mhurhangee/patent-ind-claim-en huggingface dataset:
A tobacco roaster, comprising a heating rod , a slidable cover , a smoke tube ; wherein: the heating rod is retractable, and comprises a through hole and an air passage communicating with the through hole; the heating rod is configured to heat a tobacco material to produce smoke, and the smoke enters the air passage via the through hole; the slidable cover is disposed on a surface of the device, and is configured to control the heating rod to extend out of or retract into the device; the smoke tube is fixed in the device; characterized in that: the tobacco roaster further comprises a connecting sleeve , a guide tube , a fixed screw , and a sliding sleeve ; the connecting sleeve comprises a thermal insulation material and is fixedly disposed between the heating rod and the guide tube ; a lower end of the guide tube is removably disposed in the smoke tube , and the guide tube is movable with respect to the smoke tube ; the connecting sleeve is disposed in the sliding sleeve ; the fixed screw runs through the slidable cover and is screwed on the sliding sleeve thus fixing the connecting sleeve and the sliding sleeve ; and the slidable cover is configured to drive the heating rod to move. the heating rod is retractable, and comprises a through hole and an air passage communicating with the through hole; the heating rod is configured to heat a tobacco material to produce smoke, and the smoke enters the air passage via the through hole; the slidable cover is disposed on a surface of the device, and is configured to control the heating rod to extend out of or retract into the device; the smoke tube is fixed in the device; the tobacco roaster further comprises a connecting sleeve , a guide tube , a fixed screw , and a sliding sleeve ; the connecting sleeve comprises a thermal insulation material and is fixedly disposed between the heating rod and the guide tube ; a lower end of the guide tube is removably disposed in the smoke tube , and the guide tube is movable with respect to the smoke tube ; the connecting sleeve is disposed in the sliding sleeve ; the fixed screw runs through the slidable cover and is screwed on the sliding sleeve thus fixing the connecting sleeve and the sliding sleeve ; and the slidable cover is configured to drive the heating rod to move.
A target object recognition device comprising: a plurality of calculation processing units configured to calculate an attitude state of a target object in a prescribed space region in which a plurality of target objects is able to be arranged, each calculation processing unit calculating the attitude state of the target object using a different technique; a state recognition unit configured to recognize a layout state, whether the layout state is an aligned state or a bulk state, of all of the plurality of target objects arranged in the space region; a method determination unit configured to determine a method for using calculation results of the plurality of calculation processing units depending on a recognition result of the state recognition unit ; and a target object recognition unit configured to recognize the attitude state of the target object by the method for using the calculation results determined by the method determination unit . a plurality of calculation processing units configured to calculate an attitude state of a target object in a prescribed space region in which a plurality of target objects is able to be arranged, each calculation processing unit calculating the attitude state of the target object using a different technique; a state recognition unit configured to recognize a layout state, whether the layout state is an aligned state or a bulk state, of all of the plurality of target objects arranged in the space region; a method determination unit configured to determine a method for using calculation results of the plurality of calculation processing units depending on a recognition result of the state recognition unit ; and a target object recognition unit configured to recognize the attitude state of the target object by the method for using the calculation results determined by the method determination unit .
An electric guitar comprising: a main body that comprises a solid body and comprises a protrusion ; a protrusion rigidity reinforcing member that is attached to a back surface of the main body and comprises a first end part and a second end part ; and a neck that is attached to a front surface of the main body and extends along a central axis (CX) of the main body , the central axis (CX) extending in a direction orthogonal to a thickness direction of the main body , wherein at least a part of the protrusion rigidity reinforcing member is fixed to a connecting portion between the protrusion and another portion of the main body , characterized in that the first end part and the second end part are disposed on opposite sides of the central axis (CX) of the main body with sandwiching the central axis therebetween (CX). a main body that comprises a solid body and comprises a protrusion ; a protrusion rigidity reinforcing member that is attached to a back surface of the main body and comprises a first end part and a second end part ; and a neck that is attached to a front surface of the main body and extends along a central axis (CX) of the main body , the central axis (CX) extending in a direction orthogonal to a thickness direction of the main body , wherein at least a part of the protrusion rigidity reinforcing member is fixed to a connecting portion between the protrusion and another portion of the main body , characterized in that the first end part and the second end part are disposed on opposite sides of the central axis (CX) of the main body with sandwiching the central axis therebetween (CX).
A welding wire formed from an AA5356 aluminum-magnesium alloy comprising, by weight: 4.5% to 5.5% magnesium; 0.10% or less copper; 0.05 to 0.20% manganese; 0.05 to 0.20% chromium 0.10% or less zinc; 0.06 to 0.20% titanium; 0.0003% or less beryllium; boron; 0.12% or less, by weight, iron; and 0.12% or less, by weight, silicon; 0.05% or less each other element with a total of less than 0.15% of each other element, the remainder being aluminum and wherein the weight ratio of titanium to boron is 25:1 or greater. 4.5% to 5.5% magnesium; 0.10% or less copper; 0.05 to 0.20% manganese; 0.05 to 0.20% chromium 0.10% or less zinc; 0.06 to 0.20% titanium; 0.0003% or less beryllium; boron; 0.12% or less, by weight, iron; and 0.12% or less, by weight, silicon; 0.05% or less each other element with a total of less than 0.15% of each other element, the remainder being aluminum and wherein the weight ratio of titanium to boron is 25:1 or greater.
Device for separating a rod-shaped segment in the tobacco processing industry from a strand, comprising - a cutting unit with a cutting blade, and - a strand holder which forms a counter bearing for the strand during the separation of the segment by the cutting blade, wherein - the cutting unit is designed and adapted in such a way that the cutting blade cuts the strand over its entire diameter during the cutting operation, characterized in that - a manipulation unit manipulating the cut surface of the segment is provided, which is arranged downstream of the cutting unit with respect to a transport direction (T) of the segment and is suitable for actively removing a burr from the cut surface afterwards. - a cutting unit with a cutting blade, and - a strand holder which forms a counter bearing for the strand during the separation of the segment by the cutting blade, wherein - the cutting unit is designed and adapted in such a way that the cutting blade cuts the strand over its entire diameter during the cutting operation, - a manipulation unit manipulating the cut surface of the segment is provided, which is arranged downstream of the cutting unit with respect to a transport direction (T) of the segment and is suitable for actively removing a burr from the cut surface afterwards.
An optical detection system, comprising: an analog-to-digital conversion (ADC) block comprising at least one input channel, the ADC block configured to receive an electrical signal obtained from a corresponding photosensitive detector and configured to provide a digital output comprising samples, the samples being a discrete-time representation of the input determined by a conversion resolution and a conversion rate defined by the at least one input channel; and a signal processor circuit configured to receive the digital output from the ADC block and to identify at least one temporal window within the ADC output corresponding to a feature, the signal processor circuit comprising a further digital output to provide an abbreviated representation based on the at least one temporal window including the feature, the further digital output transmitting the abbreviated representation, wherein the signal processor circuit is configured to provide the abbreviated representation based on a first threshold and a second threshold, wherein the signal processor circuit is configured to apply the first threshold to the digital output to preserve samples including and adjacent to samples exceeding the first threshold thereby defining a duration of the at least one temporal window corresponding to the feature and wherein the signal processor circuit is further configured to apply the second threshold to samples within the at least one temporal window thereby defining samples to preserve within the at least one temporal window. an analog-to-digital conversion (ADC) block comprising at least one input channel, the ADC block configured to receive an electrical signal obtained from a corresponding photosensitive detector and configured to provide a digital output comprising samples, the samples being a discrete-time representation of the input determined by a conversion resolution and a conversion rate defined by the at least one input channel; and a signal processor circuit configured to receive the digital output from the ADC block and to identify at least one temporal window within the ADC output corresponding to a feature, the signal processor circuit comprising a further digital output to provide an abbreviated representation based on the at least one temporal window including the feature, the further digital output transmitting the abbreviated representation, wherein the signal processor circuit is configured to provide the abbreviated representation based on a first threshold and a second threshold, wherein the signal processor circuit is configured to apply the first threshold to the digital output to preserve samples including and adjacent to samples exceeding the first threshold thereby defining a duration of the at least one temporal window corresponding to the feature and wherein the signal processor circuit is further configured to apply the second threshold to samples within the at least one temporal window thereby defining samples to preserve within the at least one temporal window.
A method for coding a sequence of digitized images (I), wherein the sequence is a video stream and a motion compensation process is performed, said motion compensation process using motion vectors (MV) between image blocks (B1, B2, B3) referring to a number of pixels in a current image (I) and reference blocks (R1, R2, R3) referring to a number of pixels in a reference image (RI), said reference image (RI) being based on one or more images (I) out of the sequence, where for each image block (B1, B2, B3) of at least a part of the current image (I) a temporal prediction based on a corresponding reference block (R1, R2, R3) indicated by a motion vector (MV) is performed, resulting in a prediction error between the image block (B1, B2, B3) and the corresponding reference block (R1, R2, R3), where said prediction error is coded; characterised in that the current image (I) in the sequence is divided into several image areas (IA1, IA2, IA3, IA4), each reference area (RA1, RA2, RA3, RA4) in the reference image (RI) being associated with a different image area (IA1, IA2, IA3, IA4), wherein the temporal prediction of each image block (B1, B2, B3) in each image area (IA1, IA2, IA3, IA4) is based on a reference block (R1, R2, R3) at least partially located in the reference area (RA1, RA2, RA3, RA4) associated with the image area (IA1, IA2, IA3, IA4) and exclusively including pixel information from this reference area (RA1, RA2, RA3, RA4).
Device for inspecting an end face of a rod-shaped smoking article , wherein the smoking articles can be fed on a guide means in a longitudinally axial arrangement and can be conveyed away transversely axially from the longitudinally axial guide means via a transverse conveyor , comprising - a camera , which is adapted to record images of the end face positioned in a recording position (III), and - an electronic signal processing device for evaluating the images recorded by the camera , characterized in that - a position sensor directed to a measuring position (II) is provided, which generates a signal when the smoke articles are conveyed through the measuring position (II) and transmits it to the camera , and - the camera can be triggered and/or moved into a triggering position depending on the signal of the position sensor . - a camera , which is adapted to record images of the end face positioned in a recording position (III), and - an electronic signal processing device for evaluating the images recorded by the camera , characterized in that - a position sensor directed to a measuring position (II) is provided, which generates a signal when the smoke articles are conveyed through the measuring position (II) and transmits it to the camera , and - the camera can be triggered and/or moved into a triggering position depending on the signal of the position sensor .
Concrete mix containing aggregates with mixed demolition granulate and slag granulate, cement, water and concrete plasticizer, characterized in that the aggregates consist of at least 75 percent by volume of mixed demolition granulate and slag granulate, that the slag granulate is electric arc furnace slag granulate and the weight ratio of electric arc furnace slag granulate to mixed demolition granulate is in a range from a minimum of 1:1 to a maximum of 2:1.
Use of at least one enzyme catalyzing the hydrolysis of gluten for the implementation of a process of preparation of a glucose syrup having an immunostimulatory protein content comprised in the gluten, in particular gliadins and glutenins, lower than 20 ppm, from cereal starch chosen from the group of wheat, barley, rye and spelt, by contacting said at least one enzyme with: - a liquefact cereal starch milk in the hydrolysis phase to obtain a saccharifact, or - a saccharifact, optionally purified, of said cereal starch, said liquefact or said saccharifact comprising a gluten content comprised from 20 to 400 ppm, said enzyme being a prolyl endopeptidase, the quantity of said enzyme being 2 ppm, or comprised from 3 to 20 ppm, said immunostimulatory protein content being determined by the ELISA method with the R5 antibody. - a liquefact cereal starch milk in the hydrolysis phase to obtain a saccharifact, or - a saccharifact, optionally purified, of said cereal starch,
A lighting system comprising a lighting device adapted to illuminate a vehicle interior space and a light source assembly , the lighting device comprising at least two optical output modules for jointly providing transformable output light, wherein a first optical output module comprises optical elements configured to redirect incoming light to produce diffuse light, and a second optical output module comprises optical elements configured to redirect incoming light to produce light with higher contrast than the diffuse light produced by the first optical output module , wherein the first optical output module and the second optical output module are arranged to receive incoming light from the light source assembly in such a way that when the first optical output module receives incoming light of one of gradually increasing and gradually decreasing intensity, the second optical output module receives incoming light of the other one of gradually increasing and gradually decreasing intensity such that the contrast of the output light from the lighting device is gradually transformed from one of a diffuse light output and a light output with higher contrast than the diffuse light to the other one of a diffuse light output and a light output with higher contrast than the diffuse light, wherein the lighting device is responsive to transform the output light based on a detected user scenario being based on detected usage or intended usage of vehicle interior components or based on the present state of the vehicle . the first optical output module and the second optical output module are arranged to receive incoming light from the light source assembly in such a way that when the first optical output module receives incoming light of one of gradually increasing and gradually decreasing intensity, the second optical output module receives incoming light of the other one of gradually increasing and gradually decreasing intensity such that the contrast of the output light from the lighting device is gradually transformed from one of a diffuse light output and a light output with higher contrast than the diffuse light to the other one of a diffuse light output and a light output with higher contrast than the diffuse light, wherein the lighting device is responsive to transform the output light based on a detected user scenario being based on detected usage or intended usage of vehicle interior components or based on the present state of the vehicle .
A clamp for mounting to a cable , wherein the clamp has attachment means for connecting to a pipeline , the clamp comprises: - plural clamp segments each with a curved section , the clamp having a length arranged in parallel to the longitudinal direction of the cable when the clamp is mounted to the cable and - tension devices connecting the clamp segments to each other to form a cylindrically shaped attachment area for accommodation of the cable in contact with the curved sections , and wherein plural tension devices are spaced in the length direction of the clamp thereby providing for an even distribution of the clamping force onto the cable , characterized in that each tension device comprises a locking part for connecting two clamp segments to each other and a spring part to provide the clamping force to the cable . - plural clamp segments each with a curved section , the clamp having a length arranged in parallel to the longitudinal direction of the cable when the clamp is mounted to the cable and - tension devices connecting the clamp segments to each other to form a cylindrically shaped attachment area for accommodation of the cable in contact with the curved sections , and
A neodymium-iron-boron magnetic material, comprising, by mass percentage, the following components: 29.5-31.5 wt.% of R, with RH > 1.5 wt.%, 0.05-0.25 wt.% of Cu, 0.42-2.6 wt.% of Co, 0.20-0.3 wt.% of Ga, 0.25-0.3 wt.% of N, including one or more of Zr, and Ti, 0.46-0.6 wt.% of Al or Al ≤ 0.04 wt.%, exclusive of 0 wt.%, 0.98-1 wt.% of B, 64-68 wt.% of Fe, wherein R is a rare earth element and includes at least Nd and RH, and RH is a heavy rare earth element and includes Tb; the mass ratio of Tb to Co is less than or equal to 15, exclusive of 0. 0.05-0.25 wt.% of Cu, 0.42-2.6 wt.% of Co, 0.20-0.3 wt.% of Ga, 0.25-0.3 wt.% of N, including one or more of Zr, and Ti, 0.46-0.6 wt.% of Al or Al ≤ 0.04 wt.%, exclusive of 0 wt.%, 0.98-1 wt.% of B, 64-68 wt.% of Fe, wherein R is a rare earth element and includes at least Nd and RH, and RH is a heavy rare earth element and includes Tb; the mass ratio of Tb to Co is less than or equal to 15, exclusive of 0.
A method for manufacturing a filter , in particular a filter intended for the air filtration for a motor vehicle, the method comprising the steps consisting in: a) Unwinding a strip of filtering medium including synthetic, nonwoven fibers having two longitudinal edges and guiding the strip in an advance direction, then in this advance direction b) Making a plurality of creases on the strip of filtering medium according to a direction transverse to the longitudinal edges , then c) Raising the temperature of two longitudinal areas each disposed proximate to a longitudinal edge of the strip of filtering medium so as to cause the melting thereof, and afterwards d) Folding the strip of filtering medium along each crease such that a portion of a longitudinal area disposed upstream of a crease in the advance direction of the strip of filtering medium is heat-welded with a portion of a longitudinal area disposed downstream of this crease in the advance direction of the strip . a) Unwinding a strip of filtering medium including synthetic, nonwoven fibers having two longitudinal edges and guiding the strip in an advance direction, then in this advance direction b) Making a plurality of creases on the strip of filtering medium according to a direction transverse to the longitudinal edges , then c) Raising the temperature of two longitudinal areas each disposed proximate to a longitudinal edge of the strip of filtering medium so as to cause the melting thereof, and afterwards d) Folding the strip of filtering medium along each crease such that a portion of a longitudinal area disposed upstream of a crease in the advance direction of the strip of filtering medium is heat-welded with a portion of a longitudinal area disposed downstream of this crease in the advance direction of the strip .
Method for providing real-time information about the cardiac and/or respiratory performance of an individual, comprising the steps of: a) subjecting said individual to a cardiopulmonary stress test suitable for detecting, over time, a respiratory rate and other cardiac or respiratory parameters of said individual; b) determining respective characteristic curves of said individual, with said respiratory rate as dependent variable and one of said other cardiac or respiratory parameters as independent variable; c) measuring, through a wearable device, the current respiratory rate of said individual; d) determining, based on the current respiratory rate of said individual and said characteristic curves obtained at step b), the other current cardiac or respiratory parameters of said individual; e) providing real-time information about the cardiac and/or respiratory performance of said individual on the basis of the other current cardiac or respiratory parameters determined at step d). a) subjecting said individual to a cardiopulmonary stress test suitable for detecting, over time, a respiratory rate and other cardiac or respiratory parameters of said individual; b) determining respective characteristic curves of said individual, with said respiratory rate as dependent variable and one of said other cardiac or respiratory parameters as independent variable; c) measuring, through a wearable device, the current respiratory rate of said individual; d) determining, based on the current respiratory rate of said individual and said characteristic curves obtained at step b), the other current cardiac or respiratory parameters of said individual; e) providing real-time information about the cardiac and/or respiratory performance of said individual on the basis of the other current cardiac or respiratory parameters determined at step d).
A door retaining mechanism having a holding arm , an upper hub and a lower hub provided in a manner tightening the holding arm in between and which controls opening of the door in vehicles, characterized in that the holding arm , provided at least partially in cylindrical form, is configured to have rotational freedom in its own axis, the holding arm comprises at least one threaded part which extends partially thereon and a non-threaded part which extends at the continuation of the threaded part , and at least one thread is provided on the surfaces of the lower hub and the upper hub pressing the holding arm in a compliant manner to the threaded part .