mhurhangee/ep-ind-claims huggingface dataset:
An optoelectronic device system having a first optoelectronic device (200, 400) comprising: - a support; - a conducting layer (104, 108) arranged on the support; - an active layer connected to the conducting layer (104, 108); - an encapsulation capping, covering the active layer being attached by an attachment member to the support, - a layer gap formed between the support and a protrusion of the encapsulation capping, wherein the layer gap has a lateral opening opposite to the attachment member and wherein the conducting layer (104, 108) reaches into the layer gap; - an elastic electrode (208, 406) arranged in the layer gap and contacting the conducting layer (104, 108), wherein - the protrusion of the encapsulation capping projects over the attaching member, - the elastic electrode (208, 406) comprises an elastomer, - the elastic electrode (208, 406) is arranged in the layer gap between the support and the protrusion of the encapsulation capping, characterized in that - the elastic electrode (208, 406) protrudes from the layer gap covering sidewalls of the conductive layer (104, 108) and at least partly covering sidewalls of the support and the encapsulation capping, the optoelectronic device system further comprises - a second optoelectronic device (300, 402) comprising a second elastic electrode (302, 404), wherein - the elastic electrode (208, 406) and the second elastic electrode (302, 404) are in direct physical contact. - a support; - a conducting layer (104, 108) arranged on the support; - an active layer connected to the conducting layer (104, 108); - an encapsulation capping, covering the active layer being attached by an attachment member to the support, - a layer gap formed between the support and a protrusion of the encapsulation capping, wherein the layer gap has a lateral opening opposite to the attachment member and wherein the conducting layer (104, 108) reaches into the layer gap; - an elastic electrode (208, 406) arranged in the layer gap and contacting the conducting layer (104, 108), wherein - the protrusion of the encapsulation capping projects over the attaching member, - the elastic electrode (208, 406) comprises an elastomer, - the elastic electrode (208, 406) is arranged in the layer gap between the support and the protrusion of the encapsulation capping, characterized in that - the elastic electrode (208, 406) protrudes from the layer gap covering sidewalls of the conductive layer (104, 108) and at least partly covering sidewalls of the support and the encapsulation capping, the optoelectronic device system further comprises - a second optoelectronic device (300, 402) comprising a second elastic electrode (302, 404), wherein - the elastic electrode (208, 406) and the second elastic electrode (302, 404) are in direct physical contact.
An electricity-generating coating for a window surface (206, 306, 406, 506) of a military aircraft, the electricity-generating coating comprising: a conformal organic photovoltaic device (104, 204, 304, 404, 504), including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device (104, 204, 304, 404, 504) is configured to be adhered to the window surface (206, 306, 406, 506) to convert the window surface into an electricity-generating window surface; a pressure-sensitive adhesive (105, 205, 405) on the conformal organic photovoltaic device, the pressure-sensitive adhesive (105, 205, 405) being capable of adhering the conformal organic photovoltaic device (104, 204, 304, 404, 504) to the window surface (206, 306, 406, 506), wherein the organic photovoltaic device (104, 204, 304, 404, 504) is semitransparent and the pressure-sensitive adhesive (105, 205, 405) is one of semitransparent and transparent such that light is capable of passing through the electricity-generating coating; and a very thin, highly flexible transparent substrate (103, 203, 403), wherein the conformal organic photovoltaic device (104, 204, 304, 404, 504) is covered by the very thin, highly flexible transparent substrate (103, 203, 403). a conformal organic photovoltaic device (104, 204, 304, 404, 504), including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device (104, 204, 304, 404, 504) is configured to be adhered to the window surface (206, 306, 406, 506) to convert the window surface into an electricity-generating window surface; a pressure-sensitive adhesive (105, 205, 405) on the conformal organic photovoltaic device, the pressure-sensitive adhesive (105, 205, 405) being capable of adhering the conformal organic photovoltaic device (104, 204, 304, 404, 504) to the window surface (206, 306, 406, 506), wherein the organic photovoltaic device (104, 204, 304, 404, 504) is semitransparent and the pressure-sensitive adhesive (105, 205, 405) is one of semitransparent and transparent such that light is capable of passing through the electricity-generating coating; and a very thin, highly flexible transparent substrate (103, 203, 403), wherein the conformal organic photovoltaic device (104, 204, 304, 404, 504) is covered by the very thin, highly flexible transparent substrate (103, 203, 403).
A refrigerant compressor comprising: an electromotive element; and a compression element that is driven by the electromotive element, includes a slider, and compresses a refrigerant, wherein a freezer oil that lubricates the slider is added with a fullerene having a diameter that ranges from 100 pm to 10 nm, wherein the refrigerant compressed by the compression element is a hydrofluorocarbon refrigerant or a mixed refrigerant including the HFC refrigerant; or one natural refrigerant of R600a, R290, and R744; or a mixed refrigerant that includes at least one of the R600a, the R290, and the R744, or a hydrofluoroolefin refrigerant or a mixed refrigerant including the HFO refrigerant, and the freezer oil is: one of ester oil, alkylbenzene oil, polyvinyl ether, and polyalkylene glycol; or mixed oil of at least two of the ester oil, the alkylbenzene oil, the polyvinyl ether, and the polyalkylene glycol, and a state is maintained where the fullerene is uniformly dispersed in the freezer oil by an additive amount of the fullerene being less than or equal to a saturating amount of dissolution with respect to the freezer oil in a room temperature atmosphere. an electromotive element; and a compression element that is driven by the electromotive element, includes a slider, and compresses a refrigerant, wherein a freezer oil that lubricates the slider is added with a fullerene having a diameter that ranges from 100 pm to 10 nm, wherein the refrigerant compressed by the compression element is a hydrofluorocarbon refrigerant or a mixed refrigerant including the HFC refrigerant; or one natural refrigerant of R600a, R290, and R744; or a mixed refrigerant that includes at least one of the R600a, the R290, and the R744, or a hydrofluoroolefin refrigerant or a mixed refrigerant including the HFO refrigerant, and a hydrofluorocarbon refrigerant or a mixed refrigerant including the HFC refrigerant; or one natural refrigerant of R600a, R290, and R744; or a mixed refrigerant that includes at least one of the R600a, the R290, and the R744, or a hydrofluoroolefin refrigerant or a mixed refrigerant including the HFO refrigerant, and the freezer oil is: one of ester oil, alkylbenzene oil, polyvinyl ether, and polyalkylene glycol; or mixed oil of at least two of the ester oil, the alkylbenzene oil, the polyvinyl ether, and the polyalkylene glycol, and one of ester oil, alkylbenzene oil, polyvinyl ether, and polyalkylene glycol; or mixed oil of at least two of the ester oil, the alkylbenzene oil, the polyvinyl ether, and the polyalkylene glycol, and a state is maintained where the fullerene is uniformly dispersed in the freezer oil by an additive amount of the fullerene being less than or equal to a saturating amount of dissolution with respect to the freezer oil in a room temperature atmosphere.
A guide assembly for delivering and positioning an operative member through a working channel to a target treatment area, the guide assembly comprising: one or more transmission lines for operatively connecting the operative member at the distal end of said guide assembly to a power source at a proximal end of said guide assembly; a first flexible shaft enclosing at least a first portion of the one or more transmission lines; and a second flexible shaft enclosing at least a second portion of the one or more transmission lines, the first flexible shaft being located between the operative member and the second flexible shaft, and the second flexible shaft being located between the first flexible shaft and the power source, characterized in that the first flexible shaft is configured for transmitting torque to the operative member when the first flexible shaft is rotated about its longitudinal axis, the first flexible shaft and the second flexible shaft being configured to allow the first flexible shaft to rotate about its longitudinal axis independently of the second flexible shaft. one or more transmission lines for operatively connecting the operative member at the distal end of said guide assembly to a power source at a proximal end of said guide assembly; a first flexible shaft enclosing at least a first portion of the one or more transmission lines; and a second flexible shaft enclosing at least a second portion of the one or more transmission lines, the first flexible shaft being located between the operative member and the second flexible shaft, and the second flexible shaft being located between the first flexible shaft and the power source,
A pneumatic safety tire comprising: as a skeleton, a carcass having at least one carcass ply extending between a pair of bead cores embedded in a corresponding pair of bead portions; and a side reinforcing rubber on a tire width direction inner side of the carcass in a side wall portion; wherein a reinforcing cord of the carcass ply is composed of a polyester fiber and/or an aramid fiber, and subjected to an adhesive agent treatment in which an adhesive agent containing at least one of a thermoplastic polymer, a heat reactive aqueous urethane resin, and an epoxide compound is used as a first bath treatment liquid, and a resorcin-formalin-latex-based adhesive agent is used as a second bath treatment liquid, and a principal chain of the thermoplastic polymer substantially fails to include a double bond between carbons having an addition reactivity, is composed of an ethylene addition polymer and/or a urethane-based high molecular weight polymer, each of which is composed mostly of a linear chain structure, and includes at least one cross-linkable functional group as a pendant group, characterised in that, in a cross section in a tire width direction, provided that the area of the side reinforcing rubber is S1, the area of the bead filler arranged on a tire radial direction outer side of the bead core is S2, and the area of a rubber chafer arranged on a tire width direction outer side of the bead filler and the bead core is S3, the following expressions and are satisfied: 0.10 ≤ S 2 + S 3 / S 1 ≤ 2.50 0.3 ≤ S 2 / S 2 + S 3 ≤ 0.9
A multi-layer antenna arrangement comprising: a first layer comprising a conductive radiating element configured to have multiple overlapping resonant modes that define a first frequency range; a second layer comprising at least a portion of a ground plane for the conductive radiating element; a third layer, between the first layer and the second layer, comprising a conductive resonator configured to provide a stop band within the first frequency range, wherein the conductive radiating element is a slotted patch antenna configured such that a fundamental dipole mode of the slotted patch antenna is responsible for a first resonance mode (52 1) and two slot modes are responsible for a second and a third resonance mode (52 2, 52 3), wherein a length (L*) of the conductive radiating element determines the fundamental dipole mode. a first layer comprising a conductive radiating element configured to have multiple overlapping resonant modes that define a first frequency range; a second layer comprising at least a portion of a ground plane for the conductive radiating element; a third layer, between the first layer and the second layer, comprising a conductive resonator configured to provide a stop band within the first frequency range, wherein the conductive radiating element is a slotted patch antenna configured such that a fundamental dipole mode of the slotted patch antenna is responsible for a first resonance mode (52 1) and two slot modes are responsible for a second and a third resonance mode (52 2, 52 3), wherein a length (L*) of the conductive radiating element determines the fundamental dipole mode.
A railway vehicle structure, comprising: an underframe forming a floor surface; side structures each forming a side surface; and a roof structure mounted on upper end portions of the side structures, wherein each side structure includes a central portion side structure provided at a central portion of the side structure in a longitudinal direction, and an end portion side structure provided at an end portion of the central portion side structure in the longitudinal direction, the central portion side structure includes an extending portion, which extends an uppermost part of the central portion side structure to an end of the side structure in the longitudinal direction, and the end portion side structure is provided below the extending portion; characterized in that: the end portion side structure includes a vertical edge member, a lateral edge member, and a face plate connected to the vertical edge member and the lateral edge member, the vertical edge member extends in a vertical direction at an edge of the end portion side structure adjacent the central portion side structure, and the lateral edge member extends in a horizontal direction at an upper edge of the end portion side structure. an underframe forming a floor surface; side structures each forming a side surface; and a roof structure mounted on upper end portions of the side structures, wherein each side structure includes a central portion side structure provided at a central portion of the side structure in a longitudinal direction, and an end portion side structure provided at an end portion of the central portion side structure in the longitudinal direction, the central portion side structure includes an extending portion, which extends an uppermost part of the central portion side structure to an end of the side structure in the longitudinal direction, and the end portion side structure is provided below the extending portion; characterized in that: the end portion side structure includes a vertical edge member, a lateral edge member, and a face plate connected to the vertical edge member and the lateral edge member, the vertical edge member extends in a vertical direction at an edge of the end portion side structure adjacent the central portion side structure, and the lateral edge member extends in a horizontal direction at an upper edge of the end portion side structure.
An electrical power system (46,105,200) connectable to a power grid, comprising: a plurality of electrical power subsystems (27,102,202), each of the plurality of electrical power subsystems (27,102,202) comprising a power converter (38,122,212) electrically coupled to a generator (28,116,204) having a generator rotor (32,118,208) and a generator stator (30,120,206); a plurality of intermediate power paths (60,170,216) extending from the plurality of electrical power subsystems (27,102,202) for providing power from each of the plurality of electrical power subsystems (27,102,202) to the power grid; and a zig-zag transformer electrically coupling each of the plurality of intermediate power paths (60,170,216) to the power grid, the zig-zag transformer comprising a primary winding and a plurality of secondary windings, the primary winding arranged to be electrically coupled to the power grid via a main line, each of the plurality of secondary windings connected to one of the plurality of intermediate power paths (60,170,216), wherein at least one of the plurality of secondary windings is a zig-zag winding, wherein a respective cluster (48, 137) of electrical power subsystems is coupled to a respective one of the plurality of intermediate power paths (60, 170), and wherein each of the plurality of intermediate power paths (60,170,216) is connectable to only a respective one of the plurality of secondary windings. a plurality of electrical power subsystems (27,102,202), each of the plurality of electrical power subsystems (27,102,202) comprising a power converter (38,122,212) electrically coupled to a generator (28,116,204) having a generator rotor (32,118,208) and a generator stator (30,120,206); a plurality of intermediate power paths (60,170,216) extending from the plurality of electrical power subsystems (27,102,202) for providing power from each of the plurality of electrical power subsystems (27,102,202) to the power grid; and a zig-zag transformer electrically coupling each of the plurality of intermediate power paths (60,170,216) to the power grid, the zig-zag transformer comprising a primary winding and a plurality of secondary windings, the primary winding arranged to be electrically coupled to the power grid via a main line, each of the plurality of secondary windings connected to one of the plurality of intermediate power paths (60,170,216), wherein at least one of the plurality of secondary windings is a zig-zag winding,
Machine for the decoration of tridimensional products, comprising: a basement, means for supporting the product to be decorated associated to said basement, said means for supporting the product comprising a rotatable platform, a unit for decorating the product associated to said basement, said decoration unit comprises a moveable arm rotatably associated to said basement according to a rotation axis perpendicular to the longitudinal axis of said moveable arm, characterized in that said decoration unit comprises a plurality of print heads of the ink-jet type, provided with at least one head with ejector nozzles, sliding along said moveable arm, said movable arm being rotatable in a plane parallel to the front surface of said basement, each of said print heads being moveable, along a translation direction, from a non-operating position, in which it is spaced from the product, to an operating position in which it is in proximity of the product to obtain a decorative pattern. a basement, means for supporting the product to be decorated associated to said basement, said means for supporting the product comprising a rotatable platform, a unit for decorating the product associated to said basement, said decoration unit comprises a moveable arm rotatably associated to said basement according to a rotation axis perpendicular to the longitudinal axis of said moveable arm, characterized in that said decoration unit comprises a plurality of print heads of the ink-jet type, provided with at least one head with ejector nozzles, sliding along said moveable arm, said movable arm being rotatable in a plane parallel to the front surface of said basement, each of said print heads being moveable, along a translation direction, from a non-operating position, in which it is spaced from the product, to an operating position in which it is in proximity of the product to obtain a decorative pattern.
A method for producing a set of disposable instruments for a surgical procedure on a patient, characterized in that it consists of making, at the same time and by additive production layer by layer, components forming the set of instruments and connecting tabs, connected separably to the components, and connecting said components together to form said set.
A method for reducing an occurrence of an acoustic feedback in a hearing device, wherein a first wearing situation is established which determines a positioning of the hearing device relative to the wearer, wherein for the first wearing situation, a first use situation is established which is characterized by at least one body movement of the wearer of the hearing device and/or at least one relative position of an external object with respect to the body of the wearer, wherein for the first use situation, a plurality of frequency-resolved curves (34a-c) of a feedback tendency of the hearing device is determined, wherein, on the basis of the frequency-resolved curves (34a-c), a first criticality measure is determined for the first use situation, containing information on a critical frequency range with respect to an occurrence of acoustic feedback and a corresponding relative probability of an occurrence of acoustic feedback, wherein, for a given frequency, the first criticality measure for the first use situation is formed based on a scattering measure for the values of the feedback tendency at this frequency each of which resulting from the plurality of frequency-resolved curves (34a-c), wherein for the first wearing situation, a second use situation is established, wherein for the second use situation, a second criticality measure is determined in a manner analogous to the first criticality measure for the first use situation, and wherein, on the basis of the totality of the first criticality measure and the second criticality measure, a specification for fitting at least one hearing device parameter is made.
Method for operating a front camera of a motor vehicle, by means of which images (B1, B2) of an environmental region in the direction of travel in front of the motor vehicle are captured, wherein at least one light source of a frontal headlight of the motor vehicle is operated in pulsed manner and herein it is alternately switched between an active state ("1"), in which the at least one light source is turned on, and a further state ("0"), in which the at least one light source has lower light intensity than in the active state ("1"), and wherein a shutter disposed in front of an image sensor of the front camera is moved between a closed position, in which the shutter covers the image sensor against the environmental region, and an open position, in which the image sensor is exposed to light of the environmental region, characterized in that for at least a preset first time interval, the movement of the shutter is controlled synchronously to the pulsed operation of the at least one light source, such that the closed position of the shutter completely coincides with the active state ("1") of the light source and the open position of the shutter completely coincides with the further state ("0") of the light source, wherein at least one first image is captured by means of the image sensor within the first time interval.
A media rotation mechanism comprising: a housing defining a first opening and a second opening located at an angle relative to the first opening; a media receiver defining a media receiver opening, the media receiver, the first opening, and the second opening defining a non-linear travel path for a media object through the angle; a rotation motor operative to rotate the media receiver through the angle between a first position and a second position, the first position corresponding to the media receiver opening facing the first opening, the second position corresponding to the media receiver opening facing the second opening characterized in that a turntable is mechanically coupled to the rotation motor and the media receiver. a housing defining a first opening and a second opening located at an angle relative to the first opening; a media receiver defining a media receiver opening, the media receiver, the first opening, and the second opening defining a non-linear travel path for a media object through the angle; a rotation motor operative to rotate the media receiver through the angle between a first position and a second position, the first position corresponding to the media receiver opening facing the first opening, the second position corresponding to the media receiver opening facing the second opening