mhurhangee/ep-ind-claims huggingface dataset:
An electric motor, operable as a motor and/or generator, comprising: a plurality of bi-pole magnetized rotors configured to rotate with a common shaft; the plurality of rotors being magnetically indexed in pairs with respect to one or more electrical windings, such that at least one of (a) when a current is passed through the one or more windings, the rotors provide phased rotary power to the common shaft, and (b) when torque is applied to the common shaft a phased current is generated in the one or more windings, characterised in that each pair of rotors being configured to operate magnetically independently with respect to each other pair of rotors. a plurality of bi-pole magnetized rotors configured to rotate with a common shaft; the plurality of rotors being magnetically indexed in pairs with respect to one or more electrical windings, such that at least one of (a) when a current is passed through the one or more windings, the rotors provide phased rotary power to the common shaft, and (b) when torque is applied to the common shaft a phased current is generated in the one or more windings, characterised in that each pair of rotors being configured to operate magnetically independently with respect to each other pair of rotors.
A method of identifying reflections from optical arrangements in an eye tracking system, the method comprising: using a receiver, receiving an image of an eye of a user from an image sensor, the image resulting from the image sensor detecting light from one or more illuminators reflected from the eye of the user and reflected from optic arrangements located between the one or more illuminators and the eye of the user, wherein the optic arrangements comprise features having a known pattern; using a processing circuitry, identifying two or more glints in the received image, wherein a glint is a representation in the image of a reflection of light from a cornea of the eye of the user and/or from a feature of the optic arrangements; the method being characterised by, using the processing circuitry: determining relative positions in the image of the identified glints; and on condition that the relative positions in the image of the identified glints conform with the known pattern of the features of the optic arrangements, identifying at least one glint of the identified glints as being a representation in the image of a reflection from a feature of the optic arrangements. using a receiver, receiving an image of an eye of a user from an image sensor, the image resulting from the image sensor detecting light from one or more illuminators reflected from the eye of the user and reflected from optic arrangements located between the one or more illuminators and the eye of the user, wherein the optic arrangements comprise features having a known pattern; using a processing circuitry, identifying two or more glints in the received image, wherein a glint is a representation in the image of a reflection of light from a cornea of the eye of the user and/or from a feature of the optic arrangements; the method being characterised by, using the processing circuitry: determining relative positions in the image of the identified glints; and on condition that the relative positions in the image of the identified glints conform with the known pattern of the features of the optic arrangements, identifying at least one glint of the identified glints as being a representation in the image of a reflection from a feature of the optic arrangements. determining relative positions in the image of the identified glints; and on condition that the relative positions in the image of the identified glints conform with the known pattern of the features of the optic arrangements, identifying at least one glint of the identified glints as being a representation in the image of a reflection from a feature of the optic arrangements.
A blade outer air seal assembly for a gas turbine engine, the blade outer air seal assembly comprising: a support structure; a blade outer air seal extending circumferentially about an axis and mounted in the support structure, the blade outer air seal having a lip at an axial end engaged with the support structure; a seal structure having a seal portion and a wear liner portion joined by a radially extending portion, wherein the seal portion is radially outward of the lip and the wear liner portion is radially inward of the lip, and the wear liner portion is flat, characterised in that: the wear liner portion is arranged between a support member of the support structure and the lip, and the wear liner portion is in contact with the lip and the support member. a support structure; a blade outer air seal extending circumferentially about an axis and mounted in the support structure, the blade outer air seal having a lip at an axial end engaged with the support structure; a seal structure having a seal portion and a wear liner portion joined by a radially extending portion, wherein the seal portion is radially outward of the lip and the wear liner portion is radially inward of the lip, and the wear liner portion is flat, characterised in that: the wear liner portion is arranged between a support member of the support structure and the lip, and the wear liner portion is in contact with the lip and the support member.
Drive belt provided with a band set and a number of transverse elements, each transverse element being provided with at least one cutout having an inner surface (42, 43) for accommodating the band set, in such a manner that a first part of the transverse element extends below the band set and a third part of the transverse element extends above the band set, in which drive belt an amount of radial tolerance is provided between the transverse elements and the band set such that a transverse element is able to rotate with respect to the band set about an imaginary axis, oriented axially with respect to the band set, until it reaches a position wherein it is in contact with the band set at the location of respective edges of the inner surface (42, 43) of the cutout located below and above the band set and wherein it is oriented at an angle α from a radial position thereof with respect to the band set, and in which drive belt a part of the inner surface (42, 43), at the location of the third part of the transverse element, is provided with a curvature oriented in the longitudinal direction with respect to the band set, characterized in that said part of the inner surface (42, 43) is oriented at an angle β, at least near an edge thereof, with respect to said longitudinal direction, which angle β is larger than said angle α.
A lamp unit for a vehicular headlamp, characterized by comprising: a projection lens that is arranged so as to have an optical axis extending in a vehicle longitudinal direction; a light-emitting element that is a light source and that is arranged on a rear side with respect to a rear focal point of the projection lens; and a reflector that is formed so that a longitudinal section of the reflector has an elliptical shape that includes at least part of an ellipse having a first focal point at a center of light emission of the light-emitting element and a second focal point at the rear focal point of the projection lens, wherein the reflector is arranged so as to cover the light-emitting element and reflects irradiated light toward the projection lens, the irradiated light being light irradiated from the light-emitting element, wherein a major axis of the ellipse, passing through the first focal point and the second focal point, is inclined with respect to the optical axis, wherein the irradiation axis of the light emitting element is directed forward, characterized in that the light-emitting element is arranged so that the irradiation axis passes through an intersection of the optical axis and the reflector. a projection lens that is arranged so as to have an optical axis extending in a vehicle longitudinal direction; a light-emitting element that is a light source and that is arranged on a rear side with respect to a rear focal point of the projection lens; and a reflector that is formed so that a longitudinal section of the reflector has an elliptical shape that includes at least part of an ellipse having a first focal point at a center of light emission of the light-emitting element and a second focal point at the rear focal point of the projection lens, wherein the reflector is arranged so as to cover the light-emitting element and reflects irradiated light toward the projection lens, the irradiated light being light irradiated from the light-emitting element, wherein a major axis of the ellipse, passing through the first focal point and the second focal point, is inclined with respect to the optical axis, wherein the irradiation axis of the light emitting element is directed forward, characterized in that the light-emitting element is arranged so that the irradiation axis passes through an intersection of the optical axis and the reflector.
A method for building tyres comprising: predisposing initial components, manufacturing semi-finished products starting from one or more initial components; building a green tyre starting from one or more semi-finished products; moulding and curing said green tyre; detecting at least two parameters relative to a tyre being processed, said parameters being associated with one or more from among: initial components, steps for manufacturing the semi-finished products, semi-finished products, steps for building the green tyre, green tyre, curing, moulded and cured tyre; controlling each of said at least two parameters in order to assign to each of them a quality index comparing each parameter with at least one discard threshold (Ss) and at least one reserve threshold (Sr), wherein said at least one discard threshold (Ss) separates a discard level from an acceptable level of said quality index and wherein said at least one reserve threshold (Sr) corresponds to the acceptable level of said quality index and defines one or more acceptable levels with reserve proximal to the discard threshold (Ss), discarding said tyre being processed when a quality index corresponding to said discard level is assigned to at least one of said parameters; feedbacking the control result of at least one parameter in order to verify the quality index of said at least two parameters. predisposing initial components, manufacturing semi-finished products starting from one or more initial components; building a green tyre starting from one or more semi-finished products; moulding and curing said green tyre; detecting at least two parameters relative to a tyre being processed, said parameters being associated with one or more from among: initial components, steps for manufacturing the semi-finished products, semi-finished products, steps for building the green tyre, green tyre, curing, moulded and cured tyre; controlling each of said at least two parameters in order to assign to each of them a quality index comparing each parameter with at least one discard threshold (Ss) and at least one reserve threshold (Sr), wherein said at least one discard threshold (Ss) separates a discard level from an acceptable level of said quality index and wherein said at least one reserve threshold (Sr) corresponds to the acceptable level of said quality index and defines one or more acceptable levels with reserve proximal to the discard threshold (Ss), discarding said tyre being processed when a quality index corresponding to said discard level is assigned to at least one of said parameters; feedbacking the control result of at least one parameter in order to verify the quality index of said at least two parameters.
Dental set comprising a handling tool (60; 160) and a dental component (20; 40), the handling tool (60; 160) having a distal end (69; 169), a proximal end (68; 168) and a longitudinal axis, the handling tool (60; 160) comprising: a grip (63; 163) at the proximal end, a shaft (65; 165) located distally to the grip (63; 163), the shaft comprising an engagement section (61; 161) for engaging an engagement feature (32; 132) of a fastening element (30; 130) and on its outer circumferential side a retaining section (62; 162) for retaining the dental component (20; 40) to be fastened by the fastening element (30; 130), wherein the retaining section of the handling tool (60; 160) is shaped for retaining the dental component (20; 40) by means of a friction fit and is configured to allow for a rotation relative to the dental component (20; 40), and characterized in that the engagement section (61; 161) of the handling tool has a geometry to allow for a translation of the fastening element (30; 130) along the longitudinal axis and has a form fit geometry in order to enable a transfer of torque between the handling tool and the fastening element by at least a partial form fit so that slippage occurs only between the retaining section (62; 162) and a contact section of the dental component (20; 40). a grip (63; 163) at the proximal end, a shaft (65; 165) located distally to the grip (63; 163), the shaft comprising an engagement section (61; 161) for engaging an engagement feature (32; 132) of a fastening element (30; 130) and on its outer circumferential side a retaining section (62; 162) for retaining the dental component (20; 40) to be fastened by the fastening element (30; 130), wherein the retaining section of the handling tool (60; 160) is shaped for retaining the dental component (20; 40) by means of a friction fit and is configured to allow for a rotation relative to the dental component (20; 40), and characterized in that the engagement section (61; 161) of the handling tool has a geometry to allow for a translation of the fastening element (30; 130) along the longitudinal axis and has a form fit geometry in order to enable a transfer of torque between the handling tool and the fastening element by at least a partial form fit so that slippage occurs only between the retaining section (62; 162) and a contact section of the dental component (20; 40).
A method for determining virtual machine, VM, migration, wherein the method comprises: after the VM is migrated from a second device to a first device, obtaining, by the first device, a Media Access Control, MAC, address of the VM from a local interface, and perceiving, by the first device, according to a same MAC address already learned from the second device, that the VM is migrated; sending, by the first device, an address resolution protocol, ARP, request packet to the VM according to the MAC address of the VM, the ARP request packet is used to probe the VM, receiving, by the first device, an ARP response packet from the VM; and; advertising, by the first device, a route to the second device, wherein the route is a route to the VM. after the VM is migrated from a second device to a first device, obtaining, by the first device, a Media Access Control, MAC, address of the VM from a local interface, and perceiving, by the first device, according to a same MAC address already learned from the second device, that the VM is migrated; sending, by the first device, an address resolution protocol, ARP, request packet to the VM according to the MAC address of the VM, the ARP request packet is used to probe the VM, receiving, by the first device, an ARP response packet from the VM; and; advertising, by the first device, a route to the second device, wherein the route is a route to the VM.
Induction cooking appliance apparatus with at least one heating element, which in at least one heating operating state is provided to heat at least one object, and with a control unit, which is provided in the heating operating state to ascertain, from an impedance (Z 0) of a system comprising the heating element and the object, a temperature of the object heated by the heating element, characterised in that the control unit has at least one storage unit and is provided to ascertain the temperature by comparing the impedance (Z 0) of the system with at least one dependency of an impedance upon a temperature, which is stored in the storage unit, wherein the control unit is provided, when ascertaining the temperature, to take into consideration at least one ratio between an effective resistance (R eq) of the system in the heating operating state and the impedance (Z 0) of the system in the heating operating state.
Use of a Fischer-Tropsch derived white oil as a plasticizer for polymer compositions for food contact applications, wherein the Fischer-Tropsch derived white oil has a kinematic viscosity at 100 °C of in between above 2.5 mm 2 /s and less than 7 mm 2 /s according to ISO 3014, a content of mineral hydrocarbons with carbon numbers less than 25 of not more than 5% (w/w), and wherein the composition comprises from 1 to 3 wt% of the Fischer-Tropsch derived white oil.
Link system comprising a two piece dental implant having a first distal implant part (120, 120', 120") and a second proximal Implant part, which at least indirectly adjoin in a linked state at a connection portion, and having preferably in the area of the connection portion surfaces facing each other, wherein in the first implant part there is Introduced a connection element in the form of a threaded sleeve (140, 140', 150), and wherein between the first implant part (120, 120', 20") and the connection element (140, 140', 150) are provided abutment faces (K, k, 121", 151) facing each other, which transfer during mounting and at the ready-made dental implant the mounting forces from the connection element (140, 140', 150) to the first implant part (120, 120', 120"), characterized in that the transitions between the tread flanks oriented in proximal direction and the outer surface of the inner thread of the first Implant part (120, 20') are formed rounded with a radius (R 1) of substantially at least 0,05 mm, and/or that the transitions between the distal oriented thread flanks ( k) and the inner faces ( d 1) of the outer thread of the connection element (140, 140') are formed rounded with a radius ( r 2) of substantially at least 0.01 mm.
Pressure vessel for a micro-pumped storage power plant, the pressure vessel having a cylindrical wall as well as a bottom and a cover, the wall, bottom and cover being made of reinforced concrete (21, 17, 19) and the pressure vessel being provided with a liquid-tight lining made of sheet metal (9, 11, 13), preferably made of steel or stainless steel, characterized in that the pressure vessel has an outer formwork.
Method for producing a glass tube element comprising the steps of: - Providing a glass tube line; - Guiding the glass tube line during its period of cooling with a defined speed of movement along a defined, preferably horizontally extending, path of movement, wherein along at least one section of the path of movement at least one cooling device is provided, with the glass tube line having at least temporarily a surface temperature of between Tg-50 and Tg+150 degrees C while passing through and/or along the cooling device; - Acting at least temporarily and/or area by area by means of the cooling device on at least one part of the glass tube line passing through or along the cooling device for setting up a locally modified cooling rate of the glass tube line, preferably such that on the shell of the glass tube line different areas are built, with at least one first area having stress values that are in a first range and at least one second area having stress values that are in a second range; and - Confectioning of glass tube elements from the glass tube line. - Providing a glass tube line; - Guiding the glass tube line during its period of cooling with a defined speed of movement along a defined, preferably horizontally extending, path of movement, wherein along at least one section of the path of movement at least one cooling device is provided, with the glass tube line having at least temporarily a surface temperature of between Tg-50 and Tg+150 degrees C while passing through and/or along the cooling device; wherein along at least one section of the path of movement at least one cooling device is provided, with the glass tube line having at least temporarily a surface temperature of between Tg-50 and Tg+150 degrees C while passing through and/or along the cooling device; - Acting at least temporarily and/or area by area by means of the cooling device on at least one part of the glass tube line passing through or along the cooling device for setting up a locally modified cooling rate of the glass tube line, preferably such that on the shell of the glass tube line different areas are built, with at least one first area having stress values that are in a first range and at least one second area having stress values that are in a second range; and - Confectioning of glass tube elements from the glass tube line.
A detection system for measuring one or more conditions within a predetermined area comprising: a fiber harness having at least one fiber optic cable for transmitting light, the at least one fiber optic cable defining a node arranged to measure the one or more conditions; a light source coupled to the at least one fiber optic cable for emitting a modulated light to the node, the modulated light being transmitted into the predetermined area; a light sensitive device coupled to the at least one fiber optic cable for receiving light scattered within the atmosphere adjacent the node; and a control unit operably coupled to the light source and to the light sensitive device and configured to determine at least one of a presence and magnitude of the one or more conditions within the predetermined area; characterised in that the light source is configured to be selectively operated to generate modulated light in a specific pattern; wherein determining at least one of a presence and magnitude of the one of more conditions within the predetermined area includes computing a cross-correlation of the light received by the light sensitive device with a second specific pattern; wherein the light within the specific pattern varies in at least one of intensity, width, frequency, and phase; and wherein the one or more conditions include smoke caused by a fire and presence of a person. a fiber harness having at least one fiber optic cable for transmitting light, the at least one fiber optic cable defining a node arranged to measure the one or more conditions; a light source coupled to the at least one fiber optic cable for emitting a modulated light to the node, the modulated light being transmitted into the predetermined area; a light sensitive device coupled to the at least one fiber optic cable for receiving light scattered within the atmosphere adjacent the node; and a control unit operably coupled to the light source and to the light sensitive device and configured to determine at least one of a presence and magnitude of the one or more conditions within the predetermined area; characterised in that the light source is configured to be selectively operated to generate modulated light in a specific pattern; wherein determining at least one of a presence and magnitude of the one of more conditions within the predetermined area includes computing a cross-correlation of the light received by the light sensitive device with a second specific pattern; wherein the light within the specific pattern varies in at least one of intensity, width, frequency, and phase; and wherein the one or more conditions include smoke caused by a fire and presence of a person.