mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional, 3D, memory device , comprising: a substrate; a memory stack comprising interleaved conductive layers and dielectric layers above the substrate; a plurality of channel structures each extending vertically through the memory stack; a semiconductor layer above and in contact with the plurality of channel structures; a plurality of source contacts above the memory stack and in contact with the semiconductor layer; and a backside interconnect layer above the semiconductor layer comprising a source line mesh in a plan view, wherein the plurality of source contacts are distributed below and in contact with the source line mesh , characterised in that the three-dimensional memory device further comprises a plurality of contacts through the semiconductor layer, wherein a first set of the plurality of contacts are distributed below and in contact with the source line mesh ; wherein the memory stack comprises two core array regions having the channel structures and a staircase region between the two core array regions in a first lateral direction in the plan view; and wherein the backside interconnect layer further comprises a power line mesh in the plan view, and a third set of the plurality of contacts are distributed below and in contact with the power line mesh , wherein the third set of the contacts are distributed in at least one of the staircase region or a peripheral region outside of the memory array in the plan view. a substrate; a memory stack comprising interleaved conductive layers and dielectric layers above the substrate; a plurality of channel structures each extending vertically through the memory stack; a semiconductor layer above and in contact with the plurality of channel structures; a plurality of source contacts above the memory stack and in contact with the semiconductor layer; and a backside interconnect layer above the semiconductor layer comprising a source line mesh in a plan view, wherein the plurality of source contacts are distributed below and in contact with the source line mesh , characterised in that the three-dimensional memory device further comprises a plurality of contacts through the semiconductor layer, wherein a first set of the plurality of contacts are distributed below and in contact with the source line mesh ; wherein the memory stack comprises two core array regions having the channel structures and a staircase region between the two core array regions in a first lateral direction in the plan view; and wherein the backside interconnect layer further comprises a power line mesh in the plan view, and a third set of the plurality of contacts are distributed below and in contact with the power line mesh , wherein the third set of the contacts are distributed in at least one of the staircase region or a peripheral region outside of the memory array in the plan view.
A method for performing interference measurement in a wireless communication system, the method performed by a user equipment, UE, and comprising: transmitting, to the base station, capability information related to a maximum number of Channel State Information-Interference Measurement, CSI-IM, resources supported by the UE, receiving, from a base station, configuration information for a plurality CSI-IM resources via radio resource control, RRC, signaling, wherein the plurality of CSI-IM resources are candidate CSI-IM resources for the interference measurement configured to the UE and a number of the plurality of CSI-IM resources is configured based on the capability information, performing synchronization and CSI-IM tracking for the candidate CSI-IM resources; receiving, from the base station, downlink control information, wherein the downlink control information includes information related to activation of a specific CSI-IM resource among the candidate CSI-IM resources; and performing the interference measurement based on the specific CSI-IM resource. transmitting, to the base station, capability information related to a maximum number of Channel State Information-Interference Measurement, CSI-IM, resources supported by the UE, receiving, from a base station, configuration information for a plurality CSI-IM resources via radio resource control, RRC, signaling, wherein the plurality of CSI-IM resources are candidate CSI-IM resources for the interference measurement configured to the UE and a number of the plurality of CSI-IM resources is configured based on the capability information, performing synchronization and CSI-IM tracking for the candidate CSI-IM resources; receiving, from the base station, downlink control information, wherein the downlink control information includes information related to activation of a specific CSI-IM resource among the candidate CSI-IM resources; and performing the interference measurement based on the specific CSI-IM resource.
A print component comprising: a number of I/O pads , including an analog pad , to communicate operating signals for controlling operation of the print component; a fluidic ejection circuit coupled to the I/O pads and including an array of fluid actuators ; and a memory circuit coupled to the I/O pads , the memory circuit including: a memory component to store memory values associated with the print component; and characterized in that : a control circuit , in response to a sequence of operating signals being communicated by the I/O pads representing a memory read, to provide an analog signal on the analog pad representing the stored memory values corresponding to the memory read; wherein the memory circuit and the fluid ejection circuit are separate dies. a number of I/O pads , including an analog pad , to communicate operating signals for controlling operation of the print component; a fluidic ejection circuit coupled to the I/O pads and including an array of fluid actuators ; and a memory circuit coupled to the I/O pads , the memory circuit including: a memory component to store memory values associated with the print component; and characterized in that : a control circuit , in response to a sequence of operating signals being communicated by the I/O pads representing a memory read, to provide an analog signal on the analog pad representing the stored memory values corresponding to the memory read; wherein the memory circuit and the fluid ejection circuit are separate dies. a control circuit , in response to a sequence of operating signals being communicated by the I/O pads representing a memory read, to provide an analog signal on the analog pad representing the stored memory values corresponding to the memory read; wherein the memory circuit and the fluid ejection circuit are separate dies.
A vaporizer comprising: at least one capsule including: a material containing at least one active ingredient; a first covering layer and a second covering layer that are configured to cover the material , the first covering layer and the second covering layer opposing each other and being configured to direct an airflow into the first covering layer , through at least a portion of the material, and out of the second covering layer during an operational use of the at least one capsule ; an internal heating element within the at least one capsule ; and control circuitry configured to perform a classification of a type of the at least one capsule and to implement a heating of the at least one capsule via the internal heating element based on the classification to at least partially vaporize the at least one active ingredient of the material . at least one capsule including: a material containing at least one active ingredient; a first covering layer and a second covering layer that are configured to cover the material , the first covering layer and the second covering layer opposing each other and being configured to direct an airflow into the first covering layer , through at least a portion of the material, and out of the second covering layer during an operational use of the at least one capsule ; an internal heating element within the at least one capsule ; and a material containing at least one active ingredient; a first covering layer and a second covering layer that are configured to cover the material , the first covering layer and the second covering layer opposing each other and being configured to direct an airflow into the first covering layer , through at least a portion of the material, and out of the second covering layer during an operational use of the at least one capsule ; an internal heating element within the at least one capsule ; and control circuitry configured to perform a classification of a type of the at least one capsule and to implement a heating of the at least one capsule via the internal heating element based on the classification to at least partially vaporize the at least one active ingredient of the material .
A device for the external application of a local compressive force below the costal arch (R) of a patient to reduce the stomach volume, comprising - a belt which can be placed around a patient's upper body in the region of the costal arch (R) under tensile stress, and - a pressure body which is attachable to the belt and which is designed in such a way that, when in use, it exerts a compressive force on the stomach inside the patient in accordance with the tensile stress of the belt , characterized in that the belt is designed as an elastic belt, and in that the pressure body is configured as a negative impression of the costal arch, thus adapting its geometry to the anatomy of the human costal arch and, when in use, nestling into the latter. - a belt which can be placed around a patient's upper body in the region of the costal arch (R) under tensile stress, and - a pressure body which is attachable to the belt and which is designed in such a way that, when in use, it exerts a compressive force on the stomach inside the patient in accordance with the tensile stress of the belt , the belt is designed as an elastic belt, and in that the pressure body is configured as a negative impression of the costal arch, thus adapting its geometry to the anatomy of the human costal arch and, when in use, nestling into the latter.
An operating method of a repeater, the operating method comprising: receiving a first communication signal according to a first mobile communication standard; obtaining information about a frame start point of the first communication signal from the received first communication signal; generating a time division duplex, TDD, switching signal based on information about the frame start point of the received first communication signal; and controlling switching of an uplink and a downlink of the repeater that relays a second communication signal according to a second mobile communication standard based on the generated TDD switching signal, wherein the first mobile communication standard is an LTE standard or an LTE-A standard, and the second mobile communication standard is a 5G standard. receiving a first communication signal according to a first mobile communication standard; obtaining information about a frame start point of the first communication signal from the received first communication signal; generating a time division duplex, TDD, switching signal based on information about the frame start point of the received first communication signal; and controlling switching of an uplink and a downlink of the repeater that relays a second communication signal according to a second mobile communication standard based on the generated TDD switching signal, wherein the first mobile communication standard is an LTE standard or an LTE-A standard, and the second mobile communication standard is a 5G standard.
A storage and picking system , in particular for case-picking applications, for picking storage units in a fully automated manner, comprising: a rack arrangement comprising a rack block arranged stationary, wherein the rack block comprises at least one rack having a plurality of movable storage locations , wherein each of the movable storage locations is configured for buffering one of the storage units ; a driverless transport system, DTS, having a plurality of driverless transport vehicles, DTV, movable autonomously along traveling paths , wherein each of the DTV comprises a load handling device, LHD, wherein the LHD of the DTV and the movable storage locations are configured to exchange the storage units between each other; an exchange zone arranged overlappingly between the rack arrangement and the DTS so that the movable storage locations and the DTV are movable into the exchange zone and from the exchange zone ; and a control configured to adjust movements of the DTV and the movable storage locations to each other so that, at predetermined points in time, predetermined storage units are exchangeable between predetermined DTV and predetermined movable storage locations , characterized in that each of the movable storage locations comprises a storage-location base , which preferably comprises prongs, and wherein each of the DTV-LHD is formed such that the storage units are exchangeable between the storage-location bases and the DTV-LHD in a meshing manner by travelling the DTV through the movable storage-location bases within the exchange zone . a rack arrangement comprising a rack block arranged stationary, wherein the rack block comprises at least one rack having a plurality of movable storage locations , wherein each of the movable storage locations is configured for buffering one of the storage units ; a driverless transport system, DTS, having a plurality of driverless transport vehicles, DTV, movable autonomously along traveling paths , wherein each of the DTV comprises a load handling device, LHD, wherein the LHD of the DTV and the movable storage locations are configured to exchange the storage units between each other; an exchange zone arranged overlappingly between the rack arrangement and the DTS so that the movable storage locations and the DTV are movable into the exchange zone and from the exchange zone ; and a control configured to adjust movements of the DTV and the movable storage locations to each other so that, at predetermined points in time, predetermined storage units are exchangeable between predetermined DTV and predetermined movable storage locations , characterized in that each of the movable storage locations comprises a storage-location base , which preferably comprises prongs, and wherein each of the DTV-LHD is formed such that the storage units are exchangeable between the storage-location bases and the DTV-LHD in a meshing manner by travelling the DTV through the movable storage-location bases within the exchange zone .
An imaging device , comprising: an imaging optical system including a first optical system, and a second optical system provided around the first optical system and having different characteristics from the first optical system; an image sensor including a plurality of two-dimensionally arranged light reception elements; and an array lens including a two-dimensionally arranged microlenses , the array lens being arranged on the incidence surface side of the image sensor and forming pupil images of the imaging optical system on the image sensor using the respective microlens , characterized in that the array lens causes second pupil images corresponding to the second optical systems adjacent to each other among the respective pupil images formed on the image sensor by the respective microlenses to partially overlap each other on the image sensor . an imaging optical system including a first optical system, and a second optical system provided around the first optical system and having different characteristics from the first optical system; an image sensor including a plurality of two-dimensionally arranged light reception elements; and an array lens including a two-dimensionally arranged microlenses , the array lens being arranged on the incidence surface side of the image sensor and forming pupil images of the imaging optical system on the image sensor using the respective microlens , characterized in that the array lens causes second pupil images corresponding to the second optical systems adjacent to each other among the respective pupil images formed on the image sensor by the respective microlenses to partially overlap each other on the image sensor .
Method for electrically contacting a surface of an object by means of a laser beam emitted by a laser device , wherein a carrier element is arranged at a distance from the surface of the object , which carrier element carries an electrically conductive and/or a semiconductive and/or an insulating layer on its side facing the surface of the object , and wherein the preferably focused laser beam is directed either directly onto the carrier element provided with the layer or, in the case of objects to be contacted transparently for the laser wavelength, through the object transparent for the laser wavelength onto the carrier element , wherein, due to the irradiation of the laser beam , material from the electrically conductive and/or the semiconductive and/or the insulating layer is transferred to the region of the surface of the object to be provided with electrical contacting, characterized in that the laser device is moved relative to the object , wherein the carrier element is carried along with the movement of the laser device , and wherein the carrier element is actively displaced relative to the laser beam during the movement of the laser beam , wherein during the transferring process the material of the carrier element to be transferred is renewed continuously or synchronously at the location of the laser beam by the displacement of the carrier element relative to the laser beam , and wherein the carrier element is formed by a wound donor tape which is unwound during the transferring process.
A prosthetic heart valve , comprising: a collapsible and expandable stent having a proximal end, a distal end, an annulus section adjacent the proximal end and an aortic section adjacent the distal end, the stent including a plurality of struts; a cuff positioned on a luminal surface of the stent and coupled to a first group of the plurality of struts adjacent a top edge of the cuff and coupled to a second group of the plurality of struts adjacent a bottom edge of the cuff , the top edge being trimmed to closely follow the struts in the first group and the bottom edge being trimmed to closely follow the struts in the second group; a plurality of leaflets , and a buffer including a layer of material coupled to selected regions of the cuff , characterised in that the buffer includes a plurality of discrete portions , wherein the buffer is such that when the plurality of leaflets opens under pressure, the plurality of leaflets may press against the buffer instead of the cuff, thereby reducing risk of abrasion to both the cuff and the plurality of leaflets. a collapsible and expandable stent having a proximal end, a distal end, an annulus section adjacent the proximal end and an aortic section adjacent the distal end, the stent including a plurality of struts; a cuff positioned on a luminal surface of the stent and coupled to a first group of the plurality of struts adjacent a top edge of the cuff and coupled to a second group of the plurality of struts adjacent a bottom edge of the cuff , the top edge being trimmed to closely follow the struts in the first group and the bottom edge being trimmed to closely follow the struts in the second group; a plurality of leaflets , and a buffer including a layer of material coupled to selected regions of the cuff , characterised in that the buffer includes a plurality of discrete portions , wherein the buffer is such that when the plurality of leaflets opens under pressure, the plurality of leaflets may press against the buffer instead of the cuff, thereby reducing risk of abrasion to both the cuff and the plurality of leaflets.
A method for managing a link connection between nodes, comprising: setting up, by a first mobile node, link connections with a plurality of peer network nodes separately through a network interface setup process, wherein a network interface comprising at least one of Next Generation, NG, interface, F1 interface and Xn interface of Transport Network Layer, TNL interface; said method being characterised by further comprising the steps of setting up, by the first mobile node, the link connections with the plurality of peer network nodes separately through the network interface setup process comprises: dividing, by the first mobile node, a plurality of local serving cells subordinate to the first mobile node into a plurality of local cell sets; and initiating, by each of the plurality of local cell sets over a corresponding network interface, setup processes of link connections with at least two of the plurality of peer network nodes, and interacting with the at least two of the plurality of peer network nodes about respective configuration information. setting up, by a first mobile node, link connections with a plurality of peer network nodes separately through a network interface setup process, wherein a network interface comprising at least one of Next Generation, NG, interface, F1 interface and Xn interface of Transport Network Layer, TNL interface; said method being characterised by further comprising the steps of setting up, by the first mobile node, the link connections with the plurality of peer network nodes separately through the network interface setup process comprises: dividing, by the first mobile node, a plurality of local serving cells subordinate to the first mobile node into a plurality of local cell sets; and initiating, by each of the plurality of local cell sets over a corresponding network interface, setup processes of link connections with at least two of the plurality of peer network nodes, and interacting with the at least two of the plurality of peer network nodes about respective configuration information. dividing, by the first mobile node, a plurality of local serving cells subordinate to the first mobile node into a plurality of local cell sets; and initiating, by each of the plurality of local cell sets over a corresponding network interface, setup processes of link connections with at least two of the plurality of peer network nodes, and interacting with the at least two of the plurality of peer network nodes about respective configuration information.
Dental micro-applicator having an at least partially hollow body comprising a reservoir for receiving a fluid, the at least partially hollow body having a distal (2.2) and a proximal region (2.1) having a hollow application means (2.3) at the proximal end (1.1) and a flexible transition region , the reservoir having a predetermined breaking point at the proximal end (1.1) or in the direction to the proximal end (1.1), and the reservoir being arranged in a hollow body in the distal region (2.2) and the predetermined breaking point being formed by a membrane that is provided inside the flexible transition region between the distal region (2.2) and the proximal region (2.1), and the proximal (2.1) and the distal region (2.2) are interconnected via the flexible transition region , characterised in that the flexible transition region corresponds to a bellows, the membrane being destroyable through stretching the flexible transition region along the longitudinal axis.