mhurhangee/patent-ind-claim-en huggingface dataset:
Air inlet of a nacelle of an aircraft propulsion assembly , said aircraft propulsion assembly extending along a longitudinal axis (X) oriented from upstream to downstream and comprising a turbine engine comprising a radially inner primary flow path and a radially outer secondary flow path configured to guide from upstream to downstream respectively a primary air flow (F1) and a secondary air flow (F2) during a thrust phase (A), said turbine engine comprising upstream a fan rotatably mounted about the longitudinal axis (X), said aircraft propulsion assembly comprising thrust reverse means configured to modify the secondary air flow (F2) into a reverse air flow (F-INV) circulating from downstream to upstream in the secondary flow path during a reverse thrust phase (B), said nacelle extending outwardly around the turbine engine and comprising at its upstream end the air inlet , said air inlet extending peripherally around the longitudinal axis (X) and comprising an inner wall turned towards the longitudinal axis (X) and an outer wall opposite the inner wall which are connected upstream by an air inlet lip , air inlet characterized by the fact that: • the air inlet lip comprises a thickness defined radially with respect to the longitudinal axis (X) and comprises a plurality of thick portions and a plurality of thin portions distributed alternately over the circumference of the air inlet lip , • each thick portion comprises an upstream leading edge configured to separate an upstream air flow (F) circulating from upstream to downstream into an outer air flow (F-EXT) guided by the outer wall and an inner air flow (F-INT) guided by the inner wall , so as to promote a thrust phase (A), • each thin portion comprises a downstream leading edge , located longitudinally downstream from each upstream leading edge , configured to detach the reverse air flow (F-INV) at the air inlet lip , so as to promote a reverse thrust phase (B). • the air inlet lip comprises a thickness defined radially with respect to the longitudinal axis (X) and comprises a plurality of thick portions and a plurality of thin portions distributed alternately over the circumference of the air inlet lip , • each thick portion comprises an upstream leading edge configured to separate an upstream air flow (F) circulating from upstream to downstream into an outer air flow (F-EXT) guided by the outer wall and an inner air flow (F-INT) guided by the inner wall , so as to promote a thrust phase (A), • each thin portion comprises a downstream leading edge , located longitudinally downstream from each upstream leading edge , configured to detach the reverse air flow (F-INV) at the air inlet lip , so as to promote a reverse thrust phase (B).
Diaphragm valve arrangement , for example in a valve device of an anti-lock braking system of a motor vehicle, comprising a disk-shaped valve diaphragm made of a resilient material, a disk having a central opening , an upper housing part having an axial shoulder and a lower housing part having a radially encompassing, annular, axial projection, a circular recess being formed in an end face of the lower housing part near the upper housing part, one of the two sides of the valve diaphragm being arranged on the disk , the valve diaphragm having a peripheral sealing bead radially on the outside on its side remote from the disk, the disk being arranged together with the valve diaphragm between the upper housing part and the lower housing part of the diaphragm valve arrangement , and the sealing bead being clamped between the upper housing part and the lower housing part , at least one additional sealing arrangement being present on the upper housing part and/or on the lower housing part in the region of the sealing bead and/or in the radially outer edge region of the disk supporting the valve diaphragm , characterized in that the sealing bead of the valve diaphragm is received in an axial annular groove which is formed by the axial shoulder in the upper housing part and the radially encompassing, annular, axial projection of the lower housing part , the axial annular groove being dimensioned such that the resilient material of the valve diaphragm displaced when the upper housing part is clamped against the lower housing part reaches at least one receiving space of the annular groove , and the at least one receiving space (5; 26; 26a; 26b) together with the displaced material forming the additional sealing arrangement, in that the annular, axial projection of the lower housing part is formed by the circular recess in the end face of the lower housing part near the upper housing part, in that a receiving space is formed by a radial peripheral groove in the annular axial projection of the lower housing part in the region of the sealing bead , which radial peripheral groove, when the upper housing part is clamped against the lower housing part , receives the displaced resilient material of the valve diaphragm and forms an additional radial and/or axial sealing arrangement, in that the radial peripheral groove forming the receiving space in the axial projection of the lower housing part has a peripheral inclined surface , a peripheral axially parallel surface and a radial, peripheral surface , in that the additional radial sealing effect is achieved on the peripheral inclined surface , and in that the receiving space together with the displaced material of the sealing bead forms the additional radial sealing arrangement.
An airfoil member and platform assembly comprising: an airfoil member having an airfoil portion and a root portion , the airfoil portion having a leading edge , a trailing edge , a first side extending from the leading edge to the trailing edge , a second side extending from the leading edge to the trailing edge and a base near the root portion ; and at least one platform defining a channel for receiving the root portion , the at least one platform formed from a composite material and comprising an endwall extending in generally circumferentially opposite directions from either side of the airfoil portion , the endwall having an outboard surface comprising a contoured region, the contoured region including at least one convex region and at least one concave region at a same circumferential side of the airfoil, the at least one convex region extending uniformly in an axial direction from the leading edge to the trailing edge and the at least one concave region extending uniformly in the axial direction from the leading edge to the trailing edge . an airfoil member having an airfoil portion and a root portion , the airfoil portion having a leading edge , a trailing edge , a first side extending from the leading edge to the trailing edge , a second side extending from the leading edge to the trailing edge and a base near the root portion ; and at least one platform defining a channel for receiving the root portion , the at least one platform formed from a composite material and comprising an endwall extending in generally circumferentially opposite directions from either side of the airfoil portion , the endwall having an outboard surface comprising a contoured region, the contoured region including at least one convex region and at least one concave region at a same circumferential side of the airfoil, the at least one convex region extending uniformly in an axial direction from the leading edge to the trailing edge and the at least one concave region extending uniformly in the axial direction from the leading edge to the trailing edge .
Device for packaging and applying eyeliner, comprising: - a container containing the eyeliner to be applied, - an applicator tip for applying the eyeliner contained in the container, having two opposite main facets , with a variable width that passes through a maximum, the two facets converging in the direction of the distal end of the applicator tip, the facets each having an elongate contour, preferably tending towards oval, the facets being connected by side facets , the side facets having distal portions that converge towards the distal end of the applicator tip and proximal portions that converge towards the proximal end of the applicator tip, the side facets each having a convex shape in cross section. - a container containing the eyeliner to be applied, - an applicator tip for applying the eyeliner contained in the container, having two opposite main facets , with a variable width that passes through a maximum, the two facets converging in the direction of the distal end of the applicator tip, the facets each having an elongate contour, preferably tending towards oval, the facets being connected by side facets , the side facets having distal portions that converge towards the distal end of the applicator tip and proximal portions that converge towards the proximal end of the applicator tip, the side facets each having a convex shape in cross section.
A marine vehicle capable of being submerged, comprising a body having an elongated shape along an axis x and a mast extending longitudinally along an axis xm, the mast being provided with a payload intended to be used above the surface of the water, the marine vehicle being able to assume a panoramic configuration, in which the mast extends at least partially above the surface of the water and extends longitudinally in a substantially vertical direction (z), with the axis xm of the mast being inclined relative to the axis x, the mast being in an operational configuration, in which it extends beyond the body along the axis x, the marine vehicle comprising a propulsion unit capable of generating a rotation torque about the axis xm, when the marine vehicle is in the panoramic configuration, so as to cause the body and the mast to rotate about the axis xm, with a lever arm between the axis xm and the propulsion unit being non-zero, the mast being connected to the body by a pivot link allowing the mast to be pivoted relative to the body between a stowed configuration, in which the mast is folded down along the body , and the operational configuration, the marine vehicle comprising rotation means configured to implement a rotation step upon reception of a rotation command, during which step the propulsion unit generates a rotation torque about the axis xm so as to cause the body and the mast to rotate about the axis xm, with the marine vehicle being in a panoramic configuration.
A laundry treating appliance comprising a tub , a drum rotatably mounted inside the tub , at least one transmitter coil wound around the drum axis configured to supply wireless electrical power; at least one ring shaped housing mounted centred to the drum on its perimeter, having an annular channel defined therein; at least two balancing units , each balancing unit having a body forming its exterior permitting its movement in the said channel, said balancing unit has at least, one receiver coil having its winding axis perpendicular to the said transmitter coil winding axis configured to receive wireless power from the said transmitter coil and actuator means powered by said receiver coil ; unbalance sensors and an appliance manager controlling the complete laundry treating appliance operation, configured to manage the positioning of said balancing units and to drive the transmitter coil based on the position of the balancing units , the drum unbalance and the drum rotation speed, characterized in that the actuator means is an electromagnet configured to create a friction force resulting of the magnetic attraction between its magnetising surface and one ferromagnetic race present on one of the housing sides .
A method to remotely monitor an analyte state of a host on a remote monitor, wherein the remote monitor is a smart phone, the method comprising: receiving, at the remote monitor, an invitation to access a secure server and data associated with a receiver monitoring the analyte state of the host; and modifying, by a remote monitoring software application executed on the remote monitor, a rule defining an alert representative of an event associated with the analyte state of the host, wherein the alert, when triggered, causes a message to be sent to the remote monitor from the server to notify the remote monitor of the event, wherein upon modification the rule is different from an alert rule of the receiver defining when an alert is triggered by the receiver to the host. receiving, at the remote monitor, an invitation to access a secure server and data associated with a receiver monitoring the analyte state of the host; and modifying, by a remote monitoring software application executed on the remote monitor, a rule defining an alert representative of an event associated with the analyte state of the host, wherein the alert, when triggered, causes a message to be sent to the remote monitor from the server to notify the remote monitor of the event, wherein upon modification the rule is different from an alert rule of the receiver defining when an alert is triggered by the receiver to the host.
Use of an elastomeric profile for lateral attachment to a rail to be travelled over by railway vehicles, as a heat shield for the rails , wherein the elastomeric profile has at least one surface which faces away from the rail with a solar reflectance index SRI of ≥ 50.
A method of supporting carrier aggregation, CA, and a short transmission time interval, sTTI, in a wireless communication system, performed by a user equipment , UE, the method being characterized by: reporting (S510) capability information about a maximum number of component carriers, CCs, supporting a downlink, DL, and uplink, UL, sTTI length combination on a per-band combination basis, wherein the sTTI length is less than 1 msec; and receiving (S520) a DL signal in a CC based on the DL and UL sTTI length combination, wherein the DL and UL sTTI length combination is configured to be same for all cells of a physical uplink control channel, PUCCH, group, and wherein the maximum number of CCs supporting the DL and UL sTTI length combination is reported by the UE for each of DL and UL. reporting (S510) capability information about a maximum number of component carriers, CCs, supporting a downlink, DL, and uplink, UL, sTTI length combination on a per-band combination basis, wherein the sTTI length is less than 1 msec; and receiving (S520) a DL signal in a CC based on the DL and UL sTTI length combination, wherein the DL and UL sTTI length combination is configured to be same for all cells of a physical uplink control channel, PUCCH, group, and wherein the maximum number of CCs supporting the DL and UL sTTI length combination is reported by the UE for each of DL and UL.
An auxiliary electrode for a secondary battery, the auxiliary electrode comprising: a conductive layer having a first major surface in an X-Y plane, the conductive layer comprising a material that is electrically conductive and having a first surface area, a first carrier ion supply layer and a second carrier ion supply layer, each of the first carrier ion supply layer and the second carrier ion supply layer comprising a material that supplies carrier ions for an electrode of the secondary battery, wherein the first carrier ion supply layer covers a first region of the first major surface of the conductive layer and the second carrier ion supply layer covers a second region of the first major surface of the conductive layer; wherein the first region and the second region are separated by a third region of the conductive layer extending between the first region and the second region; the third region configured to be folded along a Y-axis direction such that in a folded configuration, the first region and the second region are substantially parallel; and the third region being substantially perpendicular to the first region and the second region in the folded configuration; and a separator layer disposed on the first carrier ion supply layer and the second carrier ion supply layer. a conductive layer having a first major surface in an X-Y plane, the conductive layer comprising a material that is electrically conductive and having a first surface area, a first carrier ion supply layer and a second carrier ion supply layer, each of the first carrier ion supply layer and the second carrier ion supply layer comprising a material that supplies carrier ions for an electrode of the secondary battery, wherein the first carrier ion supply layer covers a first region of the first major surface of the conductive layer and the second carrier ion supply layer covers a second region of the first major surface of the conductive layer; wherein the first region and the second region are separated by a third region of the conductive layer extending between the first region and the second region; the third region configured to be folded along a Y-axis direction such that in a folded configuration, the first region and the second region are substantially parallel; and the third region being substantially perpendicular to the first region and the second region in the folded configuration; and a separator layer disposed on the first carrier ion supply layer and the second carrier ion supply layer.
Body structure (1; 101) for a railway vehicle, wherein the body structure comprises: - a frame (6; 106), which comprises at least one support element (10; 110) made at least predominantly of steel alloy, and - at least one equipment element , made at least predominantly of aluminum alloy, and comprising at least a first plate comprising at least one longitudinal edge and a first face delimited by the longitudinal edge, wherein the body structure (1; 101) is characterized in that it further comprises at least one longitudinal steel batten (56, 58; 156) which is integral with the support element (10; 110), and wherein the longitudinal batten is fixed flat on the first face by means of friction melt bonding (S). - a frame (6; 106), which comprises at least one support element (10; 110) made at least predominantly of steel alloy, and - at least one equipment element , made at least predominantly of aluminum alloy, and comprising at least a first plate comprising at least one longitudinal edge and a first face delimited by the longitudinal edge, wherein the body structure (1; 101) is characterized in that it further comprises at least one longitudinal steel batten (56, 58; 156) which is integral with the support element (10; 110), and wherein the longitudinal batten is fixed flat on the first face by means of friction melt bonding (S).
A computer-implemented method comprising: receiving (S255), by a token pool , a power allowance request from a first power consuming device, of a plurality of power consuming devices, of an integrated circuit; in response to receiving the power allowance request, the token pool determining whether a second power consuming device, of the plurality of power consuming devices, has a power allowance surplus; in response to determining the second power consuming device has a power allowance surplus, receiving (S260) the power allowance surplus from the second power consuming device; transferring (S265), via the token pool, the power allowance surplus to the first power consuming device; and in response to transferring the power allowance surplus to the first power consuming device: (i) increasing (S270) a first power usage limit corresponding to the first power consuming device, based on the power allowance surplus, and (ii) decreasing a second power usage limit corresponding to the second power consuming device, based on the power allowance surplus. receiving (S255), by a token pool , a power allowance request from a first power consuming device, of a plurality of power consuming devices, of an integrated circuit; in response to receiving the power allowance request, the token pool determining whether a second power consuming device, of the plurality of power consuming devices, has a power allowance surplus; in response to determining the second power consuming device has a power allowance surplus, receiving (S260) the power allowance surplus from the second power consuming device; transferring (S265), via the token pool, the power allowance surplus to the first power consuming device; and in response to transferring the power allowance surplus to the first power consuming device: (i) increasing (S270) a first power usage limit corresponding to the first power consuming device, based on the power allowance surplus, and (ii) decreasing a second power usage limit corresponding to the second power consuming device, based on the power allowance surplus.
Apparatus for driving a load with a drive signal (VPIEZO), the apparatus comprising an AC voltage source , a DC voltage source , a capacitor and a control apparatus , wherein the AC voltage source is configured to output an AC voltage (VOUT), wherein the DC voltage source is configured to output an DC voltage (V1) with a predeterminable magnitude, wherein the capacitor comprises a first terminal and a second terminal , wherein the AC voltage source is connected to the first terminal , wherein the AC voltage source is configured such that the AC voltage (VOUT) that is output is free of a negative amplitude, wherein a signal output is connected to the second terminal , characterized in that the control apparatus is configured to control depending on a voltage present at the signal output , a connection between the DC voltage source and the second terminal , wherein the control apparatus is configured to connect the DC voltage source to the second terminal if the voltage present at the signal output is larger than or equal to the DC voltage (V1) of the DC voltage source , wherein the drive signal (VPIEZO) is an AC voltage signal with a positive amplitude and a negative amplitude, wherein a magnitude of the positive amplitude of the drive signal (VPIEZO) depends on a magnitude of a DC voltage (V1) of the DC voltage source and wherein a magnitude of the negative amplitude of the drive signal (VPIEZO) depends on a magnitude of a difference between a magnitude of a positive amplitude of the AC voltage (VOUT) of the AC voltage source and the magnitude of the DC voltage (V1) of the DC voltage source .
A cooking appliance comprising: a cooktop ; a burner (318a-318e) mounted on the cooktop ; at least one coupling member coupled to the cooktop ; and a grate selectively coupled to the at least one coupling member and operable between a raised position and a lowered position when the grate is engaged with the at least one coupling member, characterized in that the appliance further comprises a griddle operable between raised and lowered positions , wherein the at least one coupling member includes a first coupling member selectively engaging the grate and a second coupling member selectively engaging the griddle . a cooktop ; a burner (318a-318e) mounted on the cooktop ; at least one coupling member coupled to the cooktop ; and a grate selectively coupled to the at least one coupling member and operable between a raised position and a lowered position when the grate is engaged with the at least one coupling member, characterized in that the appliance further comprises a griddle operable between raised and lowered positions , wherein the at least one coupling member includes a first coupling member selectively engaging the grate and a second coupling member selectively engaging the griddle .