mhurhangee/ep-ind-claims huggingface dataset:
A fiber-reinforced composite material comprising layered fibrous structures which are impregnated with a resin, characterized in that the fiber-reinforced composite material comprises a fibrous structure being a woven fabric and composed of only an inorganic fiber and a fibrous structure being a woven fabric comprising a wholly aromatic polyester fiber, each of outermost layers of the fiber-reinforced composite material is the fibrous structure being a woven fabric and composed of only an inorganic fiber, at least one fibrous structure being a woven fabric and comprising a wholly aromatic polyester fiber is present in a layer other than the layer forming a central part in a thickness direction of the fiber-reinforced composite material, and the wholly aromatic polyester fiber has a total fineness of 15 to 1100 dtex and a single fiber fineness of 5 dtex or less. the fiber-reinforced composite material comprises a fibrous structure being a woven fabric and composed of only an inorganic fiber and a fibrous structure being a woven fabric comprising a wholly aromatic polyester fiber, each of outermost layers of the fiber-reinforced composite material is the fibrous structure being a woven fabric and composed of only an inorganic fiber, at least one fibrous structure being a woven fabric and comprising a wholly aromatic polyester fiber is present in a layer other than the layer forming a central part in a thickness direction of the fiber-reinforced composite material, and the wholly aromatic polyester fiber has a total fineness of 15 to 1100 dtex and a single fiber fineness of 5 dtex or less.
An antenna circuit, in particular a loop antenna circuit, for a Radio Frequency Identification reader module, the antenna circuit comprising: a first antenna portion comprising a first contact node for connecting the first antenna portion to the Radio Frequency Identification reader module, a second antenna portion comprising a second contact node for connecting the second antenna portion to the Radio Frequency Identification reader module, the antenna circuit being characterized by a controllable switching element having a changeable ohmic resistance, which connects the first antenna portion to the second antenna portion, wherein the controllable switching element is adapted to change its ohmic resistance as a function of a control signal, which is applied to the controllable switching element, wherein the controllable switching element comprises a semiconductor device which is a metal-oxide-semiconductor field-effect transistor. a first antenna portion comprising a first contact node for connecting the first antenna portion to the Radio Frequency Identification reader module, a second antenna portion comprising a second contact node for connecting the second antenna portion to the Radio Frequency Identification reader module, the antenna circuit being characterized by a controllable switching element having a changeable ohmic resistance, which connects the first antenna portion to the second antenna portion, wherein the controllable switching element is adapted to change its ohmic resistance as a function of a control signal, which is applied to the controllable switching element, wherein the controllable switching element comprises a semiconductor device which is a metal-oxide-semiconductor field-effect transistor.
A composition comprising a TK-deficient vaccinia virus for use in the treatment of a cancer and/or a tumour in a subject wherein the subject is also receiving a cancer therapy, wherein the TK-deficient virus comprises an inactivated N1L gene, wherein the N1L gene is inactivated by the insertion of a nucleic acid sequence encoding a heterologous polypeptide, and wherein the nucleic acid sequence comprises at least three vaccinia virus promoters, said vaccinia virus promoters are positioned in the same orientation which is opposite to that of the intact vaccinia virus ORF L024.
An apparatus comprising: a projector system comprising a display unit, the display unit configured to project an image on an exterior surface of an aircraft, the aircraft comprising a first moveable structure; wherein the display unit is mounted to the first moveable structure; and wherein the projector system includes a detection system configured to identify a change in location of the display unit and to compensate for the change in location of the display unit by changing the projection of the image so as to maintain a desired display of the image on said exterior surface. a projector system comprising a display unit, the display unit configured to project an image on an exterior surface of an aircraft, the aircraft comprising a first moveable structure; wherein the display unit is mounted to the first moveable structure; and wherein the projector system includes a detection system configured to identify a change in location of the display unit and to compensate for the change in location of the display unit by changing the projection of the image so as to maintain a desired display of the image on said exterior surface.
A method for processing a TDM service in a passive optical network, characterized by comprising: receiving, by an OLT, a TDM packet that an ONT sends by using a valid payload, the valid payload comprising one of a GPON encapsulation mode frame, a circuit emulation service over PSN Ethernet packet or a TDM over Ethernet packet; parsing and obtaining, by the OLT, an encapsulation structure of the TDM packet; determining, by the OLT, an encapsulation mode of the TDM packet according to the encapsulation structure; and switching, by the OLT, a forwarding model according to the encapsulation mode of the TDM packet, so as to implement centralized uploading of a TDM service; wherein switching comprises: configuring, by the OLT, the forwarding model when the ONT goes online, or automatically adjusting the forwarding model when the encapsulation mode of the TDM packet changes after the ONT goes online, and when a change occurs in the encapsulation mode. receiving, by an OLT, a TDM packet that an ONT sends by using a valid payload, the valid payload comprising one of a GPON encapsulation mode frame, a circuit emulation service over PSN Ethernet packet or a TDM over Ethernet packet; parsing and obtaining, by the OLT, an encapsulation structure of the TDM packet; determining, by the OLT, an encapsulation mode of the TDM packet according to the encapsulation structure; and switching, by the OLT, a forwarding model according to the encapsulation mode of the TDM packet, so as to implement centralized uploading of a TDM service; configuring, by the OLT, the forwarding model when the ONT goes online, or automatically adjusting the forwarding model when the encapsulation mode of the TDM packet changes after the ONT goes online, and when a change occurs in the encapsulation mode.
A process for heating a biomass moving along an industrial treatment line comprising an inlet for the incoming biomass, a heating means (4, 4b) and a treatment station, a fraction of the biomass heated by the heating means (4, 4b) being returned along a return branch to a mixing station upstream of the heating means (4, 4b) so as to form there, with the incoming biomass, a mixture having a temperature above the temperature of the incoming biomass, the heated biomass fraction being removed at an outlet of the treatment station, heat being recovered from the biomass downstream of the treatment station and this recovered heat being transferred to the biomass upstream of the treatment station by means of a means of heat exchange between the biomass leaving the treatment station and the biomass circulating in the line upstream of the treatment station, characterized in that the heating means (4, 4b) is controlled using a control means so that the temperature of the biomass reaches a parameterized temperature before it reaches the treatment station, the parameterized temperature being between 165°C and 205°C, preferably 185°C.
An acoustophoretic device, comprising: an acoustic chamber having at least one inlet and at least one outlet; at least one ultrasonic transducer located on a wall of the acoustic chamber, the at least one ultrasonic transducer including a piezoelectric material (400, 500, 600) driven by a voltage signal to create a multi-dimensional acoustic standing wave in the acoustic chamber; and a reflector located on a wall on the opposite side of the acoustic chamber from the at least one ultrasonic transducer, wherein the piezoelectric material and/or the reflector includes a non-planar surface, characterized in that the non-planar surface is a faceted surface (410, 510, 660). an acoustic chamber having at least one inlet and at least one outlet; at least one ultrasonic transducer located on a wall of the acoustic chamber, the at least one ultrasonic transducer including a piezoelectric material (400, 500, 600) driven by a voltage signal to create a multi-dimensional acoustic standing wave in the acoustic chamber; and a reflector located on a wall on the opposite side of the acoustic chamber from the at least one ultrasonic transducer, wherein the piezoelectric material and/or the reflector includes a non-planar surface, characterized in that the non-planar surface is a faceted surface (410, 510, 660).
A locking nut assembly, comprising: - a bearing nut having a first end, a second end, and an exterior surface extending from the first end to the second end and having a first plurality of serrations; - a shaft nut having a first end, a second end opposite the first end of the shaft nut, and a first portion with an exterior surface having a second plurality of serrations; and - a locking collar having a first end, a second end opposite the first end of the locking collar, and first interior portion with an interior surface having a third plurality of serrations; wherein the first plurality of serrations of the bearing nut align with the second plurality of serrations of the shaft nut when the bearing nut and the shaft nut are each in an installed position, wherein the locking collar is adapted to be installed on the bearing nut and the shaft nut when the bearing nut and the shaft nut are in their installed positions such that the aligned first plurality of serrations of the bearing nut and the second plurality of serrations of the shaft nut engage the third plurality of serrations of the locking collar, and wherein the bearing nut includes an interior surface having a threaded portion located proximate to the first end of the bearing nut and an unthreaded portion located proximate to the second end of the bearing nut, and wherein the bearing nut includes a locking insert installed within the unthreaded portion of the bearing nut. - a bearing nut having a first end, a second end, and an exterior surface extending from the first end to the second end and having a first plurality of serrations; - a shaft nut having a first end, a second end opposite the first end of the shaft nut, and a first portion with an exterior surface having a second plurality of serrations; and - a locking collar having a first end, a second end opposite the first end of the locking collar, and first interior portion with an interior surface having a third plurality of serrations;
Method for soldering a stator of an electric machine to a cooler with the steps: - coating the stator and/or the cooler, at least partially, with a layer of solder (20, 40); - bringing together the stator with the cooler such that the layer of solder (20, 40) is between the stator and the cooler; and - heating the cooler to the melt temperature of the layer of solder (20, 40), in order to produce a solder connection between the stator and the cooler, wherein the cooler is passed through by at least one fluid channel, characterised in that the step of heating comprises the steps: - pouring a high-boiling liquid into the fluid channel; - inductive heating of the cooler on its side facing away from the stator up to evaporation of the boiling liquid; and - condensing the boiling liquid in the fluid channel, in order to heat the layer of solder (20, 40) to its melt temperature. - coating the stator and/or the cooler, at least partially, with a layer of solder (20, 40); - bringing together the stator with the cooler such that the layer of solder (20, 40) is between the stator and the cooler; and - heating the cooler to the melt temperature of the layer of solder (20, 40), in order to produce a solder connection between the stator and the cooler, - pouring a high-boiling liquid into the fluid channel; - inductive heating of the cooler on its side facing away from the stator up to evaporation of the boiling liquid; and - condensing the boiling liquid in the fluid channel, in order to heat the layer of solder (20, 40) to its melt temperature.
A method performed at an electronic device with a touch-sensitive surface, a processor, and memory storing one or more applications for execution by the processor, the method comprising: detecting one or more touches that start within a view on the touch-sensitive surface; and processing the one or more touches on the touch-sensitive surface with a software element associated with the view; and characterized by receiving, at the software element associated with the view, a touch event, the touch event comprising a data structure including a phase value indicating that a respective touch on the touch-sensitive surface has begun; and responding to receiving the touch event having the phase value indicating that the respective touch on the touch-sensitive surface has begun by referencing the data structure and associating the data structure as a touch data structure of a new touch. detecting one or more touches that start within a view on the touch-sensitive surface; and processing the one or more touches on the touch-sensitive surface with a software element associated with the view; and characterized by receiving, at the software element associated with the view, a touch event, the touch event comprising a data structure including a phase value indicating that a respective touch on the touch-sensitive surface has begun; and responding to receiving the touch event having the phase value indicating that the respective touch on the touch-sensitive surface has begun by referencing the data structure and associating the data structure as a touch data structure of a new touch.
Device for removing liquid from a surface of a disc-like article comprising - a spin chuck for holding and rotating one single disc-like article, - liquid dispensing means for dispensing liquid onto the disc-like article, - a first gas dispensing means comprising at least one nozzle with orifice(s) for blowing gas onto the disc-like article, - a second gas dispensing means comprising at least one nozzle with orifice(s) for blowing gas onto the disc-like article, - moving means for moving the liquid dispensing means and the second gas dispensing means across the disc-like article so that the second gas dispensing and the liquid dispensing means move towards an edge region, and - means for controlling the gas flows dispensed through the first gas dispensing means separate from the second gas dispensing means, wherein the sum of cross-sectional areas of the orifice(s) of the first gas dispensing means is smaller than the sum of cross-sectional areas of the orifice(s) of the second gas dispensing means, wherein the second gas dispensing means and the liquid dispensing means are fixed to each other with a distance d2 between the second gas dispensing means and the liquid dispensing means, and the first gas dispensing means, the second gas dispensing means and the liquid dispensing means are fixed to each other with a distance d1 between the first gas dispensing means and the liquid dispensing means, wherein difference of distance d2 and distance d1 (d2-d1) is between -1cm and +1cm. - a spin chuck for holding and rotating one single disc-like article, - liquid dispensing means for dispensing liquid onto the disc-like article, - a first gas dispensing means comprising at least one nozzle with orifice(s) for blowing gas onto the disc-like article, - a second gas dispensing means comprising at least one nozzle with orifice(s) for blowing gas onto the disc-like article, - moving means for moving the liquid dispensing means and the second gas dispensing means across the disc-like article so that the second gas dispensing and the liquid dispensing means move towards an edge region, and - means for controlling the gas flows dispensed through the first gas dispensing means separate from the second gas dispensing means,
Ammonia gas generator for producing ammonia from a solution of an ammonia precursor substance, comprising: - a catalyst unit which comprises a catalyst for decomposing and/or hydrolysing ammonia precursor substances into ammonia, and a mixing chamber upstream of the catalyst in the flow direction, the catalyst having a catalyst volume V Kat and the mixing chamber having a mixing chamber volume V Misch, - an injection device for introducing the solution of the ammonia precursor substance into the mixing chamber, and - an outlet for the ammonia gas formed, the ammonia gas generator comprising an inlet for a carrier gas which produces a tangential carrier gas stream with respect to the solution injected into the mixing chamber, characterised in that, the catalyst unit comprises a hydrolysis catalyst which is divided into at least two parts, the first part of which in the flow direction is in the form of a heated catalyst, while the second part is in the form of an unheated catalyst, or in that two hydrolysis catalysts are arranged one behind the other, the first hydrolysis catalyst being a heated catalyst and the second hydrolysis catalyst being an unheated catalyst. - a catalyst unit which comprises a catalyst for decomposing and/or hydrolysing ammonia precursor substances into ammonia, and a mixing chamber upstream of the catalyst in the flow direction, the catalyst having a catalyst volume V Kat and the mixing chamber having a mixing chamber volume V Misch, - an injection device for introducing the solution of the ammonia precursor substance into the mixing chamber, and - an outlet for the ammonia gas formed,
A group III nitride based high electron mobility transistor (HEMT), comprising: a semiconductor buffer layer; a high polarization semiconductor layer on said buffer layer; a semiconductor barrier layer on said high polarization layer so that said high polarization layer is between said buffer and barrier layers (26, 30), each of said layers having a non-zero total polarization pointing in the same direction, the magnitude of said polarization in said high polarization layer higher than the polarization of said buffer and barrier layers (26, 30); and a two dimensional electron gas at the interface between said buffer layer and said high polarization layer; wherein said high polarization semiconductor layer is made of Al y Ga l-y N, with y=1, characterised in that said high polarization semiconductor layer is less than 50 Å thick. a semiconductor buffer layer; a high polarization semiconductor layer on said buffer layer; a semiconductor barrier layer on said high polarization layer so that said high polarization layer is between said buffer and barrier layers (26, 30), each of said layers having a non-zero total polarization pointing in the same direction, the magnitude of said polarization in said high polarization layer higher than the polarization of said buffer and barrier layers (26, 30); and a two dimensional electron gas at the interface between said buffer layer and said high polarization layer; wherein said high polarization semiconductor layer is made of Al y Ga l-y N, with y=1, characterised in that said high polarization semiconductor layer is less than 50 Å thick.
A method for rasterization comprising: dividing a primitive at a position where a color abruptly changes into a plurality of sub primitives with continuously and gradually changed color; and rasterizing each sub primitive, wherein the step of dividing further comprises: scanning a shape and structure description of the primitive; determining corresponding parameters that are discontinuous; and dividing the primitive at a position where the parameters abruptly change, wherein each of the parameters is calculated with an independent variable corresponding to a spatial position in a direction of the gradient; or wherein the step of dividing further comprises: scanning a spatial color function of the primitive; and dividing the primitive at a position between each adjacent two pieces if the spatial color function is a piecewise continuous function. dividing a primitive at a position where a color abruptly changes into a plurality of sub primitives with continuously and gradually changed color; and rasterizing each sub primitive, scanning a shape and structure description of the primitive; determining corresponding parameters that are discontinuous; and dividing the primitive at a position where the parameters abruptly change, wherein each of the parameters is calculated with an independent variable corresponding to a spatial position in a direction of the gradient; or scanning a spatial color function of the primitive; and dividing the primitive at a position between each adjacent two pieces if the spatial color function is a piecewise continuous function.
Mobile and self-sufficient device for converting solar energy into electrical energy, comprising solar modules arranged in panels, and a container, characterised in that the panels comprising solar modules have at least two sub-panels which comprise solar modules and can be folded towards one another, in that one panel comprising solar modules is pivotably arranged on both sides of a first frame, the first frame being, in the unfolded state, a support for the obliquely arranged panels which comprise solar modules and form a gable roof shape, in that the first frame having panels comprising solar modules is movably arranged in or on a second frame having on both sides pivotable panels comprising solar modules such that, when pushed apart, the frames (3, 4) having the obliquely arranged panels comprising solar modules are in the shape of a gable roof and, when pushed into one another, the frames (3, 4) having folded-up panels that have folded-up sub-panels in each case comprising solar modules are in the shape of a cuboid, and in that the second frame is hingedly connected to a guided holding element of the container for moving the frames (3, 4) having the panels comprising the solar modules in and out of the container such that the frames (3, 4) having the panels comprising solar modules are arranged vertically in the container and are pivotable relative to the container outside the container.
A coil unit (U1, U2, U3) for contactless power transmission comprising: a non-circular flat coil that has a plurality of corner sections corresponding to the corners of the coil and a non-corner section in a coil axial direction view; and a core member (21, 29, 29d) made of a magnetic material disposed to overlap the non-corner section of the flat coil in a coil axial direction; a thermal conductor (31, 31A, 31C) that is disposed to overlap the corner sections of the flat coil in the coil axial direction, and that has a higher thermal conductivity than the core member (21, 29, 29d), characterized in that the thermal conductor (31, 31A, 31C) and the core member (21, 29, 29D) do not overlap in the coil axial direction. a non-circular flat coil that has a plurality of corner sections corresponding to the corners of the coil and a non-corner section in a coil axial direction view; and a core member (21, 29, 29d) made of a magnetic material disposed to overlap the non-corner section of the flat coil in a coil axial direction; a thermal conductor (31, 31A, 31C) that is disposed to overlap the corner sections of the flat coil in the coil axial direction, and that has a higher thermal conductivity than the core member (21, 29, 29d), characterized in that the thermal conductor (31, 31A, 31C) and the core member (21, 29, 29D) do not overlap in the coil axial direction.