mhurhangee/ep-ind-claims huggingface dataset:
A hatch protection system for a hatch on a vehicle, comprising: a hatch pad, wherein the hatch pad is adapted to be attached to the hatch, and wherein the hatch pad comprises a protective padding; and a plurality of brackets (25, 30, 35), wherein the plurality of brackets (25, 30, 35) are adapted to be secured to the vehicle and to the hatch pad; characterised in that the brackets comprise hinged brackets whereby the hatch pad is adapted to be raised and lowered while remaining attached to the vehicle. a hatch pad, wherein the hatch pad is adapted to be attached to the hatch, and wherein the hatch pad comprises a protective padding; and a plurality of brackets (25, 30, 35), wherein the plurality of brackets (25, 30, 35) are adapted to be secured to the vehicle and to the hatch pad;
A wound dressing apparatus comprising: a wound contact layer comprising a proximal wound-facing face and a distal face, wherein the proximal wound-facing face is configured to be positioned in contact with a wound; at least one absorbent layer over the wound contact layer; a cover layer configured to cover and form a seal over the wound contact layer and the at least one absorbent layer; and an electronics assembly comprising: an electronics unit comprising a negative pressure source; a housing comprising: a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film and the plate; wherein the at least one absorbent layer and the cover layer comprise recesses configured to receive the electronics assembly and the at least one absorbent layer is configured to be in fluid communication with the window of the electronics assembly. a wound contact layer comprising a proximal wound-facing face and a distal face, wherein the proximal wound-facing face is configured to be positioned in contact with a wound; at least one absorbent layer over the wound contact layer; a cover layer configured to cover and form a seal over the wound contact layer and the at least one absorbent layer; and an electronics assembly comprising: an electronics unit comprising a negative pressure source; a housing comprising: a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film and the plate; an electronics unit comprising a negative pressure source; a housing comprising: a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film and the plate; wherein the at least one absorbent layer and the cover layer comprise recesses configured to receive the electronics assembly and the at least one absorbent layer is configured to be in fluid communication with the window of the electronics assembly.
A method for an optical quality analysis of retinal images, comprising: a) carrying out an optical quality analysis on at least one pre-acquired retinal image of a patient's eye or from information related to said pre-acquired retinal image, wherein said eye having a healthy anterior segment and a healthy intraocular media, and wherein said optical quality analysis comprises analysing the contents related to intraocular scattering and aberrations or to just intraocular scattering based on said pre-acquired retinal image, whereby the calculation of an objective scatter index, OSI, resulting from the relationship between the light energy found in a peripheral area of the retina plane image (E ext) and the light energy found in a central area thereof (E c), according to the expression: OSI = E ext E c is considered as a parameter indicative of optical quality; and b) based on a result of said optical quality analysis determining that a poor optical quality of the retinal images may be due to a reduced and/or limited neural response that induces alterations in the innervation of at least part of the intrinsic ocular musculature of said eye. a) carrying out an optical quality analysis on at least one pre-acquired retinal image of a patient's eye or from information related to said pre-acquired retinal image, wherein said eye having a healthy anterior segment and a healthy intraocular media, and wherein said optical quality analysis comprises analysing the contents related to intraocular scattering and aberrations or to just intraocular scattering based on said pre-acquired retinal image, whereby the calculation of an objective scatter index, OSI, resulting from the relationship between the light energy found in a peripheral area of the retina plane image (E ext) and the light energy found in a central area thereof (E c), according to the expression: OSI = E ext E c is considered as a parameter indicative of optical quality; and b) based on a result of said optical quality analysis determining that a poor optical quality of the retinal images may be due to a reduced and/or limited neural response that induces alterations in the innervation of at least part of the intrinsic ocular musculature of said eye.
A compound represented by the general formula or a pharmacologically acceptable salt thereof: wherein R 1 represents a C1 to C6 alkyl group which may be substituted by one to three identical or different groups selected from substituent group A, a C2 to C6 alkenyl group which may be substituted by one to three identical or different groups selected from substituent group A, a C3 to C8 cycloalkyl group which may be substituted by one to three identical or different groups selected from substituent group A, an aryl group which may be substituted by one to three identical or different groups selected from substituent group A (provided that when the aryl group is a phenyl group having a substituent, the substituent is substituted at a meta or para position on the benzene ring), a saturated heterocyclyl group which may be substituted by one to three identical or different groups selected from substituent group A, or an unsaturated heterocyclyl group which may be substituted by one to three identical or different groups selected from substituent group A (the substituent group A consists of a hydroxy group, a halogeno group, a cyano group, a nitro group, an amino group, a carboxy group, a C1 to C3 alkyl group, a halogeno-C1 to C3 alkyl group, a C3 to C8 cycloalkyl group, a C1 to C3 alkoxy group, a halogeno-C1 to C3 alkoxy group, a C1 to C3 alkylsulfonyl group, an aryl group, a saturated heterocyclyl group, an unsaturated heterocyclyl group, and an aryloxy group); R 2, R 3, and R 8 each independently represent a hydrogen atom or a C1 to C3 alkyl group; R 4, R 5, R 6, R 7, R 9, and R 10 each independently represent a hydrogen atom, a fluoro group, or a C1 to C3 alkyl group; and R 11 represents a hydrogen atom, a methyl group, or an ethyl group.
A multiphase inductive power transfer, IPT, primary track conductor arrangement comprising a first phase conductor (9, 14) and a second phase conductor, the phase conductors being arranged substantially in a plane and so as to overlap each other and being arranged such that there is substantially balanced mutual coupling between the phase conductors; wherein the phase conductors (9, 14, 15) extend longitudinally in the plane in a first dimension and a plurality of lengths (10, 11) of each phase conductor extend across the plane substantially transversely relative to the first dimension, the transverse lengths (10, 11) being substantially parallel to each other and spaced from each other; characterized in that: the transverse lengths (10, 11) of each phase conductor are grouped ir pairs so that current will flow in the same direction through each pair; and each phase conductor (9, 14, 15) comprises a forward and return conductor to carry forward and reverse currents. the transverse lengths (10, 11) of each phase conductor are grouped ir pairs so that current will flow in the same direction through each pair; and each phase conductor (9, 14, 15) comprises a forward and return conductor to carry forward and reverse currents.
A heat exchange system of a turbomachine comprising a heat exchanger comprising a support wall (22; 54; 53), a plurality of fins (23; 230; 230a; 230b) each extending in a radial direction from a radially outer surface of the support wall (22; 54; 53) and intended to be swept by an air flow, and a profiled panel (28; 54; 53) or a cover covering the fins, the heat exchanger being characterised in that the panel (28; 54; 53) or cover is connected upstream, in the direction of flow of the air flow, to a first profiled wall (25; 51a, 55a) and downstream to a second profiled wall (26; 51b, 55b), the first profiled wall (25; 51a, 55a) being arranged upstream from the fins (23; 230) and configured so as to guide and slow down the air flow entering the heat exchanger through the fins, and the second profiled wall (26; 51b, 55b) being arranged downstream of the fins and configured to accelerate the air flow exiting the heat exchanger, and in that the cover has an at least partly curvilinear aerodynamic profile, the panel or the cover has an outer peripheral surface (29, 41) having surface continuity with radially outer surfaces (42, 43) of the first and second walls (25, 26; 51a, 55a, 51b, 55b).
A reflection determination apparatus for determining reflection of ambient light to eyeglasses, comprising: an image acquisition section that acquires a first image of an eye area of a user wearing the eyeglasses and a second image of the eye area which is different from the first image in photographing timing; a luminance histogram calculation section that calculates first luminance histogram representing a luminance distribution of the first image and second luminance histogram representing a luminance distribution of the second image; a difference histogram calculation section that calculates a difference histogram based on a difference between the first luminance histogram and the second luminance histogram; an evaluation value calculation section that calculates an evaluation value regarding the reflection of ambient light, based on values of bins in the difference histogram and weights assigned to the values of the bins respectively; and a determination section that determines the reflection of ambient light based on the calculated evaluation value, wherein the weights emphasize, among the bins, a value of a predetermined first bin more than a value of a predetermined second bin having luminance lower than luminance of the first bin. an image acquisition section that acquires a first image of an eye area of a user wearing the eyeglasses and a second image of the eye area which is different from the first image in photographing timing; a luminance histogram calculation section that calculates first luminance histogram representing a luminance distribution of the first image and second luminance histogram representing a luminance distribution of the second image; a difference histogram calculation section that calculates a difference histogram based on a difference between the first luminance histogram and the second luminance histogram; an evaluation value calculation section that calculates an evaluation value regarding the reflection of ambient light, based on values of bins in the difference histogram and weights assigned to the values of the bins respectively; and a determination section that determines the reflection of ambient light based on the calculated evaluation value, wherein the weights emphasize, among the bins, a value of a predetermined first bin more than a value of a predetermined second bin having luminance lower than luminance of the first bin.
A composition, comprising: a product resulting from a condensation reaction at a temperature ranging from 38 to 177°C (100 to 350°F) of quebracho and at least one C 6 -C 22 alkyl amine. a product resulting from a condensation reaction at a temperature ranging from 38 to 177°C (100 to 350°F) of quebracho and at least one C 6 -C 22 alkyl amine.
Method for the staged combustion of a fuel by means of at least one burner, with each burner comprising two half-assemblies (1, 1') each comprising at least one fuel injecting means associated with a primary oxidant injecting means, and at least one secondary oxidant injecting means, a first oxidant jet being injected at a first distance from the fuel by the primary injecting means so as to generate a first incomplete combustion, and a second oxidant jet being injected at a second distance, greater than the first distance, from the fuel injecting means so as to generate a second combustion with the remaining fuel of the first incomplete combustion, said method being characterised in that a different quantity of fuel is injected by the fuel injecting means of each half-assembly (1, 1') in such a way that each half-assembly delivers a combustion power different from the one delivered by the other half-assembly and an asymmetric flame is produced.
A load measuring mechanism of an electronic balance constituted so as to transmit a load of a weighed object to an electromagnetic portion using a lever which operates by being guided by a Roberval's mechanism, the load measuring mechanism comprising: a first lever member incorporated to a Roberval's mechanism consisting of a stationary block, a floating frame, an upper sub-lever and a lower sub-lever; characterised in that it further comprises an integral type second lever member attached to a constitution to which the first lever member is incorporated, wherein attachment of the second lever member is such that force point and fulcrum portions of the second lever member are attached to the first lever member and the Roberval's mechanism through screw-fastened-holes, respectively. a first lever member incorporated to a Roberval's mechanism consisting of a stationary block, a floating frame, an upper sub-lever and a lower sub-lever; characterised in that it further comprises an integral type second lever member attached to a constitution to which the first lever member is incorporated, wherein attachment of the second lever member is such that force point and fulcrum portions of the second lever member are attached to the first lever member and the Roberval's mechanism through screw-fastened-holes, respectively.
Projector including a plurality of laser light sources and a projection engine fitted, at the inlet, with an integrating tunnel, characterized in that said plurality of laser light sources is connected in an offset manner to the projection engine through a bundle of optical fibres including the same plurality of inlets (16A, 16B, 16C, 16D) and a single outlet, said bundle of fibres being fused at each of said inlets and said single outlet to eliminate inter-fibre spaces therefrom and in that each of said inlets, fused in this way (16A, 16B, 16C, 16D), of said plurality of inlets of the bundle of optical fibres is disposed at a focal plane of the output of each of the laser light sources of said plurality of laser light sources and said single outlet, fused in this way, of the bundle of optical fibres is placed in direct contact with an homogenising plate sandwiched between the single fused outlet of the bundle of optical fibres and the inlet of the integrating tunnel.
A telecare-enabled mobile terminal comprising: a controller; a first subscriber identity (IMSI1); a second subscriber identity (IMSI2); and at least one mobile network interface for providing telecommunication connectivity for the mobile terminal as identified by the first subscriber identity and the second subscriber identity, respectively, wherein the controller is configured to use the first subscriber identity for outbound telecommunication traffic relating to a telecare service provided by a remote telecare provider, wherein the controller is configured to use the second subscriber identity for outbound telecommunication traffic not relating to said telecare service, and wherein the controller is configured to: determine if the mobile terminal has telecommunication connectivity to a mobile telecommunication network for the first subscriber identity (IMSI1); and, if not: use the second subscriber identity (IMSI2) to send a request to the mobile telecommunication network to enable call forwarding for inbound calls to the first subscriber identity (IMSI1) to be forwarded to the second subscriber identity (IMSI2). a controller; a first subscriber identity (IMSI1); a second subscriber identity (IMSI2); and at least one mobile network interface for providing telecommunication connectivity for the mobile terminal as identified by the first subscriber identity and the second subscriber identity, respectively, wherein the controller is configured to use the first subscriber identity for outbound telecommunication traffic relating to a telecare service provided by a remote telecare provider, wherein the controller is configured to use the second subscriber identity for outbound telecommunication traffic not relating to said telecare service, and wherein the controller is configured to: determine if the mobile terminal has telecommunication connectivity to a mobile telecommunication network for the first subscriber identity (IMSI1); and, if not: use the second subscriber identity (IMSI2) to send a request to the mobile telecommunication network to enable call forwarding for inbound calls to the first subscriber identity (IMSI1) to be forwarded to the second subscriber identity (IMSI2).
A method for testing an optical transceiver comprising a transmitter and a receiver, the method comprising: transmitting light from the transmitter to the receiver along a loopback path in the optical transceiver in a loopback mode, the loopback mode being enabled by an integrated loopback switch comprising filters that switch between an inactive power mode and an active power mode to provide light along the loopback path; testing one or more optical components in the optical transceiver using light propagating along the loopback path in loopback mode; setting the optical transceiver in mission mode by setting the integrated loopback switch from the active power mode to the inactive power mode, the filters of the integrated loopback switch configured to passively direct light away from the loopback path while in the inactive power mode; and transmitting, by the transmitter, output light while the optical transceiver is in the mission mode and the filters of the integrated loopback switch are in the inactive power mode. transmitting light from the transmitter to the receiver along a loopback path in the optical transceiver in a loopback mode, the loopback mode being enabled by an integrated loopback switch comprising filters that switch between an inactive power mode and an active power mode to provide light along the loopback path; testing one or more optical components in the optical transceiver using light propagating along the loopback path in loopback mode; setting the optical transceiver in mission mode by setting the integrated loopback switch from the active power mode to the inactive power mode, the filters of the integrated loopback switch configured to passively direct light away from the loopback path while in the inactive power mode; and transmitting, by the transmitter, output light while the optical transceiver is in the mission mode and the filters of the integrated loopback switch are in the inactive power mode.
A method for preparing an electroconductive layer comprising: applying an aqueous composition containing a polymer or copolymer of a 3,4-dialkoxythiophene in which the two alkoxy groups may be the same or different or together represent an optionally substituted oxy-alkylene-oxy bridge, a polyanion and a non-Newtonian binder to an optionally subbed support, a dielectric layer, a phosphor layer or an optionally transparent conductive coating; and drying the thereby applied aqueous composition, wherein said non-Newtonian binder is selected from the group consisting of polyacrylates, polysaccharides and a homopolymer or copolymer of acrylic acid crosslinked with a polyalkenyl polyether and aqueous solutions of said binder exhibit a viscosity with more than 10% variation in the shear rate range 1 to 80 s -1 measured with increasing shear rate for concentrations in the medium concerned below 2% by weight and in the absence of other ingredients.
An energy storage device comprising an electroactive zone defined at least partially by a current collector and an ion-permeable membrane, the electroactive zone containing a semi-solid electrode comprising a suspension of an ion-storing solid phase material in a liquid electrolyte, wherein the ion-storing solid phase material is capable of taking up or releasing ions without dissolving in the electrolyte.
A device for impregnating fibers with resin, which may be used in a unit for manufacturing a hollow profile by pultrusion, said device comprising: - a hollow peripheral element comprising a main axis, - a central element coaxial with the peripheral element and at least partly housed inside the latter; - a circumferential injection chamber delimited between the internal wall of the peripheral element and the external wall of the central element, said injection chamber having an inlet end open for entry of the fibers and an outlet end open for exit of the fibers, and - an intermediate area between said entry and exit ends, and - means for supplying resin communicating with said injection chamber, the radial height of the injection chamber being smaller at its entry and exit ends (42a, 42b) than in said intermediate area, and characterized in that the radial height of the chamber is at most equal to 1/20 th of the maximum perimeter of the injection chamber. - a hollow peripheral element comprising a main axis, - a central element coaxial with the peripheral element and at least partly housed inside the latter; - a circumferential injection chamber delimited between the internal wall of the peripheral element and the external wall of the central element, said injection chamber having an inlet end open for entry of the fibers and an outlet end open for exit of the fibers, and - an intermediate area between said entry and exit ends, and - means for supplying resin communicating with said injection chamber,
A method of fabricating a light emitting device, comprising: depositing a volume-reducing material over a surface of a mold having surface features thereon; curing the volume-reducing material to form a conformal substrate over the surface of the mold, the conformal substrate having a profile defined by the surface features of the mold, wherein the bottom substrate surface features of the conformal substrate are a result of direct mold surface contact and are spherical or aspherical lenses, and the top substrate surface features of the conformal substrate are dimple features complementary to the curvature of the features on the bottom substrate surface; and forming an OLED over the conformal substrate while the substrate is disposed over the surface of the mold. depositing a volume-reducing material over a surface of a mold having surface features thereon; curing the volume-reducing material to form a conformal substrate over the surface of the mold, the conformal substrate having a profile defined by the surface features of the mold, wherein the bottom substrate surface features of the conformal substrate are a result of direct mold surface contact and are spherical or aspherical lenses, and the top substrate surface features of the conformal substrate are dimple features complementary to the curvature of the features on the bottom substrate surface; and forming an OLED over the conformal substrate while the substrate is disposed over the surface of the mold.