mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device , comprising: a pooling unit configured to implement pooling functions between convolution layers of a convolutional neural network, CNN, , the pooling unit being a hardware block comprising: a cropper circuit configured to receive a feature tensor from a convolutional layer of the CNN , the feature tensor including a plurality of blocks, wherein blocks in said plurality of blocks each represent a data value, wherein the cropper is configured to generate a cropped feature tensor from the received feature tensor by performing a cropping operation on the feature tensor , the cropped feature tensor including a plurality of data values extracted from a portion of the feature tensor ; a line buffer circuit configured to receive the data values of the cropped feature tensor from the cropper , the line buffer circuit further configured to buffer said data values in lines and to output said data values in data columns , wherein each data column includes a data value from a position in each line of the line buffer ; a column calculator circuit configured to perform column pooling operations on the data columns from the line buffer circuit ; and a row calculator circuit configured to receive data rows from the column calculator circuit and to perform row pooling operations on the data rows from the column calculator circuit , wherein the line buffer circuit is a single ported line buffer including a single input port and a single output port. a cropper circuit configured to receive a feature tensor from a convolutional layer of the CNN , the feature tensor including a plurality of blocks, wherein blocks in said plurality of blocks each represent a data value, wherein the cropper is configured to generate a cropped feature tensor from the received feature tensor by performing a cropping operation on the feature tensor , the cropped feature tensor including a plurality of data values extracted from a portion of the feature tensor ; a line buffer circuit configured to receive the data values of the cropped feature tensor from the cropper , the line buffer circuit further configured to buffer said data values in lines and to output said data values in data columns , wherein each data column includes a data value from a position in each line of the line buffer ; a column calculator circuit configured to perform column pooling operations on the data columns from the line buffer circuit ; and a row calculator circuit configured to receive data rows from the column calculator circuit and to perform row pooling operations on the data rows from the column calculator circuit , wherein the line buffer circuit is a single ported line buffer including a single input port and a single output port.
A method for a terminal to transmit scheduling request, SR, control information in a wireless communication system that supports carrier aggregation between a first base station and a second base station , comprising: receiving information on transmission of the SR control information from the first base station and the second base station ; determining a destination base station to transmit the SR control information among the first base station and the second base station based on at least one of a power headroom indicating available power by the terminal , and a condition as to whether a cell-configuring carrier aggregation is activated, if a transmission of an uplink data is needed; transmitting, to the first base station , the SR control information based on an uplink frequency of the first base station and the received information on transmission of the SR control information, if the destination base station is determined to the first base station ; after transmitting the SR control information, determining whether scheduling control information is received via a downlink frequency corresponding to the first base station for a preset period of time; and when the scheduling control information has not been received within the preset period of time, performing random access for requesting the scheduling control information to the first base station . receiving information on transmission of the SR control information from the first base station and the second base station ; determining a destination base station to transmit the SR control information among the first base station and the second base station based on at least one of a power headroom indicating available power by the terminal , and a condition as to whether a cell-configuring carrier aggregation is activated, if a transmission of an uplink data is needed; transmitting, to the first base station , the SR control information based on an uplink frequency of the first base station and the received information on transmission of the SR control information, if the destination base station is determined to the first base station ; after transmitting the SR control information, determining whether scheduling control information is received via a downlink frequency corresponding to the first base station for a preset period of time; and when the scheduling control information has not been received within the preset period of time, performing random access for requesting the scheduling control information to the first base station .
A thermal management valve module , comprising: a housing with at least one flow chamber; a first port and a second port on the housing ; a first valve body rotatably positioned in the at least one flow chamber, the first valve body including a fluid pathway that, in a first rotational position, connects the first port to the at least one flow chamber, and in a second rotational position, prevents flow from the first port, and in an intermediate position, throttles the flow from the first port to the at least one flow chamber; a second valve body rotatably positioned in the at least one flow chamber, the second valve body including a fluid pathway that in a first rotational position of the second valve body connects the second port to the at least one flow chamber, and in a second rotational position of the second valve body , prevents flow from the second port, and in an intermediate position of the second valve body , throttles the flow from the second port; and an isolating wall located in the housing between the first valve body and the second valve body , the isolating wall separating the housing into a first flow chamber and a second flow chamber that are isolated from one another, wherein the first port is a first inlet port that connects to the first flow chamber , and the second port is a second inlet port that connects to the second flow chamber ; characterised in that the thermal management valve module further comprises: first and second actuator shafts extending in the housing , the second actuator shaft is hollow and the first actuator shaft extends through the second actuator shaft , the first valve body is rotationally fixed to the first actuator shaft and the second valve body is rotationally fixed to the second actuator shaft in order to allow independent positioning of the first and second valve bodies . a housing with at least one flow chamber; a first port and a second port on the housing ; a first valve body rotatably positioned in the at least one flow chamber, the first valve body including a fluid pathway that, in a first rotational position, connects the first port to the at least one flow chamber, and in a second rotational position, prevents flow from the first port, and in an intermediate position, throttles the flow from the first port to the at least one flow chamber; a second valve body rotatably positioned in the at least one flow chamber, the second valve body including a fluid pathway that in a first rotational position of the second valve body connects the second port to the at least one flow chamber, and in a second rotational position of the second valve body , prevents flow from the second port, and in an intermediate position of the second valve body , throttles the flow from the second port; and an isolating wall located in the housing between the first valve body and the second valve body , the isolating wall separating the housing into a first flow chamber and a second flow chamber that are isolated from one another, wherein the first port is a first inlet port that connects to the first flow chamber , and the second port is a second inlet port that connects to the second flow chamber ;
A composition comprising at least: - an extract of Chrysanthellum, and - an extract of artichoke, and - an extract of blueberry, and - an extract of at least one plant-derived raw material comprising oleuropein, - and optionally synthetic piperine and/or an extract of at least one plant-derived raw material comprising piperine, for use as a drug or nutritional product in the prevention and/or treatment of chronic inflammatory bowel disease in humans or animals. - an extract of Chrysanthellum, and - an extract of artichoke, and - an extract of blueberry, and - an extract of at least one plant-derived raw material comprising oleuropein, - and optionally synthetic piperine and/or an extract of at least one plant-derived raw material comprising piperine, for use as a drug or nutritional product in the prevention and/or treatment of chronic inflammatory bowel disease in humans or animals.
A device for separating mercury and/or mercury compounds from the filter dust that accumulates in the exhaust gas during cement clinker production, comprising a preheating stage , a feed for the raw materials required for cement clinker production using the counter-current principle against the direction of the flow of the exhaust gases in the preheating stage , a rotary kiln for clinker production , and at least one filter stage for dedusting the mercury-containing exhaust gases before they escape into the atmosphere, wherein the filter stage provides mercury-laden filter dust , the filter stage is followed by a heater for heating the mercury-containing filter dust to at least 250 °C for the gaseous expulsion of the mercury from the filter dust , and the heater is configured to pass a carrier gas through the heater over the filter dust to discharge the gaseous mercury from the heater , characterized in that the heater is equipped with a peripheral loading opening and a central discharge opening for the filter dust obtained in the filter stage and comprises an indirectly heated plate inclined towards the center, which plate is rotatable about a vertical axis, the filter dust is transportable on the upper side of the rotatable, indirectly heatable plate through the heater from the loading opening in the direction of the central discharge opening , and in that at least one reactor is arranged downstream of the heater for separating mercury from the mercury-containing carrier gas . characterized in that the heater is equipped with a peripheral loading opening and a central discharge opening for the filter dust obtained in the filter stage and comprises an indirectly heated plate inclined towards the center, which plate is rotatable about a vertical axis, the filter dust is transportable on the upper side of the rotatable, indirectly heatable plate through the heater from the loading opening in the direction of the central discharge opening , and in that at least one reactor is arranged downstream of the heater for separating mercury from the mercury-containing carrier gas .
A surgical forceps configured for neuropathic skin surgery comprising a pair of handling rings at one end of a pair of handle shanks pivotably connected by means of a pivotal connection to a pair of jaws making up a jawing head ending in a bended tip wherein the jawing head comprises a curved recess in the bended section of the jawing head, and characterized in that the jaws comprise an outward bend in said bended section of the jawing head, and are configured with the ability to grab a bulb of skin.
A computer-implemented method for producing a finished dental prosthesis in a dental CAD/CAM system using material removal tools , the method comprising: - providing a dental prosthesis forming block , wherein a pin with a self-tapping outer thread is arranged on a first surface of the dental prosthesis forming block , - establishing a desired form of a finished dental prosthesis , characterized in that the method further comprises: - using a block holder , inserting and fixing the dental prosthesis forming block in the CAD/CAM system at the second surface of the prosthesis forming block, the second surface being opposite to the first surface , - producing the dental prosthesis by way of material removal from the dental prosthesis forming block using a CAD/CAM method so that the pin forms a part of the finished dental prosthesis , wherein at the end of the material removal, the dental prosthesis is only still connected to the dental prosthesis forming block via a tap , wherein the finished dental prosthesis , which is formed in a single piece together with the pin 20, can be withdrawn from the CAD/CAM system after removal of the tap . - providing a dental prosthesis forming block , wherein a pin with a self-tapping outer thread is arranged on a first surface of the dental prosthesis forming block , - establishing a desired form of a finished dental prosthesis , characterized in that the method further comprises: - using a block holder , inserting and fixing the dental prosthesis forming block in the CAD/CAM system at the second surface of the prosthesis forming block, the second surface being opposite to the first surface , - producing the dental prosthesis by way of material removal from the dental prosthesis forming block using a CAD/CAM method so that the pin forms a part of the finished dental prosthesis , wherein at the end of the material removal, the dental prosthesis is only still connected to the dental prosthesis forming block via a tap , wherein the finished dental prosthesis , which is formed in a single piece together with the pin 20, can be withdrawn from the CAD/CAM system after removal of the tap . - using a block holder , inserting and fixing the dental prosthesis forming block in the CAD/CAM system at the second surface of the prosthesis forming block, the second surface being opposite to the first surface , - producing the dental prosthesis by way of material removal from the dental prosthesis forming block using a CAD/CAM method so that the pin forms a part of the finished dental prosthesis , wherein at the end of the material removal, the dental prosthesis is only still connected to the dental prosthesis forming block via a tap , wherein the finished dental prosthesis , which is formed in a single piece together with the pin 20, can be withdrawn from the CAD/CAM system after removal of the tap .
A dressing for treating a tissue site, the dressing comprising a tissue interface having: a first side , a second side , and a first thickness from the first side to the second side ; a plurality of blind apertures disposed in the first side , each of the blind apertures having a second thickness from the first side to the second side ; and the tissue interface having a first density at the first thickness and a second density at the second thickness ; wherein the second thickness is less than the first thickness , and the second density is higher than the first density. a first side , a second side , and a first thickness from the first side to the second side ; a plurality of blind apertures disposed in the first side , each of the blind apertures having a second thickness from the first side to the second side ; and the tissue interface having a first density at the first thickness and a second density at the second thickness ; wherein the second thickness is less than the first thickness , and the second density is higher than the first density.
A portable hand router suitable for making cavities on a surface of a board , said cavities being intended for receiving a connector for joining two boards and comprising a channel having a first width (W1) at the level of the surface and a second width (W2) at a deeper level, said second width (W2) being greater than said first width (W1) and said channel being framed between two boreholes having a diameter corresponding to said second width (W2), said router comprising a planar base defining a main support plane for applying the router against the surface of the board, a frame , a motor body assembled in said frame , said motor body comprising a milling cutter arbor extending in an axial direction perpendicular to said planar base , a milling cutter assembled at the end of said milling cutter arbor, a window made in said planar base and arranged such that said milling cutter can emerge through said window by means of a movement of said milling cutter Z arbor in the axial direction, axial guiding means configured such that said motor body Z is moveable in the axial direction from an axial rest position, in which said milling cutter does not project through said window , to at least one axial working position in which said milling cutter projects through said window , and transverse guiding means configured such that said motor body is moveable in a transverse direction, perpendicular to said axial direction, and thereby moving said milling cutter arbor in said transverse direction, said portable hand router comprising a mechanical limiting device configured such that said mechanical limiting device circumscribes the movement of the milling cutter arbor in the transverse direction within at least one predetermined path while the motor body is in the axial working position, said portable hand router comprising a mechanical locking device configured such that said mechanical locking device locks said axial working position while the milling cutter arbor is moved in the transverse direction along said at least one predetermined path, characterized in that said mechanical locking device is formed by a slide integral with said motor body and a guiding structure integral with said planar base , respective coupling parts being provided in said slide and in said guiding structure , respectively, said coupling parts being configured for cooperating with one another when the motor body is in the axial working position, such that the coupling part of the slide can move relatively with respect to the coupling part of the guiding structure in said transverse direction but is locked with respect to same in said axial direction.
Process for operating a security element having a processor and a memory on which an operating system , which comprises an operating system kernel and at least one additional operating system module for providing optional operating system functionalities, and at least one access authorization assigned to the operating system module are stored, which authorization determines whether the operating system module can be accessed during operation of the security element , comprising the following process steps: maintenance, on the security element , of a module list in which an activation state of the at least one additional operating system module is listed in addition to the at least one additional operating system module ; requesting of the module list by a server in order to determine the activation state of the operating system modules ; modification, by the security element , of an access authorization stored in the memory to at least one of the additional operating system modules for providing optional operating system functionalities in response to receiving a message from the server to enable or disable the access to the at least one additional operating system module . maintenance, on the security element , of a module list in which an activation state of the at least one additional operating system module is listed in addition to the at least one additional operating system module ; requesting of the module list by a server in order to determine the activation state of the operating system modules ; modification, by the security element , of an access authorization stored in the memory to at least one of the additional operating system modules for providing optional operating system functionalities in response to receiving a message from the server to enable or disable the access to the at least one additional operating system module .
A composition for use in enhancing cognitive function in an animal wherein cognitive decline is caused by damage from disease or changes in brain function, comprising: one or more unsaturated fatty acids (UFA) and one or more nitric oxide releasing compounds (NORC) in an amount effective for enhancing cognitive and related functions in an animal; wherein the composition comprises from 0.1% to 50% UFA and wherein the composition comprises from 0.1% to 20% NORC; wherein the composition is administered on a regular or extended regular basis, optionally wherein the composition is administered to the animal on a daily basis. one or more unsaturated fatty acids (UFA) and one or more nitric oxide releasing compounds (NORC) in an amount effective for enhancing cognitive and related functions in an animal; wherein the composition comprises from 0.1% to 50% UFA and wherein the composition comprises from 0.1% to 20% NORC; wherein the composition is administered on a regular or extended regular basis, optionally wherein the composition is administered to the animal on a daily basis.
A method executed by a terminal device for indicating a physical cell identifier, PCI, applied to LTE communications system, comprising: determining , by the terminal device according to a first broadcast message sent by a base station, a PCI of a target cell in which the terminal device is located, wherein the first broadcast message comprises a primary synchronization signal PSS sequence and a secondary synchronization signal SSS sequence that are used to indicate the PCI of the target cell; determining a first scrambling code according to the PCI of the target cell, wherein the first scrambling code is used to descramble the received broadcast message; and determining an extended PCI of the target cell according to a second broadcast message sent by the base station, wherein the second broadcast message carries extended PCI information of the target cell, and the second broadcast message is parsed according to the first scrambling code, wherein the extended PCI identifies the target cell, or a combination of the extended PCI and the PCI of the target cell identifies the target cell, characterized in that the extended PCI is a cell identity of a global cell identity; or the extended PCI is a combination of a cell identity of a global cell identity and all bits or some bits of a location area identity of the global cell identity; and the extended PCI or the combination of the extended PCI and the PCI of the target cell is used within a specific area to distinguish cells with a same PCI. determining , by the terminal device according to a first broadcast message sent by a base station, a PCI of a target cell in which the terminal device is located, wherein the first broadcast message comprises a primary synchronization signal PSS sequence and a secondary synchronization signal SSS sequence that are used to indicate the PCI of the target cell; determining a first scrambling code according to the PCI of the target cell, wherein the first scrambling code is used to descramble the received broadcast message; and determining an extended PCI of the target cell according to a second broadcast message sent by the base station, wherein the second broadcast message carries extended PCI information of the target cell, and the second broadcast message is parsed according to the first scrambling code, wherein the extended PCI identifies the target cell, or a combination of the extended PCI and the PCI of the target cell identifies the target cell, characterized in that the extended PCI is a cell identity of a global cell identity; or the extended PCI is a combination of a cell identity of a global cell identity and all bits or some bits of a location area identity of the global cell identity; and the extended PCI or the combination of the extended PCI and the PCI of the target cell is used within a specific area to distinguish cells with a same PCI.