mhurhangee/ep-ind-claims huggingface dataset:
A table saw comprising a user interface device comprising: a light emitting diode mounted on a printed circuit board; an antenna formed on the PCB; an optically opaque member with a first opening and a second opening, the first opening aligned with the LED; an optically translucent member engaging the second opening of the optically opaque member; and a base member connected to the PCB, optically opaque member, and optically translucent member, the base member being configured to be mounted to an exterior of a housing of the saw. a light emitting diode mounted on a printed circuit board; an antenna formed on the PCB; an optically opaque member with a first opening and a second opening, the first opening aligned with the LED; an optically translucent member engaging the second opening of the optically opaque member; and a base member connected to the PCB, optically opaque member, and optically translucent member, the base member being configured to be mounted to an exterior of a housing of the saw.
A turbine blade for use on a rotor, the blade comprising a pressure wall and a suction wall joined together at leading and trailing edges (36, 38) and having a root portion and a blade tip region, the walls (32, 34) further define a hollow chamber and through which cooling air is directed in use from the root portion to the blade tip region only, at least one of the walls (32, 34) defines at least one elongate and radially extending rib having a width (w) and height (h) from the wall (32, 34) into the chamber and characterised in that at least a portion of the rib tapers between the root portion and a blade tip region and wherein the rib a) is positioned directly opposite another rib on the other wall and has a maximum height (h) of upto 40% of the width of the chamber measured along a centre-line of the rib, or b) is offset relative to a rib on the other wall and has a maximum height (h) of up to 60% the width of the chamber measured along a centre-line of the rib. a) is positioned directly opposite another rib on the other wall and has a maximum height (h) of upto 40% of the width of the chamber measured along a centre-line of the rib, or b) is offset relative to a rib on the other wall and has a maximum height (h) of up to 60% the width of the chamber measured along a centre-line of the rib.
A method comprising: a portable multifunction device with a touch screen display; displaying at least a portion of a web page in a browser application on the touch screen display, wherein the web page includes a plurality of blocks of content; detecting a first gesture by a user on a first block of content; characterized by in response to detecting the first gesture by the user on the first block of content, enlarging and translating the web page so as to substantially center the first block of content on the touch screen display; while the first block of content is enlarged and substantially centered on the touch screen display, detecting an activation of a web-clip widget creation icon; in response to detecting the activation of the web-clip widget creation icon, creating a web-clip widget; detecting activation of the web-clip widget; and in response to detecting activation of the web-clip widget, displaying the web page with the first block of content enlarged and substantially centered on the touch screen display. a portable multifunction device with a touch screen display; displaying at least a portion of a web page in a browser application on the touch screen display, wherein the web page includes a plurality of blocks of content; detecting a first gesture by a user on a first block of content; characterized by in response to detecting the first gesture by the user on the first block of content, enlarging and translating the web page so as to substantially center the first block of content on the touch screen display; while the first block of content is enlarged and substantially centered on the touch screen display, detecting an activation of a web-clip widget creation icon; in response to detecting the activation of the web-clip widget creation icon, creating a web-clip widget; detecting activation of the web-clip widget; and in response to detecting activation of the web-clip widget, displaying the web page with the first block of content enlarged and substantially centered on the touch screen display.
Method for determining the drilling depth for a shortened core hole which is to be made in a cylinder core of a lock cylinder, the finished lock cylinder comprising a key channel, which optionally forms a profile rib, and a core pin that comprises a tip (7") having an in particular conical or rounded head surface adjacent thereto, being inserted into the shortened core hole, the tip (7") of the core pin being, in the case of a suitable key that is not inserted into the key channel or in the case of a bump key that is inserted into the key channel, at a distance from the opening (6"') of the shortened core hole, as a consequence of the head surface contacting at least one contact point of the wall of the key channel, characterised in that a drill is used, the head cross-sectional contour of which has a larger apex angle (β) than the apex angle (α) of the head cross-sectional contour of the core pin, and characterised by the steps of: - projecting the head cross-sectional contour of the core pin into a cross-sectional plane of the key channel, which plane is positioned through the centre line of the core hole, such that the tip (7") of the projection of the core pin is at the desired distance from the opening (6"') of the core hole; - finding the intersection or contact point of the contour line of the head cross section of the core pin that is closest to the tip (7") of the projection of the core pin with the contour line of the cross section of the key channel; - projecting the head cross-sectional contour of the drill into the cross-sectional plane such that the tip (6") of said contour is located in the centre line, and the contour line thereof extends through the point. - projecting the head cross-sectional contour of the core pin into a cross-sectional plane of the key channel, which plane is positioned through the centre line of the core hole, such that the tip (7") of the projection of the core pin is at the desired distance from the opening (6"') of the core hole; - finding the intersection or contact point of the contour line of the head cross section of the core pin that is closest to the tip (7") of the projection of the core pin with the contour line of the cross section of the key channel; - projecting the head cross-sectional contour of the drill into the cross-sectional plane such that the tip (6") of said contour is located in the centre line, and the contour line thereof extends through the point.
A method for forming a metal oxide film having at least a surface irregularity and a predetermined pattern on a substrate, wherein the said method includes a first process to a third process. The first process: a liquid material containing at least one of a metal salt and a metal complex is applied on a substrate to form a coated film. The second process: at least one of surface irregularity and a predetermined pattern is formed to the coated film by plasma etching treatment, wherein at least one of a rare gas and a nitrogen gas is used as a plasma generation gas and wherein the surface irregularity has a center line average surface roughness (Ra) of 30 nm or more;. The third process: a thermal oxidation treatment or plasma oxidation treatment under the condition of existence of oxygen source is carried out to the coated film which has at least one of a surface irregularity and a predetermined pattern to convert a metal oxide film having at least one of a surface irregularity and a predetermined pattern. wherein the said method includes a first process to a third process. The first process: a liquid material containing at least one of a metal salt and a metal complex is applied on a substrate to form a coated film. The second process: at least one of surface irregularity and a predetermined pattern is formed to the coated film by plasma etching treatment, wherein at least one of a rare gas and a nitrogen gas is used as a plasma generation gas and wherein the surface irregularity has a center line average surface roughness (Ra) of 30 nm or more;. The third process: a thermal oxidation treatment or plasma oxidation treatment under the condition of existence of oxygen source is carried out to the coated film which has at least one of a surface irregularity and a predetermined pattern to convert a metal oxide film having at least one of a surface irregularity and a predetermined pattern. The first process: a liquid material containing at least one of a metal salt and a metal complex is applied on a substrate to form a coated film. The second process: at least one of surface irregularity and a predetermined pattern is formed to the coated film by plasma etching treatment, wherein at least one of a rare gas and a nitrogen gas is used as a plasma generation gas and wherein the surface irregularity has a center line average surface roughness (Ra) of 30 nm or more;. The third process: a thermal oxidation treatment or plasma oxidation treatment under the condition of existence of oxygen source is carried out to the coated film which has at least one of a surface irregularity and a predetermined pattern to convert a metal oxide film having at least one of a surface irregularity and a predetermined pattern.
An apparatus configured to provide a safety mechanism for a combustion spray gun, comprising: a torsion element rotatable relative to a housing of the combustion spray gun to a charged position; a biasing element applying a force to the torsion element, which force urges the torsion element to move a valve core to an off position; characterized by an engagement mechanism configured to selectively engage and hold the torsion element in the charged position, wherein the torsion element comprises an engagement surface, and the engagement mechanism comprises a pawl structured and arranged to engage the engagement surface. a torsion element rotatable relative to a housing of the combustion spray gun to a charged position; a biasing element applying a force to the torsion element, which force urges the torsion element to move a valve core to an off position; characterized by an engagement mechanism configured to selectively engage and hold the torsion element in the charged position, wherein the torsion element comprises an engagement surface, and the engagement mechanism comprises a pawl structured and arranged to engage the engagement surface.
A nutritional product comprising: a nutritional composition and a food grade polymer capable of increasing an extensional viscosity of the nutritional composition, wherein the nutritional product comprises a Trouton ratio that is from 6 to 15, wherein the food grade polymer is selected from the group consisting of plant-extracted gums, plant-derived mucilages, and combinations thereof.
A transmission control system comprising: a transmission controller configured to control transmission of content data in a session for transmitting the content data including image data and sound data between a plurality of communications terminals, the communications terminals including a first communications terminal, a second communications terminal and a third communications terminal, wherein when the transmission controller controls the transmission of the content data so as not to transmit image data from the first communications terminal to the second communications terminal, but to transmit image data from the first communications terminal to the third communications terminal while transmitting image data from the second communications terminal to the first communications terminal, and transmitting image data from the third communications terminal to the first communications terminal, the transmission controller controls the transmission of the content data so as to transmit, based on a request transmitted from the second communications terminal, image data from the first communications terminal to the second communications terminal, but not to transmit image data from the first communications terminal to the third communications terminal while transmitting image data from the second communications terminal to the first communications terminal, and transmitting image data from the third communications terminal to the first communications terminal. a transmission controller configured to control transmission of content data in a session for transmitting the content data including image data and sound data between a plurality of communications terminals, the communications terminals including a first communications terminal, a second communications terminal and a third communications terminal, wherein when the transmission controller controls the transmission of the content data so as not to transmit image data from the first communications terminal to the second communications terminal, but to transmit image data from the first communications terminal to the third communications terminal while transmitting image data from the second communications terminal to the first communications terminal, and transmitting image data from the third communications terminal to the first communications terminal, the transmission controller controls the transmission of the content data so as to transmit, based on a request transmitted from the second communications terminal, image data from the first communications terminal to the second communications terminal, but not to transmit image data from the first communications terminal to the third communications terminal while transmitting image data from the second communications terminal to the first communications terminal, and transmitting image data from the third communications terminal to the first communications terminal.
A geocomposite which is suitable for the consolidation and/or drainage of ground, composed of a plurality of layers comprising at least a first web of geotextile material and at least a second web of geotextile material which are thermofixed to respective sides of an intermediate separation layer which is produced by means of at least one geomat of entangled plastics threads having a thickness of approximately 4 mm or more, in order to form a basic geocomposite, in which there is thermofixed to at least one of the first web and the second web of the basic geocomposite at least one additional layer (19, 42, 44) of a geosynthetic selected from the group comprising geogrids, geonets, geomats, geotextiles, geomembranes or a combination or stratification thereof.
An electrosurgical system (200, 300), comprising: an electrosurgical instrument including at least one electrode (112, 122) configured as a first sensor for measuring a voltage drop therethrough; and a thermal sensor (340b, 341 b) coupled to the at least one electrode, the thermal sensor configured to measure a temperature difference across the at least one electrode; and a generator including: an output stage coupled to the at least one electrode, the output stage configured to generate radio frequency energy; and a controller configured to determine actual radio frequency current based on the voltage drop and electrical resistivity of the at least one electrode, wherein the generator further includes a non-transitory storage medium readable by the controller, the non-transitory storage medium configured to store the electrical resistivity value and thermal conductivity of the at least one electrode, and, wherein the controller is further configured to determine power based on the measured temperature difference and the thermal conductivity of the at least one electrode. an electrosurgical instrument including at least one electrode (112, 122) configured as a first sensor for measuring a voltage drop therethrough; and a thermal sensor (340b, 341 b) coupled to the at least one electrode, the thermal sensor configured to measure a temperature difference across the at least one electrode; and an output stage coupled to the at least one electrode, the output stage configured to generate radio frequency energy; and a controller configured to determine actual radio frequency current based on the voltage drop and electrical resistivity of the at least one electrode,
A corrosion protection circuit for a Universal Serial Bus, USB, connector, comprising: a first node configured to be coupled to one of a first power source and ground; a second node configured to be coupled to a one of the CC pins of the USB connector and to a second power source, wherein the second power source comprises a current source, which is configured to provide a current that is less than a current provided by the first power source; a detection circuit including i) a first input coupled to the first node for comparing a first voltage signal from the first node with a first reference voltage, ii) a second input coupled to the second node for comparing a second voltage signal from the second node with second and third reference voltages, and iii) a control logic circuit configured to generate a corrosion detection signal when the first voltage signal is greater than the first reference voltage, and the second voltage signal is greater than the second reference voltage and less than the third reference voltage; and a switch coupled between the first and second nodes, wherein the switch is configured to be turned off to prevent current flow between the first and second nodes when the corrosion detection signal is active. a first node configured to be coupled to one of a first power source and ground; a second node configured to be coupled to a one of the CC pins of the USB connector and to a second power source, wherein the second power source comprises a current source, which is configured to provide a current that is less than a current provided by the first power source; a detection circuit including i) a first input coupled to the first node for comparing a first voltage signal from the first node with a first reference voltage, ii) a second input coupled to the second node for comparing a second voltage signal from the second node with second and third reference voltages, and iii) a control logic circuit configured to generate a corrosion detection signal when the first voltage signal is greater than the first reference voltage, and the second voltage signal is greater than the second reference voltage and less than the third reference voltage; and a switch coupled between the first and second nodes, wherein the switch is configured to be turned off to prevent current flow between the first and second nodes when the corrosion detection signal is active.
A method of increasing production of a recombinant protein, said method comprising culturing a host cell expressing said protein in cell culture medium comprising an effective amount of 4,4'-diisothiocyanostilbene-2,2'-disulfonic acid (DIDS) or supplemented with an effective amount of DIDS, wherein the host cell is a mammalian host cell and wherein the effective amount of DIDS is ranged between 1 μM to 100 μM.
A hydrogel contact lens formed of a polymerized monomer mixture, the monomer mixture comprising: intentionally added water; N-vinylpyrrolidone as a first hydrophilic monomer; a second hydrophilic monomer; a crosslinker; an initiator, a strengthening agent; a crosslinker and hydrating agent; a UV blocker; and a tint; wherein the monomer mixture does not contain any silicon containing materials.
An installation structure of a high-voltage electrical device (1, 1a) installed on a front section of a vehicle, the structure comprising: the high-voltage electrical device (1, 1a); a boss that protrudes forward from a front panel of a housing of the high-voltage electrical device (1, 1a), a bolt hole being formed at the center of the boss; a cross member that extends in a lateral direction of the vehicle in front of the high-voltage electrical device (1, 1a) to construct a vehicle body of the vehicle; and an L-shaped front bracket whose lower vertical portion is fastened to the boss by a bolt and whose upper horizontal portion is fixed to the cross member, wherein a vulnerable portion is formed at a root of the boss. the high-voltage electrical device (1, 1a); a boss that protrudes forward from a front panel of a housing of the high-voltage electrical device (1, 1a), a bolt hole being formed at the center of the boss; a cross member that extends in a lateral direction of the vehicle in front of the high-voltage electrical device (1, 1a) to construct a vehicle body of the vehicle; and an L-shaped front bracket whose lower vertical portion is fastened to the boss by a bolt and whose upper horizontal portion is fixed to the cross member, wherein a vulnerable portion is formed at a root of the boss.
A learning-and-recognition apparatus comprising: a learning-and-recognition unit to perform learning-and-recognition processing on input data, and output output data, the learning-and-recognition unit having a plurality of neural network layers, each neural network layer being configured to execute a plurality of perceptron processes, the output data being calculation results of the perceptron processes of the final neural network layer; and a time control unit to cause a processing time of the learning-and-recognition processing on the input data to be independent of the input data, as a countermeasure against a timing attack, the processing time corresponding to a time period from a time point when the input data is input to the learning-and-recognition apparatus to a time point when the output data is output from the learning-and-recognition apparatus, wherein the time control unit includes an input control unit to perform processing on the input data to change the processing time of the learning-and-recognition processing, and wherein the input control unit includes a data masking unit and the data masking unit to apply random noise to the input data is added anterior to the learning-and-recognition unit. a learning-and-recognition unit to perform learning-and-recognition processing on input data, and output output data, the learning-and-recognition unit having a plurality of neural network layers, each neural network layer being configured to execute a plurality of perceptron processes, the output data being calculation results of the perceptron processes of the final neural network layer; and a time control unit to cause a processing time of the learning-and-recognition processing on the input data to be independent of the input data, as a countermeasure against a timing attack, the processing time corresponding to a time period from a time point when the input data is input to the learning-and-recognition apparatus to a time point when the output data is output from the learning-and-recognition apparatus, wherein the time control unit includes an input control unit to perform processing on the input data to change the processing time of the learning-and-recognition processing, and wherein the input control unit includes a data masking unit and the data masking unit to apply random noise to the input data is added anterior to the learning-and-recognition unit.