mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum pump , comprising: a housing providing an inlet port and an outlet port ; a magnetic bearing device provided in the housing; a shaft rotatably supported by the magnetic bearing device; and a stationary disk-shaped portion having a spiral groove disposed on either side in at least a part thereof, wherein a projection (600, 601, 610, 630,) projecting in an inner peripheral direction is disposed on at least a part of a cylinder-shaped inner peripheral side surface of the stationary disk-shaped portion in which the spiral groove is not disposed, and an inner peripheral end of the spiral groove on the inlet port side of the disk-shaped portion is continuous in an axial direction with an inner peripheral end of the spiral groove on the outlet port side of the disk-shaped portion. a housing providing an inlet port and an outlet port ; a magnetic bearing device provided in the housing; a shaft rotatably supported by the magnetic bearing device; and a stationary disk-shaped portion having a spiral groove disposed on either side in at least a part thereof, wherein a projection (600, 601, 610, 630,) projecting in an inner peripheral direction is disposed on at least a part of a cylinder-shaped inner peripheral side surface of the stationary disk-shaped portion in which the spiral groove is not disposed, and an inner peripheral end of the spiral groove on the inlet port side of the disk-shaped portion is continuous in an axial direction with an inner peripheral end of the spiral groove on the outlet port side of the disk-shaped portion.
Sound-insulating wall element for a railway system, comprising a sound insulating wall element body with - a base edge region designed to be fixed to a support structure , - an end edge region remote from the base edge region and side edge regions extending between the base edge region and the end edge region , - a sound-insulating side to be positioned facing a railway system , and - a rear side facing away from the sound-insulating side , wherein at least one sound-insulating insert element is arranged on the sound-insulating side of the sound-insulating wall element body , wherein the sound-insulating wall element body has on the sound-insulating side at least one sound-insulating insert element receiving recess delimited towards at least one edge region of the base edge region , end edge region and side edge region by a wall , open towards the sound-insulating side and substantially completely receiving the at least one sound-insulating insert element , characterised in that the sound insulating wall element body is constructed with rubber material. - a base edge region designed to be fixed to a support structure , - an end edge region remote from the base edge region and side edge regions extending between the base edge region and the end edge region , - a sound-insulating side to be positioned facing a railway system , and - a rear side facing away from the sound-insulating side , wherein at least one sound-insulating insert element is arranged on the sound-insulating side of the sound-insulating wall element body , wherein the sound-insulating wall element body has on the sound-insulating side at least one sound-insulating insert element receiving recess delimited towards at least one edge region of the base edge region , end edge region and side edge region by a wall , open towards the sound-insulating side and substantially completely receiving the at least one sound-insulating insert element , characterised in that the sound insulating wall element body is constructed with rubber material.
A cold-curing (meth)acrylate reaction resin for floor coating, comprising: a) at least one reactive resin binder; and b) at least one odor masker comprising ethyl butyrate, wherein the at least one odor masker is from 0.05 wt% to 5 wt% of the total composition. a) at least one reactive resin binder; and b) at least one odor masker comprising ethyl butyrate, wherein the at least one odor masker is from 0.05 wt% to 5 wt% of the total composition.
Method of manufacturing a relative humidity sensor comprising the steps of: a) providing a bottom substrate , b) providing a first electrode and electrical connection means on or over the substrate , c) providing an insulating layer to electrically isolate the first electrode from the electrical connection means, d) providing a porous alumina dielectric layer over the insulating layer in the area of the first electrode by depositing an aluminum layer on the insulating layer and growing the porous alumina layer by electrolytic growth, and e) providing a porous second electrode in or over the porous dielectric layer by depositing a conductive layer by grazing incidence deposition and electrically connecting the second electrode to the electrical connection means . a) providing a bottom substrate , b) providing a first electrode and electrical connection means on or over the substrate , c) providing an insulating layer to electrically isolate the first electrode from the electrical connection means, d) providing a porous alumina dielectric layer over the insulating layer in the area of the first electrode by depositing an aluminum layer on the insulating layer and growing the porous alumina layer by electrolytic growth, and e) providing a porous second electrode in or over the porous dielectric layer by depositing a conductive layer by grazing incidence deposition and electrically connecting the second electrode to the electrical connection means .
A device for adjusting a degree of inclination of a seat of a chair, having a box-like element , which can be associated mechanically below an axially perforated plate , which in turn can be associated below said seat, said box-like element being adapted to contain a pair of flat dampers between which adjustment means are interposed for adjusting a stroke limit of the inclination of said seat with respect to said plate along two distinct diametrical planes, said adjustment means comprising a receptacle for a gas-operated post of said seat, characterized in that said box-like element is composed of a polygonal flat base which has a first axial hole , first wings protruding at right angles from said flat base and being substantially L-shaped so as to define wings which are directed toward the outside of said flat base , a second hole being provided on each one of said wings and being a receptacle for adapted rivets or screws or bolts for the mechanical coupling of said box-like element below a flat bottom of said plate , which has a third axial hole and fourth holes which are provided at said second holes , and said plate can in turn be associated below a seat of a chair and is frustum-shaped so as to define a first receptacle for accommodating mechanisms, such as a lever which is adapted to interact with a gas-operated post , said pair of flat dampers being arranged between the lower first surface of said flat bottom of said plate and the upper first surface of said flat base , and constituting a damper preferably made of PU or TPU thermoplastic elastomer.
A machine for fiberizing mineral wool by free centrifugation, comprising a frame on which is mounted at least one centrifugation wheel , said centrifugation wheel being connected to a transmission shaft designed to rotate it by transmitting the movement of rotation of an output rod of a drive unit (M), characterized in that said machine further comprises at least one intermediary transmission box connected at least by one input to an output rod of the drive unit (M) and by at least one output to a transmission shaft , said intermediary transmission box being arranged such as to transmit the movement of rotation of the drive rod to the transmission shaft.
A code scanner , comprising: an imaging section that performs imaging; and a control section that reads a two-dimensional optical code contained in image data taken by the imaging section and outputs a signal upon success of reading of the two-dimensional optical code, characterised in that the control section : calculates a first contrast of the two-dimensional optical code at a time of teaching and a second contrast of the two-dimensional optical code at a time of reading success, and determines reading stability based on a decrease rate of the second contrast with respect to the first contrast. an imaging section that performs imaging; and a control section that reads a two-dimensional optical code contained in image data taken by the imaging section and outputs a signal upon success of reading of the two-dimensional optical code, characterised in that the control section : calculates a first contrast of the two-dimensional optical code at a time of teaching and a second contrast of the two-dimensional optical code at a time of reading success, and determines reading stability based on a decrease rate of the second contrast with respect to the first contrast. calculates a first contrast of the two-dimensional optical code at a time of teaching and a second contrast of the two-dimensional optical code at a time of reading success, and determines reading stability based on a decrease rate of the second contrast with respect to the first contrast.
A double clutch , comprising: a backing plate ; a first clutch including: at least one first clutch plate ; a first pressure plate ; a first plurality of levers engaged with the first pressure plate ; a first shim engaged with the first plurality of levers ; and, a first actuator : engaged with the first shim ; and, arranged to axially displace the first shim to close the first clutch ; and, a second clutch including: at least one second clutch plate ; a second pressure plate ; a second plurality of levers engaged with the second pressure plate aligned with the first plurality of levers such that a first line (L1) in the circumferential direction passes through the first and second pluralities of levers ; a second shim engaged with the second plurality of levers ; and, a second actuator : engaged with the second shim ; and, arranged to axially displace the second shim to close the second clutch , characterized in that at least a portion of the first plurality of levers is located radially outward of the second plurality of levers . a backing plate ; a first clutch including: at least one first clutch plate ; a first pressure plate ; a first plurality of levers engaged with the first pressure plate ; a first shim engaged with the first plurality of levers ; and, a first actuator : engaged with the first shim ; and, arranged to axially displace the first shim to close the first clutch ; and, at least one first clutch plate ; a first pressure plate ; a first plurality of levers engaged with the first pressure plate ; a first shim engaged with the first plurality of levers ; and, a first actuator : engaged with the first shim ; and, arranged to axially displace the first shim to close the first clutch ; and, engaged with the first shim ; and, arranged to axially displace the first shim to close the first clutch ; and, a second clutch including: at least one second clutch plate ; a second pressure plate ; a second plurality of levers engaged with the second pressure plate aligned with the first plurality of levers such that a first line (L1) in the circumferential direction passes through the first and second pluralities of levers ; a second shim engaged with the second plurality of levers ; and, a second actuator : engaged with the second shim ; and, arranged to axially displace the second shim to close the second clutch , characterized in that at least a portion of the first plurality of levers is located radially outward of the second plurality of levers . at least one second clutch plate ; a second pressure plate ; a second plurality of levers engaged with the second pressure plate aligned with the first plurality of levers such that a first line (L1) in the circumferential direction passes through the first and second pluralities of levers ; a second shim engaged with the second plurality of levers ; and, a second actuator : engaged with the second shim ; and, arranged to axially displace the second shim to close the second clutch , engaged with the second shim ; and, arranged to axially displace the second shim to close the second clutch ,
Device for classifying program behavior into malicious or benign or for classifying malicious programs into a set of known families, the device comprising a Convolutional Neural Network, CNN, and being configured to provide, as an input to the CNN , a sequence of action-patterns pairs , wherein an action is indicative of a name or group of names of an Application Programing Interface, API, function call and a pattern is indicative of an argument or set of arguments of an API function call, transform, in an embedding layer of the CNN , each action-pattern pair into an embedding vector and concatenate the embedding vectors to obtain a single vector, process, in a convolution layer of the CNN , the single vector by a plurality of convolution filters to generate a series of output values per filter , determine, in a max-pooling layer of the CNN , a maximum output value in each series of output values, and transform, in a dense layer of the CNN , the maximum output values into a plurality of classification results , wherein the plurality of classification results includes the respective probabilities for the sequence of action-pattern pairs to fall into a plurality of defined classes of program behavior. provide, as an input to the CNN , a sequence of action-patterns pairs , wherein an action is indicative of a name or group of names of an Application Programing Interface, API, function call and a pattern is indicative of an argument or set of arguments of an API function call, transform, in an embedding layer of the CNN , each action-pattern pair into an embedding vector and concatenate the embedding vectors to obtain a single vector, process, in a convolution layer of the CNN , the single vector by a plurality of convolution filters to generate a series of output values per filter , determine, in a max-pooling layer of the CNN , a maximum output value in each series of output values, and transform, in a dense layer of the CNN , the maximum output values into a plurality of classification results , wherein the plurality of classification results includes the respective probabilities for the sequence of action-pattern pairs to fall into a plurality of defined classes of program behavior.
Process for producing an electrocatalyst, comprising the following steps: a) providing water; b) providing at least one copper salt; c) providing at least one cobalt salt; d) providing at least one organic reducing agent; e) producing an aqueous solution from the water, the metal salts provided and the organic reducing agent; f) obtaining a gel from said aqueous solution; g) drying the gel to obtain a solid material; h) grinding the solid material to give a pulverulent catalyst precursor; i) subjecting the pulverulent catalyst precursor to thermal treatment in the presence of oxygen to obtain the electrocatalyst; characterized in that j) the supply of oxygen in the thermal treatment of the pulverulent catalyst precursor is limited, k) where the ratio of the limited molar amount of oxygen supplied relative to the mass of the catalyst precursor treated is between 0.01 mmol/g and 8 mmol/g. a) providing water; b) providing at least one copper salt; c) providing at least one cobalt salt; d) providing at least one organic reducing agent; e) producing an aqueous solution from the water, the metal salts provided and the organic reducing agent; f) obtaining a gel from said aqueous solution; g) drying the gel to obtain a solid material; h) grinding the solid material to give a pulverulent catalyst precursor; i) subjecting the pulverulent catalyst precursor to thermal treatment in the presence of oxygen to obtain the electrocatalyst; characterized in that j) the supply of oxygen in the thermal treatment of the pulverulent catalyst precursor is limited, k) where the ratio of the limited molar amount of oxygen supplied relative to the mass of the catalyst precursor treated is between 0.01 mmol/g and 8 mmol/g.
A method for calculating a pollutant absorption quantity of a smart mask, carried out by a terminal, the method comprising: receiving a wearing time sent by a smart mask, the wearing time being recorded by a built-in sensor of the smart mask; obtaining a local air quality index corresponding to a location of the terminal during the wearing time; and calculating the pollutant absorption quantity according to the wearing time and the local air quality index, characterized in that , wherein calculating the pollutant absorption quantity according to the wearing time and the local air quality index during the wearing time comprises: obtaining a respiratory volume of a user in a first unit time, the respiratory volume representing air amount breathed by the user; calculating a pollutant gross quantity according to the wearing time, the local air quality index during the wearing time and the respiratory volume of the user in the first unit time; and obtaining the pollutant absorption quantity according to the pollutant gross quantity and a filtration efficiency of a filter of the smart mask. receiving a wearing time sent by a smart mask, the wearing time being recorded by a built-in sensor of the smart mask; obtaining a local air quality index corresponding to a location of the terminal during the wearing time; and calculating the pollutant absorption quantity according to the wearing time and the local air quality index, characterized in that , wherein calculating the pollutant absorption quantity according to the wearing time and the local air quality index during the wearing time comprises: obtaining a respiratory volume of a user in a first unit time, the respiratory volume representing air amount breathed by the user; calculating a pollutant gross quantity according to the wearing time, the local air quality index during the wearing time and the respiratory volume of the user in the first unit time; and obtaining the pollutant absorption quantity according to the pollutant gross quantity and a filtration efficiency of a filter of the smart mask. obtaining a respiratory volume of a user in a first unit time, the respiratory volume representing air amount breathed by the user; calculating a pollutant gross quantity according to the wearing time, the local air quality index during the wearing time and the respiratory volume of the user in the first unit time; and obtaining the pollutant absorption quantity according to the pollutant gross quantity and a filtration efficiency of a filter of the smart mask.
Packaging , in particular shipping packaging, which is produced from two superimposed and congruent paper layers , characterized in that the paper layers are glued together at at least a first of the lateral edges thereof so as to lie on top of one another in a planar manner, and in that the paper layers are jointly wrapped or rolled at second opposite lateral edges , wherein the wrapped or rolled edges are fixed by means of a connection or a connecting means.
A composition comprising gelatin and collagen hydrolysate, characterized in that a. the composition comprises agglomerates of particles, which particles comprise gelatin, collagen hydrolysate, or gelatin and collagen hydrolysate, b. wherein at least part of the particles consist of collagen hydrolysate, and wherein c. collagen hydrolysate is present as a layer between the particles of the agglomerates wherein gelatin has an average molecular weight of 50k Da to 200k Da, as measured with gel permeation chromatography analysis, and collagen hydrolysate has an average molecular weight of from 300 to 15000 Da, as measured by gel permeation chromatography. a. the composition comprises agglomerates of particles, which particles comprise gelatin, collagen hydrolysate, or gelatin and collagen hydrolysate, b. wherein at least part of the particles consist of collagen hydrolysate, and wherein c. collagen hydrolysate is present as a layer between the particles of the agglomerates
A blood analyzing method for detecting a short sample of blood in a suction tube when blood is sucked by the suction tube , wherein a short sample of blood occurs when a required amount of blood is not sucked, the method comprising: a first measuring step (S07) of measuring hemoglobin by using blood existing in a first region of a blood analysis region of the suction tube ; a second measuring step (S08) of measuring a red blood cell count and a hematocrit value by using blood existing in a second region that is in the blood analysis region, and that is different from the first region; a calculating step (S09) of calculating the mean corpuscular hemoglobin concentration based on the hemoglobin measured in the first measuring step, and the hematocrit value measured in the second measuring step; and a determining step (S10) of determining that a short sample of blood occurs, in a case where the mean corpuscular hemoglobin concentration is lower than a predetermined threshold. a first measuring step (S07) of measuring hemoglobin by using blood existing in a first region of a blood analysis region of the suction tube ; a second measuring step (S08) of measuring a red blood cell count and a hematocrit value by using blood existing in a second region that is in the blood analysis region, and that is different from the first region; a calculating step (S09) of calculating the mean corpuscular hemoglobin concentration based on the hemoglobin measured in the first measuring step, and the hematocrit value measured in the second measuring step; and a determining step (S10) of determining that a short sample of blood occurs, in a case where the mean corpuscular hemoglobin concentration is lower than a predetermined threshold.
A pair of intraocular lenses comprising: a first intraocular lens including rotationally symmetric aberrations; and a second intraocular lens including non-rotationally symmetric aberrations; wherein the combination of aberrations in the first and second intraocular lenses cooperate to improve intermediate vision when implanted in the eyes of a patient; characterised in that: the first intraocular lens has a rotationally symmetric aberration pattern and the second intraocular lens has a non-rotationally symmetric aberration pattern. a first intraocular lens including rotationally symmetric aberrations; and a second intraocular lens including non-rotationally symmetric aberrations; wherein the combination of aberrations in the first and second intraocular lenses cooperate to improve intermediate vision when implanted in the eyes of a patient; characterised in that: the first intraocular lens has a rotationally symmetric aberration pattern and the second intraocular lens has a non-rotationally symmetric aberration pattern.