mhurhangee/patent-ind-claim-en huggingface dataset:
A near-eye display comprising: a light concentrating backlight comprising: a light guide configured to guide light along a length of the light guide; and a diffraction grating at a surface of the light guide, the diffraction grating being configured to diffractively couple out a portion of the guided light from the light guide as diffractively coupled-out light and to concentrate the diffractively coupled-out light into an eyebox located adjacent to and spaced apart from the light guide surface; and a light valve array located between the light guide and the eyebox, the light valve array being configured to modulate the diffractively coupled-out light to provide an image in the eyebox, wherein the image is configured to be viewed within the eyebox by a user. a light concentrating backlight comprising: a light guide configured to guide light along a length of the light guide; and a diffraction grating at a surface of the light guide, the diffraction grating being configured to diffractively couple out a portion of the guided light from the light guide as diffractively coupled-out light and to concentrate the diffractively coupled-out light into an eyebox located adjacent to and spaced apart from the light guide surface; and a light guide configured to guide light along a length of the light guide; and a diffraction grating at a surface of the light guide, the diffraction grating being configured to diffractively couple out a portion of the guided light from the light guide as diffractively coupled-out light and to concentrate the diffractively coupled-out light into an eyebox located adjacent to and spaced apart from the light guide surface; and a light valve array located between the light guide and the eyebox, the light valve array being configured to modulate the diffractively coupled-out light to provide an image in the eyebox, wherein the image is configured to be viewed within the eyebox by a user.
A message sending method, wherein the method is applied to a control plane, CP, device in a virtual broadband network gateway, vBNG, architecture in which a CP and a user plane, UP, are separated, the vBNG architecture further comprises a UP device, and the method comprises: generating , by the CP device, a first message, wherein the first message comprises route information and a control indication for the route information, and the route information is associated with the UP device, the first message comprises a route flag indicating a type of the route information, and the type of the route information comprises at least one of the following: a network segment route, a gateway route, a host route, or a frame route; and sending , by the CP device, the first message to the UP device, to cause the UP device to update the route information based on the control indication, wherein the first message is a packet forwarding control protocol, PFCP, message. generating , by the CP device, a first message, wherein the first message comprises route information and a control indication for the route information, and the route information is associated with the UP device, the first message comprises a route flag indicating a type of the route information, and the type of the route information comprises at least one of the following: a network segment route, a gateway route, a host route, or a frame route; and sending , by the CP device, the first message to the UP device, to cause the UP device to update the route information based on the control indication, wherein the first message is a packet forwarding control protocol, PFCP, message.
A conveyor belt comprising a pulley cover layer, a carry cover layer, and at least one reinforcement layer disposed within the belt between the pulley cover layer and the carry cover layer, wherein the belt comprises a first edge section , a second edge section , and a load carrying section , wherein the first edge section and the second edge section are located on opposing sides of the conveyor belt and the load carrying section is located between the first edge section and the second edge section , wherein the reinforcement layer is comprised of a woven fabric comprising weft threads extending across the width of the belt and passing into both the first edge section and the second edge section , and wherein the woven fabric has warp threads located in the load carrying section of the conveyor belt extending longitudinally throughout the belt without passing into either the first edge section and the second edge section of the conveyor belt , wherein the woven fabric consists of the weft threads in the first edge section and the second edge section, and wherein the woven fabric consists of both the wrap threads and weft threads in the load carrying section.
A gasket , comprising: a gasket body made of a medicinal solution-resistant hard plastic and having: a tip portion , a small diameter portion rapidly reduced in diameter in a step shape continuing the tip portion , an enlarged diameter portion increased in diameter in a step shape continuing the small diameter portion , and a concave groove formed on a side surface facing an inner peripheral surface of a syringe barrel and corresponding to the small diameter portion ; and a sliding contact ring made of an elastic material, wherein the tip portion has a tip surface contacting medicinal solution, characterized in that : the sliding contact ring is fitted in the concave groove , an outer diameter of the peripheral end of the tip surface contacting medicinal solution is larger than an outer diameter of the sliding contact ring , and in a state of being fitted into the syringe barrel , a peripheral edge portion of the tip surface contacting medicinal solution of the gasket body contacts against an inner peripheral surface of the syringe barrel . a gasket body made of a medicinal solution-resistant hard plastic and having: a tip portion , a small diameter portion rapidly reduced in diameter in a step shape continuing the tip portion , an enlarged diameter portion increased in diameter in a step shape continuing the small diameter portion , and a concave groove formed on a side surface facing an inner peripheral surface of a syringe barrel and corresponding to the small diameter portion ; and a tip portion , a small diameter portion rapidly reduced in diameter in a step shape continuing the tip portion , an enlarged diameter portion increased in diameter in a step shape continuing the small diameter portion , and a concave groove formed on a side surface facing an inner peripheral surface of a syringe barrel and corresponding to the small diameter portion ; and a sliding contact ring made of an elastic material, wherein the tip portion has a tip surface contacting medicinal solution, the sliding contact ring is fitted in the concave groove , an outer diameter of the peripheral end of the tip surface contacting medicinal solution is larger than an outer diameter of the sliding contact ring , and in a state of being fitted into the syringe barrel , a peripheral edge portion of the tip surface contacting medicinal solution of the gasket body contacts against an inner peripheral surface of the syringe barrel .
Container handling device with a container handling machine and with at least one transport device , arranged upstream of the container handling machine and comprising several transport stars (20a-c; 30a-g) arranged one behind another, which have container receivers at their circumference which are designed to grip containers, wherein the several transport stars (20a-c; 30a-g) are arranged one behind another in such a way that a container is transferred at a common transfer point from one upstream transport star (20a-c; 30a-g) to a following downstream transport star, wherein the position of the axes of rotation (32c-e) of at least two transport stars (20a-c; 30c-e) following one another sequentially are driven by a motor and can be moved in a controlled manner in a horizontal plane between transport stars which are arranged securely upstream and downstream in the direction of transport, and wherein the container handling device comprises a drive device, controlled by a control unit of the container handling device and/or of the transport device , in order to move the axes of rotation (32c-e) in the horizontal plane, characterised in that the container throughput can be detected at at least one point on a transport path on the basis of the signals from a detector and/or at at least one signal output of the container handling device, and, depending on this, the movement of the axes of rotation (32c-e) of the transport stars (20a-c; 30c-e) can be controlled.
A camera comprising: a sensor holder , an image sensor mounted on the sensor holder , a mount holder , and a lens mount being adapted to receive a lens array and being mounted to the mount holder , wherein the sensor holder is attached to the mount holder , wherein a gap having an extension along an axis of the camera perpendicular to the image sensor and to a main extension of the sensor holder is formed between the sensor holder and the lens mount , characterised in that the sensor holder is provided with a thermally conducting protrusion bridging the gap and being in contact with the lens mount at an interface allowing relative motion between the lens mount and the thermally conducting protrusion along the optical axis while maintaining contact between the lens mount and the thermally conducting protrusion . a sensor holder , an image sensor mounted on the sensor holder , a mount holder , and a lens mount being adapted to receive a lens array and being mounted to the mount holder , wherein the sensor holder is attached to the mount holder , wherein a gap having an extension along an axis of the camera perpendicular to the image sensor and to a main extension of the sensor holder is formed between the sensor holder and the lens mount , characterised in that the sensor holder is provided with a thermally conducting protrusion bridging the gap and being in contact with the lens mount at an interface allowing relative motion between the lens mount and the thermally conducting protrusion along the optical axis while maintaining contact between the lens mount and the thermally conducting protrusion .
A rotation angle measurement system (10; 10') for detecting a rotation of a shaft , comprising the shaft essentially extending in an axial direction, a rotor unit connected to the shaft for rotating therewith and radially surrounding the shaft and including at least one sensor magnet , a stationary stator unit having a multi-turn sensor unit arranged radially spaced apart from the shaft and including at least one Wiegand sensor , which multi-turn sensor unit functionally interacts with the sensor magnet to detect shaft revolutions, and at least one magnetic shielding assembly (22; 22') for the at least one Wiegand sensor , which shielding assembly is made from a material having a high magnetic permeability, characterized in that the at least one magnetic shielding assembly (22; 22') comprises shielding elements (40, 42; 40', 42') which surround the at least one Wiegand sensor on a radial inside thereof, on a radial outside thereof, on a first axial side (A1) thereof and on a second axial side (A2) thereof. the shaft essentially extending in an axial direction, a rotor unit connected to the shaft for rotating therewith and radially surrounding the shaft and including at least one sensor magnet , a stationary stator unit having a multi-turn sensor unit arranged radially spaced apart from the shaft and including at least one Wiegand sensor , which multi-turn sensor unit functionally interacts with the sensor magnet to detect shaft revolutions, and at least one magnetic shielding assembly (22; 22') for the at least one Wiegand sensor , which shielding assembly is made from a material having a high magnetic permeability, characterized in that the at least one magnetic shielding assembly (22; 22') comprises shielding elements (40, 42; 40', 42') which surround the at least one Wiegand sensor on a radial inside thereof, on a radial outside thereof, on a first axial side (A1) thereof and on a second axial side (A2) thereof.
A method implemented by a terminal (120-1, 120-2, 120-3, 1100, 1200), comprising: receiving essential system information broadcasted by a base station , the essential system information comprising a resource configuration of a demand channel for requesting optional system information on demand, the essential system information further comprising a configuration of a predefined resource zone for receiving the optional system information on demand, wherein the demand channel is reserved for terminals to request the optional system information, the essential system information being required to access a cell of the base station, so that the terminals are able to at least partially access the cell of the base station even in absence of the optional system information; sending , on the demand channel according to the resource configuration, a request for at least a part of the optional system information other than the essential system information; and receiving an indicator broadcast in the predefined resource zone and the at least a part of the optional system information, the indicator indicating the existence of said at least a part of the optional system information in the predefined resource zone. receiving essential system information broadcasted by a base station , the essential system information comprising a resource configuration of a demand channel for requesting optional system information on demand, the essential system information further comprising a configuration of a predefined resource zone for receiving the optional system information on demand, wherein the demand channel is reserved for terminals to request the optional system information, the essential system information being required to access a cell of the base station, so that the terminals are able to at least partially access the cell of the base station even in absence of the optional system information; sending , on the demand channel according to the resource configuration, a request for at least a part of the optional system information other than the essential system information; and receiving an indicator broadcast in the predefined resource zone and the at least a part of the optional system information, the indicator indicating the existence of said at least a part of the optional system information in the predefined resource zone.
A foam molded article comprising a tube body (X1); and an opening part formed in the tube body wherein: in a situation of being divided into two equal parts in a thickness direction of the foam molded article, an average cell diameter (α1) in the thickness direction on an inner surface side (A) of the foam molded article is 1.2 times or greater of an average cell diameter (β1) in the thickness direction on an outer surface side (B) of the foam molded article; and a surface roughness Sm of the inner surface of the foam molded article is 1000 μm or greater, characterized in that the foam molded article further comprises a plurality of plate-shaped parts (Y1) connected to an outer side of the tube body (X1), each of the plate-shaped parts being pressed in a thickness direction of each of the plate-shaped parts at the time of mold clamping by split metallic molds. a tube body (X1); and an opening part formed in the tube body wherein: in a situation of being divided into two equal parts in a thickness direction of the foam molded article, an average cell diameter (α1) in the thickness direction on an inner surface side (A) of the foam molded article is 1.2 times or greater of an average cell diameter (β1) in the thickness direction on an outer surface side (B) of the foam molded article; and a surface roughness Sm of the inner surface of the foam molded article is 1000 μm or greater, characterized in that the foam molded article further comprises a plurality of plate-shaped parts (Y1) connected to an outer side of the tube body (X1), each of the plate-shaped parts being pressed in a thickness direction of each of the plate-shaped parts at the time of mold clamping by split metallic molds.
A device comprising a multilayered tunable dielectric capacitor with means for applying an RF signal and with means for applying a DC voltage , characterized in that the capacitor comprises two layers of tunable dielectric adapted to be DC biased to reduce the dielectric constant; wherein the capacitor comprises a center plate and two outer plates defining the two layers ; wherein the means for applying the RF signal is configured to apply the RF signal across the two outer plates ; and wherein the means for applying the DC voltage is configured to apply the DC voltage from the center plate to the two outer plates .
A tethered endoscope configured for introduction to a patient's esophagus, which tethered endoscope comprises: a flexible tether , terminated by a tethered imaging capsule , the flexible tether and the tethered imaging capsule being configured for retrieval from the patient's esophagus; characterized in that the tethered endoscope further comprises at least one swallowing aid configured to be removably or temporarily attached to the tethered imaging capsule and to be digested or passed through a user's bowel; wherein the tethered endoscope is configured such that the swallowing aid detaches from the imaging capsule by exerting a pulling force on the flexible tether .
A toothbrush head , comprising; - a brush head housing , and - a bristle carrier movable relative to the brush head housing around an axis of pivoting , the bristle carrier containing a plurality of tooth cleaning elements, - the plurality of tooth cleaning elements comprising a first portion of bristles and a second portion of bristles , wherein the second portion of bristles is arranged radially inwards of the first portion of bristles , characterized in that - the first portion of bristles is arranged annularly and disposed in an outward leaning angle compared to the axis of pivoting by means of a wedge ring , wherein the wedge ring comprises a conically curved surface area configured to bend the bristles of the first portion of bristles such that an outward leaning angle of the bristles of the first portion of bristles decreases radially outwards of the wedge ring or configured to bend the bristles of the first portion of bristles such that an outward leaning angle of the bristles of the first portion of bristles increases radially inwards of the wedge ring . - a brush head housing , and - a bristle carrier movable relative to the brush head housing around an axis of pivoting , the bristle carrier containing a plurality of tooth cleaning elements, - the plurality of tooth cleaning elements comprising a first portion of bristles and a second portion of bristles , wherein the second portion of bristles is arranged radially inwards of the first portion of bristles , characterized in that - the first portion of bristles is arranged annularly and disposed in an outward leaning angle compared to the axis of pivoting by means of a wedge ring , wherein the wedge ring comprises a conically curved surface area configured to bend the bristles of the first portion of bristles such that an outward leaning angle of the bristles of the first portion of bristles decreases radially outwards of the wedge ring or configured to bend the bristles of the first portion of bristles such that an outward leaning angle of the bristles of the first portion of bristles increases radially inwards of the wedge ring .
A data structure for use in a cloud computing environment for reconfiguring an application hosted in the cloud computing environment , the data structure comprising: a software template for use in a software scheme , the software template describing a flow of actions executable by a cloud management unit in the cloud computing environment for re-configuration of the application hosted by the cloud management unit and executable by the cloud management unit using the software scheme , wherein the software scheme originates from the software template and allows adding of change artifacts to single steps in the re-configuration defined by the software template , the software template comprising software instructions, wherein the software instructions further comprise: a first portion of the software instructions non-editable by a programming interface unit of the hosted application ; and a second portion of the software instructions, allowed by the software template to be added to the software template by the programming interface unit of the hosted application , wherein the second portion of the software instructions relates to application programming interface, API, calls. a software template for use in a software scheme , the software template describing a flow of actions executable by a cloud management unit in the cloud computing environment for re-configuration of the application hosted by the cloud management unit and executable by the cloud management unit using the software scheme , wherein the software scheme originates from the software template and allows adding of change artifacts to single steps in the re-configuration defined by the software template , the software template comprising software instructions, wherein the software instructions further comprise: a first portion of the software instructions non-editable by a programming interface unit of the hosted application ; and a second portion of the software instructions, allowed by the software template to be added to the software template by the programming interface unit of the hosted application , wherein the second portion of the software instructions relates to application programming interface, API, calls. a first portion of the software instructions non-editable by a programming interface unit of the hosted application ; and a second portion of the software instructions, allowed by the software template to be added to the software template by the programming interface unit of the hosted application , wherein the second portion of the software instructions relates to application programming interface, API, calls.