mhurhangee/patent-ind-claim-en huggingface dataset:
Fan unit for aerating and ventilating rooms of a building, wherein the fan unit comprises a fan blower having at least one discharge opening and at least one blower opening , and a multi-part fan mounting , in particular for clamping insertion into a hollow chamber of a plastic profile , in particular of a window profile or door profile, wherein the multi-part fan mounting comprises (a) a fan mounting base part , in which the fan blower is received and which comprises base part openings for the at least one discharge opening and the at least one blower opening of the fan blower ; characterised in that the multi-part fan mounting further comprises (b) a fan mounting front part , which is connected to the fan mounting base part on the side on which the discharge opening is arranged and has at least one front part opening for the at least one discharge opening of the fan blower , wherein the fan mounting front part comprises a layer of a closed-cell foam material perpendicular to the discharge direction of the fan blower . (a) a fan mounting base part , in which the fan blower is received and which comprises base part openings for the at least one discharge opening and the at least one blower opening of the fan blower ; characterised in that the multi-part fan mounting further comprises (b) a fan mounting front part , which is connected to the fan mounting base part on the side on which the discharge opening is arranged and has at least one front part opening for the at least one discharge opening of the fan blower , wherein the fan mounting front part comprises a layer of a closed-cell foam material perpendicular to the discharge direction of the fan blower .
A method comprising: obtaining , using optical spectroscopy, a spectrum of a surface of a photoconductor member, wherein the photoconductor member is in a printing apparatus during the obtaining step; determining an extent of oxidation of the surface based on the obtained spectrum, wherein the determining step comprises detecting a peak corresponding to an oxidation product of a material comprised in the photoconductor member in the obtained spectrum and determining an attribute of the detected peak; assessing whether remedial action is required based on comparing the determined extent of oxidation to a threshold, wherein the remedial action comprises cleaning the surface of the photoconductor member by removing, by a cleaning apparatus, the oxidation product from the surface of the photoconductor. obtaining , using optical spectroscopy, a spectrum of a surface of a photoconductor member, wherein the photoconductor member is in a printing apparatus during the obtaining step; determining an extent of oxidation of the surface based on the obtained spectrum, wherein the determining step comprises detecting a peak corresponding to an oxidation product of a material comprised in the photoconductor member in the obtained spectrum and determining an attribute of the detected peak; assessing whether remedial action is required based on comparing the determined extent of oxidation to a threshold, wherein the remedial action comprises cleaning the surface of the photoconductor member by removing, by a cleaning apparatus, the oxidation product from the surface of the photoconductor.
A multi-camera three-dimensional capturing and reconstruction system comprising: a mechanical structure ; at least five cameras (11-15) are placed on said structure ; said system is designed to be held and used by a single operator independently by walking through the environment/tunnel to be surveyed at a normal walking speed; characterised in that said at least five cameras (11-15) are cameras each using a fisheye optic; said at least five cameras (11-15) are configured substantially on a same horizontal plane so that, compared to a forward direction of the system and on the horizontal plane: a first front camera is directed with the optics pointed at 0°± 10°; a second front-right camera is directed with the optics pointed at +45°± 10°; a third front-left camera is directed with the optics pointed at -45°± 10°; a fourth rear-right camera is directed with the optics pointed at 60°± 20°; a fifth rear-left camera is directed with the optics pointed at -60°± 20°; x defines the distance between said second front-right camera and said third front-left camera , the distance y between said third front-left camera and said fifth rear-left camera is equal to or greater than the distance x, with x being greater than or equal to 10 cm; wherein the distance between the cameras means the distance between the sensor centres of the cameras themselves.
A gas turbine component comprising: a combustor wall; a dilution hole and a cooling hole located within the combustor wall, configured to conduct a flow of cooling fluid; and characterised by further comprising an air jet located within the combustor wall positioned in close proximity to the dilution hole and adjacent the cooling hole , wherein: an air flow from the air jet is configured to deflect secondary flows produced within a combustor ; a flow area of the air jet is an order of magnitude greater than the cooling hole ; the air jet is located in a proximity sufficient to a leading edge of the dilution hole such that the air flow from the air jet influences a pressure gradient in the vicinity of the exit of the dilution hole ; the air jet is located on the upstream side of the dilution hole ; a shape of an opening of the air jet mirrors a curvature of an opening of the dilution hole ; and the air jet extends through the wall defining the dilution hole to provide an air jet inlet fed by an airflow passing through the dilution holes . a combustor wall; a dilution hole and a cooling hole located within the combustor wall, configured to conduct a flow of cooling fluid; and characterised by further comprising an air jet located within the combustor wall positioned in close proximity to the dilution hole and adjacent the cooling hole , wherein: an air flow from the air jet is configured to deflect secondary flows produced within a combustor ; a flow area of the air jet is an order of magnitude greater than the cooling hole ; the air jet is located in a proximity sufficient to a leading edge of the dilution hole such that the air flow from the air jet influences a pressure gradient in the vicinity of the exit of the dilution hole ; the air jet is located on the upstream side of the dilution hole ; a shape of an opening of the air jet mirrors a curvature of an opening of the dilution hole ; and the air jet extends through the wall defining the dilution hole to provide an air jet inlet fed by an airflow passing through the dilution holes . an air flow from the air jet is configured to deflect secondary flows produced within a combustor ; a flow area of the air jet is an order of magnitude greater than the cooling hole ; the air jet is located in a proximity sufficient to a leading edge of the dilution hole such that the air flow from the air jet influences a pressure gradient in the vicinity of the exit of the dilution hole ; the air jet is located on the upstream side of the dilution hole ; a shape of an opening of the air jet mirrors a curvature of an opening of the dilution hole ; and the air jet extends through the wall defining the dilution hole to provide an air jet inlet fed by an airflow passing through the dilution holes .
A signal isolator integrated circuit package , comprising: a first die in a first voltage domain; a second die in a second voltage domain, wherein the first and second die are galvanically isolated; and a first signal path from the first die to the second die via a first isolation barrier supported by the first die , the first isolation barrier comprising: a first conductive layer disposed over a surface of the first die ; a first insulating layer disposed over the first conductive layer ; a second insulating layer disposed over the first insulating layer ; a second conductive layer disposed over the second insulating layer ; and a first floating conductive plate disposed between the first insulating layer and the second insulating layer , characterised in that at least one edge of the first floating conductive plate extends beyond an edge of the first conductive layer to increase evenness of electric charge distribution. a first die in a first voltage domain; a second die in a second voltage domain, wherein the first and second die are galvanically isolated; and a first signal path from the first die to the second die via a first isolation barrier supported by the first die , the first isolation barrier comprising: a first conductive layer disposed over a surface of the first die ; a first insulating layer disposed over the first conductive layer ; a second insulating layer disposed over the first insulating layer ; a second conductive layer disposed over the second insulating layer ; and a first floating conductive plate disposed between the first insulating layer and the second insulating layer , characterised in that at least one edge of the first floating conductive plate extends beyond an edge of the first conductive layer to increase evenness of electric charge distribution. a first conductive layer disposed over a surface of the first die ; a first insulating layer disposed over the first conductive layer ; a second insulating layer disposed over the first insulating layer ; a second conductive layer disposed over the second insulating layer ; and a first floating conductive plate disposed between the first insulating layer and the second insulating layer , characterised in that at least one edge of the first floating conductive plate extends beyond an edge of the first conductive layer to increase evenness of electric charge distribution.
Lighting and/or signalling device for a motor vehicle, comprising a first light source (S1) capable of emitting a first light beam (F1), a second light source (S2) capable of emitting a second light beam (F2), a light guide configured to guide said light beams (F1, F2), said light guide comprising an input face for said light beams (F1, F2), said device being configured to direct said light beams (F1, F2) so that each of said light beams is substantially centred about one and the same propagation axis (A), common to both of said light beams, when they encounter said input face of the light guide , characterized in that said first and second light beams (F1, F2) are of two different colours, the first light source (S1) being of white colour and the second light source (S2) being of yellow colour, wherein the device serves both as position light and as flashing light, wherein the first light source (S1) is disposed so as to emit first light beam (F1) towards said input face of the light guide along said propagation axis (A), and wherein said second source (S2) emits said second beam (F2) in a direction transversal to said propagation axis (A) and said device comprises means for deflecting said second beam.
A tissue closure device, comprising: a needle extending longitudinally from a first end to a second end ; a suture extending from a distal end attached to the needle to a proximal end extending to a proximal end of the device; a proximal head including a proximal slot extending longitudinally therethrough and a proximal locking mechanism for releasably engaging the first end of the needle in the proximal slot in a first configuration; and a distal head movably coupled to the proximal head so that the proximal and distal heads are movable relative to one another between an open configuration, in which a target tissue is received therebetween, and a closed configuration, in which the target tissue is gripped therebetween, the distal head including a distal slot extending longitudinally therethrough and a distal locking mechanism for releasably engaging the second end of the needle in the distal slot in a second configuration, the needle movable between the first and second configurations when the proximal and distal heads are in the closed configuration by rotating the needle relative to the proximal and distal heads, the needle alternatingly passed between the proximal and distal heads to thread the suture through the target tissue; and wherein the distal head and the proximal head are movably coupled to one another via a connecting element extending proximally therefrom to be slidably received within an opening extending longitudinally through the proximal head . a needle extending longitudinally from a first end to a second end ; a suture extending from a distal end attached to the needle to a proximal end extending to a proximal end of the device; a proximal head including a proximal slot extending longitudinally therethrough and a proximal locking mechanism for releasably engaging the first end of the needle in the proximal slot in a first configuration; and a distal head movably coupled to the proximal head so that the proximal and distal heads are movable relative to one another between an open configuration, in which a target tissue is received therebetween, and a closed configuration, in which the target tissue is gripped therebetween, the distal head including a distal slot extending longitudinally therethrough and a distal locking mechanism for releasably engaging the second end of the needle in the distal slot in a second configuration, the needle movable between the first and second configurations when the proximal and distal heads are in the closed configuration by rotating the needle relative to the proximal and distal heads, the needle alternatingly passed between the proximal and distal heads to thread the suture through the target tissue; and wherein the distal head and the proximal head are movably coupled to one another via a connecting element extending proximally therefrom to be slidably received within an opening extending longitudinally through the proximal head .
A composition comprising a synthetic ester having a fatty acid mixture comprising: a. oleic acid in amount of at least 85 wt% of the fatty acid mixture; b. linoleic acid in an amount of 3 wt% of the fatty acid mixture or less; c. linolenic acid in an amount of 0.5 wt% of the fatty acid mixture or less; and d. stearic acid in an amount of 1 wt% to 6 wt% of the fatty acid mixture; wherein the synthetic ester comprises alcohol comprising neo pentyl glycol (NPG), trimethylol propane (TMP), penta-erythritol (PE), di-TMP, di-PE, 2-ethyl hexanol, butyl ethyl propane diol (BEPD), trimethyl propanediol (TMPD), or propylene glycol; wherein the composition comprises 0.1 to 3.0 wt% phenolic anti-oxidant and/or 0.1 to 3.0 wt% aminic anti-oxidant. a. oleic acid in amount of at least 85 wt% of the fatty acid mixture; b. linoleic acid in an amount of 3 wt% of the fatty acid mixture or less; c. linolenic acid in an amount of 0.5 wt% of the fatty acid mixture or less; and d. stearic acid in an amount of 1 wt% to 6 wt% of the fatty acid mixture; wherein the synthetic ester comprises alcohol comprising neo pentyl glycol (NPG), trimethylol propane (TMP), penta-erythritol (PE), di-TMP, di-PE, 2-ethyl hexanol, butyl ethyl propane diol (BEPD), trimethyl propanediol (TMPD), or propylene glycol; wherein the composition comprises 0.1 to 3.0 wt% phenolic anti-oxidant and/or 0.1 to 3.0 wt% aminic anti-oxidant.
Base plate as a floor plate for cooperating with at least one concrete block mould in a moulding machine, whereby the base plate essentially consists of a bonded concrete matrix comprising at least one binder and aggregate components, characterised in that the mass proportion of the aggregate components in the base plate is at most 80%, in that the mass proportion of the aggregate components in the base plate is at most 80%, in that the base plate comprises, in addition to the aggregate components, lightweight aggregate components with a mass proportion of at most 20%, and in that the base plate has a modulus of elasticity for a bending stress of at most 18000 MPa.
Motor vehicle, comprising at least one motor vehicle panel or motor vehicle side door which can be moved relative to a motor vehicle body and can be pivoted about an axis (A) relative to the motor vehicle body , and comprising an deployment unit which has a deployment element comprising an associated drive , wherein the deployment element can be transferred, relative to the motor vehicle body and/or the motor vehicle panel , into at least a retracted position and an extended position with the aid of the drive , wherein as soon as the deployment element has assumed its extended position, a gap is established between the motor vehicle body and the motor vehicle panel or motor vehicle side door , through which gap a user can grip the motor vehicle panel or motor vehicle side door and pivot it manually completely about its axis (A) relative to the motor vehicle body , characterized in that the deployment element has a lighting unit . which has a deployment element comprising an associated drive , wherein the deployment element can be transferred, relative to the motor vehicle body and/or the motor vehicle panel , into at least a retracted position and an extended position with the aid of the drive , wherein as soon as the deployment element has assumed its extended position, a gap is established between the motor vehicle body and the motor vehicle panel or motor vehicle side door , through which gap a user can grip the motor vehicle panel or motor vehicle side door and pivot it manually completely about its axis (A) relative to the motor vehicle body , characterized in that the deployment element has a lighting unit .
A loudspeaker , comprising: a tweeter speaker , having a spherical diaphragm , a radius of curvature of the spherical diaphragm being R; and a diffuser , disposed above the tweeter speaker , separated from the tweeter speaker by a distance, the diffuser comprising: a cone body , comprising: an apex portion , facing towards the tweeter speaker , the apex portion forming a convex partial spherical surface, a radius of curvature of the apex portion being r, wherein 2R/3 ≤ r ≤ R, a base portion , the base portion and the apex portion being located at two opposite sides of the cone body ; and a side edge portion , having a concave or straight profile, connected between the apex portion and the base portion ; wherein a central axis (M) is defined by connecting an apex of the apex portion to a center of curvature (O) of the apex portion , and the central axis (M) extends and passes through a zenith of the spherical diaphragm of the tweeter speaker . a tweeter speaker , having a spherical diaphragm , a radius of curvature of the spherical diaphragm being R; and a diffuser , disposed above the tweeter speaker , separated from the tweeter speaker by a distance, the diffuser comprising: a cone body , comprising: an apex portion , facing towards the tweeter speaker , the apex portion forming a convex partial spherical surface, a radius of curvature of the apex portion being r, wherein 2R/3 ≤ r ≤ R, a base portion , the base portion and the apex portion being located at two opposite sides of the cone body ; and a side edge portion , having a concave or straight profile, connected between the apex portion and the base portion ; wherein a central axis (M) is defined by connecting an apex of the apex portion to a center of curvature (O) of the apex portion , and the central axis (M) extends and passes through a zenith of the spherical diaphragm of the tweeter speaker . a cone body , comprising: an apex portion , facing towards the tweeter speaker , the apex portion forming a convex partial spherical surface, a radius of curvature of the apex portion being r, wherein 2R/3 ≤ r ≤ R, a base portion , the base portion and the apex portion being located at two opposite sides of the cone body ; and a side edge portion , having a concave or straight profile, connected between the apex portion and the base portion ; an apex portion , facing towards the tweeter speaker , the apex portion forming a convex partial spherical surface, a radius of curvature of the apex portion being r, wherein 2R/3 ≤ r ≤ R, a base portion , the base portion and the apex portion being located at two opposite sides of the cone body ; and a side edge portion , having a concave or straight profile, connected between the apex portion and the base portion ; wherein a central axis (M) is defined by connecting an apex of the apex portion to a center of curvature (O) of the apex portion , and the central axis (M) extends and passes through a zenith of the spherical diaphragm of the tweeter speaker .
Chain link for an energy guide chain having two side members arranged at a distance from one another and two frame webs arranged at a distance from one another, wherein the frame webs are each detachably connected to each of the side members and enclose therewith a portion of a line guide channel for receiving supply lines, wherein each of the side members has two extensions which extend a certain distance apart on the respective other side member and are arranged at a distance from one another and each have a bearing surface on which a bearing surface of one of the frame webs bears, and wherein a fastening element is assigned to each of the extensions which engages over the associated frame web on a fastening surface facing away from the bearing surface in a locking position and fixes it to the respective extension , characterised in that each fastening element can be moved by means of movement into a receiving opening in the respective side member from the locking position in an unlocking direction into a release position in which it releases the frame web .
Method for controlling a processing of a plurality of radio frequency communication streams by a chip card , said radio frequency communication streams originating from at least two host terminals (T1, T2), said card being connected to a device (PB1, PB2) provided with radio frequency communication means (BT1, BT2, BT3) able to connect said host terminals (T1, T2) in order to receive said radio frequency communication streams, said device having a memory for storing information, comprising a history of the exchanges of radio frequency communication streams and/or session status and/or previously performed resets, characterised in that said method comprises a step of controlling the reception and/or transmission of data streams to the card, said control step using said information to control the transmission to the card of first and second data streams originating from first (T1) and second (T2) host terminals, respectively, said control step comprising a step of verifying the availability of the card prior to transmitting the second data stream to the card.