mhurhangee/patent-ind-claim-en huggingface dataset:
A lightning rod for protecting an antenna system , wherein the lightning rod includes a plurality of sections , wherein each section of the plurality of sections extends in a longitudinal direction less than a quarter of a wavelength according to an operating frequency of the antenna system to be protected, wherein neighboring sections of the plurality of sections are inductively coupled, characterized in that the sections of the plurality of sections are inductively coupled by inductive coupling elements , respectively, and the inductive coupling elements include air coils.
A method for providing adjustable frequency band at a wireless device, the method comprising: electrically decoupling a tuning stub from a first antenna and a second antenna of the wireless device to enable a low frequency band for the first antenna and a high frequency band for the second antenna ; and upon determining to change the low frequency band or the high frequency band, electrically coupling the tuning stub to the first antenna and the second antenna to shift the low frequency band and the high frequency band; wherein the tuning stub is electrically coupled to and decoupled from the first antenna and the second antenna using a two-state switch , and wherein the two-state switch is set to an ON state that allows current flow between the tuning stub and each of the first antenna and the second antenna or set to an OFF state to prevent current flow between the tuning stub and each of the first antenna and the second antenna . electrically decoupling a tuning stub from a first antenna and a second antenna of the wireless device to enable a low frequency band for the first antenna and a high frequency band for the second antenna ; and upon determining to change the low frequency band or the high frequency band, electrically coupling the tuning stub to the first antenna and the second antenna to shift the low frequency band and the high frequency band; wherein the tuning stub is electrically coupled to and decoupled from the first antenna and the second antenna using a two-state switch , and wherein the two-state switch is set to an ON state that allows current flow between the tuning stub and each of the first antenna and the second antenna or set to an OFF state to prevent current flow between the tuning stub and each of the first antenna and the second antenna .
A corner block , comprising: an upper convex structure arranged on a top face of the corner block, the upper convex structure extending along a length direction of the top face, with a length of the upper convex structure the same as a length of the top face; and a lower concave structure arranged on a bottom face of the corner block, the lower concave structure configured for receiving the upper convex structure of another corner block ; wherein the upper convex structure includes a pair of guiding faces extending inclined from the top face, and a connecting face connecting with the guiding faces; wherein the corner block comprises a block body , characterized in that the corner block further comprises a core embedded in the block body and a waterproof layer wrapping the core, with the waterproof layer located between the block body and the core; and a supporting member fixedly connected with the waterproof layer, and a thermal insulating layer located between the waterproof layer and the core, with the supporting member embedded in the block body. a lower concave structure arranged on a bottom face of the corner block, the lower concave structure configured for receiving the upper convex structure of another corner block ; wherein the upper convex structure includes a pair of guiding faces extending inclined from the top face, and a connecting face connecting with the guiding faces; wherein the corner block comprises a block body , characterized in that the corner block further comprises a core embedded in the block body and a waterproof layer wrapping the core, with the waterproof layer located between the block body and the core; and a supporting member fixedly connected with the waterproof layer, and a thermal insulating layer located between the waterproof layer and the core, with the supporting member embedded in the block body.
A hybrid drill bit comprising: at least one fixed blade having a plurality of cutter elements ; a rolling cutter assembly pocket formed into a hybrid bit body ; at least one rolling cutter assembly comprising a head onto which a cutter element is rotatably coupled; and a plurality of mechanical fasteners configured to securely and removably couple the at least one rolling cutter assembly to the pocket; wherein the head comprises a plurality of mechanical fastener openings ; and wherein the bit body comprises a plurality of mechanical fastener receptacles that correspond with the plurality of mechanical fastener openings of the head ; the hybrid drill bit characterised by comprising: a plurality of locking caps each configured to engage an exposed portion of a fastener and prevent relative rotation between the fastener and the rolling cutter assembly ; and a plurality of weldments engaging at least a portion of each locking cap and configured to prevent dislodgment of the caps from the fastener and to prevent relative rotation between the cap and the body , wherein the plurality of weldments comprise a first series of weldments laid down along the top of the caps and between adjacent caps to join each adjacent cap . at least one fixed blade having a plurality of cutter elements ; a rolling cutter assembly pocket formed into a hybrid bit body ; at least one rolling cutter assembly comprising a head onto which a cutter element is rotatably coupled; and a plurality of mechanical fasteners configured to securely and removably couple the at least one rolling cutter assembly to the pocket; wherein the head comprises a plurality of mechanical fastener openings ; and wherein the bit body comprises a plurality of mechanical fastener receptacles that correspond with the plurality of mechanical fastener openings of the head ; the hybrid drill bit characterised by comprising: a plurality of locking caps each configured to engage an exposed portion of a fastener and prevent relative rotation between the fastener and the rolling cutter assembly ; and a plurality of weldments engaging at least a portion of each locking cap and configured to prevent dislodgment of the caps from the fastener and to prevent relative rotation between the cap and the body , wherein the plurality of weldments comprise a first series of weldments laid down along the top of the caps and between adjacent caps to join each adjacent cap . a plurality of locking caps each configured to engage an exposed portion of a fastener and prevent relative rotation between the fastener and the rolling cutter assembly ; and a plurality of weldments engaging at least a portion of each locking cap and configured to prevent dislodgment of the caps from the fastener and to prevent relative rotation between the cap and the body , wherein the plurality of weldments comprise a first series of weldments laid down along the top of the caps and between adjacent caps to join each adjacent cap .
A vibration device comprising: a dome-shaped cover arranged so as to include a detection region of an optical detection element ; a tubular support body having an interior space for arranging the optical detection element and being connected to the cover; a vibrating body coupled to the support body and vibrating the cover with the support body interposed between the vibrating body and the cover; and a drive circuit , in a case where the cover and the support body are vibrated at substantially the same resonant frequency, in a connection portion (12a-12b) where the cover and the support body are connected, driving the vibrating body at substantially the same frequency as the resonant frequency so as to vibrate the cover and the support body in a vibration mode in which displacement of a portion on a connection portion side of the cover and displacement of a portion on a connection portion side of the support body are in opposite directions. a dome-shaped cover arranged so as to include a detection region of an optical detection element ; a tubular support body having an interior space for arranging the optical detection element and being connected to the cover; a vibrating body coupled to the support body and vibrating the cover with the support body interposed between the vibrating body and the cover; and a drive circuit , in a case where the cover and the support body are vibrated at substantially the same resonant frequency, in a connection portion (12a-12b) where the cover and the support body are connected, driving the vibrating body at substantially the same frequency as the resonant frequency so as to vibrate the cover and the support body in a vibration mode in which displacement of a portion on a connection portion side of the cover and displacement of a portion on a connection portion side of the support body are in opposite directions.
A process for the production of aromatic dihydroxy compounds of >97 wt% purity, with a general formula according to (I): a. wherein X is an alkanediyl C1-C24 organic group; b. wherein R 1 is independently selected from hydrogen, methyl or ethyl; c. wherein R 2 is independently selected from methyl or ethyl; d. wherein R 3 is independently selected from hydrogen, methoxy or ethoxy; the process comprising: carrying out a condensation reaction of i) 4-alkylphenol derivative and/or combinations thereof with ii) carbonylic compounds to produce a raw reaction product mixture, forming crystals of aromatic dihydroxy compounds by gradual evaporation directly of the solution of raw reaction product in a mixture of non-solvent alkane and solvent, whereby the gradual evaporation is at an evaporation rate that prevents precipitation, and separating said crystals. a. wherein X is an alkanediyl C1-C24 organic group; b. wherein R 1 is independently selected from hydrogen, methyl or ethyl; c. wherein R 2 is independently selected from methyl or ethyl; d. wherein R 3 is independently selected from hydrogen, methoxy or ethoxy; carrying out a condensation reaction of i) 4-alkylphenol derivative and/or combinations thereof with ii) carbonylic compounds to produce a raw reaction product mixture, forming crystals of aromatic dihydroxy compounds by gradual evaporation directly of the solution of raw reaction product in a mixture of non-solvent alkane and solvent, whereby the gradual evaporation is at an evaporation rate that prevents precipitation, and separating said crystals.
Flush distribution system made of plastic for use with a sanitary article , wherein the flush distribution system comprises a flush distributor and a fastening conduit for fastening the flush distributor to a sanitary article , wherein the flush distributor has an inlet opening , at least one outlet opening arranged at an angle to the inlet opening , and fastening means , wherein a central axis of the inlet opening of the flush distributor corresponds to a central axis of the fastening conduit , wherein the fastening conduit comprises fastening means , which fastening means of the fastening conduit correspond to the fastening means of the flush distributor , for removably attaching the flush distributor to the fastening conduit , characterized in that the fastening means of the flush distributor and of the fastening conduit are arranged and configured to allow removal and attachment of the flush distributor from and to the fastening conduit in a direction perpendicular to the central axis of the fastening conduit . wherein the flush distributor has an inlet opening , at least one outlet opening arranged at an angle to the inlet opening , and fastening means , wherein a central axis of the inlet opening of the flush distributor corresponds to a central axis of the fastening conduit , wherein the fastening conduit comprises fastening means , which fastening means of the fastening conduit correspond to the fastening means of the flush distributor , for removably attaching the flush distributor to the fastening conduit , characterized in that the fastening means of the flush distributor and of the fastening conduit are arranged and configured to allow removal and attachment of the flush distributor from and to the fastening conduit in a direction perpendicular to the central axis of the fastening conduit .
An image formation unit comprising: fixed members comprising a first fixed member and a second fixed member which are provided to face each other; a movable member ; an image generation unit mounted on the movable member and configured to receive light and generate an image based on the received light; characterized by : a heat sink mounted on the movable member and configured to dissipate heat of the image generation unit ; the movable member comprising a first movable plate interposed between the first fixed member and the second fixed member , and a second movable plate fixed to the first movable member ; a holding member configured to hold the image generation unit on the second movable plate ; fastener members configured to hold and fix the second movable plate , the holding member and the heat sink on top of each other; and a movement control unit configured to move the image generation unit and the movable member at a predetermined cycle. fixed members comprising a first fixed member and a second fixed member which are provided to face each other; a movable member ; an image generation unit mounted on the movable member and configured to receive light and generate an image based on the received light; a heat sink mounted on the movable member and configured to dissipate heat of the image generation unit ; the movable member comprising a first movable plate interposed between the first fixed member and the second fixed member , and a second movable plate fixed to the first movable member ; a holding member configured to hold the image generation unit on the second movable plate ; fastener members configured to hold and fix the second movable plate , the holding member and the heat sink on top of each other; and
A three-dimensional object detection device, comprising: an image capturing means mounted on a vehicle (V1) and comprising a lens for capturing an image behind the vehicle (V1); a three-dimensional object detection means for detecting a three-dimensional object that is present in a detection area (A1, A2) in a captured image acquired by the image capturing means ; a nighttime assessment means for assessing whether or not nighttime has fallen; and a luminance detection means for detecting the luminance of a plurality of image areas in the captured image, a luminance peak detection means for detecting, from among peaks in the luminance detected by the luminance detection means, a luminance peak with a luminance gradient less than a predetermined reference value as a luminance peak caused by a headlight of another vehicle (V2), and a luminance peak with a luminance gradient greater than or equal to the predetermined reference value as a luminance peak caused by a light source, such as a street light reflected on a road surface; and a control means for suppressing the detection of the three-dimensional object by the three-dimensional object detection means in an area within the detection area (A1, A2) in which the luminance peak caused by the light source, such as a street light reflected on the road surface is detected by the luminance peak detection means when an assessment has been made that nighttime has fallen by the nighttime assessment means . an image capturing means mounted on a vehicle (V1) and comprising a lens for capturing an image behind the vehicle (V1); a three-dimensional object detection means for detecting a three-dimensional object that is present in a detection area (A1, A2) in a captured image acquired by the image capturing means ; a nighttime assessment means for assessing whether or not nighttime has fallen; and a luminance detection means for detecting the luminance of a plurality of image areas in the captured image, a luminance peak detection means for detecting, from among peaks in the luminance detected by the luminance detection means, a luminance peak with a luminance gradient less than a predetermined reference value as a luminance peak caused by a headlight of another vehicle (V2), and a luminance peak with a luminance gradient greater than or equal to the predetermined reference value as a luminance peak caused by a light source, such as a street light reflected on a road surface; and a control means for suppressing the detection of the three-dimensional object by the three-dimensional object detection means in an area within the detection area (A1, A2) in which the luminance peak caused by the light source, such as a street light reflected on the road surface is detected by the luminance peak detection means when an assessment has been made that nighttime has fallen by the nighttime assessment means .
A computer-implemented method comprising: a) providing a set of sequence reads of cfDNA molecules, wherein the sequence reads map to a selected genomic region of a reference genome; b) determining allele frequency of a set comprising a plurality of genetic variants within the genomic region, wherein the set includes a variant of interest; c) determining a measure of variability of the allele frequency of the genetic variants in the set; d) providing a measure of variability threshold and an allele frequency threshold; e) determining if the measure of variability is below the variability threshold; and f) if the measure of variability is below the variability threshold: (i) call the variant of interest as having germline origin if the allele frequency of the variant of interest is above the allele frequency threshold, and (ii) call the variant of interest as having somatic origin if the allele frequency of the variant of interest is below the allele frequency threshold. a) providing a set of sequence reads of cfDNA molecules, wherein the sequence reads map to a selected genomic region of a reference genome; b) determining allele frequency of a set comprising a plurality of genetic variants within the genomic region, wherein the set includes a variant of interest; c) determining a measure of variability of the allele frequency of the genetic variants in the set; d) providing a measure of variability threshold and an allele frequency threshold; e) determining if the measure of variability is below the variability threshold; and f) if the measure of variability is below the variability threshold: (i) call the variant of interest as having germline origin if the allele frequency of the variant of interest is above the allele frequency threshold, and (ii) call the variant of interest as having somatic origin if the allele frequency of the variant of interest is below the allele frequency threshold. (i) call the variant of interest as having germline origin if the allele frequency of the variant of interest is above the allele frequency threshold, and (ii) call the variant of interest as having somatic origin if the allele frequency of the variant of interest is below the allele frequency threshold.
An information processing apparatus comprising: a terrain data processing unit configured to perform a terrain data process of calculating a terrain coordinate group based on terrain data, wherein in the terrain data positions and shapes of boundaries between various objects are represented by nodes, with optional links connecting adjacent nodes expressing continuity of these boundaries, and wherein the terrain coordinate group reflects a portion of an object in terms of a plurality of nodes that are describable as defining a unicursal route; and a selection processing unit configured to select nodes adjacent or close to each other on the unicursal route, and to select a node suitable to calculate a width of the object from other nodes based on a positional relationship between the selected nodes and the other nodes, wherein: the selection processing unit is further configured to select nodes suitable as an origin of a perpendicular drawn to a link connecting the selected nodes adjacent or close to each other and select a node suitable to calculate the width from the selected nodes suitable as an origin of the perpendicular; and the information processing apparatus is further configured to comprise a width calculation unit which calculates an intersection between the link and the perpendicular, and calculate a width of the object based on a positional relationship between the intersection and the node suitable to calculate the width or a distance of the perpendicular connecting the intersection and the node suitable to calculate the width. a terrain data processing unit configured to perform a terrain data process of calculating a terrain coordinate group based on terrain data, wherein in the terrain data positions and shapes of boundaries between various objects are represented by nodes, with optional links connecting adjacent nodes expressing continuity of these boundaries, and wherein the terrain coordinate group reflects a portion of an object in terms of a plurality of nodes that are describable as defining a unicursal route; and a selection processing unit configured to select nodes adjacent or close to each other on the unicursal route, and to select a node suitable to calculate a width of the object from other nodes based on a positional relationship between the selected nodes and the other nodes, the selection processing unit is further configured to select nodes suitable as an origin of a perpendicular drawn to a link connecting the selected nodes adjacent or close to each other and select a node suitable to calculate the width from the selected nodes suitable as an origin of the perpendicular; and the information processing apparatus is further configured to comprise a width calculation unit which calculates an intersection between the link and the perpendicular, and calculate a width of the object based on a positional relationship between the intersection and the node suitable to calculate the width or a distance of the perpendicular connecting the intersection and the node suitable to calculate the width.
Toaster for toasting seeds, in particular soybeans, comprising: a. a toasting housing having a toasting region through which seeds can flow from top to bottom; b. a fan which generates an air flow ; and c. a heat generator for heating the air flow ; d. at least one elongated air inlet duct arranged in the toasting housing and extending into the toasting region ; e. at least one elongated air outlet duct arranged in the toasting housing and extending into the toasting region ; wherein f. said at least one air inlet duct and said at least one air outlet duct each open into the toasting region such that g. the heated air flow entering the toasting housing can exit from the air inlet duct into the toasting region and flow through the seeds to be toasted to the air outlet duct to exit therefrom from the toasting housing , wherein the air flow flows through the toasting region and heats the seeds; and wherein h. the air flow is guided in an air circuit and the moisture releasing the seeds can accumulate in the air flow. a. a toasting housing having a toasting region through which seeds can flow from top to bottom; b. a fan which generates an air flow ; and c. a heat generator for heating the air flow ; d. at least one elongated air inlet duct arranged in the toasting housing and extending into the toasting region ; e. at least one elongated air outlet duct arranged in the toasting housing and extending into the toasting region ; wherein f. said at least one air inlet duct and said at least one air outlet duct each open into the toasting region such that g. the heated air flow entering the toasting housing can exit from the air inlet duct into the toasting region and flow through the seeds to be toasted to the air outlet duct to exit therefrom from the toasting housing , wherein the air flow flows through the toasting region and heats the seeds; and wherein h. the air flow is guided in an air circuit and the moisture releasing the seeds can accumulate in the air flow.