mhurhangee/patent-ind-claim-en huggingface dataset:
A light bulb with wide lighting emitting angle, comprising: multiple LED filaments (8801; 8802; 8603; 8604), each LED filament has a top electrode (8803; 8854) and a bottom electrode (8804; 8851); a bulb shell ; a bulb base configured for defining a container space with the bulb shell for enclosing the multiple LED filaments (8801; 8802; 8603; 8604); a central column (8807; 8604), comprising a support and a column part ; a bracket , wherein the bracket is fixed to a top end of the column part and extending outwardly, a bottom end of the column part is fixed to the support , the top electrodes (8803; 8854) of the multiple LED filaments (8801; 8802; 8603; 8604) are fixed to the bracket to keep a tilt angle with respect to a longitudinal direction of the central column (8807; 8604); and multiple supporting wires respectively connecting the bottom electrodes of the multiple LED filaments (8801; 8802; 8603; 8604) to the support of the central column (8807; 8604), characterized in that the multiple supporting wires (8811; 8829) are respectively connected to different isolated heat sinks (8821; 8823). multiple LED filaments (8801; 8802; 8603; 8604), each LED filament has a top electrode (8803; 8854) and a bottom electrode (8804; 8851); a bulb shell ; a bulb base configured for defining a container space with the bulb shell for enclosing the multiple LED filaments (8801; 8802; 8603; 8604); a central column (8807; 8604), comprising a support and a column part ; a bracket , wherein the bracket is fixed to a top end of the column part and extending outwardly, a bottom end of the column part is fixed to the support , the top electrodes (8803; 8854) of the multiple LED filaments (8801; 8802; 8603; 8604) are fixed to the bracket to keep a tilt angle with respect to a longitudinal direction of the central column (8807; 8604); and multiple supporting wires respectively connecting the bottom electrodes of the multiple LED filaments (8801; 8802; 8603; 8604) to the support of the central column (8807; 8604), characterized in that the multiple supporting wires (8811; 8829) are respectively connected to different isolated heat sinks (8821; 8823).
A sprayable aqueous antimicrobial film-forming composition comprising in an aqueous base: (a) a film-forming polymer; (b) an antimicrobial agent; (c) a hydrophobically-modified ethoxylated urethane as rheology modifier; (d) optionally, an anti-foaming agent. (a) a film-forming polymer; (b) an antimicrobial agent; (c) a hydrophobically-modified ethoxylated urethane as rheology modifier; (d) optionally, an anti-foaming agent.
Method for displaying event-related content on a mobile terminal , wherein the content comprises a first component and a second component linked to the first component and the second component can be displayed on the mobile terminal based on an operating action that can be performed during a display of the first component, wherein the first component of the content is received in connection with the second component of the content in the mobile terminal , and the first component of the content is only displayed on the mobile terminal when the second component of the content has been partially received in the mobile terminal , wherein the display of the first component of the content is delayed until a predetermined portion of the second component has been received in the mobile terminal and wherein the first component is displayed before the second component has been completely transmitted to the mobile terminal, characterised in that the first component and/or the second component of the content are displayed together with a graphic element and that the graphic element is stored on the mobile terminal under an identifier in a memory , wherein only the identifier of the graphic element is transmitted from a server to the mobile terminal .
Ultrasonic flowmeter having at least one measuring tube , wherein the measuring tube has at least one recess with at least a first ultrasonic transducer and a second ultrasonic transducer , wherein the first ultrasonic transducer is designed as an ultrasonic transmitter and/or as an ultrasonic receiver and wherein the second ultrasonic transducer is designed as an ultrasonic transmitter and/or as an ultrasonic receiver and with at least one reflection surface , wherein the first and second ultrasonic transducers are arranged on the measuring tube such that the measuring path between the first and the second ultrasonic transducers comprises at least one reflection at the reflecting surface , wherein the at least one reflection surface is arranged in the at least recess characterized in that the at least one reflection surface is arranged set back in respect to the inner measuring tube wall, that the side walls of the at least one recess are configured obliquely and include an obtuse angle with the at least one reflection surface, wherein the at least one recess is an axially elongated recess, or that a reflection element with the reflection surface is arranged in the at least one recess , wherein the reflection element is designed such that the surface facing the medium has a truncated cone open toward the medium. wherein the at least one reflection surface is arranged in the at least recess characterized in that the at least one reflection surface is arranged set back in respect to the inner measuring tube wall, that the side walls of the at least one recess are configured obliquely and include an obtuse angle with the at least one reflection surface, wherein the at least one recess is an axially elongated recess, or that a reflection element with the reflection surface is arranged in the at least one recess , wherein the reflection element is designed such that the surface facing the medium has a truncated cone open toward the medium.
An integral light guide for an electronic display, said integral light guide comprising a top surface , a bottom surface , and a body extending completely between said top surface and said bottom surface , said body comprising a microstructure section , said microstructure section being arranged adjacent said bottom surface , characterized in that , said body further comprising a prism section , said prism section being arranged adjacent said top surface , said prism section comprising at least one prism pattern completely enclosed within said body , said prism pattern comprising cavities filled with a fluid, said prism pattern being imprinted or embossed onto an internal surface of said prism section , and the cavities , formed during the imprinting or embossing, being directed inwards into the prism section such that outer borders of the prism section comprise only flat surfaces. said body comprising a microstructure section , said microstructure section being arranged adjacent said bottom surface , characterized in that , said body further comprising a prism section , said prism section being arranged adjacent said top surface , said prism section comprising at least one prism pattern completely enclosed within said body , said prism pattern comprising cavities filled with a fluid, said prism pattern being imprinted or embossed onto an internal surface of said prism section , and the cavities , formed during the imprinting or embossing, being directed inwards into the prism section such that outer borders of the prism section comprise only flat surfaces.
A method of manufacturing a vial, the method comprising: providing a vial, the vial having a first end portion and a second end portion connected by a tubular member having a hollow interior; forming a first chamber and a second chamber within the hollow interior of the tubular member, wherein the first chamber and the second chamber are separated by a neck portion within the hollow interior, said first chamber extending from said first end portion to a first side of said neck portion, said second chamber extending from a second side of said neck portion; and forming a middle portion within the hollow interior of the tubular portion, one end of said middle portion adjacent to an end of said second chamber; forming a third chamber within the hollow interior of the tubular member, said third chamber extending from a second end of said middle portion to said second end portion; wherein said formed middle portion has an outer diameter which is less than an outer diameter of each of said first chamber, said second chamber and said third chamber, and an inner diameter which is less than an inner diameter of each of said first chamber, said second chamber and said third chamber. providing a vial, the vial having a first end portion and a second end portion connected by a tubular member having a hollow interior; forming a first chamber and a second chamber within the hollow interior of the tubular member, wherein the first chamber and the second chamber are separated by a neck portion within the hollow interior, said first chamber extending from said first end portion to a first side of said neck portion, said second chamber extending from a second side of said neck portion; and forming a middle portion within the hollow interior of the tubular portion, one end of said middle portion adjacent to an end of said second chamber; forming a third chamber within the hollow interior of the tubular member, said third chamber extending from a second end of said middle portion to said second end portion; wherein said formed middle portion has an outer diameter which is less than an outer diameter of each of said first chamber, said second chamber and said third chamber, and an inner diameter which is less than an inner diameter of each of said first chamber, said second chamber and said third chamber.
An apparatus for emptying of a four-wall tray and a five-wall tray filled with rod like articles (R) of the tobacco industry, whereas one wall of the five-wall tray is hinged, provided with a filled tray station , a turning unit for turning the filled tray , a lifting unit for lifting the turning unit , a filled tray emptying station , and an empty tray station , with the paths of movement, along which the four-wall tray and the five-wall tray are transported, being shaped so that the paths pass through the operating areas of the units and stations of the apparatus , and mechanisms of the turning unit and the lifting unit are provided with adjustable or shiftable gripping or guiding members to handle both four-wall trays and five-wall trays , wherein the mechanisms of the turning unit and the lifting unit are adapted to shape the paths for the four-wall tray and the five-wall tray , so that the paths at least partially overlap, wherein the turning unit for turning the filled tray has a holding mechanism provided with gripping members for holding the tray , characterised in that the turning unit comprises a linear guide , the turning unit thereby being adapted to move the tray transversely to the axis of the shaft of the turning unit , and the turning unit is moreover adapted to gradually increase the distance (d) between the back wall of the tray and the axis of the shaft during the rotation of the tray on the turning unit . a filled tray station , a turning unit for turning the filled tray , a lifting unit for lifting the turning unit , a filled tray emptying station , and an empty tray station , with the paths of movement, along which the four-wall tray and the five-wall tray are transported, being shaped so that the paths pass through the operating areas of the units and stations of the apparatus , and mechanisms of the turning unit and the lifting unit are provided with adjustable or shiftable gripping or guiding members to handle both four-wall trays and five-wall trays , wherein the mechanisms of the turning unit and the lifting unit are adapted to shape the paths for the four-wall tray and the five-wall tray , so that the paths at least partially overlap, wherein the turning unit for turning the filled tray has a holding mechanism provided with gripping members for holding the tray , characterised in that the turning unit comprises a linear guide , the turning unit thereby being adapted to move the tray transversely to the axis of the shaft of the turning unit , and the turning unit is moreover adapted to gradually increase the distance (d) between the back wall of the tray and the axis of the shaft during the rotation of the tray on the turning unit .
A door comprising a door handle assembly comprising a door panel having an outer surface and an inner surface, an aperture being provided in the door panel and a cover plate being arranged to close the aperture and actuable to retract inwardly; wherein a latch release handle is provided on the inner surface of the door panel ; characterised in that the cover plate is arranged to slide inwardly.
A light emitting device comprising: a light emitting element comprising: an N-type region , a P-type region , a light emitting layer that is sandwiched between the N-type region and the P-type region , and an escape surface in a plane parallel to the light emitting layer , and from which light that is emitted from the light emitting layer is exited; wherein: light is emitted within the light emitting element with an angular emission field pattern , and the escape surface includes surface features that include sloped surfaces (A, B, C), wherein the surface features are formed as pyramid features that extend above the plane of the escape surface, and wherein the surface features are arranged such that none of the sloped surfaces (A, B, C) of a surface feature directly face any sloped surfaces (A, B, C) of a neighboring surface feature , characterized in that , the escape surface further comprises pits that extend below the plane of the surface. a light emitting element comprising: an N-type region , a P-type region , a light emitting layer that is sandwiched between the N-type region and the P-type region , and an escape surface in a plane parallel to the light emitting layer , and from which light that is emitted from the light emitting layer is exited; an N-type region , a P-type region , a light emitting layer that is sandwiched between the N-type region and the P-type region , and an escape surface in a plane parallel to the light emitting layer , and from which light that is emitted from the light emitting layer is exited; wherein: light is emitted within the light emitting element with an angular emission field pattern , and the escape surface includes surface features that include sloped surfaces (A, B, C), wherein the surface features are formed as pyramid features that extend above the plane of the escape surface, and wherein the surface features are arranged such that none of the sloped surfaces (A, B, C) of a surface feature directly face any sloped surfaces (A, B, C) of a neighboring surface feature , characterized in that , the escape surface further comprises pits that extend below the plane of the surface. light is emitted within the light emitting element with an angular emission field pattern , and the escape surface includes surface features that include sloped surfaces (A, B, C), wherein the surface features are formed as pyramid features that extend above the plane of the escape surface, and wherein the surface features are arranged such that none of the sloped surfaces (A, B, C) of a surface feature directly face any sloped surfaces (A, B, C) of a neighboring surface feature , characterized in that , the escape surface further comprises pits that extend below the plane of the surface.
A toaster with a housing , in which housing there is provided a first cavity or cavities for toasting bread and a second cavity, the housing having at least one slot for receiving bread into the toasting cavity, which first cavity is provided with heating elements adapted to toast bread in use, the toaster being provided with a thermal fuse, characterised in that the fuse is in the second cavity and in that there is a first saturation temperature range for toasting bread in a predetermined slot or number of slots , the first saturation temperature range being the temperature range in the toasting cavity which in normal use does not increase significantly with time, and a second saturation temperature range, which second saturation temperature range corresponds to a temperature in the runaway condition, wherein there is a difference in temperature in the second cavity between the first and second saturation temperature ranges, wherein the thermal fuse has an actuation temperature of 120 °C or 145 °C, the actuation temperature lying above the first saturation temperature range and below the second saturation temperature range such that when the temperature in the second cavity is at the thermal fuse actuation temperature, the thermal fuse is actuated to turn off the heating elements, wherein the temperature difference between the top of the first saturation temperature range and the bottom of the second saturation temperature range, ΔT is greater than 20 C.
Bridge device, referred to as the first bridge device , of a data transmission system further comprising a second bridge device , the first and second bridge devices being intended to be interconnected via a wireless communication network , the first bridge device being adapted for connecting a data-supplying device via a wired link , , characterised in that the first bridge device is able to be configured in one of the following modes: - a nominal operating mode ; - an energy saving mode in which, at least, an interface with said wired link and an interface with the communication network are active at reduced performance; and - a stop mode in which, at least, the interface with the communication network is deactivated, and in which the interface with said wired link is active at reduced performance; and in that the first bridge device is adapted for switching from the nominal operating mode to the stop mode following detection of deactivation of the wired link; and the first bridge device is adapted for switching from the nominal operating mode to the energy saving mode following detection that the second bridge device is disconnected from the wireless communication network or that the second bridge device has gone into the energy saving mode or following detection of a bidirectional traffic volume between said supplying device and said consuming device that is less than or equal to a predefined threshold. - a nominal operating mode ; - an energy saving mode in which, at least, an interface with said wired link and an interface with the communication network are active at reduced performance; and - a stop mode in which, at least, the interface with the communication network is deactivated, and in which the interface with said wired link is active at reduced performance;
Watch comprising a middle part which, with a crystal , delimits a watch case , the crystal comprising a top face oriented towards the user and an opposite bottom face oriented towards the watch case , a digital display device being fixed to the bottom face of the crystal , a printed circuit board being disposed inside the watch case , underneath and remote from the digital display device , the digital display device being electrically connected to the printed circuit board by means of a zebra-type electrical connector , the crystal abutting on a shoulder arranged in the middle part , the watch being characterised in that the shoulder protrudes from the middle part so that, before ultrasonic welding of the crystal on the middle part , the crystal is not in contact in its final position with the crystal , the height of the shoulder with respect to the printed circuit board being so that, when the shoulder is consumed during the ultrasonic welding, the zebra connector is compressed between the digital display device and the printed circuit board .
A method for performing a mobile station to mobile station, M2M, communication by a source mobile station, MS, in a wireless communication system, the method comprising: performing a M2M initiation procedure with a base station, BS, the M2M initiation procedure comprising: configuring a part of uplink, UL, subframes of a radio frame to downlink, DL, subframes, such that the source MS operates in a DL mode during the part of the UL subframes; receiving, from one or more mobile stations (MS1, MSn), UL reference signals, RSs, for channel estimation, in the configured DL subframes; measuring channel quality between the one or more mobile stations (MS1, MSn) and the source MS based on the UL RSs for channel estimation; transmitting, to the BS, information on the channel quality between the one or more mobile stations (MS1, MSn) and the source MS; and receiving, from the BS, information indicating one of the one or more mobile stations (MS1, MSn) as a partner MS, and performing the M2M communication with the partner MS, wherein the UL RSs for channel estimation are received in a first or last symbol in the configured DL subframes. performing a M2M initiation procedure with a base station, BS, the M2M initiation procedure comprising: configuring a part of uplink, UL, subframes of a radio frame to downlink, DL, subframes, such that the source MS operates in a DL mode during the part of the UL subframes; receiving, from one or more mobile stations (MS1, MSn), UL reference signals, RSs, for channel estimation, in the configured DL subframes; measuring channel quality between the one or more mobile stations (MS1, MSn) and the source MS based on the UL RSs for channel estimation; transmitting, to the BS, information on the channel quality between the one or more mobile stations (MS1, MSn) and the source MS; and receiving, from the BS, information indicating one of the one or more mobile stations (MS1, MSn) as a partner MS, and performing the M2M communication with the partner MS, wherein the UL RSs for channel estimation are received in a first or last symbol in the configured DL subframes. configuring a part of uplink, UL, subframes of a radio frame to downlink, DL, subframes, such that the source MS operates in a DL mode during the part of the UL subframes; receiving, from one or more mobile stations (MS1, MSn), UL reference signals, RSs, for channel estimation, in the configured DL subframes; measuring channel quality between the one or more mobile stations (MS1, MSn) and the source MS based on the UL RSs for channel estimation; transmitting, to the BS, information on the channel quality between the one or more mobile stations (MS1, MSn) and the source MS; and receiving, from the BS, information indicating one of the one or more mobile stations (MS1, MSn) as a partner MS, and performing the M2M communication with the partner MS, wherein the UL RSs for channel estimation are received in a first or last symbol in the configured DL subframes.