mhurhangee/patent-ind-claim-en huggingface dataset:
An alignment adaptor for facilitating the insertion of a guidewire into a dilator, the alignment adaptor comprising a body comprising: a distal opening for receiving a proximal end of the guidewire; a proximal opening for receiving a distal end of the dilator; a center channel connecting the distal opening to the proximal opening ; a slit formed in the body and opening into the center channel , the slit formed along one side of a longitudinal axis of the alignment adaptor , the slit providing an exit path for the guidewire,; and a first tab and a second tab disposed on either side of the slit to open the slit when forces are applied to the first and second tabs, wherein the distal opening , the center channel , and the proximal opening are centrally aligned, wherein the first and second tabs (450 and 450) are perpendicular to one another, and wherein the alignment adaptor is configured to flex to open the slit to permit removal of the guidewire through the slit when forces are applied to the first and second tabs characterized in that the first tab is parallel to the slit , and wherein the second tab is perpendicular to the slit . a distal opening for receiving a proximal end of the guidewire; a proximal opening for receiving a distal end of the dilator; a center channel connecting the distal opening to the proximal opening ; a slit formed in the body and opening into the center channel , the slit formed along one side of a longitudinal axis of the alignment adaptor , the slit providing an exit path for the guidewire,; and a first tab and a second tab disposed on either side of the slit to open the slit when forces are applied to the first and second tabs, wherein the distal opening , the center channel , and the proximal opening are centrally aligned, wherein the first and second tabs (450 and 450) are perpendicular to one another, and wherein the alignment adaptor is configured to flex to open the slit to permit removal of the guidewire through the slit when forces are applied to the first and second tabs characterized in that the first tab is parallel to the slit , and wherein the second tab is perpendicular to the slit .
A vacuum interrupter module for a tap changer, comprising: - an insulation plate having a first main side and a second main side opposite of the first main side, the second main side carrying copper bars used for a schematic connection of the vacuum interrupter module ; - a vacuum interrupter assembly comprising a vacuum interrupter and a driving mechanism coupled with the vacuum interrupter ; - a bypass switch assembly , comprising two bypass contacts , each one mechanically connected to a corresponding bypass lever ; and - a control cam , characterized in that - the control cam is configured to actuate both the driving mechanism and, through the corresponding bypass levers , the two bypass contacts ; and - the vacuum interrupter assembly comprising the vacuum interrupter and the driving mechanism , the bypass switch assembly comprising the two bypass contacts and the two corresponding bypass levers , and the control cam are arranged on the first main side of the insulation plate , such that essentially all mechanical components subject to wear are easily accessible in a mounted position of the vacuum interrupter module . - an insulation plate having a first main side and a second main side opposite of the first main side, the second main side carrying copper bars used for a schematic connection of the vacuum interrupter module ; - a vacuum interrupter assembly comprising a vacuum interrupter and a driving mechanism coupled with the vacuum interrupter ; - a bypass switch assembly , comprising two bypass contacts , each one mechanically connected to a corresponding bypass lever ; and - a control cam , characterized in that - the control cam is configured to actuate both the driving mechanism and, through the corresponding bypass levers , the two bypass contacts ; and - the vacuum interrupter assembly comprising the vacuum interrupter and the driving mechanism , the bypass switch assembly comprising the two bypass contacts and the two corresponding bypass levers , and the control cam are arranged on the first main side of the insulation plate , such that essentially all mechanical components subject to wear are easily accessible in a mounted position of the vacuum interrupter module .
A method for using a catalyst for thermal degradation of carbon fiber reinforced polymer composites to catalyze degradation of carbon fiber reinforced polymer composites, the catalyst comprising a first component, a second component and a third component; the first component being potassium chloride or sodium chloride; the second component being zinc chloride or ferric chloride; and the third component being titanium dioxide or silicon oxide, wherein the method comprises the steps of: S1, placing the catalyst in a pyrolysis furnace at a temperature maintained at 300°C to 500°C; S2, cutting and placing the carbon fiber reinforced polymer composites into the pyrolysis furnace for reaction carried out for 10 to 30 min at a temperature maintained at 300°C to 500°C; and S3, taking out a product, and ultrasonically washing the product with water to obtain recovered carbon fibers with high monofilament tensile strength and high strength retention rate, wherein the resin matrix of the carbon fiber reinforced polymer is thermoset resin, which is one or more of epoxy resin, bismaleimide resin, unsaturated polyester or phenolic resin. S1, placing the catalyst in a pyrolysis furnace at a temperature maintained at 300°C to 500°C; S2, cutting and placing the carbon fiber reinforced polymer composites into the pyrolysis furnace for reaction carried out for 10 to 30 min at a temperature maintained at 300°C to 500°C; and S3, taking out a product, and ultrasonically washing the product with water to obtain recovered carbon fibers with high monofilament tensile strength and high strength retention rate, wherein the resin matrix of the carbon fiber reinforced polymer is thermoset resin, which is one or more of epoxy resin, bismaleimide resin, unsaturated polyester or phenolic resin.
An aerosol product for forming a gel composition, comprising: a double-structure container including a propellant filling space and two independent liquid concentrate filling spaces and having a discharging mechanism for simultaneously discharging contents filled in the two liquid concentrate filling spaces, wherein the propellant filling space in the double-structure container is filled with a propellant composed of a compressed gas, a first liquid concentrate filling space in the double-structure container is filled with a first liquid concentrate composition, and a second liquid concentrate filling space in the double-structure container is filled with a second liquid concentrate composition, the first liquid concentrate composition contains water and a water-soluble alginic acid salt, the second liquid concentrate composition contains water and a dissociative calcium salt, and the first liquid concentrate composition discharged from the first liquid concentrate filling space and the second liquid concentrate composition discharged from the second liquid concentrate filling space are mixed to form a gel composition. a double-structure container including a propellant filling space and two independent liquid concentrate filling spaces and having a discharging mechanism for simultaneously discharging contents filled in the two liquid concentrate filling spaces, wherein the propellant filling space in the double-structure container is filled with a propellant composed of a compressed gas, a first liquid concentrate filling space in the double-structure container is filled with a first liquid concentrate composition, and a second liquid concentrate filling space in the double-structure container is filled with a second liquid concentrate composition, the first liquid concentrate composition contains water and a water-soluble alginic acid salt, the second liquid concentrate composition contains water and a dissociative calcium salt, and the first liquid concentrate composition discharged from the first liquid concentrate filling space and the second liquid concentrate composition discharged from the second liquid concentrate filling space are mixed to form a gel composition.
A method for combining color images, the method comprising the steps of: splitting an image-forming beam into a reflected beam portion and a transmitted beam portion using a whole beam broad spectrum high dynamic range image beamsplitter ; forming a plurality of color images on at least two image sensors , the images being substantially identical except for their light levels; and combining the images to form a high dynamic range color image; characterized in that the image sensors are color filter array image sensors and that the images are combined prior to any de-mosaicing of the images to form a high dynamic range color image. splitting an image-forming beam into a reflected beam portion and a transmitted beam portion using a whole beam broad spectrum high dynamic range image beamsplitter ; forming a plurality of color images on at least two image sensors , the images being substantially identical except for their light levels; and combining the images to form a high dynamic range color image; characterized in that the image sensors are color filter array image sensors and that the images are combined prior to any de-mosaicing of the images to form a high dynamic range color image.
A thermographic sensor for sensing a thermal radiation, wherein the thermographic sensor comprises: one or more thermo-couples each having a hot joint (H) arranged to receive the thermal radiation thereby being heated to a temperature depending thereon and a cold joint (P-N) arranged to be maintained at a temperature independent thereof, the cold joint (P-N) being adapted to provide a sensing voltage depending on a difference between the temperature of the hot joint (H) and the temperature of the cold joint (P-N), one or more sensing transistors each arranged to receive the thermal radiation thereby being heated to a temperature depending thereon and coupled with corresponding one or more of the thermo-couples to be driven according to the corresponding sensing voltages, the sensing transistor being adapted to provide a sensing electrical signal depending on the temperature thereof and on the corresponding sensing voltages, one or more reference transistors each arranged to be shielded from the thermal radiation thereby remaining at a temperature independent thereof, the reference transistor being adapted to provide a reference electrical signal depending on the temperature thereof, and a comparison circuit for providing one or more temperature electrical signals indicative of the thermal radiation according to a comparison between the sensing electrical signals of the sensing transistors and the reference electrical signals of the reference transistors . one or more thermo-couples each having a hot joint (H) arranged to receive the thermal radiation thereby being heated to a temperature depending thereon and a cold joint (P-N) arranged to be maintained at a temperature independent thereof, the cold joint (P-N) being adapted to provide a sensing voltage depending on a difference between the temperature of the hot joint (H) and the temperature of the cold joint (P-N), one or more sensing transistors each arranged to receive the thermal radiation thereby being heated to a temperature depending thereon and coupled with corresponding one or more of the thermo-couples to be driven according to the corresponding sensing voltages, the sensing transistor being adapted to provide a sensing electrical signal depending on the temperature thereof and on the corresponding sensing voltages, one or more reference transistors each arranged to be shielded from the thermal radiation thereby remaining at a temperature independent thereof, the reference transistor being adapted to provide a reference electrical signal depending on the temperature thereof, and a comparison circuit for providing one or more temperature electrical signals indicative of the thermal radiation according to a comparison between the sensing electrical signals of the sensing transistors and the reference electrical signals of the reference transistors .
Ventilation system for ventilating and/or extracting air from a room or space, via a channel extending between an opening on the outer side of the building and an opening on the inner side of the room or space, wherein an air conveying device is provided in the channel , characterised in that the air conveying device is connected to a regulating device for a constant revolution speed or for conveying a constant volume flow, and that either the ventilation system comprises a return guide which, seen in the direction of flow , branches away from the channel downstream of the air conveying device , and which opens into a distribution device , arranged upstream of the air conveying device in the channel , seen in the direction of flow , which is configured such as to distribute, and in particular to regulate, the portions of the respective air flow flowing in each case through the return guide and through the channel located upstream of the distribution device , seen in the direction of flow , or the ventilation system comprises a return guide , which, seen in the direction of flow , branches away from the distribution device which is arranged in the channel downstream of the air conveying device , and which, seen in the direction of flow , opens into the channel upstream of the air conveying device , wherein the distribution device is configured for the distribution, and in particular the regulation, of the portions of the respective air flow flowing through the return guide and through the channel which, seen in the direction of flow , is located downstream of the distribution device . the ventilation system comprises a return guide which, seen in the direction of flow , branches away from the channel downstream of the air conveying device , and which opens into a distribution device , arranged upstream of the air conveying device in the channel , seen in the direction of flow , which is configured such as to distribute, and in particular to regulate, the portions of the respective air flow flowing in each case through the return guide and through the channel located upstream of the distribution device , seen in the direction of flow , or the ventilation system comprises a return guide , which, seen in the direction of flow , branches away from the distribution device which is arranged in the channel downstream of the air conveying device , and which, seen in the direction of flow , opens into the channel upstream of the air conveying device , wherein the distribution device is configured for the distribution, and in particular the regulation, of the portions of the respective air flow flowing through the return guide and through the channel which, seen in the direction of flow , is located downstream of the distribution device .
Method for operating a battery system (300; 400) having at least a first battery module and a second battery module , comprising at least the following steps: - detecting the voltage of the first battery module ; - activating the first battery module for a defined clock time (T t ), wherein the clock time (T t ) is defined as a function of the detected voltage ; - at the same time activating the second battery module for the defined clock time (T t ) while deactivating the first battery module ; characterized in that a point of inflection in a corresponding voltage profile of the detected voltage is determined and the clock time (T t ) is defined such that the first battery module is deactivated when the point of inflection in the voltage profile is reached. - detecting the voltage of the first battery module ; - activating the first battery module for a defined clock time (T t ), wherein the clock time (T t ) is defined as a function of the detected voltage ; - at the same time activating the second battery module for the defined clock time (T t ) while deactivating the first battery module ;
A bearing assembly to be mounted in a bearing support, having at least one rotary bearing and at least one elastomer sleeve receiving the rotary bearing, wherein the elastomer sleeve has at least one frictional contact surface which is configured to be received in the bearing support, wherein the elastomer sleeve comprises at least one stop collar , wherein the elastomer sleeve comprises recesses , and wherein U-shaped spring clips are arranged in the recesses , with which the elastomer sleeve is secured to the bearing support , characterised in that the U-shaped spring clips engage around the bearing support through the recesses and fix the stop collar of the elastomer sleeve to the edge of the bearing support, and in that an inner part of the U-shaped spring clips contacts the inner part of the bearing support and an outer part of the U-shaped spring clips contacts the outer part of the bearing support. wherein the elastomer sleeve comprises at least one stop collar , wherein the elastomer sleeve comprises recesses , and wherein U-shaped spring clips are arranged in the recesses , with which the elastomer sleeve is secured to the bearing support , characterised in that the U-shaped spring clips engage around the bearing support through the recesses and fix the stop collar of the elastomer sleeve to the edge of the bearing support, and in that an inner part of the U-shaped spring clips contacts the inner part of the bearing support and an outer part of the U-shaped spring clips contacts the outer part of the bearing support.
A printing machine for the production of printed products with at least one receiving bearing for receiving an ink guide part , in particular an ink tray and/or a doctor blade chamber, and a set-up station for setting up the ink guide part on the receiving bearing, wherein the set-up station has a work platform and a main guide means for guiding the work platform at least between a working position (I) and a rest position (II), wherein the working platform is in the working position (I) in a work area and is accessible by an operator , and the work platform is in the rest position (II) outside of the work area , wherein the working position (I) and the rest position (II) differ in a distance of the work platform from the floor area (1.2), wherein the work platform is arranged so as to be inaccessible in the rest position (II), characterized in that the work platform is in the rest position (II) above the working area .
A biological tissue identification apparatus comprising: a light source capable of irradiating a predetermined region of a biological tissue with a measurement light that includes mid-infrared light; an imaging element for acquiring a measurement image by imaging a part of the measurement light transmitted through the biological tissue or a part of the measurement light reflected at the biological tissue, which has a specific wavelength λ 1 being a wavelength in a range of 2 μm to 20 μm; and a computer including a calculation analysis unit capable of calculating focusing measures in a plurality of regions of the measurement image by an edge analysis of the measurement image, and the calculation analysis unit being configured to identify the biological tissue based on the focusing measures. a light source capable of irradiating a predetermined region of a biological tissue with a measurement light that includes mid-infrared light; an imaging element for acquiring a measurement image by imaging a part of the measurement light transmitted through the biological tissue or a part of the measurement light reflected at the biological tissue, which has a specific wavelength λ 1 being a wavelength in a range of 2 μm to 20 μm; and a computer including a calculation analysis unit capable of calculating focusing measures in a plurality of regions of the measurement image by an edge analysis of the measurement image, and the calculation analysis unit being configured to identify the biological tissue based on the focusing measures.
A method for estimating time travel distribution on signalized arterials, the method comprising: receiving travel data including a recent travel time observation about a signalized arterial; normalizing the travel data into a plurality of individual pace values, the pace values expressed as a ratio of time per distance; calculating an average pace value for the signalized arterial as a linear combination of the individual pace values weighted by distance traveled across the signalized arterial; estimating a distribution based on the average pace value; receiving real-time travel data about the signalized arterial; calibrating the estimated distribution based on the real-time travel data; and generating a real-time prediction of the traffic conditions of the signalized arterial based on the calibrated distribution. receiving travel data including a recent travel time observation about a signalized arterial; normalizing the travel data into a plurality of individual pace values, the pace values expressed as a ratio of time per distance; calculating an average pace value for the signalized arterial as a linear combination of the individual pace values weighted by distance traveled across the signalized arterial; estimating a distribution based on the average pace value; receiving real-time travel data about the signalized arterial; calibrating the estimated distribution based on the real-time travel data; and generating a real-time prediction of the traffic conditions of the signalized arterial based on the calibrated distribution.
A high purity copper sputtering target material comprising Cu at a purity of 99.99998 mass% or more excluding O, H, N and C, wherein an Al content is 0.005 mass ppm or less, a Si content is 0.05 mass ppm or less, an Fe content is 0.02 mass ppm or less, a S content is 0.03 mass ppm or less, a Cl content is 0.1 mass ppm or less, an O content is 1 mass ppm or less, a H content is 1 mass ppm or less, a N content is 1 mass ppm or less, a C content is 1 mass ppm or less, a value of a length of large tilt angle grain boundaries L15°/ a total length of grain boundaries L is 0.8 or more, the total length of grain boundaries L is the total length of grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of more than 2° and 180° or less, the length of large tilt angle grain boundaries L15° is the length of large tilt angle grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of 15° or more and 180° or less, and the total length of grain boundaries L and the length of large tilt angle grain boundaries L15° are obtained by azimuth analysis with the backscattered electron beam analysis, an average crystal grain size is 70 μm or less, and a Vickers hardness is set in a range of 35 Hv or more and 50Hv or less. an Al content is 0.005 mass ppm or less, a Si content is 0.05 mass ppm or less, an Fe content is 0.02 mass ppm or less, a S content is 0.03 mass ppm or less, a Cl content is 0.1 mass ppm or less, an O content is 1 mass ppm or less, a H content is 1 mass ppm or less, a N content is 1 mass ppm or less, a C content is 1 mass ppm or less, a value of a length of large tilt angle grain boundaries L15°/ a total length of grain boundaries L is 0.8 or more, the total length of grain boundaries L is the total length of grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of more than 2° and 180° or less, the length of large tilt angle grain boundaries L15° is the length of large tilt angle grain boundaries formed between adjacent crystal grains with a crystal orientation difference in a range of 15° or more and 180° or less, and the total length of grain boundaries L and the length of large tilt angle grain boundaries L15° are obtained by azimuth analysis with the backscattered electron beam analysis, an average crystal grain size is 70 μm or less, and a Vickers hardness is set in a range of 35 Hv or more and 50Hv or less.