mhurhangee/patent-ind-claim-en huggingface dataset:
A drilling tool for drilling workpieces, which drilling tool can be rotated about an axis of rotation (A) in one direction of rotation during the machining, comprising: - a tool tip , which tapers in the feed direction (V) along the axis of rotation (A), in particular tapers conically, and - a main body , - wherein the main body has at least one primary facet as at least one spiralled depression, in particular two spiralled depressions with respect to the rotational volume occupied by the rotating drilling tool to form a conveyor spiral, in particular two conveyor spirals, - wherein the volume occupied by the drilling tool at a standstill, minus the at least one primary facet , which is permeated permanently both during standstill and during rotation, forms the core , wherein the core in a first portion (I), which begins at the tool tip and/or extends to the tool tip, has a constant cross-sectional area perpendicular to the axis of rotation (A), and in an adjoining second portion (II) opposite the feed direction (V) has a cross-sectional area that increases at least in some sections, wherein the at least one spiralled depression decreases more and more, namely monotonically or strictly monotonically, perpendicularly to the axis of rotation (A) counter to the feed direction (V), characterised in that the at least one primary facet in each instance forms a secondary cutting edge , which encloses a spiral angle (α) as an angle with respect to a perpendicular to the axis of rotation (A), which angle decreases in the course of the secondary cutting edge against the feed direction (V) from initially 43° to 38°. - a tool tip , which tapers in the feed direction (V) along the axis of rotation (A), in particular tapers conically, and - a main body , - wherein the main body has at least one primary facet as at least one spiralled depression, in particular two spiralled depressions with respect to the rotational volume occupied by the rotating drilling tool to form a conveyor spiral, in particular two conveyor spirals, - wherein the volume occupied by the drilling tool at a standstill, minus the at least one primary facet , which is permeated permanently both during standstill and during rotation, forms the core , wherein the core in a first portion (I), which begins at the tool tip and/or extends to the tool tip, has a constant cross-sectional area perpendicular to the axis of rotation (A), and in an adjoining second portion (II) opposite the feed direction (V) has a cross-sectional area that increases at least in some sections, wherein the at least one spiralled depression decreases more and more, namely monotonically or strictly monotonically, perpendicularly to the axis of rotation (A) counter to the feed direction (V), characterised in that the at least one primary facet in each instance forms a secondary cutting edge , which encloses a spiral angle (α) as an angle with respect to a perpendicular to the axis of rotation (A), which angle decreases in the course of the secondary cutting edge against the feed direction (V) from initially 43° to 38°.
A hearing protection device, comprising: A first protective muff to be placed over a user's ear, the protective muff comprising: an FM-receiver disposed interiorly in the protective muff ; a metal antenna also disposed interiorly in the protective muff and connected to the FM-receiver ; a plastic housing , and a compensatory solution for a narrow frequency range and a resonant frequency of the metal antenna, wherein the metal antenna is secured by being molded into the plastic housing , and at least one connection point to the antenna protrudes from the plastic housing , wherein the antenna has a length that is at least 20 times shorter than the shortest FM wavelength that the FM-receiver is configured to receive. an FM-receiver disposed interiorly in the protective muff ; a metal antenna also disposed interiorly in the protective muff and connected to the FM-receiver ; a plastic housing , and a compensatory solution for a narrow frequency range and a resonant frequency of the metal antenna, wherein the metal antenna is secured by being molded into the plastic housing , and at least one connection point to the antenna protrudes from the plastic housing , wherein the antenna has a length that is at least 20 times shorter than the shortest FM wavelength that the FM-receiver is configured to receive.
A method for interacting with immersive content, comprising: displaying a plurality of virtual objects in an immersive environment , the plurality of virtual objects comprising a first virtual object and a second virtual object corresponding respectively to first and second content items; detecting, via a first input, that the first virtual object has been virtually positioned over the second virtual object ; in response to detecting that the first virtual object has been virtually positioned over the second virtual object , generating a group virtual object that includes the first virtual object and the second virtual object , wherein the group virtual object includes a handle interface element for interacting with the group virtual object by receiving a particular gesture with the handle interface element and a selectable indicator that represents the first virtual object and the second virtual object ; displaying the group virtual object along with the handle interface element and the selectable indicator with one or more remaining virtual objects in the immersive environment , wherein the group virtual object replaces the first virtual object and the second virtual object within the immersive environment ; and in response to detecting a selection of the selectable indicator , displaying a user interface for reviewing, modifying, and/or otherwise interacting with the group virtual object and the virtual objects contained within the group virtual object . displaying a plurality of virtual objects in an immersive environment , the plurality of virtual objects comprising a first virtual object and a second virtual object corresponding respectively to first and second content items; detecting, via a first input, that the first virtual object has been virtually positioned over the second virtual object ; in response to detecting that the first virtual object has been virtually positioned over the second virtual object , generating a group virtual object that includes the first virtual object and the second virtual object , wherein the group virtual object includes a handle interface element for interacting with the group virtual object by receiving a particular gesture with the handle interface element and a selectable indicator that represents the first virtual object and the second virtual object ; displaying the group virtual object along with the handle interface element and the selectable indicator with one or more remaining virtual objects in the immersive environment , wherein the group virtual object replaces the first virtual object and the second virtual object within the immersive environment ; and in response to detecting a selection of the selectable indicator , displaying a user interface for reviewing, modifying, and/or otherwise interacting with the group virtual object and the virtual objects contained within the group virtual object .
Fastener for securing a retaining element on a support , wherein the fastener is formed in the manner of a retaining clip and has at least one limb and at least one engaging portion , wherein the engaging portion extends outward from the longitudinal axis (L) of the fastener and is designed to engage with the retaining element , and the limb has at least one latching portion to hold back the retaining element on a support , wherein the fastener has a channel for receiving a portion of the retaining element , wherein the fastener has at least one contact region for contact with the retaining element , which is positioned at least partially within the channel , and the contact region is connected to the engaging portion by means of a connecting portion , wherein the contact region extends at an angle greater than 0° and less than 90° to the longitudinal axis of the channel , characterised in that the engaging portion is designed to allow a movement of the fastener relative to the retaining element in the direction of the longitudinal axis (L) of the fastener , and a further engaging portion which extends outward is provided as a catch portion for the movement of the fastener relative to the retaining element , wherein the further engaging portion adjoins the contact region . the fastener is formed in the manner of a retaining clip and has at least one limb and at least one engaging portion , wherein the engaging portion extends outward from the longitudinal axis (L) of the fastener and is designed to engage with the retaining element , and the limb has at least one latching portion to hold back the retaining element on a support , wherein the fastener has a channel for receiving a portion of the retaining element , wherein the fastener has at least one contact region for contact with the retaining element , which is positioned at least partially within the channel , and the contact region is connected to the engaging portion by means of a connecting portion , wherein the contact region extends at an angle greater than 0° and less than 90° to the longitudinal axis of the channel , characterised in that the engaging portion is designed to allow a movement of the fastener relative to the retaining element in the direction of the longitudinal axis (L) of the fastener , and a further engaging portion which extends outward is provided as a catch portion for the movement of the fastener relative to the retaining element , wherein the further engaging portion adjoins the contact region .
A gas bearing intersecting a cylinder via a trailing edge key, comprising: the trailing edge key residing within a key way of the cylinder between a side of the key way and a corrugated foil within the cylinder; and a first foil forming an inner loop and an intermediary loop, wherein the inner loop extends in a first direction from a first end to an intermediary portion ; characterised in that the intermediary loop extends from the intermediary portion to the trailing edge key; wherein the intermediary loop extends along a radius that is greater than a 180° to the trailing edge key; and wherein the trailing edge key abuts a side of the key way and is formed without exceeding an ultimate elongation of the first foil. the trailing edge key residing within a key way of the cylinder between a side of the key way and a corrugated foil within the cylinder; and a first foil forming an inner loop and an intermediary loop, wherein the inner loop extends in a first direction from a first end to an intermediary portion ; characterised in that the intermediary loop extends from the intermediary portion to the trailing edge key; wherein the intermediary loop extends along a radius that is greater than a 180° to the trailing edge key; and wherein the trailing edge key abuts a side of the key way and is formed without exceeding an ultimate elongation of the first foil.
Vane (7; 7') of a turbocharger with variable turbine geometry, which turbocharger has a turbine housing with an exhaust-gas inlet opening and with an exhaust-gas outlet opening , in which turbine housing there is arranged a turbine wheel fastened on a shaft , wherein the vane comprises the following: • a vane bottom side (8; 8') and a vane top side (9; 9'), which define the vane thickness, • a vane leading edge (10; 10') at a first intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), • a vane trailing edge (11; 11') at a second intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), and • a profile centreline which is defined by the vane bottom side (8; 8') and the vane top side (9; 9') and which runs between these from the vane leading edge (10; 10') to the vane trailing edge (11; 11'), • wherein the course of the profile centreline is undulating with two opposing antinodes , wherein the profile centreline has an inflection point (WP); and • wherein an angle of incidence γ preferably lies in a range from 10° to 30°, wherein the angle of incidence γ is the acute angle of a tangent to the profile centreline at the inflection point (WP) and of a tangent to the profile centreline at the vane leading edge (10; 10'); characterized in that , if the profile centreline (12; 12') is plotted on an X-Y coordinate system whose X-axis constitutes the vane length of the vane (7; 7') and the vane leading edge (10; 10') and the vane trailing edge (11; 11') are situated at Y=0, one of the antinodes of the profile centreline is a region which begins at the vane leading edge and which has negative Y values between the vane leading edge and a zero crossing of the profile centreline through the X-axis, and in that the second of the antinodes of the profile centreline is a region which always has positive Y values proceeding from the zero crossing of the profile centreline through the X-axis to the vane trailing edge , wherein the zero crossing is situated in a region between x=0.27 and x=0.40, wherein the vane leading edge (10; 10') is situated at x=0 and the vane trailing edge (11; 11') is situated at x=1. • a vane bottom side (8; 8') and a vane top side (9; 9'), which define the vane thickness, • a vane leading edge (10; 10') at a first intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), • a vane trailing edge (11; 11') at a second intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), and • a profile centreline which is defined by the vane bottom side (8; 8') and the vane top side (9; 9') and which runs between these from the vane leading edge (10; 10') to the vane trailing edge (11; 11'), • wherein the course of the profile centreline is undulating with two opposing antinodes , wherein the profile centreline has an inflection point (WP); and • wherein an angle of incidence γ preferably lies in a range from 10° to 30°, wherein the angle of incidence γ is the acute angle of a tangent to the profile centreline at the inflection point (WP) and of a tangent to the profile centreline at the vane leading edge (10; 10');
An automated cleaning system for cleaning a stylus (S) of an inoculation apparatus comprising a bath , the bath comprising: a first washing trough to hold a first washing fluid and comprising a first weir defining a first washing fluid level (L1); and a second washing trough to hold a second washing fluid and comprising a second weir defining a second washing fluid level (L2), wherein the second washing fluid level (L2) is higher than the first washing fluid level (L1) and so the stylus (S) is thereby immersible to a greater depth in the second washing fluid than in the first washing fluid; characterised in that the first and second weirs are configured to prevent overflow of washing fluid between the washing troughs. a first washing trough to hold a first washing fluid and comprising a first weir defining a first washing fluid level (L1); and a second washing trough to hold a second washing fluid and comprising a second weir defining a second washing fluid level (L2), wherein the second washing fluid level (L2) is higher than the first washing fluid level (L1) and so the stylus (S) is thereby immersible to a greater depth in the second washing fluid than in the first washing fluid; characterised in that the first and second weirs are configured to prevent overflow of washing fluid between the washing troughs.
A display device, comprising a display panel including a plurality of photosensitive sensing units, and the display device further comprising: a light-transmitting hole forming layer, a liquid crystal lens layer, and a light guide layer arranged on a display side of the display panel and in sequence in a direction away from the display panel, and a light source arranged on a side of the light guide layer, wherein the light-transmitting hole forming layer is configured to be switchable between a transparent state and a pinhole state, wherein the pinhole state is a state in which the light-transmitting hole forming layer form light-transmitting holes facing each photosensitive sensing unit; the liquid crystal lens layer is configured to be switchable between a non-lens state and a lens state, wherein the lens state is a state in which the liquid crystal lens layer forms convex lenses facing each photosensitive sensing unit. wherein the light-transmitting hole forming layer is configured to be switchable between a transparent state and a pinhole state, wherein the pinhole state is a state in which the light-transmitting hole forming layer form light-transmitting holes facing each photosensitive sensing unit; the liquid crystal lens layer is configured to be switchable between a non-lens state and a lens state, wherein the lens state is a state in which the liquid crystal lens layer forms convex lenses facing each photosensitive sensing unit.
A lubricant, comprising: hypochlorite; an emulsifier comprising sodium magnesium silicate; and a silicone polymer. hypochlorite; an emulsifier comprising sodium magnesium silicate; and a silicone polymer.
A resource configuration method for handover, comprising determining (S110), by a first network node, a plurality of groups of handover resource pool configuration information corresponding to a plurality of network nodes, wherein the plurality of groups of handover resource pool configuration information comprise handover resource pool configuration information between the first network node and a second network node; sending (S120), by the first network node, the plurality of groups of handover resource pool configuration information and identification information of each of the plurality of network nodes corresponding to a respective one of the plurality of groups of handover resource pool configuration information to a mobile station; and sending (S130), by the first network node, first indication information to the mobile station, the first indication information indicating the mobile station to communicate via a handover resource in a handover resource pool corresponding to the first indication information. determining (S110), by a first network node, a plurality of groups of handover resource pool configuration information corresponding to a plurality of network nodes, wherein the plurality of groups of handover resource pool configuration information comprise handover resource pool configuration information between the first network node and a second network node; sending (S120), by the first network node, the plurality of groups of handover resource pool configuration information and identification information of each of the plurality of network nodes corresponding to a respective one of the plurality of groups of handover resource pool configuration information to a mobile station; and sending (S130), by the first network node, first indication information to the mobile station, the first indication information indicating the mobile station to communicate via a handover resource in a handover resource pool corresponding to the first indication information.
A full spectrum white light emitting device comprising: a first photoluminescence material for generating light with a peak emission wavelength in the range from 490 nm to 550 nm, and a second photoluminescence material for generating light with a peak emission wavelength in the range from 600 nm to 680 nm; and a broadband source for generating excitation light with a dominant wavelength in the range from 420 nm to 480 nm and a FWHM of at least 30 nm, characterised in that the broadband source comprises a single InGaN/GaN LED having an active region that directly generates blue light emissions of at least three different wavelengths using different quantum wells in a multiple-quantum-well (MQW) structure. a first photoluminescence material for generating light with a peak emission wavelength in the range from 490 nm to 550 nm, and a second photoluminescence material for generating light with a peak emission wavelength in the range from 600 nm to 680 nm; and a broadband source for generating excitation light with a dominant wavelength in the range from 420 nm to 480 nm and a FWHM of at least 30 nm, characterised in that the broadband source comprises a single InGaN/GaN LED having an active region that directly generates blue light emissions of at least three different wavelengths using different quantum wells in a multiple-quantum-well (MQW) structure.
A VTOL aircraft comprising a pair of fixed wings each wing being located on a respective lateral side of the aircraft, a propeller for providing forward thrust when driven by a power system of the aircraft and rotor blade system for providing lift in active and passive modes thereof, the rotor blade system comprising first and second sets of rotor blades, each of which is mounted by a respective fixed wing, wherein operation of the rotor blade system may be switched between the active mode in which the rotor blade system is driven by a power system of the aircraft and the passive mode in which the rotor blade system is not driven by the power system of the aircraft, the rotor blade system being configurable to provide lift in the passive mode during forward flight of the aircraft; wherein the first and second sets of rotor blades are comprised in first and second rotor units respectively, each rotor unit being rotatably mounted to a respective fixed wing of the aircraft such that the rotation axis of any given set of the first and second sets of rotor blades may be rotated in a plane which is orthogonal to the horizontal plane of the aircraft and parallel to the central longitudinal axis of the aircraft between a first orientation in which the rotation axis of the set is substantially normal to the horizontal plane of the aircraft and the rotor blade system is in the active mode thereof and a second orientation in which the rotation axis of the set is inclined rearwardly to the horizontal plane of the aircraft and the rotor blade system is in the passive mode thereof and the first and second rotor units each comprise a respective rudder for influencing the yaw of the aircraft.