mhurhangee/ep-ind-claims huggingface dataset:
An oral treatment system comprising: a mouthpiece comprising a wall and a bite platform extending from the wall that collectively define a first channel for receiving a user's teeth (498, 499), the bite platform having a cavity for storing an oral treatment material; an electromagnetic radiation source coupled to the mouthpiece and configured to emit electromagnetic radiation onto surfaces of the user's teeth (498, 499) that are positioned in the first channel; and one or more apertures in at least one of the wall or the bite platform, the one or more apertures fluidly coupled to the oral treatment material in the cavity, the oral treatment material being dispensed through the one or more apertures to the first channel for contact with the surfaces of the user's teeth (498, 499) that are positioned in the first channel in response to compression of the bite platform. a mouthpiece comprising a wall and a bite platform extending from the wall that collectively define a first channel for receiving a user's teeth (498, 499), the bite platform having a cavity for storing an oral treatment material; an electromagnetic radiation source coupled to the mouthpiece and configured to emit electromagnetic radiation onto surfaces of the user's teeth (498, 499) that are positioned in the first channel; and one or more apertures in at least one of the wall or the bite platform, the one or more apertures fluidly coupled to the oral treatment material in the cavity, the oral treatment material being dispensed through the one or more apertures to the first channel for contact with the surfaces of the user's teeth (498, 499) that are positioned in the first channel in response to compression of the bite platform.
A strut for a ram air turbine, the strut comprising: a gearbox section; a cover comprising a cover body located at an end of the gearbox section of the strut wherein the cover body is secured to an end of the strut by a screw; wherein the cover further comprises: a test plug; and a static seal engaging with the test plug; and wherein the strut further comprises a dynamic seal engaging with the cover and a turbine shaft, wherein the test plug comprises a threaded portion that engages with a corresponding threaded portion of the cover, and wherein when the test plug is removed from the cover, the dynamic seal is configured to prevent contamination from entering the gearbox section of the strut. a gearbox section; a cover comprising a cover body located at an end of the gearbox section of the strut wherein the cover body is secured to an end of the strut by a screw; wherein the cover further comprises: a test plug; and a static seal engaging with the test plug; and wherein the strut further comprises a dynamic seal engaging with the cover and a turbine shaft, wherein the test plug comprises a threaded portion that engages with a corresponding threaded portion of the cover, and wherein when the test plug is removed from the cover, the dynamic seal is configured to prevent contamination from entering the gearbox section of the strut. a test plug; and a static seal engaging with the test plug; and wherein the strut further comprises a dynamic seal engaging with the cover and a turbine shaft, wherein the test plug comprises a threaded portion that engages with a corresponding threaded portion of the cover, and wherein when the test plug is removed from the cover, the dynamic seal is configured to prevent contamination from entering the gearbox section of the strut.
A device for heating the ambient by means of infrared rays, comprising - a substantially vertical hollow casing, delimiting a central chamber with an entry in its base, a radial outlet and closed by a top cover, - a burner for the combustion of a gas, placed on the base of said hollow casing for the discharge of exhaust gas in said chamber, - a bore on a level with the entry of said chamber to provide an entrance for combustion air and for mixing with the exhaust gas coming from said burner and directed towards the radial outlet of said casing, and - radiating means placed between the entry and the outlet of said chamber, characterized in that said radiating means include a mattress of fibre of amorphous silica for infrared radiation which define the outlet for the exhaust gas, said fibre of amorphous silica having a silica (SiO 2 content greater or equivalent to 99%, and a density, per unit of the surface, from between 90 and 120 g/m 2. - a substantially vertical hollow casing, delimiting a central chamber with an entry in its base, a radial outlet and closed by a top cover, - a burner for the combustion of a gas, placed on the base of said hollow casing for the discharge of exhaust gas in said chamber, - a bore on a level with the entry of said chamber to provide an entrance for combustion air and for mixing with the exhaust gas coming from said burner and directed towards the radial outlet of said casing, and - radiating means placed between the entry and the outlet of said chamber,
A scanning laser projector comprising: a laser diode configured to create display pixels by modulating light; a scanning mirror configured to reflect the modulated light from the laser diode in a raster pattern to display an image; a laser driver circuit configured to receive digital drive values representing an amplitude and a duration for each pixel to be displayed, and to drive the laser diode at a fixed operating voltage with an electrical current having the amplitude for the duration for each pixel to be displayed; and a pixel value generator configured to receive commanded light power values and to generate the digital drive values, wherein the scanning laser projector being characterized in that as commanded light power values increase, the pixel value generator is configured for the lowest commanded light power values to set the duration at a minimum duration, and to increase the amplitude without increasing the minimum duration until a peak efficiency amplitude is reached, and increase the duration thereafter for larger commanded light power values, wherein the peak efficiency amplitude is a highest drive amplitude of the electrical current, at which the laser diode operates at peak efficiency for the given operating voltage; wherein efficiency is defined as an amount of light power output by the laser diode divided by an amount of electrical power input into the laser diode. a laser diode configured to create display pixels by modulating light; a scanning mirror configured to reflect the modulated light from the laser diode in a raster pattern to display an image; a laser driver circuit configured to receive digital drive values representing an amplitude and a duration for each pixel to be displayed, and to drive the laser diode at a fixed operating voltage with an electrical current having the amplitude for the duration for each pixel to be displayed; and a pixel value generator configured to receive commanded light power values and to generate the digital drive values, wherein the scanning laser projector being characterized in that as commanded light power values increase, the pixel value generator is configured for the lowest commanded light power values to set the duration at a minimum duration, and to increase the amplitude without increasing the minimum duration until a peak efficiency amplitude is reached, and increase the duration thereafter for larger commanded light power values, wherein the peak efficiency amplitude is a highest drive amplitude of the electrical current, at which the laser diode operates at peak efficiency for the given operating voltage; wherein efficiency is defined as an amount of light power output by the laser diode divided by an amount of electrical power input into the laser diode.
An insulation component of heat bonded layered sheet materials, said sheet materials comprising a layer of polyurethane foam and layers of non woven synthetic scrim (12, 13, 14), characterized in that said scrim has a greater elongation in one direction than in a direction orthogonal thereto, wherein said component comprises two adjacent layers of said scrim having the respective directions of greatest elongation arranged at greater than 30°.
A sealing device, comprising: - at least one connecting element comprising at least one transponder arrangement, - wherein the transponder arrangement comprises a first resistor terminal and at least one further resistor terminal, - at least one fastening element for fastening the sealing device to a device, which is to be sealed, - wherein the fastening element comprises a conductor arrangement, - wherein the conductor arrangement is electrically connected to the first resistor terminal and to the at least one further resistor terminal, at least in a sealed state of the sealing device, characterized in that - the transponder arrangement comprises at least one resistance determining device, and - the resistance determining device is configured to determine the resistance value of the conductor arrangement in an initialization step, - the resistance determining device is configured to determine the resistance value of the conductor arrangement in a verification step, and - the transponder arrangement is passive in such a way that a determination of the resistance value of the conductor arrangement is only possible in combination with a reading device. - at least one connecting element comprising at least one transponder arrangement, - wherein the transponder arrangement comprises a first resistor terminal and at least one further resistor terminal, - at least one fastening element for fastening the sealing device to a device, which is to be sealed, - wherein the fastening element comprises a conductor arrangement, - wherein the conductor arrangement is electrically connected to the first resistor terminal and to the at least one further resistor terminal, at least in a sealed state of the sealing device, - the transponder arrangement comprises at least one resistance determining device, and - the resistance determining device is configured to determine the resistance value of the conductor arrangement in an initialization step, - the resistance determining device is configured to determine the resistance value of the conductor arrangement in a verification step, and - the transponder arrangement is passive in such a way that a determination of the resistance value of the conductor arrangement is only possible in combination with a reading device.
A method for stretch-blowing containers of preforms in a blow-molding station of a stretch-blow-molding machine, wherein at least one blow mold defining a mold cavity, a blast nozzle and a stretching rod which can be adjusted via an electric servomotor are provided in said blow-molding station, and an electronic control unit controls at least the speed and/or the force and/or the distance of the stretching rod adjustment via the servomotor for each stretching process, and, according to the method, the stretching rod is adjusted during the stretching process when the preform is actuated by blowing pressure from the blast nozzle while taking along preform bottom maximally in contact with a mold cavity bottom, characterized in that the force the servomotor transmitted to the stretching rod is reduced with regard to a maximum force to a controlled residual force either in a final phase or at the end of the stretching process, and that the force is reduced firstly a predetermined waiting time after the contact of the preform bottom with the mold cavity bottom, and that the reduced residual force subsequently is maintained over a predetermined time period.
A method for manufacturing an organic semiconductor composition, comprising: stirring a solated organic semiconductor and a gelated organometallic precursor or a solated organometallic precursor, and forming a three-dimensional organic semiconductor composition by allowing the solated organic semiconductor to penetrate a gap in a lattice structure of the gelated organometallic precursor or a lattice structure of a gelated organometallic precursor which was gelated by the solated organometallic precursor, wherein the gelated organometallic precursor is formed into a two-dimensional network structure. stirring a solated organic semiconductor and a gelated organometallic precursor or a solated organometallic precursor, and forming a three-dimensional organic semiconductor composition by allowing the solated organic semiconductor to penetrate a gap in a lattice structure of the gelated organometallic precursor or a lattice structure of a gelated organometallic precursor which was gelated by the solated organometallic precursor, wherein the gelated organometallic precursor is formed into a two-dimensional network structure.
Knife having a housing, a blade assembly comprising a blade with at least one cutting edge, wherein the blade assembly and/or a blade protector can be displaced relative to the housing between at least one rest position, in which the cutting edge is inaccessibly arranged in a protective position, and at least one operating position, in which the cutting edge is moved relative to the housing in such a way that a cutting process is possible, wherein the housing has at least one opening (22, 24), characterised in that a particle flow cross-section of the housing remains substantially constant or increases in the flow direction of the particulate manner from an entry region of the particulate matter into an interior at a front end region of the housing to an exit region of the particulate manner.
A quick connect hydraulic coupling with a retention mechanism to prevent inadvertent disconnection, comprising: a female coupling with an external surface and an internal surface which defines a port; a male coupling having an external surface, an internal surface, a leading edge, a longitudinal axis, and a geometric profile adapted for insertion into said female coupling; and a stop mechanism disposed at least partially around the external surface of the male coupling and configured to prevent the male coupling from being inserted into said port of the female coupling beyond a predetermined position, characterized in that: the stop mechanism is slidable axially relative to the longitudinal axis of the male coupling between a first position and a second position, the first position located between the leading edge of the male coupling and the second position, the stop mechanism biased towards the first position so that the stop mechanism resets to the first position upon removal of an insertion force. a female coupling with an external surface and an internal surface which defines a port; a male coupling having an external surface, an internal surface, a leading edge, a longitudinal axis, and a geometric profile adapted for insertion into said female coupling; and a stop mechanism disposed at least partially around the external surface of the male coupling and configured to prevent the male coupling from being inserted into said port of the female coupling beyond a predetermined position, characterized in that: the stop mechanism is slidable axially relative to the longitudinal axis of the male coupling between a first position and a second position, the first position located between the leading edge of the male coupling and the second position, the stop mechanism biased towards the first position so that the stop mechanism resets to the first position upon removal of an insertion force. the stop mechanism is slidable axially relative to the longitudinal axis of the male coupling between a first position and a second position, the first position located between the leading edge of the male coupling and the second position, the stop mechanism biased towards the first position so that the stop mechanism resets to the first position upon removal of an insertion force.
A method for wireless communications by an apparatus, comprising: determining a plurality of beam directions for use in different transmission time intervals, TTIs, of a TTI burst, wherein the TTI burst comprises a control region and the different TTIs, the control region being contiguous in time and comprising different control symbols; sending, to a device, a first indicator in a first control symbol of a control region of the TTI burst using a first beam direction, the first indicator indicating one or more TTIs of the TTI burst to be used by the apparatus for the first beam direction; and sending, to the device, a second indicator in a second control symbol of the control region of the TTI burst using a second beam direction, the second indicator indicating one or more other TTIs of the TTI burst to be used by the apparatus for the second beam direction, wherein the second beam direction is different from the first beam direction. determining a plurality of beam directions for use in different transmission time intervals, TTIs, of a TTI burst, wherein the TTI burst comprises a control region and the different TTIs, the control region being contiguous in time and comprising different control symbols; sending, to a device, a first indicator in a first control symbol of a control region of the TTI burst using a first beam direction, the first indicator indicating one or more TTIs of the TTI burst to be used by the apparatus for the first beam direction; and sending, to the device, a second indicator in a second control symbol of the control region of the TTI burst using a second beam direction, the second indicator indicating one or more other TTIs of the TTI burst to be used by the apparatus for the second beam direction, wherein the second beam direction is different from the first beam direction.
Crankshaft arrangement for an internal combustion engine, having a. a crankshaft; b. a torsional vibration damper with a primary mass and a vibration damper ring; c. the primary mass being connected fixedly to the crankshaft, and the vibration damper ring and the primary mass being coupled via a viscous fluid; d. the torsional vibration damper being attached to an output end of the crankshaft; e. the primary mass being coupled via an elastomer coupling ring to a secondary coupling, f. the torsional vibration damper being coupled to the secondary coupling via a feedback device, characterised in that the feedback device has a negative rigidity. a. a crankshaft; b. a torsional vibration damper with a primary mass and a vibration damper ring; c. the primary mass being connected fixedly to the crankshaft, and the vibration damper ring and the primary mass being coupled via a viscous fluid; d. the torsional vibration damper being attached to an output end of the crankshaft; e. the primary mass being coupled via an elastomer coupling ring to a secondary coupling, f. the torsional vibration damper being coupled to the secondary coupling via a feedback device,
A drape comprising: a thermoformed basin that is shape-indexed to a shape of a basin of a surgical system into which the thermoformed basin is configured to be inserted, the thermoformed basin being collapsible, the thermoformed basin defines a perimeter having a length and a width; and a flexible side sheet bonded to and extending about an entire perimeter of the thermoformed basin, characterized in that it further comprises at least one flexible window sheet (38, 40) positioned between and connected to the thermoformed basin and the flexible side sheet; the at least one flexible window comprises a first flexible window and a second flexible window, the first flexible window projects away from one lengthwise perimeter section of the thermoformed basin and is thermally bonded thereto, the second flexible window projects away from an opposite lengthwise perimeter section of the thermoformed basin and is thermally bonded thereto, and the flexible side sheet is thermally bonded to the thermoformed basin, the first flexible window, and the second flexible window about a perimeter defined, collectively, by the thermoformed basin, the first flexible window, and the second flexible window. a thermoformed basin that is shape-indexed to a shape of a basin of a surgical system into which the thermoformed basin is configured to be inserted, the thermoformed basin being collapsible, the thermoformed basin defines a perimeter having a length and a width; and a flexible side sheet bonded to and extending about an entire perimeter of the thermoformed basin, characterized in that it further comprises at least one flexible window sheet (38, 40) positioned between and connected to the thermoformed basin and the flexible side sheet; the at least one flexible window comprises a first flexible window and a second flexible window, the first flexible window projects away from one lengthwise perimeter section of the thermoformed basin and is thermally bonded thereto, the second flexible window projects away from an opposite lengthwise perimeter section of the thermoformed basin and is thermally bonded thereto, and the flexible side sheet is thermally bonded to the thermoformed basin, the first flexible window, and the second flexible window about a perimeter defined, collectively, by the thermoformed basin, the first flexible window, and the second flexible window.
A radio communication terminal apparatus that performs communication using a plurality of downlink component bands, the radio communication terminal apparatus comprising: a receiving section that receives a first physical downlink control channel, PDCCH, including a first transmission power control, TPC, field for a first downlink component band, and receives a second PDCCH including a second TPC field for a second downlink component band, wherein the first downlink component band is associated with an uplink component band; characterized in that control format indicator, CFI, information indicating the number of symbols used for the first PDCCH is mapped in the second TPC field, and the radio communication terminal apparatus further comprising: a mapping section that determines, in an uplink component band set, a physical uplink control channel, PUCCH, resource, to which a response signal corresponding to the downlink data for each of the first and the second downlink component bands is to be mapped, using the second TPC field for the second downlink component band; and wherein the mapping section maps the response signal to the PUCCH resource within the uplink component band associated with the first downlink component band. a receiving section that receives a first physical downlink control channel, PDCCH, including a first transmission power control, TPC, field for a first downlink component band, and receives a second PDCCH including a second TPC field for a second downlink component band, wherein the first downlink component band is associated with an uplink component band; characterized in that control format indicator, CFI, information indicating the number of symbols used for the first PDCCH is mapped in the second TPC field, and the radio communication terminal apparatus further comprising: a mapping section that determines, in an uplink component band set, a physical uplink control channel, PUCCH, resource, to which a response signal corresponding to the downlink data for each of the first and the second downlink component bands is to be mapped, using the second TPC field for the second downlink component band; and wherein the mapping section maps the response signal to the PUCCH resource within the uplink component band associated with the first downlink component band. a mapping section that determines, in an uplink component band set, a physical uplink control channel, PUCCH, resource, to which a response signal corresponding to the downlink data for each of the first and the second downlink component bands is to be mapped, using the second TPC field for the second downlink component band; and wherein the mapping section maps the response signal to the PUCCH resource within the uplink component band associated with the first downlink component band.