an interior facing surface of the first polymer film having reverse printed matter thereon; - a woven bag material ; - a second polymer film laminated with a first adhesive layer thereon and laminated by the first adhesive layer to an interior facing surface of the woven bag material , - a second adhesive layer laminating the woven bag material and the interior facing surface of the first polymer film having the reverse printed matter thereon; and - the second polymer film laminated with the first adhesive layer thereon supports the interior facing surface of the woven bag material preventing the woven bag material from slumping or collapsing while the bag is open and standing upright.
A grinding body formed by a cone with a forming curve and a vertex , a base which is part of a sphere, and an edge between the cone and the base , wherein the cone is spheroidal and its forming curve is a part of a circle, wherein a cylinder or a peripheral ring is formed between the cone and the base , wherein a flat spot is formed on the surface of the grinding body and wherein the curves, forming the cone and the base are different in length and in shape.