mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor unit for a rotational angle measurement system for detecting a rotational movement of a drive shaft , having a housing arrangement which comprises at least one pot-shaped housing part and in which a sensor printed circuit board arranged on a carrier member is provided in such a way that, in the operating state, the sensor printed circuit board is mounted in the housing arrangement in a stationary manner with respect to the drive shaft by bearing means , the bearing means for the sensor printed circuit board being configured as a form-fit/force-fit arrangement, characterized in that the form-fit/force-fit arrangement comprises at least one engaging member , interacting with a housing part opening , and at least one spring member , in such a way that the carrier member is mounted to be movable in the axial direction in the housing arrangement in the pre-assembled state and, in the operating state, the carrier member is fixed in the axial direction in the pot-shaped housing part in a force-fitting manner via the spring member .
A bandwidth determining method, comprising: receiving, by a first device, a physical layer protocol data unit PPDU from a second device, wherein the PPDU is used to determine a scrambling sequence and a service field, and a first group of bits in the scrambling sequence and a second group of bits in the service field indicate a bandwidth; and if a check error occurs in the second group of bits, determining a bandwidth for communication between the first device and the second device based on the first group of bits. receiving, by a first device, a physical layer protocol data unit PPDU from a second device, wherein the PPDU is used to determine a scrambling sequence and a service field, and a first group of bits in the scrambling sequence and a second group of bits in the service field indicate a bandwidth; and if a check error occurs in the second group of bits, determining a bandwidth for communication between the first device and the second device based on the first group of bits.
A bearing device comprising: a rotating shaft ; a thrust bearing which is provided on the rotating shaft and regulates an axial movement of the rotating shaft ; and an oil storage portion which includes an oil storage space which is adjacent to the thrust bearing in an axial direction to be formed in an arc shape to surround the rotating shaft and is formed to have an opened lower portion, the oil storage portion having an inclined surface which is formed to be inclined in a rotation direction of the rotating shaft while protruding toward the thrust bearing side in a region below a horizontal plane (H) passing through a center of the rotating shaft in the oil storage space, characterized in that a notch is formed in a lower portion of the thrust bearing and an opening end of the notch is provided to be continuous to the inclined surface , wherein the opening end of the notch has an inclined surface continuous to the inclined surface . a rotating shaft ; a thrust bearing which is provided on the rotating shaft and regulates an axial movement of the rotating shaft ; and an oil storage portion which includes an oil storage space which is adjacent to the thrust bearing in an axial direction to be formed in an arc shape to surround the rotating shaft and is formed to have an opened lower portion, the oil storage portion having an inclined surface which is formed to be inclined in a rotation direction of the rotating shaft while protruding toward the thrust bearing side in a region below a horizontal plane (H) passing through a center of the rotating shaft in the oil storage space, characterized in that a notch is formed in a lower portion of the thrust bearing and an opening end of the notch is provided to be continuous to the inclined surface , wherein the opening end of the notch has an inclined surface continuous to the inclined surface .
A lighting requirements generation system for an outdoor lighting network (OLN) having lighting units, the system comprising: a central control apparatus ; a plurality of lighting unit control apparatus , each adapted to control an individual lighting unit or a group of lighting units of the outdoor lighting network; and a communication system operably connecting the central control apparatus and the plurality of lighting unit control apparatus ; characterized in that the central control apparatus is operable to: acquire location-based data selected from the group consisting of regulatory data, security data/crime statistics data, and local area/zoning classification data associated with a location; define, from the location-based data, clusters comprising geographical locations, wherein a cluster represents a specific characteristic of the regulatory data, security data/crime statistics data, or local area/zoning classification data of the location-based data for a geographical location; define lighting requirements for each of the clusters, based at least on the acquired location-based data; associate the lighting units to the clusters from location information for the lighting units; map the lighting units to the lighting requirements; and implement the lighting requirements of the clusters associated with each of the lighting units. a central control apparatus ; a plurality of lighting unit control apparatus , each adapted to control an individual lighting unit or a group of lighting units of the outdoor lighting network; and a communication system operably connecting the central control apparatus and the plurality of lighting unit control apparatus ; acquire location-based data selected from the group consisting of regulatory data, security data/crime statistics data, and local area/zoning classification data associated with a location; define, from the location-based data, clusters comprising geographical locations, wherein a cluster represents a specific characteristic of the regulatory data, security data/crime statistics data, or local area/zoning classification data of the location-based data for a geographical location; define lighting requirements for each of the clusters, based at least on the acquired location-based data; associate the lighting units to the clusters from location information for the lighting units; map the lighting units to the lighting requirements; and implement the lighting requirements of the clusters associated with each of the lighting units.
An ink jet card printer comprising: an inkjet print head configured to perform a print operation on a card , which is supported in a print position along a processing axis ; a gantry configured to move the print head through a print zone during printing operations; and a card feeder comprising: a feeder frame ; a first pinch roller pair supported by the feeder frame and configured to feed individual cards along a card feed axis ; and characterized in that the ink jet card printer comprises a lift mechanism configured to move the feeder frame and the first pinch roller pair between a lowered position, in which the card feeder is displaced from the print zone , and a raised position, in which at least a portion of the card feeder extends into the print zone and in which the card feeder is configured to deliver cards to a card transport . an inkjet print head configured to perform a print operation on a card , which is supported in a print position along a processing axis ; a gantry configured to move the print head through a print zone during printing operations; and a card feeder comprising: a feeder frame ; a first pinch roller pair supported by the feeder frame and configured to feed individual cards along a card feed axis ; and characterized in that the ink jet card printer comprises a lift mechanism configured to move the feeder frame and the first pinch roller pair between a lowered position, in which the card feeder is displaced from the print zone , and a raised position, in which at least a portion of the card feeder extends into the print zone and in which the card feeder is configured to deliver cards to a card transport . a feeder frame ; a first pinch roller pair supported by the feeder frame and configured to feed individual cards along a card feed axis ; and characterized in that the ink jet card printer comprises a lift mechanism configured to move the feeder frame and the first pinch roller pair between a lowered position, in which the card feeder is displaced from the print zone , and a raised position, in which at least a portion of the card feeder extends into the print zone and in which the card feeder is configured to deliver cards to a card transport .
A method of wireless communication by a base station, comprising: determining a set of antenna ports at the base station that are quasi co-located, QCL, wherein the determination is based on one or more of an angle of arrival at the base station, angle of departure from the base station, and a beam width for each antenna port of the set of antenna ports; transmitting QCL information to a user equipment, UE, indicating that the set of antenna ports are determined to be QCL; and characterized by further comprising: receiving feedback from the UE indicating whether the set of antenna ports at the base station are QCL. determining a set of antenna ports at the base station that are quasi co-located, QCL, wherein the determination is based on one or more of an angle of arrival at the base station, angle of departure from the base station, and a beam width for each antenna port of the set of antenna ports; transmitting QCL information to a user equipment, UE, indicating that the set of antenna ports are determined to be QCL; and characterized by further comprising: receiving feedback from the UE indicating whether the set of antenna ports at the base station are QCL.
A rotor blade shell for a rotor blade of a wind energy installation, wherein the rotor blade shell extends, in a longitudinal direction (L), from a root of the shell to a tip of the shell and, in a transverse direction (Q), from a trailing edge of the shell to a leading edge of the shell , and wherein the rotor blade shell comprises a layer system which extends in the longitudinal direction (L), which layer system comprises at least one core layer and two laminates which are arranged on sides of the core layer which are opposite to one another, wherein - a part of the core layer in a first portion (A) of the rotor blade shell is formed by a rotor blade spar cap which extends in the longitudinal direction (L) and which terminates at an end (a) of the first portion (A) which faces towards the tip of the shell, and - at least one of the two laminates in a second portion (B) of the rotor blade shell , which second portion (B) of the rotor blade shell is joined onto the first portion (A) at the end (a) of the first portion (A) which faces towards the tip of the shell and which second portion (B) extends substantially to the tip of the shell, comprises at least one fibre layer which extends in the transverse direction (Q) from the trailing edge of the shell to the leading edge of the shell , characterised in that the at least one fibre layer contains fibres, a predominant part of which, preferably more than 60%, in particular more than 80%, extends in the longitudinal direction (L), in that the first portion (A) comprises a transition region (U) at the end (a) which faces towards the tip of the shell, in which transition region (U) the rotor blade spar cap becomes narrower, and in that fibre layers extend from the second portion (B) at least partially into the transition region (U), wherein the number of fibre layers with fibres, a predominant part of which extends in the longitudinal direction (L), increases from the transition region (U) to the second portion (B). - a part of the core layer in a first portion (A) of the rotor blade shell is formed by a rotor blade spar cap which extends in the longitudinal direction (L) and which terminates at an end (a) of the first portion (A) which faces towards the tip of the shell, and - at least one of the two laminates in a second portion (B) of the rotor blade shell , which second portion (B) of the rotor blade shell is joined onto the first portion (A) at the end (a) of the first portion (A) which faces towards the tip of the shell and which second portion (B) extends substantially to the tip of the shell, comprises at least one fibre layer which extends in the transverse direction (Q) from the trailing edge of the shell to the leading edge of the shell ,
Diaphragm valve which comprises a diaphragm , a hood and a piston rod , wherein a support assembly acts on the diaphragm , wherein the support assembly is formed from foldable elements , wherein the piston rod has a moulding for a rolling movement of the elements and a special receptacle, and the elements are movably mounted on the piston rod , as a result of which the moulding of the piston rod enables the elements to roll along for a folding movement between an open position and a closed position, wherein the elements have a roundness on one side, and a wedge shape on the other side, wherein the wedge shape is provided for resting on the hood in order to delimit the diaphragm movement.
An apparatus comprising: an accelerator (8305; 6900); a local memory (6903, ..., 690N) comprising a plurality of stacked dynamic random access memory, DRAM, dies (8301-8304); a silicon bridge to couple the accelerator to the plurality of stacked DRAM dies (8301-8304), wherein connections between the accelerator and the plurality of stacked DRAM dies (8301-8304) run through the silicon bridge ; the accelerator comprising: a plurality of processing elements (6901, ..., 690N) to perform processing tasks allocated by an external processor; a cache coherent interface to couple the accelerator to the external processor, the cache coherent interface to ensure that data stored in the local memory (6903, ..., 690N) and/or an accelerator cache is coherent with data stored in a system memory and caches (6914-6915; 6962) of the external processor; and logic to map a virtual memory space to heterogeneous forms of physical system memory including the local memory (6903, ..., 690N) and the system memory , wherein the accelerator and the external processor to both use the virtual memory space to access corresponding portions of the local memory (6903, ..., 690N) and the system memory , wherein the accelerator is to maintain a data structure to track portions of memory associated with the external processor. an accelerator (8305; 6900); a local memory (6903, ..., 690N) comprising a plurality of stacked dynamic random access memory, DRAM, dies (8301-8304); a silicon bridge to couple the accelerator to the plurality of stacked DRAM dies (8301-8304), wherein connections between the accelerator and the plurality of stacked DRAM dies (8301-8304) run through the silicon bridge ; the accelerator comprising: a plurality of processing elements (6901, ..., 690N) to perform processing tasks allocated by an external processor; a cache coherent interface to couple the accelerator to the external processor, the cache coherent interface to ensure that data stored in the local memory (6903, ..., 690N) and/or an accelerator cache is coherent with data stored in a system memory and caches (6914-6915; 6962) of the external processor; and logic to map a virtual memory space to heterogeneous forms of physical system memory including the local memory (6903, ..., 690N) and the system memory , a plurality of processing elements (6901, ..., 690N) to perform processing tasks allocated by an external processor; a cache coherent interface to couple the accelerator to the external processor, the cache coherent interface to ensure that data stored in the local memory (6903, ..., 690N) and/or an accelerator cache is coherent with data stored in a system memory and caches (6914-6915; 6962) of the external processor; and logic to map a virtual memory space to heterogeneous forms of physical system memory including the local memory (6903, ..., 690N) and the system memory , wherein the accelerator and the external processor to both use the virtual memory space to access corresponding portions of the local memory (6903, ..., 690N) and the system memory , wherein the accelerator is to maintain a data structure to track portions of memory associated with the external processor.
A water flosser comprising: a main housing including a base ; a self-supporting coil (SSC) linear motor secured to the base and having a self-supporting coil ; a pump housing located in the main housing and operably connected to the SSC linear motor ; a reservoir configured to operably connect to the main housing at a location distal to the base , wherein the reservoir includes a reservoir outlet aperture .; a handle having a nozzle ; tubing operably connecting the handle to the main housing ; and a reservoir outlet check valve insertably engaging the reservoir outlet aperture , and characterised in that the reservoir outlet check valve includes an elastomeric reservoir outlet check valve body and an outlet check valve spring surrounding the elastomeric reservoir outlet check valve body . a main housing including a base ; a self-supporting coil (SSC) linear motor secured to the base and having a self-supporting coil ; a pump housing located in the main housing and operably connected to the SSC linear motor ; a reservoir configured to operably connect to the main housing at a location distal to the base , wherein the reservoir includes a reservoir outlet aperture .; a handle having a nozzle ; tubing operably connecting the handle to the main housing ; and a reservoir outlet check valve insertably engaging the reservoir outlet aperture , and characterised in that the reservoir outlet check valve includes an elastomeric reservoir outlet check valve body and an outlet check valve spring surrounding the elastomeric reservoir outlet check valve body .
A sole structure for an article of footwear , the sole structure comprising: a shell having a first layer and a second layer joined to the first layer, the second layer including a first support element defining a first void and a second support element defining a second void, the first void and the second void having a substantially similar volume; a first quantity of foam material disposed in the first void and defining a first air-filled cavity in the first support element; and a second quantity of foam material disposed in the second void and defining a second air-filled cavity in the second support element, wherein the second air-filled cavity is a different size than the first air-filled cavity. a shell having a first layer and a second layer joined to the first layer, the second layer including a first support element defining a first void and a second support element defining a second void, the first void and the second void having a substantially similar volume; a first quantity of foam material disposed in the first void and defining a first air-filled cavity in the first support element; and a second quantity of foam material disposed in the second void and defining a second air-filled cavity in the second support element, wherein the second air-filled cavity is a different size than the first air-filled cavity.
A topical composition comprising an extract of Pichia anomala and retinol; wherein the weight ratio of the extract of Pichia anomala to retinol in the composition is 1.3.
A three-frame difference target-tracking system for target track identification, the system configured to: perform a three-frame difference calculation on a first offset image , a second offset image and a reference image to generate a three-frame difference output image , wherein the three-frame difference calculation comprises generating the three-frame difference output image based on one of the following equations: abs D C − D B − abs D A / 2 ∗ sign D C ; abs D A + D B − abs D C / 2 ∗ sign D A ; or abs D A + D C − abs D B / 2 ∗ − sign D A , wherein: D A is a difference between corresponding pixels in the reference image and the second offset image , D B is a difference between corresponding pixels in the reference image and the first offset image , and D C is a difference between corresponding pixels in the first offset image and the second offset image ; and perform clutter suppression on the three-frame difference output image to generate a clutter-suppressed output image . perform a three-frame difference calculation on a first offset image , a second offset image and a reference image to generate a three-frame difference output image , wherein the three-frame difference calculation comprises generating the three-frame difference output image based on one of the following equations: abs D C − D B − abs D A / 2 ∗ sign D C ; abs D A + D B − abs D C / 2 ∗ sign D A ; or abs D A + D C − abs D B / 2 ∗ − sign D A , wherein: D A is a difference between corresponding pixels in the reference image and the second offset image , D B is a difference between corresponding pixels in the reference image and the first offset image , and D C is a difference between corresponding pixels in the first offset image and the second offset image ; and D A is a difference between corresponding pixels in the reference image and the second offset image , D B is a difference between corresponding pixels in the reference image and the first offset image , and D C is a difference between corresponding pixels in the first offset image and the second offset image ; and perform clutter suppression on the three-frame difference output image to generate a clutter-suppressed output image .
Device for the vacuum storage and vacuum transportation of wet or dry seeds under anaerobic conditions, including: - a container hermetically sealed against any type of gas, having: • at least one filling element which, when the element is in the open position, allows the container to be filled with seeds and also, when said element is in the closed position, allows the container to be hermetically sealed, and • at least one air non-return valve allowing gaseous fluidic transfer by sucking air through the valve only from the inside of the container toward the outside of the container, characterized in that it further includes: - transport and handling means associated with the container and comprising a transport bag suited to accommodating the hermetic container and which has straps forming ears to allow it to be grasped directly by a user or by lifting gear. - a container hermetically sealed against any type of gas, having: • at least one filling element which, when the element is in the open position, allows the container to be filled with seeds and also, when said element is in the closed position, allows the container to be hermetically sealed, and • at least one air non-return valve allowing gaseous fluidic transfer by sucking air through the valve only from the inside of the container toward the outside of the container, • at least one filling element which, when the element is in the open position, allows the container to be filled with seeds and also, when said element is in the closed position, allows the container to be hermetically sealed, and • at least one air non-return valve allowing gaseous fluidic transfer by sucking air through the valve only from the inside of the container toward the outside of the container, - transport and handling means associated with the container and comprising a transport bag suited to accommodating the hermetic container and which has straps forming ears to allow it to be grasped directly by a user or by lifting gear.