mhurhangee/patent-ind-claim-en huggingface dataset:
Method for enhancing the handling of capabilities of a user equipment in a mobile communication network and/or for enhancing the set-up of communication services for a user equipment, wherein the mobile communication network comprises a radio access network comprising at least a base station entity, the base station entity serving a radio cell, wherein in order to allow the mobile communication network to set up communication services taking into account the capabilities of the user equipment, the method is characterized by the following steps: --- in a first step, the user equipment transmits a compact capability information , wherein the compact capability information is generated by modifying a first representation of a capability information according to an ASN.1 notation, using a modifying function , wherein the capability information corresponds to the capabilities of the user equipment, wherein the user equipment is able to dynamically change between different states with different capabilities, wherein the compact capability information is related to a semi-static group identity, referencing or identifying a group of user equipments sharing identical capabilities, wherein different semi-static group identities are used for different states of the user equipment, --- in a second step, after the first step, the compact capability information is received by a first network entity of the mobile communication network, wherein the first network entity comprises and/or is able to access a capability mapping table, wherein the capability mapping table comprises a list of possible user equipment capability configurations, wherein, by using the capability mapping table, the first network entity is able to derive the capabilities of the user equipment from the compact capability information . --- in a first step, the user equipment transmits a compact capability information , wherein the compact capability information is generated by modifying a first representation of a capability information according to an ASN.1 notation, using a modifying function , wherein the capability information corresponds to the capabilities of the user equipment, wherein the user equipment is able to dynamically change between different states with different capabilities, wherein the compact capability information is related to a semi-static group identity, referencing or identifying a group of user equipments sharing identical capabilities, wherein different semi-static group identities are used for different states of the user equipment, --- in a second step, after the first step, the compact capability information is received by a first network entity of the mobile communication network,
An organic light emitting device, comprising an anode , a cathode , a light emitting layer disposed between the anode and the cathode ; an electron transport layer disposed between the cathode and the light emitting layer , and the electron transport layer comprising a material of an organic metal chelate; and an electron injecting layer disposed between the electron transport layer and the cathode ; characterized in that : the organic metal chelate comprises ZnPc, the electron injecting layer is made of Liq, CsF or Cs 2 CO 3 . an electron transport layer disposed between the cathode and the light emitting layer , and the electron transport layer comprising a material of an organic metal chelate; and an electron injecting layer disposed between the electron transport layer and the cathode ; characterized in that : the organic metal chelate comprises ZnPc, the electron injecting layer is made of Liq, CsF or Cs 2 CO 3 .
A battery pack, comprising: a plurality of unit cells ; and a battery pack case , comprising: a bottom plate and a side plate connected to the bottom plate , wherein the bottom plate and the side plate surround to define an accommodating portion configured to accommodate the plurality of unit cells ; and a plurality of first insulating strips provided on a surface of the bottom plate facing the accommodating portion, wherein the plurality of first insulating strips are sequentially spaced along a length direction (X) or a width direction (Y) of the bottom plate , and a glue receiving groove in which an insulating glue is filled is formed between two adjacent first insulating strips , wherein the plurality of first insulating strips are configured to block the insulating glue from overflowing by a thickness of the plurality of first insulating strips, wherein the plurality of unit cells are fixed to the plurality of first insulating strips on the bottom plate by the insulating glue filled in the glue receiving groove ; and wherein the plurality of first insulating strips are all plastic or insulating resin, and the bottom plate and the side plate are steel structures. a plurality of unit cells ; and a battery pack case , comprising: a bottom plate and a side plate connected to the bottom plate , wherein the bottom plate and the side plate surround to define an accommodating portion configured to accommodate the plurality of unit cells ; and a plurality of first insulating strips provided on a surface of the bottom plate facing the accommodating portion, wherein the plurality of first insulating strips are sequentially spaced along a length direction (X) or a width direction (Y) of the bottom plate , and a glue receiving groove in which an insulating glue is filled is formed between two adjacent first insulating strips , a bottom plate and a side plate connected to the bottom plate , wherein the bottom plate and the side plate surround to define an accommodating portion configured to accommodate the plurality of unit cells ; and a plurality of first insulating strips provided on a surface of the bottom plate facing the accommodating portion, wherein the plurality of first insulating strips are sequentially spaced along a length direction (X) or a width direction (Y) of the bottom plate , and a glue receiving groove in which an insulating glue is filled is formed between two adjacent first insulating strips , wherein the plurality of first insulating strips are configured to block the insulating glue from overflowing by a thickness of the plurality of first insulating strips, wherein the plurality of unit cells are fixed to the plurality of first insulating strips on the bottom plate by the insulating glue filled in the glue receiving groove ; and wherein the plurality of first insulating strips are all plastic or insulating resin, and the bottom plate and the side plate are steel structures.
A seat lock apparatus that keeps a seat back of a vehicle in a locked state, and is at least partially covered with a cover , the seat lock apparatus comprising: a hooking member having an engaging groove that engages with a striker that enters from a back side; a shaft member that rotatably and pivotally supports the hooking member in a vicinity of a front end; a case member to which the shaft member is fixed; a striker entry groove formed on the case member and to which the striker enters; and a pair of projectional holding members provided respectively on both sides of the striker entry groove and projecting backward, characterized in that the cover is held by inserting the pair of projectional holding members into a holding member insertion hole provided on the cover . a hooking member having an engaging groove that engages with a striker that enters from a back side; a shaft member that rotatably and pivotally supports the hooking member in a vicinity of a front end; a case member to which the shaft member is fixed; a striker entry groove formed on the case member and to which the striker enters; and a pair of projectional holding members provided respectively on both sides of the striker entry groove and projecting backward, characterized in that the cover is held by inserting the pair of projectional holding members into a holding member insertion hole provided on the cover .
A centrifugal clutch comprising: a drive plate rotatable about a first axis (A2); a pivot member supported by the drive plate ; a clutch weight supported by the pivot member to be rockable about the pivot member ; a clutch housing located radially outward of the first axis (A2) relative to the clutch weight to be capable of contacting the clutch weight , a damper supported by the drive plate ; wherein the clutch weight has a recess capable of contacting the damper ; and the recess includes: a first wall capable of contacting the damper ; and a second wall located in a position facing the first wall and spaced from the first wall to be capable of contacting the damper ; and wherein the damper is located in a space (S) formed between the first wall and the second wall , characterized in that as seen from the direction of the first axis (A2), the recess crosses a first arc (Q) centering on the center point (C1) of the pivot member and passing through the center point (C2) of the damper in natural state, and at least one of the first wall and the second wall crosses the first arc (Q). a drive plate rotatable about a first axis (A2); a pivot member supported by the drive plate ; a clutch weight supported by the pivot member to be rockable about the pivot member ; a clutch housing located radially outward of the first axis (A2) relative to the clutch weight to be capable of contacting the clutch weight , a damper supported by the drive plate ; wherein the clutch weight has a recess capable of contacting the damper ; and the recess includes: a first wall capable of contacting the damper ; and a second wall located in a position facing the first wall and spaced from the first wall to be capable of contacting the damper ; and a first wall capable of contacting the damper ; and a second wall located in a position facing the first wall and spaced from the first wall to be capable of contacting the damper ; and wherein the damper is located in a space (S) formed between the first wall and the second wall , characterized in that as seen from the direction of the first axis (A2), the recess crosses a first arc (Q) centering on the center point (C1) of the pivot member and passing through the center point (C2) of the damper in natural state, and at least one of the first wall and the second wall crosses the first arc (Q).
An expandable sheath for introducing intravascular devices percutaneously within a vessel of a patient, comprising: an expandable sheath , the sheath defining an elongate flexible tubular member including: i) a proximal end and an open distal end , the expandable sheath being adapted to be positioned in the vessel; the expandable sheath including a wall of substantially uniform thickness, the wall having an outer surface and an inner surface, the wall having a first portion, a transitional portion and a second portion respectively from the proximal end to the distal end and having first, transitional and second inner diameters associated therewith, the first inner diameter being greater than the second inner diameter, the transitional inner diameter being less than the first inner diameter and being greater than the second inner diameter, ii) the first portion only of the expandable sheath further including indicia for proper orientation and positioning of the expandable sheath upon entry into the vascular vessel of the patient, iii) an array of perforations formed therethrough, the array of perforations extending only from the second portion to the transitional portion, whereby the array of perforations allow the second and transitional portions to expand, wherein the length of the perforations on the second portion are longer than the length of perforations on the transitional portion thereby the second end provides less resistance to expansion, and iv) the perforations of the second portion terminate adjacent the open end of the distal end of the sheath thereby not breaching the open end. i) a proximal end and an open distal end , the expandable sheath being adapted to be positioned in the vessel; the expandable sheath including a wall of substantially uniform thickness, the wall having an outer surface and an inner surface, the wall having a first portion, a transitional portion and a second portion respectively from the proximal end to the distal end and having first, transitional and second inner diameters associated therewith, the first inner diameter being greater than the second inner diameter, the transitional inner diameter being less than the first inner diameter and being greater than the second inner diameter, ii) the first portion only of the expandable sheath further including indicia for proper orientation and positioning of the expandable sheath upon entry into the vascular vessel of the patient, iii) an array of perforations formed therethrough, the array of perforations extending only from the second portion to the transitional portion, whereby the array of perforations allow the second and transitional portions to expand, wherein the length of the perforations on the second portion are longer than the length of perforations on the transitional portion thereby the second end provides less resistance to expansion, and iv) the perforations of the second portion terminate adjacent the open end of the distal end of the sheath thereby not breaching the open end.
An afterburner which supplies fuel to a gas mixture of combustion gas (G) discharged from a core flow path of an aircraft engine and air (A) discharged from a fan flow path of the aircraft engine for burning to increase thrust of the aircraft engine , the afterburner comprising: a rear duct provided at an outlet of an engine case of the aircraft engine ; a cylindrical liner which is provided within the rear duct and allows the gas mixture to flow; a fuel injector which injects the fuel in the form of liquid in the liner ; an igniter which is provided downstream of the fuel injector and ignites the gas mixture containing the fuel in the liner ; a flame holder which is situated directly downstream of the fuel injector and is configured to hold flame, the flame holder including: an annulus flame holding member comprising an upstream end and a downstream end, wherein said annulus flame holding member is provided on the inner circumferential surface of the liner with plural supports interposed there between, wherein the upstream end is in contact with the liner , said annulus flame holding member propagates flames in the circumferential direction; and a plurality of radial flame holding members which are situated in a radial fashion inside the annulus flame holding member and propagate flame in the radial direction; and a guide ring which is provided inside the annulus flame holding member , wherein an annular guide flow path is formed between the outer circumferential surface of the guide ring and the inner circumferential surface of the annulus flame holding member and is configured to guide the gas mixture containing the fuel downstream. a rear duct provided at an outlet of an engine case of the aircraft engine ; a cylindrical liner which is provided within the rear duct and allows the gas mixture to flow; a fuel injector which injects the fuel in the form of liquid in the liner ; an igniter which is provided downstream of the fuel injector and ignites the gas mixture containing the fuel in the liner ; a flame holder which is situated directly downstream of the fuel injector and is configured to hold flame, the flame holder including: an annulus flame holding member comprising an upstream end and a downstream end, wherein said annulus flame holding member is provided on the inner circumferential surface of the liner with plural supports interposed there between, wherein the upstream end is in contact with the liner , said annulus flame holding member propagates flames in the circumferential direction; and a plurality of radial flame holding members which are situated in a radial fashion inside the annulus flame holding member and propagate flame in the radial direction; and a guide ring which is provided inside the annulus flame holding member , wherein an annular guide flow path is formed between the outer circumferential surface of the guide ring and the inner circumferential surface of the annulus flame holding member and is configured to guide the gas mixture containing the fuel downstream.
An optical measurement device , comprising at least one protection member , the at least one protection member comprising a conduit through which light and air can pass, the optical measurement device being configured such that, in use, a beam of light is passed through the conduit along an optical axis (O) whilst a stream of air is guided out of the conduit along an airflow axis (A), the optical axis (O) being non-parallel to the airflow axis (A), characterised in that the conduit has a varying cross-sectional profile along the airflow axis (A).
Rotating electrical machine, comprising a stator equipped with a yoke and a rotor mounted on a shaft , said rotating electrical machine further comprising a cradle comprising a bearing surface of the stator , a bearing member of the stator comprising a bearing claw , a cover with a form complementing the cradle, the cover closing said cradle and an electronic rectifier module offset radially relative to said yoke , said electronic rectifier module extending in a surface of a cylinder of revolution centred on an axis (X3) of the stator parallel to the yoke and located at a radial distance from the axis (X3) of the stator greater than that of said yoke and being mounted on the bearing member of the stator or on the cover .
A cold atom gravity gradiometer system comprising: first and second magneto-optical traps , each having a plurality of mirrored surfaces arranged to reflect respective first and second incident laser beams to trap respective first and second cold atom clouds separated from each other by a separation distance; an optical subsystem arranged to transmit the first incident laser beam in a first direction along a first longitudinal axis towards the first magneto-optical trap and the second incident laser beam in an opposite second direction along a second longitudinal axis towards the second magneto-optical trap , the second longitudinal axis being parallel to the first longitudinal axis, the separation distance being along the first and second longitudinal axes; and a detection system for detecting acceleration of atoms trapped in the first and second magneto-optical traps , wherein the first laser beam comprises a first cooling laser beam and a first atom interferometry beam , and the second laser beam comprises a second cooling laser beam and a second atom interferometry beam . first and second magneto-optical traps , each having a plurality of mirrored surfaces arranged to reflect respective first and second incident laser beams to trap respective first and second cold atom clouds separated from each other by a separation distance; an optical subsystem arranged to transmit the first incident laser beam in a first direction along a first longitudinal axis towards the first magneto-optical trap and the second incident laser beam in an opposite second direction along a second longitudinal axis towards the second magneto-optical trap , the second longitudinal axis being parallel to the first longitudinal axis, the separation distance being along the first and second longitudinal axes; and a detection system for detecting acceleration of atoms trapped in the first and second magneto-optical traps , wherein the first laser beam comprises a first cooling laser beam and a first atom interferometry beam , and the second laser beam comprises a second cooling laser beam and a second atom interferometry beam .
A protection device , comprising: a housing defining a cavity ; and a fuse element within the cavity, wherein the fuse element includes a first component and a second component separated by a barrier , and wherein the first and second components are joined at a bridge and the fuse element has an inverted U-shape, characterized in that the housing includes an armor layer extending into the cavity, and wherein the cavity has an inverted teardrop profile defined by an interior surface of the armor layer. a housing defining a cavity ; and a fuse element within the cavity, wherein the fuse element includes a first component and a second component separated by a barrier , and wherein the first and second components are joined at a bridge and the fuse element has an inverted U-shape, characterized in that the housing includes an armor layer extending into the cavity, and wherein the cavity has an inverted teardrop profile defined by an interior surface of the armor layer.
A method for producing aniline, comprising the steps of: a) providing o-aminobenzoate, wherein said o-aminobenzoate comprises anthranilate anion and a suitable cation, b) converting said anthranilate anion to aniline by thermal decarboxylation, c) extracting the aniline produced in step b) in an organic solvent at least once, and d) purifying the aniline produced in steps b) and c) by distillation, wherein said distillation produces aniline and a water phase. a) providing o-aminobenzoate, wherein said o-aminobenzoate comprises anthranilate anion and a suitable cation, b) converting said anthranilate anion to aniline by thermal decarboxylation, c) extracting the aniline produced in step b) in an organic solvent at least once, and d) purifying the aniline produced in steps b) and c) by distillation, wherein said distillation produces aniline and a water phase.
Structure of a utility vehicle , in particular a truck, trailer or semi-trailer, with a rear wall frame and a rear wall door , wherein the at least one rear wall door is held in the closed position in the rear wall frame , wherein a door lock housing at least partially comprising, respectively, an electric motor and at least one locking element which can be moved by the electric motor from a locking position into a release position and back is provided on the rear side of the rear wall door , wherein at least one locking receiver for receiving the at least one locking element in the locking position is provided on the rear wall frame and wherein the door lock housing is joined to the rear wall door from the side of the rear wall door facing the loading space, characterized in that the joining connection between the door lock housing and the rear wall door has at least one joining means of plastic or fibre-reinforced plastic extending at least essentially over the entire thickness of the rear wall door .
Arrangement with a fastening element and an apparatus for positioning the fastening element which serves to fasten a furniture front on a door of a refrigerator, preferably a household refrigerator, wherein the furniture front has a first edge and a second edge opposing the first edge , wherein the apparatus comprises: a first rim region with a first rim , a second rim region with a second rim , characterised by : a first scale arranged in the first rim region and a second scale arranged in the second rim region , wherein the apparatus can be brought into an adjustment position and an end position , wherein the apparatus is arranged on the fastening element for orienting the fastening element on the furniture front in the adjustment position such that the first scale rests on the first edge and the second scale rests on the second edge and wherein, in the end position and when the fastening element is in the assembled state on the furniture front , the first rim does not extend beyond the first edge and the second rim does not extend beyond the second edge . a first rim region with a first rim , a second rim region with a second rim , wherein the apparatus is arranged on the fastening element for orienting the fastening element on the furniture front in the adjustment position such that the first scale rests on the first edge and the second scale rests on the second edge and wherein, in the end position and when the fastening element is in the assembled state on the furniture front , the first rim does not extend beyond the first edge and the second rim does not extend beyond the second edge .