mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device, comprising: two vertical arrangements (NMOS, PMOS) of pluralities of nanowires disposed above a substrate , each nanowire comprising a channel region and source and drain regions disposed on either side of the channel region, each plurality of nanowires in said two vertical arrangements comprising a gate stack disposed on and completely surrounding the channel region of each of the plurality of nanowires, a pair of contacts over the source and drain regions, and a pair of spacers on the plurality of nanowires between said pair of contacts and said gate stack wherein each channel region comprises an inner region having a first band gap and an outer cladding layer surrounding the inner region the cladding layer having a second, lower band gap, the cladding layer not being present around the source and drain regions of the nanowires and under the spacers wherein the gate stack comprises a gate dielectric layer disposed on and surrounding the cladding layer and a gate electrode disposed on the gate dielectric layer; wherein the plurality of nanowires in a first of said two vertical arrangements (NMOS) are of a group IlI-V material and have in the source and drain regions and under the spacers an intervening semiconductor material there between consisting of germanium, and the plurality of nanowires in the other of said two vertical arrangements (PMOS) are of germanium and have in the source and drain regions and under the spacerst an intervening semiconductor material there between consisting of a group IlI-V material. two vertical arrangements (NMOS, PMOS) of pluralities of nanowires disposed above a substrate , each nanowire comprising a channel region and source and drain regions disposed on either side of the channel region, each plurality of nanowires in said two vertical arrangements comprising a gate stack disposed on and completely surrounding the channel region of each of the plurality of nanowires, a pair of contacts over the source and drain regions, and a pair of spacers on the plurality of nanowires between said pair of contacts and said gate stack wherein each channel region comprises an inner region having a first band gap and an outer cladding layer surrounding the inner region the cladding layer having a second, lower band gap, the cladding layer not being present around the source and drain regions of the nanowires and under the spacers wherein the gate stack comprises a gate dielectric layer disposed on and surrounding the cladding layer and a gate electrode disposed on the gate dielectric layer; wherein the plurality of nanowires in a first of said two vertical arrangements (NMOS) are of a group IlI-V material and have in the source and drain regions and under the spacers an intervening semiconductor material there between consisting of germanium, and the plurality of nanowires in the other of said two vertical arrangements (PMOS) are of germanium and have in the source and drain regions and under the spacerst an intervening semiconductor material there between consisting of a group IlI-V material.
An implantable medical device for determining noise in a cardiac signal, comprising: a plurality of electrodes configured to sense the cardiac signal; and a processor configured to determine a sensing window associated with at least one cardiac event in the sensed cardiac signal, the sensing window comprising a first portion and a second portion, determine a first derivative signal of the cardiac signal within the sensing window, determine a second derivative signal of the cardiac signal within the sensing window, identify a noise event within the sensing window based at least on the analysis of amplitudes of the second derivative signal; and characterized in that the processor is further configured to determine positive going and negative going zero crossings in the first derivative signal within the first portion of the sensing window, determine amplitudes of the second derivative signal at the positive going and negative going zero crossings, determine a maximum amplitude of the determined amplitudes at the positive going zero crossings, determine a minimum amplitude of the determined amplitudes at the negative going zero crossings, and identifying the noise event within the sensing window based on at least one of the maximum amplitude and the minimum amplitude. a plurality of electrodes configured to sense the cardiac signal; and a processor configured to determine a sensing window associated with at least one cardiac event in the sensed cardiac signal, the sensing window comprising a first portion and a second portion, determine a first derivative signal of the cardiac signal within the sensing window, determine a second derivative signal of the cardiac signal within the sensing window, identify a noise event within the sensing window based at least on the analysis of amplitudes of the second derivative signal; and characterized in that the processor is further configured to determine positive going and negative going zero crossings in the first derivative signal within the first portion of the sensing window, determine amplitudes of the second derivative signal at the positive going and negative going zero crossings, determine a maximum amplitude of the determined amplitudes at the positive going zero crossings, determine a minimum amplitude of the determined amplitudes at the negative going zero crossings, and identifying the noise event within the sensing window based on at least one of the maximum amplitude and the minimum amplitude.
A method of preserving a biomaterial selected from blood, cells, tissues and organs, comprising the step of simultaneously applying a minus DC voltage and an AC voltage to the biomaterial (O), wherein said simultaneous voltage application step is carried out by placing a container that stores said biomaterial (O) on a voltage application plate made of a conductive material and supplied with said DC voltage and said AC voltage in a superposed manner by a pair of symmetrically arranged electrodes of electric wires that serve as common wires for the DC and the AC voltage, said container being made of a conductive metal or the container being a bag, and the inner side of said container bag being coated or laminated with a conductive material, and wherein the value set for the AC voltage is in the range from 500 V to 550 V and the value set for the DC voltage is about 1000 V or 3000 V in absolute value.
An optical system of a stereo video endoscope with a fixed lateral viewing direction, comprising a laterally-viewing distal optical assembly and a proximal optical assembly , wherein the proximal optical assembly comprises a left lens system channel and a right lens system channel that are designed similarly, and wherein the distal optical assembly is configured to couple incident light from an object space into the left lens system channel and into the right lens system channel of the proximal optical assembly , and wherein the distal optical assembly sequentially comprises an entrance lens , a deflection prism group and an exit lens in a direction of incident light, wherein the deflection prism group sequentially comprises a first prism and a second prism in the direction of incident light, wherein the first prism comprises a first entrance side and a first exit side at an angle relative thereto, and wherein the second prism comprises a second entrance side , a reflection side and a second exit side , wherein the first entrance side and the reflection side enclose an angle (α) that is greater than a total reflection angle (θ C ) of the second prism , wherein a first partial surface of the reflection side of the second prism is provided with a reflective coating, and a second partial surface of the reflection side is optionally uncoated or is provided with an anti-reflection coating, wherein the first and the second partial surfaces supplement each other to form the entire surface of the reflection side , characterized in that a distance between the first entrance side and the reflection side in the first partial surface is always larger than the distance between the first entrance side and the reflection side in the second partial surface .
A component whose surface is at least partially covered with a coating, wherein the coating comprises a PVD coating disposed between a first paint layer and a second paint layer, and the first paint layer forms a basecoat layer on the surface, and the second paint layer forms a topcoat layer with a topcoat thickness on the PVD coating, wherein at least the topcoat layer was made with a UV-curing paint, characterized in that , starting from the interface of the PVD coating, in a region smaller than the topcoat thickness, the topcoat layer has a smaller degree of cross-linking induced by UV light than in a part of the topcoat layer adjacent to this region.
A wireless communication terminal that communicates wirelessly, the terminal comprising: a transceiver ; and a processor , wherein the processor is configured to receive a signaling field of a PLCP Protocol Data Unit, PPDU, through the transceiver , and obtain an Address field of a MAC header included in the PPDU, wherein the Address field of the MAC header indicates a MAC address related to a MAC Protocol Data Unit, MPDU, characterized in that the processor is further configured to determine that the PPDU includes an Inter-Basic Service Set, BSS, frame, when information identifying a BSS indicated by the signaling field is the same as information identifying a BSS including the wireless communication terminal and the obtained Address field of a MAC header included in the PPDU indicates a BSS which is different from the BSS including the wireless communication terminal as a BSS from which the PPDU is transmitted, wherein the information identifying a BSS is a BSS color, and access a channel based on the determination that the PPDU includes an Inter-BSS frame. a transceiver ; and a processor , wherein the processor is configured to receive a signaling field of a PLCP Protocol Data Unit, PPDU, through the transceiver , and obtain an Address field of a MAC header included in the PPDU, wherein the Address field of the MAC header indicates a MAC address related to a MAC Protocol Data Unit, MPDU, characterized in that the processor is further configured to determine that the PPDU includes an Inter-Basic Service Set, BSS, frame, when information identifying a BSS indicated by the signaling field is the same as information identifying a BSS including the wireless communication terminal and the obtained Address field of a MAC header included in the PPDU indicates a BSS which is different from the BSS including the wireless communication terminal as a BSS from which the PPDU is transmitted, wherein the information identifying a BSS is a BSS color, and access a channel based on the determination that the PPDU includes an Inter-BSS frame.
A ceiling fan assembly comprising: a stator assembly having a non-rotating motor shaft and stator slidably and non-rotationally coupled to the non-rotating motor shaft ; a rotor assembly having a rotor comprising one or more magnets ; an upper motor housing and a lower motor housing surrounding the stator assembly and the rotor assembly; an upper bearing slidably mounted to the non-rotating motor shaft and rotatably coupling the rotor assembly to the stator assembly; a first spacer compressively retained between the upper bearing and the stator assembly to fix the sliding location of the upper bearing relative to the stator along the non-rotating motor shaft ; and a magnet seat formed in a portion of the upper motor housing and the lower motor housing configured to seat the rotor and mount the rotor to the upper motor housing and the lower motor housing . a stator assembly having a non-rotating motor shaft and stator slidably and non-rotationally coupled to the non-rotating motor shaft ; a rotor assembly having a rotor comprising one or more magnets ; an upper motor housing and a lower motor housing surrounding the stator assembly and the rotor assembly; an upper bearing slidably mounted to the non-rotating motor shaft and rotatably coupling the rotor assembly to the stator assembly; a first spacer compressively retained between the upper bearing and the stator assembly to fix the sliding location of the upper bearing relative to the stator along the non-rotating motor shaft ; and a magnet seat formed in a portion of the upper motor housing and the lower motor housing configured to seat the rotor and mount the rotor to the upper motor housing and the lower motor housing .
A laterally-sliding board , comprising: a board , wherein the board includes an upper surface , a lower surface , and a longitudinal axis ; a center wheel coupled to the lower surface of the board along the longitudinal axis, wherein the center wheel casters; a first suspension arm having a first wheel and a second suspension arm having a second wheel , wherein each suspension arm is hingedly coupled to the lower surface of the board proximal to the center wheel ; a spring interposed between the board and each suspension arm producing a force biasing rotation of each suspension arm away from the lower surface of the board, and wherein the first wheel , second wheel and the center wheel operate independently and wherein rotation of the first suspension arm is independent of rotation of the second suspension arm , and further wherein the first wheel , second wheel , the center wheel and each suspension arm are configured to cause each of a ground contact surface of the first wheel , second wheel , and center wheel to be coplanar with the board and to concurrently contact a ground surface responsive to the lower surface of the board being parallel to the ground surface; and a first device and a second device, respectively associated with the first suspension arm and the second suspension arm, and wherein each the first device and the second device independently limit travel of the first suspension arm and the second suspension arm away from the lower surface of the board . a board , wherein the board includes an upper surface , a lower surface , and a longitudinal axis ; a center wheel coupled to the lower surface of the board along the longitudinal axis, wherein the center wheel casters; a first suspension arm having a first wheel and a second suspension arm having a second wheel , wherein each suspension arm is hingedly coupled to the lower surface of the board proximal to the center wheel ; a spring interposed between the board and each suspension arm producing a force biasing rotation of each suspension arm away from the lower surface of the board, and wherein the first wheel , second wheel and the center wheel operate independently and wherein rotation of the first suspension arm is independent of rotation of the second suspension arm , and further wherein the first wheel , second wheel , the center wheel and each suspension arm are configured to cause each of a ground contact surface of the first wheel , second wheel , and center wheel to be coplanar with the board and to concurrently contact a ground surface responsive to the lower surface of the board being parallel to the ground surface; and a first device and a second device, respectively associated with the first suspension arm and the second suspension arm, and wherein each the first device and the second device independently limit travel of the first suspension arm and the second suspension arm away from the lower surface of the board .
Apparatus, comprising: a display ; and a processor , configured: to receive, from a user, an input that indicates one or more points of interest on a three-dimensional electroanatomical map , of an anatomical surface, that is displayed on the display, and to superimpose on the map , in response to the input, a plurality of contours , each one of the contours being at a different respective geodesic distance, with respect to the surface, from the one or more points of interest . a display ; and a processor , configured: to receive, from a user, an input that indicates one or more points of interest on a three-dimensional electroanatomical map , of an anatomical surface, that is displayed on the display, and to superimpose on the map , in response to the input, a plurality of contours , each one of the contours being at a different respective geodesic distance, with respect to the surface, from the one or more points of interest . to receive, from a user, an input that indicates one or more points of interest on a three-dimensional electroanatomical map , of an anatomical surface, that is displayed on the display, and to superimpose on the map , in response to the input, a plurality of contours , each one of the contours being at a different respective geodesic distance, with respect to the surface, from the one or more points of interest .
A content transport security system for a first data domain , the content transport security system adapted to be communicatively coupled to a client device in the first data domain and to transport a content file received from the client device over a communication network to a second data domain including a destination device , the content transport security system comprising: a computing platform including a processing hardware and a system memory storing a software code and a database including at least one business rule : the processing hardware configured to execute the software code to: intercept in the first data domain the content file including a content asset , during a file transfer of the content file from the client device , over the communication network , to the destination device in the second data domain ; determine an authorization status of the destination device ;decrypt the content file , using a decryption key corresponding to an encryption key available to the client device ; search the content asset for a forensic identifier ; perform at least one of an audio analysis or a visual analysis of the content asset to provide content analysis data identifying at least one of audio or imagery, respectively, included in the content asset ; assign a classification to the file transfer, based on the authorization status, a result of the searching, and the content analysis data , the classification being one of allowable, forbidden, or suspicious; and allow or block the file transfer to the destination device , based on the classification and the at least one business rule . intercept in the first data domain the content file including a content asset , during a file transfer of the content file from the client device , over the communication network , to the destination device in the second data domain ; determine an authorization status of the destination device ;decrypt the content file , using a decryption key corresponding to an encryption key available to the client device ; search the content asset for a forensic identifier ; perform at least one of an audio analysis or a visual analysis of the content asset to provide content analysis data identifying at least one of audio or imagery, respectively, included in the content asset ; assign a classification to the file transfer, based on the authorization status, a result of the searching, and the content analysis data , the classification being one of allowable, forbidden, or suspicious; and allow or block the file transfer to the destination device , based on the classification and the at least one business rule .
A joining device with wide accessibility for parts of furniture and furnishing items, between a first panel , such as a shoulder of a piece of furniture, and a second panel , such as a base or shelf of a piece of furniture, which must be moved towards each other according to an approach direction (d) in order to bring the edge (B) of one panel abutted in a tightening position against a surface (S) of the other panel, said joining device consisting of a blocking group (GB) and a connection group (GC) which can be assembled on at least one panel , said blocking group (GB) can be inserted inside a seat (S1) that is contained in the thickness (SP) of the panel on which the blocking group (GB) can be applied, said seat (S1) having a longitudinal axis (X) that is perpendicular to said direction (d), and extending from an edge (B1) towards the interior of said panels , wherein said blocking group (GB) can be actuated from at least a side of said seat (S1) contained in said panel , wherein said blocking group (GB) provides a grub screw , a casing and a toothed crown which is housed in the casing which can be positioned in a first holing of said shoulder and which controls the movement of the grub screw suitable for being engaged on said pin connection group , characterized in that said casing comprises a pair of half-shells that can be coupled with each other and each containing at least one hole which are aligned on the two half-shells and which can be aligned with a further holing of the shoulder which intersects with said first holing .
Method for actuating an automatic transmission , having a hydrodynamic torque converter provided in the automatic transmission , having a start/stop mode in a motor vehicle, wherein the transmission driven by an internal combustion engine of the motor vehicle comprises a hydraulics system having a hydraulic pressure supply and electrically controlled valves and a multiplicity of switching elements which, by impingement with pressure by a pressurized medium from the hydraulic pressure supply and actuation of the valves , are switched for adjusting different gear stages in the transmission, characterized in that when switching to a stop phase in which the internal combustion engine is switched off, a plurality or all of the electrically controlled valves are de-energized, and when switching, or directly upon switching, to a start phase in which the internal combustion engine is switched on, the electrically controlled valves for shifting to a first gear and for filling the hydrodynamic torque converter provided in the automatic transmission with the pressurized medium are impinged with an electric voltage before a build-up of a supply pressure in the hydraulic pressure supply for impinging the switching elements with pressure has been completed.
A single mode optical fiber comprising: a core comprising silica and greater than or equal to 1.5 wt% chlorine and less than .6 wt% F, said core having a refractive index Δ 1MAX , and a cladding region having refractive index Δ 2MIN surrounding the core, where Δ 1MAX > Δ 2MIN , and wherein said fiber is single moded at 1550 nm, characterized in that the core has an outer radius that is between 3 and 10 microns and exhibits an alpha-profile as relative refractive index profile, with an alpha that is greater than 10 and less than or equal to 100; and said cladding region comprises fluorine, and the molar ratio of chlorine in the core to fluorine in the cladding is greater than 1. a core comprising silica and greater than or equal to 1.5 wt% chlorine and less than .6 wt% F, said core having a refractive index Δ 1MAX , and a cladding region having refractive index Δ 2MIN surrounding the core, where Δ 1MAX > Δ 2MIN , and wherein said fiber is single moded at 1550 nm, characterized in that the core has an outer radius that is between 3 and 10 microns and exhibits an alpha-profile as relative refractive index profile, with an alpha that is greater than 10 and less than or equal to 100; and said cladding region comprises fluorine, and the molar ratio of chlorine in the core to fluorine in the cladding is greater than 1.