mhurhangee/ep-ind-claims huggingface dataset:
A laminated glazing comprising: two panes of glazing material (11, 12) having a ply of laminating interlayer (18, 19, 20) extending between them, and one or more wires between the panes of glazing material (11, 12), each having a conductive central core and an outer dark-coloured sheath, wherein the sheath is dark-grey or black in colour and the material from which it is made includes carbon, characterised in that the dark sheath is substantially resistant to colour- and substance-degradation by ultraviolet light, the material of the sheath is graphite or a graphite-containing material, and an inner non-conducting sheath is provided between the central core of each wire and the outer sheath. two panes of glazing material (11, 12) having a ply of laminating interlayer (18, 19, 20) extending between them, and one or more wires between the panes of glazing material (11, 12), each having a conductive central core and an outer dark-coloured sheath, wherein the sheath is dark-grey or black in colour and the material from which it is made includes carbon, characterised in that the dark sheath is substantially resistant to colour- and substance-degradation by ultraviolet light, the material of the sheath is graphite or a graphite-containing material, and an inner non-conducting sheath is provided between the central core of each wire and the outer sheath.
A method, comprising: applying a first read voltage to a first ferroelectric memory cell (105, 105-a, 105-b, 105-c, 105-d, 105-e) of a memory array (100, 100-a, 100-b, 100-c) during each cycle of a first plurality of access cycles; determining that the first ferroelectric memory cell has reached a fatigue threshold based at least in part on applying the first read voltage for the first plurality of access cycles; applying a first recovery voltage to the first ferroelectric memory cell based at least in part on determining that the first ferroelectric memory cell has reached the fatigue threshold, wherein an amplitude of the first recovery voltage is greater than an amplitude of the first read voltage, and wherein the first recovery voltage is applied for a time period or a number of repetitions that is based at least in part on the fatigue threshold of the first ferroelectric memory cell; and applying, during application of the first recovery voltage to the first ferroelectric memory cell, a second read voltage to a second ferroelectric memory cell (105, 105-a, 105-b, 105-c, 105-d, 105-e) of the memory array. applying a first read voltage to a first ferroelectric memory cell (105, 105-a, 105-b, 105-c, 105-d, 105-e) of a memory array (100, 100-a, 100-b, 100-c) during each cycle of a first plurality of access cycles; determining that the first ferroelectric memory cell has reached a fatigue threshold based at least in part on applying the first read voltage for the first plurality of access cycles; applying a first recovery voltage to the first ferroelectric memory cell based at least in part on determining that the first ferroelectric memory cell has reached the fatigue threshold, wherein an amplitude of the first recovery voltage is greater than an amplitude of the first read voltage, and wherein the first recovery voltage is applied for a time period or a number of repetitions that is based at least in part on the fatigue threshold of the first ferroelectric memory cell; and applying, during application of the first recovery voltage to the first ferroelectric memory cell, a second read voltage to a second ferroelectric memory cell (105, 105-a, 105-b, 105-c, 105-d, 105-e) of the memory array.
A thin film electrochemical pouch cell comprising: an electrode assembly comprising a cathode current collector, a cathode, an electrolyte, an anode, and an anode current collector; a first polymer layer forming a primary seal substantially enclosing the electrode assembly; and a second polymer layer forming a secondary seal covering at least a portion of the first polymer layer, wherein the second polymer layer comprises embedded particles to increase a thermal conductivity of the second polymer layer, wherein the second polymer layer is a non-uniform polymer layer, the non-uniform polymer layer being applied to selected regions covering the first polymer layer to promote heat transfer in the selected regions, and wherein the non-uniform polymer layer comprises at least one of a variation in thickness of the non-uniform polymer layer and a variation in coverage over the first polymer layer. an electrode assembly comprising a cathode current collector, a cathode, an electrolyte, an anode, and an anode current collector; a first polymer layer forming a primary seal substantially enclosing the electrode assembly; and a second polymer layer forming a secondary seal covering at least a portion of the first polymer layer, wherein the second polymer layer comprises embedded particles to increase a thermal conductivity of the second polymer layer, wherein the second polymer layer is a non-uniform polymer layer, the non-uniform polymer layer being applied to selected regions covering the first polymer layer to promote heat transfer in the selected regions, and wherein the non-uniform polymer layer comprises at least one of a variation in thickness of the non-uniform polymer layer and a variation in coverage over the first polymer layer.
Method for operating a vehicle, wherein the vehicle drives autonomously or in a remote-controlled manner during its production within a production system for manufacturing vehicles, wherein the production system has a production line for producing vehicles and a parking area, wherein the vehicle drives to the parking area at the end of the production line and parks in the parking area, wherein the vehicle is an AVP vehicle, that is to say an autonomous driving vehicle, which can additionally also drive into and out of a parking space automatically, wherein it is checked whether the AVP functionality of the vehicle is operational, and wherein the vehicle receives data which are relevant to the autonomous journey and on the basis of which the vehicle drives autonomously within the production system, or wherein one or more remote control commands are received by the vehicle for the remote-controlled driving, wherein the vehicle accordingly drives in a remote-controlled manner in response to the remote control command(s), and wherein the data relevant to the autonomous journey or the remote control commands are transmitted by the production system to the vehicle, with the result that the production system undertakes the functionality of a parking area management system or a parking area administration system with regard to the AVP functionality.
A method comprising: receiving, at control hardware of a packet data network gateway employed by a first network, data packets from an external network in communication with the control hardware; establishing, by the control hardware, a first data bearer (12, 12a) when a user device connects to the first network employing a first serving gateway in communication with the control hardware, the control hardware routing the first data bearer to the first serving gateway; establishing, by the control hardware, a second data bearer (12, 12b) when the user device connects to a second network employing a second serving gateway in communication with the control hardware, the control hardware routing the second data bearer to the second serving gateway and the user device configured for dual connectivity with the first network via a first communication node that maps to the first serving gateway and the second network via a second communication node that maps to the second serving gateway; and routing the data packets through at least one of the first network along the first data bearer or the second network along the second data bearer to the user device to simultaneously balance network traffic load, wherein the network traffic comprises the data packets, across both the first network and the second network. receiving, at control hardware of a packet data network gateway employed by a first network, data packets from an external network in communication with the control hardware; establishing, by the control hardware, a first data bearer (12, 12a) when a user device connects to the first network employing a first serving gateway in communication with the control hardware, the control hardware routing the first data bearer to the first serving gateway; establishing, by the control hardware, a second data bearer (12, 12b) when the user device connects to a second network employing a second serving gateway in communication with the control hardware, the control hardware routing the second data bearer to the second serving gateway and the user device configured for dual connectivity with the first network via a first communication node that maps to the first serving gateway and the second network via a second communication node that maps to the second serving gateway; and routing the data packets through at least one of the first network along the first data bearer or the second network along the second data bearer to the user device to simultaneously balance network traffic load, wherein the network traffic comprises the data packets, across both the first network and the second network.
A display device comprising: a display that has a screen displaying an image thereon, the screen having a vertical and a horizontal size; a display controller that is adapted to control the display to display on the screen either of one of a plurality of screens including an initial screen, a customized area and a non customized area, wherein the initial screen has the same horizontal and vertical dimension as the screen, the customized area is a display area in which the display position of an image can be changed through a user's operation, the customized area having a size in the horizontal direction corresponding to a multiple of the horizontal dimension of the screen and a size in the vertical direction equal to the vertical dimension of the screen, the customised area being scrollable in the horizontal direction and being adjacent to the left or right side of the initial screen; wherein the non customized area is a display area in which a predetermined type of information is displayed, the non customised area having the same horizontal dimension as the screen and is scrollable in the vertical direction and is positioned adjacent to the initial screen at a position other than the position of the customized area, the display device further comprising an input unit that is adapted to receive the user's operation, wherein the display controller is adapted to display in the customized area one or more images corresponding to one or more software programs at positions corresponding to said operation received by the input unit and is adapted to display a predetermined type of information at a predetermined position in the non-customized area, the display controller being adapted to horizontally scroll the customized area using the horizontal size of the screen as the unit of scrolling when a horizontal scrolling operation of scrolling the customized area is received from the user by the input unit and is adapted to vertically scroll the non-customized area in a unit of scrolling smaller than the vertical size of the screen when a vertical scrolling operation of scrolling the non-customized area is received from the user by the input unit.
A landing bearing assembly for a rotary machine rotatable around a central axis and comprising a stator, a rotor with a shaft and a magnetic bearing, the landing bearing assembly comprising: - an auxiliary rolling bearing with two lateral faces (6a, 6b), - a landing sleeve facing, in normal operation of the rotary machine that is to say when the rotor is supported only by the magnetic bearing, the auxiliary rolling bearing at a nominal distance defined as the landing airgap El, the auxiliary rolling bearing coming into contact with the landing sleeve upon landing of the rotor in the event of a high shock, characterized in that the landing bearing assembly further comprises: - a compliance ring with a nominal thickness Eo and made from a material with a lower mechanical stiffness than the material constituting the other components of the landing bearing assembly so as to first absorb some energy of the shock by elastic deformation resulting in a reduction of its thickness, the compliance ring being in contact with the auxiliary rolling bearing at least during the landing of the rotor, and - an emergency landing ring for absorbing the energy of the shock that cannot be absorbed by the compliance ring alone, the emergency landing ring being integrally formed with the stator and contacting the shaft of the rotor before the compliance ring has been fully compressed elastically, in such a way that the auxiliary rolling bearing is never compressed between two stiff contacts during the landing. - an auxiliary rolling bearing with two lateral faces (6a, 6b), - a landing sleeve facing, in normal operation of the rotary machine that is to say when the rotor is supported only by the magnetic bearing, the auxiliary rolling bearing at a nominal distance defined as the landing airgap El, the auxiliary rolling bearing coming into contact with the landing sleeve upon landing of the rotor in the event of a high shock, - a compliance ring with a nominal thickness Eo and made from a material with a lower mechanical stiffness than the material constituting the other components of the landing bearing assembly so as to first absorb some energy of the shock by elastic deformation resulting in a reduction of its thickness, the compliance ring being in contact with the auxiliary rolling bearing at least during the landing of the rotor, and - an emergency landing ring for absorbing the energy of the shock that cannot be absorbed by the compliance ring alone, the emergency landing ring being integrally formed with the stator and contacting the shaft of the rotor before the compliance ring has been fully compressed elastically, in such a way that the auxiliary rolling bearing is never compressed between two stiff contacts during the landing.
Magnetic-inductive antenna, for a hearing instrument, - with a first antenna surface and a second antenna surface, which are each formed from magnetic, flexible foil, - with a base formed from a magnetic material or comprising a magnetic layer, which connects the two antenna surfaces (30, 32) to each other, the two antenna surfaces (30, 32) being angled away from the base in the same direction, and - with an antenna winding, characterized in that the antenna winding has at least one first single-layer spiral coil, which is arranged, in particular mounted, on the outside of the first antenna surface, so that an axis of the first spiral coil is aligned perpendicularly with respect to the first antenna surface. - with a first antenna surface and a second antenna surface, which are each formed from magnetic, flexible foil, - with a base formed from a magnetic material or comprising a magnetic layer, which connects the two antenna surfaces (30, 32) to each other, the two antenna surfaces (30, 32) being angled away from the base in the same direction, and - with an antenna winding, characterized in that the antenna winding has at least one first single-layer spiral coil, which is arranged, in particular mounted, on the outside of the first antenna surface, so that an axis of the first spiral coil is aligned perpendicularly with respect to the first antenna surface.
A replaceable wear pad for a crawler track of a tracked vehicle, in particular for construction machinery, where the crawler track comprises a plurality of base plates for accommodating a wear pad, wherein - the wear pad is adapted to be fastened to the base plate in a detachable manner, - the wear pad comprises a tread, as well as a bottom side arranged opposite to the tread and facing the base plate, - the wear pad preferably comprises at least one reinforcing element extending in the longitudinal direction of the wear pad, - the wear pad comprises recesses that extend coaxially to the holes of the reinforcing element and, coming from the bottom side, end above the reinforcing element and at a distance to the same, - the recesses of the wear pad serve the purpose of accommodating fastening devices (26,28) adapted to be fastened to the reinforcing element in the wear pad, - the reinforcing element comprises at least two holes arranged at a distance to one another in the longitudinal direction, characterized in - that the reinforcing element is molded-in by the wear pad material, - that a bearing collar of the fastening device (26,28) is arranged on that side of the reinforcing element molded-in by the wear pad material which faces the base plate, wherein the bearing collar terminates essentially flush with the bottom side of the wear pad material and rests on the base plate in the mounted condition so that no wear pad material is arranged between the fastening device (26,28) and the base plate, the fastening device being adapted to receive retaining screws that can be screwed into place from the bottom side. - the wear pad is adapted to be fastened to the base plate in a detachable manner, - the wear pad comprises a tread, as well as a bottom side arranged opposite to the tread and facing the base plate, - the wear pad preferably comprises at least one reinforcing element extending in the longitudinal direction of the wear pad, - the wear pad comprises recesses that extend coaxially to the holes of the reinforcing element and, coming from the bottom side, end above the reinforcing element and at a distance to the same, - the recesses of the wear pad serve the purpose of accommodating fastening devices (26,28) adapted to be fastened to the reinforcing element in the wear pad, - the reinforcing element comprises at least two holes arranged at a distance to one another in the longitudinal direction, characterized in - that the reinforcing element is molded-in by the wear pad material, - that a bearing collar of the fastening device (26,28) is arranged on that side of the reinforcing element molded-in by the wear pad material which faces the base plate, wherein the bearing collar terminates essentially flush with the bottom side of the wear pad material and rests on the base plate in the mounted condition so that no wear pad material is arranged between the fastening device (26,28) and the base plate, the fastening device being adapted to receive retaining screws that can be screwed into place from the bottom side.
System (10, 30) for detecting and localizing at least one touch on a touch-sensitive surface of an object, comprising: - at least two separate sources (E1, E2) for transmitting bulk acoustic waves in the touch-sensitive surface, arranged so as to generate acoustic interference between the transmitted waves, - at least one bulk acoustic wave receiver (R; R+, R-) after the propagation and interference thereof in the touch-sensitive surface, designed to supply a reception signal on the basis of the acoustic waves received, - means for localizing at least one touch on the touch-sensitive surface of the object by comparing certain spectral characteristics of the reception signal (FFT(R(t))) to a set of reference spectral characteristics, characterized in that it further comprises: - means for measuring a temperature of the touch-sensitive surface, and - means for adapting the spectral characteristics of the reception signal (FFT(R(t))) or the reference spectral characteristics by means of a frequency shift of at least some of these spectral characteristics as a function of the temperature measured. - at least two separate sources (E1, E2) for transmitting bulk acoustic waves in the touch-sensitive surface, arranged so as to generate acoustic interference between the transmitted waves, - at least one bulk acoustic wave receiver (R; R+, R-) after the propagation and interference thereof in the touch-sensitive surface, designed to supply a reception signal on the basis of the acoustic waves received, - means for localizing at least one touch on the touch-sensitive surface of the object by comparing certain spectral characteristics of the reception signal (FFT(R(t))) to a set of reference spectral characteristics, - means for measuring a temperature of the touch-sensitive surface, and - means for adapting the spectral characteristics of the reception signal (FFT(R(t))) or the reference spectral characteristics by means of a frequency shift of at least some of these spectral characteristics as a function of the temperature measured.
A method performed by a de-concealing server for provisioning a user equipment, UE, comprising: generating a Subscription Permanent Identifier, SUPI, and a privacy key for the UE, wherein the privacy key comprises a public key of a home network of the UE, responsive to receiving, from an authentication server, a Subscription Concealed Identifier, SUCI, of the UE that indicates that the UE lacks a valid privacy key; generating a message authentication code, MAC, based on the privacy key and a provisioning key which is specific to the UE and is a shared secret between the de-concealing server and the UE, transmitting the SUPI, the MAC and the privacy key to the authentication server. generating a Subscription Permanent Identifier, SUPI, and a privacy key for the UE, wherein the privacy key comprises a public key of a home network of the UE, responsive to receiving, from an authentication server, a Subscription Concealed Identifier, SUCI, of the UE that indicates that the UE lacks a valid privacy key; generating a message authentication code, MAC, based on the privacy key and a provisioning key which is specific to the UE and is a shared secret between the de-concealing server and the UE, transmitting the SUPI, the MAC and the privacy key to the authentication server.
Solid cosmetic composition comprising: - from 5% to 40% by weight, relative to the total weight of the composition, of one or more types of organic particles of natural origin, which are insoluble in water and have a density of less than or equal to 0.4, and - one or more absorbents which is a compound having a static water absorption capacity, at ambient temperature (25°C), greater than or equal to 3 times its weight. - from 5% to 40% by weight, relative to the total weight of the composition, of one or more types of organic particles of natural origin, which are insoluble in water and have a density of less than or equal to 0.4, and - one or more absorbents which is a compound having a static water absorption capacity, at ambient temperature (25°C), greater than or equal to 3 times its weight.