mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a dental restoration comprising a lithium silicate glass ceramic, wherein a) an amorphous glass having the following composition: 50 to 75 wt-% SiO 2, 17 to 20 wt-% Li 2 O, 8 to 20 wt-% of ZrO 2, 0 to 8 wt-% Al 2 O 3, 0 to 8 wt-% K 2 O and 0 to 15 wt-% additives with the proviso that the glass does not have one of the following compositions: 59,0 wt-% SiO 2 59,0 wt-% SiO 2 18,0 wt-% Li 2 O 19,0 wt-% Li 2 O 12,0 wt-% ZrO 2 12,0 wt-% ZrO 2 3,0 wt-% K 2 O 2,0 wt-% K 2 O 4,5 wt-% Al 2 O 3 4,5 wt-% Al 2 O 3 3,5 wt-% P 2 O 5 3,5 wt-% P 2 O 5 is subjected to at least one heat treatment which is a double-stage treatment with a first temperature from 600 to 800°C and a second temperature from 780 to 900°C resulting in a tooth coloured glass ceramic having a transmission of light with a wavelength between 360 nm to 740 nm, measured according to DIN EN 410, with a spectrophotometer Minolta CM-3610D, with a strength of at least 250 MPa, measured according to the 3-point-bending strength test conform to DIN ISO 6872, and with the colour of tooth, wherein during the at least one heat treatment at least a partial crystallisation occurs due to the increased temperatures, and b) the glass ceramic is formed to a dental restoration for immediate dental application and with a strength of at least 200 MPa, measured according to the 3-point-bending strength test conform to DIN ISO 6872, by using a subtractive process selected from the group consisting of milling, grinding and laser ablation. a) an amorphous glass having the following composition: 50 to 75 wt-% SiO 2, 17 to 20 wt-% Li 2 O, 8 to 20 wt-% of ZrO 2, 0 to 8 wt-% Al 2 O 3, 0 to 8 wt-% K 2 O and 0 to 15 wt-% additives with the proviso that the glass does not have one of the following compositions: 59,0 wt-% SiO 2 59,0 wt-% SiO 2 18,0 wt-% Li 2 O 19,0 wt-% Li 2 O 12,0 wt-% ZrO 2 12,0 wt-% ZrO 2 3,0 wt-% K 2 O 2,0 wt-% K 2 O 4,5 wt-% Al 2 O 3 4,5 wt-% Al 2 O 3 3,5 wt-% P 2 O 5 3,5 wt-% P 2 O 5 is subjected to at least one heat treatment which is a double-stage treatment with a first temperature from 600 to 800°C and a second temperature from 780 to 900°C resulting in a tooth coloured glass ceramic having a transmission of light with a wavelength between 360 nm to 740 nm, measured according to DIN EN 410, with a spectrophotometer Minolta CM-3610D, with a strength of at least 250 MPa, measured according to the 3-point-bending strength test conform to DIN ISO 6872, and with the colour of tooth, wherein during the at least one heat treatment at least a partial crystallisation occurs due to the increased temperatures, and 50 to 75 wt-% SiO 2, 17 to 20 wt-% Li 2 O, 8 to 20 wt-% of ZrO 2, 0 to 8 wt-% Al 2 O 3, 0 to 8 wt-% K 2 O and 0 to 15 wt-% additives b) the glass ceramic is formed to a dental restoration for immediate dental application and with a strength of at least 200 MPa, measured according to the 3-point-bending strength test conform to DIN ISO 6872, by using a subtractive process selected from the group consisting of milling, grinding and laser ablation.
A method for producing a planarizing film, comprising applying a coating liquid to a transparent resin base to form a planarizing layer, the planarizing layer being such that the number of foreign matters with an average diameter of 20 μm or more and 100 μm or less on a surface thereof is not more than 5/m 2; the coating liquid being obtained by adding at least a binder resin and an inorganic filler to a solvent, followed by mixing, the method being such that the coating liquid has a solids concentration of 25 mass% or more and 45 mass% or less, and the coating liquid is applied by gravure coating using, as a gravure roll, a gravure roll with a line frequency of 50 to 90 lpi, with the rotation ratio of the gravure roll being 60% or more and 100% or less, and then dried/cured to form a planarizing layer.
A carrying system comprising: a first carrying strap adapted to extend from a first position of an upper back section of said carrying system over a first shoulder of a user substantially diagonally downwards towards the stomach area or solar plexus of said user; a second carrying strap adapted to extend from a second position of said upper back section of said carrying system over a second shoulder of said user substantially diagonally downwards towards the stomach area or solar plexus of said user; a third carrying strap adapted to extend from a first position of a lower back section of said carrying system under a first arm of said user substantially diagonally upwards towards the stomach area or solar plexus of said user; and a fourth carrying strap adapted to extend from a second position of said lower back section of said carrying system under a second arm of said user substantially diagonally upwards towards the stomach area or solar plexus of said user; wherein said second and fourth carrying straps (4, 6) are provided with a connecting body which is connected to an end of each of the two carrying straps (4, 6), and each and one of the remaining first and third carrying straps (3, 5) are provided with each a fastening body which is connected to the corresponding end of said carrying strap; wherein said connecting body is adapted to connect said respective fastening bodies; and wherein each and one of said fastening bodies is adapted to be pressed into the connecting body and locked there; characterized in that each fastening body is arranged with a release portion (9, 10) adapted to disengage the fastening body from the connecting body so that the carrying system may be disengaged from a carrying user; that said release portions (9, 10) are arranged to be placed adjacent each other when locked in the connecting body to enable easy access to said release portions (9, 10); that said release portions (9, 10) are arranged in a recess (7") of said connecting body; and that said recess (7") is arranged between said two respective fastening bodies when said fastening bodies are pressed into the connecting body to enable easy one-handed disengagement of the carrying system from said carrying user.
Windscreen wiper device for a vehicle with a fastening element fixed on a drive shaft, more particularly for a motor vehicle, comprising a wiper blade with - an elongated upper part, which is configured at least partially flexibly, - an elongated lower part, which is configured at least partially flexibly, - several connecting elements for connecting the upper part and the lower part, wherein the connecting elements are spaced apart from one another along a longitudinal extension of the wiper blade, and wherein the connecting elements are designed in order to enable a movement of the upper part and the lower part relative to one another with a component of movement along a longitudinal extension of the wiper blade, - a fastening part on the wiper blade side wherein the fastening part on the wiper blade side is detachably connectable to the fastening element, and - a coupling device, characterized in that the fastening part on the wiper blade side and the fastening element are connectable to one another for conjoint rotation until a defined torque value is exceeded, and are completely releasable from one another, by means of the coupling device, wherein the fastening element and the coupling device comprise in particular a coupling element which is attached to the fastening element and is moved when the defined torque value is reached. - an elongated upper part, which is configured at least partially flexibly, - an elongated lower part, which is configured at least partially flexibly, - several connecting elements for connecting the upper part and the lower part, wherein the connecting elements are spaced apart from one another along a longitudinal extension of the wiper blade, and wherein the connecting elements are designed in order to enable a movement of the upper part and the lower part relative to one another with a component of movement along a longitudinal extension of the wiper blade, - a fastening part on the wiper blade side wherein the fastening part on the wiper blade side is detachably connectable to the fastening element, and - a coupling device, characterized in that the fastening part on the wiper blade side and the fastening element are connectable to one another for conjoint rotation until a defined torque value is exceeded, and are completely releasable from one another, by means of the coupling device, wherein the fastening element and the coupling device comprise in particular a coupling element which is attached to the fastening element and is moved when the defined torque value is reached.
A system for inflating an inflatable element with a liquid inflating medium, the system comprising a flow line (28, 45) communicating with the inflatable element, a return line (30, 46) communicating with the inflatable element, and a pump means operable to deliver the liquid inflating medium to the inflatable element for inflating thereof, characterised in that a separating means is provided for separating liquid inflating medium from a gaseous medium therein, and the flow and return lines (28, 45, 30, 46) communicate the inflatable element with the separating means through a valving means (48, 49) configured for selectively and alternately coupling the separating means to the flow line (28, 45) and the return line (30, 46), and the pump means is selectively and alternately operable to deliver the liquid inflating medium from the separating means through the flow line (28, 45) to the inflatable element for inflating thereof, and to deliver the liquid inflating medium from the inflatable element through the return line (30, 46) to the separating means for separating the liquid inflating medium from the gaseous medium therein, so that after initial inflating of the inflatable element with the liquid inflating medium through the flow line (28, 45), the inflatable element is deflated by delivering the liquid inflating medium from the inflatable element through the return line (30, 46) to the separating means, and the inflatable element is re-inflated with the liquid inflating medium through the flow line (28, 45) from the separating means with the gaseous medium separated therefrom.
A method for, at a user equipment, UE, performing device-to-device, D2D, communication in a wireless communication system, the method comprising: reporting, using a plurality of radio frequency, RF, circuits implemented in the UE, UE capability information including information about a restricted frequency band among multiple frequency bands aggregated to a base station; and performing a D2D communication with a target UE via a specific frequency band, wherein the D2D communication with the target UE via the specific frequency band and a signal reception from the base station via the restricted frequency band are performed by a same RF circuit among the plurality of RF circuits, wherein the signal reception from the base station via the restricted frequency band is forbidden during the D2D communication with the target UE via the specific frequency band through selecting, among the restricted frequency band and the specific band frequency, the specific frequency band using a switch located prior to the same RF circuit, wherein the UE capability information includes configuration information of the plurality of RF circuits, and wherein the configuration information includes a list of frequency bands which can be used by the plurality of RF circuits for transmission and reception. reporting, using a plurality of radio frequency, RF, circuits implemented in the UE, UE capability information including information about a restricted frequency band among multiple frequency bands aggregated to a base station; and performing a D2D communication with a target UE via a specific frequency band, wherein the D2D communication with the target UE via the specific frequency band and a signal reception from the base station via the restricted frequency band are performed by a same RF circuit among the plurality of RF circuits, wherein the signal reception from the base station via the restricted frequency band is forbidden during the D2D communication with the target UE via the specific frequency band through selecting, among the restricted frequency band and the specific band frequency, the specific frequency band using a switch located prior to the same RF circuit, wherein the UE capability information includes configuration information of the plurality of RF circuits, and wherein the configuration information includes a list of frequency bands which can be used by the plurality of RF circuits for transmission and reception.
A random code generator, comprising: a power circuit; a sensing circuit comprising a first sense amplifier and a second sense amplifier; and a memory cell array comprising a first memory cell and a second memory cell, wherein a first terminal of the first memory cell is connected with the power circuit, a second terminal of the first memory cell is coupled to the first sense amplifier of the sensing circuit, wherein a first terminal of the second memory cell is connected with the power circuit, a second terminal of the second memory cell is coupled to the second sense amplifier of the sensing circuit, characterized in that during an enrollment, the power circuit provides a supplying voltage to the first memory cell and the second memory cell, the first sense amplifier verifies that the enrollment is completed if a first current generated by the first memory cell exceeds a threshold value, the second sense amplifier verifies that the enrollment is completed if a second current generated by the second memory cell exceeds the threshold value, and a random code is determined according to the resistance difference between the first memory cell and the second memory cell after the enrollment, and the supplying voltage reduces when a resistance of the first memory cell or a resistance of the second memory cell reduces. a power circuit; a sensing circuit comprising a first sense amplifier and a second sense amplifier; and a memory cell array comprising a first memory cell and a second memory cell, wherein a first terminal of the first memory cell is connected with the power circuit, a second terminal of the first memory cell is coupled to the first sense amplifier of the sensing circuit, wherein a first terminal of the second memory cell is connected with the power circuit, a second terminal of the second memory cell is coupled to the second sense amplifier of the sensing circuit, characterized in that during an enrollment, the power circuit provides a supplying voltage to the first memory cell and the second memory cell, the first sense amplifier verifies that the enrollment is completed if a first current generated by the first memory cell exceeds a threshold value, the second sense amplifier verifies that the enrollment is completed if a second current generated by the second memory cell exceeds the threshold value, and a random code is determined according to the resistance difference between the first memory cell and the second memory cell after the enrollment, and the supplying voltage reduces when a resistance of the first memory cell or a resistance of the second memory cell reduces.
Vehicle comprising a cabin and configured to tow a trailer, said cabin and said trailer when towed defining a space between them, said vehicle comprising at least one heat exchanger housed, at least partially, in said space, said vehicle comprising an aerodynamic system comprising a box defining a space between a front opening facing towards said cab and a rear opening facing said trailer, said space being configured to house said heat exchanger, said box being configured to guide the inlet of a first air flow (F') flowing around said cabin towards said at least one heat exchanger and to guide a second air flow (F") exiting said heat exchanger so as to direct it around said trailer.
A transportation refrigeration system, comprising: a refrigeration system component; a linear generator electrically connected to the refrigeration system component; and a linkage operably connected to the linear generator to convert movement of the transportation refrigeration system into electrical power for communication to the refrigeration system component; characterized in that: a wheel supports the transport refrigeration system, wherein the linkage is connected to the wheel to generate electrical power using rotation of the wheel. a refrigeration system component; a linear generator electrically connected to the refrigeration system component; and a linkage operably connected to the linear generator to convert movement of the transportation refrigeration system into electrical power for communication to the refrigeration system component; characterized in that: a wheel supports the transport refrigeration system, wherein the linkage is connected to the wheel to generate electrical power using rotation of the wheel.
A stent holder for removeably holding a stent during a coating process characterized in that the stent holder comprises a stent mounting portion comprising at least two arms upon which the stent is mounted, the at least two arms defining a hollow space therebetween, and an electrically chargeable section separate from the stent mounting portion, wherein the arms form an elliptical portion configured to exert force on an inner surface of the stent, wherein the arms are coupled to the electrically chargeable section that electrically charges the stent during the coating process and at least a portion of the electrically chargeable section includes a dimension larger than an inner diameter of the stent so that the stent sits on the electrically chargeable section, and wherein when the elliptical portion exerts force on the inner surface of the stent, the arms diverge from a central axis of the stent holder, making at least one bend, and converge at the central axis of the stent holder, or the arms diverge from a central axis of the stent holder and arc to converge at the central axis of the stent holder, the arms touching one another both where the arms diverge and where the arms converge.
Extreme UV radiation source device which comprises the following: - means for producing a plasma, which surrounds a high density and high temperature region essentially in a middle area thereof which emits extreme UV radiation, by at least one of heating and excitation of a supplied raw material; - an optical focusing means for focusing radiation with a spatial distribution of wavelength which has been emitted from the said plasma, said radiation being formed of extreme UV radiation emitted from the high density and high temperature region of the plasma and of radiation emitted from an area outside the high density and high temperature region of said plasma; and - a radiation exit part for extracting the focused radiation, and - a radiation shielding means provided with an opening for transmitting only a portion of the radiation which has emerged from the optical focusing means towards the radiation exit part, wherein the radiation shielding means is positioned in an area of an optical path between the optical focusing means and the radiation exit part, wherein a radiation incidence side of the radiation shielding means is large enough for the radiation which has been emerged from the optical focusing means to be completely incident on it, and in that the opening of the radiation shielding means and its position are such that, of the radiation with a spatial distribution of wavelength incident on the radiation shielding means, essentially only extreme UV radiation is transmitted through the opening of the radiation shielding means, characterized in that the middle of the opening of the radiation shielding means is located essentially on the optical axis of the optical focussing means. - means for producing a plasma, which surrounds a high density and high temperature region essentially in a middle area thereof which emits extreme UV radiation, by at least one of heating and excitation of a supplied raw material; - an optical focusing means for focusing radiation with a spatial distribution of wavelength which has been emitted from the said plasma, said radiation being formed of extreme UV radiation emitted from the high density and high temperature region of the plasma and of radiation emitted from an area outside the high density and high temperature region of said plasma; and - a radiation exit part for extracting the focused radiation, and - a radiation shielding means provided with an opening for transmitting only a portion of the radiation which has emerged from the optical focusing means towards the radiation exit part,
Rotary tool for a machining of workpieces, comprising a base body having a clamping section and a tool head which comprises a cutting region having at least one cutting edge, wherein the tool head comprises at least one coolant channel for supplying a cooling and/or lubricating fluid to the cutting region, characterized in that the coolant channel has a cross-section tapering in the direction of the tool head and, in this region, at least two coolant outlet lines (30, 38) branching off from contact points (40, 42) of the coolant channel in the direction of the tool head surface are arranged in the area of the tool head, wherein the at least two coolant outlet lines (30, 38) are arranged at positions offset in an axial longitudinal direction of the coolant channel, wherein the coolant channel is tapered across the complete length of the rotary tool.
A torque converter comprising: a cover member connected to an input member and configured to accommodate a fluid; a drive impeller configured to create a spiral flow by a rotation of the cover member; a turbine connected to an output member including a rotary shaft and configured to be rotated by the spiral flow; a lockup clutch hydraulically actuated to selectively provide a connection between the cover member and the output member; a damper mechanism having an input element connected to the lockup clutch, an output element connected to the output member, and an elastic member arranged between the input element and the output element in such a manner to be expanded and compressed in a rotational direction; and a pendulum damper (16; 26); the turbine, the damper mechanism, the lockup clutch, and the pendulum damper (16; 26) are arranged in order in the axial direction of the rotary shaft in the cover member; characterized in that: the pendulum damper (16; 26) is connected to the output member to be rotated in the rotational direction of the output member and has an inertial mass (16b; 26b) configured to oscillate with respect to the output member. a cover member connected to an input member and configured to accommodate a fluid; a drive impeller configured to create a spiral flow by a rotation of the cover member; a turbine connected to an output member including a rotary shaft and configured to be rotated by the spiral flow; a lockup clutch hydraulically actuated to selectively provide a connection between the cover member and the output member; a damper mechanism having an input element connected to the lockup clutch, an output element connected to the output member, and an elastic member arranged between the input element and the output element in such a manner to be expanded and compressed in a rotational direction; and a pendulum damper (16; 26); the turbine, the damper mechanism, the lockup clutch, and the pendulum damper (16; 26) are arranged in order in the axial direction of the rotary shaft in the cover member; characterized in that: the pendulum damper (16; 26) is connected to the output member to be rotated in the rotational direction of the output member and has an inertial mass (16b; 26b) configured to oscillate with respect to the output member.