mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing ; a sensor module disposed on a curved inner surface of the housing , the sensor module including a plurality of sensing units ; and a processor positioned within the housing, the processor electrically connected to the sensor module , wherein each of the plurality of sensing units is electrically connected to another sensing unit adjacent thereto among the plurality of sensing units , wherein each of the plurality of sensing units includes a central portion and a plurality of angular peripheral portions at the curved inner surface of the housing , the plurality of angular peripheral portions connected to a partial area of the central portion and arranged around the central portion , and wherein each of the central portion and the plurality of angular peripheral portions includes a touch sensor. a housing ; a sensor module disposed on a curved inner surface of the housing , the sensor module including a plurality of sensing units ; and a processor positioned within the housing, the processor electrically connected to the sensor module , wherein each of the plurality of sensing units is electrically connected to another sensing unit adjacent thereto among the plurality of sensing units , wherein each of the plurality of sensing units includes a central portion and a plurality of angular peripheral portions at the curved inner surface of the housing , the plurality of angular peripheral portions connected to a partial area of the central portion and arranged around the central portion , and wherein each of the central portion and the plurality of angular peripheral portions includes a touch sensor.
Method for bending a glass pane in a furnace , wherein the furnace has an inlet and an outlet , comprising the steps: • Providing (S100) a glass pane on a mounting , wherein the mounting is preheated, • Introducing (S200) the mounted glass pane into the inlet of the furnace for bending, • Discharging (S300) the bent, mounted glass pane out of the outlet of the furnace , • Withdrawing (S400) the bent, mounted glass pane from the mounting , • Installing (S500) thermal insulation on the mounting , • Returning (S600) the mounting and the thermal insulation by means of a transport device , • Removing (S700) the thermal insulation prior to renewed mounting, • wherein the aforementioned steps are carried out again in a cyclical manner. • Providing (S100) a glass pane on a mounting , wherein the mounting is preheated, • Introducing (S200) the mounted glass pane into the inlet of the furnace for bending, • Discharging (S300) the bent, mounted glass pane out of the outlet of the furnace , • Withdrawing (S400) the bent, mounted glass pane from the mounting , • Installing (S500) thermal insulation on the mounting , • Returning (S600) the mounting and the thermal insulation by means of a transport device , • Removing (S700) the thermal insulation prior to renewed mounting, • wherein the aforementioned steps are carried out again in a cyclical manner.
A method of transmitting a message by a user equipment, UE, the method comprising: generating, by a NAS layer, a non-access stratum, NAS, message; transferring, by the NAS layer, the NAS message and type information to an access stratum, AS, layer, wherein the type information informs whether the NAS message is a first type message with user data or a second type message with no user data; and transmitting an AS message containing the NAS message to a network, the method characterised in that : the UE is using control plane, CP, cellular Internet of things, CIoT, evolved packet system, EPS, optimization, and wherein transmitting the AS message comprises: based on the type information informing that the NAS message is the first type message, transmitting, by the AS layer, the AS message to the network through a first signaling radio bearer, SRB, based on the type information indicating that the NAS message is the second type message, transmitting, by the AS layer, the AS message to the network through a second SRB. generating, by a NAS layer, a non-access stratum, NAS, message; transferring, by the NAS layer, the NAS message and type information to an access stratum, AS, layer, wherein the type information informs whether the NAS message is a first type message with user data or a second type message with no user data; and transmitting an AS message containing the NAS message to a network, the method characterised in that : the UE is using control plane, CP, cellular Internet of things, CIoT, evolved packet system, EPS, optimization, and wherein transmitting the AS message comprises: based on the type information informing that the NAS message is the first type message, transmitting, by the AS layer, the AS message to the network through a first signaling radio bearer, SRB, based on the type information indicating that the NAS message is the second type message, transmitting, by the AS layer, the AS message to the network through a second SRB. the UE is using control plane, CP, cellular Internet of things, CIoT, evolved packet system, EPS, optimization, and wherein transmitting the AS message comprises: based on the type information informing that the NAS message is the first type message, transmitting, by the AS layer, the AS message to the network through a first signaling radio bearer, SRB, based on the type information indicating that the NAS message is the second type message, transmitting, by the AS layer, the AS message to the network through a second SRB. based on the type information informing that the NAS message is the first type message, transmitting, by the AS layer, the AS message to the network through a first signaling radio bearer, SRB, based on the type information indicating that the NAS message is the second type message, transmitting, by the AS layer, the AS message to the network through a second SRB.
A method for handling access to a service in a network , the method being performed by a network controller , the method comprising: obtaining (S102) an indication of the service being accessible in the network , the indication being received from a network switch operatively connecting a server of the service to the network , the indication causing a timer to start; obtaining (S104) an indication of a client requesting to access the service, the indication being received from the network switch ; recording (S112), only when the timer has not yet expired, identity information of the client in an access control list; and providing (S120) the access control list at least to the network switch upon expiration of the timer. obtaining (S102) an indication of the service being accessible in the network , the indication being received from a network switch operatively connecting a server of the service to the network , the indication causing a timer to start; obtaining (S104) an indication of a client requesting to access the service, the indication being received from the network switch ; recording (S112), only when the timer has not yet expired, identity information of the client in an access control list; and providing (S120) the access control list at least to the network switch upon expiration of the timer.
Plain bearing , in particular for mounting a cylindrical shaft , with a substantially hollow-cylindrical main body with a longitudinal centre axis , the shaft being received with radial play in a bearing bore of the main body , at least one small-area longitudinal depression being arranged in the region of a load zone of the bearing bore , in which load zone the shaft lies at least in regions on the bearing bore , and the at least one longitudinal depression being loaded by means of an external fluid supply with a fluid which is at a pressure (p) in order to decrease the wear of the plain bearing , the at least one longitudinal depression being open radially inwards and having an elongate, narrow and approximately oval circumferential contour , characterized in that a pressure (p) of the fluid in the region of an inlet opening of the at least one longitudinal depression is set by means of the fluid supply in such a way that a plain bearing load (F) which acts on the plain bearings in the form of a distributed load is compensated for at most by approximately 40% in the region of the load zone in the substantially non-hydrodynamic state.
A wiper system , comprising: - a wiper arm having a geometrical axis of rotation (x), said geometrical axis of rotation extending in an axial direction, - a connecting arrangement configured to connect the wiper arm to a motor-driven rotating shaft , wherein the connecting arrangement is configured to transfer the rotating motion of the shaft into a rotating motion of the wiper arm about said geometrical axis of rotation, and - a spring arrangement configured to resiliently press the wiper arm against the connecting arrangement in the axial direction, characterised in that the wiper system further comprises - a tilting arrangement configured to vary the inclination of the pressed wiper arm relative to said geometrical axis of rotation based on the rotational position of the wiper arm about said geometrical axis of rotation. - a wiper arm having a geometrical axis of rotation (x), said geometrical axis of rotation extending in an axial direction, - a connecting arrangement configured to connect the wiper arm to a motor-driven rotating shaft , wherein the connecting arrangement is configured to transfer the rotating motion of the shaft into a rotating motion of the wiper arm about said geometrical axis of rotation, and - a spring arrangement configured to resiliently press the wiper arm against the connecting arrangement in the axial direction, characterised in that the wiper system further comprises - a tilting arrangement configured to vary the inclination of the pressed wiper arm relative to said geometrical axis of rotation based on the rotational position of the wiper arm about said geometrical axis of rotation.
An apparatus comprising: a single camera sensor ; and multiple optical arrangements for focusing images of a three-dimensional space from different divergent perspectives onto the camera sensor configured for spatially resolved sensing of respective images from different divergent perspectives , wherein: each optical arrangement is configured to provide an optical path from a respective perspective , defined by the optical arrangement , towards a target optical area such that optical paths from different divergent perspectives converge towards the target area ; and each of the multiple optical arrangements comprises a prism having two facets on an input side and a focusing lens on an output side, wherein the apparatus is configured such that optical paths from two, different perspectives are incident on different faces of a respective prism and converge towards a respective single focusing lens. a single camera sensor ; and multiple optical arrangements for focusing images of a three-dimensional space from different divergent perspectives onto the camera sensor configured for spatially resolved sensing of respective images from different divergent perspectives , wherein: each optical arrangement is configured to provide an optical path from a respective perspective , defined by the optical arrangement , towards a target optical area such that optical paths from different divergent perspectives converge towards the target area ; and each of the multiple optical arrangements comprises a prism having two facets on an input side and a focusing lens on an output side, wherein the apparatus is configured such that optical paths from two, different perspectives are incident on different faces of a respective prism and converge towards a respective single focusing lens. each optical arrangement is configured to provide an optical path from a respective perspective , defined by the optical arrangement , towards a target optical area such that optical paths from different divergent perspectives converge towards the target area ; and each of the multiple optical arrangements comprises a prism having two facets on an input side and a focusing lens on an output side, wherein the apparatus is configured such that optical paths from two, different perspectives are incident on different faces of a respective prism and converge towards a respective single focusing lens.
A microscopic system for testing structures and defects on EUV lithography photomasks, comprising: - a stand-alone plasma-based EUV radiation source with an emission spectrum containing at least one dominant free-standing narrowband emission line in the spectral range from 12.5 to 14.5 nm, wherein the narrowband emission line has a relative bandwidth of λ/Δλ > 1,000, - means for illuminating a structured object with the narrowband emission line of the EUV radiation source , the object reflecting the narrowband line radiation, comprising - means for suppressing radiation with wavelengths which are outside of the EUV spectral range and are at least longer than 20 nm, - means for broadband spectral filtering λ/Δλ < 50 for selecting the dominant free-standing emission line from the emission spectrum of the EUV radiation source , wherein the means for broadband spectral filtering are arranged at any position in the beam path up to the object , - an objective with a Fresnel zone plate for magnified imaging of the object with a resolution of less than 100 nm and a numerical aperture which is directly dependent on the width of the outermost zone of the zone plate for a given wavelength λ of the narrowband emission line, and - an EUV-sensitive two-dimensional detector array for capturing the magnified image of the structured object . - a stand-alone plasma-based EUV radiation source with an emission spectrum containing at least one dominant free-standing narrowband emission line in the spectral range from 12.5 to 14.5 nm, wherein the narrowband emission line has a relative bandwidth of λ/Δλ > 1,000, - means for illuminating a structured object with the narrowband emission line of the EUV radiation source , the object reflecting the narrowband line radiation, comprising - means for suppressing radiation with wavelengths which are outside of the EUV spectral range and are at least longer than 20 nm, - means for broadband spectral filtering λ/Δλ < 50 for selecting the dominant free-standing emission line from the emission spectrum of the EUV radiation source , wherein the means for broadband spectral filtering are arranged at any position in the beam path up to the object , - an objective with a Fresnel zone plate for magnified imaging of the object with a resolution of less than 100 nm and a numerical aperture which is directly dependent on the width of the outermost zone of the zone plate for a given wavelength λ of the narrowband emission line, and - an EUV-sensitive two-dimensional detector array for capturing the magnified image of the structured object .
Power unit mount having a first support and a second support which are connected to one another by a first spring body , the first spring body being designed to support the second support in a z-direction, wherein a second spring body is designed to support the second support in a y-direction, and wherein the second support is supported in an elastically resilient manner by the second spring body on a housing enclosing the two spring bodies , characterised in that that the second spring body has at least two buffer pairs , a first buffer pair being arranged offset in the x-direction with respect to a second buffer pair , and in that each buffer pair has at least two cuboid-shaped or stud-shaped buffers , which are arranged offset in the z-direction, each of which abutting opposite housing walls of the housing under elastic prestress, wherein the buffers support the second support in opposite y-directions.
A side airbag device disposed between a vehicle body and a seat, the side airbag device comprising: an airbag ; an inflator configured to supply the airbag with gas; a base member configured to accommodate the airbag and the inflator , and to be fixed to the vehicle body; an outer covering member configured to cover at least a front side of the base member to form a front-facing interior surface ; and a mounting bracket which includes an inflator fixing portion to which the inflator is fixed and a base member fixing portion which is located in a position different from a position of the inflator fixing portion and fixed to the base member , wherein the base member comprises, at a left or right side portion thereof, a bracket fixing portion (N2) to which the mounting bracket is fixed, characterized in that the base member includes a wire frame made of a metal rod. an airbag ; an inflator configured to supply the airbag with gas; a base member configured to accommodate the airbag and the inflator , and to be fixed to the vehicle body; an outer covering member configured to cover at least a front side of the base member to form a front-facing interior surface ; and a mounting bracket which includes an inflator fixing portion to which the inflator is fixed and a base member fixing portion which is located in a position different from a position of the inflator fixing portion and fixed to the base member , wherein the base member comprises, at a left or right side portion thereof, a bracket fixing portion (N2) to which the mounting bracket is fixed,
A lid for a vessel of a food or beverage processing device, the lid comprising: a body portion , having a peripheral seal that contacts the vessel ; a one-way valve for air, the one-way valve oriented to allow air to escape from the vessel; and a cap having an internal void with an open end , the cap received by an opening in the lid; wherein the one-way valve comprises a lip seal that is incorporated into the cap , the opening having a surface that cooperates with the lip seal . a body portion , having a peripheral seal that contacts the vessel ; a one-way valve for air, the one-way valve oriented to allow air to escape from the vessel; and a cap having an internal void with an open end , the cap received by an opening in the lid; wherein the one-way valve comprises a lip seal that is incorporated into the cap , the opening having a surface that cooperates with the lip seal .
An illumination system for cultivation of aquatic animals in a volume (V) of water, the cultivation using a feeding system for dispending food to the aquatic animals, the feeding system defining a feeding axis in the volume of water, the feeding axis defining the overall average travelling direction of the food in the volume of water after having been dispensed from and/or spread by the feeding system, the illumination system comprising: - a first illumination surface (S1) positioned in the volume of water and arranged to illuminate the feeding axis, the first illumination surface for emitting a first light in a first direction towards the feeding axis; - a second illumination surface (S2) positioned in the volume of water and arranged to illuminate the feeding axis, the second illumination surface for emitting a second light in a second direction towards the feeding axis; wherein the first illumination surface and the second illumination surface are different surfaces and are arranged to emit light towards the feeding axis from substantially different directions. - a first illumination surface (S1) positioned in the volume of water and arranged to illuminate the feeding axis, the first illumination surface for emitting a first light in a first direction towards the feeding axis; - a second illumination surface (S2) positioned in the volume of water and arranged to illuminate the feeding axis, the second illumination surface for emitting a second light in a second direction towards the feeding axis; wherein the first illumination surface and the second illumination surface are different surfaces and are arranged to emit light towards the feeding axis from substantially different directions.
A navigation system , comprising: an instrument that is operable to be moved relative to a subject and having an exterior wall that defines an instrument axis ; a holding portion defined by the instrument substantially within a surface of the exterior wall; and a tracking device formed of at least a first portion having a first conductive wire wound around a first core , wherein the first portion has the first core that defines a shaped member having a first wider center portion and a pair of tapered ends, said wire being wrapped around the first wider central portion and the tapered ends; wherein the first portion is positioned in the holding portion of the instrument; wherein the first portion defines a first navigation vector, characterized in that the tracking device further comprises: a second portion having a second conductive wire wound around a second core , wherein the second portion defines a second shaped member having a second wider center portion and a second pair of tapered ends, wherein the second portion is positioned in the holding portion of the instrument, wherein the second portion defines a second navigation vector that is at an angle relative to the first navigation vector. an instrument that is operable to be moved relative to a subject and having an exterior wall that defines an instrument axis ; a holding portion defined by the instrument substantially within a surface of the exterior wall; and a tracking device formed of at least a first portion having a first conductive wire wound around a first core , wherein the first portion has the first core that defines a shaped member having a first wider center portion and a pair of tapered ends, said wire being wrapped around the first wider central portion and the tapered ends; wherein the first portion is positioned in the holding portion of the instrument; wherein the first portion defines a first navigation vector, characterized in that the tracking device further comprises: a second portion having a second conductive wire wound around a second core , wherein the second portion defines a second shaped member having a second wider center portion and a second pair of tapered ends, wherein the second portion is positioned in the holding portion of the instrument, wherein the second portion defines a second navigation vector that is at an angle relative to the first navigation vector.
Process for producing a fired coarse-ceramic moulding, wherein the process comprises steps as follows, preferably in order as follows: a) providing at least one green moulding; b) optionally drying the at least one green moulding to give at least one at least partially dried green moulding, and c) firing the at least partially dried green moulding obtained optionally in step b), to give at least one fired coarse-ceramic moulding, characterized in that the firing of the at least one green moulding in step c) is carried out while subjecting the at least one green moulding to electromagnetic radiation with a frequency of 300 MHz to 300 GHz, wherein the at least one green moulding in step c) is heated in at least one heat-up phase with an average temperature change rate Δ T c Δ t c of at least 5 K/min, wherein at the start of step c) the at least one green moulding has a moisture content of not more than 1% by weight, based on the dry weight of the at least one green moulding present at the start of step c). a) providing at least one green moulding; b) optionally drying the at least one green moulding to give at least one at least partially dried green moulding, and c) firing the at least partially dried green moulding obtained optionally in step b), to give at least one fired coarse-ceramic moulding, in that the firing of the at least one green moulding in step c) is carried out while subjecting the at least one green moulding to electromagnetic radiation with a frequency of 300 MHz to 300 GHz, wherein the at least one green moulding in step c) is heated in at least one heat-up phase with an average temperature change rate Δ T c Δ t c of at least 5 K/min, wherein at the start of step c) the at least one green moulding has a moisture content of not more than 1% by weight, based on the dry weight of the at least one green moulding present at the start of step c).