mhurhangee/ep-ind-claims huggingface dataset:
Road finishing machine or charger comprising: an exhaust gas system having an engine compartment with an engine hood, and an exhaust gas pipe which carries off combustion gases from the engine of the road finishing machine or the charger, wherein the exhaust gas pipe is mounted in the engine compartment, characterized in that the exhaust gas pipe ends underneath the engine hood, wherein an exhaust gas outlet opening is provided in the engine hood, which is oriented fluidically with the exhaust gas pipe, and wherein at least one hot air opening is provided in the engine hood for the outlet of heated air of the engine, and that the exhaust gas outlet opening and the hot air opening are configured such that a hot air flow flowing out from the hot air opening covers the exhaust gas flowing out of the exhaust gas outlet opening, in order to keep the exhaust gas away from the operating staff. an exhaust gas system having an engine compartment with an engine hood, and an exhaust gas pipe which carries off combustion gases from the engine of the road finishing machine or the charger, wherein the exhaust gas pipe is mounted in the engine compartment, characterized in that the exhaust gas pipe ends underneath the engine hood, wherein an exhaust gas outlet opening is provided in the engine hood, which is oriented fluidically with the exhaust gas pipe, and wherein at least one hot air opening is provided in the engine hood for the outlet of heated air of the engine, and that the exhaust gas outlet opening and the hot air opening are configured such that a hot air flow flowing out from the hot air opening covers the exhaust gas flowing out of the exhaust gas outlet opening, in order to keep the exhaust gas away from the operating staff.
A process for producing an unstretched film comprising heating and melting thermoplastic resins and ejecting and extruding them through an extrusion T-die onto a casting roll, wherein a thermoplastic resin A to form an unstretched film and an other thermoplastic resin B that differs from the thermoplastic resin A are separately heated and melted, the other thermoplastic resin B is led to both edges of an extrusion T-die, the two resins A and B are ejected and extruded onto the casting roll in such a manner that the other thermoplastic resin B melt can coexist on both sides of the heated and melted thermoplastic resin A to thereby form an unstretched film where the other thermoplastic resin B coexists on both sides of the thermoplastic resin A, and thereafter the other thermoplastic resin B part is cut off, wherein the difference in the melt viscosity between the thermoplastic resin A and the other thermoplastic resin B is at most 3000 poises at a shear rate of from 20 to 500 sec -1, wherein, in the feed block, the cross section of the lower part of the duct to which the thermoplastic resin A is fed is rectangular, and the cross section of the holes to be formed on both sides of the lower part of the duct is rectangular, and wherein a color pigment is added to the other thermoplastic resin B to color it, or in case where the thermoplastic resin A is a colored resin, a color pigment of which the color differs from the color of the thermoplastic resin A is added to the thermoplastic resin B or no pigment is added thereto so that the resin B is a transparent resin.
A skin engaging member in the form of a narrow elongated strip of dimensions suitable for placement on a razor cartridge, said skin engaging member comprising a first uppermost layer comprising an erodible skin engaging layer of a first color, said first layer comprising a lubricious water-soluble polymer, a second layer positioned below said first layer comprising an erodible skin engaging layer of a second color different from said first color, said second layer comprising a lubricious water-soluble polymer, said second layer comprising a greater amount of said lubricous water-soluble polymer, in percent by weight, than said first layer, and a third layer positioned below said second layer comprising an erodible skin engaging layer of a third color different from said first color and said second color.
A coating composition comprising inorganic oxide fine particles containing at least one element selected from the group consisting of Ti, Zr, Sn and Sb, a hydrolysable group-containing organic silicon compound, and a surfactant having an HLB value of 8 or less and a surfactant having an HLB value of more than 8 as surfactants, wherein the mass ratio (C1/C2) of the surfactant having an HLB value of 8 or less and the surfactant having an HLB value of more than 8 is 0.3 to 1.0.
A filtering arrangement comprising - a reference voltage input; - a compensation current arrangement coupled to the reference voltage input and configured to provide a control current at a current output as a function of a voltage at the reference voltage input; - a first and a second current sources (20, 30) each having a control input (4, 5) coupled to the current output; - a first and a second filter inputs (7, 8); - a first transistor with a first connection, a second connection and a control connection (T1c), where its first connection is coupled to the first current source and its second connection is coupled to the first filter input through a first resistor; - a second transistor with a first connection, a second connection and a control connection (T2c), where its first connection is coupled to the second current source, its second connection is coupled to the second filter input through a second resistor and its control connection (T2c) is coupled to its first connection and to the control connection of the first transistor; - a capacitive element coupled between the first connection of the first transistor and the second connection of the second transistor; and - a filter output coupled to the first connection of the first transistor; and - in which the compensation current arrangement generates a compensation current that has opposite variations compared to variations with temperature for AC resistance (Rds) between source and drain of the first transistor. - a reference voltage input; - a compensation current arrangement coupled to the reference voltage input and configured to provide a control current at a current output as a function of a voltage at the reference voltage input; - a first and a second current sources (20, 30) each having a control input (4, 5) coupled to the current output; - a first and a second filter inputs (7, 8); - a first transistor with a first connection, a second connection and a control connection (T1c), where its first connection is coupled to the first current source and its second connection is coupled to the first filter input through a first resistor; - a second transistor with a first connection, a second connection and a control connection (T2c), where its first connection is coupled to the second current source, its second connection is coupled to the second filter input through a second resistor and its control connection (T2c) is coupled to its first connection and to the control connection of the first transistor; - a capacitive element coupled between the first connection of the first transistor and the second connection of the second transistor; and - a filter output coupled to the first connection of the first transistor; and - in which the compensation current arrangement generates a compensation current that has opposite variations compared to variations with temperature for AC resistance (Rds) between source and drain of the first transistor.
An imaging pixel, comprising: a photodetector configured for generating a charge signal; an input buffer having an input terminal and an output terminal, the input terminal connected to the photodetector configured for amplifying the charge signal; a control device connected to the photodetector and the output terminal of the input buffer separating low-frequency charge signals from high-frequency charge signals; and a switch operably connected to the output terminal of the input buffer configured for sampling of high-frequency charge signals in a charge storage device triggered by amplitude of high-frequency charge signals provided by the input buffer; and characterized by further comprising a comparator connected between the input buffer and the switch to change a state of the switch according to an amplified charge signal provided by the input buffer, and wherein the comparator has an input terminal, a threshold terminal, and an output terminal, wherein the input terminal is connected to the input buffer to receive therefrom the amplified charge signal, wherein the threshold terminal is connected to a trigger voltage source, and wherein the output terminal is operably connected to the switch to change state of the switch according to a comparison of the amplified charge signal and a trigger voltage signal received from the trigger voltage source, wherein the control device includes a transistor with a gate terminal, wherein the gate terminal is connected to the output terminal of the input buffer. a photodetector configured for generating a charge signal; an input buffer having an input terminal and an output terminal, the input terminal connected to the photodetector configured for amplifying the charge signal; a control device connected to the photodetector and the output terminal of the input buffer separating low-frequency charge signals from high-frequency charge signals; and a switch operably connected to the output terminal of the input buffer configured for sampling of high-frequency charge signals in a charge storage device triggered by amplitude of high-frequency charge signals provided by the input buffer; and characterized by further comprising a comparator connected between the input buffer and the switch to change a state of the switch according to an amplified charge signal provided by the input buffer, and wherein the comparator has an input terminal, a threshold terminal, and an output terminal, wherein the input terminal is connected to the input buffer to receive therefrom the amplified charge signal, wherein the threshold terminal is connected to a trigger voltage source, and wherein the output terminal is operably connected to the switch to change state of the switch according to a comparison of the amplified charge signal and a trigger voltage signal received from the trigger voltage source, wherein the control device includes a transistor with a gate terminal, wherein the gate terminal is connected to the output terminal of the input buffer.
A surgical tool, comprising: a drive housing having an input shaft arranged therein for rotation; an elongate shaft that extends from the drive housing; an end effector operatively coupled to a distal end of the elongate shaft; and a cable band coupled to and wrapped around the input shaft that operatively couples the input shaft to a drive cable that extends to the end effector, wherein rotation of the input drive correspondingly moves the cable band and thereby controls longitudinal movement of the drive cable to articulate the end effector, and characterised in that the cable band is routed at least partially around an idler pulley rotatably mounted within the drive housing, wherein the idler pulley is arranged within the drive housing such that the cable band feeds the drive cable directly into the elongate shaft, wherein the idler pulley includes an upper flange, a lower flange, and a trough that extends between the upper and lower flanges, and wherein the cable band is received within the trough and the upper and lower flanges help maintain the cable band within the trough. a drive housing having an input shaft arranged therein for rotation; an elongate shaft that extends from the drive housing; an end effector operatively coupled to a distal end of the elongate shaft; and a cable band coupled to and wrapped around the input shaft that operatively couples the input shaft to a drive cable that extends to the end effector, wherein rotation of the input drive correspondingly moves the cable band and thereby controls longitudinal movement of the drive cable to articulate the end effector, and characterised in that the cable band is routed at least partially around an idler pulley rotatably mounted within the drive housing, wherein the idler pulley is arranged within the drive housing such that the cable band feeds the drive cable directly into the elongate shaft, wherein the idler pulley includes an upper flange, a lower flange, and a trough that extends between the upper and lower flanges, and wherein the cable band is received within the trough and the upper and lower flanges help maintain the cable band within the trough.
De-icing device for a splitter nose of a turbomachine, in particular for a compressor, the device comprising: - a splitter nose that has an inner radial flange and that is shaped to separate a primary flow and a secondary flow of the turbomachine, - a shroud arranged inside the splitter nose, - a de-icing annular space between the nose and the shroud, in particular for circulation of a de-icing fluid, and - a partition dividing the annular space annularly, characterized in that the partition includes an outer radial flange attached to the inner flange of the splitter nose. - a splitter nose that has an inner radial flange and that is shaped to separate a primary flow and a secondary flow of the turbomachine, - a shroud arranged inside the splitter nose, - a de-icing annular space between the nose and the shroud, in particular for circulation of a de-icing fluid, and - a partition dividing the annular space annularly,
A method for producing pressure waves of high intensity, by way of introducing a flowable, explosive substance or flowable components forming an explosive mixture on mixing, into a pressure-tight container, by way of igniting the explosive substance or the mixture and bringing it to explosion by way of this, and by way of the gas pressure arisen by the explosion is led through a previously closed passage, and wherein a closure is held closed before an explosion by way of a gas spring, characterised in that the gas spring comprises a relief device, such that after the explosion and a compression of the gas spring, a discharge opening in a gas spring chamber of the gas spring is opened.
Antenna system, including: - at least one source antenna (5; 70; 106); - an inhomogeneous lens with a gradient index, of the Maxwell's fish-eye type, produced in the form of a semi-sphere, and including N semi-spherical concentric shells (2, 3, 4), with different discrete dielectric constants overlapping one another without any empty spaces between two successive shells, with 3≤ N≤ 20, the discrete dielectric constants of the N shells are such that they define a discrete distribution approximating the theoretical distribution of the index inside the lens, said lens has a focal spot due to the fact that the index distribution obtained with said concentric shells is discrete, said focal spot being located outside the lens and at a predetermined distance h from the lens; characterized in that it includes: - means for de-centering said at least one source antenna with respect to the axis of the lens, enabling said at least one source antenna to successively occupy at least two different positions contained in said focal spot, so as to allow for scanning, over an angular sector, of the beam focused at the output of the lens. - at least one source antenna (5; 70; 106); - an inhomogeneous lens with a gradient index, of the Maxwell's fish-eye type, produced in the form of a semi-sphere, and including N semi-spherical concentric shells (2, 3, 4), with different discrete dielectric constants overlapping one another without any empty spaces between two successive shells, with 3≤ N≤ 20, the discrete dielectric constants of the N shells are such that they define a discrete distribution approximating the theoretical distribution of the index inside the lens, said lens has a focal spot due to the fact that the index distribution obtained with said concentric shells is discrete, said focal spot being located outside the lens and at a predetermined distance h from the lens; - means for de-centering said at least one source antenna with respect to the axis of the lens, enabling said at least one source antenna to successively occupy at least two different positions contained in said focal spot, so as to allow for scanning, over an angular sector, of the beam focused at the output of the lens.
A method for delivering a key, to be presented to an access control device, to a mobile device, the mobile device, when fully functional, capable of communicating directly with a key issuance backend via a communication network to retrieve keys from the key issuance backend through the issuance of a key update request, the method comprising: when a network interface of the mobile device is at least one of limited in functionality and disabled, thereby preventing the mobile device from directly transmitting the key update request to the key issuance backend, instead establishing, with an updater (108, 208), a proximity-based communication channel (116, 216) with the mobile device; receiving, at the updater (108, 208), the key update request from the mobile device via the proximity-based communication channel; providing the key update request to the key issuance backend on behalf of the mobile device, wherein the key update request is provided to the key issuance backend by the updater (108, 208) and the updater (108, 208) has a network interface that enables communications with the key issuance backend; receiving, at the updater (108, 208), one or more keys from the key issuance backend in response to the key update request; and transmitting the one or more keys from the updater (108, 208) to the mobile device via the proximity-based communication channel (116, 216). when a network interface of the mobile device is at least one of limited in functionality and disabled, thereby preventing the mobile device from directly transmitting the key update request to the key issuance backend, instead establishing, with an updater (108, 208), a proximity-based communication channel (116, 216) with the mobile device; receiving, at the updater (108, 208), the key update request from the mobile device via the proximity-based communication channel; providing the key update request to the key issuance backend on behalf of the mobile device, wherein the key update request is provided to the key issuance backend by the updater (108, 208) and the updater (108, 208) has a network interface that enables communications with the key issuance backend; receiving, at the updater (108, 208), one or more keys from the key issuance backend in response to the key update request; and transmitting the one or more keys from the updater (108, 208) to the mobile device via the proximity-based communication channel (116, 216).
A knob assembly, comprising: an assembly member comprising a mounting groove and a first liquid blocking part, the first liquid blocking part being located at an outer periphery of the mounting groove; a control module arranged in the mounting groove; a display module electrically connected to the control module; a knob base connected to the control module; a knob body arranged on the knob base and located at an outer periphery of the control module, the knob body and the knob base defining a liquid discharging cavity; and a liquid discharging part arranged on the knob base, the liquid discharging part being in communication with the liquid discharging cavity and configured to discharge a medium in the liquid discharging cavity, the first liquid blocking part being located between the liquid discharging part and the mounting groove, further comprising: a second liquid blocking part arranged on the knob base and located between the first liquid blocking part and the liquid discharging part.
A reading device (1, 10, 25) comprising: a scanner configured to irradiate a surface of a recording medium with light in a first wavelength range and a second wavelength range and to read an image in the first wavelength range and an image in the second wavelength range from light reflected by the surface of the recording medium, wherein the surface of the recording medium has a detection pattern read in the second wavelength range on the surface of the recording medium; a detector (32, 33) configured to detect a change from a reference position in a reading-depth direction when the surface of the recording medium is read by the scanner, based on an amount of characteristic read from the detection pattern included in the image in the second wavelength range; and a corrector configured to correct the image in the first wavelength range based on the change detected by the detector (32, 33). a scanner configured to irradiate a surface of a recording medium with light in a first wavelength range and a second wavelength range and to read an image in the first wavelength range and an image in the second wavelength range from light reflected by the surface of the recording medium, wherein the surface of the recording medium has a detection pattern read in the second wavelength range on the surface of the recording medium; a detector (32, 33) configured to detect a change from a reference position in a reading-depth direction when the surface of the recording medium is read by the scanner, based on an amount of characteristic read from the detection pattern included in the image in the second wavelength range; and a corrector configured to correct the image in the first wavelength range based on the change detected by the detector (32, 33).
Holding device for a supporting profile which is supported on a carrying profile in the construction sector, having at least two abutment regions (22; 24) which are spaced apart from each other and which are provided for abutment against the carrying and/or supporting profile (46; 48), characterised in that the holding device is constructed in one piece and has a coupling portion, to which there can be coupled at least one actuation portion of a remote actuation device which is provided either for arranging the holding device for connecting the supporting profile to the carrying profile or for disengaging the holding device from the carrying and supporting profiles (46; 48).
Control rod for adjusting a rotor blade of a helicopter, wherein the control rod can be adjusted in the longitudinal direction, said control rod comprising: - at least one bearing-region element, which is arranged so as to be able to rotate about the longitudinal axis of the control rod within a pivoting range, - at least one stop element (8, 9), which is designed to delimit the adjustability of the control rod in the longitudinal direction to a predefinable adjustment range in interaction with the at least one bearing-region element, wherein the adjustability is delimited in that the at least one bearing-region element comes to bear against the at least one stop element (8, 9) in the circumferential direction of the control rod, characterized in that the at least one stop element (8, 9) can be displaced in the circumferential direction of the control rod in order to change the predefinable adjustment range, in such a way that a larger or a smaller pivoting range can be implemented. - at least one bearing-region element, which is arranged so as to be able to rotate about the longitudinal axis of the control rod within a pivoting range, - at least one stop element (8, 9), which is designed to delimit the adjustability of the control rod in the longitudinal direction to a predefinable adjustment range in interaction with the at least one bearing-region element, wherein the adjustability is delimited in that the at least one bearing-region element comes to bear against the at least one stop element (8, 9) in the circumferential direction of the control rod, characterized in that the at least one stop element (8, 9) can be displaced in the circumferential direction of the control rod in order to change the predefinable adjustment range, in such a way that a larger or a smaller pivoting range can be implemented.