mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a shuffler, comprising: moving at least one card to be shuffled from a card infeed area of the shuffler into a card inspection area of the shuffler with a card feed system; reading at least one indicia of the at least one card with an inspection device of the shuffler at the card inspection area; and if the inspection device of the shuffler detects one or more errors in reading the at least one indicia of the at least one card, moving the at least one card back to the card infeed area from the card inspection area with the card feed system of the shuffler. moving at least one card to be shuffled from a card infeed area of the shuffler into a card inspection area of the shuffler with a card feed system; reading at least one indicia of the at least one card with an inspection device of the shuffler at the card inspection area; and if the inspection device of the shuffler detects one or more errors in reading the at least one indicia of the at least one card, moving the at least one card back to the card infeed area from the card inspection area with the card feed system of the shuffler.
A drug delivery device comprising: - a cartridge holder comprising: - an inner bore accommodating a cartridge , - a fastening mechanism configured to fasten the cartridge holder to the drug delivery device , and - a first blocking feature , the drug delivery device further comprising: - a device fastening mechanism configured to interact with the fastening mechanism of the cartridge holder to fasten the cartridge holder to the drug delivery device when the cartridge holder accommodates a correct cartridge , characterized by - a cartridge detector comprising a resilient member elastically deformable by the cartridge and comprising a second blocking feature configured for engagement with the first blocking feature , - wherein by an elastic deformation of the resilient member by a correct cartridge , the second blocking feature gets into a correct axial position to engage with the first blocking feature thereby enabling a fastening of the cartridge holder to the drug delivery device . - a cartridge holder comprising: - an inner bore accommodating a cartridge , - a fastening mechanism configured to fasten the cartridge holder to the drug delivery device , and - a first blocking feature , - an inner bore accommodating a cartridge , - a fastening mechanism configured to fasten the cartridge holder to the drug delivery device , and - a first blocking feature , - a device fastening mechanism configured to interact with the fastening mechanism of the cartridge holder to fasten the cartridge holder to the drug delivery device when the cartridge holder accommodates a correct cartridge , characterized by - a cartridge detector comprising a resilient member elastically deformable by the cartridge and comprising a second blocking feature configured for engagement with the first blocking feature , - wherein by an elastic deformation of the resilient member by a correct cartridge , the second blocking feature gets into a correct axial position to engage with the first blocking feature thereby enabling a fastening of the cartridge holder to the drug delivery device .
A method for managing control data in a push-to-talk over cellular, PoC, communication, wherein the method is performed by a user equipment, UE, comprising a communication processor, CP , a low power processor, LPP , and an application processor, AP , the method comprising: receiving , by the CP control data for a PoC session from a PoC server ; and processing , by the CP , the received control data, wherein the processing, by the CP , comprises forwarding at least part of the control data in a text format to an always on display via a communication channel between the CP and the LPP without waking up the AP , wherein communication via the communication channel is based on a pre-defined CP-LPP inter-process communication, IPC. receiving , by the CP control data for a PoC session from a PoC server ; and processing , by the CP , the received control data, wherein the processing, by the CP , comprises forwarding at least part of the control data in a text format to an always on display via a communication channel between the CP and the LPP without waking up the AP , wherein communication via the communication channel is based on a pre-defined CP-LPP inter-process communication, IPC.
A method of forming a 3D glass article from a glass sheet (12; 220; 405; 460), the method comprising: locating the glass sheet (12; 220; 405; 460) on a mold body comprising a mold surface with a 3D surface profile corresponding to that of the 3D glass article; heating the glass sheet (12; 220; 405; 460) to a forming temperature that is greater than a temperature of the mold body ; and forcing the heated glass sheet (12; 220; 405; 460) onto the mold surface to conform the glass sheet (12; 220; 405; 460) to the mold surface by applying a pressurized gas to a first surface of the glass sheet (12; 220; 405; 460) opposite the mold surface with the glass sheet (12; 220; 405; 460) at the forming temperature that is greater than the temperature of the mold body , sealing the mold assembly (14; 208) with a pressure cap assembly to form a pressurized chamber therebetween, wherein the pressurized gas is between 68.95 kPa and 413.69 kPa (10 psi and 60 psi), and characterized in that the method further comprises: heating the pressure cap assembly to a temperature of between 800 °C and 950 °C thereby radiatively heating the glass sheet (12; 220; 405; 460). locating the glass sheet (12; 220; 405; 460) on a mold body comprising a mold surface with a 3D surface profile corresponding to that of the 3D glass article; heating the glass sheet (12; 220; 405; 460) to a forming temperature that is greater than a temperature of the mold body ; and forcing the heated glass sheet (12; 220; 405; 460) onto the mold surface to conform the glass sheet (12; 220; 405; 460) to the mold surface by applying a pressurized gas to a first surface of the glass sheet (12; 220; 405; 460) opposite the mold surface with the glass sheet (12; 220; 405; 460) at the forming temperature that is greater than the temperature of the mold body , sealing the mold assembly (14; 208) with a pressure cap assembly to form a pressurized chamber therebetween, wherein the pressurized gas is between 68.95 kPa and 413.69 kPa (10 psi and 60 psi), and characterized in that the method further comprises: heating the pressure cap assembly to a temperature of between 800 °C and 950 °C thereby radiatively heating the glass sheet (12; 220; 405; 460).
A wind turbine blade having a profiled contour including a pressure side and a suction side, and a leading edge and a trailing edge with a chord having a chord length extending therebetween, the wind turbine blade extending in a spanwise direction between a root end and a tip end, wherein the blade comprises an outer surface , an access window extending through a shell body of the blade, characterised by a frame defining an opening , wherein the frame is arranged on top of the outer surface of the blade such that the opening of the frame is aligned with the access window, a cover member dimensioned for receipt within the frame for covering the opening of the frame and for releasably closing the access window. an outer surface , an access window extending through a shell body of the blade, characterised by a frame defining an opening , wherein the frame is arranged on top of the outer surface of the blade such that the opening of the frame is aligned with the access window, a cover member dimensioned for receipt within the frame for covering the opening of the frame and for releasably closing the access window.
Tip plate (TP) for a bushing (BU) for receiving a high-temperature melt (GM), comprising - in its operational position - an upper surface (US), which extends in an x-y-direction of the coordinate system, a lower surface (LS) at a distance (d) to the upper surface (US) and a body (BO) in between, as well as a multiplicity of nozzle like through-openings (NO), extending at least between the upper surface (US) and the lower surface (LS), through which the melt (GM) may leave the bushing (BU) in a z-direction of the coordinate system, wherein at least two sections (A-B, B-C, C-D, D-E, F-G, G-H, H-J) of the tip plate (TP) , adjoining each other in the x-y-direction of the coordinate system, have different physical properties, different chemical composition or both so that a temperature distribution within the tip plate (TP) is homogenized over the complete surface area.
A powder build material container outlet structure comprising: a connector comprising an interface surface and an adaptor to receive a nozzle structure of an external aspiration system; and a retaining structure to releasably hold the nozzle structure in an engagement position with the interface surface of the connector; wherein the retaining structure comprises one or more retaining elements (118-1, 118-2,118-3) disposed in the connector to exert an attractive magnetic biasing force on the nozzle structure of the external aspiration system to releasably hold the nozzle structure in the engagement position with the interface surface of the connector. a connector comprising an interface surface and an adaptor to receive a nozzle structure of an external aspiration system; and a retaining structure to releasably hold the nozzle structure in an engagement position with the interface surface of the connector; wherein the retaining structure comprises one or more retaining elements (118-1, 118-2,118-3) disposed in the connector to exert an attractive magnetic biasing force on the nozzle structure of the external aspiration system to releasably hold the nozzle structure in the engagement position with the interface surface of the connector.
Garment steamer comprising: - a base , - a pole assembly mounted on said base , comprising a first vertical pole (VP1) and a second vertical pole (VP2), - a board connected to said pole assembly via a first pivot coupling (C1) extending along an horizontal axis (X1), - an arm element arranged between said pole assembly and said board , said arm element comprising a foldable structure adapted to take: a) a folded configuration in which the length (L) of the arm element has a first value (L1) resulting in that the board takes a first angular position compared to the pole assembly , b) an unfolded configuration in which the length (L) of the arm element has a second value (L2) resulting in that the board takes a second angular position compared to the pole assembly , wherein said foldable structure comprises a first portion (P1) and a second portion (P2) being connected with each other via a second pivot coupling (C2), wherein said first portion (P1) is connected to said board via a third pivot coupling (C3), characterized in that the garment steamer further comprises a rotatable lever attached to the board for creating a force (F1) against said first portion (P1) to facilitate the rotation of said first portion (P1) around said third pivot coupling (C3) between said unfolded configuration and said folded configuration. - a base , - a pole assembly mounted on said base , comprising a first vertical pole (VP1) and a second vertical pole (VP2), - a board connected to said pole assembly via a first pivot coupling (C1) extending along an horizontal axis (X1), - an arm element arranged between said pole assembly and said board , said arm element comprising a foldable structure adapted to take: a) a folded configuration in which the length (L) of the arm element has a first value (L1) resulting in that the board takes a first angular position compared to the pole assembly , b) an unfolded configuration in which the length (L) of the arm element has a second value (L2) resulting in that the board takes a second angular position compared to the pole assembly , wherein said foldable structure comprises a first portion (P1) and a second portion (P2) being connected with each other via a second pivot coupling (C2), wherein said first portion (P1) is connected to said board via a third pivot coupling (C3), characterized in that the garment steamer further comprises a rotatable lever attached to the board for creating a force (F1) against said first portion (P1) to facilitate the rotation of said first portion (P1) around said third pivot coupling (C3) between said unfolded configuration and said folded configuration. a) a folded configuration in which the length (L) of the arm element has a first value (L1) resulting in that the board takes a first angular position compared to the pole assembly , b) an unfolded configuration in which the length (L) of the arm element has a second value (L2) resulting in that the board takes a second angular position compared to the pole assembly ,
An adaptor assembly for coupling a blade root of a turbine blade to a root slot of a rotor disk , the adaptor assembly comprising: a turbine blade comprising a blade root ; and an adaptor body comprising an adaptor root , the adaptor body defining a slot having an open end configured to receive the blade root of the turbine blade such that the adaptor root of the adaptor body and the blade root of the turbine blade are adjacent to one another when the blade root of the turbine blade is positioned within the slot , wherein the adaptor root includes a pair of axially extending tangs , the blade root including a pair of axially extending tangs, the pair of blade root tangs aligning with the pair of adaptor root tangs radially outermost from the rotor disk when the blade root is inserted, the root slot of the rotor disk including a top lobe and a bottom lobe , the top lobe configured to accept the blade root and the bottom lobe configured to accept the adaptor root, such that the adaptor root of the adaptor body and the blade root of the turbine blade are both configured to be received within the root slot of the rotor disk , and configured to make contact with the root slot of the rotor disk , and wherein the open end of the slot is at a radially outer portion of the adaptor body such that the blade root can be inserted in a radially inward direction. a turbine blade comprising a blade root ; and an adaptor body comprising an adaptor root , the adaptor body defining a slot having an open end configured to receive the blade root of the turbine blade such that the adaptor root of the adaptor body and the blade root of the turbine blade are adjacent to one another when the blade root of the turbine blade is positioned within the slot , wherein the adaptor root includes a pair of axially extending tangs , the blade root including a pair of axially extending tangs, the pair of blade root tangs aligning with the pair of adaptor root tangs radially outermost from the rotor disk when the blade root is inserted, the root slot of the rotor disk including a top lobe and a bottom lobe , the top lobe configured to accept the blade root and the bottom lobe configured to accept the adaptor root, such that the adaptor root of the adaptor body and the blade root of the turbine blade are both configured to be received within the root slot of the rotor disk , and configured to make contact with the root slot of the rotor disk , and wherein the open end of the slot is at a radially outer portion of the adaptor body such that the blade root can be inserted in a radially inward direction.
A method for producing an extrudate , preferably in strand form, comprising the steps: - introducing a hardenable matrix and fibres , or a crude extrudate into a pultrusion unit , - deforming the crude extrudate in the pultrusion unit wherein, during movement of the crude extrudate through a pultrusion channel of the pultrusion unit , an outer side of the crude extrudate rests on at least one shaping wall of the pultrusion unit , - discharging the deformed crude extrudate from the pultrusion unit , - introducing the crude extrudate discharged from the pultrusion unit into an extrusion unit having an extrusion channel , - deforming the crude extrudate in the extrusion unit and discharging the crude extrudate tthat has been reshaped to form the extrudate from an opening of the extrusion unit ; - cutting the extrudate by moving a cutting element , characterised in that a component of the extrusion unit performs a rotational movement and, by means of a mechanical coupling between the rotating component and the cutting element , the cutting element is moved to cut the extrudate , wherein the rotating component is in the form of a sleeve and/or a cylindrical jacket-shaped component which indirectly or directly encloses the extrusion channel . - introducing a hardenable matrix and fibres , or a crude extrudate into a pultrusion unit , - deforming the crude extrudate in the pultrusion unit wherein, during movement of the crude extrudate through a pultrusion channel of the pultrusion unit , an outer side of the crude extrudate rests on at least one shaping wall of the pultrusion unit , - discharging the deformed crude extrudate from the pultrusion unit , - introducing the crude extrudate discharged from the pultrusion unit into an extrusion unit having an extrusion channel , - deforming the crude extrudate in the extrusion unit and discharging the crude extrudate tthat has been reshaped to form the extrudate from an opening of the extrusion unit ; - cutting the extrudate by moving a cutting element ,
A shelf comprising: a first and a second support arm arranged in opposed lateral spaced relation to one another; a front support bar extending laterally between the first and second support arms ; a rear support bar extending laterally between the first and second support arms ; and a deck panel supported by the front and rear support bars , the deck panel comprising: a panel having a top surface configured for supporting retail merchandise and a bottom surface ; a region of strengthening ribbing including a plurality of ribs extending outward from the bottom surface of the panel , the region of strengthening ribbing being positioned laterally between the first and second support arms ; and the bottom surface having a border region that extends around the region of strengthening ribbing on at least three sides, the border region extending over the first and second support arms , the border region being substantially flat, wherein each of the first and second support arms has a top surface , characterized in that the border region is vertically spaced from the top surface of the first and second support arms , thereby forming a gap therebetween. a first and a second support arm arranged in opposed lateral spaced relation to one another; a front support bar extending laterally between the first and second support arms ; a rear support bar extending laterally between the first and second support arms ; and a deck panel supported by the front and rear support bars , the deck panel comprising: a panel having a top surface configured for supporting retail merchandise and a bottom surface ; a region of strengthening ribbing including a plurality of ribs extending outward from the bottom surface of the panel , the region of strengthening ribbing being positioned laterally between the first and second support arms ; and the bottom surface having a border region that extends around the region of strengthening ribbing on at least three sides, the border region extending over the first and second support arms , the border region being substantially flat, a panel having a top surface configured for supporting retail merchandise and a bottom surface ; a region of strengthening ribbing including a plurality of ribs extending outward from the bottom surface of the panel , the region of strengthening ribbing being positioned laterally between the first and second support arms ; and the bottom surface having a border region that extends around the region of strengthening ribbing on at least three sides, the border region extending over the first and second support arms , the border region being substantially flat, wherein each of the first and second support arms has a top surface , characterized in that the border region is vertically spaced from the top surface of the first and second support arms , thereby forming a gap therebetween.
A method for inducing or maintaining a mature hepatocyte phenotype in a cell, the method comprising the step of cultivating cells in a cell culture medium comprising at least 10 mg amino acids/ml medium, wherein at least 50 % (w/w) of the concentration of said amino acids in said medium is provided by one up to five amino acids and, with the proviso that said one up to five amino acids is not one of Thr, Tyr, Cys, Met, Arg and His.
A pressure control valve comprising: a passageway having a portion defining an opening for the flow of liquid and/or gas therethrough; an obstructing member displaceable relative to the opening for obstructing the opening by differing amounts thereby to regulate a volumetric flow rate of liquid and/or gas through the opening; a piezo actuator ; and a linkage mechanism adapted to amplify a magnitude of a dimensional change in the piezo actuator and to use the amplified dimensional change to displace the obstructing member relative to the opening, wherein the linkage mechanism comprises a frame attached to a wall and fixed at a first end in relation to the passageway, characterised in that the frame comprises moveable portion moveable in a first direction whilst being substantially restrained in a second direction orthogonal to the first direction, the piezo actuator extending between the wall and the moveable portion such that an expansion of the piezo actuator results in movement of the moveable portion in the first direction by an amount greater than the expansion of the piezo actuator, the moveable portion connected to the obstructing member. a passageway having a portion defining an opening for the flow of liquid and/or gas therethrough; an obstructing member displaceable relative to the opening for obstructing the opening by differing amounts thereby to regulate a volumetric flow rate of liquid and/or gas through the opening; a piezo actuator ; and a linkage mechanism adapted to amplify a magnitude of a dimensional change in the piezo actuator and to use the amplified dimensional change to displace the obstructing member relative to the opening, wherein the linkage mechanism comprises a frame attached to a wall and fixed at a first end in relation to the passageway, characterised in that the frame comprises moveable portion moveable in a first direction whilst being substantially restrained in a second direction orthogonal to the first direction, the piezo actuator extending between the wall and the moveable portion such that an expansion of the piezo actuator results in movement of the moveable portion in the first direction by an amount greater than the expansion of the piezo actuator, the moveable portion connected to the obstructing member.
A revolving door with a drive unit formed as an electronically commutated multi-pole motor , which unit is gearlessly embodied and drivingly connected to a turnstile of the revolving door , characterized in that the revolving door includes at least one glass ceiling element , and wherein the multi-pole motor for the purpose of arrangement at the glass ceiling element is disposed on the underside at the glass ceiling element , and wherein the multi-pole motor has an essentially round flat formed basic structure and a disc-shaped or pot-shaped stator part and a disc-shaped or pot-shaped rotor part , which is disposed plane parallel to the stator part , and wherein connecting means are provided, which connect the stator part of the multi-pole motor to the glass ceiling element .